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How do defrost heaters work For refrigerator?
Defrost heaters in refrigerators are essential components that prevent frost buildup on the evaporator coils, ensuring efficient cooling and maintaining consistent temperature performance. Here’s how they work: 1. Location and Integration Defrost heaters are typically located near or attach...Read more -
What is a Defrost Heater?
A defrost heater is a component located within the freezer section of a refrigerator. Its primary function is to melt the frost that accumulates on the evaporator coils, ensuring the efficient operation of the cooling system. When frost builds up on these coils, it hampers the refrigerator’s abil...Read more -
Thermal Cutoffs and Thermal Fuses
Thermal cutoffs and thermal protectors are nonresetting, thermally-sensitive devices that are designed to protect electrical appliances and industrial equipment from fire. They are sometimes called thermal one-shot fuses. When ambient temperature is increased to an abnormal level, the thermal cut...Read more -
KSD301 thermostat working principle
Operation Principle KSD301 snap action thermostat series is a small-size bimetal thermostat series with a metal cap，which belongs to thermal relays’family．The main principle is that one function of bimetal discs ls snap action under the change of sensing temperature．The snap action of disc can...Read more -
Thermal protector
Features of Structure Regard the double-metal Belt imported from Japan as temperature sensible object, which can quickly sense the temperature, and act quickly without drawn-arc. The design is free from thermal effect of current, providing accurate temperature, long service life and low internal ...Read more -
Capillary Thermostat
The volume of the material in the temperature sensing part of temperature controller will inflate or deflate when the temperature of the controlled object varies, which causes the film box that is connected to the temperature sensing part inflating or deflating, then drives the switch on or off t...Read more -
Twinkling Thermostat
Twinkling thermostat can be installes and fixed on the heating body or shelf through rivets or aluminum board.Through conduction and radiation ,it can sense the temperature.The installing position is free,and it has fine temperature controlling result and little magnetic interference.The compensa...Read more -
What is Thermal Protection?
What is Thermal Protection? Thermal protection is a method of detecting over-temperature conditions and disconnecting the power to the electronic circuits. The protection prevents fires or damage to electronics components, which may arise due to the excess heat in the power supplies or other equi...Read more -
Snap-Action Thermostat
KSD series is a Small-sized bimetal thermostat with a metal cap,which belongs to thermal relays family .The main principle is that one function of bimetal discs is snap action under the change of sensing temperature, The snap action of disc push the action of the contacts through the inside struc...Read more -
Symptoms of a Bad Refrigerator Thermostat
Symptoms of a Bad Refrigerator Thermostat When it comes to appliances, the fridge gets taken for granted until things start to go wonky. There’s a lot going on in a fridge — components aplenty can all affect performance, like the coolant, condenser coils, door seals, the thermostat and even...Read more -
How Does a Heating Element Work?
How Does a Heating Element Work? Have you ever wondered how your electric heater, toaster, or hair dryer produces heat? The answer lies in a device called a heating element, which converts electrical energy into heat through the process of resistance. In this blog post, we will explain what a hea...Read more -
Immersion Heater Not Working – Find Out Why and What to Do
Immersion Heater Not Working – Find Out Why and What to Do An immersion heater is an electric device that heats water in a tank or cylinder by using a heating element that is immersed in the water. it powered by electricity and have their own thermostat to control the temperature of the water. Im...Read more