Affordable Thermocouples (TM602, TM612, & TM630)

Description

Three affordable, rugged, and user-friendly, handheld thermometers for measuring, Thermocouples TM602TM612, and TM630 can measure with high accuracy of 0.02% of reading and a very low-temperature coefficient of 15 ppm/°C, 14 different thermocouple outputs, and 12 different RTD types with a temperature coefficient of 10 ppm/°C.

 

All models use a graphical LCD with adjustable contrast and backlight making programming and reading easier. A database can be created to design curves for sensors, after calibration, in relationship with the corrections shown on a calibration report. Scaling allows for the correction of probe errors and is performed using up to 10 segments. Also, data can be recorded either manually or automatically with user-programmed frequency. Data with a timestamp can be displayed as a list or as curves.

 

Standard accessories for all models include an anti-shock protective boot, 4 AA batteries, wrist strap, and user manual on CD. Optional accessories include a rechargeable battery pack/charger, NIST certificate, and carrying case. Optional Wahl thermocouple and RTD probes are also available.

Specs

TM602:

  • High accuracy: 0.02% of reading.
  • Very low-temperature coefficient: 15 ppm/°C in thermocouples.
  • Accuracy is maintained even in harsh environmental conditions.
  • Measurement of 14 thermocouples.
  • Display in °C, °F, mV, and Ohms
  • Data recording and Onscreen analysis.

TM612:

  • High accuracy: 0.02% of reading.
  • Very low-temperature coefficient: 10 ppm/°C in resistance.
  • Accuracy is maintained even in harsh environmental conditions.
  • Measurement of 12 RTD types.
  • Display in °C, °F, mV, and Ohms

TM630:

  • High accuracy: 0.02% of reading.
  • Very low-temperature coefficient: 15 ppm/°C in thermocouples and 10 ppm/°C in resistance.
  • Accuracy is maintained even in harsh environmental conditions.
  • Measurement of 14 thermocouples and 12 RTD types.
  • Display in °C, °F, mV, and Ohms
  • Data recording and Onscreen analysis.
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