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The use of the bimetal thermostat dates back several decades. This simple yet robust mechanical component allows an electrical circuit to be opened or closed once a defined temperature is reached. Most thermostats available on the market offer a standard…
A Remarkable First Experience Last week, EOZ participated for the first time in the Global Industrie trade fair, a key event for professionals in the industrial sector. This first experience gave us the opportunity to showcase our innovative solutions and…
In industrial, defense, aerospace, and other demanding environments, component reliability is crucial. When it comes to managing weak signals or low-intensity loads, the choice of contact materials plays a decisive role in long-term performance. In this context, the gold-contact bimetallic…
Why talk about energy efficiency today ? Totally passive, our thermostats use no electrical power. Their mechanical operation makes them energy-neutral, extremely reliable and particularly well-suited to energy optimization strategies. In an increasingly critical environmental context, it is becoming essential…
It's essential to understand the difference between a bimetal thermostat and a conventional temperature sensor. A bimetallic thermostat is a switching device consisting of two metal strips that react differently to temperature variations. Operating without electronics, this system stands out…
In the field of temperature sensors, hysteresis is the difference in behavior of a system as a function of temperature variation. It plays a crucial role, particularly in the operation of bimetal thermostats, Heito's flagship products. Understanding hysteresis helps optimize…
The bimetallic blade is an essential device for detecting abnormal temperature variations in a variety of heating, ventilation and refrigeration appliances and systems. Its principle is based on the use of two metals with different coefficients of thermal expansion, hence…