S & G Tool Aid 36300 Noid Light Tester Set - S & G Tool Aid

The S & G Tool Aid 36300 Noid Light Tester Set provides a straightforward and efficient method for diagnosing electronic fuel injection signal issues in automotive and industrial applications. This professional-grade kit enables technicians to quickly verify the presence of proper pulsing voltage at fuel injectors, streamlining the diagnostic process for common no-start or misfire conditions. It is an essential tool for identifying electrical problems within the injector circuit.

Key Features

• Comprehensive Compatibility: Includes specialized noid lights designed to test a range of electronic fuel injection systems, including GM TBI, Bosch PFI, Ford TBI, GM PFI, Geo TBI, and GM SCPI.
• Rapid Diagnostics: Facilitates quick and easy testing of injector pulse, saving valuable diagnostic time for busy workshops.
• Clear Indication: A flashing light confirms normal pulsing voltage, while a steady light or no light immediately indicates an electrical fault, guiding technicians directly to the problem area.
• User-Friendly Operation: Simply disconnect the injector wiring, insert the appropriate noid light into the harness, and crank the engine for instant feedback.
• Durable Storage: Supplied in a robust, plastic molded storage case, ensuring tools are organized, protected, and easily transportable for professional use.
• Professional Reliability: Designed for consistent performance in demanding shop environments, ensuring accurate results for various vehicle and industrial applications.

Applications

This S & G Tool Aid 36300 noid light tester set is ideally suited for professional automotive technicians, mechanics, and industrial maintenance personnel. It is primarily used for troubleshooting fuel injection systems when diagnosing engine starting issues, misfires, or poor engine performance. The kit's specific compatibility with a variety of GM, Ford, Bosch, and Geo systems makes it a versatile addition to any diagnostic toolkit, allowing for the isolation of electrical faults within the fuel injector circuit before further component testing.