This detailed product description presents the high-pressure test equipment specifically developed for the precise testing of petrol and diesel injectors. The device is an ideal choice for any professional workshop requiring reliable and accurate measurements for diagnosing fuel supply systems. The maximum pressure capacity of 600 bar (8700 psi) allows for thorough inspection of injectors in the most modern Common Rail systems.
This high-pressure test kit combines the highest level of reliability and user-friendly design, ensuring fast and accurate diagnostics:
Outstanding Pressure Capacity: The maximum operating pressure of 600 bar / 8700 psi ensures that even the latest generation of high-pressure injection systems can be fully tested.
Drag Pointer Manometer: The built-in manometer equipped with a drag pointer allows for easy reading and recording of pressure values during the test cycle. This function is critically important for visually documenting pressure fluctuations and the maximum achievable pressure.
Robust Construction: The device is made of durable materials to withstand the rigors of the workshop environment, ensuring a long service life and reliable operation.
Broad Compatibility: Specifically designed for petrol and diesel injectors, ideal for flow tests and pressure tests of Common Rail systems.
Simple Operation: The user-friendly design minimizes setup time, allowing for quick changeovers between testing different injector types.
Precise measurement is the foundation of accurate diagnostics. The table below details the critical technical parameters of the test equipment:
| Parameter | Value | Note |
|---|---|---|
| Maximum Pressure | 600 bar | 8700 psi |
| Measurement Range | 0 – 600 bar | Coverage of the entire range |
| Indicator Type | Drag Pointer | Used to record the maximum value |
| Application Area | Petrol and Diesel Injectors | Optimized for Common Rail systems |
| Connections | Compatible with various adapters | They form part of the connection kit (not detailed separately) |
| Construction | Robust, for workshop use | Long-term reliability |
Modern injection systems, especially Common Rail technology, are extremely sensitive to pressure fluctuations and leaks. Incorrect pressure or excessive return flow directly affects engine performance, fuel consumption, and emissions.
This 600 bar test equipment enables workshops to:
Accurately Measure Maximum System Pressure: With the help of the drag pointer, the highest pressure reached by the system can be recorded, which is essential for assessing the condition of high-pressure pumps and control valves.
Check Return Flow: Although auxiliary measuring containers are often required for measuring return flow, stabilizing and checking the system pressure is the first step in identifying leaking injectors.
Diagnose Pressure Retention: During the test, it can be observed whether the system is able to maintain the set pressure, or if a leak (e.g., through an injector) causes pressure loss.
This high-pressure test kit is an indispensable tool in the following areas:
Servicing Diesel Vehicles: Diagnostics of Common Rail and PD (Pump-Nozzle) systems.
Gasoline Engine High-Pressure Systems: Pressure tests for Gasoline Direct Injection (GDI) systems.
Engine Overhaul Workshops: Functional testing of injectors before and after installation.
Fleet Managers: Monitoring the condition of critical fuel supply components as part of preventive maintenance programs.
To increase efficiency, the device is designed to minimize complex setups. The peak hold function is particularly valuable because the technician does not need to constantly watch the pressure gauge during testing; the gauge „memorializes” the highest reached value, so the technician can immediately read the critical peak values at the end of the test. This function is especially useful during dynamic load tests.
The device integrates excellently with other diagnostic tools, such as return flow measurement kits (available separately), offering a comprehensive Common Rail diagnostic solution. The robust design guarantees that the device will reliably serve the workshop's needs in the long term, minimizing downtime and the costs arising from replacing faulty parts.
This high-pressure test equipment is the perfect meeting point for precision, durability, and the requirements of modern vehicle technology.
