AEM Oil/Water Temperature Sensor DTM-Style Kit. 1/8"NPT

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Temperature Sensor with 1/8" NPT Male Thread, High Performance DTM-Style Connector
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Barcode
840879024161
SKU
30-2013
84.00€ 67.74€
Temperature Sensor with 1/8" NPT Male Thread, High Performance DTM-Style Connector, Aluminum Bung, Connector and Pins.

Oil/Water Temperature Sensor DTM-Style Kit 1/8 NPT Male Thread Temperature Sensor, High Performance DTM-Style Connector, Aluminum Bung, Connector

Specifications

  • Accuracy: < 1.5°C / 2.7°F
  • Operating Temp: -20C to 150C / -4F to 302F
  • Resistive Range (Ω): See Instructions
  • Dissipation Constant: 12 mW/°C. The ratio, at a specified ambient temperature, of the change in the power dissipation of the sensor to the resultant temperature change of the thermistor. Test medium: silicone oil.
  • Thermal Time Constant: 10 sec. The time required for the sensor to achieve 63.2% of its steady state value when subjected to a step change in ambient temperature [Tc=(Tf-Ti)*63.2%+Ti]. Test medium: silicone oil.
  • Sensor Body Material: Brass
  • Thread: 1/8" NPT
  • Hex Size: 1/2"
  • Installation Torque: 13.5Nm / 10 ft-lbs
  • Weight: 10g
  • Electrical Termination: Weatherproof High Performance DTM-Style connector. Includes Mating Connector, Pins & Wire Seals
  • Includes: Water Temp Sensor High Performance DTM-Style, 1/8" NPT Alumium Bung, Mating Connector, Pins & Wire Seals
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Customer Questions
What is the accuracy of the Oil/Water Temperature Sensor DTM-Style Kit?
The accuracy of the sensor is less than 1.5°C / 2.7°F.
What is the operating temperature range of the sensor?
The operating temperature range is -20°C to 150°C / -4°F to 302°F.
What is the resistive range of the sensor?
Please refer to the instructions for the resistive range in ohms.
What is the dissipation constant of the sensor?
The dissipation constant is 12 mW/°C. It is the ratio of the change in power dissipation of the sensor to the resultant temperature change of the thermistor, tested with silicone oil as the medium.
What is the thermal time constant of the sensor?
The thermal time constant is 10 seconds. It is the time required for the sensor to achieve 63.2% of its steady state value when subjected to a step change in ambient temperature, tested with silicone oil as the medium.
What is the material of the sensor body?
The sensor body material is brass.