modeldecoder = Array();
modeldecoder[0] = Array('88');
modeldecoder[1] = Array('TLS');
modeldecoder[2] = Array('IPC');
modeldecoder[3] = Array('BOX');
modeldecoder[4] = Array('L1');
modeldecoder[5] = Array('L2');
modeldecoder[6] = Array('L3');
modeldecoder[7] = Array('L4');
modeldecoder[8] = Array('L1');
modeldecoder[9] = Array('L2');
modeldecoder[10] = Array('L3');
modeldecoder[11] = Array('L4');
modeldecoder[12] = Array('L1');
modeldecoder[13] = Array('L2');
modeldecoder[14] = Array('L3');
modeldecoder[15] = Array('L4');
modeldecoder[16] = Array('L1');
modeldecoder[17] = Array('L2');
modeldecoder[18] = Array('L3');
modeldecoder[19] = Array('L4');
modeldecoder[20] = Array('L1','L2');
modeldecoder[21] = Array('L1','L2');
modeldecoder[22] = Array('L1','L2');
modeldecoder[23] = Array('L1','L2');
modeldecoder[24] = Array('BAR');
modeldecoder[25] = Array('PB');
modeldecoder[26] = Array('JR');
modeldecoder[27] = Array('G02');
modeldecoder[28] = Array('G04');
modeldecoder[29] = Array('G06');
modeldecoder[30] = Array('G08');
modeldecoder[31] = Array('M35');
modeldecoder[32] = Array('M-35');
modeldecoder[33] = Array('LW');
modeldecoder[34] = Array('L7');
modeldecoder[35] = Array('L8');
modeldecoder[36] = Array('L5');
modeldecoder[37] = Array('L6');
modeldecoder[38] = Array('L7');
modeldecoder[39] = Array('L8');
modeldecoder[40] = Array('L5');
modeldecoder[41] = Array('L6');
modeldecoder[42] = Array('L7');
modeldecoder[43] = Array('L8');
modeldecoder[44] = Array('LTA');
modeldecoder[45] = Array('TA');
modeldecoder[46] = Array('LTA');
modeldecoder[47] = Array('TA');
modeldecoder[48] = Array('LTA6');
modeldecoder[49] = Array('TA6');
modeldecoder[50] = Array('LTA8');
modeldecoder[51] = Array('TA8');
modeldecoder[52] = Array('LTA');
modeldecoder[53] = Array('TA');
modeldecoder[54] = Array('LTA');
modeldecoder[55] = Array('TA');
modeldecoder[56] = Array('LTA');
modeldecoder[57] = Array('TA');
modeldecoder[58] = Array('LTA');
modeldecoder[59] = Array('TA');
modeldecoder[60] = Array('LTA');
modeldecoder[61] = Array('TA');
modeldecoder[62] = Array('LTA');
modeldecoder[63] = Array('LTA');
modeldecoder[64] = Array('LTM8');
modeldecoder[65] = Array('TM8');
modeldecoder[66] = Array('TS6');
modeldecoder[67] = Array('LTM');
modeldecoder[68] = Array('TM');
modeldecoder[69] = Array('LTM');
modeldecoder[70] = Array('TM');
modeldecoder[71] = Array('LTM6');
modeldecoder[72] = Array('TM6');
modeldecoder[73] = Array('LTM8');
modeldecoder[74] = Array('TM8');
modeldecoder[75] = Array('LTM');
modeldecoder[76] = Array('TM');
modeldecoder[77] = Array('LTM');
modeldecoder[78] = Array('TM');
modeldecoder[79] = Array('LTM');
modeldecoder[80] = Array('TM');
modeldecoder[81] = Array('LTM');
modeldecoder[82] = Array('TM');
modeldecoder[83] = Array('LTM');
modeldecoder[84] = Array('TM');
modeldecoder[85] = Array('LTM');
modeldecoder[86] = Array('TM');
modeldecoder[87] = Array('L5');
modeldecoder[88] = Array('L6');
modeldecoder[89] = Array('L1');
modeldecoder[90] = Array('QLS');
modeldecoder[91] = Array('LTA');
modeldecoder[92] = Array('LTM');
modeldecoder[93] = Array('LTM');
modeldecoder[94] = Array('LTM');
modeldecoder[95] = Array('M2');
modeldecoder[96] = Array('M4');
modeldecoder[97] = Array('M6');
modeldecoder[98] = Array('M8');
modeldecoder[99] = Array('M2');
modeldecoder[100] = Array('M4');
modeldecoder[101] = Array('M6');
modeldecoder[102] = Array('M8');
modeldecoder[103] = Array('M2');
modeldecoder[104] = Array('M4');
modeldecoder[105] = Array('M6');
modeldecoder[106] = Array('M8');
modeldecoder[107] = Array('M2');
modeldecoder[108] = Array('M4');
modeldecoder[109] = Array('M6');
modeldecoder[110] = Array('M8');
modeldecoder[111] = Array('M2');
modeldecoder[112] = Array('M4');
modeldecoder[113] = Array('M6');
modeldecoder[114] = Array('M8');
modeldecoder[115] = Array('M2');
modeldecoder[116] = Array('M4');
modeldecoder[117] = Array('M6');
modeldecoder[118] = Array('M8');
modeldecoder[119] = Array('M2');
modeldecoder[120] = Array('M4');
modeldecoder[121] = Array('M6');
modeldecoder[122] = Array('M8');
information = Array();
information[0] = Array('88-PRO Loop Powered Process Meter');
information[1] = Array('TLSA Triple Output 4-20 mA Current Loop Splitter / Retransmitter');
information[2] = Array('IPC Splashproof Cover');
information[3] = Array('1/8 DIN Wall-Mount Enclosure');
information[4] = Array('Laureate™ True AC RMS Voltage & Current Digital Panel Meter');
information[5] = Array('Laureate™ True AC RMS Voltage & Current Digital Panel Meter');
information[6] = Array('Laureate™ True AC RMS Voltage & Current Digital Panel Meter');
information[7] = Array('Laureate™ True AC RMS Voltage & Current Digital Panel Meter');
information[8] = Array('Laureate™ DC Voltage & Current Digital Panel Meter');
information[9] = Array('Laureate™ DC Voltage & Current Digital Panel Meter');
