C51AAA230A-205Y

Temperature Sensors - Thermostats - Mechanical

• C51AAA230A-205Y application field and working principle

C51AAA230A-205Y is a mechanical temperature sensor that is mainly used in the control of temperature sensitive circuit applications. The device consists of a thermistor and a metal base that is connected to a sensor. The sensor is then used to detect the temperature change in the environment and generate an electric signal voltage. The changing voltage is used to control the level of current that is transferred to the circuit.

The C51AAA230A-205Y is sensitive to temperature change when the temperature of the base metal is changed. It uses a concertina thermistor as a sensing element which contains two metal plates, one on each side of a ceramic disc. When the temperature of the metal plates changes, the resistance of the thermistor also changes. This resistance change is converted to a voltage change, which is then used to control the current transmission to the circuit.

The C51AAA230A-205Y has a wide temperature range and is able to detect temperatures up to 190F (88C). The device is also resistant to moisture and dust, but it is susceptible to mechanical shock which can affect its accuracy. It is important to note that its operating temperature should not exceed 175FA (79C) for reliable performance.

The C51AAA230A-205Y is a simple and reliable device for controlling temperature sensitive circuits. It has a wide range of application fields such as controlling air conditioning systems, climate control systems and other temperature sensitive applications. The device is relatively easy to use and its accuracy makes it an ideal choice for controlling temperature sensitive circuits.

Overall, C51AAA230A-205Y is a useful device for controlling temperature sensitive circuits and it is especially useful for controlling air conditioning and climate control systems. The device is easy to use, accurate and resistant to moisture and dirt, making it a valuable component for many temperature sensitive applications.