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An LED, or Light Emitting Diode, is a source of light used in various applications. When a suitable voltage is applied to its leads, it emits light through a process called “electroluminescence,” which we integrate into our products.
In the automotive industry, LED bulb brightness is often measured in lumens (luminous flux), which represents the amount of visible light to the human eye. Check the lumen rating to assess the total visible light output of the LED lamp.
Color temperature refers to the light’s color, measured in kelvins (K). It’s essential to consider color temperature when purchasing LED lamps to match them with your existing lights for a consistent look.
CK/SRCK and standard configurations are two types of dual-filament sockets (e.g., 3157 & 7443) used in turn signal applications. Incorrectly installed LED bulbs can cause circuit shorts. Verify your vehicle’s socket type with your local dealer or using a test lamp.
A dual-filament bulb provides two levels of light intensity: low and high. For example, a tail light emits low-intensity light, while a brake light emits high-intensity light.
Refer to your vehicle’s owner’s manual or the original bulb for the correct bulb size. Comparing the factory bulb to our product is a reliable method.
Choose LED bulb colors that comply with road safety laws. Refer to the part number on the bulb, your vehicle’s manual, or consider the lens color for compatibility.
Some vehicles have systems that monitor lighting. Low power draw from LED bulbs can trigger errors. Install load resistors or decoders to trick the system into recognizing a functioning bulb.
LED bulbs’ efficiency can lead to hyper-flashing. Install load resistors to simulate the power draw of halogen bulbs or upgrade the flasher relay module for LED compatibility.
Consult your owner’s manual or contact your local dealer for accurate information. Compare the factory bulb with the LED bulb to ensure compatibility.
An LED switchback bulb has two filaments of different colors, usually amber and white. They are used for turn signals and daytime running lights.
An error-free LED bulb is CAN bus-ready, preventing malfunctions in vehicles with advanced computer systems.
Install load resistors or decoders on the problematic lamp to trick the computer system into recognizing a halogen bulb.
Refer to your vehicle’s factory bulb, owner’s manual, and consider the color of the lens for a suitable replacement.
CAN Bus LED bulbs are designed for vehicles with Controller Area Network Bus systems, ensuring proper communication with the vehicle’s computer.
CAN Bus LED bulbs should prevent “bulb-out” indications for tail, brake, and running lights in most cases.
CAN Bus bulbs won’t prevent hyper-flashing. You may need load resistors or an electronic flashing relay for this issue.
Yes, CAN Bus LED bulbs can be used in non-CAN Bus applications.
Follow troubleshooting steps, including checking bulb polarity and performing specific vehicle procedures to clear error messages. If issues persist, contact us for alternative solutions.
For more information and to browse our range of Brawner Automotive Repair LED products, visit our website or contact us at +1 209-754-5248.