information[10] = Array('Laureate™ DC Voltage & Current Digital Panel Meter');
information[11] = Array('Laureate™ DC Voltage & Current Digital Panel Meter');
information[12] = Array('Laureate™ Load Cell & Microvolt Digital Panel Meter');
information[13] = Array('Laureate™ Load Cell & Microvolt Digital Panel Meter');
information[14] = Array('Laureate™ Load Cell & Microvolt Digital Panel Meter');
information[15] = Array('Laureate™ Load Cell & Microvolt Digital Panel Meter');
information[16] = Array('Laureate™ Process, Strain & Potentiometer Follower Meter');
information[17] = Array('Laureate™ Process, Strain & Potentiometer Follower Meter');
information[18] = Array('Laureate™ Process, Strain & Potentiometer Follower Meter');
information[19] = Array('Laureate™ Process, Strain & Potentiometer Follower Meter');
information[20] = Array('Laureate™ Thermocouple Temperature Panel Meter / Controller');
information[21] = Array('Laureate™ Thermocouple Temperature Panel Meter / Controller');
information[22] = Array('Laureate™ RTD Temperature Panel Meter / Controller');
information[23] = Array('Laureate™ RTD Temperature Panel Meter / Controller');
information[24] = Array('BAR Series Bar Graph Process Display');
information[25] = Array('PRO-BAR Series Large-Size Bar Graph Process Displays');
information[26] = Array('Junior Series Digital Panel Meters');
information[27] = Array('GRAND Series Large Digit Displays');
information[28] = Array('GRAND Series Large Digit Displays');
information[29] = Array('GRAND Series Large Digit Displays');
information[30] = Array('GRAND Series Large Digit Displays');
information[31] = Array('M-35 Microminature Process Meter');
information[32] = Array('M-35 Microminature Process Meter');
information[33] = Array('Laureate™ Scale Meter for Weighing Applications');
information[34] = Array('Laureate™ 6-Digit Process Meter & Totalizer');
information[35] = Array('Laureate™ 6-Digit Process Meter & Totalizer');
information[36] = Array('Laureate™ Frequency, Rate & Period Meter','Laureate™ Dual-Channel Pulse Input Totalizer','Laureate™ Digital Stopwatch & Timer','Laureate™ Time Interval Meter');
information[37] = Array('Laureate™ Frequency, Rate & Period Meter','Laureate™ Dual-Channel Pulse Input Totalizer','Laureate™ Digital Stopwatch & Timer','Laureate™ Time Interval Meter');
information[38] = Array('Laureate™ Frequency, Rate & Period Meter','Laureate™ Dual-Channel Pulse Input Totalizer','Laureate™ Rate Meter & Totalizer with Functions A+B, A-B, AxB, A/B, A/B-1','Laureate™ Phase Angle Meter','Laureate™ Pulse Input Batch Controller','Laureate™ Duty Cycle Meter','Laureate™ Digital Stopwatch & Timer','Laureate™ Time Interval Meter');
information[39] = Array('Laureate™ Frequency, Rate & Period Meter','Laureate™ Dual-Channel Pulse Input Totalizer','Laureate™ Rate Meter & Totalizer with Functions A+B, A-B, AxB, A/B, A/B-1','Laureate™ Phase Angle Meter','Laureate™ Pulse Input Batch Controller','Laureate™ Duty Cycle Meter','Laureate™ Digital Stopwatch & Timer','Laureate™ Time Interval Meter');
information[40] = Array('Laureate™ Quadrature Encoder Position & Rate Meter');
information[41] = Array('Laureate™ Quadrature Encoder Position & Rate Meter');
information[42] = Array('Laureate™ Quadrature Encoder Position & Rate Meter');
information[43] = Array('Laureate™ Quadrature Encoder Position & Rate Meter');
information[44] = Array('LTA-RMS 4-20 mA Current Transmitter for AC RMS Voltage or Current Input');
information[45] = Array('LTA-RMS 4-20 mA Current Transmitter for AC RMS Voltage or Current Input');
information[46] = Array('LTA-DC 4-20 mA Current Transmitter for DC Voltage or Current Input');
information[47] = Array('LTA-DC 4-20 mA Current Transmitter for DC Voltage or Current Input');
information[48] = Array('LTA-FR 4-20 mA Current Transmitter for Frequency, Rate or Period Input','LTA-TO 4-20 mA Current Transmitter & Dual Pulse Input Totalizer','LTA-ST 4-20 mA Current Transmitter for Time of Single or Accumulated Events','LTA-TI 4-20 mA Current Transmitter for Time Interval of Periodic Events');
information[49] = Array('LTA-FR 4-20 mA Current Transmitter for Frequency, Rate or Period Input','LTA-TO 4-20 mA Current Transmitter & Dual Pulse Input Totalizer','LTA-ST 4-20 mA Current Transmitter for Time of Single or Accumulated Events','LTA-TI 4-20 mA Current Transmitter for Time Interval of Periodic Events');
information[50] = Array('LTA-FR 4-20 mA Current Transmitter for Frequency, Rate or Period Input','LTA-TO 4-20 mA Current Transmitter & Dual Pulse Input Totalizer LTA-R 4-20 mA Current Transmitter for Ratio, Product, Sum or Difference of 2 Rates or Totals','LTA-PH 4-20 mA Current Transmitter for AC Phase Angle Input','LTA-DU 4-20 mA Current Transmitter for Duty Cycle Input','LTA-ST 4-20 mA Current Transmitter for Time of Single or Accumulated Events','LTA-TI 4-20 mA Current Transmitter for Time Interval of Periodic Events');
