If you want to install an air ride suspension system on your vehicle, you will need to understand the wiring diagram of the air ride dual compressor system. This article will help you understand how to wire a dual compressor setup to make your vehicle’s ride more comfortable and adjustable.
What is an Air Ride Dual Compressor System?
An air ride dual compressor system is a setup that uses two air compressors to power an air suspension system in a vehicle. The dual compressor system provides faster and more efficient air delivery to the suspension bags, allowing for better ride control and adjustability.
The wiring diagram of a dual compressor system is fairly straightforward, but it can be intimidating to those who have never done it before. The following steps will help you understand the wiring diagram of an air ride dual compressor system.
Wiring Diagram for Air Ride Dual Compressor System
The air ride dual compressor system is typically wired in two stages: the primary stage and the secondary stage. The primary stage powers the first compressor and is responsible for controlling the air pressure in the suspension bags. The secondary stage powers the second compressor and is responsible for maintaining the air pressure in the tanks.
The wiring diagram for an air ride dual compressor system is as follows:
| Wire Color | Purpose | Connection |
|---|---|---|
| Red | Positive | Battery Positive |
| Black | Negative | Battery Negative |
| Yellow | Primary Pressure Switch | Primary Compressor |
| Pink | Primary Relay Trigger | Primary Compressor |
| Blue | Secondary Pressure Switch | Secondary Compressor |
| Orange | Secondary Relay Trigger | Secondary Compressor |
| Purple | Ignition Switch | Primary and Secondary Relays |
Primary Stage Wiring
The primary stage of the dual compressor system is responsible for controlling the air pressure in the suspension bags. It consists of the battery, primary pressure switch, primary compressor, and primary relay trigger. The primary stage wiring is as follows:
1. Connect the red wire from the primary compressor to the positive terminal of the battery.
2. Connect the black wire from the primary compressor to the negative terminal of the battery.
3. Connect the yellow wire from the primary pressure switch to the positive wire of the primary compressor.
4. Connect the pink wire from the primary relay trigger to the ignition switch.
5. Connect the purple wire from the ignition switch to the primary relay.
6. Connect the positive wire of the primary compressor to the primary relay.
7. Connect the negative wire of the primary compressor to the negative wire of the battery.
Secondary Stage Wiring
The secondary stage of the dual compressor system is responsible for maintaining the air pressure in the tanks. It consists of the battery, secondary pressure switch, secondary compressor, and secondary relay trigger. The secondary stage wiring is as follows:
1. Connect the red wire from the secondary compressor to the positive terminal of the battery.
2. Connect the black wire from the secondary compressor to the negative terminal of the battery.
3. Connect the blue wire from the secondary pressure switch to the positive wire of the secondary compressor.
4. Connect the orange wire from the secondary relay trigger to the ignition switch.
5. Connect the purple wire from the ignition switch to the secondary relay.
6. Connect the positive wire of the secondary compressor to the secondary relay.
7. Connect the negative wire of the secondary compressor to the negative wire of the battery.
Frequently Asked Questions
1. What is an air ride suspension system?
An air ride suspension system is a type of suspension system that uses air bags instead of conventional steel springs to support the vehicle’s weight.
2. What are the benefits of an air ride suspension system?
An air ride suspension system provides a smoother ride, better handling, and improved adjustability compared to conventional steel spring suspension systems.
3. Why would I need a dual compressor system?
A dual compressor system provides faster and more efficient air delivery to the suspension bags, allowing for better ride control and adjustability.
4. Is it difficult to install an air ride dual compressor system?
Installing an air ride dual compressor system can be challenging for those who have no experience with vehicle wiring. However, with the proper instructions and tools, it is possible to install a dual compressor system relatively easily.
5. How do I know if my air ride dual compressor system is working properly?
To determine if your air ride dual compressor system is working properly, you should check the air pressure in the system regularly. If the air pressure is not maintaining the desired level, there may be a problem with the system.
