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CANBUS Anti-Flicker Module (pair)

$49.95
10 units available for immediate shipment.

Features

  • Prevents flickering and bulb out warnings after installing HIDs or LED bulbs
  • Plug-and-play installation, no modification needed
  • Fully waterproof and shockproof
  • Engineered and assembled in USA

Overview

No more errors or flickering. Diode Dynamics CAN-BUS Anti-Flicker modules are designed to condition factory power signals, both by smoothing out flickering signals to the output, and by replicating the power consumption of a halogen bulb, to avoid vehicle "bulb out" warnings that usually come with LED or HID power draws. It's a redesigned, modern version of the old, generic "warning canceller." It features nonpolar function, full power smoothing, and resistive and capacitive feedback to cancel even the most tricky CANBUS systems.

Plug and play installation. Thanks to their nonpolar design, these units simply plug inline, either between the bulb and factory connector for LED bulb installation, or between the ballast and connector coming from the grommet for HID Conversion Kit installation.  

Fitment. These modules can be used with 35W HID Conversion Kits or any LED bulb. It will prevent flickering or bulb out errors in low beams, high beams, fog lamps, or daytime running lights. The most common size used is 9006, which is the universal size for HID ballasts. However, you can select a different size as needed, for LED bulbs. This module is not recommended for use with 55W HID.

Designed to handle even the most troublesome CANBUS systems, it has been tested for compatibility in many vehicles, including Ford, Ram, Dodge, Chrysler, Jeep, VW, BMW, Audi, and Mercedes.

Please note: Although we have tested these modules on many vehicles, due to differences in the electrical system on each vehicle, we cannot guarantee that these will correct any and every problem that may exist on every specific vehicle of every make and model. We offer a 30-day return policy if they do not work on your vehicle for any reason.

Reliability. These modules are fully waterproof, shockproof, and are proudly made in USA by Diode Dynamics Manufacturing.

Experience. After over a decade in business, Diode Dynamics is the most trusted name in automotive LED lighting. Unlike all other LED distributors, we assemble and engineer products in the United States, for high quality and fast time-to-market of the newest and brightest LED technologies. We pride ourselves in offering only quality LED products, that will exceed your expectations. Please contact us if you'd like to discuss your lighting project!

What's Included

Quantity: Two (2)
Warranty: 3 year warranty
Return Policy: 30-day Return with no restocking fee
100% Satisfaction Guarantee

Fitment

These modules can be used with 35W HIDs or any LED bulb. It will prevent flickering or bulb-out errors in low beams, high beams, fog lamps, or daytime running lights.

The most common size used is 9006, which is the universal size for HID ballasts. However, you can select a different size as needed, for LED bulbs. This module is not recommended for use with 55W HID.

  • 9006 Anti-Flicker is compatible with 9012, 9005, H10, and 9145 size sockets. The 9006 Anti-Flicker is only compatible with our SL2 Pro and SL2 LED bulbs.
  • H11 Anti-Flicker is compatible with H8, H9, 880, and 881 size sockets. 
  • 5202 Anti-Flicker is compatible with H16 and PSX24W size sockets.

Specifications

Operating Voltage: 9-16V
Polarity: Nonpolar
Operating Temperature: -40C to 85C (-40F to 185F)
Connector(s): OEM-Size Plug and Play
Driver Features: Waterproof

What's Included

100% Satisfaction Guarantee

Installation

Installation Time: 5-10 minutes

Tools Needed: None

Modification: None

Installation Guide: Click to download

Warranty

3 Year Replacement Limited Warranty

All Diode Dynamics products come with a 3 Year Worry-Free Warranty.

If you experience any defect with a product, we will do some quick troubleshooting, and if necessary, provide a replacement. There is no need to wait for a return and repair process. Click here to learn more.