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Power Relays, Over 2 Amps

Introduction:

T92P7A24-240 is a high power relay, designed for large current applications. It is typically used in motor system control, switching devices of power resistors, controlling current-limiting circuits, and general purpose switching applications with high load current requirements.

Application Field and Working Principle:

The T92P7A24-240 is suitable for high current applications, especially with loads greater than 2 amperes. It has an SPNO type contact structure, with a nominal contact current rating of 24 volts DC and a maximum contact current rating of 240 amperes. The contact closure is latch free, meaning that the contact will remain open once the coil is deactivated.

The contact closure works by Magnetically Latching Principle (MLP). When the controlled current passes through the coil, the coil generates a magnetic field, which attracts the armature and drives it into the contact closure. The Magnetic Latching Principle ensures that the contact is maintained after the coil is deactivated, even under extreme environmental conditions.

In addition, the T92P7A24-240 has a low electrical profile and high temperature resistance. It has a maximum operating temperature of 125°C, allowing for use in high temperature applications such as automotive or industrial applications. The contact closure is also designed to be noise-free to prevent any interference with surrounding electronics.

Features:

• Nominal contact current rating of 24VDC
• Maximum contact current rating of 240 Amps
• SPNO type contact structure
• Latch free contact closure
• Magnetically Latching Principle (MLP) for contact closure
• Low electrical profile
• High temperature resistance (maximum operating temperature of 125°C)
• Noise free contact

Conclusion:

The T92P7A24-240 is a relay, designed for high current applications such as motor control, switching of power resistors, and current-limiting circuits. It offers a number of features, including a low electrical profile, high temperature resistance, and latch free contact closure. In addition, it uses a Magnetically Latching Principle (MLP) for its contact closure, ensuring that it remains open even under extreme conditions. It is an ideal choice for large current applications, offering all the necessary features for reliable switching.

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