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Bulb Adapter Wedge - Power Probe

Part #: AA3

The Power Probe AA3 Bulb Adapter Wedge is an essential tool designed for professional automotive technicians and mechanics to efficiently diagnose electrical issues in vehicle lighting circuits. This double-terminal wedge adapter allows for direct connection to vehicle circuits via a light bulb socket, streamlining the troubleshooting process for various electrical faults. It is specifically engineered to integrate seamlessly with other Power Probe diagnostic tools, enhancing their versatility and application in the shop.

Key Features

  • Direct Circuit Access: Provides a convenient method to connect circuit testers to automotive lighting circuits through the bulb socket.
  • Broad Compatibility: Designed for use with common 3157 and 3156 type wedge bulb sockets, often found in rear tail lights.
  • Power Probe System Integration: Compatible with Power Probe III, Power Probe ECT2000, "The Hook" by Power Probe, and Power Probe Gold Series Lead Sets.
  • Standard Connections: Features a standard 4mm banana male plug and adapts to 4mm banana jack test leads for versatile connectivity.
  • Durable Construction: Built with heavy-duty materials to withstand the rigors of professional shop environments, ensuring longevity and reliable performance.

Applications

The Power Probe AA3 Bulb Adapter Wedge is invaluable for a range of diagnostic tasks, enabling technicians to quickly identify and resolve electrical problems. It is typically used in rear tail light assemblies to access circuits directly. This adapter facilitates testing for power, ground, and continuity within lighting circuits, making it easier to pinpoint issues with the power supply, ground connections, or the fixture itself. It is an ideal solution for diagnosing non-functioning lights, checking for intermittent electrical connections, and verifying circuit integrity without causing damage to the vehicle's wiring or sockets.

Recommended Alternatives

This product was added to our catalog on Thursday 06 October, 2011.