51CK010-150

51CK010-150 is a two-stage electronic thermostatic releaser that has versatile and practical application field. It is widely used in various engineering field, from hot water adjustment and temperature regulation, to direct heating recovery and temperature controllers. It has a wide range of re-energizing combinations and integration possibilities that make it suitable for many different applications.

The working principle of the 51CK010-150 is based on the thermal elements, consisting of a heating element and a thermistor. The heating element is a metal block with wires attached to it. It heats up when current is applied to it, and then the thermistor measures the temperature inside the metal block. The controller then uses this temperature information to determine how much current should be applied to the heating element to maintain the desired temperature setting.

The 51CK010-150 has a reference thermistor incorporated into its design, and this is used to control the temperature of the device. The reference thermistor is connected to the control circuit and the output is proportional to the ambient temperature. The control circuit then uses this information to determine how much current needs to be applied to the heating element in order to maintain the desired temperature setting. This makes the device highly efficient, since it is able to maintain a uniform temperature.

The 51CK010-150 also has a reset feature, which allows the device to reset itself in case of a power failure. This makes it useful in applications where reliability and accuracy are important. In addition, the device can also be programmed to perform different functions at different temperatures.

Overall, the 51CK010-150 is a reliable and versatile device that has a wide range of applications. It is suitable for controlling temperature in a variety of environments and is also capable of sustaining uniform temperatures. It is easy to install, program and maintain, and is an ideal choice for a variety of engineering applications.