information[51] = Array('LTA-FR 4-20 mA Current Transmitter for Frequency, Rate or Period Input','LTA-TO 4-20 mA Current Transmitter & Dual Pulse Input Totalizer LTA-R 4-20 mA Current Transmitter for Ratio, Product, Sum or Difference of 2 Rates or Totals','LTA-PH 4-20 mA Current Transmitter for AC Phase Angle Input','LTA-DU 4-20 mA Current Transmitter for Duty Cycle Input','LTA-ST 4-20 mA Current Transmitter for Time of Single or Accumulated Events','LTA-TI 4-20 mA Current Transmitter for Time Interval of Periodic Events');
information[52] = Array('LTA-WM 4-20 mA Current Transmitter for Load Cell or Microvolt Input');
information[53] = Array('LTA-WM 4-20 mA Current Transmitter for Load Cell or Microvolt Input');
information[54] = Array('LTA-P 4-20 mA Current Transmitter for Process Signal Input');
information[55] = Array('LTA-P 4-20 mA Current Transmitter for Process Signal Input');
information[56] = Array('LTA-SG 4-20 mA Current Transmitter for Strain Gauge & Potentiometer Input');
information[57] = Array('LTA-SG 4-20 mA Current Transmitter for Strain Gauge & Potentiometer Input');
information[58] = Array('LTA-Q 4-20 mA Current Transmitter for Quadrature Position or Rate');
information[59] = Array('LTA-Q 4-20 mA Current Transmitter for Quadrature Position or Rate');
information[60] = Array('LTA-VF 4-20 mA Current Transmitter & Totalizer for 0-1 mA, 4-20 mA or 0-10V');
information[61] = Array('LTA-VF 4-20 mA Current Transmitter & Totalizer for 0-1 mA, 4-20 mA or 0-10V');
information[62] = Array('4-20 mA Thermocouple Transmitter');
information[63] = Array('4-20 mA Current Output RTD Temperature Transmitter');
information[64] = Array('LTM-BA Modbus & Serial Output Transmitter & Batch Controller');
information[65] = Array('LTM-BA Modbus & Serial Output Transmitter & Batch Controller');
information[66] = Array('TS6 Serial-to-Analog DIN Rail Transmitter');
information[67] = Array('LTM-RMS Modbus & Serial Output Current Transmitter for AC RMS Voltage or Current Input');
information[68] = Array('LTM-RMS Modbus & Serial Output Current Transmitter for AC RMS Voltage or Current Input');
information[69] = Array('LTM-DC Modbus & Serial Output Current Transmitter for DC Voltage or Current Input');
information[70] = Array('LTM-DC Modbus & Serial Output Current Transmitter for DC Voltage or Current Input');
information[71] = Array('LTM-FR Modbus & Serial Output Current Transmitter for Frequency, Rate or Period Input','LTM-TO Modbus & Serial Output Current Transmitter & Dual Pulse Input Totalizer','LTM-ST Modbus & Serial Output Current Transmitter for Time of Single or Accumulated Events','LTM-TI Modbus & Serial Output Current Transmitter for Time Interval of Periodic Events');
information[72] = Array('LTM-FR Modbus & Serial Output Current Transmitter for Frequency, Rate or Period Input','LTM-TO Modbus & Serial Output Current Transmitter & Dual Pulse Input Totalizer','LTM-ST Modbus & Serial Output Current Transmitter for Time of Single or Accumulated Events','LTM-TI Modbus & Serial Output Current Transmitter for Time Interval of Periodic Events');
information[73] = Array('LTM-FR Modbus & Serial Output Current Transmitter for Frequency, Rate or Period Input','LTM-TO Modbus & Serial Output Current Transmitter & Dual Pulse Input Totalizer','LTM-R Modbus & Serial Output Current Transmitter for Ratio, Product, Sum or Difference of 2 Rates or Totals','LTM-PH Modbus & Serial Output Current Transmitter for AC Phase Angle InpuT','LTM-DU Modbus & Serial Output Current Transmitter for Duty Cycle Input','LTM-ST Modbus & Serial Output Current Transmitter for Time of Single or Accumulated Events','LTM-TI Modbus & Serial Output Current Transmitter for Time Interval of Periodic Events');
information[74] = Array('LTM-FR Modbus & Serial Output Current Transmitter for Frequency, Rate or Period Input','LTM-TO Modbus & Serial Output Current Transmitter & Dual Pulse Input Totalizer','LTM-R Modbus & Serial Output Current Transmitter for Ratio, Product, Sum or Difference of 2 Rates or Totals','LTM-PH Modbus & Serial Output Current Transmitter for AC Phase Angle InpuT','LTM-DU Modbus & Serial Output Current Transmitter for Duty Cycle Input','LTM-ST Modbus & Serial Output Current Transmitter for Time of Single or Accumulated Events','LTM-TI Modbus & Serial Output Current Transmitter for Time Interval of Periodic Events');
information[75] = Array('LTM-WM Modbus & Serial Output Current Transmitter for Load Cell or Microvolt Input');
information[76] = Array('LTM-WM Modbus & Serial Output Current Transmitter for Load Cell or Microvolt Input');
information[77] = Array('LTM-P Modbus & Serial Output Current Transmitter for Process Signal Input');
