GM Delphi Single Pin Starter Connector Kit – 1-Way Ignition / Solenoid Plug (18–14 AWG)

Heavy-Duty GM Starter & Ignition Solenoid Connector

This GM Delphi Single Pin Connector Kit is designed for starter solenoid and ignition trigger applications across GM platforms and custom harness builds.

Commonly used as a GM starter signal connector, this 1-way plug provides a secure, sealed connection for high-reliability ignition trigger circuits in LS swaps, standalone ECU systems, and motorsport builds.

Featuring a black secondary locking mechanism and large 18–14 AWG terminal capacity, this connector is built to handle higher-current signal applications where smaller sensor connectors are not appropriate.

Common Applications

This connector is frequently used for:

• GM starter solenoid signal wiring
• LS engine swap starter circuits
• Ignition trigger wiring
• Standalone ECU start signal integration
• Custom chassis harness fabrication
• Motorsport ignition systems

Ideal for builders needing a clean, professional solution for starter wiring without resorting to generic spade terminals.

Connector Specifications

• Genuine Delphi-style 1-way connector
• Black secondary locking mechanism
• Accepts 18–14 AWG open barrel terminals
• Designed for higher-current signal circuits
• Sealed housing construction
• High-temperature resistant materials

Each kit includes:

• 1x 1-Way Connector Housing
• 1x Secondary Lock
• 1x 18–14 AWG Terminal
• 1x Wire Seal

Everything required for proper installation.

Built for Professional Harness Construction

Starter circuits demand reliable terminal retention and proper conductor support. This connector is designed for clean, serviceable installation in custom engine harnesses and swap builds.

Whether you’re wiring an LS swap, replacing a damaged OEM connector, or building a full standalone ignition harness, this GM single pin connector provides a professional-grade solution.

VTI Standard

At VTEC Innovations, we supply connector kits selected for durability, proper terminal engagement, and long-term reliability in performance environments.

No generic hardware-store solutions.
No loose crimp terminals.
Only proper harness components.

Built for EFI.
Built for swaps.
Built for real wiring.