2pcs 50W 6 Car LED Canbus Load Resistors Automobile Turn Signal Flashlight License Plate Lamp Resistance Decoder

$13.98

Description

Specifications:
Product Name: LED Car Light Resistance 50W 6Ω Load Resistance
Material: Aluminum
Size: 150*100mm
Rated Power: 50W
Frequency: UHF
Performance: Good decoding performance, universal fit

Features:
– High Power and Compact Size: Designed to deliver high power output while maintaining a compact form factor, these LED car light resistors are perfect for a variety of automotive applications. Their small volume allows for easy installation even in tight spaces, making them ideal for modern automotive setups.

– Precision Engineering: These resistors boast high precision and can handle high pressure, ensuring reliable and consistent performance in diverse conditions. The precise engineering minimizes errors and improves the overall performance of your vehicle’s lighting system.

– Strong Stability and Reliability: Built to offer strong stability, these resistors improve the functioning of your car’s LED turn signal lights, preventing issues like hyper-flashing. Their robust construction ensures that they remain stable over extensive use, contributing to the dependable operation of automotive lighting.

– High-Quality Construction: Made from premium aluminum, these resistors exhibit excellent build quality. Not only is the material choice aesthetically pleasing, but it also enhances the overall durability and performance. The resistors are designed to withstand the rigors of daily driving and harsh weather conditions.

– Waterproof and Efficient Thermal Dissipation: These resistors are waterproof, making them suitable for use in various weather conditions. Their design also incorporates efficient thermal dissipation, preventing overheating and ensuring the longevity of the resistors. This makes them highly reliable for use in automotive environments where temperature variations are common.

Package Included:
2 x 50W 6Ω Load Resistors
4 x Buckle

Additional information

Weight 0.06 kg