Thermostats
Electromechanical thermostats and hygrostats for control cabinets
Our electromechanical thermostats and hygrostats ensure safe and energy-efficient climate control for control cabinets and enclosures. They precisely regulate temperature and humidity, thereby protecting sensitive electronics from condensation, corrosion, overheating, and freezing.
Control cabinet temperature controller for reliable system operation
A control cabinet temperature controller monitors the internal temperature and activates heaters, fans, or cooling units based on the setpoint. This keeps the climate inside the control cabinet within a defined range, which reduces downtime, extends the service life of components, and improves the availability of your system.
How Electromechanical Thermostats Work
Electromechanical thermostats typically use bimetal technology or capillary sensors and activate a normally open, normally closed, or changeover contact when the set points are reached. This robust technology is resistant to interference, requires no auxiliary power, and is ideally suited for continuous industrial use in control cabinets.
A wide range of options for every application
Our product range includes electromechanical thermostats available as single thermostats, dual thermostats, and in combination with hygrostats, featuring various switching ranges and contact types. This allows control panel temperature controllers to be optimally matched to heaters, filter fans, heat exchangers, and other components, and seamlessly integrated into existing HVAC systems.
Do you have questions about our thermostats? Our experts will be happy to advise you.
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Frequently Asked Questions
How accurately do electromechanical thermostats regulate?
They operate with a defined switching hysteresis, ensuring that switching operations are stable and reliable. For many applications, this level of accuracy is entirely sufficient.
For which applications are electromechanical hygrostats suitable?
They are used to activate heating or dehumidification when humidity rises. This effectively reduces condensation buildup in the control cabinet.
What should I keep in mind during installation?
Install the device so that it measures the typical temperature and humidity inside the control cabinet. Avoid placing it in close proximity to strong heat sources or drafts.