10A Bi-Metal Thermal Switches and Overheating Protectors

10A Bi-Metal Overheating protectors are thermal switches devices that prevent overheating by shutting down power or cutting off electricity when a certain temperature is reached:

10A Bi-Metal Thermal Switches

10A Bi-Metal Overheating Protectors

10A Bi-Metal Thermal Protector

Bi-Metal Overheating protectors for Power supplies:
Use a circuit to monitor the internal temperature and shut down the power supply when it’s too high;

Bi-Metal Overheating protectors for Motors:
Thermal protectors are installed inside the motor to turn off electricity when the motor’s heat rises too high;

Bi-Metal Overheating protectors for Heating processes:
High temperature limit devices can cut power to heaters or temperature controllers if the temperature exceeds a set limit Circuits;

A overheating protector for a motor is a safety device designed to prevent overheating and potential damage to the motor. Its main purposes include:

Overheating Protection: The thermal switches senses the temperature of the motor. If the motor temperature exceeds a certain threshold, the overheating protector will automatically disconnect the power supply, preventing overheating that can cause damage to the motor’s windings and insulation.

Prolonging Motor Life: By preventing overheating, thermal switches help extend the lifespan of the motor. Repeated exposure to high temperatures can degrade the motor’s components, leading to premature failure.

Preventing Fire Hazards: Overheating motors can become fire hazards, especially in environments with flammable materials. A thermal switche helps reduce the risk of fire by shutting down the motor before it reaches dangerously high temperatures.

Ensuring Safe Operation: Bi-Metal thermal switches contribute to the overall safety of machinery and equipment by ensuring that motors do not operate under unsafe conditions. This is particularly important in industrial settings where motors are critical components of larger systems.

Minimizing Downtime and Maintenance Costs: By protecting the motor from overheating and potential damage, thermal switches can help reduce the frequency and severity of maintenance and repair activities. This minimizes downtime and lowers maintenance costs.

Complying with Safety Standards: Many industries have specific safety standards and regulations that require the use of Bi-Metal thermal protection devices for motors. Using thermal switches ensures compliance with these standards, which can be essential for legal and insurance purposes.

10A Bi-Metal Motor Temperature Switch

Motor overheat, overload thermal cut-off switch

Motor overheat protection switch

Product Description
17AMH Thermal protector / 17AMH Thermostat / 17AM temperature protector / instead of KLIXON 17AM thermal protector;
1. 17AMH thermostat’s Principle and structure 17AMH is an excess-current thermal protector with compact design, Quick and accurate action, we can rivet different types of leads according to customers’ requirements.
2. 17AMH thermal protector’s Specification;
2.1. Electrical Rating and Currents: AC-125V 15A; AC-250V 10A, DC-16V 20A;
2.2. Contact life cycles: AC-125V 15A, AC-250V 10A more than 10,000 Cycles; AC-125V 5A more than 100,000 Cycles;
2.3. Operating temperature range: 50-180°C;
2.4. Temperature tolerance: ±2°C±3°C±5°C;
2.5. Reset temperature: 10~45 degrees in off temperature decline.
2.6. Working times: Over 10000 times;
2.7.Code syste 17AM XXX A / B 5 A,B,C,D…..Z (17AMH): The number of product series (XXX): Trip off temperature in °C Code (A / B): A: Terminals in the same direction / B: Terminals in the opposite direction (5): OFF Temperature Tolerance Code (A, B, C, D…..Z): Different type of connecting wire;
2.8. Trip off temperature in °C Code Degrees °C Code Degrees °C Code Degrees °C Code Degrees °C Code 55°C 018 90°C 025 125°C 032 160°C 039 60°C 019 95°C 026 130°C 033 165°C 040 65°C 020 100°C 027 135°C 034 170°C 041 70°C 021 105°C 028 140°C 035 175°C 042 75°C 022 110°C 029 145°C 036 180°C 043 80°C 023 115°C 030 150°C 037 85°C 024 120°C 031 155°C 038 2.9. Product Drawing 3. 17AMH temperature protector’s Application 17AMH thermal protector is applicable to all kinds of Motor, commutator for fluorescent lamp, tansformer, Laminator, lamps and lighting, transformers, cover sealing machine & various of household appliances 4. 17AMH thermostat’s A/°C and A/T Graph: The product UL,CQC,VDE and RoHS certification approval.

Product Specification / Models
17AM thermal protector is applicable to all kinds of Motor, commutator for fluorescent lamp, tansformer, Laminator, lamps and lighting, transformers, cover sealing machine & various of household appliances.

17AM thermostat’s Principle and structure
17AM is an excess-current thermal protector with compact design, Quick and accurate action, we can rivet different types of leads according to customers’ requirements.

2. 17AM thermal protector’s Specification
2.1. Electrical Rating and Currents: AC-125V 15A; AC-250V 10A, DC-16V 20A;
2.2. Contact life cycles: AC-125V 15A, AC-250V 10A more than 10,000 Cycles; AC-125V 5A more than 100,000 Cycles;
2.3. Operating temperature range: 50-180°C;
2.4. Temperature tolerance: ±2°C±3°C±5°C;
2.5. Reset temperature: 10~45 degrees in off temperature decline.
2.6. Working times: Over 10000 times;
2.7. Code syste
17AM XXX A / B 5 A,B,C,D………..Z
(17AM): The number of product series;
(XXX): Trip off temperature in °C Code;
(A / B): A: Terminals in the same direction / B: Terminals in the opposite direction;
(5): OFF Temperature Tolerance Code;
(A, B, C, D………..Z): Different type of connecting wire;

2.8. Trip off temperature in °C Code