information[78] = Array('LTM-P Modbus & Serial Output Current Transmitter for Process Signal Input');
information[79] = Array('LTM-SG Modbus & Serial Output Current Transmitter for Strain Gauge & Potentiometer Input');
information[80] = Array('LTM-SG Modbus & Serial Output Current Transmitter for Strain Gauge & Potentiometer Input');
information[81] = Array('LTM-Q Modbus & Serial Output Current Transmitter for Quadrature Position or Rate');
information[82] = Array('LTM-Q Modbus & Serial Output Current Transmitter for Quadrature Position or Rate');
information[83] = Array('LTM-VF Modbus & Serial Output Current Transmitter & Totalizer for 0-1 mA, Modbus & Serial Output or 0-10V');
information[84] = Array('LTM-VF Modbus & Serial Output Current Transmitter & Totalizer for 0-1 mA, Modbus & Serial Output or 0-10V');
information[85] = Array('LTM-T Modbus & Serial Output Current Transmitter for Thermocouple & RTD Temperature');
information[86] = Array('LTM-T Modbus & Serial Output Current Transmitter for Thermocouple & RTD Temperature');
information[87] = Array('Laureate™ 6-Digit Process Meter & Totalizer');
information[88] = Array('Laureate™ 6-Digit Process Meter & Totalizer');
information[89] = Array('Laureate™ Resistance Meter Ohmmeter for Resistance in Ohms');
information[90] = Array('QLS Quad Output 4-20 mA Current Loop Splitter / Retransmitter');
information[91] = Array('4-20 mA Current Output Transmitter for Resistance Input in Ohms');
information[92] = Array('Modbus & Serial Output Thermcouple Transmitter');
information[93] = Array('Modbus & Serial Output RTD Temperature Transmitter');
information[94] = Array('Modbus & Serial Output Transmitter for Resistance Input in Ohms');
information[95] = Array('Ordering Guide, MAGNA Series Large Digit Displays Meters');
information[96] = Array('Ordering Guide, MAGNA Series Large Digit Displays Meters');
information[97] = Array('Ordering Guide, MAGNA Series Large Digit Displays Meters');
information[98] = Array('Ordering Guide, MAGNA Series Large Digit Displays Meters');
information[99] = Array('Ordering Guide, MAGNA Series, Serial Input Large Digit Displays Remote Displays for Computers or PLCs' );
information[100] = Array('Ordering Guide, MAGNA Series, Serial Input Large Digit Displays Remote Displays for Computers or PLCs' );
information[101] = Array('Ordering Guide, MAGNA Series, Serial Input Large Digit Displays Remote Displays for Computers or PLCs' );
information[102] = Array('Ordering Guide, MAGNA Series, Serial Input Large Digit Displays Remote Displays for Computers or PLCs' );
information[103] = Array('Ordering Guide, MAGNA Series, Process Input Large Digit Displays Scalable for Signals such as 4-20 mA & 0-10V with Scale & Offset');
information[104] = Array('Ordering Guide, MAGNA Series, Process Input Large Digit Displays Scalable for Signals such as 4-20 mA & 0-10V with Scale & Offset');
information[105] = Array('Ordering Guide, MAGNA Series, Process Input Large Digit Displays Scalable for Signals such as 4-20 mA & 0-10V with Scale & Offset');
information[106] = Array('Ordering Guide, MAGNA Series, Process Input Large Digit Displays Scalable for Signals such as 4-20 mA & 0-10V with Scale & Offset');
information[107] = Array('Ordering Guide, MAGNA Series, Strain Gauge / Load Cell Input Large Digit Displays');
information[108] = Array('Ordering Guide, MAGNA Series, Strain Gauge / Load Cell Input Large Digit Displays');
information[109] = Array('Ordering Guide, MAGNA Series, Strain Gauge / Load Cell Input Large Digit Displays');
information[110] = Array('Ordering Guide, MAGNA Series, Strain Gauge / Load Cell Input Large Digit Displays');
information[111] = Array('Ordering Guide,MAGNA Series, Frequency & Rate Input Large Digit Displays For Frequency, Rate, Flow or Speed');
information[112] = Array('Ordering Guide,MAGNA Series, Frequency & Rate Input Large Digit Displays For Frequency, Rate, Flow or Speed');
information[113] = Array('Ordering Guide,MAGNA Series, Frequency & Rate Input Large Digit Displays For Frequency, Rate, Flow or Speed');
information[114] = Array('Ordering Guide,MAGNA Series, Frequency & Rate Input Large Digit Displays For Frequency, Rate, Flow or Speed');
information[115] = Array('Ordering Guide, MAGNA Series, Counter / Totalizer Input Large Digit Displays For Pulse Counts and Other Totals,such as Distance or Volume');
information[116] = Array('Ordering Guide, MAGNA Series, Counter / Totalizer Input Large Digit Displays For Pulse Counts and Other Totals,such as Distance or Volume');
information[117] = Array('Ordering Guide, MAGNA Series, Counter / Totalizer Input Large Digit Displays For Pulse Counts and Other Totals,such as Distance or Volume');
information[118] = Array('Ordering Guide, MAGNA Series, Counter / Totalizer Input Large Digit Displays For Pulse Counts and Other Totals,such as Distance or Volume');
