BCS619A Injection Pump Test Bench

The BCS619A Injection Pump Test Bench is a heavy-duty diagnostic station designed for the calibration and testing of mechanical diesel fuel injection pumps. Powered by a robust 15HP (11KW) motor with an A.C. frequency drive, it delivers stable torque across a speed range of 0-4000 RPM. This machine is capable of testing pumps with up to 12 cylinders, making it suitable for a wide variety of trucks, agricultural machinery, and marine engines. It features precise digital control with ±1 RPM accuracy and includes a 12V/24V DC supply for solenoid testing.

Key Functions:

1. Fuel Delivery Analysis: Measures fuel delivery of each cylinder at various speeds using 45ml/150ml glass cylinders.

2. Timing Calibration: Checks the test point and interval angle of oil supply with high precision.

3. Governor Testing: Expertly checks and adjusts mechanical governors for optimal engine performance.

4. Distributor Pump Diagnostics: Specifically designed to test distributor pumps (VE pumps), including oil return, internal pressure (0-1.6Mpa), and solenoid valve function.

5. Sealing Verification: Performs rigorous sealing tests on the injection pump body to detect leaks.

6. Advanced Tuning: Supports the adjustment of supercharging and compensatory devices.
   

• High-Power Performance: Equipped with a powerful 11KW (15HP) motor and a large flywheel inertia, providing consistent speed stability during high-load testing.

• Versatile Operation: Features 10 preset speed gears plus a manual knob, allowing technicians to switch quickly between standard test speeds (e.g., idling, full load).

• Comprehensive Pressure Systems: Built-in gauges monitor High, Low, Internal, and Air pressures, alongside Vacuum readings, offering a complete health check of the pump.

• Universal Compatibility: With 12 test cylinders and standard injector mounts, it handles most inline and rotary mechanical pumps in the market.

• Durability & Precision: The frequency conversion technology reduces noise and energy consumption while maintaining high measurement accuracy (±1 RPM).