NAMZ Custom Cycle 18 Pin Female Connector with Terminals for ECM HD72664 12 - Model NHD-72664-12

The NAMZ Custom Cycle NHD-72664-12 is a high-quality OEM Mate-N-Lock connector designed for Harley-Davidson models from 1971 to 1995. This 18-pin female connector features stamped terminals that ensure durable and reliable connections, making it an ideal choice for restoring or servicing early model Harley-Davidson motorcycles without compromising on quality. Crafted to match the original specifications, it seamlessly integrates into your existing wiring system, maintaining the integrity of your motorcycle's electrical setup.
Constructed with precision and designed for ease of installation, this connector provides a secure connection for your ECM (Engine Control Module). The NHD-72664-12 is compatible with Harley-Davidson's original OEM connectors, ensuring a perfect fit and reliable performance. Whether you're rebuilding an antique bike or performing maintenance, this connector simplifies the process while providing the durability needed for long-term use.
Measuring approximately 0.6 inches in length, 0.4 inches in width, and 0.75 inches in height, this connector is lightweight and compact, suitable for tight spaces within your motorcycle's electrical system. The product's robust construction and high-quality materials guarantee dependable operation in various riding conditions, contributing to the overall longevity of your motorcycle's electrical components. Trust the NAMZ OEM Mate-N-Lock series for your Harley-Davidson restoration or repair project, ensuring authentic fit and function for your vintage motorcycle.

Features:

• 18-pin female connector designed for Harley-Davidson OEM applications from 1971-1995

• Stamped terminals for secure and reliable electrical connections

• Compatible with Harley-Davidson ECM connectors, model NHD-72664-12

• Easy to install, perfect for restoration or servicing of vintage motorcycles

• Compact and lightweight design suitable for tight spaces within the motorcycle wiring system