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24 volt 10 amp 6 pin relay

6 pin relay 24 volt 10 amp

Category: Electrical

Electrical device and equipment


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Nrs. 3000
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A 6-pin relay is a type of electromechanical switch that consists of six pins for connection. Here's a breakdown of the typical pin configuration and details for a 6-pin relay rated for 24 volts and 10 amps:
### Pin Configuration:1. **Coil Pins (2 Pins):**

These pins are used to connect the coil of the relay, which generates the magnetic field necessary to actuate the switch contacts.
    - **Coil Positive (+):** Typically marked as "Coil +", this pin connects to the positive terminal of the power source.
    - **Coil Negative (-):** Typically marked as "Coil -" or "Coil GND", this pin connects to the negative terminal of the power source.

2. **Normally Open (NO) Contacts (2 Pins):**

These pins are the switch contacts that are open when the relay is not energized (de-energized state).
    - **NO Pin 1:** This pin is one of the connections for the normally open (NO) contact.
    - **NO Pin 2:** This pin is the other connection for the normally open (NO) contact.

3. **Common (COM) Contact (1 Pin):**

This pin is the common connection for the relay's switch contacts.
    - **COM Pin:** This pin connects to one side of the load (device) that the relay controls.

4. **Normally Closed (NC) Contact (1 Pin):**

This pin is the switch contact that is closed when the relay is not energized (de-energized state).

- **NC Pin:**

This pin connects to the normally closed (NC) contact and is typically connected to the COM pin when the relay is not energized.

### Specifications:

- **Voltage Rating:** 24 volts DC (Direct Current)
- **Current Rating:** 10 amps
- **Switching Type:** Single Pole Single Throw (SPST)
- **Contact Form:** 1 Form A (Normally Open)
- **Coil Voltage:** 24 volts DC
- **Coil Resistance:** The resistance of the coil determines the amount of current required to energize the relay coil. It varies depending on the specific relay model.

### Applications:

- Control of various electrical devices and circuits in automotive, industrial, and consumer applications.
- Remote switching and control of lights, motors, valves, pumps, and other electrical loads.
- Automation and process control systems.
- Automotive applications such as in vehicle lighting systems, horns, and accessories.

When using a relay, it's essential to ensure that the coil voltage, current rating, and contact configuration match the requirements of the application to ensure safe and reliable operation. Additionally, proper precautions should be taken to protect the relay from overvoltage, overcurrent, and other potential hazards.


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