310600030158

Temperature Sensors - Thermostats - Mechanical

Temperature control is very important in controlling the environment around us, from regulating the temperature in a living space to regulating the temperature in the engine of a car. 310600030158 Mechanical thermostats are one way to control the temperature in a space. Mechanical thermostats work by measuring temperature from a bimetallic disc, a special disc that bent when heated and straighten when cold. When the temperature inside the unit reaches a set threshold, the bimetallic disc will cause the contacts of the system to open, which will then shut off power to a system or turn it on based on the set threshold.

The application field of 310600030158 mechanical thermostats is widespread. It can be found in almost all home appliances, including air conditioners, refrigerators, air pumps, and heating systems. It can also be used to regulate the temperature of car engines and other mechanical systems in industrial production, thus ensuring safe production operation. In addition, mechanical thermostats are also widely used in medical equipment, such as incubator monitoring, body temperature monitoring and so on.

The working principle of 310600030158 mechanical thermostats is relatively simple. When the bimetallic strips, which are made up of two sorts of metal with different thermal expansion coefficients that are bonded together, are exposed to the heat, the bimetallic strips expand due to the different expansion coefficients of the two sorts of metals, thus creating an opposite pressure which pushes the snap-acting member connected to the strip and create connection between the contacts, thus controlling the start and stop of systems. The 310600030158 thermostat is also designed with a pointer which points to a certain temperature readings on the scale, and these can be adjusted with the help of a plier or a resistor.

In conclusion, 310600030158 mechanical thermostats are widely used in many appliances, cars, and industrial systems, because of their simple working principle and ease of use. The pointer adjustment process of the device allows for precise temperature control, and it can be used for a variety of purposes, from household appliances to industrial production. It is a reliable and cost-effective way to ensure temperature precision and maintain a safe and comfortable environment.