Discover Life Racing Pdux2 Power Distribution Unit Holiday Cheer Edition [5PEY9GFV]

Discover Life Racing Pdux2 Power Distribution Unit Holiday Cheer Edition [5PEY9GFV]

The Discover Life Racing Pdux2 Power Distribution Unit Holiday Cheer Edition [5PEY9GFV] is a cutting-edge power management solution designed for high-performance applications. This versatile unit offers an extensive range of features that make it a must-have for automotive enthusiasts and professionals alike. With its advanced capabilities, the PDUx2 ensures reliable power distribution and monitoring, making it the ideal choice for any racing or high-performance vehicle.

Key Features and Specifications

The Life Racing PDUx2 is equipped with a comprehensive set of features that set it apart from other power distribution units. Its schematic-based calibration, including logic simulation and live monitoring, ensures precise control and optimal performance. The unit supports I/O slaving to an LR ECU, allowing for seamless integration with your vehicle's existing systems. Additionally, the PDUx2 operates in a low power state, waking up on physical input, CAN activity, or specific CAN frame, ensuring efficient energy consumption.

Practical Applications and Benefits

The Discover Life Racing Pdux2 Power Distribution Unit Holiday Cheer Edition [5PEY9GFV] is not just a powerful tool; it is also a practical solution for a wide range of applications. Its 16 main power outputs, including high-side, low-side, PWM, and H-Bridge outputs, provide the flexibility needed to power various high-current devices. The unit's output teaming feature supports very high current devices, making it perfect for racing vehicles. With up to 128 soft outputs via CAN, the PDUx2 offers unparalleled control and customization. Its dedicated wake pin and configurable validation and debounce time via CAN ensure reliable input management. With its robust physical design, including a Leavyseal connector, Amphenol SurLok Power Stud, and machined aluminium enclosure, the PDUx2 is built to withstand the demands of high-performance environments.