arrHitInfo=new Array("#1,162,2","#2,162,2","&amp,4,10,8,8,30,4,43,6,48,2","&bull,4,3","&plusmn,8,4","&trade,38,1,43,1","±0.5,141,1,142,1,154,1,155,1,157,1,156,1,151,1,152,1,153,1,194,1,195,1,196,1,197,1,198,1,199,1","°c,168,1,207,1","0.0,139,1,144,1,159,1,161,1,165,1,174,1,176,1,177,1,178,1,179,1,180,1,182,1,205,1","0.00,139,1,144,1,159,1,179,2","0.000,139,1,144,1,159,1","0.1,138,1,140,1,146,1,190,1,219,1,220,1,221,1,147,1,149,1,150,1,175,1,177,1,178,1,179,1,182,1,189,1,184,1,185,1,186,1,187,1,188,1,191,1,213,1,214,1,217,1,218,1","0.1&deg,8,2","0.1°c,138,1,147,1,149,1,150,1","0.10c,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,194,1,195,1,196,1,197,1,198,1,199,1","0.2,145,1,158,1,162,1","0.25,8,2,139,1,140,1,143,1,144,1,190,1,219,1,220,1,221,1,148,1,159,1,160,1,163,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1,189,1,184,1,185,1,186,1,187,1,188,1,191,1,193,1,200,1,201,1,202,1,203,1,204,1,211,1,212,1,215,1,216,1,217,1,218,1","0.53,139,1,140,1,143,1,144,1,145,1,158,1,190,1,219,1,220,1,221,1,225,1,148,1,159,1,189,1,184,1,185,1,186,1,187,1,188,1,191,1,193,1,200,1,201,1,202,1,217,1,218,1,226,1,227,1,228,1","0°c,138,1,146,2,147,1,149,1,150,1","00,162,1,168,1,207,1","00.00.43,224,1","00.02.04,224,1","00.1,138,1,147,1,149,1,150,1","00.1for,146,1","00.23,174,2,176,2,177,3,178,3,180,2,182,3","00.33,177,1,178,1,182,1","000.0,179,2","000.1,138,1,147,1,149,1,150,1","000.5,224,1","0001,224,1","0002,224,1","0008,224,2","0009,224,2","001,61,8","0010,224,1","0019,224,1","002,3,8,62,8,224,1","0020,224,1","003,63,8","003.2,179,1","004,64,8","005.6,179,2","0090,224,2","0090s,224,2","00ma,160,1,163,1,164,1","01,143,1,147,1,148,1,171,1,173,1,224,1","0-1,171,2,173,2","0-10v,138,1,147,1,149,1,150,1,224,2","0-1v,138,1,146,1,147,1,149,1,150,1","02,143,1,148,1,171,1,173,1,224,3","0-20ma,138,1,147,1,149,1,150,1","022,9,3","022-27695313,179,1","0-24,223,1","03,138,1,146,1,147,1,149,1,150,1,171,1,173,1,224,1","04,138,1,146,1,147,1,149,1,150,1,171,1,173,1","040,181,4","0423,224,2","0430,224,1","0480,224,1","05,151,2,224,1","0504,8,1","0-59,223,1","0-5v,138,1,147,1,149,1,150,1","0799,224,1","083s,224,1","09.10.07,224,1","090,224,1","099.0,224,1","0999,179,1,224,1","­0999,175,1,177,2,178,2,179,2,182,2,213,1,214,1","0-9999,190,3,225,1,148,1,189,1,184,2,185,2,186,1,187,1,191,1,226,2,227,1,228,2","0c,140,3,190,3,219,3,220,3,221,3,189,3,184,3,185,3,186,3,187,3,188,3,191,3,217,3,218,3","0from,190,1","0ma,147,1,150,1","1&deg,8,1","1.1,140,1","1.2,140,1,190,1,189,1,187,1,188,1","1.2and,226,1,228,1","1.3,140,1,190,1,189,1,184,1,185,1,186,1,187,1,188,1,191,1,226,2,228,2","1.4,140,1,190,2,189,1,184,1,185,1,186,1,191,1","1.5,140,1,190,1,189,1,184,1,185,1,186,1,187,1,188,1,191,1","1.6,140,1","1°c,138,1,146,2,147,1,149,1,150,1","10,8,1,139,1,140,1,143,1,144,1,145,1,158,1,148,2,159,1,166,1,174,1,176,1,179,3,180,1,189,1,184,3,185,3,187,1,188,1,224,3,191,5,192,2,206,1,235,1,237,1,242,1","10.02.04,224,1","100,43,1,145,1,155,3,156,3,158,1,222,1,151,3,153,3,154,3,162,2,167,1,169,1,170,1,172,2,192,1,208,1,209,1,210,1,230,1,231,1","100....450,155,1,156,1,151,1,153,1,154,1","100.0,224,1","1000,8,1,38,2,43,3,139,1,144,1,159,1,174,2,177,2,178,2,182,2","1000°c,138,1,147,1,149,1,150,1,243,1,244,1","1000c,141,1,142,1,157,1,152,1,195,1,196,1,197,1,198,1,199,1","100from,190,1","102.3,179,4","10v,138,1,147,1,149,1,150,1,224,1","10vdc,8,1","11,8,1,38,2,43,4,138,1,139,1,140,1,143,1,144,1,146,1,147,1,148,1,149,1,150,1,159,1,174,1,179,3,189,1,184,3,185,3,187,1,188,1,224,1,191,4","1-1,171,2,173,2","110,10,7,31,6,45,3,49,1,139,1,140,1,143,1,144,1,145,1,158,1,151,1,159,1,161,1,165,1,168,1,188,1,194,1,200,1,201,1,202,1,205,1,207,1,218,1","1-10,171,2,173,2","110mm,52,3,190,1,220,1","1-12,223,1","12,31,1,138,1,139,1,140,1,143,1,144,1,147,1,148,1,149,1,150,1,159,1,163,1,179,1,189,1,184,4,185,4,186,1,187,1,188,1,224,1,191,4,203,1","1-2,171,2,173,2","120,224,1","1200,155,1,156,1,151,1,153,1,154,1","1200°c,138,1,147,1,149,1,150,1","120mm,38,2,229,1","12-channel,184,1,185,1","12hr,223,2","13,138,1,139,1,140,1,143,1,144,1,146,1,147,1,148,1,149,1,150,1,159,1,179,1,189,1,184,1,185,1,187,1,188,1,224,1,191,4","1-3,171,2,173,2","130,222,1,162,1,175,1,179,1,213,1,214,1,230,1,231,1","1300°c,138,1,147,1,149,1,150,1","130mm,53,1","1350,179,1","1350°c,138,1,147,1,149,1,150,1","14,138,1,139,1,140,1,143,1,144,1,146,1,147,1,148,1,149,1,150,1,159,1,179,1,189,1,187,1,188,1,224,1,191,3","1-4,171,2,173,2","14.0,161,1,165,1,205,1","15,138,1,139,2,140,2,143,2,144,2,145,1,158,1,190,1,219,1,220,1,221,1,225,1,147,1,148,2,149,1,150,1,159,2,179,1,189,2,184,1,185,1,186,1,187,2,188,2,224,1,191,4,193,1,200,1,201,1,202,1,217,1,218,1,226,1,227,1,228,1","1-5,171,2,173,2","150,177,1,178,1,182,1","16,43,2,45,1,138,1,139,2,140,1,143,1,144,2,147,1,148,1,149,1,150,1,159,2,162,1,174,1,176,1,177,1,178,1,180,1,182,1,189,1,184,8,185,8,188,1,224,1,191,4,211,1,212,1,215,1,216,1,230,1,231,1","1-6,171,2,173,2","165mm,172,1","168,43,2","16-channel,221,1,191,1","17,138,1,139,1,140,1,143,1,144,1,146,1,147,1,148,1,149,1,150,1,151,1,159,1,189,1,188,1,224,1,191,1","1-7,171,2,173,2","1700°c,138,2,147,2,149,2,150,2","1750,179,2","178,38,1","18,31,1,138,1,139,1,140,1,143,1,144,1,146,1,147,1,148,1,149,1,150,1,151,1,159,1,160,1,164,1,189,1,188,1,224,1,191,1,204,1","1-8,171,2,173,2","180,45,1","180mm,38,1","1820°c,138,1,147,1,149,1,150,1","184,38,4,43,4","184mm,187,1,217,1","188,38,2","18-9-06,181,4","19,138,1,139,4,144,4,147,1,149,1,150,1,159,4,189,1,191,1","1-9,171,2,173,2","19.9,145,4,158,4","192,221,1,191,1","19200,171,1,173,1","198,45,1","199.9,155,1,156,1,151,1,153,1,154,1","1992,4,1,30,1","1999,8,2,166,1,167,1,169,1,170,1,206,1,208,1,209,1,210,1","1-op,184,4,185,4","1-op.pdf,184,4,185,4","1v,138,1,146,1,147,1,149,1,150,1,224,1","1with,226,1,228,1","2.1,139,1,144,1,145,1,158,1,159,1,172,2","2.2,139,1,144,1,145,1,158,1,159,1,172,2","2.3,139,1,144,1,145,1,158,1,159,1,163,1,172,2,203,1","2.4,139,1,144,1,145,1,158,1,159,1","20,8,2,31,3,138,3,139,5,143,1,144,5,147,5,149,3,150,5,159,5,160,2,161,1,163,2,164,2,165,1,168,1,189,1,224,1,191,1,192,2,200,1,201,1,202,1,203,1,204,1,205,1,207,1,235,1,239,1,240,1","20.00,160,2,163,2,164,2,230,1,231,1","200,45,1,190,1,221,1,191,1","200&deg,8,3","200.0,179,1","200°c,234,1,241,1,245,1","200mm,172,1","2010,4,1,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,38,1,39,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,57,1,58,1","209,192,1","20ma,8,4,146,1,147,2,148,1,150,2,160,1,162,2,163,1,164,1,179,2,230,1,231,1,232,5,233,4","21,39,1,138,1,147,1,149,1,150,1,189,1,191,1","2-1,171,3,173,3","210mm,187,1,217,1","2148,8,2","21cfr,4,2","22,138,1,147,1,149,1,150,1,191,1","2-2,171,3,173,3","23,138,1,147,1,149,1,150,1,191,1","2-3,171,3,173,3","230,8,2,138,1,139,2,140,1,143,1,144,2,145,1,146,1,158,1,225,1,147,1,148,2,149,1,150,1,151,3,159,2,161,1,162,1,163,1,165,1,168,1,179,1,189,1,187,1,188,1,191,1,192,1,193,1,194,1,200,1,201,1,202,1,203,1,205,1,207,1,226,1,227,1,228,1,229,1,230,1,231,1","230v,223,1,225,1,162,1,166,1,167,2,169,1,170,1,175,1,177,1,178,1,179,1,182,1,185,1,224,3,206,1,208,1,209,1,210,1,213,1,214,1,227,1","230vac,140,1,143,1,190,1,219,1,220,1,221,1,222,1,172,1,189,1,184,1,185,1,186,1,187,1,188,1,191,1,217,1,218,1,230,1,231,1","232,43,1","24,43,2,138,1,141,3,142,3,155,3,156,3,147,1,148,1,157,3,149,1,150,1,152,3,153,3,154,3,174,1,175,1,176,1,177,3,178,3,179,5,180,1,182,3,191,1,195,1,196,1,197,1,198,1,199,1,213,1,214,1,229,1,232,1","2-4,171,3,173,3","240,38,1","245,99,8","24hr,223,2,174,1,176,1,177,1,178,1,179,1,180,1,182,1","24ma,160,1,163,1,164,1","24v,160,3,164,3,230,1,231,1,232,1,233,1","24vdc,138,1,146,1,147,1,149,1,150,1,160,1,164,1,204,1","25,160,1,163,1,164,1,191,1","2-5,171,3,173,3","250°c,235,1,238,1,239,1,240,1","25amp,151,1,194,1","26,191,1","2-6,171,2,173,2","260,38,3,174,1,176,1,177,1,178,1,180,1,182,1,211,1,212,1,215,1,216,1","266,115,8","27,191,1","270,38,1,43,2","270°c,138,3,147,3,149,3,150,3","27602610,179,1","27781620,9,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","27781663,9,1,172,1","28,191,1","29,191,1","291,116,8","292,117,8","294,118,8","2-channel,190,1","2f,10,1,142,1,154,1,196,1","2sp,140,5","2sp.pdf,140,4","3&frac12,8,2","3.1,140,1,172,2","3.2,140,1,172,1","30,191,1","30.2,179,1","300,38,2,43,2,190,1","300.0,140,1,190,1,219,1,220,1,189,1,184,1,185,1,186,1,187,1,188,1,217,1,218,1","30012006,3,8,61,8,62,8,63,8,64,8","30012006.jpg,65,8,96,8","3004,139,1,143,3","3½,161,1,165,1,168,1,205,1,207,1","31,166,1,167,1,169,1,170,1,191,1,206,1,208,1,209,1,210,1","3-1,171,2,173,2","32,191,1","3-2,171,2,173,2","33,191,1","3-3,171,2,173,2","34,191,1","3-4,171,2,173,2","345,38,4,43,4,177,2,178,2,182,2","35,191,1","350,38,2,43,2","350.0,179,1","36,191,1","37,191,1","38,191,1","39,191,1","390,177,2,178,2,182,2","3-channel,187,1,217,1","3min,151,1","3sec,143,1","3wire,232,2,233,2","4.00,160,2,163,2,164,2,230,1,231,1","40,191,1","400,9,1,190,1,172,1","400.0,221,1,191,1","400°c,138,1,147,1,149,1,150,1,237,1,242,1","41,191,1","42,191,1","4-20,43,1,139,1,143,1,160,2,163,2,164,2,174,1,176,1,180,1","4-20ma,53,1,138,2,144,1,146,2,225,1,147,2,148,2,149,2,150,2,159,1,160,3,164,3,174,2,176,2,177,1,178,1,180,2,182,1,193,1,227,1,232,2,233,2","43,191,1","44,191,1","45,31,1,191,1","450.0,145,4,158,4,179,1","450°c,146,1","45x90mm,8,3","46,191,1","47,191,1","48,31,1,138,4,147,4,149,4,150,4,191,1","485,43,2,172,2","48x48,138,1,146,1,147,1,149,1,150,1","48x96,138,1,146,2,147,1,149,1,150,1","48x96x110mm,8,3","49,138,1,146,1,147,1,149,1,150,1,191,1","4-channel,188,1,218,1","4ma,147,1,148,1,150,1,160,1,163,1,164,1,230,1,231,1,232,5,233,4","4to,8,1","5.1,172,1","5.2,172,1","5.3,172,1","5.4,172,1","5.5,172,1","5.6,172,1","5.7,172,1","50,8,2,43,1,139,2,143,1,144,2,145,1,158,1,222,1,151,1,159,2,162,1,163,1,174,2,176,2,177,1,178,1,179,4,180,2,182,1,224,1,191,1,194,2,200,1,201,1,202,1,203,1,211,1,212,1,215,1,216,1,230,1,231,1","­50,190,1","50.0,174,3,176,3,177,5,178,5,179,12,180,3,182,5","­50.0,179,1","50°c,138,4,147,4,149,4,150,4","504,8,2,151,1,194,1","50from,190,1","50hz,140,1,189,1,190,1,219,1,220,1,221,1,225,1,148,1,162,1,166,1,167,1,169,1,170,1,175,1,177,1,178,1,179,1,182,1,184,1,185,1,186,1,187,1,188,1,191,1,193,1,206,1,208,1,209,1,210,1,213,1,214,1,217,1,218,1,226,1,227,1,228,1","51,191,1","52,191,1","53,191,1","54,191,1","5a,172,1","5amp,141,1,142,1,155,1,156,1,157,1,152,1,153,1,154,1,195,1,196,1,197,1,198,1,199,1","5amp.relay,184,1,185,1","5v,138,1,147,1,149,1,150,1","­5vdc,192,1","60,172,2","600,8,1,38,2,43,3,155,1,156,1,151,1,153,1,154,1,179,1,242,1,243,1","600.0°c,138,1,147,1,149,1,150,1","600c,194,1","­603,168,1,207,1","603.doc,167,4","603.pdf,167,4","61412121,9,1","65106651,172,1","68,8,2,10,2,31,2","68mm,8,2","68x68mm,8,2","6-channel,189,1,219,1,186,1","7.1,172,1","700.0,179,1","700°c,146,1","701,172,1","709,9,1","72,8,1,10,2,31,2,49,2,138,3,146,1,147,3,157,2,149,3,150,3,200,2,201,2","72x72,138,1,146,2,147,1,149,1,150,1","72x72x110mm,8,4","754,174,1,176,1,177,2,178,2,180,1,182,2","76,224,1","760,224,1","7-segment,138,4,146,4,147,4,149,4,150,4","8999,175,1,177,3,178,3,179,4,182,3,213,1,214,1","8-channel,220,1","8hr,174,1,176,1,177,1,178,1,180,1,182,1","8mm,234,1,235,1,236,1,237,1,238,1,239,1,240,1","90,8,3,10,12,31,7,43,2,45,7,52,6,174,1,176,1,177,1,178,1,180,1,182,1,211,1,212,1,215,1,216,1","900,8,1,38,2,43,3,176,1,180,1","90260vac,174,1,176,1,180,1","90x90mm,8,6","91,162,1","91-22-61412121,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","91mm,229,2","91x91mm,226,1,228,1","92,53,2,222,2,162,2,172,2,175,2,179,2,213,2,214,2,230,2,231,2","92mm,172,2","951s,11,1","951-s,172,3","951s.doc,172,4","951s.pdf,172,4","951-v,172,1","96,8,1,10,12,31,9,45,7,52,6,53,2,138,4,139,2,141,2,142,2,143,2,144,2,145,2,146,1,155,2,156,2,158,2,221,1,222,2,225,2,147,4,149,4,150,4,151,2,152,2,153,2,154,2,159,2,161,4,162,3,165,4,168,2,175,2,179,2,187,1,224,2,191,1,194,2,195,2,196,2,197,2,198,2,199,2,202,2,205,4,207,2,213,2,214,2,217,1,227,2,230,2,231,2","96mm,140,2,190,2,220,2,188,2,218,2,229,2","96x96,138,1,146,2,147,1,149,1,150,1","96x96x110,8,2","96x96x110mm,8,6,225,1,148,1,193,1,226,1,227,1,228,1","99,146,2","99.0°c,138,1,147,1,149,1,150,1","99.9,140,4,189,7,190,3,219,1,220,1,221,1,184,13,185,13,186,7,187,4,188,5,191,17,217,1,218,1","99.9-999.9,190,2,184,1,185,1,187,1","99°c,146,1","999,138,5,146,2,147,5,148,7,149,5,150,5","­999,177,1,178,1,179,1,182,1","999.9,140,5,189,6,190,2,148,1,184,12,185,12,186,6,187,3,188,4,191,16","999°c,146,1","9999,138,5,139,5,144,5,225,1,147,5,148,6,149,5,150,5,159,5,162,1,168,1,207,1,227,1","999999,162,1","ability,4,1","aborts,224,1","about,4,1,139,1,144,1,145,1,158,1,159,1","aboutus.htm,4,4","above,8,1,148,2,151,2,160,1,163,1,164,1,172,1,174,1,176,1,177,1,178,1,179,5,180,1,182,1","abs,162,1","absolute,138,8,146,8,147,8,149,8,150,8","ac,8,2,43,1,144,1,223,1,225,1,148,1,151,2,159,1,161,1,162,2,165,1,166,1,167,1,168,1,169,1,170,1,172,1,175,1,177,1,178,1,179,2,182,1,185,1,187,1,224,2,205,1,206,1,207,1,208,1,209,1,210,1,213,1,214,1,227,1","access,4,1,57,2,58,2","accessory,172,1","accomplished,172,1","according,143,1,160,1,163,1,164,1,172,1,230,1,231,1,232,1","accordingly,224,1","accrued,151,1","accuracy,8,2,139,1,140,1,141,1,142,1,143,1,144,1,145,1,155,1,156,1,158,1,189,1,190,1,219,1,220,1,221,1,148,1,157,1,151,1,152,1,153,1,154,1,159,1,160,1,162,1,163,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1,184,1,185,1,186,1,187,1,188,1,191,1,193,1,194,1,195,1,196,1,197,1,198,1,199,1,200,1,201,1,202,1,203,1,204,1,211,1,212,1,215,1,216,1,217,1,218,1","achieved,4,1,172,1","acids,48,2,234,1,241,1","acids.doc,234,4,241,4","acids.pdf,234,4,241,4","ack,221,1,191,1","acknowledgement,184,1,185,1,186,1,191,1","acquisition,4,1,30,1","action,8,1,138,2,139,2,143,1,144,2,145,2,158,2,146,2,147,2,149,2,150,2,151,1,159,2,162,1,172,2,200,1,201,1,202,1","actual,141,1,142,1,155,1,156,1,157,1,151,4,152,1,153,1,154,1,172,2,179,1,224,11","add,172,1","added,4,1","addition,172,2","address,24,2,39,1","adjust,139,3,140,6,144,3,145,3,158,3,189,5,190,2,148,4,159,3,160,4,163,4,164,4,172,4,179,4,184,4,185,4,186,4,187,2,188,5,191,4,232,2,233,2","adjusted,160,4,163,4,164,4,174,1,176,1,177,2,178,2,180,1,182,2","adjustment,160,1,163,1,164,1","admin,33,1","administrator,33,1","advance,172,1","advertisement,4,1","after,4,1,43,1,139,1,140,1,143,12,144,1,145,1,158,1,189,1,151,1,159,1,171,5,172,3,173,5,174,1,176,1,177,1,178,1,179,4,180,1,182,1,184,1,185,1,186,1,188,1,224,4,191,1,226,3,228,3,230,7,231,7","again,139,1,140,3,143,2,144,1,145,1,158,1,189,3,190,1,159,1,160,4,163,4,164,4,174,2,176,2,177,2,178,2,179,1,180,2,182,2,184,1,185,1,186,1,188,3,191,1,230,2,231,2","against,172,1","ahead,177,1,178,1,179,1,182,1","aims,4,1,30,1","air,172,1,236,1","al,151,8,194,1,241,1,242,1,243,1,244,1,245,1","alaram,45,1","alarm,8,3,10,2,138,1,145,1,158,1,146,1,147,1,149,1,150,1,151,11,171,2,172,2,173,2,194,2","alarms,4,1","alkalies,48,2","alkalis,234,1,241,1","all,4,3,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,38,1,39,1,43,2,44,1,45,1,46,2,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,57,1,58,1,139,4,144,4,145,4,158,4,159,4,171,1,172,2,173,1,177,1,178,1,179,1,182,1","allow,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,172,1","allows,4,1,30,1","alongwith,143,1","alphanumeric,43,1","already,148,1","also,9,1,30,1,174,1,176,1,180,1","aluminum,8,2,166,1,167,1,169,1,170,1,206,1,208,1,209,1,210,1,234,1,235,1,239,1","always,171,1,172,2,173,1","amount,179,1","amp,139,4,143,4,144,4,145,4,158,4,159,4,200,4,201,4,202,4","an,4,3,30,1,139,2,144,2,145,2,158,2,159,2,172,2,230,1,231,1,232,1,233,1","analog,4,1,161,1,162,1,165,1,168,1,174,2,175,2,176,2,177,6,178,6,179,6,180,2,182,6,205,1,207,1,213,2,214,2","analytical,4,8,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,8,48,8,49,8,50,8,51,8,52,8,53,8,54,8","and,4,20,8,2,9,5,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,10,31,4,32,4,33,2,34,4,35,5,36,4,38,6,43,7,44,4,45,4,47,1,48,4,49,4,50,4,51,4,52,5,53,4,54,4,55,2,138,1,139,15,140,10,143,2,144,15,145,15,158,15,189,9,190,6,223,1,225,1,146,1,147,1,148,18,149,1,150,1,159,15,160,7,163,7,164,7,171,10,172,7,173,10,174,16,175,3,176,16,177,24,178,24,179,40,180,16,182,24,184,8,185,8,186,8,187,5,188,10,224,33,191,8,213,3,214,3,226,7,227,1,228,7,230,4,231,4,234,1,235,2,237,2,238,2,239,1,240,1,242,1,246,3","answers,172,1","anti-clockwise,172,1","any,4,1,9,1,46,1,139,2,144,2,145,2,158,2,151,1,159,2,172,3,224,1,226,1,228,1","anything,172,1","anywhere,174,1,176,1,177,1,178,1,179,1,180,1,182,1","appear,143,9,172,1,230,6,231,6","appears,148,1,226,3,228,3,230,2,231,2","application,8,2,171,1,173,1,236,1","applications,4,3,30,2","applied,174,2,176,2,177,2,178,2,179,12,180,2,182,2","apply,179,4","appreared,143,1","approach,4,1","appropriate,140,2,189,2,190,1,148,1,172,1,184,1,185,1,186,1,188,2,191,1","appropriately,140,1,189,1,188,1","approval,4,1","approved,4,1","are,4,6,30,1,139,3,144,3,145,3,158,3,148,2,159,3,172,5,177,1,178,1,179,3,182,1,224,1,226,2,228,2","area,47,1,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","arrow,179,23,224,8","as,8,2,30,1,52,1,139,4,140,3,144,4,145,4,158,4,189,2,190,2,222,1,147,1,148,7,159,4,160,1,162,1,163,1,164,1,171,1,172,9,173,1,174,7,176,7,177,8,178,8,179,25,180,7,182,8,184,4,185,4,186,4,187,1,188,3,224,1,191,4,226,2,228,2,230,1,231,1","ascii,147,1","asked,172,1","asp,47,1","aspect,4,1","assembies,48,2","assembies.doc,244,4","assembies.pdf,244,4","assemblies,48,1,237,1,240,1,242,1,244,1","assemblies.doc,242,4","assemblies.pdf,242,4","at,9,1,139,3,140,5,143,2,144,3,145,3,158,3,189,7,190,4,219,1,220,1,148,7,159,3,172,4,174,3,176,3,177,3,178,3,179,3,180,3,182,3,184,6,185,6,186,6,187,2,188,7,224,1,191,5,217,1,218,1,230,2,231,2,232,4,233,4,246,1","attach,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1","attached,172,1","attain,4,1","attributed,4,1","austalia,24,1","auto,43,1,189,1,221,1,172,8,175,1,177,1,178,1,179,1,182,1,184,1,185,1,186,1,187,1,188,1,191,2,213,1,214,1,226,3,228,3","automatic,222,1,162,1,230,1,231,1","automation,4,6,8,1,9,1,10,1,11,1,15,1,17,1,24,2,25,1,26,1,30,4,31,1,32,1,34,1,35,1,36,1,38,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","automobile,4,1","auxiliary,172,2","available,4,1,8,1,30,1,43,1,147,1,192,1,246,1","avoid,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,172,3","away,172,1","back,140,1,141,2,142,2,155,2,190,1,225,1,148,3,156,2,157,2,151,2,152,2,153,2,154,2,172,2,179,2,187,1,188,1,226,1,227,1,228,1","backed,177,1,178,1,179,1,182,1","background,4,1,30,1","backlighted,174,1,175,1,176,1,177,2,178,2,179,3,180,1,182,2,213,1,214,1","backlit,43,1","backside,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1","banner.jpg,5,8,131,8","bar,246,1","barstock,246,1","based,4,4,8,1,30,2,43,1,139,1,140,1,144,1,145,1,158,1,189,1,190,1,219,1,220,1,221,1,222,1,223,1,225,1,148,1,159,1,162,1,174,1,175,1,176,1,177,2,178,2,179,2,180,1,182,2,184,1,185,1,186,1,187,1,188,1,224,1,191,1,193,1,200,1,201,1,202,1,213,1,214,1,217,1,218,1,226,1,227,1,228,1,230,1,231,1","basic,172,2","batch,4,1,30,1,225,1,227,1","battery,177,1,178,1,179,1,182,1","baud,171,1,173,1","be,4,1,139,1,143,11,144,1,145,1,158,1,159,1,160,7,163,7,164,7,172,16,174,8,176,8,177,14,178,14,179,25,180,8,182,14,224,3,230,5,231,5,232,3,233,2","becoming,4,1","been,4,1,30,1,179,1","before,4,2,179,4","beginning,4,1,30,1","begins,4,1","being,4,1,172,2,179,3","below,8,2,139,4,144,4,145,4,158,4,151,1,159,4,160,1,163,1,164,1,171,1,173,1,224,1","best,4,2","bet,224,1","between,148,3,172,3,224,3","beverages,4,1","bg.gif,132,8","bg_05.gif,6,8","bigcl03.pdf,224,4","big-cn-l02,224,11","biotech,4,1","blank,171,1,173,1","blank.gif,7,8","blank.jpg,133,8","blc,10,1,146,10","blocking,172,1","board,172,1,224,5","boards,224,1","bochare,4,1","bolt,172,1","both,57,1,58,1,161,1,165,1,172,2,177,1,178,1,179,1,182,1,205,1","bottom,172,4","bracket,172,1","brd,224,2","bring,172,1","bsp,242,1,243,1,244,1","b-type,138,1,147,1,149,1,150,1","budget,4,1","build,4,1","builder,46,4","built,4,1,174,1,175,2,176,1,177,2,178,2,179,3,180,1,182,2,224,1,213,2,214,2","but,4,1","buzzer,151,1,194,1","by,4,4,8,2,9,1,30,1,43,1,139,5,140,2,141,2,142,2,143,17,144,5,145,5,155,2,158,5,189,2,190,5,219,1,220,1,221,1,222,1,148,3,156,2,157,2,151,1,152,2,153,2,154,2,159,5,160,5,162,2,163,5,164,5,168,1,172,7,174,9,175,2,176,9,177,9,178,9,179,8,180,9,182,9,184,4,185,4,186,4,187,1,188,2,224,5,191,4,193,1,194,1,195,1,196,1,197,1,198,1,199,1,200,3,201,3,202,3,203,2,204,2,207,1,211,2,212,2,213,2,214,2,215,2,216,2,217,1,218,1,226,1,228,1,230,7,231,7","c1,224,1","cabinet,43,1","cable,234,1,238,1,239,1,240,1","cables,48,1","cal,139,2,144,2,145,2,158,2,159,2,172,1,174,2,176,2,177,4,178,4,179,10,180,2,182,4","caliberation,43,1","calibrate,140,2,189,1,174,3,176,3,177,5,178,5,179,4,180,3,182,5,188,2","calibrated,190,1,172,2,177,2,178,2,179,2,182,2","calibrating,190,1,148,2,172,4,184,1,185,1,186,1,191,1","calibration,4,1,30,1,139,4,140,7,143,1,144,4,145,4,158,4,189,9,190,15,219,1,220,1,221,1,222,1,148,9,159,4,160,7,162,2,163,7,164,7,172,9,174,9,175,3,176,9,177,16,178,16,179,27,180,9,182,16,184,11,185,11,186,11,187,1,188,5,191,11,192,1,193,1,200,1,201,1,202,1,203,1,204,1,211,1,212,1,213,3,214,3,215,1,216,1,217,1,218,1,230,6,231,6,232,8,233,8,244,1","calibration-high,140,1","calibration-low,140,1","calibrations,43,1","calibrator,139,1,144,1,145,2,158,2,159,1,160,5,163,5,164,5,174,4,176,4,177,4,178,4,179,5,180,4,182,4","calibrator.jpg,97,8","calibrtated,177,1,178,1,179,1,182,1","call,172,1","called,4,1","campus,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","can,4,1,9,1,140,2,143,12,189,2,190,1,148,4,160,6,163,6,164,6,172,7,174,8,176,8,177,14,178,14,179,11,180,8,182,14,184,1,185,1,186,1,187,1,188,2,224,3,191,1,230,5,231,5","capacitance,232,2","capillary,4,1","careful,179,4","carefully,172,1","case,172,1","casting,8,2,166,1,167,1,169,1,170,1,206,1,208,1,209,1,210,1","category,4,1,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,34,1,35,1,36,1,38,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1","cause,172,1","cel,179,6","celcius,175,2,177,2,178,2,179,2,182,2,213,2,214,2","center,174,1,176,1,180,1","centre,4,1,30,1","certified,8,1","ch,172,1,184,8,185,8,186,8","ch.no,171,1,173,1","ch-1,179,2","ch-2,179,2","chain,4,1,30,1","change,55,2,139,1,140,2,143,8,144,1,145,1,158,1,189,2,190,2,223,4,225,1,148,6,159,1,160,9,163,9,164,9,174,8,176,8,177,13,178,13,180,8,182,13,184,2,185,2,186,2,187,2,188,2,191,2,226,2,227,1,228,2,230,3,231,3,232,1","changed,143,3,179,6,224,1,230,1,231,1","changes,172,1,224,2","changing,171,2,173,2,224,2","channel,45,1,140,3,189,9,190,3,168,2,171,2,172,16,173,2,188,7,184,15,185,15,186,9,187,4,191,19,207,2","channels,171,4,173,4","character,174,2,175,1,176,2,177,2,178,2,179,3,180,2,182,2,213,1,214,1","characters,174,1,176,1,177,1,178,1,180,1,182,1,211,1,212,1,215,1,216,1,230,1,231,1","chart,4,5,8,2,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,4,34,4,35,4,36,4,38,10,43,12,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,174,12,175,5,176,12,177,16,178,16,179,38,180,12,182,16,183,4,211,1,212,1,213,5,214,5,215,1,216,1","chartless,181,4","check,39,1,139,3,144,3,145,3,158,3,159,3,172,9,184,1,185,1,186,1,191,1,232,2,233,2","checked,179,1","checking,172,1","chemical,4,2,30,1","c-hi,140,1,189,1,160,2,163,2,164,2,188,1","cint,47,1","circuit,167,1,172,2,175,1,177,1,178,1,179,1,182,1,213,1,214,1","circuits,172,1","circular,8,1,38,1,43,2,174,6,175,1,176,6,177,2,178,2,179,6,180,6,182,2,211,1,212,1,213,1,214,1,215,1,216,1","cjc,179,2","cl-1000,52,1,223,1","cl-1000.pdf,223,4","clamp,172,5","clamping,172,1","cleaning,172,1","click,8,2,43,1,171,9,173,9","clicking,9,1,171,1,173,1","client.htm,8,4","clients,8,1","c-lo,140,2,189,2,160,2,163,2,164,2,188,2","clock,52,1,223,1,177,1,178,1,179,1,182,1,224,4","close,171,1,173,1","cloth,172,1","cmrs,8,2","cn.begintrans,33,1,39,2","cn.committrans,33,1,39,2","cn.execute,39,2,55,2","cnt,224,2","coated,43,1","code,24,1,139,4,144,4,145,4,158,4,159,4","cold,175,1,177,1,178,1,179,4,182,1,213,1,214,1","color,171,1,173,1","combination,189,1,190,1,223,1,225,1,148,1,184,1,185,1,186,1,191,1,226,3,227,1,228,3","combinations,223,1,225,1,226,1,227,1,228,1","combines,4,1","come,4,1,143,1","comes,139,1,140,1,143,1,144,1,145,1,158,1,189,1,190,1,223,1,225,1,148,1,159,1,160,1,163,1,164,1,188,1,184,1,185,1,186,1,187,1,191,1,226,1,227,1,228,1","commission,4,1","commissioning,4,1","communication,147,1,171,1,173,1","comp,151,4","company,4,2,24,1,30,2","compensated,175,1,177,1,178,1,179,1,182,1,213,1,214,1","compensating,174,1,176,1,180,1","compensation,174,1,175,1,176,1,177,1,178,1,179,1,180,1,182,1,213,1,214,1","comperassor,151,2","complete,174,1,176,1,177,3,178,3,179,4,180,1,182,3,230,2,231,2","completes,172,3,179,3,224,1","complex,4,1,30,1","compliance,4,1","compliances,4,1","components,4,1,30,1","compony,39,1","comprehensive,4,1,30,1","compressor,151,3,194,1","computaion,224,1","computation,224,2","compute,177,1,178,1,179,1,182,1","computed,224,2","computer,171,1,173,1","computes,224,1","comuted,224,1","con-1,179,1","con-2,179,1","concept-to-product,4,1,30,1","condition,139,1,143,2,144,1,145,1,158,1,159,1,174,1,175,1,176,1,177,2,178,2,179,2,180,1,182,2,213,1,214,1,226,1,228,1","confirm,55,1","conn,242,1,243,1,244,1","connect,139,1,141,2,142,2,144,1,145,1,155,2,158,1,156,2,157,2,151,2,152,2,153,2,154,2,159,1,160,1,163,1,164,1,172,1","connected,160,2,163,2,164,2,172,2,179,1","connecting,172,3","connection,139,3,140,1,143,1,144,3,145,3,158,3,189,1,223,1,225,1,148,1,159,3,160,1,163,1,164,1,166,1,167,1,169,1,170,1,172,1,174,2,176,2,177,2,178,2,179,1,180,2,188,1,182,2,187,1,206,1,208,1,209,1,210,1,226,1,227,1,228,1,230,1,231,1,232,3","connections,166,1,167,2,169,2,170,2,172,1,206,1,208,2,210,2,229,1","connectivity,4,1","connector,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,172,4,191,1","connectors,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1","consists,139,2,144,2,145,2,158,2,159,2","consits,179,1","constant,172,3,232,1","construction,15,1,17,1,25,1,32,1,34,1,36,1,44,1","contact,9,2,139,4,141,1,142,1,143,4,144,4,145,4,155,1,158,4,156,1,157,1,151,1,152,1,153,1,154,1,159,4,162,1,172,3,184,1,185,1,194,1,195,1,196,1,197,1,198,1,199,1,200,4,201,4,202,4","contact.htm,9,4","containing,139,1,144,1,145,1,158,1,159,1","contains,143,1,160,1,163,1,164,1","contents,139,1,143,1,144,1,145,1,158,1,159,1,160,1,163,1,164,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,230,1,231,1,232,1,233,1","continously,143,1,179,1,224,1,230,1,231,1","continuous,8,1,43,1","continuously,4,1,30,1","control,4,9,25,1,30,5,32,1,34,1,36,1,138,1,139,9,143,1,144,9,145,9,158,9,146,1,147,1,149,1,150,1,159,9,162,2,224,4,200,1,201,1,202,1","controler,8,1","controler.htm,10,4","controller,4,2,8,1,10,4,30,2,43,1,139,2,140,1,141,5,142,5,143,2,144,1,145,1,155,5,158,1,222,1,225,1,148,1,156,5,157,5,151,6,152,5,153,5,154,5,159,1,162,1,174,1,175,1,176,1,177,2,178,2,179,1,180,1,182,2,224,1,193,1,194,1,195,1,196,1,197,1,198,1,199,1,200,1,201,1,202,1,213,1,214,1,227,1,230,1,231,1","controllers,4,9,9,8,10,9,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,8,48,8,49,8,50,8,51,8,52,8,53,8,54,8","controlpanel.jpg,98,8","controls,4,1","conventional,48,2,235,1,242,9","conventional.doc,235,4","conventional.pdf,235,4","converter,49,1","converters,4,1,49,1","cool,8,1,138,3,146,3,147,3,149,3,150,3","cooling,8,1","co-op,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","copy,99,8","copy.jpg,119,8,121,8,126,8,129,8,130,8","copyright,4,1,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,38,1,39,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,57,1,58,1","correct,190,1,148,4,160,1,163,1,164,1,172,1,184,3,185,3,186,3,191,3,230,1,231,1,232,2,233,2","correcting,139,1,144,1,145,1,158,1,159,1","corrective,172,1","correctly,172,1","corresponding,140,3,189,3,190,4,174,2,176,2,177,2,178,2,179,4,180,2,188,3,182,2,184,3,185,3,186,3,187,3,224,1,191,3,226,2,228,2","corrosive,172,1","cost,4,2,30,2","couniting,224,1","count,224,17","counter,52,1,224,17","counter.doc,225,4,227,4","counter.pdf,225,4","counter_bigcl03.doc,224,4","counters,4,8,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,8,48,8,49,8,50,8,51,8,52,9,53,8,54,8","counting,225,4,224,4,226,2,227,4,228,2","country,24,1,39,1","counts,224,20","cpass,55,1","crimp,172,1","criteria,172,1","critical,4,1","cross,179,1","ctx-300,54,1,232,2","ctx-300.doc,232,4","ctx-300.pdf,232,4","ctx-3oo,232,1","cur,224,1","current,143,1,148,3,171,2,172,1,173,2,224,3,230,2,231,2","customer,4,2","customer-driven,4,1,30,1","customers,4,1","cut,226,1,228,1","cutout,8,1,10,2,31,2,38,3,43,1,45,1,52,4,53,1,222,1,162,1,172,1,175,1,177,1,178,1,179,1,182,1,213,1,214,1,229,1,230,1,231,1","cutout91,162,1","cutput,8,1","cycle,226,2,228,2","cyclic,226,9,228,5","d.p.m,143,6,160,5,163,5,164,5,174,5,176,6,177,6,178,6,180,5,182,6,230,4,231,4","damage,172,1","data,4,5,11,1,30,1,171,26,172,8,173,26,177,1,178,1,179,1,182,1,224,1","datalog,171,8","datalogger,4,4,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,4,34,4,35,4,36,4,38,4,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4","datalogger.htm,11,4","date,171,3,173,3,224,2","datta,4,1","day,224,2","days,174,2,175,1,176,2,177,3,178,3,179,4,180,2,182,3,213,1,214,1","dc,43,2,172,1,224,1,232,2,233,1","dcvolt,224,1","dec,140,1,189,2,190,1,223,4,225,2,148,6,188,1,184,2,185,2,186,2,187,1,191,2,226,3,227,2,228,3","decimal,138,1,139,2,143,2,144,2,222,1,146,1,147,1,148,2,149,1,150,1,159,2,160,5,162,2,163,5,164,5,174,4,175,1,176,4,177,6,178,6,179,13,180,4,182,6,213,1,214,1,230,1,231,1","decrease,172,1","decrement,140,1,143,10,189,1,190,1,160,8,163,8,164,8,174,9,176,9,177,13,178,13,179,1,180,9,188,1,182,13,184,2,185,2,186,2,187,1,224,1,191,2,230,7,231,7","decrements,139,1,140,1,143,1,144,1,145,1,158,1,189,1,190,1,223,1,225,1,148,1,159,1,160,1,163,1,164,1,188,1,184,1,185,1,186,1,187,1,191,1,226,1,227,1,228,1","decries,140,1,189,1,190,1,188,1,184,1,185,1,186,1,187,1,191,1","dedicated,4,1","default,139,6,140,2,143,1,144,6,145,6,158,6,189,2,190,3,223,1,225,2,148,6,159,6,160,1,163,1,164,1,188,2,184,2,185,2,186,2,187,2,191,2,226,2,227,2,228,2","defense,4,1","deg,175,2,177,2,178,2,179,8,182,2,213,2,214,2","deg.c,145,1,158,1","delall,39,1","delay,151,1","delete,39,2,171,2,173,2","demonstration,4,1","denied,57,2,58,2","department,4,1","depth,172,1","description,8,1,43,1,139,1,140,4,144,1,145,1,158,1,189,4,190,4,148,1,159,1,179,2,188,3,184,4,185,4,186,4,187,3,224,1,191,4,226,2,228,2","descriptions,46,1,223,1,225,1,148,1,226,2,227,1,228,2","desctiption,179,1","design,4,6,30,3","designation,24,1,39,1","designing,4,1,30,1","desired,139,1,140,1,144,1,145,1,158,1,190,1,148,1,159,1,172,2,179,1,188,1,184,1,185,1,186,1,187,1,191,1,226,1,228,1","desires,148,1","details,4,1,9,1,24,3,35,1,50,1,185,1,191,1,226,1,228,1","develope,30,1","developed,4,3,30,2,172,1","development,4,1","deviation,138,4,146,4,147,4,149,4,150,4","device,139,5,144,5,145,5,158,5,159,5","dhanbad,8,2","diagram,143,1,160,1,163,1,164,1,166,1,167,1,169,1,170,1,172,2,174,2,176,2,177,2,178,2,179,1,180,2,182,2,206,1,208,1,209,1,210,1,230,1,231,1,232,1","diameter,234,1,235,1,236,1,237,1,238,1,239,1,240,1,241,1,243,1,245,1","dian.gif,12,8","dian1.gif,13,8","dianmove.gif,14,8","die,8,2,166,1,167,1,169,1,170,1,206,1,208,1,209,1,210,1","diegram,151,1","dielectric,232,1","difference,139,2,140,1,144,2,145,2,158,2,189,1,190,1,223,1,225,1,148,1,159,2,188,1,184,1,185,1,186,1,187,1,224,3,191,1,226,1,227,1,228,1","different,4,2,30,1,140,3,189,3,190,4,223,3,225,3,148,8,188,3,184,4,185,4,186,4,187,3,191,4,226,4,227,3,228,4","diffrenece,224,1","digit,8,2,138,1,139,1,140,1,143,1,144,1,145,1,158,1,189,1,190,1,219,1,220,1,221,1,225,1,146,1,147,1,148,1,149,1,150,1,159,1,160,2,161,1,162,2,163,2,164,2,165,1,166,1,167,1,168,1,169,1,170,1,172,2,188,1,184,1,185,1,186,1,187,1,224,1,191,1,193,1,200,1,201,1,202,1,203,1,204,1,205,1,206,1,207,1,208,1,209,1,210,1,217,1,218,1,226,2,227,1,228,2","digital,4,5,9,4,10,6,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,4,34,4,35,4,36,4,38,6,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,141,2,142,2,155,2,156,2,157,2,151,2,152,2,153,2,154,2,194,1,195,1,196,1,197,1,198,1,199,1","digits,143,1,162,1","dim,47,1","dimension,4,1,8,1,49,1,52,4,53,1","dimensions,8,1,10,2,31,3,45,1,222,1,162,1,172,2,175,1,177,1,178,1,179,1,182,1,213,1,214,1,230,1,231,1","din,8,2,49,1,166,1,167,1,169,1,170,1,224,1,192,1,206,1,208,1,209,1,210,1","diode,172,1","direct,172,1","directly,172,1,224,1,232,1,233,1","directors,4,1","disconnected,172,1","discribed,224,1","discriptiontion,148,1","display,8,4,43,2,53,1,138,2,139,13,140,17,141,2,142,2,143,7,144,13,145,13,155,2,158,13,189,15,190,10,218,1,219,1,220,1,221,1,222,1,223,2,225,3,146,2,147,2,148,31,156,2,157,2,149,2,150,2,151,4,152,2,153,2,154,2,159,13,160,25,161,3,162,5,163,25,164,25,165,3,166,2,167,3,168,1,169,2,170,2,171,1,172,39,173,1,174,19,175,1,176,19,177,23,178,23,179,49,180,19,188,16,182,23,184,14,185,14,186,14,187,8,224,28,191,14,193,1,200,1,201,1,202,1,203,1,204,1,205,3,206,2,207,1,208,2,209,2,210,2,211,2,212,2,213,1,214,1,215,2,216,2,217,1,226,4,227,3,228,4,230,6,231,6","displayed,190,1,222,2,162,2,172,6,230,2,231,2","displays,139,1,144,1,145,1,158,1,159,1,160,1,163,1,164,1","disposition,4,1","dist.htm,15,4","distrubution,15,1","disturb,172,1","divided,139,1,144,1,145,1,158,1,159,1","dn,139,1,144,1,145,1,158,1,159,1,172,4","do,4,1,140,1,189,1,148,1,172,2,174,1,176,1,177,1,178,1,179,6,180,1,188,1,182,1,184,2,185,2,186,2,191,2","document,4,2","does,174,2,176,2,177,2,178,2,180,2,182,2,224,2","doesn,4,1,30,1","doing,184,1,185,1,186,1,191,1","done,139,1,144,1,145,1,158,1,148,1,159,1,172,1,174,1,176,1,177,1,178,1,179,8,180,1,182,1,184,1,185,1,186,1,191,1,230,1,231,1","double,138,4,146,4,147,4,149,4,150,4","down,139,3,140,1,143,2,144,3,145,3,158,3,189,1,190,1,223,1,225,1,148,2,159,3,160,1,163,1,164,1,179,22,188,1,184,1,185,1,186,1,187,1,224,10,191,1,226,1,227,1,228,1","down.gif,16,8","down_disabled.gif,18,8","down_enabled.gif,19,8","download,8,2,10,14,17,1,31,16,38,20,43,1,45,10,49,2,52,6,53,2,54,4,171,2,173,2","download.htm,17,4","dp,174,1,176,1,177,1,178,1,179,4,180,1,182,1","d-p,143,1","dpm,4,14,8,6,9,6,10,5,11,5,15,5,17,5,24,5,25,5,26,5,30,11,31,5,32,5,33,5,34,5,35,5,36,5,38,5,39,5,43,6,44,5,45,5,48,5,49,5,50,5,51,5,52,5,53,5,54,5,55,5,57,5,58,5,143,2,144,2,145,1,158,1,221,1,147,1,151,1,159,2,160,2,161,2,162,1,163,1,164,2,165,2,168,1,171,9,172,4,173,9,174,2,176,2,177,2,178,2,179,2,180,2,181,8,182,2,191,1,192,1,200,1,201,1,202,1,203,1,204,1,205,2,207,1,229,1,230,2,231,2,232,2,233,2","dpm.gif,20,8","dpp,139,1,144,1,159,1","d-pt,143,1,160,3,163,3,164,3","drawn,246,1","drilled,246,1","drive,224,1","driven,8,1,43,1","driver,172,1","dry,172,1","dsc01489.jpg,66,8","dsc01490.jpg,67,8","dsc01491.jpg,68,8","dsc01492.jpg,69,8","dsc01493.jpg,70,8","dsc01494.jpg,71,8","dsc01495.jpg,72,8","dsc01496.jpg,73,8","dsc01497.jpg,21,8,74,8","dsc01498.jpg,22,8,75,8","dsc01499.jpg,76,8","dsc01500.jpg,77,8","dsc01501.jpg,78,8","dscf0907.jpg,79,8,100,8","dscf0908.jpg,80,8,101,8","dscf0911.jpg,81,8,102,8","dscf0912.jpg,82,8,103,8","dscf0913.jpg,83,8,104,8","dscf0914.jpg,84,8,105,8","dscf0915.jpg,85,8,106,8","dscf0916.jpg,86,8,107,8","dscf0917.jpg,87,8,108,8","dscf0918.jpg,88,8,109,8","dscf0920.jpg,89,8,110,8","dscf0921.jpg,90,8,111,8","dscf0922.jpg,91,8,112,8","dscf0923.jpg,92,8,113,8","dscf0926.jpg,93,8,114,8","dscf0928.jpg,23,8,94,8","dual,38,3,43,3,138,1,146,1,147,1,149,1,150,1,161,1,165,1,184,3,185,3,186,3,191,3,205,1,235,1,237,1,238,1,241,1,242,1,243,1,244,1,245,1","duct,236,1","dur,174,1,176,1,177,1,178,1,179,3,180,1,182,1","duration,172,2,174,1,175,1,176,1,177,4,178,4,179,11,180,1,182,4,213,1,214,1","during,4,1,222,1,160,1,162,1,163,1,164,1,174,1,175,1,176,1,177,2,178,2,179,8,180,1,182,2,224,3,213,1,214,1,230,1,231,1","dy,179,2","each,39,1,139,1,140,1,143,1,144,1,145,1,158,1,189,1,190,1,223,1,225,1,148,1,159,1,161,1,165,1,172,4,188,1,184,1,185,1,186,1,187,1,191,1,205,1,226,1,227,1,228,1","earlier,190,1,184,2,185,2,186,2,191,2","earth,166,1,167,1,169,1,170,1,206,1,208,1,210,1","easy,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,172,1","economical,4,1,30,1","edit,139,4,140,8,143,7,144,4,145,4,158,4,189,6,190,8,223,5,225,6,148,10,159,4,188,8,184,8,185,8,186,8,187,8,191,8,226,6,227,6,228,6,230,2,231,2","editable,140,1,189,1,190,1,148,1,188,1,184,1,185,1,186,1,187,1,191,1","editing,140,2,189,2,190,2,223,1,225,1,148,4,188,2,184,2,185,2,186,2,187,1,191,2,226,2,227,1,228,2","effect,224,1","effectively,4,1,30,1","eight,174,1,176,1,179,2,180,1","either,143,1,174,4,175,1,176,4,177,5,178,5,179,4,180,4,182,5,213,1,214,1","el,160,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1","elapsed,174,1,176,1,177,1,178,1,179,2,180,1,182,1","electrical,229,1","electromagnetic,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,172,2","electronic,4,1,30,1","element,235,1,237,1,238,1,241,1,242,1,243,1,244,1,245,1","else,33,1,47,1,55,1,143,1,230,1,231,1","email,24,1,39,1,171,2,173,2","e-mail,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","embracing,4,1","en,160,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1","enable,189,2,188,2,184,2,185,2,186,2,187,2,191,2","enclosed,174,1,176,1,180,1,224,1","encloser,225,1,227,1","enclosure,8,2,162,1,166,1,167,1,169,1,170,1,174,1,176,1,180,1,224,1,206,1,208,1,209,1,210,1","end,4,3,30,3,33,2,39,2,47,5,55,2,171,1,173,1,179,5,246,1","end-to,4,1,30,1","energise,162,2","engine,46,4","engineering,4,1,30,1,171,1,173,1,174,1,175,1,176,1,177,3,178,3,179,13,180,1,182,3,213,1,214,1","engineers,4,1","ensure,179,1","ent,171,1,172,14,173,1","enter,33,3,55,4,139,1,140,2,143,3,144,1,145,1,158,1,189,1,190,2,223,2,225,3,148,4,159,1,160,5,163,5,164,5,174,1,176,1,177,1,178,1,179,1,180,1,188,2,182,1,184,2,185,2,186,2,187,2,191,2,226,2,227,3,228,2,230,2,231,2","entered,140,1,143,1,189,1,190,1,223,1,225,1,160,1,163,1,164,1,171,2,173,2,188,1,184,1,185,1,186,1,187,1,191,1,226,2,227,1,228,2","entering,140,1,143,3,189,1,190,1,160,1,163,1,164,1,188,1,184,1,185,1,186,1,191,1,230,3,231,3","enters,172,1","equal,232,2,233,2","equally,172,1","equipment,172,1","equipments,4,1,30,1","erase,171,2,173,2","error,139,5,144,5,145,5,158,5,159,5,160,1,163,1,164,1","esc,139,3,140,1,143,1,144,2,145,2,158,2,189,2,190,2,221,1,223,4,225,2,148,4,159,2,160,2,163,2,164,2,174,2,176,2,177,4,178,4,179,5,180,2,188,1,182,4,184,1,185,1,186,1,187,1,224,12,191,2,203,1,204,1,226,1,227,2,228,1","escape,139,1,143,1,144,1,145,1,158,1,159,1,160,1,163,1,164,1","escapes,139,1,140,1,143,1,144,1,145,1,158,1,189,1,190,1,223,1,225,1,148,1,159,1,160,1,163,1,164,1,188,1,184,1,185,1,186,1,187,1,191,1,226,1,227,1,228,1","ess,160,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1","established,4,1,30,1","etc,4,2,8,2,30,1,172,1","etc.,4,4,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,4,34,4,35,4,36,4,38,4,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4","ethernet,43,1","ethic,4,1","etu,143,1","e-type,138,1,147,1,149,1,150,1","even,177,1,178,1,179,1,182,1","event,172,1","every,4,1","exact,46,1","example,139,1,144,1,145,1,158,1,159,1,226,1,228,1","exceeds,172,1","excel,171,2,173,2","excellence,4,1","except,172,1","exit,225,1,227,1","experience,4,2","expertise,4,3,30,1","exposure,172,1","fabricated,246,1","fac,224,2","facilities,4,1,30,1","facility,4,2","facto,224,1","factor,179,4,224,4","fail,139,1,144,1,145,1,158,1,159,1","failure,151,1","fascia,230,1,231,1","fault,172,1","fax,24,1,39,1","fcator,224,1","features,43,1,172,2,177,1,178,1,179,1,182,1,224,1","feed,139,2,140,2,144,2,145,2,158,2,189,2,190,7,148,4,159,2,188,2,184,4,185,4,186,4,191,4","feedback,9,2,24,3,35,1,39,2,50,2","feedback.asp,24,4","feedbackers,39,1","feedbacks,39,1","feeding,184,1,185,1,186,1,191,1","ffs,143,1","fg,160,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1","field,4,1,24,1,171,1,172,2,173,1","fifty,174,1,176,1,177,1,178,1,180,1,182,1","figure,139,1,144,1,145,1,158,1,159,1","file,46,1","filter,172,1","firmware,139,1,144,1,145,1,158,1,159,1","first,24,1,139,13,140,1,143,2,144,13,145,12,158,12,189,1,148,2,159,13,160,1,163,1,164,1,188,1,200,1,201,1,202,1,226,1,228,1,230,1,231,1","fixed,141,2,142,2,155,2,156,2,157,2,151,2,152,2,153,2,154,2,179,1","flame,25,1","flameproof,8,2,225,1,166,1,167,1,169,1,170,1,206,1,208,1,209,1,210,1,227,1,241,1,242,1,243,1,244,1,245,1","flameproofpl.htm,25,4","flange,172,1","flash,140,3,189,3,188,3","flashing,139,1,140,3,144,1,145,1,158,1,189,3,190,3,148,5,159,1,188,3,184,3,185,3,186,3,187,1,191,3,226,1,228,1","flexible,4,1,30,1","flow,4,2,8,1,43,1,222,4,162,7,172,1,229,1,230,8,231,8","flp,8,2","fluctuations,172,1","follow,172,1","following,4,1,9,1,30,1,139,1,140,2,144,1,145,1,158,1,189,2,190,2,223,3,225,3,148,1,159,1,172,4,188,2,184,2,185,2,186,2,187,2,191,2,226,3,227,3,228,3","follows,140,2,189,2,188,2","food,4,1","for,4,10,8,2,9,1,15,1,17,1,25,1,30,3,32,1,34,1,36,1,39,1,43,1,44,1,138,5,139,14,141,1,142,1,143,2,144,14,145,11,155,1,158,11,189,6,190,2,222,2,223,2,225,2,146,4,147,5,156,1,157,1,149,5,150,5,151,2,152,1,153,1,154,1,159,14,160,6,161,1,162,5,163,6,164,6,165,1,167,1,171,4,172,13,173,4,174,24,175,13,176,24,177,48,178,48,179,65,180,24,188,4,182,48,184,13,185,13,186,7,187,3,224,12,191,17,192,1,194,1,205,1,213,13,214,13,226,1,227,2,228,1,230,2,231,2,232,4,233,4","form,24,1,171,1,173,1","format,223,2","forty,179,2","forward,179,1","found,39,1","four,174,2,175,1,176,2,177,1,178,1,179,4,180,2,182,1,224,1,213,1,214,1","fourth,139,3,143,1,144,3,145,3,158,3,159,3,200,1,201,1,202,1","free,162,1,224,1","frequency,222,1,162,1,230,1,231,1,232,2","friendly,4,1","from,4,2,30,2,39,2,190,4,225,1,171,2,172,6,173,2,174,4,175,2,176,4,177,7,178,7,179,7,180,4,182,7,224,3,213,2,214,2,227,1","front,43,1,139,2,140,1,141,2,142,2,143,4,144,2,145,2,155,2,158,2,189,1,190,1,218,1,219,1,220,1,221,1,222,1,225,1,148,1,156,2,157,2,151,2,152,2,153,2,154,2,159,2,160,3,162,3,163,3,164,3,172,8,174,3,176,3,177,2,178,2,179,5,180,3,188,1,182,2,184,1,185,1,186,1,187,1,191,1,192,1,193,1,200,2,201,2,202,2,203,1,204,1,211,1,212,1,215,1,216,1,217,1,226,1,227,1,228,1,230,1,231,1","full,4,1,30,1,172,2,179,1,183,4","function,47,2,140,1,189,1,190,1,223,1,225,1,148,1,172,2,188,1,184,1,185,1,186,1,187,1,224,1,191,1,226,1,227,1,228,1","functional,4,1","further,139,1,143,1,144,1,145,1,158,1,159,1","ga,229,4","ga.doc,222,4","ga.pdf,222,4","gain