Standard Ignition S2205 Instrument Panel Connector

Instrument Panel Connector for Ford E-Series

Standard Ignition S2205 is a direct replacement instrument panel connector for select Ford E-Series applications. It is built to replace a damaged connector without replacing the full harness, helping restore electrical connection at the instrument panel.

Key Features

• Male connector with female terminals
• 12 terminal and 12 wire configuration
• Protective tubing included
• Housing made from polyamide resins for durability
• Terminals use copper alloy, brass, and phosphor bronze materials
• 100% tested for mechanical and electrical fit, form, and function

Detailed Description

This Standard Ignition S2205 instrument panel connector is engineered as a direct replacement for damaged electrical connectors in the Ford E-150, Ford E-250, Ford E-350 Super Duty, and Ford Econoline. It supports a cost-effective repair by allowing the connector to be serviced separately from the harness. The connector construction uses high-grade terminal materials and a polyamide housing to support reliable performance in demanding under-dash and interior electrical environments.

This part cross-references 1P1778 and PT2193 for the same application.

Common Repair Uses

• Broken or heat-damaged instrument panel connector housing
• Intermittent dash electrical connection
• Corroded or worn terminal contact points
• Connector damage during instrument cluster or panel service
• Restoring electrical continuity in Ford E-Series dash circuits

Installation Notes and Tips

Verify connector style, terminal count, and wire layout before installation. Match the existing Ford E-150, Ford E-250, Ford E-350 Super Duty, or Ford Econoline connector to confirm proper fitment. Inspect adjacent wiring for heat, corrosion, or insulation damage before completing the repair.

Quality Assurance

Standard Ignition states that its electrical connectors are tested for proper mechanical and electrical fit, form, and function. The connector materials are selected for long service life and dependable performance in harsh environments.