On-Car Injector Flow Bench - Waekon Industries

The Waekon Industries On-Car Injector Flow Bench provides professional automotive and industrial technicians with a robust solution for diagnosing fuel injector performance directly on the vehicle. This advanced diagnostic tool streamlines the process of identifying critical fuel delivery issues, enabling efficient and accurate troubleshooting of common drivability concerns. By facilitating on-vehicle testing, it significantly minimizes downtime and labor, promoting optimal engine performance and fuel efficiency.

Key Features

• Integrated Control Unit: An intuitive LCD screen and soft-touch keypad provide comprehensive control over all testing parameters, including precise injector firing and fuel pump activation.
• Multi-Cylinder Compatibility: Utilizes dedicated harnesses for direct connection to injectors, accommodating systems with up to 10 cylinders to ensure broad vehicle coverage for various applications.
• Electrical System Analysis: Performs live resistance checks and voltage drop measurements across each injector, allowing technicians to detect turn-to-turn shorts or open-circuited windings and identify electrical failures that can lead to misfires.
• Pulsed Flow Testing: Conducts precise pulsed flow tests to monitor pressure drop across individual injectors, effectively identifying restrictions or inconsistencies in fuel delivery without removal.
• Data Management Software: Includes specialized software for downloading all test results to a PC and features a comprehensive database of over 6000 vehicle specifications for accurate reference and comparison.

Applications

The Waekon On-Car Injector Flow Bench is an indispensable tool for accurately diagnosing a range of fuel system issues in both gasoline and diesel engines. It is ideal for identifying restricted, sluggish, or electrically faulty fuel injectors that can cause engine misfires, poor acceleration, reduced fuel economy, and rough idling. This professional-grade equipment allows technicians to ensure balanced fuel delivery across all cylinders, which is critical for maintaining peak engine performance and emissions compliance.