,179,2","gala,9,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","gallary,26,1","gallary.htm,26,4","gas,236,1","gases,172,1","get,4,1,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,34,1,35,1,36,1,38,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,140,1,189,1,190,1,223,1,225,1,151,1,188,1,184,1,185,1,186,1,187,1,191,1,226,1,227,1,228,1","getitemsperpage,47,1","getmatchparameters,47,1","getoutputstart,47,1","gets,172,2","getsearchfilename,47,1","getsearchparameters,47,1","getting,172,1,184,1,185,1,186,1,191,1","give,4,3,171,3,173,3","given,140,1,189,1,190,2,223,1,225,1,148,3,171,2,172,1,173,2,188,1,184,1,185,1,186,1,187,1,191,1,226,2,227,1,228,2","giving,4,1,30,1","glows,139,4,143,2,144,4,145,4,158,4,159,4","gnd,139,1,143,1,144,1,225,2,148,1,159,1,160,6,163,3,164,6,224,1,227,2,229,1,230,1,231,1,232,1","go,55,1,57,1,58,1,143,1,172,1,230,1,231,1","goes,160,2,163,2,164,2","graph,8,1,43,1,171,11,173,11,174,6,176,6,177,11,178,11,180,6,182,11,211,1,212,1,215,1,216,1","graphical,171,1,173,1","green,162,1","ground,172,1","group,8,4","grown,4,1","growth,4,2","guide,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1","halt,226,1,228,1","handling,4,1,30,1,226,1,228,1","hardware,4,1,30,1,171,1,172,2,173,1","has,4,3,30,3,143,1,160,1,163,1,164,1,172,2,174,3,176,3,177,2,178,2,179,6,180,3,182,2,224,1,230,1,231,1","hastalloy,246,1","hasti,9,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","have,4,5,30,2,172,1","having,143,1,160,1,163,1,164,1,230,1,231,1","head,234,1,235,1,239,1,241,1,242,1,243,1,244,1,245,1","heading,171,3,173,3","headings,171,1,173,1","heat,8,1,48,1,138,3,146,3,147,3,149,3,150,3,172,1,243,9","heating,8,1","heavy,4,1","height,39,1,148,9","held,172,1","hellipot,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,194,1,195,1,196,1,197,1,198,1,199,1","help,143,3,148,2,160,5,163,5,164,5,174,4,176,4,177,7,178,7,180,4,182,7,230,2,231,2","hence,179,4","here,8,2,24,1,43,1,179,1","hi,8,2,172,2,174,2,176,2,177,4,178,4,179,4,180,2,182,4,230,2,231,2","hierarchy,143,2,223,1,160,2,163,2,164,2,174,2,176,2,177,2,178,2,180,2,182,2,230,2,231,2,232,2,233,2","high,4,2,10,1,30,1,138,3,139,4,140,2,143,2,144,4,145,2,158,2,189,2,146,3,147,3,148,13,149,3,150,3,159,4,160,6,162,1,163,6,164,6,171,3,173,3,174,4,175,1,176,4,177,14,178,14,179,23,180,4,188,1,182,14,184,4,185,4,186,4,191,4,200,1,201,1,202,1,213,1,214,1,230,2,231,2,232,4,233,3","higher,139,1,140,1,143,1,144,1,145,1,158,1,189,1,159,1,188,1,184,1,185,1,186,1,191,1,230,1,231,1","hi-r,179,5","hm,181,4","hmi-040,38,1","holds,139,1,144,1,145,1,158,1,159,1","hole,172,1","hook,172,1","hours,223,2,174,2,175,2,176,2,177,4,178,4,179,8,180,2,182,4,224,3,213,2,214,2","how,4,2","hr,174,2,176,2,177,2,178,2,179,5,180,2,182,2","h-r,139,1,144,1,159,1","hrc,10,1,147,10","hrs,43,3","h-sc,160,2,163,2,164,2","h­sc,160,1,163,1,164,1","humidity,4,1,8,3,43,1","hvac,48,1,236,9","hy-1,143,2","hy-2,143,1","hysteresis,143,1,148,2,162,1","hysterics,139,1,144,1,145,1,158,1,159,1,200,1,201,1,202,1","hysterises,140,3,190,2,148,2,184,2,185,2,186,1,187,2","hysterises-1,190,1","hysterises-2,190,1","hystersis,139,9,143,2,144,9,145,9,158,9,159,9","hz,8,2,43,1,139,1,143,1,144,1,145,1,158,1,222,3,151,1,159,1,162,3,163,1,174,2,176,2,177,1,178,1,180,2,182,1,224,1,194,1,200,1,201,1,202,1,203,1,211,1,212,1,215,1,216,1,230,3,231,3","i.ico,27,8","i.jpg,28,8","iarea,47,3","icon.gif,29,8","id,33,3,39,1,55,4","ideal,224,8","ideas,9,1","if,33,3,39,3,47,7,55,3,139,4,144,4,145,4,158,4,151,1,159,4,172,10,174,4,176,4,177,4,178,4,179,10,180,4,182,4,184,1,185,1,186,1,224,7,191,1,226,2,228,2,232,2,233,2","ii,8,4,189,1,148,1,184,2,185,2,191,1","iii,189,1,184,2,185,2,191,1","image,26,1,99,8,115,8,116,8,117,8,118,8","important,172,1","in,4,18,8,1,30,10,33,1,39,1,43,1,139,9,140,6,143,9,144,9,145,9,158,9,189,5,190,9,223,3,225,5,148,6,159,9,160,11,163,10,164,11,171,2,172,20,173,2,174,4,175,3,176,6,177,10,178,10,179,30,180,4,188,6,182,10,184,9,185,9,186,9,187,6,224,14,191,9,213,3,214,3,226,9,227,5,228,9,229,1,230,5,231,5,246,1","in1,224,1","in2,224,1","in-build,151,1,194,1","inbuilt,43,1","inc,140,4,189,4,190,4,223,6,225,2,148,10,188,4,184,7,185,7,186,7,187,4,191,7,226,5,227,2,228,5","inconel,242,1","inconvenience,15,1,17,1,25,1,32,1,34,1,36,1,44,1","incorporates,174,1,176,1,177,1,178,1,180,1,182,1","increase,172,1","increment,140,1,143,10,189,1,190,1,160,12,163,12,164,12,174,9,176,9,177,13,178,13,179,1,180,9,188,1,182,13,184,2,185,2,186,2,187,1,224,5,191,2,230,7,231,7","increments,139,1,140,1,143,1,144,1,145,1,158,1,189,1,190,1,223,1,225,1,148,1,159,1,160,1,163,1,164,1,188,1,184,1,185,1,186,1,187,1,191,1,226,1,227,1,228,1","ind,172,1","independently,172,2","india,4,1,24,1,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","indiacators,4,4,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,4,34,4,35,4,36,4,38,4,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4","indian,4,1","indicate,139,4,143,2,144,4,145,4,158,4,190,1,148,4,159,4,184,1,185,1,186,1,191,1,230,1,231,1","indicated,139,1,143,1,144,1,145,1,158,1,159,1","indicates,139,1,143,1,144,1,145,1,158,1,159,1,160,1,163,1,164,1","indicating,226,1,228,1","indication,139,4,143,3,144,4,145,4,158,4,148,2,159,4,161,1,162,2,165,1,168,1,171,2,173,2,224,1,205,1,207,1","indications,138,1,146,1,147,1,149,1,150,1","indicator,8,1,143,1,160,3,161,2,163,3,164,3,165,2,166,1,167,2,168,1,169,1,170,1,203,1,204,1,205,2,206,1,207,1,208,1,209,1,210,1,232,1","indicator.htm,31,4","indicators,4,5,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,12,32,4,34,4,35,4,36,4,38,4,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4","indigenously,4,1,30,1","individual,172,1","indl,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","inductive,172,1","industrial,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","industries,4,2,9,1","industries.dpm,4,1,30,1","industrty,4,1","industry,4,5,30,2","info@dpminstrument.com,9,1,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","information,8,2,10,2,31,3,38,3,43,1,45,1,49,1,52,3,53,1,138,1,225,1,146,1,147,1,149,1,150,1,227,1","in-house,4,2,30,2","innovation,4,1","innovative,4,2,30,2","input,4,2,8,4,10,1,31,3,38,3,43,3,53,1,138,3,139,5,140,9,141,1,142,1,143,2,144,4,145,2,158,2,189,8,190,2,218,1,219,1,220,1,221,1,222,1,225,1,146,3,147,3,148,7,157,1,149,3,150,3,152,1,153,1,154,1,159,4,160,6,161,1,162,2,163,3,164,6,165,1,166,1,167,1,168,1,169,1,170,1,172,14,174,20,175,8,176,20,177,43,178,43,179,76,180,20,188,9,182,43,184,3,185,3,186,3,187,1,224,9,191,3,192,1,193,1,195,1,196,1,197,1,198,1,199,1,200,1,201,1,202,1,203,1,204,1,205,1,206,1,207,1,208,1,209,1,210,1,211,1,212,1,213,8,214,8,215,1,216,1,217,1,226,1,227,1,228,1,230,1,231,1","inputs,168,1,175,1,177,5,178,5,179,6,182,5,207,1,213,1,214,1","insert,172,1","inside,139,1,144,1,145,1,158,1,159,1","insruments,4,4,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,4,34,4,35,4,36,4,38,4,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4","install,172,1","installation,172,6","instant,140,3,189,3,190,1,148,3,188,3,184,2,185,2,186,2,191,2","insthtm.htm,32,4","instruction,139,3,144,3,145,3,158,3,159,3,172,3,200,1,201,1,202,1","instrument,4,4,8,4,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,5,33,4,34,4,35,4,36,4,38,4,39,4,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4,55,4,57,4,58,4,139,1,140,2,143,3,144,1,145,1,158,1,189,1,148,1,159,1,160,1,161,1,163,1,164,1,165,1,168,1,171,1,172,11,173,1,188,2,192,1,205,1,207,1,229,2,230,2,231,2,232,2,233,2","instrumentation,4,3,8,1,9,1,10,1,11,1,15,1,17,1,24,2,25,1,26,1,30,3,31,1,32,1,34,1,35,1,36,1,38,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1","instruments,4,19,8,1,9,14,10,13,11,13,15,13,17,13,24,13,25,13,26,13,30,17,31,13,32,13,33,1,34,13,35,13,36,13,38,13,39,1,43,13,44,13,45,13,48,13,49,13,50,13,51,13,52,13,53,13,54,13,55,1,57,1,58,1,139,1,143,6,144,2,145,1,158,1,221,1,151,1,159,2,160,7,161,1,162,1,163,6,164,7,165,1,171,9,172,2,173,9,174,7,176,8,177,8,178,8,179,2,180,7,182,8,191,1,200,1,201,1,202,1,203,1,204,1,205,1,230,4,231,4","insturment,143,1","insulated,48,2,172,1,237,1,244,9","int,139,1,144,1,159,1","intact,177,1,178,1,179,1,182,1","integrated,4,1,30,1","integration,4,2,30,1","intelligent,222,1,162,1,175,1,177,2,178,2,179,2,182,2,213,1,214,1,230,1,231,1","interest,24,1,39,1","interference,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,172,1","interlocks,4,1","internally,179,1","interruption,4,1","interval,171,1,172,2,173,1","into,139,3,140,1,143,1,144,3,145,3,158,3,189,1,190,1,223,2,148,1,159,3,160,1,163,1,164,1,188,1,184,1,185,1,186,1,187,1,191,1,225,2,226,2,227,2,228,2","introducing,4,1","introduction,143,2,160,2,163,2,164,2,174,2,176,2,177,2,178,2,179,1,180,2,182,2,224,1,230,2,231,2,232,2,233,2","ip,148,1","is,4,5,8,1,15,1,17,1,25,1,30,1,32,1,34,1,36,1,44,1,50,1,139,10,141,3,142,3,143,7,144,10,145,10,155,3,158,10,190,2,148,2,156,3,157,3,151,9,152,3,153,3,154,3,159,10,160,2,163,2,164,2,171,1,172,23,173,1,174,4,176,4,177,4,178,4,179,39,180,4,182,4,224,24,226,3,228,3,230,2,231,2,232,3,233,3","iso,192,1","iso-209,49,1,192,8","isolator,192,1","isolators,4,1","isplay,143,1","it,4,5,8,1,30,1,43,1,139,6,140,2,143,2,144,6,145,6,158,6,189,2,190,1,148,2,159,6,171,7,172,3,173,7,174,5,176,5,177,2,178,2,179,2,180,5,188,2,182,2,184,3,185,3,186,3,187,1,191,3,226,1,228,1,232,2,233,2","items,47,1,172,2","its,4,1,140,1,189,1,190,1,223,1,148,1,172,2,188,1,184,1,185,1,186,1,187,1,191,1,225,1,226,2,227,1,228,2","iv,189,1,184,2,185,2,191,1","ix,184,2,185,2,191,1","job,171,8,173,8","joint,240,1","jpg,3,8,61,8,62,8,63,8,64,8,99,8,115,8,116,8,117,8,118,8","j-type,138,1,146,1,147,1,149,1,150,1","junction,175,1,177,1,178,1,179,4,182,1,213,1,214,1","keep,139,2,144,2,145,2,158,2,159,2,184,1,185,1,186,1,191,1","key,139,16,140,14,143,31,144,16,145,16,158,16,189,13,190,14,223,17,148,29,159,16,160,48,163,48,164,48,172,23,174,29,175,1,176,29,177,50,178,50,179,39,180,29,188,14,182,50,184,16,185,16,186,16,187,10,224,29,191,16,200,2,201,2,202,2,203,1,204,1,211,2,212,2,213,1,214,1,215,2,216,2,225,11,226,14,227,11,228,14,230,17,231,17","keyboard,43,1","keypad,162,2,175,2,177,2,178,2,179,2,182,2,213,2,214,2","keypress,172,1","keys,43,2,139,1,143,1,144,1,145,1,158,1,222,1,148,1,159,1,160,1,162,1,163,1,164,1,172,5,174,8,176,8,177,6,178,6,179,11,180,8,182,6,224,7,230,2,231,2","keywords,46,1","knowing,4,1","known,4,1","k-type,138,1,146,1,147,1,149,1,150,1","l&t,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","l-2,143,1","l-3,143,1","lab,4,8,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,8,48,8,49,8,50,8,51,8,52,8,53,8,54,8","label,140,7,189,7,190,7,148,1,188,6,184,7,185,7,186,7,187,6,191,7,226,6,228,6","labeled,139,4,143,2,144,4,145,4,158,4,159,4","labels,226,3,228,3","lable,223,1,148,2,225,1,227,1","laboratory,4,8,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,8,48,8,49,8,50,8,51,8,52,8,53,8,54,8","lamp,172,2","last,24,1,190,1","layout,167,1","lcd,43,2,53,1,162,2,174,3,175,1,176,3,177,3,178,3,179,3,180,3,182,3,224,1,211,1,212,1,213,1,214,1,215,1,216,1,230,2,231,2","le,143,2","leaflet,181,4","led,8,2,138,4,139,5,140,1,143,3,144,5,145,5,158,5,189,1,190,1,218,1,219,1,220,1,221,1,146,4,147,4,148,1,149,4,150,4,151,2,159,5,160,1,161,1,162,5,163,1,164,1,165,1,166,1,167,1,168,1,169,1,170,1,188,1,184,1,185,1,186,1,187,1,191,1,193,1,200,1,201,1,202,1,203,1,204,1,205,1,206,1,207,1,208,1,209,1,210,1,217,1,225,1,226,1,227,1,228,1","leds,224,1","left,190,1,172,2,226,1,228,1","lengths,235,1,237,1,241,1,242,1,243,1,244,1,245,1","less,4,1","lev-2009,148,1,193,1","lev-2009.doc,148,4,193,4","lev-2009.pdf,148,4,193,4","level,4,4,8,2,30,1,140,12,189,10,190,13,223,4,148,22,188,10,184,13,185,13,186,13,187,9,224,1,191,13,193,1,225,6,226,13,227,6,228,13,230,5,231,5,232,18,233,11","levels,140,1,189,1,190,1,223,1,148,2,188,1,184,1,185,1,186,1,187,1,191,1,225,1,226,1,227,1,228,1","lightly,172,1","lights,172,3","like,4,2,8,1,39,1,43,1,140,1,189,1,190,1,188,1,184,1,185,1,186,1,187,1,191,1","likes,140,1,189,1,190,1,188,1,184,1,185,1,186,1,187,1,191,1,226,1,228,1","limit,140,1,143,1,189,8,190,3,223,1,148,3,160,1,163,1,164,1,177,1,178,1,179,1,188,6,182,1,184,14,185,14,186,8,187,5,191,18,225,1,226,1,227,1,228,1,230,1,231,1","limited,172,1","limits,175,1,177,2,178,2,179,5,182,2,213,1,214,1","lin,174,2,176,2,177,4,178,4,179,4,180,2,182,4","line,43,1,139,8,144,8,145,8,158,8,159,8,161,1,165,1,166,1,167,1,169,1,170,1,171,4,173,4,174,3,175,1,176,3,177,3,178,3,179,3,180,3,182,3,224,15,205,1,206,1,208,1,210,1,211,1,212,1,213,1,214,1,215,1,216,1,230,3,231,3","linear,138,1,146,1,147,1,149,1,150,1,175,3,177,5,178,5,179,10,182,5,213,3,214,3","linearisation,174,1,176,1,180,1","linearised,177,1,178,1,179,1,182,1","link,9,1","liquid,232,1","list,39,1,139,2,144,2,145,2,158,2,159,2,171,1,173,1","liter,148,3","little,172,1","lo,8,1,172,1,174,3,176,3,177,5,178,5,179,6,180,3,182,5","load,172,3","located,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,172,1","location,171,2,172,3,173,2","logger,171,10,172,2,173,10","loggers,4,3,11,1","login,33,1,55,3,57,1,58,1","login.asp,33,4","logo3.jpg,95,8","loop,141,1,142,1,155,1,156,1,157,1,151,1,152,1,153,1,154,1,172,1","loosen,172,1","lo-r,179,4","low,8,1,10,1,138,3,139,5,140,3,143,3,144,5,145,3,158,3,189,3,146,3,147,3,148,13,149,3,150,3,159,5,160,6,162,1,163,6,164,6,171,3,172,1,173,3,174,8,175,1,176,8,177,19,178,19,179,25,180,8,188,2,182,19,184,4,185,4,186,4,191,4,200,1,201,1,202,1,213,1,214,1,230,6,231,6,232,5,233,4","lower,140,1,189,1,148,8,174,2,176,2,177,1,178,1,179,1,180,2,188,1,182,1,184,2,185,2,186,2,224,13,191,2","l-r,139,1,144,1,159,1","lrc,10,1,138,10,149,10","l-s,143,1","l-sc,160,2,163,2,164,2","l­sc,160,1,163,1,164,1","ltd,4,2,30,1,139,1,143,7,144,1,145,1,158,1,221,1,151,1,159,1,160,7,161,1,162,1,163,6,164,7,165,1,168,1,171,8,172,3,173,8,174,7,176,8,177,8,178,8,179,1,180,7,182,8,191,1,192,1,200,1,201,1,202,1,203,1,204,1,205,1,207,1,229,1,230,6,231,6,232,2,233,2","lugs,172,1","lv,143,7","m.i.d.c,9,1,172,1","ma,8,2,31,3,43,2,138,2,139,8,143,2,144,7,147,6,149,2,150,6,159,7,160,5,161,1,163,5,164,5,165,1,168,1,174,1,176,1,180,1,192,2,200,1,201,1,202,1,203,1,204,1,205,1,207,1,230,2,231,2,232,2,233,2","mach,224,1","machine,139,1,144,1,145,1,158,1,159,1,224,19","macine,224,1","made,172,3","mahape,9,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","mail,9,1","main,145,1,158,1,172,1,179,5,224,2","mains,174,1,176,1,179,1,180,1","maintain,172,1","maintenance,172,2","major,172,2","make,4,1,171,1,173,1,230,2,231,2","makeup,43,1","man,189,2,190,2,218,1,219,1,220,1,221,1,171,5,172,1,173,1,188,2,184,2,185,2,186,2,187,2,191,2,217,1","man.pdf,171,4","manoj,4,1","manual,8,2,10,2,31,3,38,3,43,1,45,1,49,1,52,3,53,1,54,1,139,1,143,1,144,1,145,1,158,1,189,1,159,1,160,1,163,1,164,1,171,8,172,9,173,8,174,1,176,1,177,1,178,1,179,1,180,1,188,1,182,1,184,3,185,3,186,3,187,1,224,1,191,3,200,1,201,1,202,1,203,1,204,1,226,3,228,3,230,1,231,1,232,1,233,1","manually,172,1","manufacture,4,1","manufacturer,143,1","manufacturers,4,4,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,4,34,4,35,4,36,4,38,4,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,4,53,4,54,4","manufacturing,4,3,30,3","many,4,3,30,3","market,4,1","marking.it,8,1,43,1","match,47,1","matching,58,1,184,1,185,1,186,1,191,1","material,162,1,246,1","max,140,1,189,1,190,1,171,1,173,1,188,1,184,1,185,1,186,1,187,1,191,1","maximum,171,1,172,1,173,1","may,139,1,144,1,145,1,158,1,159,1,172,1","mcc,34,1","mcchtm.htm,34,4","mean,226,1,228,1","meaning,140,1,189,1,190,1,223,1,148,1,188,1,184,1,185,1,186,1,187,1,191,1,225,1,226,1,227,1,228,1","means,139,1,140,1,144,1,145,1,158,1,189,1,190,1,148,1,159,1,188,1,184,1,185,1,186,1,187,1,191,1","measure,172,1","measured,172,3","measurement00,222,1,230,1,231,1","measures,139,1,144,1,145,1,158,1,159,1","measuring,232,1,233,1","measurment,162,1","mechanical,172,1","medium,148,4","meets,172,1","membrane,162,1","membranes,174,1,176,1,177,1,178,1,180,1,182,1,211,1,212,1,215,1,216,1","memory,222,1,162,1,175,1,177,3,178,3,179,7,182,3,224,1,213,1,214,1,230,1,231,1","mentioned,172,1","menu,139,18,144,18,145,17,158,17,190,1,159,18,172,4,179,5,224,2","menus,139,3,140,2,143,2,144,3,145,3,158,3,189,2,190,2,223,2,148,3,159,3,160,2,163,2,164,2,188,2,184,2,185,2,186,2,187,2,191,2,225,2,226,2,227,2,228,2","meovement,174,1,176,1,180,1","message,24,1,39,1,140,3,189,3,190,4,223,1,148,2,179,14,188,3,184,3,185,3,186,3,187,3,224,1,191,3,225,1,226,2,227,1,228,2","messages,139,2,140,2,144,2,145,2,158,2,189,2,190,2,223,1,148,1,159,2,160,1,163,1,164,1,188,2,184,2,185,2,186,2,187,2,191,2,225,1,226,2,227,1,228,2","metal,174,1,176,1,180,1,246,1","meter,139,1,144,1,159,1,234,1,238,1,239,1,240,1","meters,4,8,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,8,48,8,49,8,50,8,51,8,52,8,53,8,54,8,235,1,237,1,241,1,242,1,243,1,245,1","mi.doc,237,4","mi.pdf,237,4","micro,4,1,8,1,30,1,43,1,222,1,162,1,175,1,177,1,178,1,179,1,182,1,213,1,214,1,230,1,231,1","microcontroller,4,2,30,1,139,1,144,1,145,1,158,1,224,1,159,1,174,1,176,1,177,1,178,1,179,1,180,1,182,1,200,1,201,1,202,1","micro-controller,140,1,189,1,190,1,218,1,219,1,220,1,221,1,223,1,148,1,188,1,184,1,185,1,186,1,187,1,191,1,193,1,217,1,225,1,226,1,227,1,228,1","microsoft,138,4,141,4,142,4,144,4,155,4,189,4,190,4,218,4,219,4,220,4,221,4,222,4,223,4,224,4,146,4,147,4,148,4,156,4,157,4,149,4,150,4,151,4,152,4,153,4,154,4,159,4,163,4,164,4,165,4,166,4,167,4,168,4,169,4,170,4,171,1,172,4,173,5,175,4,178,4,179,4,180,4,188,4,187,4,191,4,192,4,193,4,194,4,195,4,196,4,197,4,198,4,199,4,200,4,201,4,202,4,203,4,204,4,205,4,206,4,207,4,208,4,209,4,210,4,211,4,212,4,213,4,214,4,215,4,216,4,217,4,225,4,226,4,227,4,228,4,231,4,232,4,233,4,234,4,235,4,236,4,237,4,238,4,239,4,240,4,241,4,242,4,243,4,244,4,245,4,246,4","mid,226,1,228,1","min,140,1,189,1,190,1,224,1,171,1,172,2,173,1,188,1,184,1,185,1,186,1,187,1,191,1","mind,4,1","mineral,48,2,237,1,244,9","minimal,4,1,172,1","minute,223,1","minutes,223,1,224,6","mm,8,4,10,14,31,11,38,10,43,6,45,8,49,1,52,3,53,1,119,8,139,1,140,1,141,1,142,1,143,1,144,1,145,1,154,1,155,1,158,1,218,1,221,1,222,2,224,1,148,1,156,1,157,1,152,1,153,1,159,1,161,1,162,4,165,1,168,1,172,1,175,2,177,2,178,2,179,2,188,1,182,2,187,1,191,1,195,1,196,1,197,1,198,1,199,1,200,1,201,1,202,1,205,1,207,1,213,2,214,2,217,1,225,1,227,1,230,2,231,2,241,1,243,1,245,1","mm.jpg,120,8","mmm,121,8","mmm.jpg,122,8","mn,172,1","mobile,24,1","mobno,39,2","moc,237,1,241,1,242,1,243,1,245,1","modbus,147,2","mode,139,5,140,6,143,5,144,5,145,5,158,5,189,9,190,6,223,6,224,10,148,6,159,5,160,8,162,1,163,8,164,8,172,24,179,2,188,10,184,12,185,12,186,12,187,10,191,12,225,6,226,9,227,6,228,9,230,1,231,1","model,8,3,10,2,31,3,38,3,43,2,45,1,49,1,52,3,53,1,54,1,140,1,141,1,142,1,154,1,155,1,189,1,190,1,218,1,219,1,220,1,221,1,223,1,148,1,156,1,157,1,151,1,152,1,153,1,161,1,165,1,168,1,175,1,179,2,188,1,184,1,185,1,186,1,187,1,191,1,192,1,193,1,194,1,195,1,196,1,197,1,198,1,199,1,205,1,207,1,211,1,212,1,213,1,214,1,215,1,216,1,217,1,225,2,226,1,227,2,228,1","modes,172,1","modify,171,1,173,1","m-on,224,1","monel,246,1","monitoring,4,2,8,1,43,1,224,4","monolithic,246,1","months,179,1","more,174,6,176,6,177,6,178,6,180,6,182,6","most,190,1,226,1,228,1","motor,8,1,43,2,174,1,175,1,176,1,177,2,178,2,179,2,180,1,182,2,213,1,214,1","motors,174,1,176,1,180,1","mount,225,1,227,1,229,1","mounted,8,5,45,1","mounting,49,1,222,1,224,1,162,1,172,3,175,1,177,1,178,1,179,1,182,1,192,1,213,1,214,1,230,1,231,1","move,190,1,148,4,179,3,184,1,185,1,186,1,191,1,226,1,228,1","moved,190,1,179,3,184,1,185,1,186,1,191,1","movement,8,1,43,1,174,4,175,2,176,4,177,3,178,3,179,4,180,4,182,3,213,2,214,2","moves,148,1,174,1,176,1,177,3,178,3,179,4,180,1,182,3,226,1,228,1","mrc,10,1,150,10","ms,43,1","mtr,8,4,38,6,43,10,174,1,176,1,177,1,178,1,179,1,180,1,182,1","mtr-1000,174,1,177,7,178,3,182,7,211,1,212,1","mtr-1000.doc,178,4,212,4","mtr1000.jpg,124,8","mtr-1000.pdf,178,4,212,4","mtr-1000_1_pen,174,4","mtr-1000_1_pen.pdf,174,4","mtr1000-1.jpg,123,8","mtr-1000-2.doc,211,4","mtr-1000-2.pdf,177,4,211,4","mtr-1000-2pen.pdf,182,4","mtr-600,175,1,179,4,213,1,214,1","mtr-600.doc,175,4,179,4,214,4","mtr-600.pdf,175,4,179,4,214,4","mtr-600-2.doc,213,4","mtr-600-2.pdf,213,4","mtr-900,176,1,180,1,215,1,216,1","mtr-900.doc,180,4,216,4","mtr-900.pdf,180,4,216,4","mtr-900_with_sensor_conn,176,4","mtr-900_with_sensor_conn.pdf,176,4","mtr-900-2.doc,215,4","mtr-900-2.pdf,215,4","multi,168,1,207,1","multilevel,4,1","multimeter,172,1","mumbai,9,1,172,1","mumbai-400701,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","must,171,2,172,1,173,2","mv,172,1","n-1,224,1","name,4,1,24,2,39,1,46,1,139,4,144,4,145,4,158,4,159,4,171,6,173,6","namely,172,1","navbullet.gif,134,8","navhdr.gif,135,8","navheader.gif,136,8","navi,9,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","navtile.gif,137,8","nc,139,2,140,3,141,1,142,1,143,2,144,3,145,1,154,1,155,1,158,1,148,2,156,1,157,1,151,3,152,1,153,1,159,3,185,1,187,1,225,1,227,1","nc1,224,1","ne,167,1","near,172,1,174,1,176,1,177,1,178,1,179,3,180,1,182,1","needed,4,1,30,1","needs,179,1","negative,172,1,174,1,176,1,177,1,178,1,179,4,180,1,182,1","neutral,166,1,167,1,169,1,170,1,206,1,208,1,210,1","new,4,1,47,1,55,3,58,1,139,2,144,2,145,2,158,2,224,6,148,2,159,2","next,39,1,139,2,144,2,145,2,158,2,190,1,224,1,159,2","nid,55,1","nk,139,1","nk_tcp3004,139,4","nk_tcp3004.pdf,139,4","no,8,2,9,2,24,1,39,1,139,2,140,5,141,3,142,3,143,3,144,3,145,2,154,2,155,3,158,2,189,4,190,4,218,1,219,1,220,1,221,1,223,1,224,5,148,4,156,3,157,3,151,4,152,2,153,2,159,3,160,1,161,2,164,1,165,2,168,3,172,16,174,2,176,2,177,3,178,3,179,2,180,2,188,4,182,3,184,4,185,5,186,4,187,5,191,4,192,3,193,1,194,1,195,1,196,1,197,2,198,2,199,2,205,2,207,3,217,1,225,2,226,1,227,2,228,1,229,1,230,1,231,1,232,1,233,1","no.8,9,1,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","no1,224,1","noise,172,1","non-bendable,235,1","nonvolatile,224,1,174,1,176,1,177,2,178,2,179,2,180,1,182,2","non-volatile,222,1,162,1,175,1,177,1,178,1,179,1,182,1,213,1,214,1,230,1,231,1","normal,224,1,172,3","nos,141,1,142,1,154,2,155,1,156,1,157,1,151,1,152,2,153,2,161,1,162,1,165,1,195,2,196,2,197,1,198,1,199,1,205,1","nos.relay,148,1,193,1","not,4,1,58,1,139,1,144,1,145,1,158,1,224,4,159,1,172,8,174,3,176,3,177,3,178,3,179,10,180,3,182,3,184,1,185,1,186,1,191,1,232,2,233,2","notation,184,2,185,2,186,2,191,2","note,4,1,189,1,190,1,151,1,172,1,179,2,184,1,185,1,186,1,187,1,191,1,226,1,228,1","now,4,1,30,1,139,3,140,6,144,3,145,3,158,3,189,6,190,1,224,2,148,2,159,3,174,2,176,2,177,2,178,2,179,9,180,2,188,6,182,2,184,5,185,5,186,5,187,1,191,5","n-type,138,1,147,1,149,1,150,1","nul,172,3","number,139,1,144,1,145,1,158,1,224,8,159,1,171,1,173,1,174,1,176,1,177,2,178,2,180,1,182,2,192,1","numberof,224,1","numbers,140,1,189,1,190,1,188,1,184,1,185,1,186,1,187,1,191,1","numeric,172,4","oadj,160,3,163,3,164,3","observed,172,2","ºc,154,4,155,4,156,4,151,4,153,4","occurs,139,1,144,1,145,1,158,1,159,1","of,4,22,8,3,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,10,31,4,32,4,34,4,35,5,36,4,38,4,39,1,43,5,44,4,45,4,48,4,49,4,50,5,51,4,52,4,53,4,54,4,99,8,139,13,140,5,141,2,142,2,143,8,144,13,145,13,154,2,155,2,158,13,189,5,190,5,218,1,219,1,220,1,221,1,222,1,223,3,224,43,148,11,156,2,157,2,151,2,152,2,153,2,159,13,160,8,161,1,162,2,163,8,164,8,165,1,168,1,171,18,172,19,173,18,174,24,175,3,176,24,177,37,178,37,179,54,180,24,188,5,182,37,184,5,185,5,186,5,187,5,191,5,192,2,193,1,205,1,207,1,213,3,214,3,217,1,225,3,226,5,227,3,228,5,230,3,231,3,232,4,233,2,246,3","off,8,1,139,4,140,1,144,4,145,4,158,4,189,1,222,1,224,11,151,1,159,4,162,2,171,2,172,4,173,2,174,4,175,2,176,4,177,5,178,5,179,6,180,4,182,5,184,2,185,2,186,1,191,2,213,2,214,2,226,4,228,4,230,1,231,1","offer,4,1,8,1,43,1","offers,4,2,30,2","office,9,1","offset,140,3,143,3,189,8,190,4,148,2,160,4,163,4,164,4,179,2,188,6,184,14,185,14,186,8,187,5,191,18,230,3,231,3","old,55,1","on,4,1,8,1,43,2,139,9,140,1,141,4,142,4,143,3,144,9,145,9,154,4,155,4,158,9,189,1,222,2,224,31,148,1,156,4,157,4,151,5,152,4,153,4,159,9,160,6,162,6,163,6,164,6,171,9,172,21,173,9,174,7,175,2,176,7,177,10,178,10,179,25,180,7,182,10,184,2,185,2,186,1,191,2,192,1,213,2,214,2,226,6,228,6,230,5,231,5","once,4,1,139,2,144,2,145,2,158,2,148,1,159,2,179,1,226,1,228,1","one,43,1,139,1,140,1,144,1,145,1,158,1,189,1,190,1,148,1,159,1,172,4,174,2,175,1,176,2,177,2,178,2,179,9,180,2,188,1,182,2,184,1,185,1,186,1,187,1,191,1,213,1,214,1,225,1,226,1,227,1,228,1","one-stop,4,1,30,1","online,171,5,173,5","only,226,1,228,1","ontrollers,10,1","op,138,8,146,8,147,8,149,8,150,8","op1,139,1,144,1,145,1,158,1,159,1","op2,139,1,144,1,145,1,158,1,159,1","op3,139,1,144,1,145,1,158,1,159,1","op4,139,1,144,1,145,1,158,1,159,1","opass,55,1","opc,4,1","open,4,1,139,1,144,1,145,1,158,1,159,1,160,1,163,1,164,1,172,1","operate,139,1,144,1,145,1,158,1,159,1","operated,174,1,176,1,180,1","operates,224,1","operating,140,2,189,2,190,2,218,2,219,2,220,2,221,2,148,1,172,8,174,1,176,1,180,1,188,2,184,2,185,2,186,2,187,2,191,2,193,1,217,2,225,3,226,1,227,3,228,1","operation,4,1,139,2,144,2,145,2,158,2,224,1,159,2,171,1,173,1","operational,4,2","operators,4,1","opp,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","opposite,172,1","oprating,148,1","option,224,3","optional,8,15,10,4,31,3,43,3,45,5,138,1,139,2,143,3,144,2,145,3,158,3,146,1,147,1,149,1,150,1,159,2,200,2,201,2,202,2,235,1,237,1,241,1,242,1,243,1,244,1,245,1","or,8,3,10,1,43,2,57,2,58,3,138,1,139,6,140,3,143,6,144,6,145,5,158,5,189,3,190,3,223,6,146,1,147,1,148,3,149,1,150,1,151,1,159,6,160,5,163,5,164,5,171,1,172,10,173,1,174,9,175,4,176,9,177,14,178,14,179,40,180,9,188,3,182,14,184,2,185,2,186,2,187,3,191,2,213,4,214,4,225,3,226,3,227,3,228,3,230,1,231,1,232,1","or-9,185,1","order,172,1","ordered,147,1","ordering,8,2,10,2,31,3,38,3,43,1,45,1,49,1,52,3,53,1,138,1,146,1,147,1,149,1,150,1","organization,139,1,144,1,145,1,158,1,159,1","organizations,4,1","organized,139,1,144,1,145,1,158,1,159,1","other,139,1,144,1,145,1,158,1,224,1,159,1,172,1,179,2,226,1,228,1,235,1,237,1,241,1,242,1,243,1,244,1,245,1","our,4,7,8,1,30,1","out,139,1,140,1,143,1,144,1,145,1,158,1,189,1,190,1,223,1,224,2,148,1,159,1,160,1,163,1,164,1,171,1,173,1,188,1,184,1,185,1,186,1,187,1,191,1,225,1,226,2,227,1,228,2","outer,179,2","output,8,3,10,4,43,1,45,1,138,3,139,12,141,1,142,1,143,5,144,12,145,12,154,1,155,1,158,12,190,1,220,1,224,7,146,3,147,4,148,1,156,1,157,1,149,3,150,4,151,1,152,1,153,1,159,12,162,4,172,2,184,1,185,1,187,1,192,3,193,1,194,1,195,1,196,1,197,1,198,1,199,1,200,4,201,4,202,4,217,1,232,7,233,7","outputs,139,1,144,1,145,1,158,1,159,1,192,1","outputsearchresult,47,1","ov,224,1","over,224,1,179,1","overtighten,172,1","overview,139,2,144,2,145,2,158,2,159,2","p1,179,1","p2,179,1","p7140011.jpg,125,8","p8016621,126,8","p8016621.jpg,128,8","p8016621-new.jpg,127,8","p8016622,129,8","p8090009,130,8","pa,143,1","pad,179,1","page,15,1,17,1,25,1,32,1,34,1,36,1,44,1,139,2,144,2,145,2,158,2,159,2,171,1,173,1,183,4","pages,139,1,144,1,145,1,158,1,159,1","pair,172,1","pakistan,24,1","pan,160,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1","panel,4,1,8,2,10,2,15,1,25,1,30,1,31,2,32,1,34,1,36,1,38,3,43,2,45,1,52,4,53,1,140,1,189,1,222,2,224,1,148,1,162,3,172,5,175,2,177,2,178,2,179,5,188,1,182,2,187,1,213,2,214,2,225,2,226,2,227,2,228,2,229,2,230,2,231,2","panels,4,1,30,1","paper,4,1,43,1","paperess,38,1","paperless,38,1","parallel,172,1","parameter,139,15,140,8,143,3,144,15,145,15,189,8,190,8,222,1,223,7,224,3,148,26,158,15,159,15,160,3,162,1,163,3,164,3,171,1,172,16,173,1,175,1,177,1,178,1,179,3,188,8,182,1,184,8,185,8,186,8,187,7,191,8,213,1,214,1,225,7,226,8,227,7,228,8,230,1,231,1","parameters,8,1,43,1,139,7,143,2,144,7,145,7,222,1,224,4,158,7,159,7,160,2,162,1,163,2,164,2,171,1,173,1,174,1,176,1,177,2,178,2,179,2,180,1,182,2,230,1,231,1","parametres,224,1","part11,4,1","particular,140,1,189,1,190,1,148,1,171,8,173,8,188,1,184,1,185,1,186,1,187,1,191,1","parties,4,1","pass,33,1,55,2,143,1,189,3,190,3,148,1,160,2,163,2,164,2,184,3,185,3,186,3,191,3,230,1,231,1","passupdate.htm,35,4,55,1","password,33,4,35,1,55,7,57,1,58,2,140,1,189,1,190,1,148,2,160,4,163,4,164,4,188,1,184,1,185,1,186,1,191,1,230,1,231,1","past,4,1","patrn,47,2","pause,225,1,227,1","pays,4,1,30,1","pb,141,2,142,2,154,2,155,2,156,2,157,2,152,2,153,2","pc,4,1,147,1","pc-9023,227,1","pc-9023.pdf,227,4","pdf,8,2,10,4,11,2,43,1,51,1,181,4,183,4","pen,8,2,38,2,43,3,174,7,175,3,176,7,177,15,178,15,179,28,180,7,182,15,213,3,214,3","pens,177,1,178,1,179,1,182,1","per,8,1,30,1,52,1,140,2,189,2,190,1,222,1,147,1,148,1,162,1,171,1,172,5,173,1,174,3,176,3,177,2,178,2,179,22,180,3,188,2,182,2,184,1,185,1,186,1,191,1,226,1,228,1,230,1,231,1","percent,174,1,176,1,177,1,178,1,179,3,180,1,182,1","percentage,224,1","perform,174,1,176,1,177,1,178,1,180,1,182,1","performed,179,1","period,171,1,173,1","peris,8,1","permanently,172,1","persional,24,1","pessure,8,1,43,1","ph,4,1,8,1,43,1,161,1,165,1,205,1","pharmaceutical,4,2,30,1","phase,4,2","phases,4,1","phata,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","photo,183,4","phrase,46,1","pi,161,2,165,2,205,2","pi-201,31,1,163,3,203,1,204,1","pi-201.doc,163,4,203,4","pi-201.pdf,163,4,203,4","pi-401,31,1,160,7,164,3","pi-401.doc,164,4,204,4","pi-401.pdf,160,4,164,4,204,4","pi-96,31,1,161,8","pi-96-2.doc,165,4,205,4","pi-96-2.pdf,165,4,205,4","pickup,172,1","pid,4,1,30,1,147,1,150,1","pin,172,1","pioneers,4,1","pipe,246,1","pl-306,8,1","pl-48,8,1","pl-72,8,1","place,4,1","placed,172,1","plants,4,1,30,1","plastic,162,1","plastics,48,2,238,1,245,1","plastics.doc,238,4,245,4","plastics.pdf,238,4,245,4","plate,143,2,160,2,163,2,164,2","play,143,1","plc,4,5,30,2,36,1","plc.htm,36,4","plcs,4,1,30,1","please,24,2,172,1","plot,9,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","pnp,224,1","point,138,1,139,13,140,6,143,7,144,13,145,13,189,4,190,15,222,1,223,1,146,1,147,1,148,11,149,1,150,1,151,1,158,13,159,13,160,5,162,4,163,5,164,5,174,7,175,1,176,7,177,10,178,10,179,40,180,7,188,3,182,10,184,6,185,6,186,5,187,2,191,4,213,1,214,1,225,2,227,2,230,1,231,1","point1,190,1,184,1,185,1,186,1,191,1","point-1,190,1,184,1,185,1","point-10,184,1,185,1","point-11,184,1,185,1","point-12,184,1,185,1","point-2,184,1,185,1","point-3,184,1,185,1","point-4,184,1,185,1","point-5,184,1,185,1","point-6,184,1,185,1","point-7,184,1,185,1","point-8,184,1,185,1","point-9,184,1,185,1","points,139,1,144,1,145,1,158,1,159,1,179,1","polarity,172,1","port,43,2,171,5,172,1,173,5","position,139,2,143,1,144,2,159,2,172,1,174,1,175,2,176,1,177,4,178,4,179,30,180,1,182,4,213,2,214,2","position.the,177,1,178,1,182,1","possible,4,1,172,1","pot,141,1,142,1,154,1,155,1,156,1,157,1,151,2,152,1,153,1,167,2,232,2,233,2","potential,224,1,162,1","potentiometer,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1","potentiometric,4,1","power,4,1,43,5,141,1,142,1,154,1,155,1,222,2,224,1,156,1,157,1,151,2,152,1,153,1,162,2,172,4,174,5,175,4,176,5,177,8,178,8,179,10,180,5,182,8,194,1,195,1,196,1,197,1,198,1,199,1,213,4,214,4,226,2,228,2,230,2,231,2","powered,139,2,144,2,145,2,158,2,159,2","pr,160,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1","precautions,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1,172,3","premises,9,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","prepared,172,1","present,224,1,172,1","presetted,172,2","press,139,1,140,6,141,2,142,2,143,6,144,1,145,1,154,2,155,2,189,4,190,2,223,1,224,12,156,2,157,2,148,6,151,2,152,2,153,2,158,1,159,1,160,36,163,36,164,36,172,21,174,24,176,24,177,39,178,39,179,31,180,24,188,6,182,39,184,5,185,5,186,5,187,2,191,5,225,4,226,1,227,4,228,1,230,6,231,6","pressed,139,2,144,2,145,2,224,6,148,5,158,2,159,2,179,2,226,1,228,1","presses,224,3","pressing,139,5,143,11,144,5,145,5,190,2,224,10,148,4,151,1,158,5,159,5,172,1,174,3,176,3,177,3,178,3,179,8,180,3,182,3,184,1,185,1,186,1,191,1,226,1,228,1,230,5,231,5","pressure,4,3,8,2,30,1","principles,4,1","print,171,6,172,3,173,6,183,4","printed_circuit_board_%28pcb%29.jpg,37,8","printer,172,2","printing,172,1","printouts,171,1,173,1","prnt,172,1","probe,232,1","problem-solving,4,1","procedure,143,1,148,1,160,2,163,2,164,2,172,4,174,2,176,2,177,4,178,4,180,2,182,4,232,2,233,2","process,4,8,8,1,10,4,24,1,30,2,31,2,43,1,139,8,143,3,144,7,145,3,148,1,158,3,159,7,160,5,161,2,163,5,164,5,165,2,172,2,174,9,176,9,177,7,178,7,179,1,180,9,182,7,200,1,201,1,202,1,203,1,204,1,205,2,242,1,243,1,244,1","process_indicator,162,4","process_indicator.pdf,162,4","processes,4,1,30,1","produce,4,1","product,4,1,8,2,30,1,43,1","production,4,2,30,1,224,11","producton,224,1","products,4,6,30,4","professional,46,4","professionalism,4,1","professionals,4,1","prog,139,6,143,14,144,5,145,5,221,1,224,15,158,5,159,5,160,27,163,27,164,27,174,20,176,20,177,35,178,35,179,2,180,20,182,35,191,1,203,1,204,1,230,10,231,10","program,143,1,223,1,224,16,160,5,163,5,164,5,179,10,230,1,231,1","programble,143,1","programmable,10,2,38,6,43,9,45,1,52,4,139,3,143,4,144,3,145,3,222,1,158,3,159,3,160,3,162,8,163,3,164,3,174,1,175,4,176,1,177,8,178,8,179,9,180,1,182,8,200,3,201,3,202,3,203,1,204,1,211,1,212,1,213,4,214,4,215,1,216,1,226,1,228,1,230,2,231,2","programmed,143,1,224,2,174,1,176,1,177,3,178,3,179,4,180,1,182,3","programming,4,1,143,2,222,1,224,4,160,2,162,1,163,2,164,2,172,3,174,2,175,1,176,2,177,2,178,2,179,8,180,2,182,2,213,1,214,1,230,4,231,4","progrmming,143,1,160,1,163,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1","project,4,3,30,1","proof,25,1","proper,139,1,140,1,144,1,145,1,189,1,158,1,159,1,172,6,179,1,188,1","properly,172,1","proper-shielded,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1","proportional,8,1,146,1,147,1,150,1,232,1,233,1","protecting,4,1","protection,246,2","proud,4,2","provide,4,2,30,2,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1,172,1","provided,172,3","provides,4,1,30,1","providing,4,1,30,1","provision,192,1","pt,43,1,145,1,154,2,155,2,156,2,151,2,153,2,158,1,167,1,169,1,170,1,172,1,192,1,208,1,209,1,210,1","pt100,174,2,175,2,176,2,177,3,178,3,179,5,180,2,182,3,213,2,214,2","pt-100,8,4,138,5,141,1,142,1,154,1,155,1,146,5,147,5,156,1,157,1,149,5,150,5,151,1,152,1,153,1,172,1,194,1,195,1,196,1,197,1,198,1,199,1","ptne,172,1","pulse,224,2,225,1,227,1","pulsed,162,1","pulses,224,3","purchasing,172,1","purpose,4,1,30,1,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1,184,3,185,3,186,3,191,3","put,224,7","pv,138,8,139,3,140,2,143,3,144,3,145,3,189,1,190,1,221,1,146,8,147,8,148,2,149,8,150,8,158,3,159,3,162,1,171,1,172,6,173,1,188,1,184,1,185,1,186,1,187,1,191,2,193,1,225,2,226,2,227,2,228,2","pvt,4,2,30,1,139,1,143,7,144,1,145,1,221,1,151,1,158,1,159,1,160,7,161,1,162,1,163,6,164,7,165,1,168,1,171,8,172,2,173,8,174,7,176,8,177,8,178,8,179,1,180,7,182,8,191,1,192,1,200,1,201,1,202,1,203,1,204,1,205,1,207,1,229,1,230,6,231,6,232,2,233,2","pvt.ltd,4,5,8,5,9,6,10,5,11,5,15,5,17,5,24,5,25,5,26,5,30,5,31,5,32,5,33,5,34,5,35,5,36,5,38,5,39,5,43,5,44,5,45,5,48,5,49,5,50,5,51,5,52,5,53,5,54,5,55,5,57,5,58,5,161,1,165,1,205,1","qf051,11,1","qf-051,171,1,172,1,173,1","qf051.doc,173,4","qf051.pdf,173,4","qf-051model,172,1","qf-051unit,172,1","qualifying,4,1,30,1","quality,4,3,30,2","quality-driven,4,1,30,1","queries,9,1","questions,172,1","quick,4,1,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,34,1,35,1,36,1,38,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1","r-48,166,1,206,1","r-48.doc,166,4,206,4","r-48.pdf,166,4,206,4","r-798,9,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","radiant,172,1","rail,49,1,192,1","ram,174,1,176,1,180,1","range,4,2,38,3,43,2,52,2,138,1,139,12,140,3,141,1,142,1,143,1,144,12,145,9,154,1,155,1,189,3,190,1,218,1,219,1,220,1,221,1,146,1,147,1,156,1,157,1,149,1,150,1,151,1,152,1,153,1,158,9,159,12,160,3,161,1,162,1,163,3,164,3,165,1,168,1,171,2,172,4,173,2,174,15,175,2,176,15,177,32,178,32,179,25,180,15,188,3,182,32,184,1,185,1,186,1,187,1,191,1,194,1,195,1,196,1,197,1,198,1,199,1,200,1,201,1,202,1,203,1,204,1,205,1,207,1,211,1,212,1,213,2,214,2,215,1,216,1,217,1,225,1,227,1,234,1,235,1,237,1,238,1,239,1,240,1,241,1,242,1,243,1,244,1,245,1,246,1","ranges,235,1,237,1,241,1,242,1,243,1,244,1,245,1","rate,222,1,162,1,171,1,173,1,230,3,231,3","rated,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1,194,1,195,1,196,1,197,1,198,1,199,1","rating,172,1,237,1,241,1,242,1,243,1,244,1,245,1","rc,172,1","reached,179,2","reaches,4,1","read,224,1,171,3,172,1,173,3,174,4,176,4,177,4,178,4,179,1,180,4,182,4","reading,139,2,143,1,144,2,145,2,158,2,159,2,160,2,163,2,164,2,171,3,173,3,179,10,230,3,231,3","readings,172,1","reads,143,1,224,22,177,1,178,1,179,32,182,1,230,1,231,1","ready,139,1,144,1,145,1,148,4,158,1,159,1,179,4,226,1,228,1","real,52,1,223,1,224,2","realized,4,1,30,1","rear,172,1","reason,172,1","rec-600,179,1","recalibrated,179,1","receive,172,2","recipe,4,1,30,1","recoder,177,1,178,1,179,1,182,1","recommend,172,1","recommended,172,1","recorder,38,6,43,1,174,4,175,1,176,4,177,9,178,9,179,21,180,4,181,4,182,9,183,4,211,1,212,1,213,1,214,1,215,1,216,1","recorder.htm,38,4","recorders,4,10,8,1,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,9,43,9,44,8,45,8,48,8,49,8,50,8,51,8,52,8,53,8,54,8","recording,4,1,8,1,43,1","records,39,1","red,139,4,143,2,144,4,145,4,158,4,159,4,162,1,167,2,169,1,170,1,208,1,210,1","refer,226,1,228,1","regex,47,2","regex.ignorecase,47,1","regex.pattern,47,1","regex.replace,47,1","regexp,47,1","registered,9,1","relay,8,9,10,7,138,1,139,9,140,6,141,2,142,2,143,9,144,9,145,8,154,2,155,2,224,4,146,1,147,1,156,2,157,2,148,3,149,1,150,1,151,5,152,2,153,2,158,8,159,9,162,4,172,6,184,1,185,1,186,1,187,1,191,1,194,1,195,1,196,1,197,1,198,1,199,1,200,4,201,4,202,4,225,1,227,1","relay1,148,1","relay-1,148,1,185,1","relay--1,139,1,144,1,159,1","relay-2,148,1","relay-3,144,1,159,1","release,224,5,179,19","remain,177,1,178,1,179,1,182,1","remarkable,4,1","remote,224,1","removal,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1,172,1","repeat,177,2,178,2,182,2","replacestr,47,3","replacing,172,1","replstr,47,2","report,171,1,173,1","reporting,4,1","reports,171,1,173,1","request,47,5","request.form,33,2,39,2,55,8","request.servervariables,47,1","requested,24,1","required,24,1,190,1,172,4,174,3,176,3,177,2,178,2,180,3,182,2","requirement,143,1,160,1,163,1,164,1,179,1,230,1,231,1","requiring,4,1,30,1","requirments,30,1,52,1","research,4,1","reserve,143,1","reserved,4,1,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,38,1,39,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,57,1,58,1","reset,224,10,151,2","resets,224,1","resistive,172,1","resolution,8,1,138,1,140,1,141,1,142,1,154,1,155,1,189,1,190,1,218,1,219,1,220,1,221,1,146,1,147,1,156,1,157,1,149,1,150,1,151,1,152,1,153,1,175,2,177,2,178,2,179,2,188,1,182,2,184,1,185,1,186,1,187,1,191,1,194,1,195,1,196,1,197,1,198,1,199,1,213,2,214,2,217,1","resolutions,8,1","resources,4,1","respect,177,1,178,1,179,2,182,1","respective,177,1,178,1,179,1,182,1","respectively,226,1,228,1","respond,4,1","response.end,33,2","response.redirect,33,2,55,2","response.write,47,2","restart,171,1,173,1","restore,175,1,177,1,178,1,179,1,182,1,213,1,214,1","results,4,1","resume,43,1,225,1,227,1","retransmission,8,2,31,3,43,1,147,1,150,1,162,1","retransmition,8,1","retrivefeed.asp,33,1,39,4","return,148,3,179,1","returns,224,1,179,3","revolution,179,3","ri-48,31,1","right,4,1,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,33,1,34,1,35,1,36,1,38,1,39,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1,55,1,57,1,58,1,172,1","rightdown.gif,40,8","rightline.gif,41,8","rightup.gif,42,8","rl,139,2,143,10","rl01,143,1","rl02,143,1","rl1,143,1","rl2,143,1","rl-3,145,1,158,1","rl-4,145,1,158,1","rly,143,3","road,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","rolls,140,2,189,2,190,2,188,2,184,2,185,2,186,2,187,2,191,2,226,1,228,1","room,236,1","rotates,179,3","rotating,172,1","rotation,179,2","route,172,1","row,138,10,139,1,140,1,143,2,144,1,145,1,189,1,190,1,218,1,219,1,220,1,221,1,146,10,147,10,148,1,149,10,150,10,158,1,159,1,188,1,184,1,185,1,186,1,187,1,191,1,193,1,200,1,201,1,202,1,217,1,225,1,226,1,227,1,228,1","rpm,31,2,166,1,206,1","rpm.htm,43,4","rs,43,2,55,2,172,2","rs232,43,1,224,1","rs-232,224,1","rslogin,33,2","rst,151,2","rtc.doc,223,4","rtd,48,1,138,5,140,11,145,2,189,1,190,9,218,2,219,1,220,2,221,2,146,5,147,5,149,5,150,5,158,2,167,2,168,1,169,1,170,1,172,1,174,5,175,3,176,5,177,11,178,11,179,9,180,5,188,2,182,11,184,2,185,2,186,2,187,2,191,2,200,1,201,1,207,1,208,1,209,1,210,1,213,3,214,3,217,2,233,1","rtdpt100,174,1,176,1,180,1","rtds,4,1,30,1,48,3,235,1,236,1,239,1","rtds.doc,236,4,239,4","rtds.pdf,236,4,239,4","rtu,147,1","r-type,138,1,147,1,149,1,150,1","run,226,1,228,1","rx,224,1","s1,223,1","s2,223,1","s3,223,1","s4,223,1","same,140,1,189,1,177,2,178,2,188,1,182,2,184,3,185,3,186,3,191,3","sanitary,48,1,239,9","satisfied,4,1","save,190,1,148,2,184,1,185,1,186,1,191,1","saved,139,1,144,1,145,1,158,1,159,1","saving,190,1,184,1,185,1,186,1,191,1","say,4,1","sc,143,4","sc-03,45,1,187,1,217,1","sc-03-c.doc,187,4,217,4","sc-03-c.pdf,187,4,217,4","sc-04,45,1,218,1,188,1","sc-04-c.doc,218,4,188,4","sc-04-c.pdf,218,4,188,4","sc-06,45,1,186,2","sc-06-a501,189,1,219,1","sc-06-a501.doc,189,4,219,4","sc-06-a501.pdf,189,4,219,4","sc-08,45,1,190,1,220,1","sc08-a501,189,1,190,1,188,1,184,1,185,1,186,1,187,1,191,1","sc-08-c.doc,190,4,220,4","sc-08-c.pdf,190,4,220,4","sc-12,184,2,185,2,191,1","sc-120,38,3","sc-16,45,1,221,1,191,1","sc-16.doc,221,4,191,4","sc-16.pdf,221,4,191,4","sc-16a,221,1,191,1","scada,4,7,30,3,44,1","scada.htm,44,4","scale,43,1,143,1,148,7,160,7,163,7,164,7,171,1,172,2,173,1,179,1,230,5,231,5","scan,140,1,189,7,190,1,172,6,188,7,184,7,185,7,186,7,187,7,191,7","scanned,172,1","scanner,45,1,189,1,190,1,218,1,219,1,220,1,221,2,172,1,188,1,184,9,185,9,186,5,187,1,191,2,217,1","scanner.htm,45,4","scanner.pdf,186,4","scanners,4,11,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,10,48,8,49,8,50,8,51,8,52,8,53,8,54,8","schedule,4,1","screen,139,1,140,1,143,1,144,1,145,1,189,1,190,1,223,1,148,2,158,1,159,1,160,1,163,1,164,1,188,1,184,1,185,1,186,1,187,1,191,1,225,1,226,1,227,1,228,1","screw,172,1","screws,172,2","script_name,47,1","scriptenginemajorversion,47,1","scroll,139,1,144,1,145,1,148,3,158,1,159,1","scrolling,139,2,144,2,145,2,158,2,159,2","scrolls,139,2,140,2,143,2,144,2,145,2,189,2,190,2,223,2,148,2,158,2,159,2,160,2,163,2,164,2,188,2,184,2,185,2,186,2,187,2,191,2,225,2,226,2,227,2,228,2","sealed,246,1","search,4,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,34,1,35,1,36,1,38,1,44,1,45,1,46,8,47,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1","search.asp,46,4","searchfunc.asp,47,8","searchkeywords,47,1","sec,189,1,224,5,160,1,163,1,164,1,172,2,174,6,176,6,177,6,178,6,180,6,188,1,182,6,184,1,185,1,186,1,187,1,191,1","sec-99,189,1,188,1,184,1,185,1,186,1,187,1,191,1","second,139,9,143,1,144,9,145,9,148,1,158,9,159,9,200,1,201,1,202,1,230,1,231,1","seconds,139,1,144,1,145,1,224,6,158,1,159,1,160,1,163,1,164,1,179,2","section,17,1,26,1,139,3,144,3,145,3,158,3,159,3","section-1,139,1,144,1,145,1,158,1,159,1","seen,172,1","segment,8,2,43,1,139,1,140,1,143,2,144,1,145,1,189,1,190,2,218,1,219,1,220,1,221,1,148,1,158,1,159,1,160,2,161,1,162,2,163,2,164,2,165,1,166,1,167,1,168,1,169,1,170,1,188,1,184,1,185,1,186,1,187,1,191,1,193,1,200,1,201,1,202,1,203,1,204,1,205,1,206,1,207,1,208,1,209,1,210,1,217,1,225,1,226,1,227,1,228,1","select,4,3,8,2,9,2,10,2,11,2,15,2,17,2,24,3,25,2,26,2,30,2,31,2,32,2,34,2,35,2,36,2,38,2,43,2,44,2,45,2,48,2,49,2,50,2,51,2,52,2,53,2,54,2,140,1,190,1,148,3,172,5,179,2,188,1,184,1,185,1,186,1,187,1,191,1","selectable,138,1,146,1,147,1,149,1,150,1","selected,172,3,174,3,176,3,177,3,178,3,179,4,180,3,182,3,226,2,228,2","selecting,140,1,189,1,172,3,188,1","selection,168,1,175,1,177,2,178,2,179,2,182,2,207,1,213,1,214,1","selector,168,1,207,1","sens,185,1","sense,174,1,176,1,180,1","sensor,4,1,30,1,43,1,139,3,140,1,141,2,142,2,144,3,145,4,154,2,155,2,189,6,156,2,157,2,151,2,152,2,153,2,158,4,159,3,160,3,163,3,164,3,167,2,169,1,170,1,171,1,172,5,173,1,174,1,175,3,176,1,177,3,178,3,179,3,180,1,188,4,182,3,185,1,191,16,192,1,208,1,210,1,213,3,214,3,225,1,227,1,232,2","sensor-1,179,1,185,1,187,1","sensor-10,185,1","sensor-11,185,1","sensor-2,179,1,185,1,187,1","sensor-3,185,1,187,1","sensor-4,185,1","sensor-5,185,1","sensor-6,185,1","sensor-7,185,1","sensor-8,185,1","sensors,4,11,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,10,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,8,48,10,49,8,50,8,51,8,52,8,53,8,54,8","sensors.htm,48,4","sequence,172,1,226,1,228,1","serial,4,1,43,1","series,8,1,43,1,172,3","service,4,1,30,1,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1,172,1","services,4,1,30,1","set,47,1,55,2,139,16,140,10,141,1,142,1,143,6,144,16,145,16,154,1,155,1,189,9,223,11,224,1,156,1,157,1,148,27,151,8,152,1,153,1,158,16,159,16,160,5,162,2,163,5,164,5,171,9,172,13,173,9,174,7,176,7,177,12,178,12,179,46,180,7,188,7,182,12,184,20,185,20,186,7,187,5,190,9,191,6,225,6,226,7,227,6,228,7,230,2,231,2,232,2","setpoint,172,2","set-point,139,4,144,4,145,4,158,4,159,4","setted,172,1","setting,139,1,141,3,142,3,143,6,144,1,145,1,154,3,155,3,156,3,157,3,151,6,152,3,153,3,158,1,159,1,171,13,172,17,173,13,174,1,176,1,177,1,178,1,180,1,182,1,194,1,195,1,196,1,197,1,198,1,199,1,230,2,231,2,232,2","seven,43,1,139,1,140,1,143,2,144,1,145,1,189,1,218,1,219,1,220,1,221,1,148,1,158,1,159,1,160,2,161,1,163,2,164,2,165,1,168,1,174,1,176,1,179,2,180,1,188,1,184,1,185,1,186,1,187,1,190,1,191,1,193,1,200,1,201,1,202,1,203,1,204,1,205,1,207,1,217,1,225,1,226,1,227,1,228,1","several,172,7","sf,139,1,144,1,145,1,158,1,159,1","sh,224,3","share,9,1","sheath,234,1,235,1,237,1,238,1,239,1,240,1,241,1,242,1,243,1,245,1","shielded,172,1","shift,224,19","shill,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","short,160,1,163,1,164,1","shortcircuited,139,1,144,1,145,1,158,1,159,1","should,4,1,172,4,174,1,176,1,177,1,178,1,180,1,182,1,232,2,233,2","show,148,3,160,11,163,11,164,11,172,2,174,10,176,10,177,13,178,13,180,10,182,13","showing,141,1,142,1,154,1,155,1,156,1,157,1,148,3,151,1,152,1,153,1,172,3","shown,139,2,144,2,145,2,158,2,159,2,171,1,172,1,173,1,230,1,231,1","shows,139,5,140,5,143,1,144,5,145,5,189,4,223,1,148,12,158,5,159,5,171,6,172,12,173,6,188,5,184,4,185,4,186,4,187,1,190,2,191,4","shrilanka,24,1","side,141,3,142,3,154,3,155,3,156,3,157,3,148,2,151,3,152,3,153,3,172,3,184,3,185,3,186,3,190,1,191,3","sidea,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1","sign,33,1","signal,49,2,172,2,174,2,176,2,177,2,178,2,179,16,180,2,182,2,192,1,232,3,233,3","signalconv.htm,49,4","signals,172,1","similarly,139,1,144,1,145,1,158,1,159,1","simple,4,1,30,1,38,2,43,1","simplifies,4,1,30,1","simulation,4,1","simulator,172,4,190,7","single,38,4,43,3,138,5,146,5,147,5,149,5,150,5,192,2,235,1,237,1,238,1,241,1,242,1,243,1,244,1,245,1","site,46,4","six,38,1,224,1,162,1,179,1","sixteen,224,1,174,2,175,1,176,2,177,2,178,2,179,3,180,2,182,2,213,1,214,1","size,8,1,10,2,31,1,38,5,43,4,52,4,53,1,138,2,139,1,140,1,141,1,142,1,143,1,144,1,145,1,154,1,155,1,218,1,220,1,221,1,146,2,147,2,156,1,157,1,148,1,149,2,150,2,151,1,152,1,153,1,158,1,159,1,160,1,161,1,163,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,188,1,182,1,184,1,185,1,186,1,187,1,190,1,191,1,193,1,194,1,195,1,196,1,197,1,198,1,199,1,200,1,201,1,202,1,203,1,204,1,205,1,207,1,211,1,212,1,215,1,216,1,217,1,225,1,226,2,227,1,228,2,229,1","size96,162,1","skip,189,7,224,7,172,2,184,14,185,14,186,1,191,18","skips,224,1","sleeves,172,1","slip,172,1","slot,172,1","smart,38,1,43,1","smps,176,1","so,140,2,189,2,172,2,188,2,184,2,185,2,186,2,187,2,190,2,191,2,226,1,228,1","society,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","soft,171,8","software,4,1,30,1,139,1,140,1,143,1,144,1,145,1,189,1,218,1,219,1,220,1,221,1,148,1,158,1,159,1,160,1,163,1,164,1,171,11,173,11,188,1,184,1,185,1,186,1,187,1,190,1,191,1,193,1,200,1,201,1,202,1,203,1,204,1,217,1","solution,4,2,30,2","solutions,4,2,30,2","s­op,160,1,163,1,164,1","sopen,172,1","sorry,15,1,17,1,25,1,32,1,34,1,36,1,44,1","sortsearchresult,47,1","source,139,1,140,5,144,1,189,4,148,2,159,1,160,2,163,2,164,2,188,5,184,1,185,1,186,1,190,2,191,1","sourcing,4,1,30,1","sourec,230,2,231,2","sp,8,1,10,1","sp-1,139,2,143,2,144,2,145,2,158,2,159,2","sp-2,143,2","span,140,1,189,1,218,1,219,1,220,1,221,1,148,1,167,1,172,2,188,1,184,1,185,1,186,1,187,1,190,1,191,1,193,1,217,1","spec,161,4","spec..doc,192,4","spec.pdf,161,4,192,4","special,4,1,30,1,172,1","specialized,4,1,30,1","specification,4,1,140,1,143,2,189,1,218,1,219,1,220,1,221,1,148,1,160,2,163,2,164,2,166,1,167,1,169,1,170,1,174,2,176,2,177,2,178,2,180,2,188,1,182,2,184,1,185,1,186,1,187,1,190,1,191,1,193,1,203,1,204,1,206,1,208,1,209,1,210,1,211,1,212,1,215,1,216,1,217,1,225,1,226,1,227,1,228,1,230,1,231,1,232,1,233,1","specifications,8,2,10,2,31,3,38,3,43,1,45,1,49,1,52,3,53,1,54,1,138,1,139,1,141,1,142,1,144,1,145,1,154,1,155,1,222,1,146,1,147,1,156,1,157,1,149,1,150,1,151,1,152,1,153,1,158,1,159,1,161,1,162,1,165,1,168,1,175,1,179,1,192,1,194,1,195,1,196,1,197,1,198,1,199,1,200,1,201,1,202,1,205,1,207,1,213,1,214,1,230,1,231,1,232,1,233,1","specifications.doc,138,4,146,4,147,4,149,4,150,4","specifications.pdf,138,4,146,4,147,4,149,4,150,4","specified,172,1","specify,4,1,8,21,10,5,31,8,38,8,244,1","speed,43,2,224,1,171,1,173,1,174,1,176,1,180,1","splitsearwords,47,1","sql,55,2","sqlid,55,2","sr,140,3,141,1,142,1,154,1,155,1,189,3,156,1,157,1,148,1,151,1,152,1,153,1,188,3,184,3,185,3,186,3,187,3,190,3,191,3,195,1,196,1,197,1,198,1,199,1","sr.no,140,2,189,2,223,2,148,3,188,1,184,2,185,2,186,2,187,1,190,2,191,2,225,2,226,4,227,2,228,4","ss310,246,1","ss316,234,1,237,1,238,1,239,1,240,1,241,1,242,1,243,1,245,1,246,1","ss446,246,1","ssr,10,2","s­st,160,1,163,1,164,1","st,164,1,172,1,178,1,180,1","stamp,4,1","standard,140,1,224,1,172,2,188,1,237,1,241,1,242,1,243,1,244,1,245,1","start,47,1,222,1,224,1,148,2,151,1,162,1,171,1,173,1,225,2,226,6,227,2,228,6,230,1,231,1","starting,4,1","starts,224,2","start-up,4,1","stated,148,2,184,2,185,2,186,2,190,1,191,2","status,224,4,171,1,172,1,173,1,179,1","std,8,2,166,1,167,1,169,1,170,1,206,1,208,1,209,1,210,1","step,4,1,224,8,172,2,174,1,176,1,177,2,178,2,179,5,180,1,182,2","stepper,8,1,43,1,174,2,175,1,176,2,177,2,178,2,179,2,180,2,182,2,213,1,214,1","steps,174,3,176,3,177,6,178,6,180,3,182,6","stop,140,2,189,2,188,2,184,1,185,1,186,1,191,1,225,2,226,5,227,2,228,5","stopped,190,1","storage,222,1,162,1,174,1,175,1,176,1,177,3,178,3,179,3,180,1,182,3,213,1,214,1,230,1,231,1","store,148,2,171,1,173,1,184,1,185,1,186,1,191,1,226,1,228,1","stored,171,2,173,2,177,1,178,1,179,1,182,1","stores,174,1,176,1,180,1","str,47,3,160,1,174,1,176,1,177,1,182,1","strip,38,3,183,4","strive,4,1","strong,4,2,30,1,172,1","strwords,47,2","s-type,138,1,147,1,149,1,150,1","sub-category,4,1,8,1,9,1,10,1,11,1,15,1,17,1,24,1,25,1,26,1,30,1,31,1,32,1,34,1,35,1,36,1,38,1,43,1,44,1,45,1,48,1,49,1,50,1,51,1,52,1,53,1,54,1","subject,172,2","submit,9,1","submitted,50,1","successfully,35,1,50,1,226,1,228,1","successive,172,1","such,172,1","sugar,4,1","suitable,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1,172,1","supply,4,2,8,2,30,2,43,3,138,1,139,1,141,2,142,2,143,1,144,1,145,1,154,2,155,2,222,1,146,1,147,1,156,2,157,2,149,1,150,1,151,2,152,2,153,2,158,1,159,1,160,4,161,1,162,2,163,1,164,4,165,1,166,2,167,3,168,1,169,2,170,2,172,2,174,1,175,1,176,1,177,2,178,2,179,2,180,1,182,2,192,1,200,1,201,1,202,1,203,1,204,1,205,1,206,2,207,1,208,2,209,1,210,2,211,1,212,1,213,1,214,1,215,1,216,1,230,1,231,1,232,1,233,1","suppressor,172,1","sure,171,1,173,1,179,4","surge,172,1","sv,138,4,139,1,140,2,143,2,144,1,145,1,146,4,147,4,148,2,149,4,150,4,158,1,159,1,193,1,225,2,226,2,227,2,228,2","switch,168,1,207,1","switched,172,2","switching,172,1","symbol,172,2","system,4,7,30,2,139,1,144,1,145,1,158,1,159,1","systems,4,6,30,2","t0,139,1,144,1,145,1,158,1,159,1","table,140,7,189,5,148,8,172,5,188,4,184,5,185,5,186,5,187,4,223,1,190,6,191,4,225,1,226,3,227,1,228,3","table1.2,226,1,228,1","tact,224,15","tag,148,4,171,1,173,1","take,172,1","taken,172,1","takes,139,5,144,5,145,5,158,5,159,5","tank,232,6","tantalum,246,1","target,224,10","tc,8,4,151,1,194,1","tc405,8,1","tc-405,8,1","tc-48f,8,1","tc-504,10,4,141,1,142,1,154,1,155,1,156,1,151,1,152,1,153,1,195,1,196,1,197,1,198,1","tc-504.doc,141,4,155,4,197,4","tc-504.pdf,141,4,155,4,197,4","tc-504-2.doc,153,4","tc-504-2.pdf,153,4","tc-504-2-al.doc,151,4,194,4","tc-504-2-al.pdf,151,4,194,4","tc-504-2f.doc,154,4,196,4","tc-504-2f.pdf,154,4,196,4","tc-504-2-h-c.doc,152,4,195,4","tc-504-2-h-c.pdf,152,4,195,4","tc-504f.doc,142,4,156,4","tc-504f.pdf,142,4,156,4","tc-504ff.doc,198,4","tc-504ff.pdf,198,4","tc-72,10,1,157,1,199,1","tc-72.doc,157,4,199,4","tc-72.pdf,157,4,199,4","tc-9023,52,1","tcp,139,1,143,3","tcp_2005.pdf,158,4","tcp_3004.pdf,159,4","tcp_3004_new.doc,144,4,159,4","tcp_3004_new.pdf,144,4","tcp_com.pdf,145,4","tcp-2005a,10,1,145,1,158,1,200,1","tcp-2005a.pdf,200,4","tcp-2006a,201,1","tcp-2006a.doc,200,4,201,4","tcp-2006a.pdf,201,4","tcp3004,143,4","tcp-3004,139,1,143,1,144,1,159,1,225,1,226,1","tcp3004.pdf,143,4","tcp-3004a,10,1,144,1,159,1,202,1","tcp-3004a.doc,202,4","tcp-3004a.pdf,202,4","tct-72,8,1","technical,4,1,9,1,30,1,43,1,139,1,140,1,144,1,145,1,189,1,218,1,219,1,220,1,221,1,148,1,158,1,159,1,188,1,184,1,185,1,186,1,187,1,190,1,191,1,193,1,200,1,201,1,202,1,217,1,225,1,226,1,227,1,228,1","technology,4,1","tectile,43,1","tel,9,1,39,1,143,1,160,1,161,1,164,1,165,1,168,1,172,1,174,1,176,1,177,1,178,1,179,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","telefax,9,1","tel-no,24,1","temp,4,1,141,2,142,2,154,2,155,1,156,1,157,2,151,4,152,2,153,2,167,1,194,1,195,1,196,1,197,1,198,1,199,1","temperature,4,11,8,3,9,8,10,12,11,8,15,8,17,8,24,8,25,8,26,8,30,9,31,10,32,8,34,8,35,8,36,8,38,8,43,9,44,8,45,8,48,8,49,8,50,8,51,8,52,8,53,8,54,8,141,2,142,2,145,1,154,2,155,2,221,1,156,2,157,2,151,6,152,2,153,2,158,1,167,1,168,1,169,1,170,1,172,2,175,2,177,2,178,2,179,6,182,2,184,5,185,5,186,5,191,6,207,1,208,1,209,1,210,1,213,2,214,2,233,4,236,3","temprature,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1,194,1,195,1,196,1,197,1,198,1,199,1","tempreture,8,2","ten,4,1","terminal,167,1,172,2,185,1","terminals,172,5","terminate,172,1","terminator,8,1,38,1,43,2","text,46,1","tf,223,1","than,151,1,172,1,174,4,176,4,177,4,178,4,180,4,182,4","thank,50,1,172,1","thanking,4,1","thankyou.htm,50,4","that,4,4,30,2,139,1,144,1,145,1,148,4,158,1,159,1,171,1,172,2,173,1,179,1,184,1,185,1,186,1,190,1,191,1,226,1,228,1","the,4,20,30,7,139,43,140,24,141,3,142,3,143,8,144,43,145,43,154,3,155,3,189,23,222,2,224,152,156,3,157,3,148,30,151,2,152,3,153,3,158,43,159,43,160,9,162,2,163,9,164,9,171,16,172,124,173,16,174,50,175,2,176,50,177,61,178,61,179,297,180,50,188,24,182,61,184,30,185,30,186,30,187,14,223,6,190,39,191,30,213,2,214,2,225,6,226,21,227,6,228,21,230,6,231,6,232,15,233,13,246,1","their,4,2,139,1,144,1,145,1,158,1,159,1,172,1","them,4,1","themocouple,43,1","then,4,2,33,2,39,2,47,4,55,2,224,6,172,3,174,2,176,2,177,4,178,4,179,13,180,2,182,4,184,1,185,1,186,1,190,1,191,1,226,3,228,3,230,4,231,4,232,4,233,4","there,141,1,142,1,154,1,155,1,156,1,157,1,151,1,152,1,153,1","thermocouple,8,2,48,1,138,9,154,1,155,1,146,3,147,9,156,1,157,1,149,9,150,9,151,1,153,1,168,1,175,2,177,3,178,3,179,14,182,3,192,1,200,1,201,1,207,1,213,2,214,2","thermocouples,179,1","thermowel.htm,51,4","thermowell,51,1","thermowell.doc,246,4","thermowell.pdf,246,4","thermowells,51,1,246,2","these,139,1,144,1,145,1,158,1,159,1,172,2","they,172,1,226,2,228,2","thing,39,2,184,3,185,3,186,3,191,3","third,139,3,143,1,144,3,145,3,148,1,158,3,159,3,200,1,201,1,202,1","this,4,3,15,1,17,1,25,1,32,1,34,1,36,1,44,1,46,4,139,2,140,4,143,9,144,2,145,2,189,4,224,13,148,4,158,2,159,2,160,1,163,1,164,1,172,6,179,9,188,4,184,4,185,4,186,4,187,2,190,3,191,4,226,1,228,1,230,4,231,4","three,4,1,140,1,189,1,148,1,184,1,185,1,186,1,190,1,191,1,192,1","through,4,4,139,4,140,2,143,2,144,4,145,4,189,2,148,2,158,4,159,4,160,2,163,2,164,2,172,1,188,2,184,2,185,2,186,2,187,2,223,2,190,2,191,2,225,2,226,2,227,2,228,2","thus,172,1,174,1,176,1,180,1","ti,167,8,168,1,207,1","ti-306,8,2","ti-48,8,1","ti603,167,1","ti-603,8,6,31,3","ti-603.doc,208,4","ti-603.pdf,208,4","ti-603-6.doc,168,4,207,4","ti-603-6.pdf,168,4,207,4","ti-72,8,1,31,1,169,1,209,1","ti-72.doc,169,4,209,4","ti-72.pdf,169,4,209,4","tied,172,1","tighten,172,1","tightly,172,1","till,140,1,143,1,189,1,224,1,148,1,179,4,188,1,230,1,231,1","time,43,1,52,1,139,2,144,2,145,2,189,2,224,49,146,1,147,1,150,1,151,1,158,2,159,2,162,1,171,4,172,6,173,4,174,2,176,2,177,2,178,2,179,7,180,2,188,2,182,2,184,2,185,2,186,2,187,2,223,3,191,2,226,5,228,5","timer,52,1,226,10,228,10","timer.doc,226,4,228,4","timer.pdf,226,4","timers,4,4,9,4,10,4,11,4,15,4,17,4,24,4,25,4,26,4,30,4,31,4,32,4,34,4,35,4,36,4,38,4,43,4,44,4,45,4,48,4,49,4,50,4,51,4,52,6,53,4,54,4","timers.htm,52,4","times,224,3,172,7","tis-603,170,1,208,1,210,1","tis-603.doc,170,4,210,4","tis-603.pdf,170,4,210,4","title,46,1","tm,143,1,160,1,161,1,164,1,165,1,168,1,171,1,173,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","tmpvar,47,8","tmr-09,52,1,228,1","tmr-09.pdf,228,4","to,4,16,8,9,24,1,26,1,30,4,31,3,33,1,43,3,55,1,57,1,58,1,138,14,139,28,140,22,141,6,142,6,143,12,144,28,145,23,154,5,155,5,189,19,218,1,219,1,220,1,221,1,222,1,224,19,146,5,147,18,156,5,157,6,148,33,149,14,150,18,151,7,152,6,153,5,158,23,159,28,160,25,161,2,162,5,163,25,164,25,165,2,166,1,168,2,171,27,172,45,173,27,174,17,175,1,176,17,177,33,178,33,179,63,180,17,188,19,182,33,184,28,185,28,186,22,187,15,223,8,190,18,191,32,194,1,195,1,196,1,197,1,198,1,199,1,200,1,201,1,202,1,203,1,204,1,205,2,206,1,207,2,213,1,214,1,217,1,225,10,226,13,227,10,228,13,230,11,231,11,232,7,233,5,234,2,235,2,237,2,238,2,239,2,240,2,241,2,242,2,243,2,244,1,245,2","too,4,1","tools,172,1","top,172,9,184,1,185,1,186,1,232,1,233,1","total,222,1,162,2,230,2,231,2","totaliser,4,8,9,8,10,8,11,8,15,8,17,8,24,8,25,8,26,8,30,8,31,8,32,8,34,8,35,8,36,8,38,8,43,8,44,8,45,8,48,8,49,8,50,8,51,8,52,8,53,9,54,8,162,2","totaliser.htm,53,4","totalisers,53,1","totalizer,4,1,222,1,229,1,230,3,231,3","tr,224,1,160,1,174,1,176,1,177,1,182,1","transition,240,1","transitionjointassemblies,48,1","transitionjointassemblies.doc,240,4","transitionjointassemblies.pdf,240,4","transmits,232,3,233,3","transmitter,43,1,160,1,163,1,164,1,176,2,229,1,230,1,231,1,232,5,233,5","transmitters,4,2,30,1,54,2","transmitters.htm,54,4","treatment,48,1,243,1","treatment.doc,243,4","treatment.pdf,243,4","trimmer,172,2","trimmers,172,1","troubleshooting,172,1","true,47,1","ts,160,1,164,1,174,1,176,1,177,1,178,1,180,1,182,1","tt,224,4","ttc,143,1,160,1,161,1,164,1,165,1,168,1,174,1,176,1,177,1,178,1,180,1,182,1,192,1,205,1,207,1,229,1,230,1,231,1,232,1,233,1","t-type,138,1,147,1,149,1,150,1","tube,246,1","tubes,246,1","tue,224,1","turned,139,1,144,1,145,1,158,1,159,1","turnkey,4,1,30,1","twenty,179,2","twentyfour,174,1,176,1,180,1","two,38,1,140,1,189,1,224,4,148,1,151,1,161,9,165,1,172,4,175,1,177,4,178,4,179,6,188,1,182,4,184,1,185,1,186,1,187,1,190,1,191,1,192,1,205,1,211,1,212,1,213,1,214,1,226,1,228,1","tx,144,1,159,1","tx-900,54,1,233,1","tx-900.doc,233,4","tx-900.pdf,233,4","tx-9oo,233,1","type,4,1,8,4,43,2,138,9,139,3,144,3,145,1,155,1,222,1,224,1,146,3,147,9,156,1,149,9,150,9,151,1,158,1,159,3,162,4,166,1,167,1,169,1,170,1,172,3,174,3,175,6,176,3,177,13,178,13,179,23,180,3,182,13,194,1,206,1,208,1,209,1,210,1,213,6,214,6,229,2,230,1,231,1,232,1,233,1","types,179,2","tyre,4,1","under,15,1,17,1,25,1,32,1,34,1,36,1,44,1","undergoes,4,1","uni209,222,1,229,1,230,1,231,1","uni-209,53,1,222,8,229,8,230,5,231,1","uni-209.doc,231,4","uni-209.pdf,231,4","uni-209_manual.pdf,230,4","unique,4,1,30,1","unit,8,1,43,1,141,1,142,1,143,1,154,1,155,1,222,1,224,4,156,1,157,1,151,1,152,1,153,1,160,1,162,1,163,1,164,1,171,3,172,8,173,3,175,1,177,4,178,4,179,9,182,4,213,1,214,1,230,4,231,4","units,171,2,173,2,174,1,175,2,176,1,177,6,178,6,179,14,180,1,182,6,213,2,214,2","universal,4,2,38,6,43,8,138,1,146,1,147,2,149,1,150,1,174,1,176,1,177,1,178,1,180,1,182,1,211,1,212,1,215,1,216,1","unless,172,1","unmatched,4,1","until,184,1,185,1,186,1,191,1","up,139,5,140,2,143,2,144,5,145,5,189,2,222,1,224,10,148,1,158,5,159,5,160,1,162,1,163,1,164,1,172,5,179,22,188,2,184,1,185,1,186,1,187,1,223,1,190,1,191,1,225,1,226,1,227,1,228,1,230,1,231,1,234,2,235,1,237,1,238,1,239,1,240,1,241,1,242,1,243,1,245,1","update,33,1,55,2","updated,35,1","updatepassword.asp,55,4","upper,224,1,148,3,174,2,176,2,177,1,178,1,179,1,180,2,182,1","upto,222,1,162,1,230,1,231,1","us,4,2,9,2,30,1,226,1,228,1","use,139,1,140,3,141,1,142,1,144,1,145,1,154,1,155,1,189,2,156,1,157,1,148,7,151,1,152,1,153,1,158,1,159,1,171,1,172,7,173,1,177,2,178,2,188,3,182,2,184,3,185,3,186,3,187,2,223,1,190,4,191,3,225,1,226,4,227,1,228,4","used,139,1,143,1,144,1,145,1,148,2,151,1,158,1,159,1,171,16,172,6,173,16,179,2","use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arrFiles=new Array();arrFiles[0]=new Array(3,"http://www.dpminstrument.com/30012006(002).jpg","30 Jan 2006","30012006(002).jpg","","","",13);arrFiles[1]=new Array(4,"http://www.dpminstrument.com/aboutus.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category About Us DPM Instruments Pvt. Ltd. was established in 1992. The company aims in providing indigenously developed high quality, innovative and economical products. We have realized from very beginning that Quality doesn \'t cost... it pays. We are a customer-driven and quality-driven company .Our in-house manufacturing of many of the components needed in automation and instrumentation allows us to provide end-to end solutions cost effectively. DPM offers end to end solution in Automation and instrumentation. Sensors , Transmitters , Instruments , PLCs , Control Panels , SCADA: the full chain is now available integrated by DPM. From simple RTDs to complex SCADA systems, DPM provides a one-stop solution that simplifies your sourcing in many applications. For past ten years we have developed products & systems for different industries like Chemical, Pharmaceutical, Sugar Industry, Food and beverages industry, Biotech industry, Water resources, Tyre Industries, Automobile, Power, Defense and Research organizations. We offer a wide range of products like Process Indicators and Controllers ( Flow, Level, Temperature, Humidity, Pressure), Totalizer, Scanners, Data loggers, Isolators, Converters, PLC based control systems, SCADA systems, PC based monitoring systems, Access Control System, Analog/Digital to Serial transmitters & Temp. Sensors. We have vast experience in design of PLC/SCADA applications for Process Control , monitoring , data integration & reporting with 21CFR Part11 compliances. We select & specify Process Instruments (Temperature, Pressure, Flow, Level, ph, DO etc) for wide range of process controls. We added a new dimension to the Indian process recording market by using microcontroller in place of capillary and potentiometric principles. Our growth can be attributed to the excellence we strive to attain in our products through quality, technology; operational expertise and innovation. We are best known for its Universal Input type Paper & Chart less Recorders, Scanners / Data loggers. We are proud to say that we are the pioneers in introducing Universal Input Recorders, Scanners / Data loggers in India. Our Automation Department combines the vast experience of our Automation professionals with the process expertise of DPM to give an unmatched problem-solving ability. PLC programming, SCADA, multilevel SCADA with OPC connectivity, 21CFR compliance. DPM Provide Services in the Following. • Comprehensive control engineering for production facilities in the Chemical & Pharmaceutical industry • Flexible automation of batch processes with recipe handling • Qualifying of process control systems in plants requiring validation Project : Turnkey PLC/SCADA Control system Integration PLC Validation Calibration of Process Instruments Validation of equipments Instruments Supply : Temperature , Pressure , Level, PID Controller , Data acquisition system Sensors Supply & Manufacturing. Control Panel manufacturing We has a very strong technical background and has been continuously giving innovative solutions to the Industry. We have developed many micro controller based special purpose products for different applications in various Industries.DPM has an in-house R & D centre with expertise in Microcontroller based product designing (Software and Hardware), Specialized sensor design, etc. DPM offers a unique concept-to-product design service for electronic products. The three phases of a project: DESIGN: During the design phase we produce a document called the functional specification which details every aspect of control. This document is approved by you, the customer, before any development begins. Knowing how a system should respond to all possible alarms and interlocks is critical to protecting your operation. BUILD: Once the system is built, it undergoes a heavy simulation phase before it reaches your facility. We then come to your facility and give you and your operators a demonstration of how the system works. START-UP / COMMISSIONING: When all parties give their stamp of approval we commission the system. This approach results in your project becoming operational on schedule, within budget, and with minimal interruption to your production. We have grown through step starting with what customer want, then we design it for them & after manufacture it too. By embracing a strong work ethic, a high level of professionalism, an open mind, and a friendly disposition, the engineers of DPM are dedicated to being the best in their field. We are proud to make a note that our growth & remarkable name in this industrty is achieved not through advertisement but through our satisfied customers. Thanking you, For DPM INSTRUMENTS PVT LTD. DATTA BOCHARE/MANOJ WEKHENDE (DIRECTORS) Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",15);arrFiles[2]=new Array(5,"http://www.dpminstrument.com/banner.jpg","11 May 2010","banner.jpg","","","",25);arrFiles[3]=new Array(6,"http://www.dpminstrument.com/bg_05.gif","29 Mar 2007","bg_05.gif","","","",2);arrFiles[4]=new Array(7,"http://www.dpminstrument.com/blank.gif","29 Mar 2007","blank.gif","","","",1);arrFiles[5]=new Array(8,"http://www.dpminstrument.com/client.htm","7 Jun 2010","Dpm Instrument Pvt.Ltd","","","Get Quick Select Category Instrumentation Automation Select Sub-Category Our Clients TEMPRETURE CONTROLER Product Product Description:- DPM offer it \'s terminator MTR Series Circular Chart Recorders for recording & monitoring of process parameters like Temperature humidity, Pessure Vaccume,flow & pH Graph size available 6,9 and 11 & Model MTR 600,MTR 900,MTR 1000,in 1 or 2 Pen continuous marking.it micro controller based unit and stepper motor driven pen & chart Movement. SPECIFICATIONS:- Display : 3½digit (±1999) 7 Segment Led Display. Input type : Thermocouple (J, K Type) PT-100, 0/4 to 20mA, 0 to 10. Resolutions : 0.1°C below 200° C. Accuracy : PT-100, J/K, 0/4 to 20mA ± 0.25%. Relay action : ON/OFF, Proportional (for Heating, Cooling). Optional O/p : 4to 20mA retransmission O/P, Heat, Cool, Hi or Lo Alarm O/P. Enclosure : DIN STD / flameproof aluminum die casting By CMRS Dhanbad as per IS 2148 of Group II A & group II B. Supply voltage : 230 V AC, 50 Hz Application : Pressure, temperature, vacuums, Level, Humidity etc. Ordering Information:- MODEL NO INPUT SP/OUTPUT ALARM OUTPUT PANEL CUTPUT DIMENSIONS TC -0504 Specify 1 Relay Optional 90 x90mm 96x96x110 mm TC -504/F Specify 1 Relay Optional 90 x90 mm 96x96x110 mm TC -504/2 Specify 2 Relay Optional 90 x90 mm 96 x96x110mm TC -72 Specify 1 Relay Optional 68 x 68mm 72x72x110mm TCT-72 Specify 1 Relay - 68 x 68mm 72x72x110mm TC-48F Specify 1 Relay - 45x90mm 48x96x110mm TC-405 Specify 1 Relay Optional Wall mounted (FLP & Weatherproof) TC405/2 Specify 2 Relay Optional Wall mounted (FLP & Weatherproof) Click Here To Download PDF Manual TEMPRETURE INDICATOR SPECIFICATIONS:- Display : 3½digit (±1999) 7 segment Led Display. Input type : Thermocouple (J, K Type) PT-100, 0/4 to 20 mA o to 10VDC. Resolution : 0.1° C below 200°C, 1°c above 200° C. Accuracy : PT-100, J/K, 0/4 to 20mA ±0.25%. Optional output : 4 to 20 mA retransmission O/P, Hi Or Low Alarm O/P. Enclosure :DIN std/Flameproof Aluminum Die Casting Certified by CMRS Dhanbad as perIS 2148 of group II A & group II B. Supply voltage : 230 V AC, 50 Hz. Application : Pressure, Temperature, Vacuum, Level, Humidity etc. Ordering Information:- MODEL NO INPUT RETRANSMITION PANEL CUTOUT DIMENSION TI-603 Specify Optional 90x90mm 96x96x110mm TI-603/2 Specify Optional 90x90mm 96x96x110mm TI-603/3/6 Specify - 90x90mm 96x96x110mm TI-72 Specify - 68x68mm 72x72x110mm TI-48 Specify - 45x90mm 48x96x110mm TI-306 Specify Optional Wall mounted - TI-306/2 Specify Optional Wall mounted - TI-603 Specify Optional 90x90mm 96x96x110mm TI-603/2 Specify Optional 90x90mm 96x96x110mm TI-603/3 Specify - 90x90mm 96x96x110mm PL-72 Specify - 68x68mm 72x72x110mm PL-48 Specify - 45x90mm 48x96x110mm PL-306 Specify Optional Wall mounted - Click Here To Download PDF Manual Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",21);arrFiles[6]=new Array(9,"http://www.dpminstrument.com/contact.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Contact Us CONTACT DETAILS:- Registered Office DPM INSTRUMENTS PVT.LTD Gala No.8,Hasti Industries Premises, Plot No:-R-798, M.I.D.C Mahape,Navi Mumbai- 400 709. Tel No:-(022)-61412121 / (022)-27781620. TeleFax:-(022)-27781663. For Any Technical Queries mail us at info@dpminstrument.com You Can also Share Your ideas and Feedback By Clicking Following Link Submit Feedback Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[7]=new Array(10,"http://www.dpminstrument.com/controler.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Controllers C ontrollers Digital Process/Temperature Controller Programmable Process/Temperature Controller HRC (PDF) MRC (PDF) LRC (PDF) BLC (PDF) Digital Process/Temperature Controller:- Ordering Information:- Model Input Output Alarm Output Panel Cutout Size Dimensions Manual Specifications TC-504 Specify 1 Relay Optional 90 x 90 mm 96 x 96 x 110 mm Download Download TC-504/F Specify 1 Relay Optional 90 x 90 mm 96 x 96 x 110 mm Download Download TC-504/2 Specify 2 Relay Optional 90 x 90 mm. 96 x 96 x 110 mm Download Download TC-504/2F Specify 2 Relay ----------- 90 x 90 mm 96 x 96 x 110 mm Download Download TC-72 Specify 1 Relay Optional 68 x 68 mm 72 x 72 x 110 mm Download Download Programmable Process/Temperature Controller:- Ordering Information:- Model Sp / Output Alarm Output Panel Cutout Size Dimensions User Manual Specifications TCP-2005A Relay / SSR High or Low 90 x 90 mm 96 x 96 x 110 mm Download Download TCP-3004A 5 Relay / 5 SSR --------------- 90 x 90 mm 96 x 96 x 110 mm Download Download Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",16);arrFiles[8]=new Array(11,"http://www.dpminstrument.com/datalogger.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Data Loggers 951S (PDF) QF051 (PDF) Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[9]=new Array(12,"http://www.dpminstrument.com/dian.gif","29 Mar 2007","dian.gif","","","",1);arrFiles[10]=new Array(13,"http://www.dpminstrument.com/dian1.gif","29 Mar 2007","dian1.gif","","","",1);arrFiles[11]=new Array(14,"http://www.dpminstrument.com/dianmove.gif","29 Mar 2007","dianmove.gif","","","",1);arrFiles[12]=new Array(15,"http://www.dpminstrument.com/dist.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Distrubution Panel THIS PAGE IS UNDER CONSTRUCTION SORRY FOR INCONVENIENCE Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[13]=new Array(16,"http://www.dpminstrument.com/down.gif","29 Mar 2007","down.gif","","","",1);arrFiles[14]=new Array(17,"http://www.dpminstrument.com/download.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Download Section THIS PAGE IS UNDER CONSTRUCTION SORRY FOR INCONVENIENCE Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[15]=new Array(18,"http://www.dpminstrument.com/down_disabled.gif","29 Mar 2007","down_disabled.gif","","","",1);arrFiles[16]=new Array(19,"http://www.dpminstrument.com/down_enabled.gif","29 Mar 2007","down_enabled.gif","","","",1);arrFiles[17]=new Array(20,"http://www.dpminstrument.com/dpm.gif","11 May 2010","dpm.gif","","","",7422);arrFiles[18]=new Array(21,"http://www.dpminstrument.com/DSC01497.JPG","9 Mar 2009","DSC01497.JPG","","","",1656);arrFiles[19]=new Array(22,"http://www.dpminstrument.com/DSC01498.JPG","9 Mar 2009","DSC01498.JPG","","","",1794);arrFiles[20]=new Array(23,"http://www.dpminstrument.com/DSCF0928.JPG","1 Jan 2003","DSCF0928.JPG","","","",465);arrFiles[21]=new Array(24,"http://www.dpminstrument.com/feedback.asp","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Your FeedBack FEEDBACK FORM * Field Required to Process Your Feedback PERSIONAL DETAILS:- First Name * Last Name * Designation * Company * Email * Tel-No * Fax Mobile No ADDRESS DETAILS :- Address * Zip Code * Country India Austalia Pakistan Shrilanka REQUESTED DETAILS:- Please Write Your Message Here Please Select Your Interest Instrumentation Automation Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",21);arrFiles[22]=new Array(25,"http://www.dpminstrument.com/flameproofpl.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Flame Proof Control Panel THIS PAGE IS UNDER CONSTRUCTION SORRY FOR INCONVENIENCE Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[23]=new Array(26,"http://www.dpminstrument.com/gallary.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Welcome To Gallary Image Section:- Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",12);arrFiles[24]=new Array(27,"http://www.dpminstrument.com/i.ico","12 May 2010","i.ico","","","",9);arrFiles[25]=new Array(28,"http://www.dpminstrument.com/i.jpg","2 Jun 2010","i.jpg","","","",1);arrFiles[26]=new Array(29,"http://www.dpminstrument.com/icon.gif","29 Mar 2007","icon.gif","","","",1);arrFiles[27]=new Array(30,"http://www.dpminstrument.com/index.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Welcome DPM Instruments Pvt. Ltd. was established in 1992. The company aims in providing indigenously developed high quality, innovative and economical products. We have realized from very beginning that Quality doesn \'t cost... it pays. We are a customer-driven and quality-driven company .Our in-house manufacturing of many of the components needed in automation and instrumentation allows us to provide end-to end solutions cost effectively. DPM offers end to end solution in Automation and instrumentation. Sensors,Transmitters,Instruments,PLCs,Control Panels ,SCADA: the full chain is now available integrated by DPM. From simple RTDs to complex SCADA systems, DPM provides a one-stop solution that simplifies your sourcing in many applications. DPM Provide Services in the Following. Qualifying of process control systems in plants requiring validation. Flexible automation of batch processes with recipe handling. Comprehensive control engineering for production facilities in the Chemical & Pharmaceutical industry. Project : Turnkey PLC/SCADA Control system Integration. PLC Validation. Calibration of Process Instruments. Validation of equipments. Instruments Supply : Temperature , Pressure , Level, PID Controller , Data acquisition system. Sensors Supply & Manufacturing. Control Panel manufacturing. * We also design & develope the products as per user requirments. We has a very strong technical background and has been continuously giving innovative solutions to the Industry. We have developed many micro controller based special purpose products for different applications in various Industries.DPM has an in-house R & D centre with expertise in Microcontroller based product designing (Software and Hardware), Specialized sensor design, etc. DPM offers a unique concept-to-product design service for electronic products. Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",12);arrFiles[28]=new Array(31,"http://www.dpminstrument.com/indicator.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Indicators INDICATORS Temperature Indicators RPM Indicators Process Indicators Temperature Indicators:- Ordering Information:- Model Input Retransmission(4 to 20 mA) Panel Cutout Dimensions Manual Specifications TI-603 Specify Optional 90 x 90 mm 96 x 96 x 110 mm Download Download TI-603/2 Specify Optional 90 x 90 mm 96 x 96 x 110 mm Download Download TI-603/3/6 Specify ---------- 90 x 90 mm. 96 x 96 x 110 mm Download Download TI-72 Specify ---------- 68 x 68 mm 72 x 72 x 110 mm Download Download RPM Indicators : - Ordering Information:- Model Input Retransmission(4 to 20 mA) Panel Cutout Dimensions Manual Specifications RI-48 Specify ---------- 45 x 90 mm 48 x 96 x 110 mm Download Download Process Indicators:- Ordering Information:- Model Input Retransmission(4 to 20 mA) Dimensions(Size) Manual Specifications PI-96/2 Specify Optional 96 x 96 x 110 mm Download Download PI-201 Specify ----------- 12 x 6 x 6 Download Download PI-401 Specify ----------- 18 x 7 x 7 Download Download Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",16);arrFiles[29]=new Array(32,"http://www.dpminstrument.com/insthtm.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Instrument Control Panel THIS PAGE IS UNDER CONSTRUCTION SORRY FOR INCONVENIENCE Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[30]=new Array(33,"http://www.dpminstrument.com/login.asp","17 Jun 2010","Dpm Instrument Pvt.Ltd","","","then cn.begintrans if request.form(id)=rslogin(userid) and request.form(pass)=rslogin(password) then response.redirect(retrivefeed.asp) response.end else response.Redirect(wronglogin.htm) response.end end if cn.committrans end if % Admin Login ADMINISTRATOR Enter Your ID and Password to Sign in Enter ID Enter Password Update Password Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",3);arrFiles[31]=new Array(34,"http://www.dpminstrument.com/mcchtm.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category MCC Control Panel THIS PAGE IS UNDER CONSTRUCTION SORRY FOR INCONVENIENCE Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[32]=new Array(35,"http://www.dpminstrument.com/passupdate.htm","17 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Details Of Feedback Your Username And Password Updated Successfully Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[33]=new Array(36,"http://www.dpminstrument.com/plc.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category PLC Control Panel THIS PAGE IS UNDER CONSTRUCTION SORRY FOR INCONVENIENCE Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[34]=new Array(37,"http://www.dpminstrument.com/Printed_Circuit_Board_%28PCB%29.jpg","9 May 2010","Printed_Circuit_Board_%28PCB%29.jpg","","","",407);arrFiles[35]=new Array(38,"http://www.dpminstrument.com/recorder.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Recorders TERMINATOR ™ Simple And Smart Circular Chart Recorder Strip Chart Recorder Digital Paperless Recorder Simple And Strip Chart Recorder Ordering Information:- Model Chart Size Pen Range Input Panel Cutout Size Manual Specifications MTR - 1000 11 Single Programmable Universal 345 x 345 mm Download Download MTR - 900 9 Single Programmable Universal 300 x 350 mm Download Download MTR - 600 6 Single Programmable Universal 184 x 184 mm. Download Download MTR - 1000/2 11 Dual Programmable Universal 345 x 345 mm Download Download MTR - 900/2 9 Dual Programmable Universal 300 x 350 mm Download Download MTR - 600/2 6 Dual Programmable Universal 184 x 184 mm Download Download Strip Chart Recorder Ordering Information:- Model Chart Size Pen Range Input Panel Cutout Size Manual Specifications SC-120 120mm Single Specify Specify 188 x 260 mm Download Download SC-120/2 180mm Two Specify Specify 240 x 260 mm Download Download Sc-120/6 120mm Six Specify Specify 188 x 260 mm. Download Download Digital Paperess Recorder Ordering Information:- Model Range Input Panel Cutout Size Manual Specifications HMI-040 Specify Specify 270 x 178 mm Download Download Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",17);arrFiles[36]=new Array(39,"http://www.dpminstrument.com/retrivefeed.asp","17 Jun 2010","Dpm Instrument Pvt.Ltd","","","then cn.begintrans for each thing in request.form(check) cn.execute delete * from feedback where mobno like  \' & thing & \' next cn.committrans end if if request.form(delall) then cn.begintrans cn.execute delete * from feedback cn.committrans end if % User Feedbacks LIST OF FEEDBACKERS. No Records Found Name Designation Compony Email ID Tel Fax MobNo Address ZipCode Country Message Interest ) % height=21 Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",5);arrFiles[37]=new Array(40,"http://www.dpminstrument.com/rightdown.gif","29 Mar 2007","rightdown.gif","","","",1);arrFiles[38]=new Array(41,"http://www.dpminstrument.com/rightline.gif","29 Mar 2007","rightline.gif","","","",1);arrFiles[39]=new Array(42,"http://www.dpminstrument.com/rightup.gif","29 Mar 2007","rightup.gif","","","",1);arrFiles[40]=new Array(43,"http://www.dpminstrument.com/rpm.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Get Quick Select Category Instrumentation Automation Select Sub-Category Welcome TERMINATOR ™ Simple And Smart Circular Chart Recorder Product Description:- DPM offer it \'s terminator MTR Series Circular Chart Recorders for recording & monitoring of process parameters like Temperature humidity, Pessure Vaccume,flow & pH Graph size available 6,9 and 11 & Model MTR 600,MTR 900,MTR 1000,in 1 or 2 Pen continuous marking.it micro controller based unit and stepper motor driven pen & chart Movement. Features :- a) 16 Line seven segment LCD. b) Power on auto calibrations. c) Range Programmable. d) Universal Input. e) Chart Motor speed 8/24/168 hrs. Programmable. f) Power supply 90 to 270 VAC. g)Inbuilt transmitter 24 DC Supply. h) RS 485 or RS 232 (optional). i)Makeup time scale after power resume. Technical Specifications:- Display : 16 x 1 alphanumeric LCD display with backlit. Keyboard : 6 keys tectile type. Input : Universal (PT 100 Sensor, All type Themocouple, V DC & mA). Chart Size : 6, 9, 11 chart paper. Chart Speed : Programmable 8 hrs., & 168 hrs.(one week). Caliberation : By keys on front panel. Serial port : RS232/485 Ethernet port (optional). Retransmission output : 4-20 mA (optional). Cabinet : MS Power coated. Power Supply : 90 to 270 V AC 50 HZ. Ordering Information:- Model Chart Size Pen Range Input Panel Cutout Size MTR - 1000 11 Single Programmable Universal 345 x 345 mm MTR - 900 9 Single Programmable Universal 300 x 350 mm MTR - 600 6 Single Programmable Universal 184 x 184 mm. MTR - 1000/2 11 Dual Programmable Universal 345 x 345 mm MTR - 900/2 9 Dual Programmable Universal 300 x 350 mm MTR - 600/2 6 Dual Programmable Universal 184 x 184 mm Click Here To Download PDF Manual Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",14);arrFiles[41]=new Array(44,"http://www.dpminstrument.com/scada.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category SCADA THIS PAGE IS UNDER CONSTRUCTION SORRY FOR INCONVENIENCE Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[42]=new Array(45,"http://www.dpminstrument.com/scanner.htm","21 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Scanners SCANNERS Programmable Scanner Ordering Information:- Model Channel Alaram Output Panel Cutout Dimensions Manual Specifications SC-03 3 Optional 90 x 90 mm 96 x 96 x 110 mm Download Download SC-04 4 Optional 90 x 90 mm 96 x 96 x 110 mm Download Download SC-06 6 Optional 90 x 90 mm 96 x 96 x 110 mm Download Download SC-08 8 Optional 90 x 180 mm 96 x 198 x 200 mm Download Download SC-16 16 Optional Wall Mounted ----------------------- Download Download Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",13);arrFiles[43]=new Array(46,"http://www.dpminstrument.com/search.asp","17 Jun 2010","Search Engine Builder Professional -- Search this site","","","within All text Title Keywords Descriptions File name using All words Any words Exact phrase ",1);arrFiles[44]=new Array(47,"http://www.dpminstrument.com/searchfunc.asp","17 Jun 2010","searchfunc.asp","","","0 Then iArea=CInt(Request(area)) If iArea=2 Then Response.Write( ) End If End If tmpVar=Request(match) GetMatchParameters(tmpVar) tmpVar=Request(search) GetSearchParameters(tmpVar) tmpVar=Request(start) GetOutputStart(tmpVar) tmpVar=Request(items) GetItemsPerPage(tmpVar) SplitSearWords(strWords) GetSearchFileName(Request.ServerVariables(SCRIPT_NAME)) If strWords AND iArea 2 Then Response.Write( ) SearchKeywords() SortSearchResult() OutPutSearchResult(ASP) End If Function ReplaceStr(str, patrn, replStr) If ScriptEngineMajorVersion = 5 Then Dim regEx Set regEx = New RegExp regEx.Pattern = patrn regEx.IgnoreCase = True ReplaceStr = regEx.Replace(str, replStr) Else ReplaceStr = str End If End Function % ",38);arrFiles[45]=new Array(48,"http://www.dpminstrument.com/sensors.