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For temperature management and safety of the product, we ensure satisfaction in quality, delivery time, and price.
Thermostat with a thickness of 3.2mm, for preventing overheating of motor windings, printed circuit board overheating prevention and temperature management.
This is a thin bimetal thermostat with a thickness of 3.6 mm.
<Thermostat> Ultra-thin 3.6mm bimetal thermostat. For temperature control and temperature overheat prevention. Being thin, it is an easy-to-handle thermostat for installation and other uses. In addition to the lead wire type, there is also a terminal type thermostat for board mounting.
This is a manual reset type general-purpose bimetal thermostat model 05. We have several types of contacts with different ratings available.
<Thermostat> This is a manual reset bimetal thermostat that can be used for temperature overheat prevention and other applications. It can be used independently or as an additional safety control switch for electronic control systems, making it versatile. It is a type of thermostat that requires pressing a button for manual reset. Since it can be used on its own, it is a cost-effective temperature control switch.
Ideal for safety switches requiring thermal responsiveness at high temperatures! Introducing bimetal thermostats.
The bimetal thermostat "CB-3" that we handle is developed as a one-shot thermo with a size comparable to a temperature fuse and features high-speed thermal response. In particular, it demonstrates excellent thermal response in contact-type thermostats and is a highly reliable safety switch. It is used as a one-shot thermo in OA equipment, gas appliances, and general household appliances. 【Features】 ■ Exhibits excellent thermal response in contact-type thermostats ■ Highly reliable safety switch ■ Suitable for safety switches requiring thermal response at high temperatures *For more details, please refer to the PDF materials or feel free to contact us.
Temperature control can be easily managed.
It has an optimal structure for preventing overheating.
