Working Principle Of Heavy-duty Connector
As a unique and common problem, electric flashover causes significant damage to heavy duty 2 pin connector, especially to the frequently used heavy duty connector 16 pin. Currently, the anti-vibration methods for heavy duty connector 5 pin can be summarized as follows:
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Turn off the heavy duty connector 6 pin power supply, delaying the relay and motor restart. Based on the clock frequency correlation, the main contacts of the AC contactor are pulled back into the service platform after shaking (disconnecting during shaking), thus completing the motor restart.
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By applying energy storage technology, the delay element provides kinetic energy to the electromagnetic coil of the AC contactor again, ensuring that the adsorption force of the heavy duty electrical contacts serves the platform. This heavy duty industrial connector anti-vibration level classification method has drawbacks such as inconvenient selection and limited selection categories, improving the diversity of the main road.
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The delay locking device converts the AC contactor's electromagnetic coil to a low-power form and maintains the heavy duty male female connector connection state according to the locking device. During shaking, the AC contactor's main connector remains open; after normal shutdown, the main connector disconnects.
