Simplified LED Load Resistor Kit for Headlight Bulb Error Warning Canceller

This heavy-duty resistor is designed to handle significant heat levels when in use. Please ensure that it is mounted on a metal surface, as the resistor can become extremely hot during operation.

The resistor's housing is made of sturdy golden aluminum, which facilitates faster heat dissipation. This feature helps to maintain the resistor's optimal performance and longevity.

For those interested in the physical dimensions of the resistor, please refer to the diagram provided above. The resistor is part of the H4 9003 LED Resistor Kit, which includes a headlight bulb, an anti-flickering harness, and a 50W, 8-ohm dual resistor with Canbus technology.

The 50W, 8-ohm dual resistor is designed to address common issues associated with LED bulb installations, such as error codes, flickering, and random shut-offs. However, it's important to note that the resistor may not be compatible with all vehicle models, so it's crucial to ensure its suitability before installation.

The resistor is intended to work seamlessly with LED turn signal lights, daytime running lights, and other LED-based automotive lighting. The setup is designed to be plug-and-play, making the installation process straightforward and hassle-free.

It's crucial to exercise caution when handling the resistor, as it can become extremely hot during operation. To prevent any potential damage to the vehicle, it's essential to mount the resistor on a metal or heat-resistant surface. Avoid placing the resistor on plastic components, as this could lead to heat-related issues.

In summary, this high-performance resistor is designed to address common problems associated with LED lighting installations in vehicles. Its sturdy aluminum housing, 50W power rating, and 8-ohm resistance make it a reliable choice for maintaining consistent and flicker-free LED performance. However, users should exercise caution during installation and ensure the resistor is mounted on a suitable surface to dissipate the generated heat effectively.

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