Thermocont® TS4S – successor of Thermocont® TS – available soon

Advantages

  • Wide range of applications
  • Wide process temperature range –99,9°C to +500°C
  • High process pressure tightness up to 100 bar
  • Wide variety of process connections
  • High protection class IP65 / IP67
  • Wide environmental temperature range –40°C to +85°C
  • Long term stable temperature sensor platinum Pt100 class A – DIN EN60751
  • Increased process safety and cost saving by self-supervising measuring system
  • High accuracy – characteristic deviation ≤ 0,5% of measuring range
  • Integrated evaluation electronic: Digital display, function LED’s, keyboard / 2x PNP switch output / 1x current output 4…20mA / Connector plug M12
  • High operating comfort: enclosure and display rotatable for optimal operability in each installation position
  • Robust high brightness LED display for best readability
  • 3-key operation without additional assistance with tactile feedback

Application

The devices of the series Thermocont® TS4 with integrated digital evaluation electronic are compact temperature switches for monitoring, regulation and continuous measuring process temperatures from -99,9°C to +500°C in gases, steams, liquids and dusts in all industrial application fields at process pressures of up to 60 bar.

Suitable for general applications in

  • Machinery and plant engineering
    • Air-conditioning and refrigeration plant engineering
    • Hydraulic and pneumatic systems
    • Process industry
    • Environmental technology

Function description

At the single channel temperature switch Thermocont® TS4S the recording of the process temperature is made by a resistive temperature sensor element Pt100 of class A.
This allows a precise and long term stable temperature measurement.

At the dual channel temperature switch Thermocont® TS4D the recording of the process temperature is made in parallel by a resistive temperature sensor element Pt100 of class A and also by a semiconductor temperature sensor KTY.
Because of the parallel measurement with two different thermal coupled sensor elements (Pt100 and KTY) the temperature switch detects drifts of one sensor and errors at the temperature measurement automatically with high safety.
At the failure of one of the two sensor elements the temperature measurement can be also continued with the second element, what realizes a redundancy function.

The recorded temperature of the respective temperature sensor is transformed into an electrical signal that is recorded and processed in high resolution by a processor.

The PNP switching output resp. outputs are driven according to the respective settings.
When using the analogue signal current output the recorded temperature signal is adjusted according to the settings and transformed into a high resolution output signal of 4…20mA.

By 3 sensor keys and the four digit LED display all settings for the pnp output resp. outputs,the display and also the analogue output can be set resp. adjusted.

 

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