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Power Relays, Over 2 Amps

Power relays are electronic components that are primarily used to control electrical circuits. There is a wide variety of relays that are available in the market and some have specialized applications. The 2960135 relay is a power relay that is designed for applications that require power of over two amps.

Applications of the 2960135 relay

The 2960135 power relay is primarily used in applications that require power output beyond two amps. It is significant because it is designed to provide up to three amps of output power. Some of the common applications for it include motor controls, industrial and home appliance controls, lighting controls, and various motor control applications. The 2960135 power relay is also suitable for use in other applications where the power output does not exceed three amps.

Working Principle of the 2960135 Relay

The 2960135 power relay follows the same principle of operation found in all types of relays. It works by allowing the flow of electrons to be switched on and off. This is accomplished through a switching device that is controlled by an electromagnet. When the magnet is activated, the relay switch opens and closes depending on the direction of current flow.

Theoretically, when a current is applied to the relay it induces a magnetic field in the coil of the electromagnet. The strength of the field depends upon the current. When sufficient current is applied to activate the magnet, an armature in the relay is would be pulled towards the magnet and this action causes the contacts of the relay to open or close, depending upon the polarity of the current.

Conclusion

The 2960135 power relay is a versatile and reliable component that is designed for various applications such as motor controls, industrial and home appliance controls, and lighting controls. It has the capacity to deliver up to three amps of output power. The relay works in accordance with the same principle of contemporary relays, where an electromagnet is activated and the armature moves to open or close contacts depending on the direction of current flow.

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