Introduction

B12A06505AEDA0GE is a type of temperature sensor used to detect and monitor the temperature. It is a member of a group of temperature sensors called thermostats. This article will discuss the application field and working principle of B12A06505AEDA0GE temperature sensor.

Application Field

B12A06505AEDA0GE thermostats are mainly used in industrial and home automation applications, such as automatic temperature control systems. They can also be used in commercial applications, such as retail stores and warehouses, to ensure the desired temperature is maintained. The thermostats have high accuracy and precision, making them suitable for many different applications.

The thermostats are designed for easy installation and are compatible with a variety of existing temperature control systems. They can be connected to AC power or DC power as needed. The thermostats also come with a wide range of temperature ranges, from 0°C to 150°C. This makes them suitable for many different applications.

Working Principle

B12A06505AEDA0GE thermostats work on a simple principle. When the desired temperature is reached, the thermostat turns on or off the electrical circuit connected to it. This is accomplished through a mechanical switch. The switch is activated by the temperature changes in the environment as it is affected by external factors such as air temperature, air pressure, and relative humidity.

The thermostat can be adjusted to different temperatures. This is done by turning the temperature calibration knob on the device. The knob can be turned to select the desired temperature level. When the temperature levels in the environment reach the desired level, the thermostat will activate the electrical circuit. This action will either turn on or off the connected electrical device, depending on the temperature.

Conclusion

In conclusion, B12A06505AEDA0GE temperature sensor is a type of thermostat used to detect and monitor the temperature. They are mainly used in industrial and home automation applications, such as automatic temperature control systems. The working principle of the sensor is based on a mechanical switch that is activated by the temperature changes in the environment. The thermostat can be adjusted to different temperatures by turning a temperature calibration knob on the device.