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Details Defrost Thermostats / Moisture Resistant Bimetal Control
Moisture Resistant Bimetal Control Specifications ●Maximum calibration temperature 300°F (149°C) ●Nominal differential 10°F (5.5°C) –80°F(28°C) ●UL / CSA agency ratings 120V/10amps/100,000 cycles– 240V/5amps/100,000 cycles Moisture Resistant Bimetal Control Features & Benefits ●Single pole, single throw or single pole, double throw ●Contacts open or close on temperature rise ●Surface mount and multiple tube mounting configurations ●Wide variety of lead wire options available ●Conical or gold contacts available ●With temperature protect thermal cut off. ●Easy to install at the small or narrow space. ●Slim shape-Small size with high contacting capacitance. ●Available waterproof & dust-proof types with welding vinyl tube on the parts. Back If this product Not the products you want: Mail , Or click here Post a buy information about product to us. |
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The defrost auto reset bimetallic control / Moisture Resistant Temperature Control from LANCOR offers proven reliability in a moisture resistant design. A defrost thermostat is a device that limits how much heat is applied to the defrost heaters typically found in refrigeration units. They allow current to flow when they reach a certain low (cut-in) temperature. During the defrost cycle, they in-turn pass current to the defrost heaters. When the heaters cause the evaporator coils to reach a certain (cut-off) temperature, the moisture resistant thermostat cuts-out and stops the current flow to the defrost heaters. The snap-action of the bi-metal disc provides high-speed contact separation resulting in excellent life cycle characteristics at electrical loads up to 10 amps at 120VAC and 5 amps at 250VAC. The sealed design provides moisture resistance for moisture prone environments. A wide variety of terminal, lead wire and mounting configurations are available to provide maximum design flexibility. The defrost thermostats are the most popular and widely applied temperature control in refrigeration applications such as defrost termination and ice cube maker control. It is also applied in a range of heat pump and air conditioning applications. This action protects the refrigerator and the consumer from hazardous conditions and unnecessary power usage. Defrost thermostats fail often due to the large temperature swings that they are subject to. 
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