Description:
A 5 Pin Relay Socket is the ideal way to connect standard ISO relays. The molded base is made of durable plastic.
The 5 pin Relay Socket is the ideal way to connect standard ISO relays. The molded base is made of durable plastic and is compatible with most change over relays. It is designed for a variety of projects and features five 16-pin connectors. It is ideal for most projects that need high current output, including high power LED off road bars. In addition, this versatile product has a crimping tool for added safety and security.
5 Pin Relay Switches
A 5 pin relay switches power from one circuit to another using two pins. Because of this, the socket is also known as a bidirectional relay, as it is able to control power from one circuit to the other. It uses two pins to control the coil, and the other two pins are used for switching between the two circuits. The socket also eliminates the need to remove multiple connectors from the device.
A 5 pin Relay Socket is a universal relay that can be mounted anywhere in a car. A 10A SPDT relay is best suited for cars, but it can also be used for boats, trucks, and marine applications. The 10A SPDT relay is also available with heavy-duty feeder wires. As a result, a 10A SPDT relay is suitable for boats and trucks.
Different types of relays and their working principles
As the relay makes sure the protection of the circuit does not let any damage take place. Every relay comprises three crucial components and those are calculated, comparing, and controlling components. The calculated component knows the variation in the actual measurement and the comparing component evaluates the actual amount with that of a pre chosen relay. And the controlling component handles quick variation in the measured capacity like the closing of the current functional circuit.
DC vs AC Relays
The AC and DC relays work on electromagnetic induction, but they are constructed and designed differently, each depending on the application for which these relays are selected.
Attraction type electromagnetic relays
These relays can work with both AC and DC supply and attract a metal bar when power is supplied to the coil. This can be a plunger being drawn to the solenoid or an amature being attracted to the poles of an electromagnet. These relays don’t have any time delays.
Induction type relays
These are used as protective relays in AC systems alone and are usable with DC systems. The actuating force for contact movement is developed by a moving conductor that may be a disc or a cup, through the interaction of electromagnetic fluxes due to fault currents.
Magnetic Latching Relays
These relays use a permanent magnet or parts with a high remittance to remain the armature at the same point as the coil is electrified when the coil power source is taken away. A latching relay consists of a minimal metal strip where it turns in between the two edges.
Conclusion
Different types of relays, and most specifically about 5 pin relays and their working principle.
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