Adjustable KST Bimetallic Thermostatis a kind of composite metal, which is generally composed of two or more layers of metals or alloys with different expansion coefficients that are firmly compounded along the entire contact surface. Its working principle is that when the temperature changes, the shape of the hot bimetal will change, so that the KST thermostat can control the temperature jump and recovery well.
Basic Structure of Adjustable KST Bimetallic Thermostat:
The temperature control switch includes a body support, and also includes a cam temperature adjustment shaft, a positioning spring, a housing, a porcelain column, and the housing is riveted to the body support.
KST thermostat has a wide range of applications and can be used in: soymilk machine, electric heater, decoction pot, disinfection cabinet, coffee stove, electric fryer, toaster, electronic control switch components for electric appliances such as water heaters, water dispensers, electric water bottles, light wave stoves, etc.
KST Thermostat made by Jaye can be Customization:
1. The structure and size of the mounting plate can be changed according to the actual use of the customer.
2. The screw terminals can be used according to the customers’ requirements, and the position of the terminals can also be changed according to the actual use.
3. The temp. Can be customized on customers’ requirements: 0-250℃
Precautions for Adjustable KST Bimetallic Thermostat:
During installation, the physical conditions of the thermostat, such as ceramics and bimetallic sheets, shall not be affected by external forces and remain the same;
The temperature controller shall be stored in strict accordance with the requirements of stacking layers, as well as the details affecting product quality such as dust prevention and moisture-proof;
If the customer needs to adjust the temperature setting value, adjust the fine adjustment screw in the screw of the thermostat. When the screw is turned counterclockwise, the temperature setting value will increase, otherwise it will decrease