The 17AM series temperature controller is a temperature sensing, current sensitive, and resettable temperature controller. When the ambient temperature reaches its set operating temperature, the bimetallic sheet jumps and the moving contacts on the bimetallic sheet detach from the static contacts on the bottom plate, thereby disconnecting the circuit and providing over temperature protection.

The 17AM-X heating wire protector is a protective device that provides triple protection of temperature, current, and time. It can accurately control the damage caused by motor stalling or excessive current to the motor. This product uses bimetallic materials with good conductivity to ensure that it can withstand the requirements of normal circuit currents. The combination of bimetallic sheets and electric heating wires has fast tripping ability, which can accurately control the tripping time and prevent motor burnout caused by high coil temperature.

7AM/8CM is a type of protector for overheating and overcurrent. Its small size and fast tripping action can be widely used in low-power electric motors, fluorescent lamp ballasts, lighting fixtures, transformers, automotive motors, and daily household appliances.

The operating principle of the 6AM series is consistent with that of the 17AM, automatically disconnecting or connecting the circuit according to the external temperature situation, providing simple and effective protection functions for the device. 6AM+PTC products are more suitable for power outage reset applications, providing customers with better safety protection.

The 6AP&3MP current temperature dual protector is a protective element that has both overcurrent and temperature sensing dual protection functions. It can accurately control the damage to the motor caused by motor stalling or excessive current. 6AP is widely used in window elevators, adjustment motors, wipers, door locks, and various other applications. 3MP is widely used in household motors such as washing machines, dishwashers, dryers, vacuum cleaners, as well as various industrial motors of 120 and 250 Vac.

The KW structure design is simple, with a square shaped bimetallic plate as the temperature sensing element. When the temperature rises to a certain value, the bimetallic plate jumps suddenly, and the transmission contact quickly moves to disconnect the circuit. When the temperature drops to a certain value, the bimetallic sheet resets and the contact also returns to its original state, achieving the purpose of making and breaking the circuit. The bimetallic material itself does not flow and can be applied in high-power circuits.