Cable sensors for temperature measurement are used inheating, ventilation and air conditioning systems as well asfor process control.
Several types of sensing elements such as Pt100, Pt1000, NTC or Ni1000 are available. The an innovative star pressing of the sensor sleeve provides a high protection class IP67 / NEMA 4. All product-specific information is printed all along the cable.
- EE461 - Cable Temperature Sensor
- EE462 - Cable High-Temperature Sensor
- EE432 - Cable Temperature Sensor with Flange
- High protection class
- Cable labeling
- Various sensing elements and cable lengths
- 2 or 4 wire connection
- Building automation
- Process and climate control
-30...105 °C (-22...221 °F)Operating temperature - EE461 / EE432
0...350 °C (32...662 °F)Operating temperature - EE462 - Glass fiber
-20...260 °C (-4...500 °F)Operating temperature - EE462 - PTFE
-60...180 °C (-76...356 °F)Operating temperature - EE462 - Silicone
IP67 / NEMA 4Protection class
typ. > 100 MΩ at 20 °C (68 °F)Insulation resistance
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EE461 Datasheet(701.1 kb)
EE462 Datasheet(677.38 kb)
EE432 Datasheet(412.73 kb)
EE-PCA Product Configuration Adapter(790.77 kb)
Duct / Immersion Temperature Sensor
Reliable measurement in air and liquids. IP65/NEMA 4 enclosure, analogue or passive output, Modbus RTU or BACnet MS/TP.
Strap-on Temperature Sensor
Reliable measurement on round ducts and pipes. IP65/NEMA 4 enclosure, analogue or passive output, Modbus RTU or BACnet MS/TP.
Wall Mounted Temperature Sensor for Indoor and Outdoor
Reliable measurement indoors and outdoors. IP65/NEMA 4 enclosure, analogue or passive output, Modbus RTU or BACnet MS/TP.
Temperature Sensor with Remote Probe
Reliable measurement in applications with space restrictions. IP65/NEMA 4 enclosure, analogue or passive output, Modbus RTU or BACnet MS/TP.
Room Temperature Sensor
Analog, Modbus, BACnet or passive output in an elegant, easy to install enclosure. Ideal for residential and commercial building automation.
What is the difference between a 2 wire and a 3 wire current output?
Transmitter with "two-wires" technology receive the power from the process, and the signal is carry on return wire (closed current loop). With technology "three-wires" the power supply is separate from current output: 2 wires are the power supply and third carry the signal.