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Sensors SENSORS RTD Mineral Insulated Assembies Conventional RTDs Plastics TransitionJointAssemblies Sanitary RTDs HVAC RTDs Acids & Alkalies Thermocouple:- Conventional Assemblies Acids & Alkalies Plastics Heat Treatment Mineral Insulated Assembies Cables Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",11);arrFiles[46]=new Array(49,"http://www.dpminstrument.com/signalconv.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Signal Converters Signal Converter Ordering Information:- Model Mounting Dimension Manual Specifications ISO-209 Din Rail 72 x 72 x 110 mm Download Download Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",11);arrFiles[47]=new Array(50,"http://www.dpminstrument.com/thankyou.htm","12 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Details Of Feedback Thank You Your Feedback Is Submitted Successfully Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[48]=new Array(51,"http://www.dpminstrument.com/thermowel.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Thermowells Thermowell (PDF) Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",10);arrFiles[49]=new Array(52,"http://www.dpminstrument.com/timers.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Timers TIMERS/COUNTERS Programmable Timer Ordering Information:- Model Range Panel Cutout Size Dimension User Manual Specifications TMR-09 Programmable 90 x 90 mm 96 x 96 x 110mm Download Download Real Time Clock Ordering Information:- Model Panel Cutout Size Dimension User Manual Specifications CL-1000 90 x 90 mm 96 x 96 x 110mm Download Download *Dimension and Panel CutOut Size As Per User Requirments. Programmable Counter Ordering Information:- Model Range Panel Cutout Size Dimension User Manual Specifications TC-9023 Programmable 90 x 90 mm 96 x 96 x 110mm Download Download Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",13);arrFiles[50]=new Array(53,"http://www.dpminstrument.com/totaliser.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Totalisers TOTALISER Ordering Information:- Model Input Display Panel Cutout Size Dimension User Manual Specifications UNI-209 4-20mA LCD 92 x 92 mm 96 x 96 x 130mm Download Download Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",11);arrFiles[51]=new Array(54,"http://www.dpminstrument.com/transmitters.htm","16 Jun 2010","Dpm Instrument Pvt.Ltd","laboratory instruments, analytical instruments,totaliser, digital instruments, lab meters, temperature indicators, controllers, scanners, datalogger, chart recorders, sensors, counters, timers","Manufacturers of Analytical and laboratory Insruments,totaliser, temperature indiacators, controllers, scanners, lab meters, recorders, counters, sensors, etc.","Search Get Quick Select Category Instrumentation Automation Select Sub-Category Transmitters TRANSMITTERS Model User Manual Specifications TX-900 Download Download CTX-300 Download Download Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. ",11);arrFiles[52]=new Array(55,"http://www.dpminstrument.com/updatepassword.asp","17 Jun 2010","Dpm Instrument Pvt.Ltd","","","then if request.form(id)=rs(userid) and request.form(opass)=rs(password) and request.form(cpass)=Request.Form(pass) then sql = UPDATE login SET [password]= \' & Request.Form(pass) &  \' WHERE userid= \' & Request.form( id) &  \' cn.execute sql sqlid = UPDATE login SET [userid]= \' & Request.Form(nid) &  \' WHERE userid= \' & Request.form( id) &  \' cn.execute sqlid response.Redirect(passupdate.htm) else response.Redirect(wrongupdate.htm) end if end if % Change Password Change Password Enter ID Enter New UserId Enter Old Password Enter New Password Confirm New Password Go To Login Copyright@ 2010,DPM INSTRUMENTS PVT.LTD All Right Reserved. 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Relay contact 5 Amp. Relay contact 5 Amp. Relay contact (Optional) 5 Amp. Relay contact (Optional) Programmable by front key (Low/High) Programmable +/- 0.25 % By Software 96 X 96 X 110 mm 230 VAC 50 Hz. +/- 15 %  CONTENTS 1. 2. 3. 4. Device Overview Device Operation Instruction Parameter List Wiring Connection  Section-1: Device Overview  PROCESS CONTROLLER  RL 1  RL 2  PROG  ESC  NK Instruments Pvt. Ltd. TCP - 3004  (1) (2) (3) (4) PV Display: Indicates the process variable (PV). SV Display: Indicated the value of first Set Point. SET Key: Enter into edit mode to change the value of a parameter. UP Key: Scrolls up through menus/parameters or increments the parameter value when in edit mode. Down Key: Scrolls down through menus/parameters or decrements the parameter value when in edit mode. Escape Key: Comes out of edit mode or escapes to default display screen. Output 1 Indication: When Output 1 is `ON \', a red LED labeled `OP1 \' glows to indicate it. Output 2 Indication: When Output 2 is `ON \', a red LED labeled `OP2 \' glows to indicate it. Output 3 Indication: When Output 3 is `ON \', a red LED labeled `OP3 \' glows to indicate it. Output 4 Indication: When Output 4 is `ON \', a red LED labeled `OP4 \' glows to indicate it.  (5)  (6) (7) (8) (9) (10)  Section 2: Device Operation Instruction  When the device is powered the display shows the following:  Display Check  Firmware Code  Default Display  2.1 Parameter Organization: All machine parameters are organized into 4 menus. Menu 0 consists Process Variable and the first Set Point and is the default menu. This means that when the system is powered up and ready to operate the display shows the value of Process Variable on the first line and the value of Set Point 1 on the second line. Menu 1 holds the value of all Set Points and their Hystersis. Menu 2 consists all other parameters. Further Menu 1 and Menu 2 are divided into number of pages with each page containing the name and value of one parameter. For an example the first page of Menu 1 displays the value of Set Point 1 in the first line and the name  SP-1  in the second line as shown in figure below:  2.2 Scrolling through Parameters: Scrolling through parameters is done by pressing PROG key . If you keep the PROG key pressed for about 3 seconds it takes you to the First menu . Similarly pressing these keys once takes you to next parameter inside a menu. Pressing the ESC key at any time takes you to the default display. If you in First menu and you keep the PROG key pressed for 3 second it takes you to Second menu. 2.3 Setting Parameters: To set a parameter, first scroll to Menu .Now the flashing of the parameter name as shown below:  Now the UP key and the DN key may be used to adjust the value of the parameter. Once the value is set as desired press the PROG key again to set this value as the new value of the parameter. After pressing PROG Key new parameter value saved and instrument now shows next parameter. Pressing the ESC key at any time takes you to the default display.  2.4 Error Messages: Whenever an error condition occurs all outputs are turned off, the second line shows SET POINT and the first line shows the error code  -SF- .  Section 3: Parameter List Parameter Display Code Menu 0 Name Description  Default Display Menu 1 Set Point 1 Hystersis 1 Set Point 2 Hystersis 2 Set Point 3 Hystersis 3 Set Point 4 Hystersis 4 Menu 2 L-r H-r Low Range High Range  PV in first line and SP-1 in second line Set-point for first control. Range 0 to 9999 Hystersis for first control. Range 0 t0 19 Set-point for second control. Range 0 to 9999 Hystersis for second control. Range 0 to 19 Set-point for third control. Range 0 to 9999 Hystersis for third control. Range 0 to 19 Set-point for fourth control. Range 0 to 9999 Hystersis for fourth control. Range 0 to 19 Low Process Value for 4 mA 0 to 1000 High Process Value for 20 mA 50 to 9999  Menu 3 dpp Int Decimal position Input Type Relay Mode Decimal Position for Process Value Range; 0 , 0.0 , 0.00 , 0.000 Input type 0 to 20 or 4 to 20 mA Relay action : ON or OFF ON ­ Below set point Relay ON OFF- Below set point Relay OFF  Menu 4 calibration menu use proper calibrator Low Calibration point High Calibration point Error Messages Display Code Error Type Sensor Fail Connect mA Source meter at input and feed low cal. (4 mA)Value adjust reading by UP / DOWN key if difference in reading. Feed higher cal(16 / 20 mA) value and adjust if Difference. Correcting measures Check sensor connection. Check sensor is not open or shortcircuited.  Section 4: Wiring Connection  1  2  3  4  5  6  7  8  9  +V - GND 4-20 mA Input  E N L 230 VAC  RELAY--1 RELAY ­ 2 NO C NC NO C NC 1 0 11 12 13 14 15  16  17  18  ",39);arrFiles[137]=new Array(140,"http://www.dpminstrument.com/man_data/controller/RTD 2SP.pdf","22 Aug 2009","RTD 2SP","","","Micro-controller based RTD Controller  Model No. ­ RTD - 2SP  Front View:-  PV  SV  Technical specification:Size : 96mm X 96mm X 110 mm Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 300.0 0C Resolution : 0.1 0C  Default Display:-  PV  SV  Key Function:SET Key INC Key DEC Key ESC Key : Enter into edit mode to change the value of parameter. To set the difference parameter. : Scrolls up through menus/parameter or increments the parameter value when in edit mode. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Comes out of edit mode or escapes to default display screen.  Editing different levels:Sr.No Level Level Parameter 1 One Set Point 1 to 2, Hysterises 1 to 2. 2 Two Offset Adjust, Relay 3 Three Calibration-Low, Calibration-High Table 1.1 Press SET Key to enter in edit mode As display shows Edit press INC Key and select desired level When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level- 1 Sr. No. Display Label 1 2 3 4 5 Table 1.2  Description Level 1 Set point 1( -99.9 to 999.9) Hysterises 1( 0 to 999.9) Set point 2 ( -99.9 to 999.9) Hysterises 2 ( 0 to 999.9)  Level 2:Sr. No. Display Label 1 2 3 3.1 3.2 Table 1.3  Description Level 2 Offset Adjust (-99.9 to 999.9) Relay Relay -1 Relay -2  Level 3:Sr.No. Display Label 1 2 3 Table 1.4  Description Level 3 Calibration low Calibration high  Display Label \'s in Level 1,2 and 3:Sr. No. 1 2 Table 1.5 Display Label Description ON OFF  EDITING PARAMETER:The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value. CALIBRATION:By selecting the Level 3 you can calibrate the instrument. After entering the proper password display flash \'s and shows C-LO (Calibration point low) at this instant feed appropriate input source at channel 1 (lower range input). Now adjust the display as per input. When display follows the source press SET key to stop flashing and again press SET key now display flash \'s and shows C-HI (Calibration Point HIGH) at this instant feed appropriate input source at channel 1 (Higher range input). Now adjust the display as per input. When display follows the source press SET key to stop flashing. and again press SET key now display flash \'s and shows C-LO (Calibration Point LOW) Again now adjust it. Do the same up till the display shows input appropriately at first instant.  * Use standard input source to calibrate the instrument.  BACK PANEL CONNECTION:1 B \' 2 B SENSOR 1 11 C RELAY -1 3 4 A 5 6 7 E 8 N 230 VAC 17 9 L  10 NC  12 NC  13 NO  14 C RELAY ­ 2  15 NC  16  18  Table 1.6  ",29);arrFiles[138]=new Array(141,"http://www.dpminstrument.com/man_data/controller/TC-504.pdf","10 Jun 2010","Microsoft Word - TC-504.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 0 To 1000C 0.10C ±0.5% By Hellipot 1 No. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 24 VDC supply wire to Controller (supply connector (+) & (-) is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press PB to Display setting value. Press PB & Set the Temp. by POT.  PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front Side -  On Back SideA B B \'  +  -  NO C NC RELAY 1  24 VDC  ",28);arrFiles[139]=new Array(142,"http://www.dpminstrument.com/man_data/controller/TC-504F.pdf","10 Jun 2010","Microsoft Word - TC-504F.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504/2F  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 0 To 1000C 0.10C ±0.5% By Hellipot 1 No. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 24 VDC supply wire to Controller (supply connector (+) & (-) is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press PB to Display setting value. Press PB & Set the Temp. by POT.  PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front Side -  On Back SideA B B \'  +  -  NO C NC RELAY 1  24 VDC  ",28);arrFiles[140]=new Array(143,"http://www.dpminstrument.com/man_data/controller/TCP3004.pdf","4 Oct 2009","TCP3004","","","DPM INSTRUMENTS  PV  SV  USER MANUAL  RL 2 RL 3 RL 4  RL 1  TCP - 3004 A  PROCESS CONTROLLER TCP ­ 3004 A  D.P.M. INSTRUMENT PVT. LTD.  CONTENTS:  · · · · INTRODUCTION SPECIFICATION HIERARCHY PROGRAMMING  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  TCP ­ 3004 A IS PROCESS INDICATOR CONTROLLER THIS INSTRUMENT HAS 2 ROW EACH OF 4 DIGITS SEVEN SEGMENT DISPLAY WITH DECIMAL POINT CAN BE PROGRAMBLE. THIS UNIT IS HAVING PROGRAMMABLE HIGHER AND LOW SCALE LIMIT ACCORDING TO REQUIREMENT. THIS INSTURMENT COME ALONGWITH 2 RELAY OUTPUT CAN PROGRAMMED WITH THE HELP OF PROGRAMMING KEYS ON FRONT PLATE. FRONT PLATE OF TCP-3004 A CONTAINS: · · · · · · · · · PV Display: Indicates the process variable (PV). SV Display: Indicated the value of first Set Point. SET Key: Enter into edit mode to change the value of a parameter. UP Key: Scrolls up through menus/parameters or increments the parameter value when in edit mode. Down Key: Scrolls down through menus/parameters or decrements the parameter value when in edit mode. Escape Key: Comes out of edit mode or escapes to default display screen. RL 1 Indication: When Relay 1 is `ON \', a red LED labeled `RL1 \' glows to indicate it. RL 2 Indication: When Relay 2 is `ON \', a red LED labeled `RL2 \' glows to indicate it. RL 3 and RL 4 Indication : Optional  D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  DISPLAY RANGE INPUT FIRST OUTPUT SECOND OUTPUT THIRD OUTPUT FOURTH OUTPUT CONTROL ACTION HYSTERESIS ACCURACY CALIBRATION SIZE SUPPLY  : : : : : : : : : : : : :  2 ROW 4 DIGIT SEVEN SEGMENT 0.53  LED PROGRAMMABLE BY FRONT KEY 4 TO 20 MA 5 AMP. RELAY CONTACT 5 AMP. RELAY CONTACT 5 AMP. RELAY CONTACT (OPTIONAL) 5 AMP. RELAY CONTACT (OPTIONAL) PROGRAMMABLE BY FRONT KEY (LOW/HIGH) PROGRAMMABLE +/- 0.25 % BY SOFTWARE 96 X 96 X 110 MM 230VAC 50 HZ. +/- 15 %  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PRESS PROGRAM KEY FOR 3SEC  D ISPLAY SHOWS EDIT  LE V E L -1 S P -1 H Y-1 S P -2  L E V E L-2 O FFS E T rLY L-S C H -S C rL 01 rL 02  LE V E L-3  PA S S  H Y-2 d-P t PRESS ESC  R ETU R N TO N O R M A L D IS PLAY  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · · · PRESS THE PROG KEY CONTINOUSLY TILL THE DISPLAY READS  EDIT  PRESS PROG KEY AGAIN TO ENTER IN EDIT MODE  LV ­ 1  WILL APPEAR PRESS PROG KEY AGAIN TO ENTER IN  LV ­ 1  ELSE PRESS INCREMENT OR DECREMENT KEY TO GO TO  LV ­ 2  OR  LV ­ 3 . AFTER ENTERING IN  LV ­ 1   SP-1  WILL APPEAR AFTER PRESSING PROG KEY THIS SET POINT -1 CAN BE CHANGED BY INCREMENT/DECREMENT KEY AFTER SETTING  SP-1  BY PRESSING PROG KEY  HY-1  WILL APPEAR THIS HYSTERSIS CAN BE CHANGE BY INCREMENT/DECREMENT KEY AFTER SETTING  HY-1  BY PRESSING PROG KEY  SP-2  WILL APPEAR THIS SET POINT -2 CAN BE CHANGE BY INCREMENT/DECREMENT KEY AFTER SETTING  SP-2  BY PRESSING PROG KEY  HY-2 WILL APPEAR THIS HYSTERSIS CAN BE CHANGE WITH HELP OF INCREMENT/DECREMENT KEY AFTER PRESSING PROG KEY CURRENT READING WILL DISPLAY AFTER ENTERING IN  LV ­ 2  OFFSET WILL APPEAR AFTER PRESSING PROG KEY  OFFSET  CAN BE CHANGED BY INCREMENT/DECREMENT KEY AFTER SETTING  OFFSET  BY PRESSING PROG KEY  RLY  WILL APPEAR BY PRESSING PROG KEY CAN BE ENTERED IN  RL01  CONDITION AT SET POINT EITHER HIGH OR LOW BY INCREMENT/DECREMENT KEY. FURTHER PRESSING PROG KEY  RL02  CONDITION AT SET POINT CAN BE CHANGED BY INCREMENT/DECREMENT KEY  L SC  CAN BE CHANGE BY PRESSING PROG KEY AFTER  RLY  WHICH CAN BE CHANGE BY INCREMENT/DECREMENT KEY AFTER SETTING  L SC   H SC  WILL APPEAR THIS CAN BE CHANGE WITH HELP OF INCREMENT/DECREMENT KEY AFTER SETTING  H SC  BY PRESSING PROG KEY  d-PT  APPREARED THIS IS USED TO CHANGE DECIMAL POINT POSITION. ENTERING IN  LV ­ 3   PASS  WILL APPEAR WHICH IS RESERVE FOR MANUFACTURER.  · · ·  · ·  ·  · · · ·  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM  1  2  +V  3  4  5  6  7  E  8  N  230 VAC  9  L  IN GND  4-20 mA INPUT  10  NO  11  C  12 13 14 15  NC NO C NC  RELAY - 2  16 17 18  RELAY - 1  D.P.M. INSTRUMENTS PVT. LTD.  ",95);arrFiles[141]=new Array(144,"http://www.dpminstrument.com/man_data/controller/TCP_3004_NEW.pdf","10 Jun 2010","Microsoft Word - TCP_3004_NEW.doc","","","DPM Instruments Pvt. Ltd.  Microcontroller based Process Controller: TCP-3004A Instruction Manual Technical Specifications Display Range Input First Output Second Output Third Output Fourth Output Control Action Hysterics Accuracy Calibration Size Supply : : : : : : : : : : : : : 2 Row 4 Digit seven segment 0.53  LED Programmable by front key 4 to 20 mA 5 Amp. Relay contact 5 Amp. Relay contact 5 Amp. Relay contact (Optional) 5 Amp. Relay contact (Optional) Programmable by front key (Low/High) Programmable +/- 0.25 % By Software 96 X 96 X 110 mm 230 VAC 50 Hz. +/- 15 %  CONTENTS 1. 2. 3. 4. Device Overview Device Operation Instruction Parameter List Wiring Connection  Section-1: Device Overview  DPM INSTRUMENTS  TCP-3004  (1) (2) (3) (4)  (5)  (6) (7) (8) (9) (10)  PV Display: Indicates the process variable (PV). SV Display: Indicated the value of first Set Point. SET Key: Enter into edit mode to change the value of a parameter. UP Key: Scrolls up through menus/parameters or increments the parameter value when in edit mode. Down Key: Scrolls down through menus/parameters or decrements the parameter value when in edit mode. Escape Key: Comes out of edit mode or escapes to default display screen. Output 1 Indication: When Output 1 is `ON \', a red LED labeled `OP1 \' glows to indicate it. Output 2 Indication: When Output 2 is `ON \', a red LED labeled `OP2 \' glows to indicate it. Output 3 Indication: When Output 3 is `ON \', a red LED labeled `OP3 \' glows to indicate it. Output 4 Indication: When Output 4 is `ON \', a red LED labeled `OP4 \' glows to indicate it.  Section 2: Device Operation Instruction  When the device is powered the display shows the following:  Display Check  Firmware Code  Default Display  2.1 Parameter Organization: All machine parameters are organized into 4 menus. Menu 0 consists Process Variable and the first Set Point and is the default menu. This means that when the system is powered up and ready to operate the display shows the value of Process Variable on the first line and the value of Set Point 1 on the second line. Menu 1 holds the value of all Set Points and their Hystersis. Menu 2 consists all other parameters. Further Menu 1 and Menu 2 are divided into number of pages with each page containing the name and value of one parameter. For an example the first page of Menu 1 displays the value of Set Point 1 in the first line and the name  SP-1  in the second line as shown in figure below:  2.2 Scrolling through Parameters: Scrolling through parameters is done by pressing PROG key . If you keep the PROG key pressed for about 3 seconds it takes you to the First menu . Similarly pressing these keys once takes you to next parameter inside a menu. Pressing the ESC key at any time takes you to the default display. If you in First menu and you keep the PROG key pressed for 3 second it takes you to Second menu. 2.3 Setting Parameters: To set a parameter, first scroll to Menu .Now the flashing of the parameter name as shown below:  Now the UP key and the DN key may be used to adjust the value of the parameter. Once the value is set as desired press the PROG key again to set this value as the new value of the parameter. After pressing PROG Key new parameter value saved and instrument now shows next parameter. Pressing the ESC key at any time takes you to the default display.  2.4 Error Messages: Whenever an error condition occurs all outputs are turned off, the second line shows SET POINT and the first line shows the error code  -SF- .  Section 3: Parameter List Parameter Display Code Menu 0 Name Description  Default Display Menu 1 Set Point 1 Hystersis 1 Set Point 2 Hystersis 2 Set Point 3 Hystersis 3 Set Point 4 Hystersis 4 Menu 2 L-r H-r Low Range High Range  PV in first line and SP-1 in second line Set-point for first control. Range 0 to 9999 Hystersis for first control. Range 0 t0 19 Set-point for second control. Range 0 to 9999 Hystersis for second control. Range 0 to 19 Set-point for third control. Range 0 to 9999 Hystersis for third control. Range 0 to 19 Set-point for fourth control. Range 0 to 9999 Hystersis for fourth control. Range 0 to 19 Low Process Value for 4 mA 0 to 1000 High Process Value for 20 mA 50 to 9999  Menu 3 dpp Int Decimal position Input Type Relay Mode Decimal Position for Process Value Range; 0 , 0.0 , 0.00 , 0.000 Input type 0 to 20 or 4 to 20 mA Relay action : ON or OFF ON ­ Below set point Relay ON OFF- Below set point Relay OFF  Menu 4 calibration menu use proper calibrator Low Calibration point High Calibration point Error Messages Display Code Error Type Sensor Fail Connect mA Source meter at input and feed low cal. (4 mA)Value adjust reading by UP / DOWN key if difference in reading. Feed higher cal(16 / 20 mA) value and adjust if Difference. Correcting measures Check sensor connection. Check sensor is not open or shortcircuited.  Section 4: Wiring Connection  1  2  3  4  5  6  7  8  9  +V I/P GND 4-20mA Tx  E N L 230 V AC  RELAY--1 RELAY ­ 2 RELAY-3 NO C NC NO C NC NO C NC 1 0 11 12 13 14 15 16 17 18  ",34);arrFiles[142]=new Array(145,"http://www.dpminstrument.com/man_data/controller/TCP_Com.pdf","22 Aug 2009","UserManual2005_NEW","","","DPM Instruments Pvt. Ltd  Microcontroller based Temperature Controller: TCP-2005A Instruction Manual Technical Specifications Display Range Input Main Output Second Output Third Output Fourth Output Control Action Hysterics Accuracy Calibration Size Supply : : : : : : : : : : : : : 2 Row 4 Digit seven segment 0.53  LED Programmable by front key PT ­ 100 5 Amp. Relay contact 5 Amp. Relay contact (Optional) 5 Amp. Relay contact (Optional) 5 Amp. Relay contact (Optional) Programmable by front key (Low/High) Programmable +/- 0.2 Deg.C By Software 96 X 96 X 110 mm 230 VAC 50 Hz. +/- 15 %  CONTENTS 1. 2. 3. 4. Device Overview Device Operation Instruction Parameter List Wiring Connection  Section-1: Device Overview  (1) (2) (3) (4)  (5)  (6) (7) (8) (9) (10)  PV Display: Indicates the process variable (PV). SV Display: Indicated the value of first Set Point. SET Key: Enter into edit mode to change the value of a parameter. UP Key: Scrolls up through menus/parameters or increments the parameter value when in edit mode. Down Key: Scrolls down through menus/parameters or decrements the parameter value when in edit mode. Escape Key: Comes out of edit mode or escapes to default display screen. Output 1 Indication: When Output 1 is `ON \', a red LED labeled `OP1 \' glows to indicate it. Output 2 Indication: When Output 2 is `ON \', a red LED labeled `OP2 \' glows to indicate it. Output 3 Indication: When Output 3 is `ON \', a red LED labeled `OP3 \' glows to indicate it. Output 4 Indication: When Output 4 is `ON \', a red LED labeled `OP4 \' glows to indicate it.  Section 2: Device Operation Instruction When the device is powered the display shows the following:  Display Check  Firmware Code  Default Display  2.1 Parameter Organization: All machine parameters are organized into 3 menus. Menu 0 consists Process Variable and the first Set Point and is the default menu. This means that when the system is powered up and ready to operate the display shows the value of Process Variable on the first line and the value of Set Point 1 on the second line. Menu 1 holds the value of all Set Points and their Hystersis. Menu 2 consists all other parameters. Further Menu 1 and Menu 2 are divided into number of pages with each page containing the name and value of one parameter. For an example the first page of Menu 1 displays the value of Set Point 1 in the first line and the name  SP-1  in the second line as shown in figure below:  2.2 Scrolling through Parameters: Scrolling through parameters is done by pressing PROG key . If you keep the PROG key pressed for about 3 seconds it takes you to the First menu . Similarly pressing these keys once takes you to next parameter inside a menu. Pressing the ESC key at any time takes you to the default display. If you in First menu and you keep the PROG key pressed for 3 second it takes you to Second menu. 2.3 Setting Parameters: To set a parameter, first scroll to Menu .Now the flashing of the parameter name as shown below:  Now the UP key and the DN key may be used to adjust the value of the parameter. Once the value is set as desired press the PROG key again to set this value as the new value of the parameter. After pressing PROG Key new parameter value saved and instrument now shows next parameter. Pressing the ESC key at any time takes you to the default display. 2.4 Error Messages: Whenever an error condition occurs all outputs are turned off, the second line shows SET POINT and the first line shows the error code  -SF- .  Section 3: Parameter List Parameter Display Code Menu 0 Name Description  Default Display Menu 1 Set Point 1 Hystersis 1 Set Point 2 Hystersis 2 Set Point 3 Hystersis 3 Set Point 4 Hystersis 4 Menu 2  PV in first line and SP-1 in second line Set-point for first control. Range 0 to 450.0 Hystersis for first control. Range 0 t0 19.9 Set-point for second control. Range 0 to 450.0 Hystersis for second control. Range 0 to 19.9 Set-point for third control. Range 0 to 450.0 Hystersis for third control. Range 0 to 19.9 Set-point for fourth control. Range 0 to 450.0 Hystersis for fourth control. Range 0 to 19.9  Relay Mode  Relay action : ON or OFF ON ­ Below set point Relay ON OFF- Below set point Relay OFF  Menu 3 calibration menu use proper calibrator Low Calibration point High Calibration point Error Messages Display Code Error Type Sensor Fail Connect RTD calibrator at sensor input and feed low cal. Value adjust reading by UP / DOWN key if difference in reading. Feed higher cal value and adjust if Difference. Correcting measures Check sensor connection. Check sensor is not open or shortcircuited.  Section 4: Wiring Connection  B  B RTD  A C NO RL-4  Alarm  RL-3 NO C NC  ",40);arrFiles[143]=new Array(146,"http://www.dpminstrument.com/man_data/controller/FINAL/BLC  Specifications.pdf","12 Jun 2010","Microsoft Word - BLC  Specifications.doc","","","BLC Specifications  SIZE DISPLAY INDICATIONS 96x96 72x72 48x96 48x48 7-SEGMENT LED 7-SEGMENT LED 7-SEGMENT LED 7-SEGMENT LED Single Double Single Double Single Double Single Double Row Row Row Row Row Row Row Row PV PV PV PV PV PV PV PV OP \'S SV OP \'S SV OP \'S SV OP \'S SV OP \'S OP \'S OP \'S OP \'S 3+3 3+3 3+3 3+3 4 2 4 2 Absolute High / Absolute Low / Absolute Heat / Absolute Cool / Deviation High / Deviation Low / Deviation Heat / Deviation Cool (for output 2/3/4) Absolute High / Absolute Low / Absolute Heat / Absolute Cool / /Time Proportional (for output 1) 230 VAC or 24VDC(Optional)  DIGIT OUTPUT RELAY ALARM ACTION  CONTROL ACTION SUPPLY VOLTAGE  INPUT TYPE AND RANGE  Universal RESOLUTION  RTD PT-100 J-Type Thermocouple K-Type Thermocouple 4 - 20mA 0 ­ 1V 1°C For RTD PT-100 1°C For Thermocouple 1/0.1/00.1For Linear Input (Decimal Point Selectable)  -99°c to 450°c 0°c to 700°c 0°c to 999°c -99 To 999 -99 To 999  Ordering Information:BLC (Input) XX 11 RTD PT-100 96 13 4-20mA 72 14 0-1V 49 17 J ­ Type 18 K ­ Type 03 J/K/RTD PT-100 04 J/K/RTD PT-100/4-20mA (Size) XX 96x96 72x72 48x96 D S (Display) X Dual Row Single Row  ",72);arrFiles[144]=new Array(147,"http://www.dpminstrument.com/man_data/controller/FINAL/HRC  Specifications.pdf","12 Jun 2010","Microsoft Word - HRC  Specifications.doc","","","HRC Specifications  SIZE DISPLAY INDICATIONS 96x96 72x72 48x96 48x48 7-SEGMENT LED 7-SEGMENT LED 7-SEGMENT LED 7-SEGMENT LED Single Double Single Double Single Double Single Double Row Row Row Row Row Row Row Row PV PV PV PV PV PV PV PV OP \'S SV OP \'S SV OP \'S SV OP \'S SV OP \'S OP \'S OP \'S OP \'S 4+4 4+4 4+4 4+4 4 2 4 2 Absolute High / Absolute Low / Absolute Heat / Absolute Cool / Deviation High / Deviation Low / Deviation Heat / Deviation Cool (for output 2/3/4) Absolute High / Absolute Low / Absolute Heat / Absolute Cool / /Time Proportional/PID (for output 1) 230 VAC or 24VDC(Optional)  DIGIT OUTPUT RELAY ALARM ACTION  CONTROL ACTION SUPPLY VOLTAGE  RETRANSMISSION OUTPUT PC COMMUNICATION INPUT TYPE AND RANGE  0 mA To 20mA/4 mA To 20mA/20 mA To 0mA/20 mA To 4mA  Available MODBUS RTU/MODBUS ASCII/DPM (As Per Ordered)  Universal  RESOLUTION  RTD PT-100 -99.0°c To 600.0°c J-Type Thermocouple -50°c To 1200°c K-Type Thermocouple -50°c To 1350°c R-Type Thermocouple -50°c To 1700°c S-Type Thermocouple -50°c To 1700°c T-Type Thermocouple -270°c To 400°c E-Type Thermocouple -270°c To 1000°c B-Type Thermocouple 0°c To 1820°c N-Type Thermocouple -270°c To 1300°c 4 - 20 mA -999 To 9999 0 - 20 mA -999 To 9999 0 ­ 1V -999 To 9999 0 ­ 5V -999 To 9999 0 ­ 10V -999 To 9999 0.1°C For RTD PT-100 1°C For Thermocouple 1/0.1/00.1/000.1 For Linear Input (Decimal Point Selectable)  Ordering Information:HRC 01 03 04 11 12 13 14 15 16 17 18 19 20 21 22 23 24 (Input) XX Universal J/K/RTD PT-100 J/K/RTD PT-100/4-20mA RTD PT-100 0-20mA 4-20mA 0-1V 0-5V 0-10V J- TYPE K- TYPE R- TYPE S- TYPE T- TYPE E- TYPE B- TYPE N- TYPE 96 72 49 48 (Size) XX 96 x 96 72 x 72 48 x 96 48 x 48 D S (Display) X Dual Row Single Row  ",82);arrFiles[145]=new Array(148,"http://www.dpminstrument.com/man_data/controller/FINAL/LEV-2009.pdf","8 Jun 2010","Microsoft Word - LEV-2009.doc","","","MICRO-CONTROLLER BASED LEVEL CONTROLLER  Model No.:Front View:LEV-2009  PV  SV  Technical Specification:Size Display Operating Voltage Calibration Input Output Accuracy : : : : : : : 96x96x110mm 2 Row 4 digit Seven segment 0.53  LED 230 VAC 50Hz.+/-15% By Software 4-20mA 2 nos.Relay +/-0.25% of Span  1  Default Display:-  PV  SV  Key Function:SET Key INC Key : Enter into edit mode to change the value of parameter. To set the difference parameter. : Scrolls up through menus/parameter or increments the parameter value when in edit mode. To set lower display to set point 1. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode To set lower display to set point 2. : Comes out of edit mode or escapes to default display screen. To set lower display to mm scale.  DEC Key  ESC Key  2  Editing different levels:Sr. Level Level Parameter No 1 One Set Point 1, Hysteresis 1,Set Point 2, Hysteresis 2, 2 Two Offset Adjust, Relay1/2, Low Height, Medium Height, High Height, Low Liter, Medium Liter, High Liter, Decimal point. 3 Three Low Scale, High Scale, Password, Calibration Low, Calibration High Table 1 Press SET Key to Enter in edit mode As display shows Edit using INC and DEC Key select desired level When you scroll down to different level different messages appears on screen. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level :-1 Sr.No Lable 1 2 3 4 5  Descriptions Level 1 Set point 1 ( -999 - 9999) Hysterises 1 ( -999 - 9999) Set point 2 ( -999 - 9999) Hysterises 2 ( -999 - 999.9)  Table 2  3  Level :-2 Sr.No 1 2 3 I II 4 5 6 7 8 9 10 Lable Discriptiontion Level 2 Offset Adjust ( -999 - 9999). Relay. Relay 1 (LOW - HIGH). Relay 2 (LOW - HIGH). Low Height Medium Height High Height Low Height Medium Height High Height Decimal point (0, 1, 2, 3).  Table 3  4  Level:-3 Sr.No 1 2 3 4 5 6 Label Description Level 3 Low Indication Scale (-999 - 9999). High Indication Scale (-999 - 9999). Pass word ( 0-9999) Calibration Low (feed -4mA ) Calibration High (feed -20mA)  5  OPRATING INSTRUMENT:-  Default Display  Upper display shows process value. And lower display shows Set Point 1.  To Edit the Parameter Press SET Key. It moves you to the edit level and display shows.  To move between different levels use INC and DEC Keys.  First  Second  Third  Pressed SET Key to set desires level.  6  EDITING LEVEL 1 :Pressing SET key when display showing L ­ 01 display shows  Upper display shows current parameter value. And lower display shows tag. Used INC Key to move between different Parameter of this level. As INC Key Pressed different parameter scroll. Table 2 Shows various parameter of level 2. Use SET Key to select parameter. As the SET Key Pressed Lower Display start Flashing. Indicate that parameter is ready to Edit. With the help of INC and DEC Key you can change the parameter value. And by pressing SET Key Store the new value. Various Parameter limit are given in the Tag Table. Use ESC key to return back to default Display.  EDITING LEVEL 2 :Pressing SET key when display showing L ­ 02 display shows  Upper display shows current parameter value. And lower display shows tag. Used INC Key to move between different Parameter of this level. As INC Key Pressed different parameter scroll. Table 2 Shows various parameter of level 2. Use SET Key to select parameter. As the SET Key Pressed Lower Display start Flashing. Indicate that parameter is ready to Edit. With the help of INC and DEC Key you can change the parameter value. And by pressing SET Key Store the new value. Various Parameter limit are given in the Tag Table.  7  Use ESC key to return back to default Display.  Editing Level 3 parameter (Calibration):Low Scale and High scale parameter can change as above stated menus Use key combination as per already stated to move to calibration level(level 3) Enter appropriate password when display showing. Use key INC and DEC to change the values. And press SET key to enter. the flashing display indicate that calibrating point When the display show ready to save the low calibration. At this instant feed the correct low source at the input side and adjust the display at correct input and press SET. Now display show the flashing display indicate that calibrating point ready to save the high calibration. At this instant feed the correct high source at the input side and adjust the display at correct input and press SET. Do above procedure till display show current input at first instant. Once done press ESC key to return to default mode.  Back Panel Wiring connection:-  1  2 3 4 +24 V IP GND 4-20mA INPUT  5  6  7 E  8 N 230 V AC  9 L  10 NO  11 12 C NC RELAY-1  13 NO  14 15 C NC RELAY-2  16  17  18  8  ",55);arrFiles[146]=new Array(149,"http://www.dpminstrument.com/man_data/controller/FINAL/LRC  Specifications.pdf","12 Jun 2010","Microsoft Word - LRC  Specifications.doc","","","LRC Specifications  SIZE DISPLAY INDICATIONS 96x96 72x72 48x96 48x48 7-SEGMENT LED 7-SEGMENT LED 7-SEGMENT LED 7-SEGMENT LED Single Double Single Double Single Double Single Double Row Row Row Row Row Row Row Row PV PV PV PV PV PV PV PV OP \'S SV OP \'S SV OP \'S SV OP \'S SV OP \'S OP \'S OP \'S OP \'S 4+4 4+4 4+4 4+4 4 2 4 2 Absolute High / Absolute Low / Absolute Heat / Absolute Cool / Deviation High / Deviation Low / Deviation Heat / Deviation Cool (for output 2/3/4) Absolute High / Absolute Low / Absolute Heat / Absolute Cool / (for output 1) 230 VAC or 24VDC(Optional)  DIGIT OUTPUT RELAY ALARM ACTION  CONTROL ACTION SUPPLY VOLTAGE  INPUT TYPE AND RANGE  Universal  RESOLUTION  RTD PT-100 -99.0°c To 600.0°c J-Type Thermocouple -50°c To 1200°c K-Type Thermocouple -50°c To 1350°c R-Type Thermocouple -50°c To 1700°c S-Type Thermocouple -50°c To 1700°c T-Type Thermocouple -270°c To 400°c E-Type Thermocouple -270°c To 1000°c B-Type Thermocouple 0°c To 1820°c N-Type Thermocouple -270°c To 1300°c 4 - 20 mA -999 To 9999 0 - 20 mA -999 To 9999 0 ­ 1V -999 To 9999 0 ­ 5V -999 To 9999 0 ­ 10V -999 To 9999 0.1°C For RTD PT-100 1°C For Thermocouple 1/0.1/00.1/000.1 For Linear Input (Decimal Point Selectable)  Ordering Information:LRC 11 12 13 14 15 16 17 18 19 20 21 22 23 24 03 04 (Input) XX RTD PT-100 0-20mA 4-20mA 0-1V 0-5V 0-10V J ­ Type K ­ Type R ­ Type S ­ Type T ­ Type E ­ Type B ­ Type N ­ Type J/K/RTD PT-100 J/K/RTD PT-100/4-20mA 96 72 49 48 (Size) XX 96 x 96 72 x 72 48 x 96 48 x 48 D S (Display) X Dual Row Single Row  ",81);arrFiles[147]=new Array(150,"http://www.dpminstrument.com/man_data/controller/FINAL/MRC Specifications.pdf","12 Jun 2010","Microsoft Word - MRC  Specifications.doc","","","MRC Specifications  SIZE DISPLAY INDICATIONS 96x96 72x72 48x96 48x48 7-SEGMENT LED 7-SEGMENT LED 7-SEGMENT LED 7-SEGMENT LED Single Double Single Double Single Double Single Double Row Row Row Row Row Row Row Row PV PV PV PV PV PV PV PV OP \'S SV OP \'S SV OP \'S SV OP \'S SV OP \'S OP \'S OP \'S OP \'S 4+4 4+4 4+4 4+4 4 2 4 2 Absolute High / Absolute Low / Absolute Heat / Absolute Cool / Deviation High / Deviation Low / Deviation Heat / Deviation Cool (for output 2/3/4) Absolute High / Absolute Low / Absolute Heat / Absolute Cool / /Time Proportional/PID (for output 1) 230 VAC or 24VDC(Optional)  DIGIT OUTPUT RELAY ALARM ACTION  CONTROL ACTION SUPPLY VOLTAGE  RETRANSMISSION OUTPUT  0 mA To 20mA/4 mA To 20mA/20 mA To 0mA/20 mA To 4mA  INPUT TYPE AND RANGE  Universal  RESOLUTION  RTD PT-100 -99.0°c To 600.0°c J-Type Thermocouple -50°c To 1200°c K-Type Thermocouple -50°c To 1350°c R-Type Thermocouple -50°c To 1700°c S-Type Thermocouple -50°c To 1700°c T-Type Thermocouple -270°c To 400°c E-Type Thermocouple -270°c To 1000°c B-Type Thermocouple 0°c To 1820°c N-Type Thermocouple -270°c To 1300°c 4 - 20 mA -999 To 9999 0 - 20 mA -999 To 9999 0 ­ 1V -999 To 9999 0 ­ 5V -999 To 9999 0 ­ 10V -999 To 9999 0.1°C For RTD PT-100 1°C For Thermocouple 1/0.1/00.1/000.1 For Linear Input (Decimal Point Selectable)  Ordering Information:MRC 03 04 11 12 13 14 15 16 17 18 19 20 21 22 23 24 (Input) XX J/K/RTD PT-100 J/K/RTD PT-100/4-20mA RTD PT-100 0-20mA 4-20mA 0-1V 0-5V 0-10V J- TYPE K- TYPE R- TYPE S- TYPE T- TYPE E- TYPE B- TYPE N- TYPE 96 72 49 48 (Size) XX 96 x 96 72 x 72 48 x 96 48 x 48 D S (Display) X Dual Row Single Row  ",81);arrFiles[148]=new Array(151,"http://www.dpminstrument.com/man_data/controller/FINAL/TC-504-2-AL.pdf","8 Jun 2010","Microsoft Word - TC-504-2-AL.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC/504/2/AL 05 / 17 05 / 18  SPECIFICATIONS TYPE RANGE : : PT-100 / Thermocouple - 100....450 ºC (PT ­ 100) - 100.... 199.9 ºC (PT ­ 100) 0.... 600 ºC (J) 0 ....1200 ºC (K) 0.10C ±0.5% By Hellipot 1. Compressor 2. Alarm Relay contact rated 25Amp. In-Build Buzzer for Alarm 230 V.AC 50 Hz 96/96/110  RESOLUTION ACCURACY SETTING  : : :  OUTPUT POWER Size  : : :  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 230 V AC supply wire to Controller (supply connector L N E is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press Temp S/W to Display Compressor setting. Press AL S/W to Display Alarm Setting  Action:  1. Actual temperature is above set temperature compressor start after 3min. Delay time. When actual temp. is below set,comperassor get off. 2. When any power failure is accrued or actual temperature is above alarm set temperature, Alarm is on. Pressing RST AL S/W to RESET alarm. PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front side-  O  Display  C  COMP. TEMP. AL  Comp. Relay LED Comp. Setting s/w Alarm Setting s/w  Alarm LED Alarm Set Pot.  AL  SET TEMP.  SET AL  RST AL TC-504/2/AL  Alarm Reset  DPM INSTRUMENTS PVT. LTD.  Comp. Set Pot.  On Back SideA B B \'  + -  Alarm  L  N  E  NO C NC RELAY 1  NO C  NC  RELAY 2  Note: If two set point controller than Relay 2 is used.  WIRING DIEGRAM  L N E NO C NC  L  N  230 V AC  COMPERASSOR  ",35);arrFiles[149]=new Array(152,"http://www.dpminstrument.com/man_data/controller/FINAL/TC-504-2-H-C.pdf","10 Jun 2010","Microsoft Word - TC-504-2-H-C.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504/2/H/C  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 0 To 1000C 0.10C ±0.5% By Hellipot 2 NoS. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 24 VDC supply wire to Controller (supply connector (+) & (-) is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press PB to Display setting value. Press PB & Set the Temp. by POT.  PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front Side -  On Back SideA B B \'  +  -  NO C NC RELAY 1  24 VDC  ",29);arrFiles[150]=new Array(153,"http://www.dpminstrument.com/man_data/controller/FINAL/TC-504-2.pdf","10 Jun 2010","Microsoft Word - TC-504-2.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504/2  SPECIFICATIONS INPUT TEMP. RANGE : : PT-100 / Thermocouple -100....450 -100.... 199.9 0.... 600 0 ....1200 0.10C ±0.5% By Hellipot 2 NoS. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm ºC (PT ­ 100) ºC (PT ­ 100) ºC (J) ºC (K)  RESOLUTION ACCURACY SETTING OUTPUT POWER Size  : : : : : :  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 24 VDC supply wire to Controller (supply connector (+) & (-) is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press PB to Display setting value. Press PB & Set the Temp. by POT.  PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front Side -  On Back SideA B B \'  +  -  NO C NC RELAY 1  24 VDC  ",30);arrFiles[151]=new Array(154,"http://www.dpminstrument.com/man_data/controller/FINAL/TC-504-2F.pdf","8 Jun 2010","Microsoft Word - TC-504-2F.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504/2F  SPECIFICATIONS INPUT TEMP. RANGE : : PT-100 / Thermocouple -100....450 -100.... 199.9 0.... 600 0 ....1200 0.10C ±0.5% By Hellipot 2 NoS. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm ºC (PT ­ 100) ºC (PT ­ 100) ºC (J) ºC (K)  RESOLUTION ACCURACY SETTING OUTPUT POWER Size  : : : : : :  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 24 VDC supply wire to Controller (supply connector (+) & (-) is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press PB to Display setting value. Press PB & Set the Temp. by POT.  PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front Side -  On Back SideA B B \'  +  -  NO C NC RELAY 1  24 VDC  ",30);arrFiles[152]=new Array(155,"http://www.dpminstrument.com/man_data/controller/FINAL/TC-504.pdf","10 Jun 2010","Microsoft Word - TC-504.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504  SPECIFICATIONS  TYPE RANGE  : :  PT-100 / Thermocouple - 100....450 ºC (PT ­ 100) - 100.... 199.9 ºC (PT ­ 100) 0.... 600 ºC (J) 0 ....1200 ºC (K) 0.10C ±0.5% By Hellipot 1 No. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  RESOLUTION ACCURACY SETTING OUTPUT POWER Size  : : : : : :  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 24 VDC supply wire to Controller (supply connector (+) & (-) is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press PB to Display setting value. Press PB & Set the Temp. by POT.  PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front Side -  On Back SideA B B \'  +  -  NO C NC RELAY 1  24 VDC  ",29);arrFiles[153]=new Array(156,"http://www.dpminstrument.com/man_data/controller/FINAL/TC-504F.pdf","10 Jun 2010","Microsoft Word - TC-504F.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504/F  SPECIFICATIONS TYPE RANGE : : PT-100 / Thermocouple - 100....450 ºC (PT ­ 100) - 100.... 199.9 ºC (PT ­ 100) 0.... 600 ºC (J) 0 ....1200 ºC (K) 0.10C ±0.5% By Hellipot 1 No. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  RESOLUTION ACCURACY SETTING OUTPUT POWER Size  : : : : : :  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 24 VDC supply wire to Controller (supply connector (+) & (-) is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press PB to Display setting value. Press PB & Set the Temp. by POT.  PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front Side -  On Back SideA B B \'  +  -  NO C NC RELAY 1  24 VDC  ",29);arrFiles[154]=new Array(157,"http://www.dpminstrument.com/man_data/controller/FINAL/TC-72.pdf","8 Jun 2010","Microsoft Word - TC-72.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-72  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 / Thermocouple 0 To 1000C 0.10C ±0.5% By Hellipot 1 No. Relay contact rated 5Amp. 24 VDC 72 X 72 X110 mm  DIGITAL TEMPERATURE CONTROLLER USERS GUIDE 1. 2. 3. 4. Connect the 24 VDC supply wire to Controller (supply connector (+) & (-) is fixed back side of Controller.) Connect the Sensor wire to controller. Sensor connectors fixed on backside. DISPLAY is located on front side, showing actual temperature. For Setting purpose, potentiometer is there. Press PB to Display setting value. Press PB & Set the Temp. by POT.  PRECAUTIONS 1.  2.  Provide suitable service loop to allow easy removal of unit with attach wiring. Use proper-shielded wire to avoid electromagnetic interference  On Front Side -  On Back SideA B B \'  +  -  NO C NC RELAY 1  24 VDC  ",29);arrFiles[155]=new Array(158,"http://www.dpminstrument.com/man_data/controller/FINAL/TCP_2005.pdf","22 Aug 2009","UserManual2005_NEW","","","DPM Instruments Pvt. Ltd  Microcontroller based Temperature Controller: TCP-2005A Instruction Manual Technical Specifications Display Range Input Main Output Second Output Third Output Fourth Output Control Action Hysterics Accuracy Calibration Size Supply : : : : : : : : : : : : : 2 Row 4 Digit seven segment 0.53  LED Programmable by front key PT ­ 100 5 Amp. Relay contact 5 Amp. Relay contact (Optional) 5 Amp. Relay contact (Optional) 5 Amp. Relay contact (Optional) Programmable by front key (Low/High) Programmable +/- 0.2 Deg.C By Software 96 X 96 X 110 mm 230 VAC 50 Hz. +/- 15 %  CONTENTS 1. 2. 3. 4. Device Overview Device Operation Instruction Parameter List Wiring Connection  Section-1: Device Overview  (1) (2) (3) (4)  (5)  (6) (7) (8) (9) (10)  PV Display: Indicates the process variable (PV). SV Display: Indicated the value of first Set Point. SET Key: Enter into edit mode to change the value of a parameter. UP Key: Scrolls up through menus/parameters or increments the parameter value when in edit mode. Down Key: Scrolls down through menus/parameters or decrements the parameter value when in edit mode. Escape Key: Comes out of edit mode or escapes to default display screen. Output 1 Indication: When Output 1 is `ON \', a red LED labeled `OP1 \' glows to indicate it. Output 2 Indication: When Output 2 is `ON \', a red LED labeled `OP2 \' glows to indicate it. Output 3 Indication: When Output 3 is `ON \', a red LED labeled `OP3 \' glows to indicate it. Output 4 Indication: When Output 4 is `ON \', a red LED labeled `OP4 \' glows to indicate it.  Section 2: Device Operation Instruction When the device is powered the display shows the following:  Display Check  Firmware Code  Default Display  2.1 Parameter Organization: All machine parameters are organized into 3 menus. Menu 0 consists Process Variable and the first Set Point and is the default menu. This means that when the system is powered up and ready to operate the display shows the value of Process Variable on the first line and the value of Set Point 1 on the second line. Menu 1 holds the value of all Set Points and their Hystersis. Menu 2 consists all other parameters. Further Menu 1 and Menu 2 are divided into number of pages with each page containing the name and value of one parameter. For an example the first page of Menu 1 displays the value of Set Point 1 in the first line and the name  SP-1  in the second line as shown in figure below:  2.2 Scrolling through Parameters: Scrolling through parameters is done by pressing PROG key . If you keep the PROG key pressed for about 3 seconds it takes you to the First menu . Similarly pressing these keys once takes you to next parameter inside a menu. Pressing the ESC key at any time takes you to the default display. If you in First menu and you keep the PROG key pressed for 3 second it takes you to Second menu. 2.3 Setting Parameters: To set a parameter, first scroll to Menu .Now the flashing of the parameter name as shown below:  Now the UP key and the DN key may be used to adjust the value of the parameter. Once the value is set as desired press the PROG key again to set this value as the new value of the parameter. After pressing PROG Key new parameter value saved and instrument now shows next parameter. Pressing the ESC key at any time takes you to the default display. 2.4 Error Messages: Whenever an error condition occurs all outputs are turned off, the second line shows SET POINT and the first line shows the error code  -SF- .  Section 3: Parameter List Parameter Display Code Menu 0 Name Description  Default Display Menu 1 Set Point 1 Hystersis 1 Set Point 2 Hystersis 2 Set Point 3 Hystersis 3 Set Point 4 Hystersis 4 Menu 2  PV in first line and SP-1 in second line Set-point for first control. Range 0 to 450.0 Hystersis for first control. Range 0 t0 19.9 Set-point for second control. Range 0 to 450.0 Hystersis for second control. Range 0 to 19.9 Set-point for third control. Range 0 to 450.0 Hystersis for third control. Range 0 to 19.9 Set-point for fourth control. Range 0 to 450.0 Hystersis for fourth control. Range 0 to 19.9  Relay Mode  Relay action : ON or OFF ON ­ Below set point Relay ON OFF- Below set point Relay OFF  Menu 3 calibration menu use proper calibrator Low Calibration point High Calibration point Error Messages Display Code Error Type Sensor Fail Connect RTD calibrator at sensor input and feed low cal. Value adjust reading by UP / DOWN key if difference in reading. Feed higher cal value and adjust if Difference. Correcting measures Check sensor connection. Check sensor is not open or shortcircuited.  Section 4: Wiring Connection  B  B RTD  A C NO RL-4  Alarm  RL-3 NO C NC  ",40);arrFiles[156]=new Array(159,"http://www.dpminstrument.com/man_data/controller/FINAL/TCP_3004.pdf","10 Jun 2010","Microsoft Word - TCP_3004_NEW.doc","","","DPM Instruments Pvt. Ltd.  Microcontroller based Process Controller: TCP-3004A Instruction Manual Technical Specifications Display Range Input First Output Second Output Third Output Fourth Output Control Action Hysterics Accuracy Calibration Size Supply : : : : : : : : : : : : : 2 Row 4 Digit seven segment 0.53  LED Programmable by front key 4 to 20 mA 5 Amp. Relay contact 5 Amp. Relay contact 5 Amp. Relay contact (Optional) 5 Amp. Relay contact (Optional) Programmable by front key (Low/High) Programmable +/- 0.25 % By Software 96 X 96 X 110 mm 230 VAC 50 Hz. +/- 15 %  CONTENTS 1. 2. 3. 4. Device Overview Device Operation Instruction Parameter List Wiring Connection  Section-1: Device Overview  DPM INSTRUMENTS  TCP-3004  (1) (2) (3) (4)  (5)  (6) (7) (8) (9) (10)  PV Display: Indicates the process variable (PV). SV Display: Indicated the value of first Set Point. SET Key: Enter into edit mode to change the value of a parameter. UP Key: Scrolls up through menus/parameters or increments the parameter value when in edit mode. Down Key: Scrolls down through menus/parameters or decrements the parameter value when in edit mode. Escape Key: Comes out of edit mode or escapes to default display screen. Output 1 Indication: When Output 1 is `ON \', a red LED labeled `OP1 \' glows to indicate it. Output 2 Indication: When Output 2 is `ON \', a red LED labeled `OP2 \' glows to indicate it. Output 3 Indication: When Output 3 is `ON \', a red LED labeled `OP3 \' glows to indicate it. Output 4 Indication: When Output 4 is `ON \', a red LED labeled `OP4 \' glows to indicate it.  Section 2: Device Operation Instruction  When the device is powered the display shows the following:  Display Check  Firmware Code  Default Display  2.1 Parameter Organization: All machine parameters are organized into 4 menus. Menu 0 consists Process Variable and the first Set Point and is the default menu. This means that when the system is powered up and ready to operate the display shows the value of Process Variable on the first line and the value of Set Point 1 on the second line. Menu 1 holds the value of all Set Points and their Hystersis. Menu 2 consists all other parameters. Further Menu 1 and Menu 2 are divided into number of pages with each page containing the name and value of one parameter. For an example the first page of Menu 1 displays the value of Set Point 1 in the first line and the name  SP-1  in the second line as shown in figure below:  2.2 Scrolling through Parameters: Scrolling through parameters is done by pressing PROG key . If you keep the PROG key pressed for about 3 seconds it takes you to the First menu . Similarly pressing these keys once takes you to next parameter inside a menu. Pressing the ESC key at any time takes you to the default display. If you in First menu and you keep the PROG key pressed for 3 second it takes you to Second menu. 2.3 Setting Parameters: To set a parameter, first scroll to Menu .Now the flashing of the parameter name as shown below:  Now the UP key and the DN key may be used to adjust the value of the parameter. Once the value is set as desired press the PROG key again to set this value as the new value of the parameter. After pressing PROG Key new parameter value saved and instrument now shows next parameter. Pressing the ESC key at any time takes you to the default display.  2.4 Error Messages: Whenever an error condition occurs all outputs are turned off, the second line shows SET POINT and the first line shows the error code  -SF- .  Section 3: Parameter List Parameter Display Code Menu 0 Name Description  Default Display Menu 1 Set Point 1 Hystersis 1 Set Point 2 Hystersis 2 Set Point 3 Hystersis 3 Set Point 4 Hystersis 4 Menu 2 L-r H-r Low Range High Range  PV in first line and SP-1 in second line Set-point for first control. Range 0 to 9999 Hystersis for first control. Range 0 t0 19 Set-point for second control. Range 0 to 9999 Hystersis for second control. Range 0 to 19 Set-point for third control. Range 0 to 9999 Hystersis for third control. Range 0 to 19 Set-point for fourth control. Range 0 to 9999 Hystersis for fourth control. Range 0 to 19 Low Process Value for 4 mA 0 to 1000 High Process Value for 20 mA 50 to 9999  Menu 3 dpp Int Decimal position Input Type Relay Mode Decimal Position for Process Value Range; 0 , 0.0 , 0.00 , 0.000 Input type 0 to 20 or 4 to 20 mA Relay action : ON or OFF ON ­ Below set point Relay ON OFF- Below set point Relay OFF  Menu 4 calibration menu use proper calibrator Low Calibration point High Calibration point Error Messages Display Code Error Type Sensor Fail Connect mA Source meter at input and feed low cal. (4 mA)Value adjust reading by UP / DOWN key if difference in reading. Feed higher cal(16 / 20 mA) value and adjust if Difference. Correcting measures Check sensor connection. Check sensor is not open or shortcircuited.  Section 4: Wiring Connection  1  2  3  4  5  6  7  8  9  +V I/P GND 4-20mA Tx  E N L 230 V AC  RELAY--1 RELAY ­ 2 RELAY-3 NO C NC NO C NC NO C NC 1 0 11 12 13 14 15 16 17 18  ",34);arrFiles[157]=new Array(160,"http://www.dpminstrument.com/man_data/indicator/PI-401.pdf","22 Sep 2009","PI-401","","","PI-401  PROG  ESC  USER MANUAL  PROCESS INDICATOR  DPM INSTRUMENTS PVT. LTD.  CONTENTS  · · · · Introduction Specification Hierarchy Programming procedure  TM  DPM INSTRUMENTS PVT. LTD.  M FG O F PR O C ESS IN STR U M EN TS/C O N TR O L PAN EL  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  PI-401 IS A PROCESS INDICATOR  The indicator has 4 digit 4  seven segment displays. This unit is having programmable high and low scale limit and programmable decimal point according to requirement. Programming keys on front plate.  FRONT PLATE OF PI-401 CONTAINS: · · Display Program Key : Indicates the process variable. : Enter into PROGRAM mode to change the value of a parameter.  ·  Increment Key  : Scrolls up through menus/parameters or increments the parameter value when in PROGRAM mode. : Scrolls down through menus/parameters or decrements the parameter value when in PROGRAM mode.  ·  Decrement Key  ·  Escape Key  : Comes out of PROGRAM mode or escapes to default display screen.  D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Size Supply  : : : : : : :  4 Digit seven segment 4  LED Programmable by front key 4 to 20 mA +/- 0.25 % By Software 18  x 7  x 7  +24VDC  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PROCESS VALUE ON DISPLAY  PRESS PROG KEY FOR 5 SECONDS  OADJ PRESS KEY L-SC PRESS KEY H-SC PRESS KEY D-PT PRESS KEY PASS  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS  KEY  PRESS ESC KEY  PROCESS VALUE ON DISPLAY  ERROR MESSAGES ON DISPLAY · ·  S­ST  (SENSOR SHORT) : Connected 4-20 mA source goes above 24mA.  S­OP  (SENSOR OPEN) : Connected 4-20 mA source goes below 00mA.  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for 5 sec. Display will show  OADJ  (offset adjustment) Press PROG key to change offset. Offset value can be change with help of INCREMENT and DECREMENT key, to set adjusted offset press PROG key. Display will again show  OADJ  Press INCREMENT key display will show  L­SC  (low range to display for 4 mA input) Press PROG key to change low scale. Low scale value can be change with help of INCREMENT and DECREMENT key, to set low scale press PROG key. Display will again show  L-SC  Press INCREMENT key display will show  H­SC  (high range to display for 20 mA input) Press PROG key to change high scale. High scale value can be change with help of INCREMENT and DECREMENT key, to set high scale press PROG key. Display will again show  H-SC  Press INCREMENT key display will show  D-PT  (decimal point) Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will again show  D-PT  Press INCREMENT key display will show  PASS  (password) Press PROG key to enter password. Password can be entered with help of INCREMENT and DECREMENT key, to set the adjusted press PROG key. By entering correct password as 25 user can enter in calibration mode. During calibration mode connect calibrator to instrument In calibration mode first  C-LO  (low calibration) will be display press PROG key to enter in adjust the calibrator to 4ma adjust reading on display to 4.00 by using INCREMENT or DECREMENT key when display adjusted to 4.00 press PROG key display will show  C-LO  Press PROG key  C-HI (high calibration) will be display press PROG key to enter in adjust the calibrator to 20ma adjust reading on display to 20.00 by using INCREMENT or DECREMENT key when display adjusted to 20.00 press PROG key display will show  C-HI   ·  · ·  ·  · · · ·  ·  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM:  + 24V  GND SUPPLY  +V  IN 4-20mA INPUT  GND  FOR 2 WIRED SENSOR  + 24V  GND SUPPLY  +V  IN 4-20mA INPUT  GND  +  -  TRANSMITTER  FOR CALIBRATOR (IN CALIBRATION MODE)  + 24V  GND SUPPLY  +V  IN 4-20mA INPUT  GND  +  -  CALIBRATOR  D.P.M. INSTRUMENTS PVT. LTD.  ",132);arrFiles[158]=new Array(161,"http://www.dpminstrument.com/man_data/indicator/PI-96 TWO Spec.pdf","16 Dec 2009","PI-96 TWO Spec","","","DUAL DISPLAY PROCESS INDICATOR  Model No. : PI ­ 96 / 2  PROCESS INDICATOR  DPM INSTRUMENTS PVT.LTD.  PI - 96 / 2  SPECIFICATIONS  Display Input Indication Range Size Supply : : : : : Two Line of 3½ Digit seven segment LED each Analog - 4 to 20 mA X 2 Nos. 0.0 to 14.0 pH for both display 96 X 96 X 110 mm 230 V AC  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  ",71);arrFiles[159]=new Array(162,"http://www.dpminstrument.com/man_data/indicator/PROCESS_INDICATOR.pdf","12 Mar 2009","PROCESS_INDICATOR","","","DPM INSTRUMENTS PVT. LTD  FLOW TOTALISER (LED TYPE)  Display  : 6 Digit (999999) 7 Segment RED LED Display For Total Flow 4 Digit (9999) 7 Segment GREEN LED Display for Flow/ 16 x 4 LCD Display : : : : : : : Membrane BY Keypad Programmable 4 to 20mA Programmable 0.2% 2 nos. Control mode - High/Low (programmable) Control Action - On/Off Hysteresis - Programmable 4 to 20mA (retransmission of PV) Material - ABS plastic Size96 x 96 x 100 mm Panel Cutout91 x 91 mm 230 Volt AC, 50 HZ  Keypad Calibration Range Input Type Decimal Point Accuracy Relay O/P  Analog O/P Enclosure  : :  Supply Voltage  :  FLOW TOTALISER (LCD TYPE)  SPECIFICATIONS: MICRO CONTROLLER BASED INTELLIGENT UNIT. FREQUENCY INPUT ­ FOR FLOW MEASURMENT- 00 Hz TO 100 Hz. FLOW RATE DISPLAYED AS PER THE USER CALIBRATION. TOTAL FLOW DISPLAYED UPTO SIX DIGITS WITH PROGRAMMABLE DECIMAL POINT. PULSED RELAY OUTPUT 1 WITH LED INDICATION ON FRONT. PROGRAMMABLE ON TIME FOR RELAY # 1 RELAY OUTPUT # 2 ­ POTENTIAL FREE CONTACT, WITH LED INDICATION ON FRONT. PROGRAMMABLE SET POINT #1 TO ENERGISE OUTPUT #1. PROGRAMMABLE SET POINT #2 TO ENERGISE OUTPUT #2. PROGRAMMING OF PARAMETERS ­ BY KEYS ON THE FRONT. NON-VOLATILE MEMORY FOR PARAMETER STORAGE DURING POWER OFF. DISPLAY AUTOMATIC ON START UP. POWER SUPPLY ­ 230V AC 50Hz. DIMENSIONS ­ 96(W) X 96(H) X 130(D) mm. PANEL MOUNTING TYPE ­ PANEL CUTOUT 92 (W) x 92 (H) mm.  ",32);arrFiles[160]=new Array(163,"http://www.dpminstrument.com/man_data/indicator/FINAL/PI-201.pdf","10 Jun 2010","Microsoft Word - PI-201.doc","","","PROG  ESC  USER MANUAL  PROCESS INDICATOR  DPM INSTRUMENTS PVT. LTD.  PI-201  CONTENTS  · · · · Introduction Specification Hierarchy Programming procedure  INTRODUCTION  PI-201 IS A PROCESS INDICATOR  The indicator has 4 digit 4  seven segment displays. This unit is having programmable high and low scale limit and programmable decimal point according to requirement. Programming keys on front plate.  FRONT PLATE OF PI-201 CONTAINS: · · Display Program Key : Indicates the process variable. : Enter into PROGRAM mode to change the value of a parameter.  ·  Increment Key  : Scrolls up through menus/parameters or increments the parameter value when in PROGRAM mode. : Scrolls down through menus/parameters or decrements the parameter value when in PROGRAM mode.  ·  Decrement Key  ·  Escape Key  : Comes out of PROGRAM mode or escapes to default display screen.  D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Size Supply  : : : : : : :  4 Digit seven segment 2.3  LED Programmable by front key 4 to 20 mA +/- 0.25 % By Software 12  x 6  x 6   230 VAC 50 Hz  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PROCESS VALUE ON DISPLAY  PRESS PROG KEY FOR 5 SECONDS  OADJ PRESS KEY L-SC PRESS KEY H-SC PRESS KEY D-PT PRESS KEY PASS  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS  KEY  PRESS ESC KEY  PROCESS VALUE ON DISPLAY  ERROR MESSAGES ON DISPLAY · ·  S­ST  (SENSOR SHORT) : Connected 4-20 mA source goes above 24mA.  S­OP  (SENSOR OPEN) : Connected 4-20 mA source goes below 00mA.  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for 5 sec. Display will show  OADJ  (offset adjustment) Press PROG key to change offset. Offset value can be change with help of INCREMENT and DECREMENT key, to set adjusted offset press PROG key. Display will again show  OADJ  Press INCREMENT key display will show  L­SC  (low range to display for 4 mA input) Press PROG key to change low scale. Low scale value can be change with help of INCREMENT and DECREMENT key, to set low scale press PROG key. Display will again show  L-SC  Press INCREMENT key display will show  H­SC  (high range to display for 20 mA input) Press PROG key to change high scale. High scale value can be change with help of INCREMENT and DECREMENT key, to set high scale press PROG key. Display will again show  H-SC  Press INCREMENT key display will show  D-PT  (decimal point) Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will again show  D-PT  Press INCREMENT key display will show  PASS  (password) Press PROG key to enter password. Password can be entered with help of INCREMENT and DECREMENT key, to set the adjusted press PROG key. By entering correct password as 25 user can enter in calibration mode. During calibration mode connect calibrator to instrument In calibration mode first  C-LO  (low calibration) will be display press PROG key to enter in adjust the calibrator to 4ma adjust reading on display to 4.00 by using INCREMENT or DECREMENT key when display adjusted to 4.00 press PROG key display will show  C-LO  Press PROG key  C-HI (high calibration) will be display press PROG key to enter in adjust the calibrator to 20ma adjust reading on display to 20.00 by using INCREMENT or DECREMENT key when display adjusted to 20.00 press PROG key display will show  C-HI   ·  · ·  ·  · · · ·  ·  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM:  L GND  N  E  +V  IN  FOR 2 WIRED SENSOR  L GND  N  E  +V  IN  +  -  TRANSMITTER  FOR CALIBRATOR (IN CALIBRATION MODE)  L GND  N  E  +V  IN  D.P.M. INSTRUMENTS PVT. LTD.  +  -  CALIBRATOR  ",141);arrFiles[161]=new Array(164,"http://www.dpminstrument.com/man_data/indicator/FINAL/PI-401.pdf","10 Jun 2010","Microsoft Word - PI-401.doc","","","PI-401  PROG  ESC  USER MANUAL  PROCESS INDICATOR  DPM INSTRUMENTS PVT. LTD.  CONTENTS  · · · · Introduction Specification Hierarchy Programming procedure  TM  DPM INSTRUMENTS PVT. LTD.  M FG O F PR O C ESS IN ST R U M EN TS /C O N T R O L PAN EL  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  PI-401 IS A PROCESS INDICATOR  The indicator has 4 digit 4  seven segment displays. This unit is having programmable high and low scale limit and programmable decimal point according to requirement. Programming keys on front plate.  FRONT PLATE OF PI-401 CONTAINS: · · Display Program Key : Indicates the process variable. : Enter into PROGRAM mode to change the value of a parameter.  ·  Increment Key  : Scrolls up through menus/parameters or increments the parameter value when in PROGRAM mode. : Scrolls down through menus/parameters or decrements the parameter value when in PROGRAM mode.  ·  Decrement Key  ·  Escape Key  : Comes out of PROGRAM mode or escapes to default display screen.  D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Size Supply  : : : : : : :  4 Digit seven segment 4  LED Programmable by front key 4 to 20 mA +/- 0.25 % By Software 18  x 7  x 7  +24VDC  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PROCESS VALUE ON DISPLAY  PRESS PROG KEY FOR 5 SECONDS  OADJ PRESS KEY L-SC PRESS KEY H-SC PRESS KEY D-PT PRESS KEY PASS  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS PROG KEY  PRESS PROG KEY  VALUE  PRESS  KEY  PRESS ESC KEY  PROCESS VALUE ON DISPLAY  ERROR MESSAGES ON DISPLAY · ·  S­ST  (SENSOR SHORT) : Connected 4-20 mA source goes above 24mA.  S­OP  (SENSOR OPEN) : Connected 4-20 mA source goes below 00mA.  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for 5 sec. Display will show  OADJ  (offset adjustment) Press PROG key to change offset. Offset value can be change with help of INCREMENT and DECREMENT key, to set adjusted offset press PROG key. Display will again show  OADJ  Press INCREMENT key display will show  L­SC  (low range to display for 4 mA input) Press PROG key to change low scale. Low scale value can be change with help of INCREMENT and DECREMENT key, to set low scale press PROG key. Display will again show  L-SC  Press INCREMENT key display will show  H­SC  (high range to display for 20 mA input) Press PROG key to change high scale. High scale value can be change with help of INCREMENT and DECREMENT key, to set high scale press PROG key. Display will again show  H-SC  Press INCREMENT key display will show  D-PT  (decimal point) Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will again show  D-PT  Press INCREMENT key display will show  PASS  (password) Press PROG key to enter password. Password can be entered with help of INCREMENT and DECREMENT key, to set the adjusted press PROG key. By entering correct password as 25 user can enter in calibration mode. During calibration mode connect calibrator to instrument In calibration mode first  C-LO  (low calibration) will be display press PROG key to enter in adjust the calibrator to 4ma adjust reading on display to 4.00 by using INCREMENT or DECREMENT key when display adjusted to 4.00 press PROG key display will show  C-LO  Press PROG key  C-HI (high calibration) will be display press PROG key to enter in adjust the calibrator to 20ma adjust reading on display to 20.00 by using INCREMENT or DECREMENT key when display adjusted to 20.00 press PROG key display will show  C-HI   ·  · ·  ·  · · · ·  ·  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM:  + 24V  GND SUPPLY  +V  IN 4-20mA INPUT  GND  FOR 2 WIRED SENSOR  + 24V  GND SUPPLY  +V  IN 4-20mA INPUT  GND  +  -  TRANSMITTER  FOR CALIBRATOR (IN CALIBRATION MODE)  + 24V  GND SUPPLY  +V  IN 4-20mA INPUT  GND  +  -  CALIBRATOR  D.P.M. INSTRUMENTS PVT. LTD.  ",144);arrFiles[162]=new Array(165,"http://www.dpminstrument.com/man_data/indicator/FINAL/PI-96-2.pdf","10 Jun 2010","Microsoft Word - PI-96-2.doc","","","DUAL DISPLAY PROCESS INDICATOR  Model No. : PI ­ 96 / 2  PROCESS INDICATOR  DPM INSTRUMENTS PVT.LTD.  PI - 96 / 2  SPECIFICATIONS  Display Input Indication Range Size Supply : : : : : Two Line of 3½ Digit seven segment LED each Analog - 4 to 20 mA X 2 Nos. 0.0 to 14.0 pH for both display 96 X 96 X 110 mm 230 V AC  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  ",78);arrFiles[163]=new Array(166,"http://www.dpminstrument.com/man_data/indicator/FINAL/R-48.pdf","10 Jun 2010","Microsoft Word - R-48.doc","","","RPM Indicator  R-48  Specification · · · · Display Input type Enclosure Supply : : : : 31/2 digit (± 1999) 7 segment LED display 0 TO 10 V DIN std / Flameproof Aluminum Die casting 230V AC, 50HZ  Connection Diagram  Supply Connections L Line N Neutral E Earth  --1--  ",22);arrFiles[164]=new Array(167,"http://www.dpminstrument.com/man_data/indicator/FINAL/TI 603.pdf","10 Jun 2010","Microsoft Word - TI 603.doc","","","Temperature Indicator  TI603  Specification · · · · Display Input type Enclosure Supply : : : : 31/2 digit (± 1999) 7 segment LED display RTD (PT 100) DIN std / Flameproof Aluminum Die casting 230V AC, 50HZ  Connection Diagram  L N E A B B  Supply Connections L Line N Neutral E Earth Sensor Connections A Red B White B White  --1--  Indicator Layout  Circuit zero pot span pot Temp Display  Terminal  L NE A B B  For 230v supply WHITE RED RTD sensor  --2--  ",333);arrFiles[165]=new Array(168,"http://www.dpminstrument.com/man_data/indicator/FINAL/TI-603-6.pdf","10 Jun 2010","Microsoft Word - TI-603-6.doc","","","MULTI CHANNEL TEMPERATURE INDICATOR  Model No. : TI ­603 /3/4/5/ 6  SPECIFICATIONS  Display Input No. Of Inputs Indication Range : : : : 3½ Digit seven segment LED Analog - 4 to 20 mA /RTD/Thermocouple 3/4/5/6 00 to 9999 °C By selector Switch 96 X 96 X 110 mm 230 V AC  Channel Selection : Size Supply : :  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  ",79);arrFiles[166]=new Array(169,"http://www.dpminstrument.com/man_data/indicator/FINAL/TI-72.pdf","10 Jun 2010","Microsoft Word - TI-72.doc","","","Temperature Indicator  TI-72  Specification · · · · Display Input type Enclosure Supply : : : : 31/2 digit (± 1999) 7 segment LED display RTD (PT 100) DIN std / Flameproof Aluminum Die casting 230V AC, 50HZ  Connection Diagram  L N E A B B  --1--  Supply Connections L Line N Neutral E Earth Sensor Connections A Red B White B White  --2--  ",21);arrFiles[167]=new Array(170,"http://www.dpminstrument.com/man_data/indicator/FINAL/TIS-603.pdf","10 Jun 2010","Microsoft Word - TIS-603.doc","","","Temperature Indicator  TIS-603  Specification · · · · Display Input type Enclosure Supply : : : : 31/2 digit (± 1999) 7 segment LED display RTD (PT 100) DIN std / Flameproof Aluminum Die casting 230V AC, 50HZ  Connection Diagram  L N E A B B  Supply Connections L Line N Neutral E Earth Sensor Connections  --1--  A B B  -  Red White White  --2--  ",21);arrFiles[168]=new Array(171,"http://www.dpminstrument.com/man_data/logger/datalog soft man.pdf","4 Apr 2009","datalog soft man","","","DPM Instruments Pvt. Ltd.  TM  PV  CH.NO.  MAN  01  02  03  04  SET  ENT  DPM INSTRUMENTS  QF-051  DATA LOGGER Software User Manual  1  DPM Instruments Pvt. Ltd.  0-1  After clicking on operation click on DATA READ. 0-1: DATA READ: It will display the window which shown below (Page 3) to read the Data.  DATA LOGGER Software User Manual  2  DPM Instruments Pvt. Ltd.  1-10 1-9 1-8 1-7 1-1 1-2 1-3 1-4 1-5 1-6  · · · · · · · · · ·  1-1: DOWNLOAD : Click to download reading from DATA LOGGER . 1-2: ONLINE GRAPH :Click for view on line graph of current reading 1-3: ERASE: Use to erase all stored data from LOGGER(instrument). 1-4: LIST VIEW : Used to view data of particular job. 1-5: DELETE: Used to delete data of particular job. 1-6: START & END TIME: Used to view data form whole stored data of particular period(date & time). Make sure that job name field is blank. 1-7: PRINT: Click to print data of entered job name. 1-8: EXCEL OUT: Click to view data in Microsoft Excel 1-9: GRAPH: Click to view graph of data of entered job name. 1-10: JOB NAME: used to store the data to particular name.  DATA LOGGER Software User Manual  3  DPM Instruments Pvt. Ltd.  2-6  2: SETTING: Used to set the parameters given. 2-1: ALARM: Used to set the high low indication of software. 2-2: PRINT HEADING: Used to give headings on printouts of particular job. 2-3: UNIT SETTING: Used to give units to particular channel. 2-4: ONLINE GRAPH SETTING: used for setting of online graph. 2-5: PORT SETTING EMAIL: Used to set port setting and off line & on line. 2-6: RANGE: Used to set graph Max and Min y range.  DATA LOGGER Software User Manual  4  DPM Instruments Pvt. Ltd.  2-4  2-1  2-5  2-3  2-2  2-1: ALARM SETTING: Used to set high low indication, tag name, engineering unit and Location after changing the parameter must click on MODIFY. 2-2: REPORT HEADING: used for give heading to reports. 2-3: UNIT SETTING: Used to set the units to channels. 2-4: ONLINE GRAPH SETTING: used for setting the scale of online and color to particular channel. 2-5: PORT SETTING EMAIL: Used to set the communication port and off/on line Interval. Maximum speed always set to 19200 (Baud rate) and port to as per computer hardware setting.  (After changing the setting user must close the software and Restart the software)  DATA LOGGER Software User Manual  5  DPM Instruments Pvt. Ltd.  3-1 3-2 3-3  3-4  3-1: It shows you date & time and current reading of channels. 3-2: It shows the status of data whether high or low. 3-3: It shows the sensor number and location given to channels. 3-4: It shows the data of channels with date and time .  DATA LOGGER Software User Manual  6  DPM Instruments Pvt. Ltd.  PRINT VIEW OF DATA: After click on print it shows the print view of data in WordPad.  DATA LOGGER Software User Manual  7  DPM Instruments Pvt. Ltd.  Graph  GRAPH APPLICATION: After click on graph. It shows graphical view of data of particular job.  DATA LOGGER Software User Manual  8  ",1131);arrFiles[169]=new Array(172,"http://www.dpminstrument.com/man_data/logger/FINAL/951S.pdf","10 Jun 2010","Microsoft Word - 951S.DOC","","","DPM INSTRUMENTS PVT. LTD.  DATA LOGGER MANUAL  M/s. DPM INSTRUMENTS PVT. LTD.  Add.: Gala No. 8, Hasti Ind. Premises Co-op. Society Ltd., Plot No. R-798, M.I.D.C., Mahape, Opposite L&T Automation Campus, Navi Mumbai- 400 701. Tel.: 65106651 / 27781620 / 27781663.  1  Instruction Manual CONTENTS 1. WHEN YOU RECEIVE THE INSTRUMENT 2. INSTALLATION 2.1 Installation Location 2.2 Installation procedure 2.3 Mounting dimensions 3. WIRING 3.1 Wiring precautions 3.2 Wiring diagram 4. FRONT PANEL FEATURES 5. OPERATING PARAMETER SETTING 6. CALIBRATION 7. MAINTENANCE DPM  SERIES 951-S Process data Logger  3 3 3 3 4 4 6 6 7 7 951-S  2  1. WHEN YOU RECEIVE THIS INSTRUMENT ... Thank you for purchasing the 951-S series process data scanner. Please read the instruction manual carefully and use instrument correctly. Cleaning of the front panel should be limited to wiping lightly with a dry cloth. CHECKING ACCESSORY ITEMS Check that all of the following items are present. · · · · 2. SERIES QF-051 unit Terminal connector board for sensor connection A pair of mounting bracket Instruction manual  INSTALLATION 2.1 Installation Location Install the instrument in a location that meets the following criteria. (1) Little or no mechanical vibration. (2) No corrosive gases. (3) Minimal temperature fluctuations and near normal temperature. (4) Not directly subject to radiant heat. (5) Not subject to strong electromagnetic field. (6) No direct exposure to water. 2.2 Installation procedure  3  (1) Loosen the clamp by rotating the clamping bolt in anti-clockwise. (2) Insert the rear of the instrument through the front of the prepared hole. (3) Hook the clamp on both side in the slot. With the front flange of the instrument held tightly against the front of the panel, position the clamp. (4) Tighten the screws of both clamp equally. DO NOT OVERTIGHTEN THESE SCREWS, it will cause the clamp to slip. (5) Wire up the terminals as per wiring diagram. 2.3 Mounting Dimensions Depth = 200mm 92mm 92mm  Panel Cutout 92 X 92 mm  165mm  3. WIRING 3.1 Wiring precautions While wiring take the following precautions.. (1) Field wiring to the instrument, should be placed so as to avoid blocking the air flow, yet provide a suitable service loop to allow easy removal of unit with wiring attached. (2) Wires should be tied to maintain their order in the event they must be disconnected for any reason. (3) For connecting the wiring to the terminals, we recommend use of crimp terminal lugs with insulated sleeves. (4) Route the input circuit wiring away as possible from the power and ground circuits to avoid noise pickup. (5) Use proper shielded wire to avoid electromagnetic interference. (6) Use of Auxiliary relay is recommended if load exceeds the output relay contact rating ( 230vac, 5A resistive load). (7) For using an inductive load such as Auxiliary relay on output relay contact, use a diode (for DC) or an RC filter (for AC) in parallel as a surge suppressor circuit.  4  B) RS 485 connector: A Numeric RS 485 is provided at the back of the instrument.  C) Printer connector : A Numeric printer port is provided on 9 pin D connector at back of the instrument.  4. FRONT PANEL FEATURES KEY SET / \\  \\/ ENT FUNCTION Used to call individual programming parameter in sequence. Used to increase the displayed setpoint or any operating parameter value. Used to decrease the displayed setpoint or any operating parameter value. Enters numeric values and changes  DISPLAY PV CH NO HI LO MN  FUNCTION Display the measured value. Display the parameter setting symbol while programming. Display the channel no of which the measured value is being displayed. Display the parameter value while programming. Lights when HI Alarm relay is ON. Lights when LOW Alarm relay is ON. Lights when MANUAL mode is selected.  5. OPERATING PARAMETER SETTING The QF-051unit has two major display modes. Normal display mode and operating parameter display mode. In normal display mode the measured value is displayed. In parameter setting mode, the setting mode can be achieved by pressing SET key. In this mode the display shows the setting parameter symbol on the left & setting parameter numeric value on right side of display.  5  5.1 Setting MANUAL mode In MANUAL mode the each input channel value can be observed one by one by keypress. The Top display (PV) shows the input signal value with the bottom display showing channel no. To select MANUAL mode.. Press SET key several times to display  MAN . Press ENT key. The Top (PV) display shows the display input signal value. The bottom display shows the channel no of which the value is being displayed on PV. Press UP or DN key to advance the channel no. Thus each channel data can be observed one by one. Select the AUTO mode from main menu to terminate this mode. After selecting MANUAL mode, Lamp M gets ON. The unit always work in AUTO mode when power is switched ON. 5.2 Selecting AUTO mode In AUTO mode the input signals are scanned for setted scan time and its value is displayed with its channel no on display. To select AUTO mode.. Press SET key several times to display  AUTO . Press ENT key. After selecting AUTO mode, Lamp M gets OFF (if it is on).The unit always work in AUTO mode when power is switched ON. 5.3 Printing Data Menu used to print data by manually. From the operating parameter setting mode, press SET key several times to Display  Prnt  Press ENT Key. 5.4 Setting Scan time Menu used to set the scan time, duration between display of two successive channel data. Range 3 to 60 sec maximum. From the operating parameter setting mode, press SET key several times to display  SCAN . Press ENT key. The top display(PV) shows the presetted value. The bottom display shows the parameter  St . Use the / \\ &  \\/ keys to set the desired digit value (Scan time). Range : 3 to 60 sec Press the ENT key. This completes setting. 5.5 Setting Print Interval Menu used to set the Print Interval time, duration between two data . Range 1 to 100 Min. From the operating parameter setting mode, press SET key several times to display  Ptne . Press ENT key. The top display(PV) shows the presetted value. The bottom display shows the parameter  Pt . Use the / \\ &  \\/ keys to set the desired digit value (Scan time). Range : 1 to 100 Min. Press the ENT key. This completes setting.  6  5.6 Calibration mode Each channel can be calibrated independently. Press SET key several times to display  CAL . Press ENT key. The top display shows channel no. Select the required channel no. which is to be calibrated. With UP & DN keys. Press ENT key. The top display shows current addition value in the selected channel. Bring the required Addition value with UP & DN keys. Press ENT key.  5.7 Setting SKIP mode Each channel can be made ON or OFF independently. Press SET key several times to display  SKIP . Press ENT key. The top display shows channel no. Select the required channel no. which is to be Made ON or OFF. Press ENT key. The top display shows status of the selected channel. It can be made ON or OFF With UP & DN keys. Press ENT key.  6. CALIBRATION IMPORTANT NOTE : CALIBRATION HAS TO BE DONE WITH STANDARD CALIBRATING EQUIPMENT. SO DO NOT DISTURB THE HARDWARE SETTING UNLESS YOU HAVE A STANDARD CALIBRATING MEASURE. For calibrating the, two trimmers are provided namely NUL and SPAN. These are located on the left side of the instrument if seen from front.  Calibrating Procedure 1. Connect the input simulator to the instrument as per the input type (mV for T/C input, RTD simulator for PT-100 input etc). 2. Adjust NUL value (on simulator) specified in calibration constant table as per the input type. 3. Adjust front display (top display in 951-V & QF-051Model) to show 0 with the trimmer NUL. 4. Adjust full scale value on simulator as per the input type table. 5. Adjust the trimmer SPAN to show the display the full scale value given in calibration constant table. 6. Check the in between readings as per the table. This completes the hardware calibration.  7  7. MAINTENANCE 7.1 Basic troubleshooting procedure The following questions should be asked & appropriate action is to be taken to the negative answers. All major corrective action can be accomplished by replacing the basic unit. No special tools are required except screw driver & multimeter. 1) When you switching ON the unit check whether the display is showing anything? If yes then go for step 2 & if not check for the power input connections, check whether the unit is getting proper supply at proper terminals. Connecting the supply to the wrong terminals may damage the unit permanently. 