Temperature measuring

• NTC 10

  NTC 10k is a thermistor element, with negative temperature coefficient. When temperature increses the resistance value decreases. Sensors nominal resistance is 10kΩ / 25 °C and accuracy ±0.25 °C / 25 °C.

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• NTC 20

  NTC 20k is a thermistor element, with negative temperature coefficient. When temperature increses the resistance value decreases. Sensors nominal resistance is 20kΩ / 25 °C and accuracy ±0.25 °C / 25 °C.

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• PT 100

  Pt 100 is a platinum element, with positive temperature coefficient. When temperature increses the resistance value increases. Sensors nominal resistance is 100 Ω / 0 °C and accuracy as a standard ±0.3 °C / 0 °C according to EN60751 B. Sensor elements resistance change is approx. 0.385 Ω / 1 °C. Other accuracy classes are available on request.

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• PT 1000

  Pt 1000 is a platinum element, with positive temperature coefficient. When temperature increses the resistance value increases. Sensors nominal resistance is 1000 Ω / 0 °C and accuracy as a standard ±0.3 °C / 0 °C according to EN60751 B. Sensor elements resistance change is approx. 3.85 Ω / 1 °C. Other accuracy classes are available on request.

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• NI 1000 LG

  Ni 1000 LG is a nickel element, with positive temperature coefficient. When temperature increses the resistance value increases. Sensors nominal resistance is 1000 Ω / 0 °C and accuracy as a standard ±0.4 °C / 0 °C.

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• NI 1000 (DIN)

  Ni 1000 is a nickel element, with positive temperature coefficient. When temperature increses the resistance value increases. Sensors nominal resistance is 1000 Ω / 0 °C and accuracy as a standard ±0.4 °C / 0 °C according to DIN43760. Other accuracy classes are available on request.

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• NTC 1.8

  NTC 1.8k is a thermistor element, with negative temperature coefficient. When temperature increses the resistance value decreases. Sensors nominal resistance is 1.8kΩ / 25 °C and accuracy ±0.3 °C / 25 °C.

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• KP 10

  KP 10 is a semiconductor sensor (LM335Z), which is suitable for example to Kieback&Peter systems. When temperature increases the sensors output voltage increases Sensors output voltage is 2.73 V / 0 °C. Output voltage alternates 10 mV / K.

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• Current transmitters

  2-wire current transmitter alternates Pt 100 sensors resistance change to a 4…20mA output. Current transmitters operating voltage is 12 - 35Vdc. The main advantage in our transmitters is the selectable measurement ranges during the commissioning. Transmitters are available with optional 0.1 degree resolution display.

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• Voltage transmitters

  3-wire voltage transmitter alternates Pt 100 sensors resistance change to a 0…10V output. Voltage transmitters operating voltage is 20 - 28Vac/dc. The main advantage in our transmitters is the selectable measurement ranges during the commissioning. Transmitters are available with optional 0.1 degree resolution display.

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• PTC 1000

  PTC 1000 is a thermistor element, with positive temperature coefficient. When temperature increses the resistance value increases. Sensors nominal resistance is 1000 Ω / 25 °C and accuracy ±1.3 °C / 25 °C.

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• Sensor characteristics

  From the following link, you will find the sensor characteristics of passive temperature sensors. Sensor characteristics

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• Sensor compatability

  From the following link you will find the compatability table between the temperature sensor elements and BMS manufacturers. Sensor compatability

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• TEHR-P order form

  Please fill in the following form on ordering TEHR-P sensors. You can fill in and print the form, but unfortunately it is not possible to send it directly through the internet. You can send the form by e-mail or fax. TEHR-P order form The form is in PDF-format, so in order to print it out or to view it, you will need Adobe® Acrobat®Reader or Adobe® Reader®. We recommend to use the latest version to ensure the proper functionality of the form.

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