AEM 22 Channel CAN Expander Module

Unlock the full potential of your automotive system with the AEM 22 Channel CAN Expander Module. This innovative device is designed to effortlessly convert various sensor signals into Controller Area Network (CAN) data, making it an essential tool for automotive enthusiasts, engineers, and professionals alike.

Key Features:

• 22 Channel Capability: Support for multiple sensor inputs, providing comprehensive monitoring and control.
• Analog & Frequency Conversion: Seamlessly convert analog and frequency signals into CAN data for real-time analysis.
• Diverse Input Types: Includes 4 x 0-5V analog inputs, 4 temperature inputs, and 4 selectable analog inputs (0-5V, Thermistor, or RTD).
• Digital Input Flexibility: Features 6 digital inputs, a tach input, and 2 variable reluctance (VR) frequency inputs for extensive data acquisition.
• Fuel Level Monitoring: A dedicated input for fuel level sensors ensures you never run low on fuel.
• Durable IP65 Enclosure: Built to endure harsh environments, this module is protected against dust and water, ensuring reliable performance.
• Easy Installation: Comes with a wiring harness that includes 36" flying leads for straightforward setup.

Benefits:

• Enhanced Data Monitoring: Gain valuable insights into your vehicle's performance with accurate sensor data at your fingertips.
• Versatile Use Cases: Ideal for motorsport applications, custom builds, or any project requiring a robust CAN interface.
• Improved Diagnostics: Quickly identify issues with your vehicle’s sensors, improving response time and maintenance efficiency.

Use Cases:

• Performance tuning and tracking in motorsport.
• Custom vehicle builds and modifications.
• Monitoring environmental conditions with temperature and pressure sensors.
• Fuel management systems for optimizing fuel efficiency.

Transform your automotive data management with the AEM 22 Channel CAN Expander Module. Experience unmatched versatility and reliability, making it the perfect choice for any serious automotive project.