If you are looking for a reliable and accurate boost controller for your turbocharged engine, then the AEM Tru Boost is the perfect solution for you. It is designed to provide accurate control of boost levels and can be easily installed on most vehicles. In this article, we will discuss the AEM Tru Boost wiring diagram and everything else you need to know about this amazing product.
Understanding the AEM Tru Boost Wiring Diagram
The AEM Tru Boost wiring diagram is a critical component when installing the device. It outlines the different connections that are required to make the device function properly. It includes information such as the power supply, ground, and sensor inputs for the device. Understanding the wiring diagram is essential for a hassle-free installation of the device.
Below is a comprehensive guide to the AEM Tru Boost wiring diagram:
Power Supply
The AEM Tru Boost requires a 12-volt power supply to function. This connection is usually made to the vehicle’s battery and should be fused to avoid any electrical mishaps. The power supply connection should be made to the red wire in the device’s wiring harness.
Ground Connection
The ground connection is a crucial part of the AEM Tru Boost wiring diagram. It is used to complete the circuit and provide a reference point for the device. The ground connection should be made to a reliable and clean ground on the vehicle. It is recommended that this connection be made to the vehicle’s chassis or engine block.
Sensor Inputs
The AEM Tru Boost wiring diagram includes multiple sensor inputs that are used to provide accurate control of the device. The most important sensor input is the MAP sensor input. This input is used to measure the manifold pressure and adjust the boost level accordingly. The MAP sensor input should be connected to the correct MAP sensor wire on the vehicle.
Other sensor inputs that are included in the AEM Tru Boost wiring diagram include the boost solenoid control wire, the ground for the boost solenoid, and the system pressure input. These inputs are used to control the boost solenoid and provide feedback to the device to ensure accurate boost control.
AEM Tru Boost Wiring Diagram – Frequently Asked Questions (FAQs)
Here are some of the most commonly asked questions about the AEM Tru Boost wiring diagram:
Q: Can I install the AEM Tru Boost on my own?
A: Yes, the AEM Tru Boost is designed to be easily installed by anyone with basic automotive knowledge. However, if you are not confident in your abilities, it is recommended that you seek the assistance of a professional.
Q: Is the AEM Tru Boost compatible with all vehicles?
A: The AEM Tru Boost is compatible with most turbocharged vehicles. However, it is recommended that you check the AEM website for specific vehicle compatibility before purchasing the device.
Q: What is the warranty on the AEM Tru Boost?
A: The AEM Tru Boost comes with a one-year limited warranty from the date of purchase.
| Power Supply | Ground Connection | Sensor Inputs |
|---|---|---|
| The AEM Tru Boost requires a 12-volt power supply to function. This connection is usually made to the vehicle’s battery and should be fused to avoid any electrical mishaps. The power supply connection should be made to the red wire in the device’s wiring harness. | The ground connection is a crucial part of the AEM Tru Boost wiring diagram. It is used to complete the circuit and provide a reference point for the device. The ground connection should be made to a reliable and clean ground on the vehicle. It is recommended that this connection be made to the vehicle’s chassis or engine block. | Other sensor inputs that are included in the AEM Tru Boost wiring diagram include the boost solenoid control wire, the ground for the boost solenoid, and the system pressure input. These inputs are used to control the boost solenoid and provide feedback to the device to ensure accurate boost control. |
Conclusion
The AEM Tru Boost is an excellent device for those who are looking for precise control of boost levels. Understanding the AEM Tru Boost wiring diagram is crucial to making sure that the device works correctly. If you are unsure about any of the connections, it is recommended that you seek assistance from a professional.
We hope that this article has provided you with a comprehensive guide to the AEM Tru Boost wiring diagram. If you have any more questions, feel free to leave them in the comments section below.