information[119] = Array('Ordering Guide, MAGNA Series Large Digit Clocks & Timers Factory Clocks, Count-Up Timers, Count-Down Timers ');
information[120] = Array('Ordering Guide, MAGNA Series Large Digit Clocks & Timers Factory Clocks, Count-Up Timers, Count-Down Timers ');
information[121] = Array('Ordering Guide, MAGNA Series Large Digit Clocks & Timers Factory Clocks, Count-Up Timers, Count-Down Timers ');
information[122] = Array('Ordering Guide, MAGNA Series Large Digit Clocks & Timers Factory Clocks, Count-Up Timers, Count-Down Timers ');
/*
*/
url = Array();
url[0] = Array('88pro.htm');
url[1] = Array('tls.htm');
url[2] = Array('splashproof.htm');
url[3] = Array('wallbox.htm');
url[4] = Array('acmeter.htm');
url[5] = Array('acmeter.htm');
url[6] = Array('acmeter.htm');
url[7] = Array('acmeter.htm');
url[8] = Array('dcmeter.htm');
url[9] = Array('dcmeter.htm');
url[10] = Array('dcmeter.htm');
url[11] = Array('dcmeter.htm');
url[12] = Array('loadcell.htm');
url[13] = Array('loadcell.htm');
url[14] = Array('loadcell.htm');
url[15] = Array('loadcell.htm');
url[16] = Array('process.htm');
url[17] = Array('process.htm');
url[18] = Array('process.htm');
url[19] = Array('process.htm');
url[20] = Array('thermocouple.htm');
url[21] = Array('thermocouple.htm');
url[22] = Array('rtd.htm');
url[23] = Array('rtd.htm');
url[24] = Array('barseries.htm');
url[25] = Array('probarseries.htm');
url[26] = Array('juniorseries.htm');
url[27] = Array('magna_series.htm');
url[28] = Array('magna_series.htm');
url[29] = Array('magna_series.htm');
url[30] = Array('magna_series.htm');
url[31] = Array('m35.htm');
url[32] = Array('m35.htm');
url[33] = Array('scalemeter.htm');
url[34] = Array('v-to-f.htm');
url[35] = Array('v-to-f.htm');
url[36] = Array('frequency.htm','totalizer.htm','stopwatch.htm','timer.htm');
url[37] = Array('frequency.htm','totalizer.htm','stopwatch.htm','timer.htm');
url[38] = Array('frequency.htm','totalizer.htm','ratio.htm','phase.htm','batch.htm','duty-cycle.htm','stopwatch.htm','timer.htm');
url[39] = Array('frequency.htm','totalizer.htm','ratio.htm','phase.htm','batch.htm','duty-cycle.htm','stopwatch.htm','timer.htm');
url[40] = Array('quadrature.htm');
url[41] = Array('quadrature.htm');
url[42] = Array('quadrature.htm');
url[43] = Array('quadrature.htm');
url[44] = Array('transmitter-4-20-ac.htm');
url[45] = Array('transmitter-4-20-ac.htm');
url[46] = Array('transmitter-4-20-dc.htm');
url[47] = Array('transmitter-4-20-dc.htm');
url[48] = Array('transmitter-4-20-frequency.htm','transmitter-4-20-totalizer.htm','transmitter-4-20-stopwatch.htm','transmitter-4-20-timer.htm');
url[49] = Array('transmitter-4-20-frequency.htm','transmitter-4-20-totalizer.htm','transmitter-4-20-stopwatch.htm','transmitter-4-20-timer.htm');
url[50] = Array('transmitter-4-20-frequency.htm','transmitter-4-20-ratio.htm','transmitter-4-20-phase.htm','transmitter-4-20-duty-cycle.htm','transmitter-4-20-stopwatch.htm','transmitter-4-20-timer.htm');
url[51] = Array('transmitter-4-20-frequency.htm','transmitter-4-20-ratio.htm','transmitter-4-20-phase.htm','transmitter-4-20-duty-cycle.htm','transmitter-4-20-stopwatch.htm','transmitter-4-20-timer.htm');
url[52] = Array('transmitter-4-20-loadcell.htm');
url[53] = Array('transmitter-4-20-loadcell.htm');
url[54] = Array('transmitter-4-20-process.htm');
url[55] = Array('transmitter-4-20-process.htm');
url[56] = Array('transmitter-4-20-strain.htm');
url[57] = Array('transmitter-4-20-strain.htm');
url[58] = Array('transmitter-4-20-quadrature.htm');
url[59] = Array('transmitter-4-20-quadrature.htm');
url[60] = Array('transmitter-4-20-v-f.htm');
url[61] = Array('transmitter-4-20-v-f.htm');
url[62] = Array('transmitter-4-20-thermocouple.htm');
url[63] = Array('transmitter-4-20-rtd.htm');
url[64] = Array('transmitter-modbus-batch.htm');
url[65] = Array('transmitter-modbus-batch.htm');
url[66] = Array('transmitter-serial2analog.htm');
url[67] = Array('transmitter-modbus-ac.htm');
url[68] = Array('transmitter-modbus-ac.htm');
url[69] = Array('transmitter-modbus-dc.htm');
url[70] = Array('transmitter-modbus-dc.htm');
url[71] = Array('transmitter-modbus-frequency.htm','transmitter-modbus-totalizer.htm','transmitter-modbus-stopwatch.htm','transmitter-modbus-timer.htm');
url[72] = Array('transmitter-modbus-frequency.htm','transmitter-modbus-totalizer.htm','transmitter-modbus-stopwatch.htm','transmitter-modbus-timer.htm');
url[73] = Array('transmitter-modbus-frequency.htm','transmitter-modbus-ratio.htm','transmitter-modbus-phase.htm','transmitter-modbus-duty-cycle.htm','transmitter-modbus-stopwatch.htm','transmitter-modbus-timer.htm');