2) Check, is the display showing actual value properly. If yes follow step 3,if not check the sensor input, check whether the sensor or input is connected at proper terminals in proper way (+ve & -ve polarity). If sensor is open or not connected then  SOPEN  will appear on display. 3) After connecting the sensor if the actual value shown is not proper then check the calibration is correct according to the calibration constant table. In case if fault developed other than the above mentioned contact DPM.  8  ",57);arrFiles[170]=new Array(173,"http://www.dpminstrument.com/man_data/logger/FINAL/QF051.pdf","10 Jun 2010","Microsoft Word - QF051.doc","","","DPM Instruments Pvt. Ltd.  TM  PV  CH.NO.  MAN  01  02  03  04  SET  ENT  DPM INSTRUMENTS  QF-051  DATA LOGGER Software User Manual  1  DPM Instruments Pvt. Ltd.  0-1  After clicking on operation click on DATA READ. 0-1: DATA READ: It will display the window which shown below (Page 3) to read the Data.  DATA LOGGER Software User Manual  2  DPM Instruments Pvt. Ltd.  1-10 1-9 1-8 1-7 1-1 1-2 1-3 1-4 1-5 1-6  · · · · · ·  · · · ·  1-1: DOWNLOAD : Click to download reading from DATA LOGGER . 1-2: ONLINE GRAPH :Click for view on line graph of current reading 1-3: ERASE: Use to erase all stored data from LOGGER(instrument). 1-4: LIST VIEW : Used to view data of particular job. 1-5: DELETE: Used to delete data of particular job. 1-6: START & END TIME: Used to view data form whole stored data of particular period(date & time). Make sure that job name field is blank. 1-7: PRINT: Click to print data of entered job name. 1-8: EXCEL OUT: Click to view data in Microsoft Excel 1-9: GRAPH: Click to view graph of data of entered job name. 1-10: JOB NAME: used to store the data to particular name.  DATA LOGGER Software User Manual  3  DPM Instruments Pvt. Ltd.  2-6  2: SETTING: Used to set the parameters given. 2-1: ALARM: Used to set the high low indication of software. 2-2: PRINT HEADING: Used to give headings on printouts of particular job. 2-3: UNIT SETTING: Used to give units to particular channel. 2-4: ONLINE GRAPH SETTING: used for setting of online graph. 2-5: PORT SETTING EMAIL: Used to set port setting and off line & on line. 2-6: RANGE: Used to set graph Max and Min y range.  DATA LOGGER Software User Manual  4  DPM Instruments Pvt. Ltd.  2-4  2-1  2-5  2-3  2-2  2-1: ALARM SETTING: Used to set high low indication, tag name, engineering unit and Location after changing the parameter must click on MODIFY. 2-2: REPORT HEADING: used for give heading to reports. 2-3: UNIT SETTING: Used to set the units to channels. 2-4: ONLINE GRAPH SETTING: used for setting the scale of online and color to particular channel. 2-5: PORT SETTING EMAIL: Used to set the communication port and off/on line Interval. Maximum speed always set to 19200 (Baud rate) and port to as per computer hardware setting.  (After changing the setting user must close the software and Restart the software)  DATA LOGGER Software User Manual  5  DPM Instruments Pvt. Ltd.  3-1 3-2 3-3  3-4  3-1: It shows you date & time and current reading of channels. 3-2: It shows the status of data whether high or low. 3-3: It shows the sensor number and location given to channels. 3-4: It shows the data of channels with date and time .  DATA LOGGER Software User Manual  6  DPM Instruments Pvt. Ltd.  PRINT VIEW OF DATA: After click on print it shows the print view of data in WordPad.  DATA LOGGER Software User Manual  7  DPM Instruments Pvt. Ltd.  Graph  GRAPH APPLICATION: After click on graph. It shows graphical view of data of particular job.  DATA LOGGER Software User Manual  8  ",1878);arrFiles[171]=new Array(174,"http://www.dpminstrument.com/man_data/Recorder/MTR-1000_1_pen.pdf","13 Dec 2009","MTR-1000_1_pen","","","USER MANUAL  CIRCULAR CHART RECORDER 1000 MTR ­ 1000  DPM INSTRUMENTS PVT. LTD.  CONTENTS  · · · ·  ·  Introduction Specification Hierarchy Programming procedure  Connection diagram  TM  DPM INSTRUMENTS PVT. LTD.  M FG O F PR O C ESS IN STR U M EN TS/C O N TR O L PAN EL  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  Mtr-1000 is microcontroller based circular chart recorder, mains 90260vac, 50 hz (+/- 10 %) operated. It has stepper motors for pen movement and center chart meovement. It is enclosed in metal enclosure, with window on front for viewing of the circular chart. It has a sixteen character by one line lcd display for the display of the process value. It has four keys for the calibration of the input process value, and for the programming of the lower range and the upper range of the pen movement on the chart as per the input. The chart speed also can be programmed either for eight hours or for twentyfour hours or for seven days. The input can be either 4-20mA or rtd pt100. The input can be selected by operating the keys. The circular chart recorder ­ on power off ­ stores the power off time, and on power on it moves the circular chart as per the elapsed time during the power off, thus compensating for the power off condition.  THE RECORDER INCORPORATES ­ Sixteen character by one line backlighted lcd display Four keys. Nonvolatile ram for storage of set parameters and calibration Calibration of analog input as per the engineering units required by front keys. Analog input ­ rtd pt100 or 4-20 mA. Wire compensation and linearisation for rtdpt100 sensor built in. Stepper motor for the circular chart and pen movement. Zero position sense for the pen movement.  D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Graph Size Supply  : : : : : : :  16 characters 1 line LCD display Programmable by front key Universal +/- 0.25 %  by membranes key 11  90 ­ 260 VAC, 50 Hz  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  FOR RTD INPUT  PRESS PROG. KEY FOR MORE THAN 3 SEC. FOR 4-20mA INPUT  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS ESC KEY  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for more than 3 sec. Display will show  Lo R 1: -50.0  (low range of graph ) Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 1: 50.0  (high range of graph). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 1: -50.0 . If PROG key press for more 3 sec Display will show  In - 1: Rtd /Lin (input type). Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display will show  DP ­ 1 : 0.0  (decimal point). Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will again show  CHART DUR: 24Hr / 8Hr  (chart). Press INCREMENT and DECREMENT Key to chart duration to either 8 Hr or 24 Hr or 7 Days. Press PROG key to enter selected value. If PROG key press for more 3 sec Display will show  CAL LO - 1: 00.23  (low range calibration) Now the low point calibration to be done at or near to lower range of the process input or at zero value of the process input. From the calibrator set a signal corresponding to zero value of the input to calibrate the input process value at zero value. Read the process value on the display ­ the display should read zero value when input applied from the calibrator is corresponding to zero value. If the display does not read as required ­ then by pressing INCREMENT and DECREMENT keys, perform the low point calibration. Do not calibrate for input value which is negative. Press PROG Key complete low range calibration. Display will show  CAL HI - 1: 00.23  (high range calibration) Now set the signal from the calibrator to anywhere above fifty percent of the input range. If the process value on the display of the controller does not read the value as applied from calibrator then change the process value by pressing INCREMENT and DECREMENT keys to the value as required. By pressing INCREMENT and DECREMENT keys user can calibrate the upper point of input. Press PROG key Display will show  Pen Step: 754 (No. of steps for Pen) Press the INCREMENT and DECREMENT keys to change the number of steps for pen. After setting steps press ESC key display will show Process value  D.P.M. INSTRUMENTS PVT. LTD.  ·  ·  ·  ·  ·  · ·  ·  CONNECTION DIAGRAM:  D.P.M. INSTRUMENTS PVT. LTD.  ",182);arrFiles[172]=new Array(175,"http://www.dpminstrument.com/man_data/Recorder/MTR-600.pdf","10 Jun 2010","Microsoft Word - MTR-600.doc","","","CIRCULAR CHART RECORDER  MODEL : MTR-600/2  SPECIFICATIONS:  MICRO CONTROLLER BASED INTELLIGENT UNIT. TWO ANALOG INPUTS STEPPER MOTOR FOR THE CHART AND PEN MOVEMENT. WIRE COMPENSATED CIRCUIT FOR RTD. PROGRAMMABLE INPUT SELECTION FROM EITHER LINEAR INPUT, OR RTD PT100 INPUT, OR THERMOCOUPLE INPUT (J, K, R, S, T) BUILT IN COLD JUNCTION COMPENSATION FOR THERMOCOUPLE INPUT. CALIBRATION OF ANALOG INPUT BY KEYPAD. CALIBRATION RANGE FOR LINEAR INPUT FROM ­0999 TO +8999 UNITS. PROGRAMMABLE DECIMAL POINT POSITION FOR LINEAR INPUT. FOR RTD PT100, J TYPE, T TYPE SENSOR - TEMPERATURE RESOLUTION ­ 0.1 DEG CELCIUS FOR K TYPE, R TYPE, S TYPE SENSOR ­ TEMPERATURE RESOLUTION 1 DEG CELCIUS. PROGRAMMABLE CHART DURATION FOR 8 HOURS OR 24 HOURS OR 7 DAYS. PROGRAMMABLE LOW AND HIGH RANGE FOR THE PEN LIMITS ON CHART IN ENGINEERING UNITS. AUTO MOVEMENT OF CHART FOR POWER OFF CONDITION ON RESTORE OF POWER. BUILT IN ZERO POSITION SENSOR FOR PEN. SIXTEEN CHARACTER BY ONE LINE BACKLIGHTED LCD DISPLAY. FOUR KEY KEYPAD FOR PROGRAMMING AND CALIBRATION. NON-VOLATILE MEMORY FOR PARAMETER STORAGE DURING POWER OFF. POWER SUPPLY ­ 230V AC 50Hz. DIMENSIONS ­ 96(W) X 96(H) X 130(D) mm. PANEL MOUNTING TYPE ­ PANEL CUTOUT 92 (W) x 92 (H) mm.  ",16);arrFiles[173]=new Array(176,"http://www.dpminstrument.com/man_data/Recorder/MTR-900_WITH_SENSOR_CONN.pdf","8 Sep 2009","MTR-900_WITH_SENSOR_CONN","","","USER MANUAL  CIRCULAR CHART RECORDER MTR ­ 900  DPM INSTRUMENTS PVT. LTD.  CONTENTS  · · · ·  ·  Introduction Specification Hierarchy Programming procedure  Connection diagram  TM  DPM INSTRUMENTS PVT. LTD.  M FG O F PR O C ESS IN STR U M EN TS/C O N TR O L PAN EL  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  Mtr-900 is microcontroller based circular chart recorder, mains 90260vac, 50 hz (+/- 10 %) operated. It has stepper motors for pen movement and center chart meovement. It is enclosed in metal enclosure, with window on front for viewing of the circular chart. It has a sixteen character by one line lcd display for the display of the process value. It has four keys for the calibration of the input process value, and for the programming of the lower range and the upper range of the pen movement on the chart as per the input. The chart speed also can be programmed either for eight hours or for twentyfour hours or for seven days. The input can be either 4-20ma or rtd pt100. The input can be selected by operating the keys. The circular chart recorder ­ on power off ­ stores the power off time, and on power on it moves the circular chart as per the elapsed time during the power off, thus compensating for the power off condition.  THE RECORDER INCORPORATES ­ Sixteen character by one line backlighted lcd display Four keys. Nonvolatile ram for storage of set parameters and calibration Calibration of analog input as per the engineering units required by front keys. Analog input ­ rtd pt100 or 4-20 ma. Wire compensation and linearisation for rtdpt100 sensor built in. Stepper motor for the circular chart and pen movement. Zero position sense for the pen movement.  D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Graph Size Supply  : : : : : : :  16 characters 1 line LCD display Programmable by front key Universal +/- 0.25 %  by membranes key 9  90 ­ 260 VAC, 50 Hz  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  FOR RTD INPUT  PRESS PROG. KEY FOR MORE THAN 3 SEC. FOR 4-20mA INPUT  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS ESC KEY  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for more than 3 sec. Display will show  Lo R 1: -50.0  (low range of graph ) Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 1: 50.0  (high range of graph). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 1: -50.0 . If PROG key press for more 3 sec Display will show  In - 1: Rtd /Lin (input type). Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display will show  DP ­ 1 : 0.0  (decimal point). Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will again show  CHART DUR: 24Hr / 8Hr  (chart). Press INCREMENT and DECREMENT Key to chart duration to either 8 Hr or 24 Hr or 7 Days. Press PROG key to enter selected value. If PROG key press for more 3 sec Display will show  CAL LO - 1: 00.23  (low range calibration) Now the low point calibration to be done at or near to lower range of the process input or at zero value of the process input. From the calibrator set a signal corresponding to zero value of the input to calibrate the input process value at zero value. Read the process value on the display ­ the display should read zero value when input applied from the calibrator is corresponding to zero value. If the display does not read as required ­ then by pressing INCREMENT and DECREMENT keys, perform the low point calibration. Do not calibrate for input value which is negative. Press PROG Key complete low range calibration. Display will show  CAL HI - 1: 00.23  (high range calibration) Now set the signal from the calibrator to anywhere above fifty percent of the input range. If the process value on the display of the controller does not read the value as applied from calibrator then change the process value by pressing INCREMENT and DECREMENT keys to the value as required. By pressing INCREMENT and DECREMENT keys user can calibrate the upper point of input. Press PROG key Display will show  Pen Step: 754 (No. of steps for Pen) Press the INCREMENT and DECREMENT keys to change the number of steps for pen. After setting steps press ESC key display will show Process value  D.P.M. INSTRUMENTS PVT. LTD.  ·  ·  ·  ·  ·  · ·  ·  CONNECTION DIAGRAM:  D.P.M. INSTRUMENTS PVT. LTD.  L  N  E  +V  IN  TRANSMITTER  SMPS  +  +  L  N  E  +V  IN  +  TRANSMITTER  D.P.M. INSTRUMENTS PVT. LTD.  ",199);arrFiles[174]=new Array(177,"http://www.dpminstrument.com/man_data/Recorder/FINAL/MTR-1000-2.pdf","18 Jan 2010","MTR-1000","","","USER MANUAL  CIRCULAR CHART RECORDER 1000 MTR ­ 1000 ( 2 PEN)  DPM INSTRUMENTS PVT. LTD.  CONTENTS  · · · ·  ·  Introduction Specification Hierarchy Programming procedure  Connection diagram  TM  DPM INSTRUMENTS PVT. LTD.  M FG O F PR O C ESS IN STR U M EN TS/C O N TR O L PAN EL  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  Mtr-1000 is a microcontroller based intelligent circular chart recoder. The unit features two analog inputs, sixteen character by one line backlighted lcd display. Mtr-1000 unit has stepper motor for the chart and pen movement. Mtr-1000 unit has nonvolatile memory for storage of parameters and storage of calibration data, battery backed clock to compute the power off time, selection of input type, programmable chart duration and programmable low and high point in engineering units for the pen limits on the chart. The recorder on power on moves the pen to zero position. It then moves the chart ahead with respect to the time elapsed during power off. It then moves both the pens to the respective position on the chart as per the analog input. The recorder reads on the display the value of the two analog inputs in engineering units as calibrtated. The analog inputs can be set either for a linear input, or rtd, or thermocouple (j,k,r,s,t). The recorder is linearised for the rtd, j, k, r, s and t inputs. The recorder can be calibrated by keys on the front. For a linear input the recorder can be calibrated to a range of ­0999 to +8999 units, with programmable decimal point position.the recorder can be programmed for the low and high range of the pen limit as per the chart. The low range and the high range can be programmed from ­999 to +8999 units. The recorder can be set for the chart duration of 8 hours, or 24 hours or 7 days. All the programmed parameters are stored in a nonvolatile memory and remain intact even in power off condition. THE RECORDER INCORPORATES ­ Micro controller based intelligent unit. Two analog inputs Stepper motor for the chart and pen movement. Wire compensated circuit for rtd. Programmable input selection from either linear input, or rtd pt100 input, or thermocouple input (j, k, r, s, t) Built in cold junction compensation for thermocouple input. Calibration of analog input by keypad. Calibration range for linear input from ­0999 to +8999 units. Programmable decimal point position for linear input. For rtd pt100, j type, t type sensor - temperature resolution ­ 0.1 deg celcius For k type, r type, s type sensor ­ temperature resolution 1 deg celcius. Programmable chart duration for 8 hours or 24 hours or 7 days. Programmable low and high range for the pen limits on chart in engineering units. Auto movement of chart for power off condition on restore of power. Built in zero position sensor for pen. Sixteen character by one line backlighted lcd display. Four key keypad for programming and calibration. Non-volatile memory for parameter storage during power off. Power supply ­ 230v ac 50hz. Dimensions ­ 390 x 390 x 150 mm. Panel mounting type ­ panel cutout 345 x 345 mm. D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Graph Size Supply  : : : : : : :  16 characters 1 line LCD display Programmable by front key  Two universal  +/- 0.25 %  by membranes key 9  90 ­ 260 VAC, 50 Hz  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  ESC KEY PRESS PROG. KEY FOR MORE THAN 3 SEC.  FOR RTD INPUT  PRESS PROG. KEY  PRESS PROG. KEY  FOR 4-20mA INPUT  PRESS PROG. KEY  PRESS PROG. KEY  2  PRESS PROG. KEY  ESC KEY PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  ESC KEY  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for more than 3 sec. Display will show  Lo R 1: -50.0  (low range of graph for input 1) Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 1: 50.0  (high range of graph for input 1). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 2: -50.0  (low range of graph for input 2). Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 2: 50.0  (high range of graph for input 2). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 1: -50.0 . If PROG key press for more 3 sec Display will show  In - 1: Rtd /Lin  (input type for input 1). Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display  In - 2: Rtd /Lin  (input type for input 2 )Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display will show  DP ­ 1: 0.0  (decimal point for input 1). Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will show  CHART DUR: 24Hr / 8Hr  (chart). Press INCREMENT and DECREMENT Key to chart duration to either 8 Hr or 24 Hr or 7 Days. Press PROG key to enter selected value. If PROG key press for more 3 sec Display will show  CAL LO - 1: 00.23  (low range calibration for input 1) Now the low point calibration to be done at or near to lower range of the process input or at zero value of the process input. From the calibrator set a signal corresponding to zero value of the input to calibrate the input process value at zero value. Read the process value on the display ­ the display should read zero value when input applied from the calibrator is corresponding to zero value. If the display does not read as required ­ then by pressing INCREMENT and DECREMENT keys, perform the low point calibration. Do not calibrate for input value which is negative. Press PROG Key complete low range calibration. Display will show  CAL HI - 1: 00.23  (high range calibration for input 1)  D.P.M. INSTRUMENTS PVT. LTD.  ·  ·  ·  ·  ·  ·  ·  ·  ·  · · ·  Now set the signal from the calibrator to anywhere above fifty percent of the input range. If the process value on the display of the controller does not read the value as applied from calibrator then change the process value by pressing INCREMENT and DECREMENT keys to the value as required. By pressing INCREMENT and DECREMENT keys user can calibrate the upper point of input. Press PROG key Display will show  CAL LO - 2: 00.33  (low range calibration for input 2) Repeat same calibration procedure use to calibrate low range for input 1 Press PROG Key complete low range calibration. Display will show  CAL HI - 2: 00.23  (high range calibration for input 2) Repeat same calibration procedure use to calibrate high range for input 1 Press PROG Key complete high range calibration.  Pen 1 Step: 754  (No. of steps for Pen 1 ) Press the INCREMENT and DECREMENT keys to change the number of steps for pen 1 Press PROG Key to set steps for pen 1  Pen 2 Step: 754  (No. of steps for Pen 2). Press the INCREMENT and DECREMENT keys to change the number of steps for pen 2 after setting steps press ESC key display will show Process value  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM:  A B B \' RTD (Pt100) INPUT  D.P.M. INSTRUMENTS PVT. LTD.  ",319);arrFiles[175]=new Array(178,"http://www.dpminstrument.com/man_data/Recorder/FINAL/MTR-1000.pdf","10 Jun 2010","Microsoft Word - MTR-1000.doc","","","USER MANUAL  CIRCULAR CHART RECORDER MTR ­ 1000 ( 2 PEN) 1000  DPM INSTRUMENTS PVT. LTD.  CONTENTS  · · · ·  ·  Introduction Specification Hierarchy Programming procedure  Connection diagram  TM  DPM INSTRUMENTS PVT. LTD.  M FG O F PR O C ESS IN ST R U M EN TS /C O N T R O L PAN EL  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  Mtr-1000 is a microcontroller based intelligent circular chart recoder. The unit features two analog inputs, sixteen character by one line backlighted lcd display. Mtr-1000 unit has stepper motor for the chart and pen movement. Mtr-1000 unit has nonvolatile memory for storage of parameters and storage of calibration data, battery backed clock to compute the power off time, selection of input type, programmable chart duration and programmable low and high point in engineering units for the pen limits on the chart. The recorder on power on moves the pen to zero position. It then moves the chart ahead with respect to the time elapsed during power off. It then moves both the pens to the respective position on the chart as per the analog input. The recorder reads on the display the value of the two analog inputs in engineering units as calibrtated. The analog inputs can be set either for a linear input, or rtd, or thermocouple (j,k,r,s,t). The recorder is linearised for the rtd, j, k, r, s and t inputs. The recorder can be calibrated by keys on the front. For a linear input the recorder can be calibrated to a range of ­0999 to +8999 units, with programmable decimal point position.the recorder can be programmed for the low and high range of the pen limit as per the chart. The low range and the high range can be programmed from ­999 to +8999 units. The recorder can be set for the chart duration of 8 hours, or 24 hours or 7 days. All the programmed parameters are stored in a nonvolatile memory and remain intact even in power off condition. THE RECORDER INCORPORATES ­ Micro controller based intelligent unit. Two analog inputs Stepper motor for the chart and pen movement. Wire compensated circuit for rtd. Programmable input selection from either linear input, or rtd pt100 input, or thermocouple input (j, k, r, s, t) Built in cold junction compensation for thermocouple input. Calibration of analog input by keypad. Calibration range for linear input from ­0999 to +8999 units. Programmable decimal point position for linear input. For rtd pt100, j type, t type sensor - temperature resolution ­ 0.1 deg celcius For k type, r type, s type sensor ­ temperature resolution 1 deg celcius. Programmable chart duration for 8 hours or 24 hours or 7 days. Programmable low and high range for the pen limits on chart in engineering units. Auto movement of chart for power off condition on restore of power. Built in zero position sensor for pen. Sixteen character by one line backlighted lcd display. Four key keypad for programming and calibration. Non-volatile memory for parameter storage during power off. Power supply ­ 230v ac 50hz. Dimensions ­ 390 x 390 x 150 mm. Panel mounting type ­ panel cutout 345 x 345 mm. D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Graph Size Supply  : : : : : : :  16 characters 1 line LCD display Programmable by front key  Two universal  +/- 0.25 %  by membranes key 9  90 ­ 260 VAC, 50 Hz  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  ESC KEY PRESS PROG. KEY FOR MORE THAN 3 SEC.  FOR RTD INPUT  PRESS PROG. KEY  PRESS PROG. KEY  FOR 4-20mA INPUT  PRESS PROG. KEY  PRESS PROG. KEY  2  PRESS PROG. KEY  ESC KEY PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  ESC KEY  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for more than 3 sec. Display will show  Lo R 1: -50.0  (low range of graph for input 1) Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 1: 50.0  (high range of graph for input 1). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 2: -50.0  (low range of graph for input 2). Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 2: 50.0  (high range of graph for input 2). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 1: -50.0 . If PROG key press for more 3 sec Display will show  In - 1: Rtd /Lin  (input type for input 1). Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display  In - 2: Rtd /Lin  (input type for input 2 )Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display will show  DP ­ 1: 0.0  (decimal point for input 1). Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will show  CHART DUR: 24Hr / 8Hr  (chart). Press INCREMENT and DECREMENT Key to chart duration to either 8 Hr or 24 Hr or 7 Days. Press PROG key to enter selected value. If PROG key 00.23  (low range press for more 3 sec Display will show  CAL LO - 1: calibration for input 1) Now the low point calibration to be done at or near to lower range of the process input or at zero value of the process input. From the calibrator set a signal corresponding to zero value of the input to calibrate the input process value at zero value. Read the process value on the display ­ the display should read zero value when input applied from the calibrator is corresponding to zero value. If the display does not read as required ­ then by pressing INCREMENT and DECREMENT keys, perform the low point calibration. Do not calibrate for input value which is negative. Press PROG Key complete low range calibration. Display will show  CAL HI - 1: 00.23  (high range calibration for input 1)  D.P.M. INSTRUMENTS PVT. LTD.  ·  ·  ·  ·  ·  ·  ·  ·  ·  · · ·  Now set the signal from the calibrator to anywhere above fifty percent of the input range. If the process value on the display of the controller does not read the value as applied from calibrator then change the process value by pressing INCREMENT and DECREMENT keys to the value as required. By pressing INCREMENT and DECREMENT keys user can calibrate the upper point of input. Press PROG key Display will show  CAL LO - 2: 00.33  (low range calibration for input 2) Repeat same calibration procedure use to calibrate low range for input 1 Press PROG Key complete low range calibration. Display will show  CAL HI - 2: 00.23  (high range calibration for input 2) Repeat same calibration procedure use to calibrate high range for input 1 Press PROG Key complete high range calibration.  Pen 1 Step: 754  (No. of steps for Pen 1 ) Press the INCREMENT and DECREMENT keys to change the number of steps for pen 1 Press PROG Key to set steps for pen 1  Pen 2 Step: 754  (No. of steps for Pen 2). Press the INCREMENT and DECREMENT keys to change the number of steps for pen 2 after setting steps press ESC key display will show Process value  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM:  A B B \' RTD (Pt100) INPUT  D.P.M. INSTRUMENTS PVT. LTD.  ",343);arrFiles[176]=new Array(179,"http://www.dpminstrument.com/man_data/Recorder/FINAL/MTR-600.pdf","10 Jun 2010","Microsoft Word - MTR-600.doc","","","1  USER \'S MANUAL FOR  CIRCULAR CHART RECORDER  MODEL : MTR-600/2  2  INTRODUCTION:  MTR-600 IS A MICROCONTROLLER BASED INTELLIGENT CIRCULAR CHART RECODER. THE UNIT FEATURES TWO ANALOG INPUTS, SIXTEEN CHARACTER BY ONE LINE BACKLIGHTED LCD DISPLAY. MTR-600 UNIT HAS STEPPER MOTOR FOR THE CHART AND PEN MOVEMENT. MTR-600 UNIT HAS NONVOLATILE MEMORY FOR STORAGE OF PARAMETERS AND STORAGE OF CALIBRATION DATA, BATTERY BACKED CLOCK TO COMPUTE THE POWER OFF TIME, SELECTION OF INPUT TYPE, PROGRAMMABLE CHART DURATION AND PROGRAMMABLE LOW AND HIGH POINT IN ENGINEERING UNITS FOR THE PEN LIMITS ON THE CHART. THE RECORDER ON POWER ON MOVES THE PEN TO ZERO POSITION. IT THEN MOVES THE CHART AHEAD WITH RESPECT TO THE TIME ELAPSED DURING POWER OFF. IT THEN MOVES BOTH THE PENS TO THE RESPECTIVE POSITION ON THE CHART AS PER THE ANALOG INPUT. THE RECORDER READS ON THE DISPLAY THE VALUE OF THE TWO ANALOG INPUTS IN ENGINEERING UNITS AS CALIBRTATED. THE ANALOG INPUTS CAN BE SET EITHER FOR A LINEAR INPUT, OR RTD, OR THERMOCOUPLE (J,K,R,S,T). THE RECORDER IS LINEARISED FOR THE RTD, J, K, R, S AND T INPUTS. THE RECORDER CAN BE CALIBRATED BY KEYS ON THE FRONT. FOR A LINEAR INPUT THE RECORDER CAN BE CALIBRATED TO A RANGE OF ­0999 TO +8999 UNITS, WITH PROGRAMMABLE DECIMAL POINT POSITION. THE RECORDER CAN BE PROGRAMMED FOR THE LOW AND HIGH RANGE OF THE PEN LIMIT AS PER THE CHART. THE LOW RANGE AND THE HIGH RANGE CAN BE PROGRAMMED FROM ­999 TO +8999 UNITS. THE RECORDER CAN BE SET FOR THE CHART DURATION OF 8 HOURS, OR 24 HOURS OR 7 DAYS. ALL THE PROGRAMMED PARAMETERS ARE STORED IN A NONVOLATILE MEMORY AND REMAIN INTACT EVEN IN POWER OFF CONDITION.  SPECIFICATIONS:  MICRO CONTROLLER BASED INTELLIGENT UNIT. TWO ANALOG INPUTS STEPPER MOTOR FOR THE CHART AND PEN MOVEMENT. WIRE COMPENSATED CIRCUIT FOR RTD. PROGRAMMABLE INPUT SELECTION FROM EITHER LINEAR INPUT, OR RTD PT100 INPUT, OR THERMOCOUPLE INPUT (J, K, R, S, T) BUILT IN COLD JUNCTION COMPENSATION FOR THERMOCOUPLE INPUT. CALIBRATION OF ANALOG INPUT BY KEYPAD. CALIBRATION RANGE FOR LINEAR INPUT FROM ­0999 TO +8999 UNITS. PROGRAMMABLE DECIMAL POINT POSITION FOR LINEAR INPUT. FOR RTD PT100, J TYPE, T TYPE SENSOR - TEMPERATURE RESOLUTION ­ 0.1 DEG CELCIUS FOR K TYPE, R TYPE, S TYPE SENSOR ­ TEMPERATURE RESOLUTION 1 DEG CELCIUS. PROGRAMMABLE CHART DURATION FOR 8 HOURS OR 24 HOURS OR 7 DAYS. PROGRAMMABLE LOW AND HIGH RANGE FOR THE PEN LIMITS ON CHART IN ENGINEERING UNITS. AUTO MOVEMENT OF CHART FOR POWER OFF CONDITION ON RESTORE OF POWER. BUILT IN ZERO POSITION SENSOR FOR PEN. SIXTEEN CHARACTER BY ONE LINE BACKLIGHTED LCD DISPLAY. FOUR KEY KEYPAD FOR PROGRAMMING AND CALIBRATION. NON-VOLATILE MEMORY FOR PARAMETER STORAGE DURING POWER OFF. POWER SUPPLY ­ 230V AC 50Hz. DIMENSIONS ­ 96(W) X 96(H) X 130(D) mm. PANEL MOUNTING TYPE ­ PANEL CUTOUT 92 (W) x 92 (H) mm.  3  FRONT PANEL  MODEL : MTR - 600/2  CH-2  CH-1 CH-2  CH-1  PROG  ESC  DPM INSTRUMENTS PVT. LTD.  TEL.: 022-27695313 / 27602610  CONNECTION DIAGRAM  CON-1 CON-2  L N E 230 V AC INPUT  + + SENSOR-1 SENSOR-2 INPUT INPUT (4 - 20mA) (4 - 20mA)  4  FRONT PANEL DESCTIPTION:  FRONT PANEL CONSITS OF: FOUR KEYS ­ PROG UP ARROW DOWN ARROW TO ENTER PROGRAM OR CALIBRATION MODE. TO INCREMENT THE PARAMETER VALUE DURING PROGRAMMING. TO DECREMENT THE PARAMETER VALUE DURING PROGRAMMING AND TO DISPLAY THE COLD JUNCTION TEMPERATURE. TO END THE CALIBRATION MODE.  ESC DISPLAY:  -  SIXTEEN CHARACTER BY ONE LINE BACKLIGHTED LCD DISPLAY.  POWER UP STATUS:  THE CIRCULAR CHART RECORDER WHEN CONNECTED TO MAINS SUPPLY ­ THE DISPLAY OF THE RECORDER FOR TWO SECONDS READS   DPM INSTRUMENTS   AFTER TWO SECONDS THE DISPLAY READS  MOVE P1 TO ZERO . DURING THIS TIME THE PEN # 1 IS BEING MOVED TO ZERO POSITION. AFTER THE PEN # 1 HAS REACHED TO ZERO POSITION, THE DISPLAY READS  MOVE P2 TO ZERO . DURING THIS TIME THE PEN # 2 IS BEING MOVED TO ZERO POSITION. AFTER THE PEN # 2 HAS REACHED TO ZERO POSITION, THE DISPLAY READS  MOVE CHART  . DURING THIS TIME THE CIRCULAR CHART IS BEING MOVED FORWARD, WITH RESPECT TO THE TIME ELAPSED DURING POWER OFF. THIS IS TO ENSURE THAT THE CHART MOVES ONE COMPLETE ROTATION IN THE DESIRED AMOUNT OF TIME. THEN THE DISPLAY READS THE ACTUAL PROCESS VALUE FOR INPUT # 1 AND INPUT # 2. THIS IS THE MAIN MENU OF THE RECORDER UNIT. THE RECORDER UNIT CAN BE PROGRAMMED FOR THE LOWER AND UPPER RANGE OF THE PEN LIMITS IN ENGINEERING UNIT. THE INPUT TYPE CAN BE SET EITHER LINEAR, OR RTD PT100 OR J, K, R, S T THERMOCOUPLE. FOR LINEAR INPUT THE DECIMAL POINT POSITION IS PROGRAMMABLE AS PER THE USER REQUIREMENT. THE CALIBRATION OF THE INPUT CAN BE DONE BY KEYS. IF THE INPUT TYPE IS CHANGED THEN THE CALIBRATION IS TO BE PERFORMED AGAIN. INPUT TYPE LINEAR RTD PT100 J THERMOCOUPLE K THERMOCOUPLE R THERMOCOUPLE S THERMOCOUPLE T THERMOCOUPLE RANGE -0999 TO +8999 WITH PROGRAMMABLE DECIMAL POINT. -50.0 TO 450.0 DEG CEL. -50.0 TO 700.0 DEG CEL -50 TO 1350 DEG CEL -50 TO 1750 DEG CEL -50 TO 1750 DEG CEL -50.0 TO 350.0 DEG CEL  DISPLAY OF COLD JUNCTION TEMPERATURE:  THE RECORDER REC-600 HAS BUILT IN COLD JUNCTION TEMPERATURE INPUT FOR THERMOCOUPLES. THE CJC TEMPERATURE CAN BE READ ON THE DISPLAY AS PRESS THE DOWN ARROW KEY CONTINOUSLY TILL THE DISPLAY READS  CJC : PRESS THE ESC KEY TO RETURN BACK TO THE MAIN MENU. 30.2 C   5  PROGRAMMING OF THE PEN LIMITS (LOW AND HIGH RANGE):  STEP NO. KEY PRESSED SET DISPLAY DESCRIPTION  1.  50.0  102.3  Lo-R 1: -50.0  PRESS THE SET KEY TILL THE DISPLAY READS THE DISPLAY READS THE MESSAGE  Lo-R 1:  FOR LOW RANGE OF PEN # 1. RELEASE THE SET KEY.  THE DISPLAY READS THE LOW POINT POSITION (ZERO END VALUE OR LOW RANGE) OF PEN # 1 ON THE CHART. PROGRAM THE LOW POINT POSITION OF THE PEN # 1 AS PER THE CHART. TO PROGRAM THE LOW POINT POSITION (LOW RANGE) PRESS THE UP OR DOWN ARROW KEYS. 2. SET Hi-R 1: 50.0 PRESS THE SET KEY AND RELEASE. THE DISPLAY READS THE MESSAGE  Hi-R 1:  FOR HIGH RANGE OF PEN # 1.  THE DISPLAY READS THE HIGH POINT POSITION (OUTER END VALUE OR HIGH RANGE) OF PEN # 1 ON THE CHART. PROGRAM THE HIGH POINT POSITION OF THE PEN # 1 AS PER THE CHART. TO PROGRAM THE HIGH POINT POSITION (HIGH RANGE) PRESS THE UP OR DOWN ARROW KEYS. 3. SET Lo-R 2: -50.0 PRESS THE SET KEY AND RELEASE THE DISPLAY READS THE MESSAGE  Lo-R 2:  FOR LOW RANGE OF PEN # 2.  THE DISPLAY READS THE LOW POINT POSITION (ZERO END VALUE OR LOW RANGE) OF PEN # 2 ON THE CHART. PROGRAM THE LOW POINT POSITION OF THE PEN # 2 AS PER THE CHART. TO PROGRAM THE LOW POINT POSITION (LOW RANGE) PRESS THE UP OR DOWN ARROW KEYS. 4. SET Hi-R 2: 50.0 PRESS THE SET KEY AND RELEASE. THE DISPLAY READS THE MESSAGE  Hi-R 2:  FOR HIGH RANGE OF PEN # 2.  THE DISPLAY READS THE HIGH POINT POSITION (OUTER END VALUE OR HIGH RANGE) OF PEN # 2 ON THE CHART. PROGRAM THE HIGH POINT POSITION OF THE PEN # 2 AS PER THE CHART. TO PROGRAM THE HIGH POINT POSITION (HIGH RANGE) PRESS THE UP OR DOWN ARROW KEYS. 5. SET 50.0 102.3 PRESS THE SET KEY AND RELEASE.  THE RECORDER RETURNS TO MAIN MENU. THIS COMPLETES THE PROGRAMMING OF THE PEN LIMITS FOR PEN # 1 AND PEN # 2 AS PER THE CIRCULAR CHART.  PROGRAMMING OF THE DECIMAL POINT POSITION, INPUT TYPE AND CHART DURATION:  4. SET Hi-R 2: 50.0 IN STEP 4 ABOVE PRESS THE SET KEY AND DO NOT RELEASE TILL THE DISPLAY READS. RELEASE THE SET KEY. THE DISPLAY READS MESSAGE  In ­ 1:  FOR INPUT # 1 TYPE . PRESS THE UP OR DOWN ARROW KEY TO SELECT THE INPUT TYPE # 1. THE INPUT TYPES ARE: LIN FOR LINEAR, RTD FOR RTD PT100, J T/C FOR J TYPE THERMOCOUPLE, K T/C FOR K TYPE THERMOCOUPLE, R T/C FOR R TYPE THERMOCOUPLE, S T/C FOR S TYPE THERMOCOUPLE OR T T/C FOR T TYPE THERMOCOUPLE. NOTE IF THE INPUT TYPE HAS BEEN CHANGED THEN THE RECORDER NEEDS TO BE RECALIBRATED.  5. THE  SET  In ­ 1: Lin  6 6. SET In ­ 2: Lin PRESS AND RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  In ­ 2:  FOR INPUT # 2 TYPE .  PRESS THE UP OR DOWN ARROW KEY TO SELECT THE INPUT TYPE # 2. 7. SET DP ­ 1: 0.00 PRESS AND RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  DP ­ 1:  FOR DECIMAL POINT POSITION FOR INPUT # 1.  IF THE INPUT # 1 TYPE SELECTED IS LIN, THEN THE DECIMAL POINT USED IN THE ENGINEERING UNIT IS SET OVER HERE. FOR A LINEAR INPUT OF A RANGE ­50.0 TO +200.0, PROGRAM THE DECIMAL POINT POSITION AS 0.0. PRESS THE UP OR DOWN ARROW KEY TO SET THE DECIMAL POINT POSITION. FOR THE OTHER INPUT TYPES THE DECIMAL POINT POSITION IS FIXED INTERNALLY AS PER THE RANGE OF THE INPUT. 8. SET DP ­ 2: 0.00 PRESS AND RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  DP ­ 2:  FOR DECIMAL POINT POSITION FOR INPUT # 2.  PRESS THE UP OR DOWN ARROW KEY TO SET THE DECIMAL POINT POSITION FOR INPUT # 2. 9. SET CHART DUR: 24Hr PRESS AND RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  CHART DUR:  FOR CIRCULAR CHART DURATION (MOVEMENT IN ONE ROTATION).  THE CHART DURATION CAN BE SET EITHER FOR EIGHT HOURS (8 Hr), OR FOR TWENTY FOUR HOURS (24 Hr) OR FOR SEVEN DAYS (7 DY). THIS IS TO BE SET AS PER THE CHART USED. IF THE DURATION SELECTED IS 8 Hr, THEN THE CHART ROTATES ONE COMPLETE REVOLUTION IN EIGHT HOURS. IF THE DURATION SELECTED IS 24 Hr, THEN THE CHART ROTATES ONE COMPLETE REVOLUTION IN TWENTY FOUR HOURS. IF THE DURATION SELECTED IS 7 DY, THEN THE CHART ROTATES ONE COMPLETE REVOLUTION IN SEVEN DAYS. 10. SET 50.0 102.3 PRESS THE SET KEY AND RELEASE.  THE RECORDER RETURNS TO MAIN MENU. THIS COMPLETES THE PROGRAMMING OF INPUT TYPE, DECIMAL POINT POSITION AND THE CHART DURATION.  CALIBRATION OF THE INPUT # 1 AND INPUT # 2:  THE CALIBRATION OF THE INPUT IS DONE BY THE FRONT KEY PAD. THE CALIBRATION TO BE DONE BY A PROPER CALIBRATOR. THE CALIBRATION IS TO BE DONE AT TWO POINTS ­ ONE NEAR TO LOW POINT (ZERO INPUT) AND THE OTHER ANYWHERE ABOVE 50 PERCENT OF THE FULL SCALE INPUT. THE UNIT CALIBRATION TO BE CROSS CHECKED ONCE IN A SIX MONTHS. STEP NO. KEY PRESSED SET DISPLAY DESCRIPTION  10.  CHART DUR: 24 Hr  IN THE STEP 10 ABOVE AFTER PROGRAMMING THE CHART DURATION PRESS THE SET KEY AND DO NOT RELEASE THE SET KEY TILL THE DISPLAY READS NOW RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  CAL Lo 1   11.  SET  CAL Lo 1 003.2  7 FOR LOW POINT CALIBRATION OF INPUT # 1.  THE RECORDER IS NOW READY FOR LOW POINT CALIBRATION OF THE INPUT # 1. THE LOW POINT CALIBRATION IS TO BE DONE NEAR OR AT ZERO INPUT VALUE (ZERO READING). APPLY THE CORRESPONDING SIGNAL FROM THE CALIBRATOR TO THE INPUT # 1. THE DISPLAY NOW READS THE VALUE OF INPUT # 1 IN ENGINEERING UNITS AS PER THE SIGNAL APPLIED ON THE INPUT. IF THE DISPLAY IS NOT READING THE ENGINEERING UNITS AS PER THE SIGNAL APPLIED ON THE INPUT, THEN PRESS THE UP OR DOWN ARROW KEY TO ADJUST THE READING ON THE DISPLAY AS PER THE SIGNAL APPLIED. PRESSING THE UP OR DOWN ARROW KEY, THE ZERO OFFSET FACTOR IS CHANGED IN THE MEMORY. HENCE BE CAREFUL AND SURE BEFORE PRESSING THE UP OR DOWN ARROW KEYS. DO NOT CALIBRATE FOR A INPUT VALUE WHICH IS NEGATIVE. 12. SET CAL Hi 1 000.0 PRESS AND RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  CAL Hi 1  FOR HIGH POINT CALIBRATION OF INPUT # 1.  THE RECORDER IS NOW READY FOR HIGH POINT CALIBRATION OF THE INPUT # 1. THE HIGH POINT CALIBRATION IS TO BE DONE ABOVE FORTY PERCENT OF THE INPUT RANGE. APPLY THE CORRESPONDING SIGNAL FROM THE CALIBRATOR TO THE INPUT # 1. THE DISPLAY NOW READS THE VALUE OF INPUT # 1 IN ENGINEERING UNITS AS PER THE SIGNAL APPLIED ON THE INPUT. IF THE DISPLAY IS NOT READING THE ENGINEERING UNITS AS PER THE SIGNAL APPLIED ON THE INPUT, THEN PRESS THE UP OR DOWN ARROW KEY TO ADJUST THE READING ON THE DISPLAY AS PER THE SIGNAL APPLIED. PRESSING THE UP OR DOWN ARROW KEY, THE GAIN FACTOR IS CHANGED IN THE MEMORY. HENCE BE CAREFUL AND SURE BEFORE PRESSING THE UP OR DOWN ARROW KEYS. DO NOT CALIBRATE FOR A INPUT VALUE WHICH IS NEGATIVE. 13. SET CAL Lo 2 005.6 PRESS AND RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  CAL Lo 2  FOR LOW POINT CALIBRATION OF INPUT # 2.  THE RECORDER IS NOW READY FOR LOW POINT CALIBRATION OF THE INPUT # 2. THE LOW POINT CALIBRATION IS TO BE DONE NEAR OR AT ZERO INPUT VALUE (ZERO READING). APPLY THE CORRESPONDING SIGNAL FROM THE CALIBRATOR TO THE INPUT # 2. THE DISPLAY NOW READS THE VALUE OF INPUT # 2 IN ENGINEERING UNITS AS PER THE SIGNAL APPLIED ON THE INPUT. IF THE DISPLAY IS NOT READING THE ENGINEERING UNITS AS PER THE SIGNAL APPLIED ON THE INPUT, THEN PRESS THE UP OR DOWN ARROW KEY TO ADJUST THE READING ON THE DISPLAY AS PER THE SIGNAL APPLIED. PRESSING THE UP OR DOWN ARROW KEY, THE ZERO OFFSET FACTOR IS CHANGED IN THE MEMORY. HENCE BE CAREFUL AND SURE BEFORE PRESSING THE UP OR DOWN ARROW KEYS. DO NOT CALIBRATE FOR A INPUT VALUE WHICH IS NEGATIVE. 14. SET CAL Hi 2 000.0 PRESS AND RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  CAL Hi 2  FOR HIGH POINT CALIBRATION OF INPUT # 2.  THE RECORDER IS NOW READY FOR HIGH POINT CALIBRATION OF THE INPUT # 2. THE HIGH POINT CALIBRATION IS TO BE DONE ABOVE FORTY PERCENT OF THE INPUT RANGE. APPLY THE CORRESPONDING SIGNAL FROM THE CALIBRATOR TO THE INPUT # 2. THE DISPLAY NOW READS THE VALUE OF INPUT # 2 IN ENGINEERING UNITS AS PER THE SIGNAL APPLIED ON THE INPUT. IF THE DISPLAY IS NOT READING THE ENGINEERING UNITS AS PER  8 THE SIGNAL APPLIED ON THE INPUT, THEN PRESS THE UP OR DOWN ARROW KEY TO ADJUST THE READING ON THE DISPLAY AS PER THE SIGNAL APPLIED. PRESSING THE UP OR DOWN ARROW KEY, THE GAIN FACTOR IS CHANGED IN THE MEMORY. HENCE BE CAREFUL AND SURE BEFORE PRESSING THE UP OR DOWN ARROW KEYS. DO NOT CALIBRATE FOR A INPUT VALUE WHICH IS NEGATIVE. 11. SET CAL Lo 1 005.6 PRESS AND RELEASE THE SET KEY. THE DISPLAY READS THE MESSAGE  CAL Lo 1  FOR LOW POINT CALIBRATION OF INPUT # 1.  NOTE: WE ARE BACK TO STEP # 11 15. ESC 50.0 102.3 PRESS THE ESC KEY AND RELEASE.  THE RECORDER RETURNS TO MAIN MENU. THIS COMPLETES THE CALIBRATION OF THE INPUTS. -------------------------****************************************************---------------------------------  ",57);arrFiles[177]=new Array(180,"http://www.dpminstrument.com/man_data/Recorder/FINAL/MTR-900.pdf","10 Jun 2010","Microsoft Word - MTR-900.doc","","","USER MANUAL  CIRCULAR CHART RECORDER MTR ­ 900  DPM INSTRUMENTS PVT. LTD.  CONTENTS  · · · ·  ·  Introduction Specification Hierarchy Programming procedure  Connection diagram  TM  DPM INSTRUMENTS PVT. LTD.  