Intelligent temperature sensors with IO-Link.
 
 

 
 Compact design with optimised display.
  • Sensors with analogue and switching output available.
  • Communication via IO-Link specification 1.0.
  • Pt100 / Pt1000 evaluation unit with various combination possibilities.
  • Compact sensor with integrated temperature probe.
  • PNP / NPN switchable.
Evaluation unit - type TR
The versions of type TR allow the evaluation of Pt100 or Pt1000 sensors in temperature ranges between -40...300 °C.
Analogue, switching and IO-Link signals are generated in combination with a clearly visible 4-digit LED display. In combination with cable sensors, probe sensors or hygienic temperature sensors this allows a vast range of applications.

Compact sensors - type TN
The compact TN type units with an integrated probe are distinguished by excellent response times, high pressure resistance and adaptive process connections. Analogue, switching and IO-Link signals are generated being freely programmable between -40...150 °C.

Compact sensors type TN with integrated Pt1000 measuring element

Output function 1 x NO/NC programmable
TN2531 - Electronic temperature sensor, Communication interface: IO-Link 1.0
(COM2 slave, 38,4 kBaud), 4-digit alphanumeric display, Switching output, analogue output 4...20 mA or 0...10 V, IP 67, Ambient temperature -25...70 °C, Measuring range: -40...150 °C, M12 connector

Output function 2 x NO/NC programmable
TN7531 - Electronic temperature sensor, Communication interface: IO-Link 1.0
(COM2 slave, 38,4 kBaud), 4-digit alphanumeric display, 2 switching outputs, IP 67, Ambient temperature -25...70 °C, Measuring range: -40...150 °C, M12 connector

Evaluation unit type TR for connection of Pt100 / Pt1000 sensors

Output function 2 x NO/NC programmable
TR7432 - Evaluation unit for temperature sensors, Communication interface: IO-Link 1.0
(COM2 slave, 38,4 kBaud), 4-digit alphanumeric display, 2 switching outputs, IP 67, Ambient temperature -25...70 °C, Measuring range: -40...300 °C, M12 connector

For further information please refer to the current bulletin (pdf file 371 kB).