url[74] = Array('transmitter-modbus-frequency.htm','transmitter-modbus-ratio.htm','transmitter-modbus-phase.htm','transmitter-modbus-duty-cycle.htm','transmitter-modbus-stopwatch.htm','transmitter-modbus-timer.htm');
url[75] = Array('transmitter-modbus-loadcell.htm');
url[76] = Array('transmitter-modbus-loadcell.htm');
url[77] = Array('transmitter-modbus-process.htm');
url[78] = Array('transmitter-modbus-process.htm');
url[79] = Array('transmitter-modbus-strain.htm');
url[80] = Array('transmitter-modbus-strain.htm');
url[81] = Array('transmitter-modbus-quadrature.htm');
url[82] = Array('transmitter-modbus-quadrature.htm');
url[83] = Array('transmitter-modbus-v-f.htm');
url[84] = Array('transmitter-modbus-v-f.htm');
url[85] = Array('transmitter-modbus-temperature.htm');
url[86] = Array('transmitter-modbus-temperature.htm');
url[87] = Array('v-to-f.htm');
url[88] = Array('v-to-f.htm');
url[89] = Array('ohms.htm');
url[90] = Array('quad_loop_splitter.htm');
url[91] = Array('transmitter-4-20-ohms.htm');
url[92] = Array('transmitter-modbus-thermocouple.htm');
url[93] = Array('transmitter-modbus-rtd.htm');
url[94] = Array('transmitter-modbus-ohms.htm');
url[95] = Array('magna_series.htm');
url[96] = Array('magna_series.htm');
url[97] = Array('magna_series.htm');
url[98] = Array('magna_series.htm');
url[99] = Array('magna_serial.htm');
url[100] = Array('magna_serial.htm');
url[101] = Array('magna_serial.htm');
url[102] = Array('magna_serial.htm');
url[103] = Array('magna_process.htm');
url[104] = Array('magna_process.htm');
url[105] = Array('magna_process.htm');
url[106] = Array('magna_process.htm');
url[107] = Array('magna_strain.htm');
url[108] = Array('magna_strain.htm');
url[109] = Array('magna_strain.htm');
url[110] = Array('magna_strain.htm');
url[111] = Array('magna_frequency.htm');
url[112] = Array('magna_frequency.htm');
url[113] = Array('magna_frequency.htm');
url[114] = Array('magna_frequency.htm');
url[115] = Array('magna_totalizer.htm');
url[116] = Array('magna_totalizer.htm');
url[117] = Array('magna_totalizer.htm');
url[118] = Array('magna_totalizer.htm');
url[119] = Array('magna_clock.htm');
url[120] = Array('magna_clock.htm');
url[121] = Array('magna_clock.htm');
url[122] = Array('magna_clock.htm');
contains = Array();
contains[0] = Array('');
contains[1] = Array('');
contains[2] = Array('');
contains[3] = Array('');
contains[4] = Array('RM');
contains[5] = Array('RM');
contains[6] = Array('RM');
contains[7] = Array('RM');
contains[8] = Array('DC');
contains[9] = Array('DC');
contains[10] = Array('DC');
contains[11] = Array('DC');
contains[12] = Array('WM');
contains[13] = Array('WM');
contains[14] = Array('WM');
contains[15] = Array('WM');
contains[16] = Array('');
contains[17] = Array('');
contains[18] = Array('');
contains[19] = Array('');
contains[20] = Array('JC','JF','KC','KF','TC','TF','EC','EF','NC','NF','SC','SF','RC','RF');
contains[21] = Array('JC','JF','KC','KF','TC','TF','EC','EF','NC','NF','SC','SF','RC','RF');
contains[22] = Array('P385C','P385F','P392C','P392F','N672C','N672F','C427C','C427F');
contains[23] = Array('P385C','P385F','P392C','P392F','N672C','N672F','C427C','C427F');
contains[24] = Array('');
contains[25] = Array('');
contains[26] = Array('');
contains[27] = Array('');
contains[28] = Array('');
contains[29] = Array('');
contains[30] = Array('');
contains[31] = Array('');
contains[32] = Array('');
contains[33] = Array('');
contains[34] = Array('VF');
contains[35] = Array('VF');
contains[36] = Array('FR');
contains[37] = Array('FR');
contains[38] = Array('FR');
contains[39] = Array('FR');
contains[40] = Array('QD');
contains[41] = Array('QD');
contains[42] = Array('QD');
contains[43] = Array('QD');
contains[44] = Array('RM');
contains[45] = Array('RM');
contains[46] = Array('DC');
contains[47] = Array('DC');
contains[48] = Array('FR');
contains[49] = Array('FR');
contains[50] = Array('FR');
contains[51] = Array('FR');
contains[52] = Array('WM');
contains[53] = Array('WM');
contains[54] = Array('');
contains[55] = Array('');
contains[56] = Array('SG');
contains[57] = Array('SG');
contains[58] = Array('QD');
contains[59] = Array('QD');
contains[60] = Array('VF');
contains[61] = Array('VF');
contains[62] = Array('JC','JF','KC','KF','TC','TF','EC','EF','NC','NF','SC','SF','RC','RF');
contains[63] = Array('P385C','P385F','P392C','P392F','N672C','N672F','C427C','C427F');
contains[64] = Array('FR');
contains[65] = Array('FR');
contains[66] = Array('');
contains[67] = Array('RM');
contains[68] = Array('RM');
contains[69] = Array('DC');
contains[70] = Array('DC');
contains[71] = Array('FR');
contains[72] = Array('FR');
contains[73] = Array('FR');
contains[74] = Array('FR');
contains[75] = Array('WM');
contains[76] = Array('WM');
contains[77] = Array('');
contains[78] = Array('');
contains[79] = Array('SG');
contains[80] = Array('SG');
contains[81] = Array('QD');
contains[82] = Array('QD');