M FG O F PR O C ESS IN ST R U M EN TS /C O N T R O L PAN EL  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  Mtr-900 is microcontroller based circular chart recorder, mains 90260vac, 50 hz (+/- 10 %) operated. It has stepper motors for pen movement and center chart meovement. It is enclosed in metal enclosure, with window on front for viewing of the circular chart. It has a sixteen character by one line lcd display for the display of the process value. It has four keys for the calibration of the input process value, and for the programming of the lower range and the upper range of the pen movement on the chart as per the input. The chart speed also can be programmed either for eight hours or for twentyfour hours or for seven days. The input can be either 4-20ma or rtd pt100. The input can be selected by operating the keys. The circular chart recorder ­ on power off ­ stores the power off time, and on power on it moves the circular chart as per the elapsed time during the power off, thus compensating for the power off condition.  THE RECORDER INCORPORATES ­ Sixteen character by one line backlighted lcd display Four keys. Nonvolatile ram for storage of set parameters and calibration Calibration of analog input as per the engineering units required by front keys. Analog input ­ rtd pt100 or 4-20 ma. Wire compensation and linearisation for rtdpt100 sensor built in. Stepper motor for the circular chart and pen movement. Zero position sense for the pen movement.  D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Graph Size Supply  : : : : : : :  16 characters 1 line LCD display Programmable by front key Universal +/- 0.25 %  by membranes key 9  90 ­ 260 VAC, 50 Hz  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  FOR RTD INPUT  PRESS PROG. KEY FOR MORE THAN 3 SEC. FOR 4-20mA INPUT PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS ESC KEY  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for more than 3 sec. Display will show  Lo R 1: -50.0  (low range of graph ) Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 1: 50.0  (high range of graph). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 1: -50.0 . If PROG key press for more 3 sec Display will show  In - 1: Rtd /Lin (input type). Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display will show  DP ­ 1 : 0.0  (decimal point). Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will again show  CHART DUR: 24Hr / 8Hr  (chart). Press INCREMENT and DECREMENT Key to chart duration to either 8 Hr or 24 Hr or 7 Days. Press PROG key to enter selected value. If PROG key 00.23  (low range press for more 3 sec Display will show  CAL LO - 1: calibration) Now the low point calibration to be done at or near to lower range of the process input or at zero value of the process input. From the calibrator set a signal corresponding to zero value of the input to calibrate the input process value at zero value. Read the process value on the display ­ the display should read zero value when input applied from the calibrator is corresponding to zero value. If the display does not read as required ­ then by pressing INCREMENT and DECREMENT keys, perform the low point calibration. Do not calibrate for input value which is negative. Press PROG Key complete low range calibration. Display will show  CAL HI - 1: 00.23  (high range calibration) Now set the signal from the calibrator to anywhere above fifty percent of the input range. If the process value on the display of the controller does not read the value as applied from calibrator then change the process value by pressing INCREMENT and DECREMENT keys to the value as required. By pressing INCREMENT and DECREMENT keys user can calibrate the upper point of input. Press PROG key Display will show  Pen Step: 754 (No. of steps for Pen) Press the INCREMENT and DECREMENT keys to change the number of steps for pen. After setting steps press ESC key display will show Process value  D.P.M. INSTRUMENTS PVT. LTD.  ·  ·  ·  ·  ·  · ·  ·  CONNECTION DIAGRAM:  D.P.M. INSTRUMENTS PVT. LTD.  ",207);arrFiles[178]=new Array(181,"http://www.dpminstrument.com/man_data/Recorder/FINAL/man/DPM CHARTLESS RECORDER[1].pdf","30 Nov 2009","DPM (HM 040) leaflet 18-9-06","","","",128);arrFiles[179]=new Array(182,"http://www.dpminstrument.com/man_data/Recorder/FINAL/man/MTR-1000-2pen.pdf","1 Jun 2004","MTR-1000","","","USER MANUAL  CIRCULAR CHART RECORDER 1000 MTR ­ 1000 ( 2 PEN)  DPM INSTRUMENTS PVT. LTD.  CONTENTS  · · · ·  ·  Introduction Specification Hierarchy Programming procedure  Connection diagram  TM  DPM INSTRUMENTS PVT. LTD.  M FG O F PR O C ESS IN STR U M EN TS/C O N TR O L PAN EL  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION  Mtr-1000 is a microcontroller based intelligent circular chart recoder. The unit features two analog inputs, sixteen character by one line backlighted lcd display. Mtr-1000 unit has stepper motor for the chart and pen movement. Mtr-1000 unit has nonvolatile memory for storage of parameters and storage of calibration data, battery backed clock to compute the power off time, selection of input type, programmable chart duration and programmable low and high point in engineering units for the pen limits on the chart. The recorder on power on moves the pen to zero position. It then moves the chart ahead with respect to the time elapsed during power off. It then moves both the pens to the respective position on the chart as per the analog input. The recorder reads on the display the value of the two analog inputs in engineering units as calibrtated. The analog inputs can be set either for a linear input, or rtd, or thermocouple (j,k,r,s,t). The recorder is linearised for the rtd, j, k, r, s and t inputs. The recorder can be calibrated by keys on the front. For a linear input the recorder can be calibrated to a range of ­0999 to +8999 units, with programmable decimal point position.the recorder can be programmed for the low and high range of the pen limit as per the chart. The low range and the high range can be programmed from ­999 to +8999 units. The recorder can be set for the chart duration of 8 hours, or 24 hours or 7 days. All the programmed parameters are stored in a nonvolatile memory and remain intact even in power off condition. THE RECORDER INCORPORATES ­ Micro controller based intelligent unit. Two analog inputs Stepper motor for the chart and pen movement. Wire compensated circuit for rtd. Programmable input selection from either linear input, or rtd pt100 input, or thermocouple input (j, k, r, s, t) Built in cold junction compensation for thermocouple input. Calibration of analog input by keypad. Calibration range for linear input from ­0999 to +8999 units. Programmable decimal point position for linear input. For rtd pt100, j type, t type sensor - temperature resolution ­ 0.1 deg celcius For k type, r type, s type sensor ­ temperature resolution 1 deg celcius. Programmable chart duration for 8 hours or 24 hours or 7 days. Programmable low and high range for the pen limits on chart in engineering units. Auto movement of chart for power off condition on restore of power. Built in zero position sensor for pen. Sixteen character by one line backlighted lcd display. Four key keypad for programming and calibration. Non-volatile memory for parameter storage during power off. Power supply ­ 230v ac 50hz. Dimensions ­ 390 x 390 x 150 mm. Panel mounting type ­ panel cutout 345 x 345 mm. D.P.M. INSTRUMENTS PVT. LTD.  SPECIFICATION  Display Range Input Accuracy Calibration Graph Size Supply  : : : : : : :  16 characters 1 line LCD display Programmable by front key  Two universal  +/- 0.25 %  by membranes key 9  90 ­ 260 VAC, 50 Hz  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY  PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  ESC KEY PRESS PROG. KEY FOR MORE THAN 3 SEC.  FOR RTD INPUT  PRESS PROG. KEY  PRESS PROG. KEY  FOR 4-20mA INPUT  PRESS PROG. KEY  PRESS PROG. KEY  2  PRESS PROG. KEY  ESC KEY PRESS PROG. KEY FOR MORE THAN 3 SEC.  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  PRESS PROG. KEY  ESC KEY  D.P.M. INSTRUMENTS PVT. LTD.  PROGRMMING PROCEDURE  · · Press the PROG key for more than 3 sec. Display will show  Lo R 1: -50.0  (low range of graph for input 1) Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 1: 50.0  (high range of graph for input 1). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 2: -50.0  (low range of graph for input 2). Press PROG key to change low range. Low range of graph can be change with help of INCREMENT and DECREMENT key, to set adjusted low range press PROG key. Display will show  Hi R 2: 50.0  (high range of graph for input 2). High range of graph can be change with help of INCREMENT and DECREMENT key, to set high range of graph press PROG key. Display will again show  Lo R 1: -50.0 . If PROG key press for more 3 sec Display will show  In - 1: Rtd /Lin  (input type for input 1). Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display  In - 2: Rtd /Lin  (input type for input 2 )Input type can be change with help of INCREMENT and DECREMENT key either as  Rtd  or  Lin  to set selected input type press PROG key display will show  DP ­ 1: 0.0  (decimal point for input 1). Press PROG key to change decimal point. Decimal point value can be change with help of INCREMENT and DECREMENT key, to set decimal point press PROG key. Display will show  CHART DUR: 24Hr / 8Hr  (chart). Press INCREMENT and DECREMENT Key to chart duration to either 8 Hr or 24 Hr or 7 Days. Press PROG key to enter selected value. If PROG key press for more 3 sec Display will show  CAL LO - 1: 00.23  (low range calibration for input 1) Now the low point calibration to be done at or near to lower range of the process input or at zero value of the process input. From the calibrator set a signal corresponding to zero value of the input to calibrate the input process value at zero value. Read the process value on the display ­ the display should read zero value when input applied from the calibrator is corresponding to zero value. If the display does not read as required ­ then by pressing INCREMENT and DECREMENT keys, perform the low point calibration. Do not calibrate for input value which is negative. Press PROG Key complete low range calibration. Display will show  CAL HI - 1: 00.23  (high range calibration for input 1)  D.P.M. INSTRUMENTS PVT. LTD.  ·  ·  ·  ·  ·  ·  ·  ·  ·  · · ·  Now set the signal from the calibrator to anywhere above fifty percent of the input range. If the process value on the display of the controller does not read the value as applied from calibrator then change the process value by pressing INCREMENT and DECREMENT keys to the value as required. By pressing INCREMENT and DECREMENT keys user can calibrate the upper point of input. Press PROG key Display will show  CAL LO - 2: 00.33  (low range calibration for input 2) Repeat same calibration procedure use to calibrate low range for input 1 Press PROG Key complete low range calibration. Display will show  CAL HI - 2: 00.23  (high range calibration for input 2) Repeat same calibration procedure use to calibrate high range for input 1 Press PROG Key complete high range calibration.  Pen 1 Step: 754  (No. of steps for Pen 1 ) Press the INCREMENT and DECREMENT keys to change the number of steps for pen 1 Press PROG Key to set steps for pen 1  Pen 2 Step: 754  (No. of steps for Pen 2). Press the INCREMENT and DECREMENT keys to change the number of steps for pen 2 after setting steps press ESC key display will show Process value  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM:  A B B \' RTD (Pt100) INPUT  D.P.M. INSTRUMENTS PVT. LTD.  ",319);arrFiles[180]=new Array(183,"http://www.dpminstrument.com/man_data/Recorder/FINAL/man/Strip Chart Recorder[1].pdf","30 Nov 2009","Full page photo print","","","",997);arrFiles[181]=new Array(184,"http://www.dpminstrument.com/man_data/Scanner/16- Ch Scanner 1-OP.pdf","2 Nov 2009","16- Ch Scanner 1-OP","","","Micro-controller based 12-Channel RTD Scanner  Model No. ­ SC-12  Front View:-  AT  MAN  Technical specification:Size : Table Top Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Output :5Amp.Relay contact. Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 300.0 0C Resolution : 0.1 0C  Default Display:-  PV  AT  MAN  SC-12 Sc08-A501  Key Function:SET Key  : Enter into edit mode to change the value of parameter. To set the difference parameter. : Dual Purpose 1. Scrolls up through menus/parameter or increments the parameter value when in edit mode. 2. Increment channel in Manual mode : Dual Purpose 1. Scrolls down through menus/parameter or decrements the parameter value when in edit mode. 2. Decrement channel in Manual mode : Dual Purpose 1. Comes out of edit mode / escapes to default display screen. 2. Relay acknowledgement  INC Key  DEC Key  ESC Key  Editing different levels:Sr.No Level Level Parameter 1 One Scan mode, Scan Time, Set Point, Hysterises, Skip. 2 Two Offset Adjust. 1 ­ 12. 3 Three Pass Word, Calibration. Press SET Key to enter in edit mode As display shows Edit press INC Key and select desired level When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level- 1 Sr. No. Display Label 1 2 3 4 I II III IV V VI VII VIII IX X XI XII 5 6 I  Description Level 1 Scan mode Scan time Limit(1 Sec-99 Sec) Set point ( -99.9-999.9) Set point-1 Set point-2 Set point-3 Set point-4 Set point-5 Set point-6 Set point-7 Set point-8 Set point-9 Set point-10 Set point-11 Set point-12 Hysterises ( 0-9999) Skip (On - Off) Skip -1  II III IV V VI VII VIII IX X XI XII  Skip -2 Skip -3 Skip -4 Skip -5 Skip -6 Skip -7 Skip -8 Skip -9 Skip -10 Skip -11 Skip -12  Level 2:Sr. No. Display Label 1 2 3 4 5 6  Description Level 2 Offset for Channel 1 Limit(-99.9 to 999.9) Offset for Channel 2 Limit(-99.9 to 999.9) Offset for Channel 3 Limit(-99.9 to 999.9) Offset for Channel 4 Limit(-99.9 to 999.9) Offset for Channel 5 Limit(-99.9 to 999.9)  7 8 9 10 11 12 13  Offset for Channel 6 Limit(-99.9 to 999.9) Offset for Channel 7 Limit(-99.9 to 999.9) Offset for Channel 8 Limit(-99.9 to 999.9) Offset for Channel 9 Limit(-99.9 to 999.9) Offset for Channel 10 Limit(-99.9 to 999.9) Offset for Channel 11 Limit(-99.9 to 999.9) Offset for Channel 12 Limit(-99.9 to 999.9)  Table 1.3  Display Label \'s in Level 1,2 and 3:Sr. No. 1 2 3 4 5 Display Label Description Scan mode Auto Enable Scan mode Manual Enable Pass word ON OFF  Table 1.5 Note: The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value.  Level 3:Sr.No 1 2 3 4 Label Description Level 3 Pass word ( 0-9999) Feed Low Calibration / Low Temperature Feed High Calibration / High Temperature  Table 1.4  Editing Level 3 Parameter (calibration):Use the key combination to as per stated earlier to move in the calibration level. Then the display shows the calibration point1 by entering the appropriate password moved to  When the display flashing indicate that calibrating point saving the Low calibration. At this instant by using the correct source at the input side save the different calibration point. At this instant using INC and DEC key adjust feed temperature with display temperature. after getting correct notation press SET key. and display stop flashing now pressing INC key again .display shows now feed high temperature and do the same thing as done at lower calibration side. Now press set key to store the high set point. now press the INC key which shows lower calibration display. Check by feeding it low point. If it not matching the input adjust as stated earlier do the same thing for higher side keep doing same thing until you the correct notation  ",43);arrFiles[182]=new Array(185,"http://www.dpminstrument.com/man_data/Scanner/16_ Ch Scanner 1-OP.pdf","2 Nov 2009","16_ Ch Scanner 1-OP","","","Micro-controller based 12-Channel RTD Scanner  Model No. ­ SC-12  Front View:-  AT  MAN  Technical specification:Size : Table Top Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Output :5Amp.Relay contact. Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 300.0 0C Resolution : 0.1 0C  Default Display:-  PV  AT  MAN  SC-12 Sc08-A501  Key Function:SET Key  : Enter into edit mode to change the value of parameter. To set the difference parameter. : Dual Purpose 1. Scrolls up through menus/parameter or increments the parameter value when in edit mode. 2. Increment channel in Manual mode : Dual Purpose 1. Scrolls down through menus/parameter or decrements the parameter value when in edit mode. 2. Decrement channel in Manual mode : Dual Purpose 1. Comes out of edit mode / escapes to default display screen. 2. Relay acknowledgement  INC Key  DEC Key  ESC Key  Editing different levels:Level Parameter Sr.No Level 1 One Scan mode, Scan Time, Set Point, Hysterises, Skip. 2 Two Offset Adjust. 1 ­ 12. 3 Three Pass Word, Calibration. Press SET Key to enter in edit mode As display shows Edit press INC Key and select desired level When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level- 1 Sr. No. Display Label 1 2 3 4 I II III IV V VI VII VIII IX X XI XII 5 6 I  Description Level 1 Scan mode Scan time Limit(1 Sec-99 Sec) Set point ( -99.9-999.9) Set point-1 Set point-2 Set point-3 Set point-4 Set point-5 Set point-6 Set point-7 Set point-8 Set point-9 Set point-10 Set point-11 Set point-12 Hysterises ( 0-9999) Skip (On - Off) Skip -1  II III IV V VI VII VIII IX X XI XII  Skip -2 Skip -3 Skip -4 Skip -5 Skip -6 Skip -7 Skip -8 Skip -9 Skip -10 Skip -11 Skip -12  Level 2:Sr. No. Display Label 1 2 3 4 5 6  Description Level 2 Offset for Channel 1 Limit(-99.9 to 999.9) Offset for Channel 2 Limit(-99.9 to 999.9) Offset for Channel 3 Limit(-99.9 to 999.9) Offset for Channel 4 Limit(-99.9 to 999.9) Offset for Channel 5 Limit(-99.9 to 999.9)  7 8 9 10 11 12 13  Offset for Channel 6 Limit(-99.9 to 999.9) Offset for Channel 7 Limit(-99.9 to 999.9) Offset for Channel 8 Limit(-99.9 to 999.9) Offset for Channel 9 Limit(-99.9 to 999.9) Offset for Channel 10 Limit(-99.9 to 999.9) Offset for Channel 11 Limit(-99.9 to 999.9) Offset for Channel 12 Limit(-99.9 to 999.9)  Table 1.3  Display Label \'s in Level 1,2 and 3:Sr. No. 1 2 3 4 5 Display Label Description Scan mode Auto Enable Scan mode Manual Enable Pass word ON OFF  Table 1.5 Note: The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value.  Level 3:Sr.No 1 2 3 4 Label Description Level 3 Pass word ( 0-9999) Feed Low Calibration / Low Temperature Feed High Calibration / High Temperature  Table 1.4  Editing Level 3 Parameter (calibration):Use the key combination to as per stated earlier to move in the calibration level. Then the display shows the calibration point1 by entering the appropriate password moved to  flashing indicate that calibrating point saving the When the display Low calibration. At this instant by using the correct source at the input side save the different calibration point. At this instant using INC and DEC key adjust feed temperature with display temperature. after getting correct notation press SET key. and display stop flashing now pressing INC key again .display shows now feed high temperature and do the same thing as done at lower calibration side. Now press set key to store the high set point. now press the INC key which shows lower calibration display. Check by feeding it low point. If it not matching the input adjust as stated earlier do the same thing for higher side keep doing same thing until you the correct notation.  TERMINAL WIRING DETAILS.  A  B  B \' A B  B \' A  B B \' A  B  B \' A  B B \' A  B  B \' A  B  B \' B A  B \' A  B  B \' A  B B \'A  B  B \' A  B  SENSOR-1  SENSOR-2  SENSOR-3  SENSOR-4  SENSOR-5  SENSOR-6 SENSOR-7  SENSOR-8  SENS OR-9  SENSOR-10 SENSOR-11 SENSOR  L  N  E  NO C NC  RELAY-1  230V AC  ",44);arrFiles[183]=new Array(186,"http://www.dpminstrument.com/man_data/Scanner/6- Ch Scanner.pdf","2 Nov 2009","6- Ch Scanner","","","Micro-controller based 6-Channel RTD Scanner  Model No. ­ SC-06  Front View:-  AT  MAN  Technical specification:Size : Table Top Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 300.0 0C Resolution : 0.1 0C  Default Display:-  PV  AT  MAN  SC-06 Sc08-A501  Key Function:SET Key  : Enter into edit mode to change the value of parameter. To set the difference parameter. : Dual Purpose 1. Scrolls up through menus/parameter or increments the parameter value when in edit mode. 2. Increment channel in Manual mode : Dual Purpose 1. Scrolls down through menus/parameter or decrements the parameter value when in edit mode. 2. Decrement channel in Manual mode : Dual Purpose 1. Comes out of edit mode / escapes to default display screen. 2. Relay acknowledgement  INC Key  DEC Key  ESC Key  Editing different levels:Sr.No Level Level Parameter 1 One Scan mode, Scan Time, Set Point, Hysterises, Skip. 2 Two Offset Adjust. 1 ­ 12. 3 Three Pass Word, Calibration. Press SET Key to enter in edit mode As display shows Edit press INC Key and select desired level When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level- 1 Sr. No. Display Label 1 2 3  Description Level 1 Scan mode Scan time Limit(1 Sec-99 Sec)  Level 2:Sr. No. Display Label 1 2 3 4 5 6 7 Table 1.3 Display Label \'s in Level 1,2 and 3:Sr. No. Display Label 1 2 3 4 5 Table 1.5 Note:  Description Level 2 Offset for Channel 1 Limit(-99.9 to 999.9) Offset for Channel 2 Limit(-99.9 to 999.9) Offset for Channel 3 Limit(-99.9 to 999.9) Offset for Channel 4 Limit(-99.9 to 999.9) Offset for Channel 5 Limit(-99.9 to 999.9) Offset for Channel 6 Limit(-99.9 to 999.9)  Description Scan mode Auto Enable Scan mode Manual Enable Pass word ON OFF  The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value.  Level 3:Sr.No 1 2 3 4 Label Description Level 3 Pass word ( 0-9999) Feed Low Calibration / Low Temperature Feed High Calibration / High Temperature  Table 1.4  Editing Level 3 Parameter (calibration):Use the key combination to as per stated earlier to move in the calibration level. Then the display shows the calibration point1 by entering the appropriate password moved to  When the display flashing indicate that calibrating point saving the Low calibration. At this instant by using the correct source at the input side save the different calibration point. At this instant using INC and DEC key adjust feed temperature with display temperature. after getting correct notation press SET key. and display stop flashing now pressing INC key again .display shows now feed high temperature and do the same thing as done at lower calibration side. Now press set key to store the high set point. now press the INC key which shows lower calibration display. Check by feeding it low point. If it not matching the input adjust as stated earlier do the same thing for higher side keep doing same thing until you the correct notation  ",34);arrFiles[184]=new Array(187,"http://www.dpminstrument.com/man_data/Scanner/FINAL/SC-03-C.pdf","10 Jun 2010","Microsoft Word - SC-03-C.doc","","","Micro-controller based 3-Channel RTD Scanner With 1 Output  Model No. ­ SC-03/C  Front View:-  AT  MAN  Technical specification:Size : 210mm X 184mm X 96 mm Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 300.0 0C Resolution : 0.1 0C  Default Display:-  PV  AT  MAN  Sc08-A501  Key Function:SET Key INC Key DEC Key ESC Key  : Enter into edit mode to change the value of parameter. To set the difference parameter. : Scrolls up through menus/parameter or increments the parameter value when in edit mode. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Comes out of edit mode or escapes to default display screen.  Editing different levels:Sr.No Level Level Parameter 1 One Scan mode, Scan Time, Set Point, Hysterises. 2 Two Offset Adjust. 1 ­ 3 Press SET Key to enter in edit mode As display shows Edit press INC Key and select desired level When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level- 1 Sr. No. Display Label 1 2 3 4 5 Table 1.2  Description Level 1 Scan mode Scan time Limit(1 Sec-99 Sec) Set point ( -99.9-999.9) Hysterises ( 0-9999)  Level 2:Sr. No. Display Label 1 2 3 4 Table 1.3  Description Level 2 Offset for Channel 1 Limit(-99.9 to 999.9) Offset for Channel 2 Limit(-99.9 to 999.9) Offset for Channel 3 Limit(-99.9 to 999.9)  Display Label \'s in Level 1,2 and 3:Sr. No. 1 2 Table 1.5 Display Label Description Scan mode Auto Enable Scan mode Manual Enable  Note: The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value.  BACK PANEL CONNECTION:1 L 2 3 N E 230 V AC 4 5 6 A B B \' SENSOR-1 7 A 8 9 B B \' SENSOR-2 10 11 12 A B B \' SENSOR-3 13 14 15 NO C NC RELAY  ",39);arrFiles[185]=new Array(188,"http://www.dpminstrument.com/man_data/Scanner/FINAL/SC-04-C.pdf","10 Jun 2010","Microsoft Word - SC-04-C.doc","","","Micro-controller based 4-Channel RTD Scanner  Model No. ­ SC-04/C  Front View:-  AT  MAN  Technical specification:Size : 96mm X 96mm X 110 mm Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 300.0 0C Resolution : 0.1 0C  Default Display:-  PV  AT  MAN  Sc08-A501  Key Function:SET Key INC Key DEC Key ESC Key  : Enter into edit mode to change the value of parameter. To set the difference parameter. : Scrolls up through menus/parameter or increments the parameter value when in edit mode. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Comes out of edit mode or escapes to default display screen.  Editing different levels:Sr.No Level Level Parameter 1 One Scan mode, Scan Time. 2 Two Offset Adjust. 1 ­ 4 Press SET Key to enter in edit mode As display shows Edit press INC Key and select desired level When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level- 1 Sr. No. Display Label 1 2 3 Table 1.2  Description Level 1 Scan mode Scan time Limit(1 Sec-99 Sec)  Level 2:Sr. No. Display Label 1 2 3 4 5 Table 1.3  Description Level 2 Offset for Channel 1 Limit(-99.9 to 999.9) Offset for Channel 2 Limit(-99.9 to 999.9) Offset for Channel 3 Limit(-99.9 to 999.9) Offset for Channel 4 Limit(-99.9 to 999.9)  Display Label \'s in Level 1, 2 and 3:Sr. No. 1 2 Table 1.5 Display Label Description Scan mode Auto Enable Scan mode Manual Enable  EDITING PARAMETER:The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value.  CALIBRATION:By selecting the Level 3 you can calibrate the instrument. After entering the proper password display flash \'s and shows C-LO (Calibration point low) at this instant feed appropriate input source at channel 1 (lower range input). Now adjust the display as per input. When display follows the source press SET key to stop flashing and again press SET key now display flash \'s and shows C-HI (Calibration Point HIGH) at this instant feed appropriate input source at channel 1 (Higher range input). Now adjust the display as per input. When display follows the source press SET key to stop flashing. and again press SET key now display flash \'s and shows C-LO (Calibration Point LOW) Again now adjust it. Do the same up till the display shows input appropriately at first instant. * Use standard input source to calibrate the instrument.  BACK PANEL CONNECTION:1 A 2 B SENSOR 1 3 B \' 4 A 5 B SENSOR 2 6 B \' 7 A 8 B SENSOR 3 9 B \'  10 L  11 N 230 VAC  12 E  13  14  15  16 A  17 18 B B \' SENSOR 4  ",40);arrFiles[186]=new Array(189,"http://www.dpminstrument.com/man_data/Scanner/FINAL/SC-06-A501.pdf","10 Jun 2010","Microsoft Word - SC-06-A501.doc","","","Micro-controller based 6-Channel Scanner  Model No. ­ SC-06-A501  Front View:-  AT  MAN  Technical specification:Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 300.0 0C Resolution : 0.1 0C  1  Default Display:-  PV  AT  MAN  Sc08-A501  Key Function:SET Key INC Key DEC Key ESC Key  : Enter into edit mode to change the value of parameter. To set the difference parameter. : Scrolls up through menus/parameter or increments the parameter value when in edit mode. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Comes out of edit mode or escapes to default display screen.  Editing different levels:Sr.No Level Key Combination 1 One SET + INC 2 Two SET+ DEC 3 Three SET+ ESC  Level Parameter Scan mode, Scan Time Offset Adjust. 1 - 8 Pass Word, Calibration  When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message. Level- 1 Sr. No. Display Label 1 2 3  Description Scan mode Scan time Limit(1 Sec-99 Sec) Skip (On - Off)  2  I II III IV V VI Table 1.2  Skip 1 Skip 2 Skip 3 Skip 4 Skip 5 Skip 6  Level 2:Sr. No. Display Label 1 2 3 4 5 6 Table 1.3 Display Label \'s in Level 1,2 and 3:Sr. No. 1 2 3 Table 1.5 Display Label  Description Offset for Channel 1 Limit(-99.9 to 999.9) Offset for Channel 2 Limit(-99.9 to 999.9) Offset for Channel 3 Limit(-99.9 to 999.9) Offset for Channel 4 Limit(-99.9 to 999.9) Offset for Channel 5 Limit(-99.9 to 999.9) Offset for Channel 6 Limit(-99.9 to 999.9)  Description Scan mode Auto Enable Scan mode Manual Enable Pass word  3  Note: The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value. Level 3:Sr.No 1 2 3 4 Label Description Level 3 Pass word ( 0-9999) Calibration Low Calibration point High  Table 1.4  Editing Level 3 Parameter (calibration):CALIBRATION:By selecting the Level 3 you can calibrate the instrument. After entering the proper password display flash \'s and shows C-LO (Calibration point low) at this instant feed appropriate input source at channel 1 (lower range input). Now adjust the display as per input. When display follows the source press SET key to stop flashing and again press SET key now display flash \'s and shows C-HI (Calibration Point HIGH) at this instant feed appropriate input source at channel 1 (Higher range input). Now adjust the display as per input. When display follows the source press SET key to stop flashing. and again press SET key now display flash \'s and shows C-LO (Calibration Point LOW) Again now adjust it. Do the same up till the display shows input appropriately at first instant.  4  PANEL CONNECTION:1 L 2 N 230 VAC 11 B SENSOR 3 20 B SENSOR 6 3 E 4 A 5 6 B B \' SENSOR 1 14 15 B B \' SENSOR 4 7 A 8 B SENSOR 2 17 B SENSOR 1 9 B \'  10 A  12 B \'  13 A  16 A  18 B \'  19 A  21 B \'  5  ",46);arrFiles[187]=new Array(190,"http://www.dpminstrument.com/man_data/Scanner/FINAL/SC-08-C.pdf","10 Jun 2010","Microsoft Word - SC-08-C.doc","","","Micro-controller based 2-Channel RTD Scanner With 2 Output  Model No. ­ SC-08/C  Front View:-  AT  MAN  Technical specification:Size : 96mm X 96mm X 110mm Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 300.0 0C Resolution : 0.1 0C  Default Display:-  PV  AT  MAN  Sc08-A501  Key Function:SET Key INC Key DEC Key ESC Key  : Enter into edit mode to change the value of parameter. To set the difference parameter. : Scrolls up through menus/parameter or increments the parameter value when in edit mode. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Comes out of edit mode or escapes to default display screen.  Editing different levels:Sr.No Level Level Parameter 1 One Set Point-1, Hysterises-1, Set Point -2, Hysterises-2 2 Two Offset Adjust. 1 ­ 2 3 Three Pass Word, Calibration Press SET Key to enter in edit mode As display shows Edit press INC Key and select desired level When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level- 1 Sr. No. Display Label 1 2 3 4 5 Table 1.2  Description Level 1 Set point 1 ( -99.9-999.9) Hysterises 1 ( 0-9999) Set point 2 ( -99.9-999.9) Hysterises 2 ( 0-9999)  Level 2:Sr. No. Display Label 1 2 3 Table 1.3  Description Level 2 Offset for Channel 1 Limit(-99.9 to 999.9) Offset for Channel 2 Limit(-99.9 to 999.9)  Display Label \'s in Level 1,2 and 3:Sr. No. 1 Table 1.5 Display Label Description Pass word  Note: The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value.  Level 3:Sr.No 1 2 3 4 5 6 7 8 9 Label Description Level 3 Pass word ( 0-9999) Calibration point 1 (feed ­50 from the RTD simulator) Calibration point 2 (feed 0from the RTD simulator) Calibration point 3 (feed 50from the RTD simulator) Calibration point 4 (feed 100from the RTD simulator) Calibration point 5 (feed 200 from the RTD simulator) Calibration point 6 (feed 300 from the RTD simulator) Calibration point 7 (feed 400 from the RTD simulator)  Table 1.4  Editing Level 3 Parameter (calibration):Use the key combination to as per stated earlier to move in the calibration level. Then the display shows the calibration point1 by entering the appropriate password moved to  When the display the left most segment flashing indicate that calibrating point saving the point 1 calibration. At this instant by using the correct source at the input side save the different calibration point. The calibration point and the corresponding source required is given in the table 1.4. By pressing the SET key the flashing stopped. By pressing the SET key again next message displayed. When last point is calibrated use the ESC key to back in default menu.  ",45);arrFiles[188]=new Array(191,"http://www.dpminstrument.com/man_data/Scanner/FINAL/SC-16.pdf","10 Jun 2010","Microsoft Word - SC-16.doc","","","Micro-controller based 16-Channel RTD Scanner  Model No. ­ SC-16  Front View:TEMPERATURE SCANNER  O  PV  C  AUTO  PROG  MAN  ESC ACK  DPM INSTRUMENTS PVT. LTD.  SC-16A  Technical specification:Size : 96 X 192 X 200 mm. Display : 2 Row 4 Digit Seven Segment 0.53  LED Operating Voltage : 230VAC 50Hz.+/- 15% Calibration : By Software Input : RTD Accuracy : +/- 0.25% of Span Operating Range : -99.9 0C to 400.0 0C Resolution : 0.1 0C  Default Display:-  PV  AT  MAN  SC-12 Sc08-A501  Key Function:SET Key  : Enter into edit mode to change the value of parameter. To set the difference parameter. : Dual Purpose 1. Scrolls up through menus/parameter or increments the parameter value when in edit mode. 2. Increment channel in Manual mode : Dual Purpose 1. Scrolls down through menus/parameter or decrements the parameter value when in edit mode. 2. Decrement channel in Manual mode : Dual Purpose 1. Comes out of edit mode / escapes to default display screen. 2. Relay acknowledgement  INC Key  DEC Key  ESC Key  Editing different levels:Sr.No Level Level Parameter 1 One Scan mode, Scan Time, Skip. 2 Two Offset Adjust. 1 ­ 16. 3 Three Pass Word, Calibration. Press SET Key to enter in edit mode As display shows Edit press INC Key and select desired level When you entered to different level get the following messages. Meaning of each message and its limit given in the following table. Flashing means it \'s editable now you can change the value of particular message.  Level- 1 Sr. No. Display Label 1 2 3 4 I II III IV V VI VII VIII IX X XI XII XIII XIII XV XVI  Description Level 1 Scan mode Scan time Limit(1 Sec-99 Sec) Skip (On - Off) Skip -1 Skip -2 Skip -3 Skip -4 Skip -5 Skip -6 Skip -7 Skip -8 Skip -9 Skip -10 Skip -11 Skip -12 Skip -13 Skip -14 Skip -15 Skip -16  Level 2:Sr. No. Display Label 1 2 3 4 5 6 7 8 9 10 11 12 13  Description Level 2 Offset for Channel 1 Limit(-99.9 to 999.9) Offset for Channel 2 Limit(-99.9 to 999.9) Offset for Channel 3 Limit(-99.9 to 999.9) Offset for Channel 4 Limit(-99.9 to 999.9) Offset for Channel 5 Limit(-99.9 to 999.9) Offset for Channel 6 Limit(-99.9 to 999.9) Offset for Channel 7 Limit(-99.9 to 999.9) Offset for Channel 8 Limit(-99.9 to 999.9) Offset for Channel 9 Limit(-99.9 to 999.9) Offset for Channel 10 Limit(-99.9 to 999.9) Offset for Channel 11 Limit(-99.9 to 999.9) Offset for Channel 12 Limit(-99.9 to 999.9) Offset for Channel 13 Limit(-99.9 to 999.9) Offset for Channel 14 Limit(-99.9 to 999.9) Offset for Channel 15 Limit(-99.9 to 999.9) Offset for Channel 16 Limit(-99.9 to 999.9)  Table 1.3  Display Label \'s in Level 1,2 and 3:Sr. No. 1 2 3 4 5 Display Label Description Scan mode Auto Enable Scan mode Manual Enable Pass word ON OFF  Table 1.5 Note: The label likes scan mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages. The label like offset adjust to channel 1 corresponding to the numbers so to edit this use INC key to increment value and decrement key to decries the value which rolls value in max and min value.  Level 3:Sr.No 1 2 3 4 Label Description Level 3 Pass word ( 0-9999) Feed Low Calibration / Low Temperature Feed High Calibration / High Temperature  Table 1.4  Editing Level 3 Parameter (calibration):Use the key combination to as per stated earlier to move in the calibration level. Then the display shows the calibration point1 by entering the appropriate password moved to  flashing indicate that calibrating point saving the When the display Low calibration. At this instant by using the correct source at the input side save the different calibration point. At this instant using INC and DEC key adjust feed temperature with display temperature. after getting correct notation press SET key. and display stop flashing now pressing INC key again .display shows now feed high temperature and do the same thing as done at lower calibration side. Now press set key to store the high set point. now press the INC key which shows lower calibration display. Check by feeding it low point. If it not matching the input adjust as stated earlier do the same thing for higher side keep doing same thing until you the correct notation.  CONNECTOR WIRING DETAILS:-  1 A  2 B SENSOR - 1  3 B \' A  4  5 B  6 7 B \' A  8 B SENSOR - 3  9 B \'  10 A  11 B  12 13 B \' A  14 B SENSOR - 5  15 B \'  16 A  17 B  18 B \' A  19 B  20 B \'  21 22 A  23 B  24  25 B \' A B  26  27 B \' A  28  29 B  30 B \'  SENSOR - 2  SENSOR - 4  SENSOR - 6  SENSOR - 7  SENSOR - 8  SENSOR - 9  SENSOR - 10  31 A  32 B SENSOR - 1  33 B \'  34 A  35 B  36 B \' A  37 B  38 B \'  39 40 A  41 B  42 B \' A  43 B  44  45 B \' A  46  47 B  48 B \'  49  50  51  52 L  53 N  54 E  SENSOR - 2  SENSOR - 3  SENSOR - 4  SENSOR - 5  SENSOR - 6  230 VAC  ",60);arrFiles[189]=new Array(192,"http://www.dpminstrument.com/man_data/signal converter/ISO-209 spec.pdf","10 Jun 2010","Microsoft Word - ISO-209 spec..doc","","","SIGNAL ISOLATOR  Model No. : ISO ­ 209  SPECIFICATIONS  Input  o  4 ­ 20 mA / 0 ­ 10 VDC / 0 ­5VDC /PT ­ 100/ Thermocouple  Output o 4 ­ 20 mA / 0 ­ 10 V No. of Output o Single / Two / Three Calibration provision Number of outputs Output for sensor Mounting Supply Voltage : : : : : available on front single +5 VDC din rail 230 VAC  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  ",482);arrFiles[190]=new Array(193,"http://www.dpminstrument.com/man_data/Specification/controller/lev-2009.pdf","10 Jun 2010","Microsoft Word - lev-2009.doc","","","MICRO-CONTROLLER BASED LEVEL CONTROLLER  Model No.:Front View:LEV-2009  PV  SV  Technical Specification:Size Display Operating Voltage Calibration Input Output Accuracy : : : : : : : 96x96x110mm 2 Row 4 digit Seven segment 0.53  LED 230 VAC 50Hz.+/-15% By Software 4-20mA 2 nos.Relay +/-0.25% of Span  ",22);arrFiles[191]=new Array(194,"http://www.dpminstrument.com/man_data/Specification/controller/TC-504-2-AL.pdf","10 Jun 2010","Microsoft Word - TC-504-2-AL.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO.  :  TC/504/2/AL  SPECIFICATIONS TYPE TEMP. RANGE RESOLUTION ACCURACY SETTING : : : : : PT-100 -50 To 600C 0.10C ±0.5% By Hellipot 1. Compressor 2. Alarm Relay contact rated 25Amp. In-Build Buzzer for Alarm 230 V.AC 50 Hz 96/96/110  OUTPUT POWER Size  : : :  ",14);arrFiles[192]=new Array(195,"http://www.dpminstrument.com/man_data/Specification/controller/TC-504-2-H-C.pdf","10 Jun 2010","Microsoft Word - TC-504-2-H-C.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504/2/H/C  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 0 To 1000C 0.10C ±0.5% By Hellipot 2 NoS. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  ",13);arrFiles[193]=new Array(196,"http://www.dpminstrument.com/man_data/Specification/controller/TC-504-2F.pdf","10 Jun 2010","Microsoft Word - TC-504-2F.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504/2F  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 0 To 1000C 0.10C ±0.5% By Hellipot 2 NoS. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  ",13);arrFiles[194]=new Array(197,"http://www.dpminstrument.com/man_data/Specification/controller/TC-504.pdf","10 Jun 2010","Microsoft Word - TC-504.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 0 To 1000C 0.10C ±0.5% By Hellipot 1 No. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  ",13);arrFiles[195]=new Array(198,"http://www.dpminstrument.com/man_data/Specification/controller/TC-504fF.pdf","10 Jun 2010","Microsoft Word - TC-504fF.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-504/F  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 0 To 1000C 0.10C ±0.5% By Hellipot 1 No. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  ",13);arrFiles[196]=new Array(199,"http://www.dpminstrument.com/man_data/Specification/controller/TC-72.pdf","10 Jun 2010","Microsoft Word - TC-72.doc","","","DIGITAL TEMPRATURE CONTROLLER  MODEL NO. SR. NOS.  : :  TC-72  SPECIFICATIONS INPUT TEMP. RANGE RESOLUTION ACCURACY SETTING OUTPUT POWER Size : : : : : : : : PT-100 0 To 1000C 0.10C ±0.5% By Hellipot 1 No. Relay contact rated 5Amp. 24 VDC 96 X 96 X120 mm  ",13);arrFiles[197]=new Array(200,"http://www.dpminstrument.com/man_data/Specification/controller/TCP-2005A.pdf","10 Jun 2010","Microsoft Word - TCP-2006A.doc","","","DPM Instruments Pvt. Ltd.  Microcontroller based Process Controller: TCP-2005A  Instruction Manual  Technical Specifications Display Range Input First Output Second Output  Third Output  : : : : :  :  2 Row 4 Digit seven segment 0.53  LED Programmable by front key 4 to 20 mA / RTD / Thermocouple 5 Amp. Relay contact 5 Amp. Relay contact  5 Amp. Relay contact (Optional)  Fourth Output Control Action Hysterics Accuracy Calibration Size Supply  : : : : : : :  5 Amp. Relay contact (Optional) Programmable by front key (Low/High) Programmable +/- 0.25 % By Software 72 x 72 x 110 mm 230 VAC 50 Hz. +/- 15 %  ",14);arrFiles[198]=new Array(201,"http://www.dpminstrument.com/man_data/Specification/controller/TCP-2006A.pdf","10 Jun 2010","Microsoft Word - TCP-2006A.doc","","","DPM Instruments Pvt. Ltd.  