Motogadget mo.flash Digital Flasher Relay - 4000010

Upgrade your motorcycle's lighting system with the Motogadget Mo Flasher Digital Relay. This compact and versatile relay replaces conventional flasher units, streamlining wiring and offering superior performance for custom builds and modifications. Designed for reliability and ease of use, the Mo Flasher ensures consistent flashing rates and protection for your lighting system.

Description

The Motogadget Mo Flasher Digital Relay simplifies the integration of aftermarket blinkers and signal lights on your motorcycle. Its two-cable design reduces clutter and simplifies installation, making it ideal for custom projects with limited space. You can easily route the wiring through handlebars, frame tubing, or existing cable harnesses. This digital flasher relay provides a constant and correct flashing rate, perfectly suited for LED blinkers, micro-blinkers, halogen, and bulb blinkers from 1W-100W. With automatic overload protection and waterproof construction, the Mo Flasher ensures long-lasting and reliable performance without generating excessive heat or requiring additional load resistors.

Features & highlights

• Replaces conventional flasher relays with a streamlined two-cable design.
• Maintains a constant and correct flashing rate for all types of blinkers.
• Suitable for LED, micro, halogen, and bulb blinkers from 1W to 100W.
• Features automatic overload protection for enhanced reliability.
• Waterproof and short circuit proof for all-weather performance.
• Operates on 5V to 18V, compatible with 6V flasher systems.
• Eliminates the need for load resistors or additional accessories.

Technical specifications

• Brand: Motogadget
• Product Name: Flasher Relay
• Type: Digital
• Height: 9.5 mm

Important to know

This flasher relay is designed to work with a wide range of blinkers from 1W to 100W. Part #2020-0463 is suitable for all LED blinkers, micro blinkers, halogen blinkers and bulb blinkers. The m-Wave PART #2020-0464 (sold separately) offers a smooth fade in/fade out effect.