Lumenz H7 LED Anti-Flicker CANBus Decoder Resistor 50W 6Ohm – 100234

Description

Upgrade your vehicle’s lighting to LED bulbs without triggering frustrating “lamp out” warnings or experiencing flickering, with the Lumenz CANBus LED Headlight Decoder. This essential Lumenz harness is designed to seamlessly integrate aftermarket LED bulbs with your factory car wiring, ensuring smooth and error-free operation.

Modern vehicles equipped with CANBus (Controller Atea Network Bus) systems are designed to detect bulb failures by monitoring power consumption. Since LED bulbs draw significantly less power than traditional incandescent or halogen bulbs, your car’s computer can misinterpret this lower draw as a burnt-out bulb, leading to dashboard error messages or erratic flickering of your new H7 LEDs.

This intelligent Lumenz harness features a high-quality 50 Watt, 6 Ohm inline resistor. This resistor emulates the power draw of your original OEM bulbs, effectively “confusing” the CANBus system into believing that the correct bulb is still in place. The result is a clean, consistent light output from your H7 LED bulbs, free from errors, rapid flashing (hyper-flashing), or flickering.

Key Features:

• Lumenz Quality: Experience reliable performance with a trusted brand in automotive lighting accessories.
• Error Code Canceller: Eliminates common “bulb out” warnings, dashboard error messages, and OBC (On-Board Computer) rejections in CANBus-equipped vehicles.
• Flicker Solution: Prevents flickering or strobing issues that can occur when installing LED bulbs in sensitive electrical systems.
• Plug-and-Play Design: Connects easily between your new LED bulb and the factory vehicle wiring.
• High-Quality Resistor: Features a durable 50W 6Ohm load resistor to simulate OEM bulb draw.
• Durable Construction: Built with robust wiring and connectors for reliable, long-lasting performance.

Note: Load resistors can generate heat. It is recommended to mount the resistor to a metal surface away from plastic components or wires to dissipate heat effectively.