If you are looking to install an air ride suspension system in your vehicle, one of the most important components you will need is a switch box. The switch box allows you to control the air ride system from inside the vehicle, making it easy to adjust the suspension as needed. In this article, we will provide you with 10 air ride switch box wiring diagrams to help you with your installation.
What is an Air Ride Switch Box?
An air ride switch box is a control panel that allows you to control your air ride suspension system. It is usually installed inside the vehicle, typically on the dashboard or center console. The switch box has several control buttons that allow you to adjust the height of the vehicle and the pressure of the air suspension. It is an essential part of any air ride suspension system.
Components of an Air Ride Switch Box
A typical air ride switch box consists of several components, including:
| Component | Description |
|---|---|
| Control Panel | The control panel contains the buttons and switches that allow you to control the air suspension. |
| Relay Board | The relay board connects the switch box to the air compressor and valves, allowing you to control the air suspension. |
| Fuse Holder | The fuse holder protects the switch box and air suspension system from electrical overloads. |
| Wiring Harness | The wiring harness connects the switch box, relay board, and fuse holder to the vehicle’s electrical system. |
10 Air Ride Switch Box Wiring Diagrams
Below are 10 different air ride switch box wiring diagrams for you to use as a reference when installing your air ride suspension system. Each diagram includes a list of materials you will need, as well as step-by-step instructions for wiring the switch box.
1. Basic Air Ride Switch Box Wiring Diagram
This is a basic air ride switch box wiring diagram that works with most air ride suspension systems. It includes a simple control panel with buttons for raising and lowering the vehicle, as well as a pressure gauge for monitoring the air suspension pressure. This diagram requires a 12-volt power source, a relay board, and a wiring harness.
Materials:
- Air ride switch box
- Pressure gauge
- 12-volt power source
- Relay board
- Wiring harness
- Fuse holder
Instructions:
- Connect the 12-volt power source to the switch box.
- Connect the pressure gauge to the switch box.
- Connect the relay board to the switch box and the air compressor.
- Connect the relay board to the air valves.
- Connect the wiring harness to the switch box, relay board, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Test the air ride switch box to ensure it is working properly.
2. Dual Air Ride Switch Box Wiring Diagram
This is a dual air ride switch box wiring diagram that works with air ride suspension systems that have front and rear air bags. It includes a control panel with buttons for raising and lowering the front and rear of the vehicle independently, as well as a pressure gauge for monitoring the air suspension pressure. This diagram requires a 12-volt power source, two relay boards, and a wiring harness.
Materials:
- Dual air ride switch box
- Pressure gauge
- 12-volt power source
- Two relay boards
- Wiring harness
- Fuse holder
Instructions:
- Connect the 12-volt power source to the switch box.
- Connect the pressure gauge to the switch box.
- Connect one relay board to the switch box and the front air bags.
- Connect the other relay board to the switch box and the rear air bags.
- Connect the wiring harness to the switch box, relay boards, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Test the dual air ride switch box to ensure it is working properly.
3. Wireless Air Ride Switch Box Wiring Diagram
This is a wireless air ride switch box wiring diagram that uses a wireless remote to control the air ride suspension system. It includes a control panel with buttons for raising and lowering the vehicle, as well as a pressure gauge for monitoring the air suspension pressure. This diagram requires a 12-volt power source, a wireless relay board, and a wiring harness.
Materials:
- Wireless air ride switch box
- Pressure gauge
- 12-volt power source
- Wireless relay board
- Wiring harness
- Fuse holder
Instructions:
- Connect the 12-volt power source to the switch box.
- Connect the pressure gauge to the switch box.
- Connect the wireless relay board to the air compressor and valves.
- Connect the wiring harness to the switch box, wireless relay board, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Pair the wireless remote with the switch box.
- Test the wireless air ride switch box to ensure it is working properly.
4. Universal Air Ride Switch Box Wiring Diagram
This is a universal air ride switch box wiring diagram that works with most air ride suspension systems. It includes a control panel with buttons for raising and lowering the vehicle, as well as a pressure gauge for monitoring the air suspension pressure. This diagram requires a 12-volt power source, a relay board, and a wiring harness.
Materials:
- Universal air ride switch box
- Pressure gauge
- 12-volt power source
- Relay board
- Wiring harness
- Fuse holder
Instructions:
- Connect the 12-volt power source to the switch box.
- Connect the pressure gauge to the switch box.
- Connect the relay board to the air compressor and valves.
- Connect the wiring harness to the switch box, relay board, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Test the universal air ride switch box to ensure it is working properly.
5. Digital Air Ride Switch Box Wiring Diagram
This is a digital air ride switch box wiring diagram that uses a digital display to show the air suspension pressure and height. It includes a control panel with buttons for raising and lowering the vehicle, as well as a digital display for monitoring the air suspension pressure and height. This diagram requires a 12-volt power source, a relay board, a digital display, and a wiring harness.
