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6AM Constant Temperature Thermal Motor Protector

* Ultra thin design, Micro size; * Quick action, constant temperature type; * More than 100,000 times life cycle. 127V AC / 250V AC : 8A 12V DC / 24V DC :10A * More than 100,000 times life cycle. Graphene Heating Pad Curtain Motor CQC:19002221062 UL:E258612 The current passes through the housing…

Product Details:

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Special Features

* Ultra thin design, Micro size;

* Quick action, constant temperature type;

* More than 100,000 times life cycle.

Electrical Specifications

127V AC / 250V AC : 8A

12V DC / 24V DC :10A

* More than 100,000 times life cycle.

Temperature Range And Tolerance

 

Operating Temperature 50℃~180℃
Operating Temperature Tolerance ±3℃,±5℃

 

Application

Graphene Heating Pad

Curtain Motor

Certification:

CQC:19002221062

UL:E258612

Dimensional Drawings

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Working Principle:

The current passes through the housing terminal, the bimetal, and then the bottom terminal is connected to the electrical appliance (such as motor, transformer. Etc.) to form a loop. When the electrical appliance malfunctions and the ambient temperature is too high, the heat is transferred to the bimetal to achieve the corrected trip. The temperature causes the electrical contracts to be quickly disconnected from the circuit. When the temperature drops to the reset temperature, the bimetal resets and quickly closes the electrical contact connection circuit to continue the cycle.

FAQ

1. Are you factory?

Yes, we are factory of thermal protector & thermostat, everything is customized in our factory.

2. Why does the smaller size thermal protector have higher price?

Customers like to ask the question:” Why does the smaller size thermal protector have higher price?” It sounds that it does not make sense. In fact, there are some reasons:

A. For the small size thermal protector, all parts have to be more precise. It means that we need to use better manufacturing machineries. The equipment cost would be higher.

B. The yield rate of smaller size thermal protector is lower than common size. So, the final cost would be higher.

C. The material of small size thermal protector is different also. The material has to be more reliable. Accordingly, the price of raw material is higher.

D. For the small size thermal protector, we have to use different machineries and manufacturing process. Both the manufacturing cost and labor cost are much higher than common size.

Due to the above reasons, the final cost of smaller size thermal protector is higher than common size.

3. How to select the correct temperature of a thermal switch?

Since the current flowing through the bimetal of thermal switch would generate heat, the action temperature selection should consider the working current.

In our factory, we normally use a testing curve to identify the suitable temperature. The following curve is only an example for 17AME series thermal switch.

Because every thermal switch could use bimetals with different resistance, the curve would be different also.

 

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Contact Information

Company Name: Yangzhou Wuyue Electric Co.,Ltd

Address:Building D, Software Information Industrial Park, No.2 Huaijiang Avenue, Baoying County, Jiangsu Province, China

Contact: Lorena Qiao

Mobile: +86 153 6641 6606 / 189 2191 2633

Tel: +86 514 88986588

Fax:+86 514 8898 6599

Web: http://www.wuyuetech.com

http://https://wuyuecn.en.alibaba.com

Email: sales01@wuyuetech.com

 

 

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