contains[83] = Array('VF');
contains[84] = Array('VF');
contains[85] = Array('JC','JF','KC','KF','TC','TF','EC','EF','NC','NF','SC','SF','RC','RF','P3');
contains[86] = Array('JC','JF','KC','KF','TC','TF','EC','EF','NC','NF','SC','SF','RC','RF','P3');
contains[87] = Array('VF');
contains[88] = Array('VF');
contains[89] = Array('');
contains[90] = Array('');
contains[91] = Array('R1','R2','R3','R4','R5');
contains[92] = Array('JC','JF','KC','KF','TC','TF','EC','EF','NC','NF','SC','SF','RC','RF');
contains[93] = Array('P385C','P385F','P392C','P392F','N672C','N672F','C427C','C427F');
contains[94] = Array('R1','R2','R3','R4','R5');
contains[95] = Array('SER','P4','P6','WM','FR','CLK','TOT');
contains[96] = Array('SER','P4','P6','WM','FR','CLK','TOT');
contains[97] = Array('SER','P4','P6','WM','FR','CLK','TOT');
contains[98] = Array('SER','P4','P6','WM','FR','CLK','TOT');
contains[99] = Array('SER');
contains[100] = Array('SER');
contains[101] = Array('SER');
contains[102] = Array('SER');
contains[103] = Array('P4','P6');
contains[104] = Array('P4','P6');
contains[105] = Array('P4','P6');
contains[106] = Array('P4','P6');
contains[107] = Array('WM');
contains[108] = Array('WM');
contains[109] = Array('WM');
contains[110] = Array('WM');
contains[111] = Array('FR');
contains[112] = Array('FR');
contains[113] = Array('FR');
contains[114] = Array('FR');
contains[115] = Array('FR','TOT');
contains[116] = Array('FR','TOT');
contains[117] = Array('FR','TOT');
contains[118] = Array('FR','TOT');
contains[119] = Array('CLK');
contains[120] = Array('CLK');
contains[121] = Array('CLK');
contains[122] = Array('CLK');
ends = Array();
ends[0] = Array('');
ends[1] = Array('');
ends[2] = Array('');
ends[3] = Array('');
ends[4] = Array('');
ends[5] = Array('');
ends[6] = Array('');
ends[7] = Array('');
ends[8] = Array('');
ends[9] = Array('');
ends[10] = Array('');
ends[11] = Array('');
ends[12] = Array('');
ends[13] = Array('');
ends[14] = Array('');
ends[15] = Array('');
ends[16] = Array('P','P1','SG','SG1');
ends[17] = Array('P','P1','SG','SG1');
ends[18] = Array('P','P1','SG','SG1');
ends[19] = Array('P','P1','SG','SG1');
ends[20] = Array('JC','JF','KC','KF','TC','TF','EC','EF','NC','NF','SC','SF','RC','RF');
ends[21] = Array('JC','JF','KC','KF','TC','TF','EC','EF','NC','NF','SC','SF','RC','RF');
ends[22] = Array('P385C','P385F','P392C','P392F','N672C','N672F','C427C','C427F');
ends[23] = Array('P385C','P385F','P392C','P392F','N672C','N672F','C427C','C427F');
ends[24] = Array('');
ends[25] = Array('');
ends[26] = Array('');
ends[27] = Array('');
ends[28] = Array('');
ends[29] = Array('');
ends[30] = Array('');
ends[31] = Array('');
ends[32] = Array('');
ends[33] = Array('');
ends[34] = Array('');
ends[35] = Array('');
ends[36] = Array('');
ends[37] = Array('');
ends[38] = Array('');
ends[39] = Array('');
ends[40] = Array('');
ends[41] = Array('');
ends[42] = Array('');
ends[43] = Array('');
ends[44] = Array('');
ends[45] = Array('');
ends[46] = Array('');
ends[47] = Array('');
ends[48] = Array('');
ends[49] = Array('');
ends[50] = Array('');
ends[51] = Array('');
ends[52] = Array('');
ends[53] = Array('');
ends[54] = Array('P','P1');
ends[55] = Array('P','P1');
ends[56] = Array('');
ends[57] = Array('');
ends[58] = Array('');
ends[59] = Array('');
ends[60] = Array('');
ends[61] = Array('');
ends[62] = Array('');
ends[63] = Array('');
ends[64] = Array('');
ends[65] = Array('');
ends[66] = Array('');
ends[67] = Array('');
ends[68] = Array('');
ends[69] = Array('');
ends[70] = Array('');
ends[71] = Array('');
ends[72] = Array('');
ends[73] = Array('');
ends[74] = Array('');
ends[75] = Array('');
ends[76] = Array('');
ends[77] = Array('P','P1');
ends[78] = Array('P','P1');
ends[79] = Array('');
ends[80] = Array('');
ends[81] = Array('');
ends[82] = Array('');
ends[83] = Array('');
ends[84] = Array('');
ends[85] = Array('');
ends[86] = Array('');
ends[87] = Array('');
ends[88] = Array('');
ends[89] = Array('R1','R2','R3','R4','R5');
ends[90] = Array('');
ends[91] = Array('');
ends[92] = Array('');
ends[93] = Array('');
ends[94] = Array('');
ends[95] = Array('');
ends[96] = Array('');
ends[97] = Array('');
ends[98] = Array('');
ends[99] = Array('');
ends[100] = Array('');
ends[101] = Array('');
ends[102] = Array('');
ends[103] = Array('');
ends[104] = Array('');
ends[105] = Array('');
ends[106] = Array('');
ends[107] = Array('');
ends[108] = Array('');
ends[109] = Array('');
ends[110] = Array('');
ends[111] = Array('');
ends[112] = Array('');
ends[113] = Array('');
ends[114] = Array('');
ends[115] = Array('');
ends[116] = Array('');
ends[117] = Array('');
ends[118] = Array('');
ends[119] = Array('');
ends[120] = Array('');
ends[121] = Array('');
ends[122] = Array('');
var NumberOfElements = 123; // The number of Elements in the Array.
