
Normally closed or opened Bimetal thermostat current breaker
Features:
1. Micro design, small size, easy to install;
2. Fast action bimetallic strip, fast action speed.
Voltage:
AC125V/18A; AC230V/13A; DC24V/18A
Parameters:
Tripping temperature range: 60 ℃ ~ 160 ℃
Temperature tolerance: ± 2 ℃; ± 3 ℃; ± 5 ℃; ± 8 ℃
The 9700 thermal protector uses a bimetallic strip of a special shape without an auxiliary mechanism. The state of the metal strip has a rapid change depending only on the metal strip's own temperature sensing and the current thermal reaction. It enables the contact to automatically cut off the power supply and connect the power supply. It will improve overheat protection and overload protection.
The 9700 thermal protector can be used for transformers; batteries; lighting appliances; washing machines; water pumps; power tools; electric heating pads; and household appliances.

As China Normally closed or opened Bimetal thermostat current breaker Suppliers and Custom Normally closed or opened Bimetal thermostat current breaker Company,The company has a strong ability to develop, produce, and test. We have invested a lot in researching and developing new products by introducing abroad new and advanced technology, such as the automatic production line from Japan. The management system is strictly carried out according to the ISO9001. Our vision is to pursue excellence, develop the Yitong brand, obey integrity, and meet the requests of the customers. Intensify the quality monitoring and management, and proceed with normalized and standardization management. Construct the company culture and strengthen the core competitiveness.

-
Temperature control always plays a vital role in modern industrial and daily electronic equipment. Overheating is often one of the root causes of equipment failure, shortened life and even safety accidents. For this reason, Temperature Swit...
-
In modern electrical systems, safety and reliability are the core goals of design and operation. In order to prevent equipment damage or even fire accidents caused by excessive current or long-term overload, thermal overload protector (Ther...