Pro-source CED6192-1-MSC Anti-flicker Wire Harness 9006

Product Description

The PRO-SOURCE CED6192-1-MSC is an anti-flicker wire harness designed to eliminate voltage fluctuation-related flickering in automotive and equipment lighting circuits. It uses a 9006 base connector style and operates at 12 or 24 volts, making it compatible with a range of low-voltage lighting installations. The harness provides a stable power interface between the vehicle or equipment wiring and the lamp socket, reducing interference that causes LED or HID bulbs to flicker during operation. Automotive technicians and electrical service professionals install this harness as a direct inline solution during lighting upgrades or lamp replacements.

This anti-flicker harness is suited for use in 12-volt and 24-volt lighting systems where the 9006 base connector is the standard socket type. It is commonly installed during LED conversion projects where aftermarket bulbs draw lower wattage than the original halogen equipment, which can trigger flicker due to load detection circuits. The compact form factor, measuring 7.68 inches in length, 1.77 inches in width, and 0.98 inches in height, allows it to fit within tight wiring compartments without modification.

Key Features

• Anti-flicker design stabilizes voltage to prevent LED and HID lamp flicker
• 9006 base connector style for direct plug-in installation
• Dual voltage compatibility at 12 and 24 volts
• Compact dimensions: 7.68 inches long, 1.77 inches wide, 0.98 inches tall
• Lightweight at 0.35 pounds for easy handling in confined spaces

Compatibility

Designed for use in 12-volt and 24-volt lighting circuits requiring a 9006 base connector interface, typically found in automotive and light equipment lighting systems.

Installation Notes

Installation should be performed by a qualified automotive or electrical technician. Disconnect the vehicle battery or power source before accessing the wiring harness to prevent shorts or shock hazard. The harness installs inline between the existing socket and the lamp, requiring no splicing in most applications. Verify connector orientation and ensure all connections are fully seated before restoring power.