Temperature sensors

Temperature sensors and transmitters convert the temperature of a liquid, gas or surface into a standard signal. DWIN supplies general-purpose temperature transmitters, probes for heat pumps and HVAC, and battery-powered wireless temperature and humidity sensors.

5 models

Compare Temperature sensors

Key figures for each model. Open a model for the full table.
ModelProtectionAccuracyOutputSupply voltage
CS-iBHT-01
Bluetooth Temperature and Humidity Sensor, Wall Mounted
IP30±0.2°C (@25°C)Bluetooth 5.1AA×2, 3V DC
CS-iWPT302-T
Bluetooth Temperature Transmitter, Pipeline and Tank
IP65±1°C (typical values)
CS-TS
NTC Temperature Sensor, Heat Pump, Copper Immersion Tube
IP67
CS-TT05
Temperature Transmitter, -100 to 60°C, Pipe Outer Hoop
±2°C3-wire4–20mA8–30VDC
CS-WPT400
Level and Temperature Transmitter, Platinum Sensor
IP684–20mA10VDC~30VDC

How it works

A platinum resistance element (such as a Pt100 or Pt1000) or an NTC thermistor changes resistance with temperature. The transmitter linearises and compensates that change and outputs it as 4 to 20 mA, a voltage, RS485 or a wireless message.

How to choose

  • Sensing element and range: Pt100, Pt1000 or NTC
  • Probe length, diameter and process connection
  • Output: 4 to 20 mA, RS485, or Bluetooth and other wireless links
  • Response time and ingress protection for the medium

Frequently asked questions

Pt100 or NTC temperature sensor?

A Pt100 is linear, interchangeable and accurate over a wide range, which suits industrial measurement. An NTC thermistor is cheaper and more sensitive over a narrow range, which suits HVAC and appliances.