Q64TD
$499.50
Q64TD Channel-to-channel insulation Thermocouple / micro voltage input unit
• Estimated Lead Time : In stock. Usually ships in 3-5 working days
• Manufacturer : Mitsubishi Electric
• Channel-to-channel insulation thermocouple / micro voltage input unit Q64TD
• \nAnalog input points\n: 4 points (4 channels + cold junction compensation channel)\n
• \nNumber of channels\n: 4 channels\n
• \nDigital output : -
\nMeasured temperature\n: 16-bit signed binary (-2700 to 18200: 10 times the value to the first decimal place)\n
• \nMicro voltage conversion value\n: 16-bit signed binary (-25000 to 25000)\n
• \nScaling value\n: 16-bit signed binary\n
• \nThermocouple compliant standard\n: JIS C1602-1995\n
• \nMinute voltage input : -
\nInput range\n: -
100 to +100 mV (input resistance 2 MO or more)\n
• \naccuracy\n: 卤 0.2mV (operating ambient temperature: 25 卤 5 掳 C)聽
\n卤 0.8mV (operating ambient temperature: 0 to 55 掳 C)\n
• \nresolution\n: 4 碌V\n
• \nresolution\n: B: 0.7 掳 C.聽
\nR, S: 0.8 掳 C.聽
\nK, T: 0.3 掳 C.聽
\nE: 0.2 掳 C.聽
\nJ: 0.1 掳 C.聽
\nN: 0.4 掳 C.\n
• \naccuracy : -
\nThermocouple type\nMeasurement temperature range\n: Accuracy (掳 C) = (conversion accuracy) + (temperature characteristics) 脳 (use ambient temperature change) + (cold junction compensation accuracy)聽
\nconversion accuracy: Operating ambient temperature 25 卤 5 掳 C聽
\nTemperature characteristics: Operating ambient temperature change 1 掳 C聽
\nuse Ambient temperature change: Operating ambient temperature out of the range of 25 卤 5 掳 C\n
• \nB\n0 to 600 掳 C\n: -
\n
• \n600 to 800 掳 C\n: Conversion accuracy: 卤 4.0 掳 C聽
\nTemperature characteristics: 卤 0.4 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 14.0 掳 C聽
\nInfluence per 1O of wiring resistance: 0.011 掳 C / O\n
• \n800-1700 掳 C\n: Conversion accuracy: 卤 3.5 掳 C聽
\nTemperature characteristics: 卤 0.4 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 13.5 掳 C聽
\nInfluence per 1 O of wiring resistance: 0.010 掳 C / O\n
• \n1700 to 1820 掳 C\n: -
\n
• \nR\n-50 to 0 掳 C\n: -
\n
• \n0 to 300 掳 C\n: Conversion accuracy: 卤 4.0 掳 C聽
\nTemperature characteristics: 卤 0.4 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 14.0 掳 C聽
\nInfluence per 1 O wiring resistance: 0.013 掳 C / O\n
• \n300 to 1600 掳 C\n: Conversion accuracy: 卤 3.5 掳 C聽
\nTemperature characteristics: 卤 0.4 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 13.5 掳 C聽
\nInfluence per 1 O of wiring resistance: 0.008 掳 C / O\n
• \n1600 to 1760 掳 C\n: -
\n
• \nS\n-50 to 0 掳 C\n: -
\n
• \n0 to 300 掳 C\n: Conversion accuracy: 卤 4.0 掳 C聽
\nTemperature characteristics: 卤 0.4 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 14.0 掳 C聽
\nInfluence per 1 O wiring resistance: 0.013 掳 C / O\n
• \n300 to 1600 掳 C\n: Conversion accuracy: 卤 3.5 掳 C聽
\nTemperature characteristics: 卤 0.4 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 13.5 掳 C聽
\nInfluence per 1 O of wiring resistance: 0.008 掳 C / O\n
• \n1600 to 1760 掳 C\n: -
\n
• \nK\n-270 to -200 掳 C\n: -
\n
• \n-200 to 0 掳 C\n: Conversion accuracy: 卤 2.0 掳 C聽
\nTemperature characteristics: 卤 0.25 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 8.25 掳 C聽
\nInfluence per 1O of wiring resistance: 0.005 掳 C / O\n
• \n0 to 200 掳 C\n: Conversion accuracy: 卤 1.5 掳 C聽
\nTemperature characteristics: 卤 0.25 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 7.75 掳 C聽
\nInfluence per 1 O wiring resistance: 0.002 掳 C / O\n
• \n200 to 1200 掳 C\n: Conversion accuracy: 卤 2.0 掳 C聽
\nTemperature characteristics: 卤 0.25 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 8.25 掳 C聽