Microcontroller based Process Controller: TCP-2006A  Instruction Manual  Technical Specifications Display Range Input First Output Second Output  Third Output  : : : : :  :  2 Row 4 Digit seven segment 0.53  LED Programmable by front key 4 to 20 mA / RTD / Thermocouple 5 Amp. Relay contact 5 Amp. Relay contact  5 Amp. Relay contact (Optional)  Fourth Output Control Action Hysterics Accuracy Calibration Size Supply  : : : : : : :  5 Amp. Relay contact (Optional) Programmable by front key (Low/High) Programmable +/- 0.25 % By Software 72 x 72 x 110 mm 230 VAC 50 Hz. +/- 15 %  ",15);arrFiles[199]=new Array(202,"http://www.dpminstrument.com/man_data/Specification/controller/TCP-3004A.pdf","10 Jun 2010","Microsoft Word - TCP-3004A.doc","","","DPM Instruments Pvt. Ltd.  Microcontroller based Process Controller: TCP-3004A Instruction Manual Technical Specifications Display Range Input First Output Second Output Third Output Fourth Output Control Action Hysterics Accuracy Calibration Size Supply : : : : : : : : : : : : : 2 Row 4 Digit seven segment 0.53  LED Programmable by front key 4 to 20 mA 5 Amp. Relay contact 5 Amp. Relay contact 5 Amp. Relay contact (Optional) 5 Amp. Relay contact (Optional) Programmable by front key (Low/High) Programmable +/- 0.25 % By Software 96 X 96 X 110 mm 230 VAC 50 Hz. +/- 15 %  ",13);arrFiles[200]=new Array(203,"http://www.dpminstrument.com/man_data/Specification/Indicator/PI-201.pdf","10 Jun 2010","Microsoft Word - PI-201.doc","","","PROG  USER MANUAL  PROCESS INDICATOR  DPM INSTRUMENTS PVT. LTD.  ESC  PI-201  SPECIFICATION  Display Range Input Accuracy Calibration Size Supply  : : : : : : :  4 Digit seven segment 2.3  LED Programmable by front key 4 to 20 mA +/- 0.25 % By Software 12  x 6  x 6   230 VAC 50 Hz  ",62);arrFiles[201]=new Array(204,"http://www.dpminstrument.com/man_data/Specification/Indicator/PI-401.pdf","10 Jun 2010","Microsoft Word - PI-401.doc","","","PROG  USER MANUAL  PROCESS INDICATOR  DPM INSTRUMENTS PVT. LTD.  ESC  PI-201  SPECIFICATION  Display Range Input Accuracy Calibration Size Supply  : : : : : : :  4 Digit seven segment 4  LED Programmable by front key 4 to 20 mA +/- 0.25 % By Software 18  x 7  x 7  +24VDC  ",62);arrFiles[202]=new Array(205,"http://www.dpminstrument.com/man_data/Specification/Indicator/PI-96-2.pdf","10 Jun 2010","Microsoft Word - PI-96-2.doc","","","DUAL DISPLAY PROCESS INDICATOR  Model No. : PI ­ 96 / 2  PROCESS INDICATOR  DPM INSTRUMENTS PVT.LTD.  PI - 96 / 2  SPECIFICATIONS  Display Input Indication Range Size Supply : : : : : Two Line of 3½ Digit seven segment LED each Analog - 4 to 20 mA X 2 Nos. 0.0 to 14.0 pH for both display 96 X 96 X 110 mm 230 V AC  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  ",78);arrFiles[203]=new Array(206,"http://www.dpminstrument.com/man_data/Specification/Indicator/R-48.pdf","10 Jun 2010","Microsoft Word - R-48.doc","","","RPM Indicator  R-48  Specification · · · · Display Input type Enclosure Supply : : : : 31/2 digit (± 1999) 7 segment LED display 0 TO 10 V DIN std / Flameproof Aluminum Die casting 230V AC, 50HZ  Connection Diagram  Supply Connections L Line N Neutral E Earth  --1--  ",22);arrFiles[204]=new Array(207,"http://www.dpminstrument.com/man_data/Specification/Indicator/TI-603-6.pdf","10 Jun 2010","Microsoft Word - TI-603-6.doc","","","MULTI CHANNEL TEMPERATURE INDICATOR  Model No. : TI ­603 /3/4/5/ 6  SPECIFICATIONS  Display Input No. Of Inputs Indication Range : : : : 3½ Digit seven segment LED Analog - 4 to 20 mA /RTD/Thermocouple 3/4/5/6 00 to 9999 °C By selector Switch 96 X 96 X 110 mm 230 V AC  Channel Selection : Size Supply : :  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  ",79);arrFiles[205]=new Array(208,"http://www.dpminstrument.com/man_data/Specification/Indicator/TI-603.pdf","10 Jun 2010","Microsoft Word - TI-603.doc","","","Temperature Indicator  TIS-603  Specification · · · · Display Input type Enclosure Supply : : : : 31/2 digit (± 1999) 7 segment LED display RTD (PT 100) DIN std / Flameproof Aluminum Die casting 230V AC, 50HZ  Connection Diagram  L N E A B B  Supply Connections L Line N Neutral E Earth Sensor Connections A Red B White B White  --1--  ",20);arrFiles[206]=new Array(209,"http://www.dpminstrument.com/man_data/Specification/Indicator/TI-72.pdf","10 Jun 2010","Microsoft Word - TI-72.doc","","","Temperature Indicator  TI-72  Specification · Display display · Input type · Enclosure casting · Supply : : : : 31/2 digit (± 1999) 7 segment LED RTD (PT 100) DIN std / Flameproof Aluminum Die 230V AC, 50HZ  Connection Diagram  L N E A B B  ",29);arrFiles[207]=new Array(210,"http://www.dpminstrument.com/man_data/Specification/Indicator/TIS-603.pdf","10 Jun 2010","Microsoft Word - TIS-603.doc","","","Temperature Indicator  TIS-603  Specification · · · · Display Input type Enclosure Supply : : : : 31/2 digit (± 1999) 7 segment LED display RTD (PT 100) DIN std / Flameproof Aluminum Die casting 230V AC, 50HZ  Connection Diagram  L N E A B B  Supply Connections L Line N Neutral E Earth Sensor Connections A Red B White B White  --1--  ",20);arrFiles[208]=new Array(211,"http://www.dpminstrument.com/man_data/Specification/Recorder/MTR-1000-2.pdf","10 Jun 2010","Microsoft Word - MTR-1000-2.doc","","","CIRCULAR CHART RECORDER  MODEL : MTR-1000/2 SPECIFICATION  Display Range Input Accuracy Calibration Graph Size Supply  : : : : : : :  16 characters 1 line LCD display Programmable by front key Two universal +/- 0.25 % by membranes key 9  90 ­ 260 VAC, 50 Hz  ",35);arrFiles[209]=new Array(212,"http://www.dpminstrument.com/man_data/Specification/Recorder/MTR-1000.pdf","10 Jun 2010","Microsoft Word - MTR-1000.doc","","","CIRCULAR CHART RECORDER  MODEL : MTR-1000 SPECIFICATION  Display Range Input Accuracy Calibration Graph Size Supply  : : : : : : :  16 characters 1 line LCD display Programmable by front key Two universal +/- 0.25 % by membranes key 9  90 ­ 260 VAC, 50 Hz  ",34);arrFiles[210]=new Array(213,"http://www.dpminstrument.com/man_data/Specification/Recorder/MTR-600-2.pdf","10 Jun 2010","Microsoft Word - MTR-600-2.doc","","","CIRCULAR CHART RECORDER  MODEL : MTR-600/2  SPECIFICATIONS:  MICRO CONTROLLER BASED INTELLIGENT UNIT. TWO ANALOG INPUTS STEPPER MOTOR FOR THE CHART AND PEN MOVEMENT. WIRE COMPENSATED CIRCUIT FOR RTD. PROGRAMMABLE INPUT SELECTION FROM EITHER LINEAR INPUT, OR RTD PT100 INPUT, OR THERMOCOUPLE INPUT (J, K, R, S, T) BUILT IN COLD JUNCTION COMPENSATION FOR THERMOCOUPLE INPUT. CALIBRATION OF ANALOG INPUT BY KEYPAD. CALIBRATION RANGE FOR LINEAR INPUT FROM ­0999 TO +8999 UNITS. PROGRAMMABLE DECIMAL POINT POSITION FOR LINEAR INPUT. FOR RTD PT100, J TYPE, T TYPE SENSOR - TEMPERATURE RESOLUTION ­ 0.1 DEG CELCIUS FOR K TYPE, R TYPE, S TYPE SENSOR ­ TEMPERATURE RESOLUTION 1 DEG CELCIUS. PROGRAMMABLE CHART DURATION FOR 8 HOURS OR 24 HOURS OR 7 DAYS. PROGRAMMABLE LOW AND HIGH RANGE FOR THE PEN LIMITS ON CHART IN ENGINEERING UNITS. AUTO MOVEMENT OF CHART FOR POWER OFF CONDITION ON RESTORE OF POWER. BUILT IN ZERO POSITION SENSOR FOR PEN. SIXTEEN CHARACTER BY ONE LINE BACKLIGHTED LCD DISPLAY. FOUR KEY KEYPAD FOR PROGRAMMING AND CALIBRATION. NON-VOLATILE MEMORY FOR PARAMETER STORAGE DURING POWER OFF. POWER SUPPLY ­ 230V AC 50Hz. DIMENSIONS ­ 96(W) X 96(H) X 130(D) mm. PANEL MOUNTING TYPE ­ PANEL CUTOUT 92 (W) x 92 (H) mm.  ",16);arrFiles[211]=new Array(214,"http://www.dpminstrument.com/man_data/Specification/Recorder/MTR-600.pdf","10 Jun 2010","Microsoft Word - MTR-600.doc","","","CIRCULAR CHART RECORDER  MODEL : MTR-600/2  SPECIFICATIONS:  MICRO CONTROLLER BASED INTELLIGENT UNIT. TWO ANALOG INPUTS STEPPER MOTOR FOR THE CHART AND PEN MOVEMENT. WIRE COMPENSATED CIRCUIT FOR RTD. PROGRAMMABLE INPUT SELECTION FROM EITHER LINEAR INPUT, OR RTD PT100 INPUT, OR THERMOCOUPLE INPUT (J, K, R, S, T) BUILT IN COLD JUNCTION COMPENSATION FOR THERMOCOUPLE INPUT. CALIBRATION OF ANALOG INPUT BY KEYPAD. CALIBRATION RANGE FOR LINEAR INPUT FROM ­0999 TO +8999 UNITS. PROGRAMMABLE DECIMAL POINT POSITION FOR LINEAR INPUT. FOR RTD PT100, J TYPE, T TYPE SENSOR - TEMPERATURE RESOLUTION ­ 0.1 DEG CELCIUS FOR K TYPE, R TYPE, S TYPE SENSOR ­ TEMPERATURE RESOLUTION 1 DEG CELCIUS. PROGRAMMABLE CHART DURATION FOR 8 HOURS OR 24 HOURS OR 7 DAYS. PROGRAMMABLE LOW AND HIGH RANGE FOR THE PEN LIMITS ON CHART IN ENGINEERING UNITS. AUTO MOVEMENT OF CHART FOR POWER OFF CONDITION ON RESTORE OF POWER. BUILT IN ZERO POSITION SENSOR FOR PEN. SIXTEEN CHARACTER BY ONE LINE BACKLIGHTED LCD DISPLAY. FOUR KEY KEYPAD FOR PROGRAMMING AND CALIBRATION. NON-VOLATILE MEMORY FOR PARAMETER STORAGE DURING POWER OFF. POWER SUPPLY ­ 230V AC 50Hz. DIMENSIONS ­ 96(W) X 96(H) X 130(D) mm. PANEL MOUNTING TYPE ­ PANEL CUTOUT 92 (W) x 92 (H) mm.  ",16);arrFiles[212]=new Array(215,"http://www.dpminstrument.com/man_data/Specification/Recorder/MTR-900-2.pdf","10 Jun 2010","Microsoft Word - MTR-900-2.doc","","","CIRCULAR CHART RECORDER  MODEL : MTR-900/2 SPECIFICATION Display Range Input Accuracy Calibration Graph Size Supply : : : : : : : 16 characters 1 line LCD display Programmable by front key Universal +/- 0.25 % by membranes key 9  90 ­ 260 VAC, 50 Hz  ",34);arrFiles[213]=new Array(216,"http://www.dpminstrument.com/man_data/Specification/Recorder/MTR-900.pdf","10 Jun 2010","Microsoft Word - MTR-900.doc","","","CIRCULAR CHART RECORDER  MODEL : MTR-900 SPECIFICATION Display Range Input Accuracy Calibration Graph Size Supply : : : : : : : 16 characters 1 line LCD display Programmable by front key Universal +/- 0.25 % by membranes key 9  90 ­ 260 VAC, 50 Hz  ",34);arrFiles[214]=new Array(217,"http://www.dpminstrument.com/man_data/Specification/Scanner/SC-03-C.pdf","10 Jun 2010","Microsoft Word - SC-03-C.doc","","","Micro-controller based 3-Channel RTD Scanner With 1 Output  Model No. ­ SC-03/C  Front View:-  AT  MAN  Technical specification:Size Display Operating Voltage Calibration Input Accuracy Operating Range Resolution  : 210mm X 184mm X 96 mm : 2 Row 4 Digit Seven Segment 0.53  LED : 230VAC 50Hz.+/- 15% : By Software : RTD : +/- 0.25% of Span : -99.9 0C to 300.0 0C : 0.1 0C  ",22);arrFiles[215]=new Array(218,"http://www.dpminstrument.com/man_data/Specification/Scanner/SC-04-C.pdf","10 Jun 2010","Microsoft Word - SC-04-C.doc","","","Micro-controller based 4-Channel RTD Scanner  Model No. ­ SC-04/C  Front View:-  AT  MAN  Technical specification:Size Display Operating Voltage Calibration Input Accuracy Operating Range Resolution  : 96mm X 96mm X 110 mm : 2 Row 4 Digit Seven Segment 0.53  LED : 230VAC 50Hz.+/- 15% : By Software : RTD : +/- 0.25% of Span : -99.9 0C to 300.0 0C : 0.1 0C  ",21);arrFiles[216]=new Array(219,"http://www.dpminstrument.com/man_data/Specification/Scanner/SC-06-A501.pdf","10 Jun 2010","Microsoft Word - SC-06-A501.doc","","","Micro-controller based 6-Channel Scanner  Model No. ­ SC-06-A501  Front View:-  AT  MAN  Technical specification:Display Operating Voltage Calibration Input Accuracy Operating Range Resolution  : 2 Row 4 Digit Seven Segment 0.53  LED : 230VAC 50Hz.+/- 15% : By Software : RTD : +/- 0.25% of Span : -99.9 0C to 300.0 0C : 0.1 0C  ",21);arrFiles[217]=new Array(220,"http://www.dpminstrument.com/man_data/Specification/Scanner/SC-08-C.pdf","10 Jun 2010","Microsoft Word - SC-08-C.doc","","","Micro-controller based 8-Channel RTD Scanner With 2 Output  Model No. ­ SC-08/C  Front View:-  AT  MAN  Technical specification:Size Display Operating Voltage Calibration Input Accuracy Operating Range Resolution  : 96mm X 96mm X 110mm : 2 Row 4 Digit Seven Segment 0.53  LED : 230VAC 50Hz.+/- 15% : By Software : RTD : +/- 0.25% of Span : -99.9 0C to 300.0 0C : 0.1 0C  ",22);arrFiles[218]=new Array(221,"http://www.dpminstrument.com/man_data/Specification/Scanner/SC-16.pdf","10 Jun 2010","Microsoft Word - SC-16.doc","","","Micro-controller based 16-Channel RTD Scanner  Model No. ­ SC-16  Front View:TEMPERATURE SCANNER  O  PV  C  AUTO  PROG  MAN  ESC ACK  DPM INSTRUMENTS PVT. LTD.  SC-16A  Technical specification:Size Display Operating Voltage Calibration Input Accuracy Operating Range Resolution  : 96 X 192 X 200 mm. : 2 Row 4 Digit Seven Segment 0.53  LED : 230VAC 50Hz.+/- 15% : By Software : RTD : +/- 0.25% of Span : -99.9 0C to 400.0 0C : 0.1 0C  ",21);arrFiles[219]=new Array(222,"http://www.dpminstrument.com/man_data/Specification/Totaliser/UNI-209 GA.pdf","10 Jun 2010","Microsoft Word - UNI-209 GA.doc","","","FLOW TOTALIZER UNI209  SPECIFICATIONS:  · · · · · · · · · · MICRO CONTROLLER BASED INTELLIGENT UNIT. FREQUENCY INPUT ­ FOR FLOW MEASUREMENT00 HZ TO 100 HZ. FLOW RATE DISPLAYED AS PER THE USER CALIBRATION. TOTAL FLOW DISPLAYED UPTO WITH PROGRAMMABLE DECIMAL POINT. PROGRAMMING OF PARAMETERS ­ BY KEYS ON THE FRONT. NON-VOLATILE MEMORY FOR PARAMETER STORAGE DURING POWER OFF. DISPLAY AUTOMATIC ON START UP. POWER SUPPLY ­ 230VAC 50 HZ. DIMENSIONS ­ 96(W) X 96(H) X 130(D) MM. PANEL MOUNTING TYPE ­ PANEL CUTOUT 92 (W) X 92 (H) MM.  ",70);arrFiles[220]=new Array(223,"http://www.dpminstrument.com/man_data/timercounter/CL-1000.pdf","10 Jun 2010","Microsoft Word - RTC.doc","","","MICRO-CONTROLLER BASED REAL TIME CLOCK  Model No.:- CL-1000 Key Function:SET Key (S1) : Enter into edit mode to change the value of parameter. To set the difference parameter. INC Key (S2) : Scrolls up through menus/parameter or increments the parameter value when in edit mode. DEC Key (S3) : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. ESC Key (S4) : Comes out of edit mode or escapes to default display screen.  Editing Different Levels:To enter into different level use following key combinations. Sr.No 1 Key Combination SET Level Parameter Set point  When you entered to different level get the following messages. Meaning of each message and its limit given in the following table.  Level :-1 Sr.No Lable 1 2 3 Wiring connection:L  Descriptions Minutes (0-59) Hours (1-12 for 12hr mode , 0-24 for 24hr mode) Time Format (12hr / 24hr)  N 230V AC  E  Program Hierarchy:-  PRESS SET KEY  DISPLAY SHOWS EDIT  M (Minute)  INC ESC  SET Key  To change SET INC or DEC Key Key To change SET INC or DEC Key Key To change SET INC or DEC Key Key  H (Hours)  INC ESC  SET Key  SET TF (Time Format) Key  ESC  ",26);arrFiles[221]=new Array(224,"http://www.dpminstrument.com/man_data/timercounter/COUNTER BIGCL03.pdf","10 Jun 2010","Microsoft Word - COUNTER_BIGCL03.doc","","","BIG-CN-L02  1  USER MANUAL FOR PRODUCTION CONTROL AND MONITORING UNIT BIG-CN-L02  PRODUCTION CONTROL AND MONITORING UNIT  UP INPUT DOWN INPUT M-ON INPUT RELAY OUTPUT  1  2  3  4  5  6  7  8  9  V+ IN1 IN2 OV  PULSE INPUT (PNP NO)  TR RX GND L (230V) N  RS232 OUT MACH ON IN  T - TARGET A - ACTUAL  I - IDEAL TT - TACT TIME  TACT TIME  PROG  ESC  DATA  RESET  +  0-10V OUT  -  NC1  NO1 C1  E  N  230V AC  L  RELAY # 1  10 11  12 13  14 15 16  17 18  BIG-CN-L02  INTRODUCTION: BIG-CN-L02 IS MICROCONTROLLER BASED PRODUCTION CONTROL AND MONITORING UNIT. BIG-CN-L02 OPERATES ON 230V AC, 50 Hz ( +/- 10 % ). BIG-CN-L02 IS ENCLOSED IN PANEL MOUNTING TYPE DIN STANDARD ENCLOSURE. 96 (H) X 96 (W) X 120 (D) mm. THE PRODUCTION CONTROL AND MONITORING UNIT FEATURES ­ TWO LINE BY SIXTEEN DIGIT LCD DISPLAY SIX KEYS, FOUR LEDS FOR INDICATION OF INPUT AND OUTPUT PULSE INPUT FOR PRODUCTON COUNT ­ UP AND DOWN MACHINE ON ­ INPUT RELAY OUTPUT ­ FOR SET COUNT (TARGET COUNT) BUILT IN REAL TIME CLOCK WITH NONVOLATILE MEMORY COMPUTATION OF TARGET ­ FROM SHIFT TIME, UTILITY FACTOR AND TACT TIME COUNITING OF ACTUAL COUNTS FROM PRODUCTION INPUT COUNTING OF MACHINE ON TIME AND MACHINE OFF TIME COUNTING OF NUMBER OF TIMES ­ MACHINE PUT ON AND OFF COMPUTATION OF IDEAL COUNTS ON TARGET, SHIFT TIME AND MACHINE ON TIME COMPUTAION OF DIFFERENCE COUNTS (STATUS) FROM IDEAL AND ACTUAL COUNTS PROGRAMMING OF SHIFT TIME (minutes), UTILITY FACTOR, TACT TIME, COUNT INCREMENT STEP. CHANGING OF TACT TIME DURING PRODUCTION ON ­ WITHOUT CHANGING THE TARGET FOR THE SHIFT. DISPLAY OF MACINE ON TIME, MACHINE OFF TIME, STATUS (DIFFRENECE OF COUNTS), TIME BETWEEN TWO PULSES (seconds), CLOCK, DAY AND DATE POTENTIAL FREE RELAY OUTPUT. RS-232 OUTPUT ­ FOR REMOTE DISPLAY DISPLAY READS ­ THE TARGET COUNTS, IDEAL COUNTS, ACTUAL COUNTS AND THE CURRENT TACT TIME (sec) RESET OF THE CURRENT SHIFT 0-10V DC OUTPUT ­ CORRESPONDING TO ­ TACT TIME (76 sec = 10V AND 760 sec = 1V)  BIG-CN-L02 OPERATION: THE PRODUCTION COUNTER BIG-CN-L02, CAN BE PROGRAMMED BY THE  PROG  KEY FOR RESET FUNCTION:  WHEN THE RESET KEY IS PRESSED ­ THE COUNTER READS ON THE DISPLAY New Shift No IF THE USER PRESS THE ESC KEY ­ THEN THE COUNTER ABORTS THE RESET OPTION IF THE USER PRESSES THE UP KEY THE DISPLAY READS IF THE USER PRESSES THE DOWN KEY THE DISPLAY READS New Shift Yes New Shift No  2  SHIFT TIME (minutes) UTILITY FCATOR BOARD SKIP TACT TIME COUNT INCREMENT STEP  Sh time Uti fac brd skip Tact time Step cnt  (0001 TO 0999 min) (000.5 TO 100.0 %) (02 TO 20) (0010 TO 0799 sec) (01 TO 05)  IF THE USER PRESSES THE RESET KEY ­ THE CURRENT PRODUCTION SHIFT IS RESET. IF THE RESET KEY IS PRESSED FOR THE OPTION  Yes  THEN IN THE NEW SHIFT THE COUNTER SKIPS THE BOARDS ­ (n-1). n IS COUNTS PROGRAMMED IN BOARD SKIP. THEN THE COUNTER STARTS COUNTING THE ACTUAL COUNTS. IF THE RESET KEY IS PRESSED FOR THE OPTION  No  THEN IN THE NEW SHIFT THE COUNTER DOES NOT SKIP THE BOARD. THE COUNTER DIRECTLY STARTS COUNTING THE ACTUAL COUNTS.  -  AFTER THE RESET KEY IS PRESSED THE COUNTER RESETS TO ZERO THE MACHINE ON TIME, THE MACHINE OFF TIME THE NUMBER OF COUNTS MACHINE WAS PUT ON THE NUMBEROF COUNTS MACHINE WAS PUT OFF THE ACTUAL COUNTS Program Mode: Sh time 0480 s  THE DISPLAY THEN READS  WE ARE NOW IN THE PROGRAM MODE ­ AS DISCRIBED BELOW ­ THE USER NOW HAS TO PROGRAM THE PARAMETRES ­ BY PRESSING THE PROG KEY (FOR NEXT PARAMETER) ­ UP ARROW KEY TO INCREMENT PARAMETER VALUE ­ DOWN ARROW KEY TO DECREMENT PARAMETER VALUE. AFTER THE PROGRAMMING OF ­ THE PARAMETERS IS OVER ­ THE COUNTER ­ COMPUTES THE TARGET COUNTS IDEAL COUNTS SHIFT TIME / TACT TIME * UTILITY FACTO TARGET * ON TIME / SHIFT TIME  DURING THE SHIFT ­ THE COUNTER ­ COUNTS THE MACHINE ON TIME MACHINE OFF TIME TIME BETWEEN TWO PRODUCTION COUNT PULSES (sec) NUMBER OF TIMES THE MACHINE WAS PUT ON NUMBER OF TIMES THE MACHINE WAS PUT OFF THE ACTUAL COUNT THE STATUS COUNTS (DIFFERENCE OF IDEAL AND ACTUAL COUNTS) DURING THE PRODUCTION THE TACT TIME ­ CAN BE CHANGED BY THE UP AND DOWN ARROW KEYS. ACCORDINGLY THIS CHANGES THE OUTPUT DCVOLT, WHICH CHANGES THE DRIVE SPEED. THIS DOES NOT EFFECT THE TARGET COUNTS COMPUTED AT THE START OF THE SHIFT.  BIG-CN-L02 DISPLAY OF ­ COMPUTED PARAMETERS :  3  THE COUNTER BIG-CN-L02 ­ ON THE DISPLAY READS THE TARGET COUNT, THE IDEAL COUNT, THE ACTUAL COUNT AND THE PRESENT TACT TIME. THE OTHER PARAMETERS CAN BE READ ON THE DISPLAY BY PRESSING THE ESC KEY 1) ON PRESSING THE ESC KEY - THE LOWER LINE OF DISPLAY READS Cur Status 0002 THIS IS THE DIFFERENCE OF THE IDEAL COUNT AND THE ACTUAL COUNT. ON PRESSING THE ESC KEY - THE LOWER LINE OF DISPLAY READS THIS IS THE MACHINE ON TIME IN HOURS MINUTES AND SECONDS. ON PRESSING THE ESC KEY - THE LOWER LINE OF DISPLAY READS THIS IS THE MACHINE OFF TIME IN HOURS MINUTES AND SECONDS. THIS OFF TIME IS COMUTED WHEN THE POWER TO THE COUNTER IS ON AND THE MACHINE ON INPUT IS OFF. ON PRESSING THE ESC KEY - THE LOWER LINE OF DISPLAY READS THIS IS THE NUMBER OF TIME THE MACHINE WAS PUT ON. ON PRESSING THE ESC KEY - THE LOWER LINE OF DISPLAY READS THIS IS THE NUMBER OF TIME THE MACHINE WAS PUT OFF. ON PRESSING THE ESC KEY - THE LOWER LINE OF DISPLAY READS THIS IS THE TIME BETWEEN TWO PULSES OF PRODUCTION COUNT. ON PRESSING THE ESC KEY - THE LOWER LINE OF DISPLAY READS THIS IS THE REAL TIME CLOCK IN HOURS MINUTES AND SECONDS. ON PRESSING THE ESC KEY - THE LOWER LINE OF DISPLAY READS THIS IS THE DAY AND THE DATE On time 00.02.04  2)  3)  Of time 00.00.43  4)  On count 03  5)  Of count 02  6)  TimE bet p 083s  7)  Clock 10.02.04  8)  Tue  09.10.07  IF AFTER ANY STEP ESC KEY IS NOT PRESSED THEN THE COUNTER RETURNS TO MAIN MENU AFTER 10 SECONDS. PROGRAMMING:  WHEN THE CONTROLLER IS NOT IN PROGRAM MODE THE DISPLAY READS THE T 0430 I 0020 A 0019 TT 090 s THIS IS THE MAIN MENU  PROGRAMMING OF THE PARAMETERS:  STEP NO. 1. KEY PRESSED PROG DISPLAY T 0423 I 0009 A 0008 TT 0090s Program mode Sh time 0090 m DESCRIPTION PRESS THE PROG KEY CONTINOUSLY TILL THE DISPLAY READS THE UPPER LINE READS THE MESSAGE FOR PROGRAM MODE . THE LOWER LINE OF THE DISPLAY READS THE SHIFT TIME IN MINUTES.  2.  TO PROGRAM THE SHIFT TIME PRESS THE UP AND DOWN ARROW KEYS. 3. PROG Program mode Uti fac 099.0 % PRESS THE PROG KEY AND RELEASE THE LOWER LINE OF THE DISPLAY READS THE UTILITY FACTOR IN PERCENTAGE.  TO PROGRAM THE UTILITY FACTOR PRESS THE UP AND DOWN ARROW KEYS.  BIG-CN-L02  4. PROG Program mode brd skip 02 PRESS THE PROG KEY AND RELEASE THE LOWER LINE OF THE DISPLAY READS THE NUMBER OF BOARD TO SKIP FOR A NEW SHIFT.  4  TO PROGRAM THE NUMBER OF BOARD TO SKIP PRESS THE UP AND DOWN ARROW KEYS. 5. PROG Program mode Tact time 0090 s PRESS THE PROG KEY AND RELEASE THE LOWER LINE OF THE DISPLAY READS THE TACT TIME IN SECONDS.  TO PROGRAM THE TACT TIME PRESS THE UP AND DOWN ARROW KEYS. 6. PROG Program mode Step cnt: 002 PRESS THE PROG KEY AND RELEASE THE LOWER LINE OF THE DISPLAY READS THE COUNT INCREMENT STEP.  TO PROGRAM THE COUNT INCREMENT STEP PRESS THE UP AND DOWN ARROW KEYS. 7. PROG T 0423 I 0009 A 0008 TT 0090s PRESS THE PROG KEY AND RELEASE THE DISPLAY IS NORMAL  THIS COMPLETES THE LEVEL 1 OF PROGRAM MODE  ------------------------------------***********************************---------------------------------------------------  ",51);arrFiles[222]=new Array(225,"http://www.dpminstrument.com/man_data/timercounter/COUNTER.pdf","10 Jun 2010","Microsoft Word - COUNTER.doc","","","MICRO-CONTROLLER BASED BATCH CONTROLLER  Model No.:- TCP-3004  Front View:-  PV  SV  Technical Specification:Size Display Operating Voltage Operating Range : 96x96x110mm : 2 Row 4 digit Seven segment 0.53  LED : 230 VAC 50Hz.+/-15% : 0 to 9999  Default Display:-  PV  SV  Key Function:SET Key INC Key : Enter into edit mode to change the value of parameter. To set the difference parameter. : Scrolls up through menus/parameter or increments the parameter value when in edit mode. : Start Counting. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Stop Counting. : Comes out of edit mode or escapes to default display screen.  DEC Key  ESC Key  Operating Information :To Start / Resume Counting Press INC Key. To Stop / Pause Counting Press DEC Key. To Enter in Edit mode Press SET Key. To Exit from Edit mode Press ESC Key.  Editing Different Levels:To enter into different level use following key combinations. Sr.No 1 Level One Key Combination SET Level Parameter Set point  When you entered to different level get the following messages. Meaning of each message and its limit given in the following table.  Level :-1 Sr.No Lable 1 2  Descriptions Level 1 Set point 1 ( 0-9999)  Back Panel Wiring connection:- FOR 96 X 96 mm PANEL MOUNT MODEL  +V  I/P GND  PULSE INPUT 4-20mA  FOR FLAMEPROOF ENCLOSER  1 2 3 4 5 6 7 8 9  L N E NO C NC +V IN GND  230V AC RELAY SENSOR  ",48);arrFiles[223]=new Array(226,"http://www.dpminstrument.com/man_data/timercounter/cyclic timer.pdf","10 Jun 2010","Microsoft Word - cyclic timer.doc","","","MICRO-CONTROLLER BASED CYCLIC TIMER  Model No.:- TCP-3004  Front view:-  PV  SV  / START  / STOP  Technical Specification:Size Panel Cut Out Size Display Operating Voltage Input  : 96x96x110mm. : 91x91mm. : 2 Row 4 digit Seven segment 0.53  LED : 230 VAC 50Hz.+/-15% : Programmable.  Default Display:-  PV  SV  /START  / STOP  Key Function:SET Key the INC Key parameter DEC Key ESC Key  : Enter into edit mode to change the value of parameter. To set difference parameter. : Scrolls up through menus/parameter or increments the value when in edit mode. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Comes out of edit mode or escapes to default display screen.  Editing different Levels:To enter into different level use following key combinations. Sr.No 1 2 Level One Two Key Combination SET + INC SET+ DEC Level Parameter ON Time, OFF Time Cycle start time, Timer Mode  When you entered to different level get the following messages. Meaning of each message and its limit given in the following table.  Level:-1 Sr.No Label 1 2 3  Descriptions Level 1 ON Time ( 0-9999) OFF Time ( 0-9999)  Level:-2 Sr.No 1 2 3 Label Descriptions Level 2 Cycle Start (ON / OFF ) Timer Mode (Auto / Manual)  Editing Level 1 and 2 Parameter:Use key combination as per table 1 to move to desired level The labels appears in the level 1 and 2 are given in the table 1.2and 1.3 respectively, and they are in the sequence as they appears. Example:SET + INC combination moves us to the level 1with the display Indicating that entered in level 1 successfully. Then by pressing SET key once the first label appears. (For details description of labels refer table1.2 and 1.3) Note:Left most digit of any label is flashing mean \'s its ready to edit. Use key INC and DEC to change the values. And press SET key to store the value The label likes Timer Mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages.  TIMER HANDLING:If Timer mode AUTO is selected then after power ON timer start counting If Timer mode MANUAL selected then after power ON timer is in STOP condition it start counting only after RUN key Pressed. To halt the timer in mid way uses the key STOP.  Other Labels:-  Sr.No 1 2 3 4 5  Label  Description ON OFF Manual Auto Stop  Back Panel Wiring connection:-  ",45);arrFiles[224]=new Array(227,"http://www.dpminstrument.com/man_data/timercounter/PC-9023.pdf","12 Jun 2010","Microsoft Word - COUNTER.doc","","","MICRO-CONTROLLER BASED BATCH CONTROLLER  Model No.:- PC-9023  Front View:-  PV  SV  Technical Specification:Size Display Operating Voltage Operating Range : 96x96x110mm : 2 Row 4 digit Seven segment 0.53  LED : 230 VAC 50Hz.+/-15% : 0 to 9999  Default Display:-  PV  SV  Key Function:SET Key INC Key : Enter into edit mode to change the value of parameter. To set the difference parameter. : Scrolls up through menus/parameter or increments the parameter value when in edit mode. : Start Counting. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Stop Counting. : Comes out of edit mode or escapes to default display screen.  DEC Key  ESC Key  Operating Information :To Start / Resume Counting Press INC Key. To Stop / Pause Counting Press DEC Key. To Enter in Edit mode Press SET Key. To Exit from Edit mode Press ESC Key.  Editing Different Levels:To enter into different level use following key combinations. Sr.No 1 Level One Key Combination SET Level Parameter Set point  When you entered to different level get the following messages. Meaning of each message and its limit given in the following table.  Level :-1 Sr.No Lable 1 2  Descriptions Level 1 Set point 1 ( 0-9999)  Back Panel Wiring connection:- FOR 96 X 96 mm PANEL MOUNT MODEL  +V  I/P GND  PULSE INPUT 4-20mA  FOR FLAMEPROOF ENCLOSER  1 2 3 4 5 6 7 8 9  L N E NO C NC +V IN GND  230V AC RELAY SENSOR  ",48);arrFiles[225]=new Array(228,"http://www.dpminstrument.com/man_data/timercounter/tmr-09.pdf","12 Jun 2010","Microsoft Word - cyclic timer.doc","","","MICRO-CONTROLLER BASED CYCLIC TIMER  Model No.:- TMR-09  Front view:-  PV  SV  / START  / STOP  Technical Specification:Size Panel Cut Out Size Display Operating Voltage Input  : 96x96x110mm. : 91x91mm. : 2 Row 4 digit Seven segment 0.53  LED : 230 VAC 50Hz.+/-15% : Programmable.  Default Display:-  PV  SV  /START  / STOP  Key Function:SET Key the INC Key parameter DEC Key ESC Key  : Enter into edit mode to change the value of parameter. To set difference parameter. : Scrolls up through menus/parameter or increments the value when in edit mode. : Scrolls down through menus/parameter or decrements the parameter value when in edit mode. : Comes out of edit mode or escapes to default display screen.  Editing different Levels:To enter into different level use following key combinations. Sr.No 1 2 Level One Two Key Combination SET + INC SET+ DEC Level Parameter ON Time, OFF Time Cycle start time, Timer Mode  When you entered to different level get the following messages. Meaning of each message and its limit given in the following table.  Level:-1 Sr.No Label 1 2 3  Descriptions Level 1 ON Time ( 0-9999) OFF Time ( 0-9999)  Level:-2 Sr.No 1 2 3 Label Descriptions Level 2 Cycle Start (ON / OFF ) Timer Mode (Auto / Manual)  Editing Level 1 and 2 Parameter:Use key combination as per table 1 to move to desired level The labels appears in the level 1 and 2 are given in the table 1.2and 1.3 respectively, and they are in the sequence as they appears. Example:SET + INC combination moves us to the level 1with the display Indicating that entered in level 1 successfully. Then by pressing SET key once the first label appears. (For details description of labels refer table1.2 and 1.3) Note:Left most digit of any label is flashing mean \'s its ready to edit. Use key INC and DEC to change the values. And press SET key to store the value The label likes Timer Mode corresponding to the message \'s so the edit this use INC key which rolls the different corresponding messages.  TIMER HANDLING:If Timer mode AUTO is selected then after power ON timer start counting If Timer mode MANUAL selected then after power ON timer is in STOP condition it start counting only after RUN key Pressed. To halt the timer in mid way uses the key STOP.  Other Labels:-  Sr.No 1 2 3 4 5  Label  Description ON OFF Manual Auto Stop  Back Panel Wiring connection:-  ",45);arrFiles[226]=new Array(229,"http://www.dpminstrument.com/man_data/totalizer/UNI-209 WIRING.pdf","8 Sep 2009","UNI-209 GA","","","FLOW TOTALIZER UNI209  TYPE INSTRUMENT SIZE PANEL CUTOUT  : : :  PANEL MOUNT TYPE 96mm X 96mm X 120mm 91mm X 91mm  ELECTRICAL CONNECTIONS :  1  2  3  4  5  6  7 L  8 N  9 E  24 V IN GND TRANSMITTER  230 VAC  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  ",59);arrFiles[227]=new Array(230,"http://www.dpminstrument.com/man_data/totalizer/UNI-209_MANUAL.pdf","8 Sep 2009","UNI-209","","","USER MANUAL  FLOW TOTALIZER UNI209  DPM INSTRUMENT PVT LTD  CONTENTS:  · · · · INTRODUCTION SPECIFICATION HIERARCHY PROGRAMMING  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION:  UNI-209 IS AN FLOW TOTALIZER  THE TOTALIZER HAS 16 CHARACTERS X 2 LINE LCD DISPLAY WITH YELLOW FIRST LINE TO INDICATE TOTAL FLOW AND ON SECOND LINE CURRENT FLOW RATE SHOWN. THIS UNIT IS HAVING PROGRAMMABLE HIGHER AND LOW SCALE LIMIT ACCORDING TO REQUIREMENT WITH THE HELP OF PROGRAMMING KEYS ON FASCIA. FLOW RATE UNIT CAN BE PROGRAM.  SPECIFICATIONS:  · · · · · · · · · · MICRO CONTROLLER BASED INTELLIGENT UNIT. FREQUENCY INPUT ­ FOR FLOW MEASUREMENT00 HZ TO 100 HZ. FLOW RATE DISPLAYED AS PER THE USER CALIBRATION. TOTAL FLOW DISPLAYED UPTO WITH PROGRAMMABLE DECIMAL POINT. PROGRAMMING OF PARAMETERS ­ BY KEYS ON THE FRONT. NON-VOLATILE MEMORY FOR PARAMETER STORAGE DURING POWER OFF. DISPLAY AUTOMATIC ON START UP. POWER SUPPLY ­ 230VAC 50 HZ. DIMENSIONS ­ 96(W) X 96(H) X 130(D) MM. PANEL MOUNTING TYPE ­ PANEL CUTOUT 92 (W) X 92 (H) MM.  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY:  D.P.M. INSTRUMENTS PVT. LTD.  PROGRAMMING:  · · · PRESS THE PROG KEY CONTINOUSLY TILL THE DISPLAY READS  EDIT  PRESS PROG KEY AGAIN TO ENTER IN EDIT MODE  LEVEL ­ 1  WILL APPEAR PRESS PROG KEY AGAIN TO ENTER IN  LEVEL ­ 1  ELSE PRESS INCREMENT OR DECREMENT KEY TO GO TO  LEVEL ­ 2 . · AFTER ENTERING IN  LEVEL ­ 1  OFFSET WILL APPEAR AFTER PRESSING PROG KEY  OFFSET  CAN BE CHANGED BY INCREMENT/DECREMENT KEY · AFTER SETTING  OFFSET  BY PRESSING PROG KEY  LOW SCALE  WILL APPEAR THIS CAN BE CHANGE BY INCREMENT/DECREMENT KEY ·  LOW SCALE  BY PRESSING PROG KEY  HI SCALE  WILL APPEAR THIS CAN BE CHANGE BY INCREMENT/DECREMENT KEY · AFTER SETTING  HI SCALE  UNIT WILL APPEAR THIS CAN BE CHANGE WITH HELP OF INCREMENT/DECREMENT KEY · ENTERING IN  LEVEL ­ 2   PASS  WILL APPEAR AFTER ENTERING CORRECT PASSWORD  LOW CALIBRATION  APPEARS THEN SET mA SOUREC TO 4mA AND USING INCREMENT/DECREMENT KEY MAKE DISPLAY READING AT 4.00 THEN PRESS PROG KEY TO COMPLETE LOW CALIBRATION. · AFTER  LOW CALIBRATION  DONE BY PRESSING PROG KEY  HIGH CALIBRATION  WILL APPEARS THEN SET mA SOUREC TO 20mA AND USING INCREMENT/DECREMENT KEY MAKE DISPLAY READING AT 20.00 THEN PRESS PROG KEY TO COMPLETE HIGH CALIBRATION. · AFTER PRESSING PROG KEY CURRENT READING DISPLAY ON LCD.  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM:  1  2  3 4  GND  5  6  7  L  8  N  230 VAC  9  E  24V IN  TRANSMITTER  D.P.M. INSTRUMENTS PVT. LTD.  ",119);arrFiles[228]=new Array(231,"http://www.dpminstrument.com/man_data/totalizer/FINAL/UNI-209.pdf","10 Jun 2010","Microsoft Word - UNI-209.doc","","","USER MANUAL  FLOW TOTALIZER UNI209  DPM INSTRUMENT PVT LTD  CONTENTS:  · · · · INTRODUCTION SPECIFICATION HIERARCHY PROGRAMMING  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION:  UNI-209 IS AN FLOW TOTALIZER  THE TOTALIZER HAS 16 CHARACTERS X 2 LINE LCD DISPLAY WITH YELLOW FIRST LINE TO INDICATE TOTAL FLOW AND ON SECOND LINE CURRENT FLOW RATE SHOWN. THIS UNIT IS HAVING PROGRAMMABLE HIGHER AND LOW SCALE LIMIT ACCORDING TO REQUIREMENT WITH THE HELP OF PROGRAMMING KEYS ON FASCIA. FLOW RATE UNIT CAN BE PROGRAM.  SPECIFICATIONS:  · · · · · · · · · · MICRO CONTROLLER BASED INTELLIGENT UNIT. FREQUENCY INPUT ­ FOR FLOW MEASUREMENT00 HZ TO 100 HZ. FLOW RATE DISPLAYED AS PER THE USER CALIBRATION. TOTAL FLOW DISPLAYED UPTO WITH PROGRAMMABLE DECIMAL POINT. PROGRAMMING OF PARAMETERS ­ BY KEYS ON THE FRONT. NON-VOLATILE MEMORY FOR PARAMETER STORAGE DURING POWER OFF. DISPLAY AUTOMATIC ON START UP. POWER SUPPLY ­ 230VAC 50 HZ. DIMENSIONS ­ 96(W) X 96(H) X 130(D) MM. PANEL MOUNTING TYPE ­ PANEL CUTOUT 92 (W) X 92 (H) MM.  D.P.M. INSTRUMENTS PVT. LTD.  HIERARCHY:  D.P.M. INSTRUMENTS PVT. LTD.  PROGRAMMING:  · · · PRESS THE PROG KEY CONTINOUSLY TILL THE DISPLAY READS  EDIT  PRESS PROG KEY AGAIN TO ENTER IN EDIT MODE  LEVEL ­ 1  WILL APPEAR PRESS PROG KEY AGAIN TO ENTER IN  LEVEL ­ 1  ELSE PRESS INCREMENT OR DECREMENT KEY TO GO TO  LEVEL ­ 2 . · AFTER ENTERING IN  LEVEL ­ 1  OFFSET WILL APPEAR AFTER PRESSING PROG KEY  OFFSET  CAN BE CHANGED BY INCREMENT/DECREMENT KEY · AFTER SETTING  OFFSET  BY PRESSING PROG KEY  LOW SCALE  WILL APPEAR THIS CAN BE CHANGE BY INCREMENT/DECREMENT KEY ·  LOW SCALE  BY PRESSING PROG KEY  HI SCALE  WILL APPEAR THIS CAN BE CHANGE BY INCREMENT/DECREMENT KEY · AFTER SETTING  HI SCALE  UNIT WILL APPEAR THIS CAN BE CHANGE WITH HELP OF INCREMENT/DECREMENT KEY · ENTERING IN  LEVEL ­ 2   PASS  WILL APPEAR AFTER ENTERING CORRECT PASSWORD  LOW CALIBRATION  APPEARS THEN SET mA SOUREC TO 4mA AND USING INCREMENT/DECREMENT KEY MAKE DISPLAY READING AT 4.00 THEN PRESS PROG KEY TO COMPLETE LOW CALIBRATION. · AFTER  LOW CALIBRATION  DONE BY PRESSING PROG KEY  HIGH CALIBRATION  WILL APPEARS THEN SET mA SOUREC TO 20mA AND USING INCREMENT/DECREMENT KEY MAKE DISPLAY READING AT 20.00 THEN PRESS PROG KEY TO COMPLETE HIGH CALIBRATION. · AFTER PRESSING PROG KEY CURRENT READING DISPLAY ON LCD.  D.P.M. INSTRUMENTS PVT. LTD.  CONNECTION DIAGRAM:  1  2  3 4  GND  5  6  7  L  8  N  230 VAC  9  E  24V IN  TRANSMITTER  D.P.M. INSTRUMENTS PVT. LTD.  ",136);arrFiles[229]=new Array(232,"http://www.dpminstrument.com/man_data/Transmiters/CTX-300.pdf","12 Jun 2010","Microsoft Word - CTX-300.doc","","","USER MANUAL  CAPACITANCE LEVEL TRANSMITTER CTX-300  DPM INSTRUMENT PVT LTD  CONTENTS:  · · · · INTRODUCTION SPECIFICATION CALIBRATION HIERARCHY CALIBRATION PROCEDURE  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION:  CTX-3OO IS AN 3wire CAPACITANCE LEVEL TRANSMITTER  The Transmitter transmits the level 4-20mA signal directly proportional to the measuring Level of the tank. For low level it transmits 4mA signal & for high level it transmits 20mA signal.  SPECIFICATIONS:  · · · ·  Type: 3wire Supply: 24v DC Output: 4-20mA  CALIBRATION HIERARCHY:  TANK LOW LEVEL  SET 4mA  TANK HIGH LEVEL  SET 20mA  CALIBRATION PROCEDURE:  · · · · ·  Low level calibration:- for low level calibration the tank level should be at low level or zero level of the tank. Then check the mA output of the transmitter if the output is not equal to 4mA then adjust 4mA pot to correct the output at 4mA High level calibration:- for high level calibration the tank level should be at top level. Then check the mA output of the transmitter if the output is not equal to 20mA then adjust 20mA pot to correct the output at 20mA. Frequency setting: frequency setting to be change according to liquid dielectric constant.  CONNECTION DIAGRAM:  Level Indicator  24 V DC + -  sensor connection  -  +  +v  o/p GND  CTX-300 + -  sensor Probe connection  ",187);arrFiles[230]=new Array(233,"http://www.dpminstrument.com/man_data/Transmiters/TX-900.pdf","12 Jun 2010","Microsoft Word - TX-900.doc","","","USER MANUAL  RTD TRANSMITTER TX-900  DPM INSTRUMENT PVT LTD  CONTENTS:  · · · · INTRODUCTION SPECIFICATION CALIBRATION HIERARCHY CALIBRATION PROCEDURE  TM  DPM INSTRUMENT PVT LTD  Plot No. R-798 Gala No.8 Hasti Indl Premises Co-op Society Opp L&T Automation Campus TTC Industrial Area,Shill Phata Road Mahape, Navi Mumbai-400701 INDIA Tel: 91-22-61412121/27781620 E-mail info@dpminstrument.com Website: www.dpminstrument.com  INTRODUCTION:  TX-9OO IS AN 3wire TEMPERATURE TRANSMITTER The Transmitter transmits the level 4-20mA signal directly proportional to the measuring temperature. For low level it transmits 4mA signal & for high level it transmits 20mA signal.  SPECIFICATIONS:  · · · Type: 3wire Supply: 24v DC Output: 4-20mA  CALIBRATION HIERARCHY:  CALIBRATION PROCEDURE:  · · · ·  Low level calibration:- for low level calibration the temperature level should be at low level. Then check the mA output of the transmitter if the output is not equal to 4mA then adjust 4mA pot to correct the output at 4mA High level calibration:- for high level calibration the temperature level should be at top level. Then check the mA output of the transmitter if the output is not equal to 20mA then adjust 20mA pot to correct the output at 20mA.  ",74);arrFiles[231]=new Array(234,"http://www.dpminstrument.com/RTD/Acids.pdf","12 Jun 2010","Microsoft Word - Acids.doc","","","Acids & Alkalis  · · · · ·  Diameter Sheath Cable Range Head  : : : : :  6 and 8mm SS316 Up to 1 meter Up to 200°C Aluminum  ",322);arrFiles[232]=new Array(235,"http://www.dpminstrument.com/RTD/Conventional.pdf","12 Jun 2010","Microsoft Word - Conventional.doc","","","Conventional RTDs  · · · · · ·  Diameter Element Sheath Lengths Range Head  : 3, 5, 6 and 8mm : Single and Dual : Non-bendable : Up to 10 meters : -20 to 250°C : Aluminum  *Other ranges optional  ",350);arrFiles[233]=new Array(236,"http://www.dpminstrument.com/RTD/HVAC RTDs.pdf","12 Jun 2010","Microsoft Word - HVAC RTDs.doc","","","HVAC RTDs  · ·  Diameter : 8mm Application: 1. Air & gas temperature 2. Duct temperature 3. Room temperature  ",21);arrFiles[234]=new Array(237,"http://www.dpminstrument.com/RTD/MI.pdf","12 Jun 2010","Microsoft Word - MI.doc","","","Mineral Insulated Assemblies  · · · ·  · *Other ranges optional  diameter element sheath MOC Lengths Range  : : : : :  3, 5, 6 and 8mm Single and Dual SS316 up to 10 meters 0 to 400°C standard rating  ",523);arrFiles[235]=new Array(238,"http://www.dpminstrument.com/RTD/Plastics.pdf","12 Jun 2010","Microsoft Word - Plastics.doc","","","Plastics  · · · · ·  Diameter Element Sheath Cable Range  : : : : :  3, 5, 6 and 8mm Single and Dual SS316 Up to 1 meter 0 to 250°C  ",355);arrFiles[236]=new Array(239,"http://www.dpminstrument.com/RTD/Sanitary RTDs.pdf","12 Jun 2010","Microsoft Word - Sanitary RTDs.doc","","","Sanitary RTDs  · · · · ·  Diameter Sheath Cable Range Head  : : : : :  3, 5, 6 and 8mm SS316 Up to 1 meter -20 to 250°C Aluminum  ",204);arrFiles[237]=new Array(240,"http://www.dpminstrument.com/RTD/TransitionJointAssemblies.pdf","12 Jun 2010","Microsoft Word - TransitionJointAssemblies.doc","","","Transition Joint Assemblies  · · · ·  Diameter Sheath Cable Range  : : : :  3, 5, 6 and 8mm SS316 Up to 1 meter -20 to 250°C  ",316);arrFiles[238]=new Array(241,"http://www.dpminstrument.com/Thermocople/Acids.pdf","12 Jun 2010","Microsoft Word - Acids.doc","","","Acids & Alkalis  · · · · ·  · *Other ranges optional  Sheath MOC Diameter Element Lengths Range Head  : : : : : :  SS316 6 & 8 mm Single / Dual up to 1 meters 0 to 200°C standard rating Al / Flameproof  ",30);arrFiles[239]=new Array(242,"http://www.dpminstrument.com/Thermocople/Conventional Assemblies.pdf","12 Jun 2010","Microsoft Word - Conventional Assemblies.doc","","","Conventional Assemblies  · · · · · ·  Sheath MOC Element Lengths Range Head Process Conn  : : : : : :  SS316 and Inconel 600 Single / Dual up to 10 meters 0 to 400°C standard rating Al / Flameproof ½  BSP  *Other ranges optional  ",298);arrFiles[240]=new Array(243,"http://www.dpminstrument.com/Thermocople/Heat Treatment.pdf","12 Jun 2010","Microsoft Word - Heat Treatment.doc","","","Heat Treatment  · · · · · ·  · *Other ranges optional  Sheath MOC Diameter Element Lengths Range Head Process Conn  : : : : : : :  SS316 6 mm Single / Dual up to 600 meters 0 to 1000°C standard rating Al / Flameproof ½  BSP  ",30);arrFiles[241]=new Array(244,"http://www.dpminstrument.com/Thermocople/Mineral Insulated Assembies.pdf","12 Jun 2010","Microsoft Word - Mineral Insulated Assembies.doc","","","Mineral Insulated Assemblies  · · · · ·  · *Other ranges optional  Element Lengths Range Head Process Conn Calibration  : Single / Dual : Specify : 0 to 1000°C standard rating : Al / Flameproof : ½  BSP : J, K, T & N  ",304);arrFiles[242]=new Array(245,"http://www.dpminstrument.com/Thermocople/Plastics.pdf","12 Jun 2010","Microsoft Word - Plastics.doc","","","Plastics  · · · · ·  · *Other ranges optional  Sheath MOC Diameter Element Lengths Range Head  : : : : : :  SS316 6 & 8 mm Single / Dual up to 1 meters 0 to 200°C standard rating Al / Flameproof  ",298);arrFiles[243]=new Array(246,"http://www.dpminstrument.com/Thermowell/Thermowell.pdf","12 Jun 2010","Microsoft Word - Thermowell.doc","","","Thermowells  ·  ·  Wide range of BARSTOCK (monolithic drilled well of bar material) and FABRICATED (protection tube weld sealed at the end of drawn metal pipe) thermowells and protection tubes. Available in SS316, SS310, SS446, Hastalloy B & C, Tantalum and Monel  a  a  ",37);