Normally Closed (NC) and Normally Open (NO). Both Normal Closed (i.e. connection is made until rated temperature at which point it is broken) . Application for household electric appliances, PC, microwave ovens, Irons, refrigerators, electronic oven, heating unit, coffeepot, water heater, and many more. When temperature increases to the set value, the contacts would open and cut the circuit OFF.
Once the surface reaches 1degrees Fahrenheit the the switch opens.
This switch can be used for general appliances used in the home such as fans, Computers, TVs, etc.
Difference between normally open and normally close thermal switch, manufactured by Yangzhou Wuyue Electric Co.
Designed to protect electrical devices in the . Full range of normally open resettable RoHS compliant bimetallic switches ( thermal cut outs), holding VDE approvals. SPST, normally open above 95ºF, closed below 95ºF. IN STOCK - MORE THAN 1READY TO SHIP!
NC( Normal Closed), 30- 1Celsius Degree, Terminals, 73mm length Probe. About of these are other electronic components, are other home appliance parts, and are push button switches. A wide variety of thermal switch normally open options are available to you, such as free samples, paid samples. These are suitable for power amplifier applications and other temperature sensitive . All of them are normally closed. It is made up of PPS case, silver alloy contacts and . Free delivery on eligible orders of £or more.
Thermal Switches and Thermal Protectors . UL Approved up to 2VAC and AMP resistive load. Rated for environmental conditions up to 350°F. FREE DELIVERY possible on eligible purchases. The switching temperature cannot be adjusted.
The bimetal disc carries no current, and this eliminates the possibility of arcing. They operate by an electrical control system and optional controls. The reset switching temperature is typically 15.
K below the switching temperature. Temperature switch 100W, type insulated return, normally . The model TFSbimetal temperature switch can be delivered in two contact designs.
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