Switches are an essential component of numerous electrical appliances, and the rocker switch is one of the most popular switches used in various applications. A rocker switch can be used to control the on/off state of an electrical circuit. The 6 pole rocker switch is a type of switch that includes six terminals or poles that can be used to control different functionalities. This article will cover the wiring diagram of a 6 pole rocker switch and provide some frequently asked questions to assist in understanding this switch better.
What is a 6 Pole Rocker Switch?
A 6 pole rocker switch is a switch with six terminals that can control six different circuits in an electrical system. In other words, it is a switch that can turn multiple devices on or off at the same time. The switch’s rocker mechanism makes it easy to control these circuits by flipping the switch up or down.
Parts of a 6 Pole Rocker Switch
A 6 pole rocker switch typically consists of the following components:
- The actuator or rocker
- The frame or housing
- The contacts and terminals
The actuator or rocker is the part of the switch that moves up and down to turn the switch on or off. The frame or housing encloses the switch and provides support and protection for the switch’s components. Contacts and terminals are the metal components that connect the switch to the electrical system.
Wiring Diagram of a 6 Pole Rocker Switch
Before proceeding with the wiring diagram, it is essential to know the function of each pole in the 6 pole rocker switch. The following is a list of the six poles and their functions:
- Power in (or the power source)
- Accessory 1 (or the first load)
- Accessory 2 (or the second load)
- Accessory 3 (or the third load)
- Accessory 4 (or the fourth load)
- Power out (or the output terminal)
Once you have identified the six poles and their functions, you can proceed with the wiring diagram.
| Pole | Wire Color | Function | Connection |
|---|---|---|---|
| 1 | Red | Power in | Connected to the power source or battery |
| 2 | Green | Accessory 1 | Connected to the first load, such as a light switch |
| 3 | Yellow | Accessory 2 | Connected to the second load, such as a fan switch |
| 4 | Blue | Accessory 3 | Connected to the third load, such as a wiper switch |
| 5 | Brown | Accessory 4 | Connected to the fourth load, such as a radio switch |
| 6 | Black | Power out | Connected to the output terminal or to the ground |
The wiring diagram is relatively simple to follow, and once all the connections are made, the switch will be ready to use.
FAQs about 6 Pole Rocker Switches
What is a double pole 6 throw switch?
A double pole 6 throw switch is a switch that has two “poles” with six “throws” each. This type of switch is used to control two separate circuits with six different options for each circuit.
How do you connect a 6 pole rocker switch?
Connecting a 6 pole rocker switch is relatively simple. First, identify the six terminals and their functions. Then, connect the power source or battery to the power-in terminal, and connect each of the accessories or loads to the respective accessory terminals. Lastly, connect the output terminal to the ground.
Can a 6 pole rocker switch be used to control a motor?
Yes, a 6 pole rocker switch can be used to control a motor. Connect the power source or battery to the power-in terminal, and connect each of the accessories or loads to the respective accessory terminals. Then, connect the motor to the output terminal.
Can a 6 pole rocker switch be used to control a light fixture?
Yes, a 6 pole rocker switch can be used to control a light fixture. Connect the power source or battery to the power-in terminal, and connect the light switch to the accessory 1 or accessory 2 terminal, depending on the circuit’s configuration. Then, connect the light fixture to the output terminal.
What is the difference between a rocker switch and a toggle switch?
The main difference between a rocker switch and a toggle switch is in how they are activated. A rocker switch is activated by moving a lever back and forth or up and down, while a toggle switch is activated by flipping a lever up or down. Additionally, a rocker switch typically has a larger surface area and can be easier to use than a toggle switch.
In conclusion, the 6 pole rocker switch is a versatile switch that can be used to control multiple devices in an electrical system effectively. The wiring diagram provided in this article is an easy-to-follow guide that will help you connect the switch confidently. Understanding the switch’s components and functions and following the instructions will ensure that the switch is installed safely and works correctly.
