Defrost Temperature Switch + жгут термопредохранителей

Термовыключатель размораживания холодильника + кабель: The defrost thermostat detects the ambient temperature through a temperature sensor. These sensors convert the detected temperature values into electrical signals, which are then passed to the control circuit for processing. Temperature sensors generally use thermistors, thermocouples or infrared sensors, which can quickly and accurately detect and respond to changes in ambient temperature.

Control circuit processing: The control circuit is the core part of the defrost thermostat. It processes and judges the electrical signals transmitted from the temperature sensor. Based on the difference between the set temperature value and the actual detected temperature value, the control circuit starts or stops the heating or cooling equipment by controlling the actuator. The control circuit generally uses electronic components such as microprocessors or microcontrollers, which can process and judge temperature signals quickly and accurately.

The semi-automatic defrosting temperature controller is a set of semi-automatic defrosting device added to the ordinary type thermostat. These include defrost buttons, defrost balance springs, defrost temperature adjustment screws, defrost springs, and defrost control boards. This type of thermostat is mainly used in various direct-cooling refrigerators. On the one hand, the temperature in the box can be adjusted and controlled like ordinary thermostats; On the other hand, when the frost layer on the surface of the refrigerator hair dryer is too thick, it can be used for defrosting.

Custom Defrost Temperature Switch Wiring Harness

Особенность

– Slim
– With plastic casing can be completely waterproof
– Dual contact the contact, the contact resistance excellent.
– Get SEMKO, UL, CAS certification

specification
– Rated voltage and current 15A / 125В переменного тока
7.5А / 250В переменного тока
– Operating temperature range -20C- 150С
– The maximum service life 100,000 Cycle