Eponcia Car LED CAN Bus Decoder, H11 Load Resistor Turn Signal Harness Adapter, Anti-Flicker Error Decoder Resistor Universal for LED Headlight Tail Light Conversion Kit (H8/H9/H11, 2PCS)
by Eponcia
- Widely Applicable: This LED CAN bus decoder harness is compatible with 9005/9006/H8/H9/H11/9007 bulbs and is suitable for most 12V car, SUV, and truck headlights and fog lights, offering strong compatibility. It helps you achieve stable LED lighting, reduce error reports, and provides bulb retrofitting and filtering services, Durable and Stable: The LED turn signal resistor uses a high-temperature resistant, wear-resistant engineering-grade ABS housing, capable of withstanding the high temperatures inside the engine compartment and lamp cavity. It is not easily deformed or cracked, remaining stable and reliable even after long-term use. It also boasts excellent insulation, heat dissipation, and waterproof protection, effectively preventing leakage and short circuits, thus enhancing driving safety, High-efficiency Operation: The load resistor for LED tail lights incorporates a CAN bus decoding module, simulating the load of the original vehicle's halogen lamps to effectively eliminate dashboard bulb warnings, flashing, and extinguishing errors. It resolves the issue of not recognizing LED bulbs, ensuring a continuous and stable current output for long-lasting LED illumination, Product Specifications: Each set includes 2 LED CAN bus decoders, providing complete support for both left and right headlights. Its stable resistive load enhances the brightness and stability of the headlights, making it suitable for various vehicle models and complex operating conditions, making it an ideal choice for LED headlight decoders, Easy to Install: The LED headlight decoder uses a plug-and-play connection method. No additional modifications or professional techniques are required; simply connect it to the original vehicle connector to complete the installation. The simple and time-saving installation process reduces your maintenance costs and time