Materials:
- Digital air ride switch box
- Digital display
- 12-volt power source
- Relay board
- Wiring harness
- Fuse holder
Instructions:
- Connect the 12-volt power source to the switch box.
- Connect the digital display to the switch box.
- Connect the relay board to the air compressor and valves.
- Connect the wiring harness to the switch box, relay board, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Test the digital air ride switch box to ensure it is working properly.
6. Analog Air Ride Switch Box Wiring Diagram
This is an analog air ride switch box wiring diagram that uses an analog display to show the air suspension pressure and height. It includes a control panel with buttons for raising and lowering the vehicle, as well as an analog display for monitoring the air suspension pressure and height. This diagram requires a 12-volt power source, a relay board, an analog display, and a wiring harness.
Materials:
- Analog air ride switch box
- Analog display
- 12-volt power source
- Relay board
- Wiring harness
- Fuse holder
Instructions:
- Connect the 12-volt power source to the switch box.
- Connect the analog display to the switch box.
- Connect the relay board to the air compressor and valves.
- Connect the wiring harness to the switch box, relay board, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Test the analog air ride switch box to ensure it is working properly.
7. Touchscreen Air Ride Switch Box Wiring Diagram
This is a touchscreen air ride switch box wiring diagram that uses a touchscreen display to control the air ride suspension system. It includes a control panel with a touchscreen display for raising and lowering the vehicle, as well as a pressure gauge for monitoring the air suspension pressure. This diagram requires a 12-volt power source, a relay board, a touchscreen display, and a wiring harness.
Materials:
- Touchscreen air ride switch box
- Pressure gauge
- 12-volt power source
- Relay board
- Touchscreen display
- Wiring harness
- Fuse holder
Instructions:
- Connect the 12-volt power source to the switch box.
- Connect the pressure gauge to the switch box.
- Connect the relay board to the air compressor and valves.
- Connect the wiring harness to the switch box, relay board, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Connect the touchscreen display to the switch box.
- Test the touchscreen air ride switch box to ensure it is working properly.
8. Compact Air Ride Switch Box Wiring Diagram
This is a compact air ride switch box wiring diagram that is designed for vehicles with limited interior space. It includes a small control panel with buttons for raising and lowering the vehicle, as well as a pressure gauge for monitoring the air suspension pressure. This diagram requires a 12-volt power source, a relay board, and a wiring harness.
Materials:
- Compact air ride switch box
- Pressure gauge
- 12-volt power source
- Relay board
- Wiring harness
- Fuse holder
Instructions:
- Connect the 12-volt power source to the switch box.
- Connect the pressure gauge to the switch box.
- Connect the relay board to the air compressor and valves.
- Connect the wiring harness to the switch box, relay board, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Test the compact air ride switch box to ensure it is working properly.
9. Custom Air Ride Switch Box Wiring Diagram
This is a custom air ride switch box wiring diagram that allows you to create a unique control panel for your air ride suspension system. You can choose the size and shape of the control panel, as well as the number and type of buttons and gauges. This diagram requires a 12-volt power source, a relay board, and a wiring harness.
Materials:
- Custom air ride switch box
- 12-volt power source
- Relay board
- Wiring harness
- Fuse holder
Instructions:
- Create a custom control panel for your air ride switch box.
- Connect the 12-volt power source to the switch box.
- Connect the relay board to the air compressor and valves.
- Connect the wiring harness to the switch box, relay board, and fuse holder.
- Connect the fuse holder to the 12-volt power source.
- Test the custom air ride switch box to ensure it is working properly.
10. Commercial Air Ride Switch Box Wiring Diagram
This is a commercial air ride switch box wiring diagram that is designed for use in commercial vehicles, such as trucks and buses. It includes a large control panel with buttons for raising and lowering the vehicle, as well as a pressure gauge for monitoring the air suspension pressure. This diagram requires a 24-volt power source, a relay board, and a wiring harness.
Materials:
- Commercial air ride switch box
- Pressure gauge
- 24-volt power source
- Relay board
- Wiring harness
- Fuse holder
Instructions:
- Connect the 24-volt power source to the switch box.
- Connect the pressure gauge to the switch box.
- Connect the relay board to the air compressor and valves.
- Connect the wiring harness to the switch box, relay board, and fuse holder.
- Connect the fuse holder to the 24-volt power source.
- Test the commercial air ride switch box to ensure it is working properly.
Frequently Asked Questions
1. How do I install an air ride switch box?
To install an air ride switch box, you will need to connect it to the air compressor and valves, as well as to a power source and ground. You will also need to connect any gauges or displays that come with the switch box. Refer to the wiring diagram for your specific switch box to ensure proper installation.
2. Can I install an air ride switch box myself?
Yes, you can install an air ride switch box yourself if you have some knowledge of electrical wiring and tools. However, if you are not comfortable working with electrical systems, it is best to have a professional install the switch box for you.
