Omron
Temperature Controllers
Industrial temperature controllers and thermostats provide precise thermal control of your processes, furnaces, ovens and cooling circuits.
By constantly comparing the programmed setpoint with the value measured by a sensor (Pt100, thermocouple), they control heating or cooling devices via relay, PID or analog outputs, as with Jumo, Omron, Trovis or Eliwell models.
Discover our selection of new, refurbished or obsolete compact controllers, PID controllers and electronic thermostats to keep your installations thermally stable.
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Why buy/repair from 2Tech rather than replacing with new?
Guaranteed compatibility
Save up to 70%
Controlled lead times
The advantages
- Independence vs. manufacturer
- 15 specialized technicians
- Component-level repair
- CSR approach to combat obsolescence
FAQ
A PID (Proportional, Integral, Derivative) controller dynamically adjusts heating or cooling power according to the difference between the setpoint and the actual temperature. This prevents temperature overshoot, reduces oscillation and ensures extremely stable temperature control of your industrial processes.
Faults most often show up as drift in the displayed value (input calibration fault), control outputs that don't switch (stuck relay or failed optocoupler), open-loop error messages (sensor break) or a blank digital display.
Yes, workshop electronic repair restores your specific controllers (replacement of wear relays, the internal power board or displays). If replacement is needed, an equivalent controller can also be adapted by configuring the right sensor type (PT100, J/K thermocouple) and measuring range.
Every overhauled controller is connected to a calibration bench simulating sensor resistance and voltage variations. We validate input measurement accuracy, clean switching of the output relays, correct behaviour of the PID control loop and display legibility.
A PID (Proportional, Integral, Derivative) controller dynamically adjusts heating or cooling power according to the difference between the setpoint and the actual temperature. This prevents temperature overshoot, reduces oscillation and ensures extremely stable temperature control of your industrial processes.
Faults most often show up as drift in the displayed value (input calibration fault), control outputs that don't switch (stuck relay or failed optocoupler), open-loop error messages (sensor break) or a blank digital display.
Yes, workshop electronic repair restores your specific controllers (replacement of wear relays, the internal power board or displays). If replacement is needed, an equivalent controller can also be adapted by configuring the right sensor type (PT100, J/K thermocouple) and measuring range.
Every overhauled controller is connected to a calibration bench simulating sensor resistance and voltage variations. We validate input measurement accuracy, clean switching of the output relays, correct behaviour of the PID control loop and display legibility.