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Marine Diesel Engine Fuel Injector Test Bench MAN BW Injector Testing Equipment

Sep. 30, 2026ID: 85Views: 105

Ensure Peak Marine Engine Performance with Our Marine Diesel Fuel Injector Test Bench

In the maritime industry, the reliability of high-power diesel engines is non-negotiable. The performance of these massive engines heavily relies on the precise fuel delivery and spray patterns of their injectors. To meet the rigorous demands of marine maintenance, we proudly introduce the Marine Diesel Engine Fuel Injector Test Bench—a professional device specifically engineered for the testing and performance evaluation of high-power marine diesel fuel injectors.

This pneumatically driven test bench offers strong power, stable performance, and effortless operation, making it an indispensable tool for shipyards and professional diesel engine repair businesses.
Marine Diesel Engine Fuel Injector Test Bench (5).png

🔥 Core Features & Advantages

  • Pneumatic Drive System:
    Powered by compressed air, the drive system features a simple, highly reliable structure. It is extremely easy to operate and perfectly suited for the demanding environments of ship repair and diesel engine workshops.

  • High-Pressure Output:
    Don't let heavy-duty requirements slow you down. With a standard input air pressure of just 0.7 MPa, this equipment can generate a massive maximum output pressure of 80 MPa, easily meeting the high-pressure testing standards of large marine injectors.

  • Precise Injector Spray Inspection:
    Accurately detect the injection status and evaluate the spray pattern of marine fuel injectors. This helps maintenance personnel make clear, reliable judgments on injector performance before reinstallation.

  • Compact & Robust Design:
    Space on ships and in busy workshops is valuable. The equipment features a highly compact footprint (700 × 450 × 1120 mm) while maintaining the structural strength and stability required for long-term, heavy-duty industrial use.


⚙️ Technical Specifications

ParameterSpecification
Recommended EngineMAN B&W 35–80 Series
Maximum Output Pressure80 MPa @ 0.7 MPa Air Pressure
Air Consumption12 L/cycle @ 0.7 MPa
Fuel Flow40 mL/cycle @ 0.4 MPa Air Pressure
Pump DrivePneumatic (Approx. 20 cycles/min @ 0.4 MPa Air Pressure)
Fuel Tank Capacity8 L
Machine Dimensions700 × 450 × 1120 mm
Net Weight77 kg

6. Application Scenarios & FAQ

🚢 Main Applications (Who is this for?)

This test bench is highly recommended for testing injectors in the MAN B&W 35–80 series marine diesel engines. It is the perfect investment for:

  • Marine Engine Service Centers

  • Ship Repair Workshops & Shipyards

  • Diesel Engine Maintenance Companies

  • Marine Injector Repair Workshops

  • Professional Diesel Fuel Injection Service Providers

❓ Frequently Asked Questions (FAQ)

Q1. What specific engines is this test bench designed for?
A: While it can test various high-power marine injectors, it is particularly recommended and optimized for testing injectors used in MAN B&W 35–80 series marine diesel engines.

Q2. How is the machine powered? Does it require high-voltage electricity?
A: No, this machine utilizes a pneumatic drive system. It uses standard compressed air as its power source (requiring around 0.7 MPa input), making it incredibly safe, structurally simple, and easy to maintain in maritime environments.

Q3. What kind of tests can I perform with this equipment?
A: The bench is primarily used for Injector Spray Pattern Inspection and Injector Performance Testing. It allows technicians to visually inspect the injection status and verify that the fuel atomization meets operational standards under high pressure.

Q4. Can it generate enough pressure for large marine injectors?
A: Yes. Driven by its pneumatic pump, the test bench can output a maximum pressure of up to 80 MPa, which easily satisfies the testing requirements for heavy-duty, high-power marine diesel engine injectors.

Q5. Is the machine difficult to install in a crowded workshop?
A: Not at all. Despite its high power, it boasts a compact design weighing only 77 kg with dimensions of 700 × 450 × 1120 mm. It occupies a very small area, making it ideal for crowded shipyards or engine repair centers.

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