\nInfluence per 1O of wiring resistance: 0.002 掳 C / O\n
• \n1200 to 1370 掳 C\n: -
\n
• \nE\n-270 to -200 掳 C\n: -
\n
• \n-200 to 200 掳 C\n: Conversion accuracy: 卤 1.5 掳 C聽
\nTemperature characteristics: 卤 0.15 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 5.25 掳 C聽
\nInfluence per 1 O resistance: 0.003 掳 C / O\n
• \n200 to 900 掳 C\n: Conversion accuracy: 卤 2.0 掳 C聽
\nTemperature characteristics: 卤 0.15 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 5.75 掳 C聽
\nInfluence per 1 O resistance: 0.001 掳 C / O\n
• \n900 to 1000 掳 C\n: -
\n
• \nJ\n-210 to -40 掳 C\n: -
\n
• \n-40 to 200 掳 C\n: Conversion accuracy: 卤 1.5 掳 C聽
\nTemperature characteristics: 卤 0.15 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 5.25 掳 C聽
\nInfluence per 1 O resistance: 0.002 掳 C / O\n
• \n200 to 750 掳 C\n: Conversion accuracy: 卤 2.0 掳 C聽
\nTemperature characteristics: 卤 0.15 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 5.75 掳 C聽
\nInfluence per 1 O resistance: 0.002 掳 C / O\n
• \n750 to 1200 掳 C\n: -
\n
• \nT\n-270 to -200 掳 C\n: -
\n
• \n-200 to 0 掳 C\n: Conversion accuracy: 卤 2.0 掳 C聽
\nTemperature characteristics: 卤 0.1 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 4.5 掳 C聽
\nInfluence per 1 O of wiring resistance: 0.004 掳 C / O\n
• \n0 to 350 掳 C\n: Conversion accuracy: 卤 1.5 掳 C聽
\nTemperature characteristics: 卤 0.1 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 4.0 掳 C聽
\nInfluence per 1 O resistance: 0.002 掳 C / O\n
• \n350 to 400 掳 C\n: -
\n
• \nN\n-270 to -200 掳 C\n: -
\n
• \n-200 to 0 掳 C\n: Conversion accuracy: 卤 2.5 掳 C聽
\nTemperature characteristics: 卤 0.25 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 8.75 掳 C聽
\nInfluence per 1O of wiring resistance: 0.007 掳 C / O\n
• \n0 to 200 掳 C\n: Conversion accuracy: 卤 2.0 掳 C聽
\nTemperature characteristics: 卤 0.25 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 8.25 掳 C聽
\nInfluence per 1 O of wiring resistance: 0.003 掳 C / O\n
• \n200 to 1250 掳 C\n: Conversion accuracy: 卤 2.5 掳 C聽
\nTemperature characteristics: 卤 0.25 掳 C聽
\nMaximum temperature error at 55 掳聽C聽ambient temperature: 卤 8.75 掳 C聽
\nInfluence per 1 O resistance: 0.002 掳 C / O\n
• \n1250 to 1300 掳 C\n: -
\n
• \nSampling period\n: 20 ms / channel\n
• \nConversion speed\n: Sampling period x 3\n
• \nAbsolute maximum input\n: 卤 5 V\n
• \nDisconnection detection\n: Yes (each channel independent)\n
• \nInsulation method\n: Between thermocouple input / microvoltage input and sequencer power supply: Between transformer insulation聽
\nthermocouple input / microvoltage input channel: Between transformer insulation聽
\ncold junction compensation input (Pt100) and sequencer power supply: Non insulation\n
• \nDielectric breakdown voltage\n: Between thermocouple input / microvoltage input and sequencer power supply, between thermocouple input / microvoltage input channel: AC 1780 Vrms / 3 cycles (altitude 2000 m)\n
• \nInsulation resistance\n: Between thermocouple input / microvoltage input and sequencer power supply: DC500V 100MO or more聽
\nThermocouple input / microvoltage input channel between DC500V 10MO or more\n
• \nExternal wiring connection method\n: 18-point screw terminal block (M3 screw)\n
• \nI / O occupancy points\n: 16 points (I / O assignment: Intelli 16 points)\n
• \nDC 5 V internal current consumption\n: 0.50A\n
• \nExternal dimensions : -\n
• Height (H)\n: 98 mm
• \nWidth (W)\n: 27.4 mm\n
• \nDepth (D)\n: 112 mm\n
• \nmass\n: 0.25 kg\n
• \naccuracy\nCold junction compensation accuracy\n: 卤 1.0 掳 C\n
• Shipping Weight : 1.5 Kg