2PCS Car LED Headlight Canbus Decoder Anti Flicker Warning Error Harness Resistor Kit for H13 Headla

Feature: 1. Problem Solver: This decoder solves problems caused by lower current consumption when upgrading from halogen bulbs to LED bulbs, preventing OBC, car computer, warning error codes, canbus errors for specific vehicles, over flicker, no flashing, bulb rejection, or bulb burnout indications. 2. Plug and Play Convenience: The decoders are pre wired, making installation easier. Simply plug and play to bypass the need for conventional load resistors. The load resistors ensure that LED bulbs light up at full power without issues. 3. Stable Performance: These warning error fault resistors are water resistant and weather resistant. This means they can withstand harsh weather conditions and are less likely to fail in rain, ensuring consistent performance. 4. Strong Compatibility: Specifically designed for H13 headlamp car models. Advanced and upgraded technology effectively solves your problems and brings you a professional and reliable experience. 5. Easy Installation: The LED headlight canbus resistors feature plug and play AMP connectors for easy installation. Their user friendly design makes it easy to upgrade your headlights without needing professional help. Specification: Item Type: Car LED Headlight Canbus Decoder Material: ABS, PVC, Copper Connector Type: H13 Interchangeable Part Numbers: Canbus No errors Voltage Range: DC 9-16V Rated Voltage: 12V Maximum Current: 3A Rated Output Power: 35W Features: 1. LED decoder with high efficiency interference absorption circuit. 2. Eliminate interference and prevent bulb flickering. 3. Decoder is easy to wire, water resistant, fully immersed, stable quality. 4. Plug and play, no need to connect. Application: No errors load resistor decoder canbus for mounting aftermarket LED sets Application: For H13 headlight models Package List: 2 x Decoder Note: Even though this decoder size is compatible with your vehicle, we can't ensure that it will solve all problems as car systems vary.