var ModelNumber;
var ItemsFound = 0;
var NumberOfCases = 3;
var URL;
var Information;
// var FirstEndFound = false;
// var FirstStartFound = false;
// var FirstContainFound = false;
function Check(ArrayIndex, ColomnIndex, Priority)
{
for(j = 0; j < ItemsFound; j++)
{
if(URL[j][0] == url[ArrayIndex][ColomnIndex] && URL[j][1] == Priority)
return false;
}
return true;
}
function Add(ArrayIndex, Priority)
{
for(x = 0; x < url[ArrayIndex].length; x++)
{
Insert = Check(ArrayIndex, x, Priority);
if(Insert)
{
URL[ItemsFound] = new Array(url[ArrayIndex][x], Priority);
// URL[ItemsFound][0] = url[ArrayIndex][x];
// URL[ItemsFound][1] = Priority;
if(url[ArrayIndex].length == 1) { z = information[ArrayIndex]; } else { z = information[ArrayIndex][x]; }
First = '' + z + '';
Second = Priority;
Information[ItemsFound] = new Array(First, Second);
ItemsFound++;
}
}
}
function Match(ArrayIndex, CaseIndex)
{
ModelNumber = document.getElementById('ModelNumber').value.toUpperCase();
switch(CaseIndex)
{
case 0: // String Start Match
startlength = modeldecoder[ArrayIndex][0].length;
if(ModelNumber.substring(0, startlength) == modeldecoder[ArrayIndex][0])
{
Start = true;
Ends = true;
Contains = true;
ToBeAdded = true;
break;
}
case 1: // String End Match
if(Start)
{
for(j = 0; j < ends[ArrayIndex].length; j++)
{
if(ends[ArrayIndex][j] != '')
{
endlength = ends[ArrayIndex][j].length;
ModelNumberlength = ModelNumber.length;
startindex = ModelNumberlength - endlength;
Ends = false;
if(ModelNumber.substring(startindex) == ends[ArrayIndex][j])
{
End = true;
ToBeAdded = true;
break;
}
}
}
}
case 2: // String Contain Match
if(Start)
{
for(j = 0; j < contains[ArrayIndex].length; j++)
{
if(contains[ArrayIndex][j] != '')
{
Contains = false;
if(ModelNumber.match(contains[ArrayIndex][j]) != null)
{
Contain = true;
ToBeAdded = true;
break;
}
}
}
}
}
return;
}
function Decode()
{
URL = new Array();
Information = new Array();
ItemsFound = 0;
ModelNumber = document.getElementById('ModelNumber').value;
document.getElementById('Information').innerHTML = '';
document.getElementById('Headings').style.visibility = 'hidden';
//alert(ModelNumber);
if((ModelNumber != '') && (ModelNumber!='Enter Model Number'))
{
// Special case for remote.htm
ModelNumber=ModelNumber.toUpperCase()
if((ModelNumber.substring(0, 2) == 'L5' || ModelNumber.substring(0, 2) == 'L6') && ModelNumber.length == 6)
{
if(parseInt(ModelNumber.substring(2, 6)) == ModelNumber.substring(2, 6))
{
First = '' + 'Laureate™ Serial Driven 6-Digit Panel Meter & Remote Display' + '';
Information[ItemsFound] = new Array(First, 2);
ItemsFound++;
DisplayResults();
return false;
}
}
for(i = 0; i < NumberOfElements; i++)
{
ToBeAdded = false;
Start = false;
Contain = false;
End = false;
for(k = 0; k < NumberOfCases; k++)
Match(i, k);
if(ToBeAdded)
{
if(Start && Contain)
Add(i, 2);
else if(Start && End)
Add(i, 2);
else if(Start && Contains && Ends)
Add(i, 1);
}
}
}
else
{
alert('Please Enter a Search Element First!');
document.getElementById('ModelNumber').value='';
document.getElementById('ModelNumber').focus();
return false;
}
DisplayResults();
return false;
}
// Displaying Items in the Information Array, according to the priority
function DisplayResults()
{
Exit = false;
if(ItemsFound > 0)
{
document.getElementById('Headings').style.visibility = 'visible';
for(i = 2; i > 0; i--)
{
if(!Exit)
{
for(j = 0; j < ItemsFound; j++)
{
if(i == Information[j][1])
{
Exit = true;
document.getElementById('Information').innerHTML = document.getElementById('Information').innerHTML + Information[j][0] + '
';
}
}
}
}
}
else
{
document.getElementById('Headings').style.visibility = 'visible';
document.getElementById('Information').innerHTML = 'No item found for this search term';
}
return;
}
/*
modeldecoder[111] = Array('M2');
modeldecoder[112] = Array('M4');
modeldecoder[113] = Array('M6');
modeldecoder[114] = Array('M8'); */
/* information[111] = Array('Ordering Guide, MAGNA Series, Temperature Input Large Digit Displays For Type J, K, T, R, S, B Thermocouples and 3- or 4-Wire RTDs');
information[112] = Array('Ordering Guide, MAGNA Series, Temperature Input Large Digit Displays For Type J, K, T, R, S, B Thermocouples and 3- or 4-Wire RTDs');
information[113] = Array('Ordering Guide, MAGNA Series, Temperature Input Large Digit Displays For Type J, K, T, R, S, B Thermocouples and 3- or 4-Wire RTDs');
information[114] = Array('Ordering Guide, MAGNA Series, Temperature Input Large Digit Displays For Type J, K, T, R, S, B Thermocouples and 3- or 4-Wire RTDs');
*/
/*
ends[111] = Array('');
ends[112] = Array('');
ends[113] = Array('');
ends[114] = Array('');
*/
/*
contains[111] = Array('TEMP');
contains[112] = Array('TEMP');
contains[113] = Array('TEMP');
contains[114] = Array('TEMP');
*/
/*
url[111] = Array('magna_temperature.htm');
url[112] = Array('magna_temperature.htm');
url[113] = Array('magna_temperature.htm');
url[114] = Array('magna_temperature.htm'); */