9565

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9565 is a type of residual current device (RCD), which is also commonly known as a ground fault circuit interrupter (GFCI). It is designed to detect large unexpected current flows in the event of a wiring fault or failure, and will automatically trip the circuit to prevent further damage or injury. The device works by monitoring the flow of current through the circuit, and if the current exceeds the set threshold, it will automatically break the circuit.

The 9565 RCD is typically used in applications where safety is paramount, such as in domestic and industrial settings, where it can increase the safety of workers by reducing the risk of contact with live electrical parts. It can also be used in hazardous areas such as bathrooms or swimming pools, as it can detect the presence of large currents, and reduce the risk of electrocution. The 9565 RCD can also be used in motor control circuits, in order to protect machinery from short circuits and accidental power spikes.

The 9565 RCD is designed to have a wide range of working current values, allowing it to be used in a wide variety of applications where the required current protection is known. The current sensing element of the device is typically a heavy-duty bimetallic strip that carries the load through its centre. The bimetallic strip is heated by the current passing through it, and when the current exceeds the setting limit, the strip bends, breaking the circuit.

The 9565 RCD also includes a timer to reset the device after it trips. This is designed to reset the device quickly in the event of a momentary overload or fault, but allows it to remain disconnected for longer periods of time in the case of a sustained overload. This ensures that the device is working correctly, and will prevent nuisance tripping.

The 9565 RCD is easy to install in most applications, and requires minimal maintenance. It is also generally very reliable and can provide reliable protection for years. It is highly recommended for use in domestic and industrial settings, in order to protect workers from electric shocks and damage to equipment.

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