This product description is intended for workshops and service centers, presenting professional-grade digital pressure measuring devices that are essential tools for the diagnostics and inspection of hydraulic systems. The digital measuring instruments and test kits offered guarantee high-precision measurements, helping to ensure the efficient and reliable operation of hydraulic systems.
The offer covers the most modern measurement solutions in the field of hydraulics, ranging from the simplest analog solutions to complex digital systems. We have paid special attention to digital technology, which provides faster, more accurate, and more easily documentable results.
Digital Pressure Measurement: Devices equipped with the most modern sensors.
Hydraulic Diagnostic Tool (Digital): Complete systems for in-depth troubleshooting.
Hydraulic Test Kit (Digital): Portable, comprehensive solutions for on-site work.
Hydraulic Test Kit (Analog): Reliable, traditional measurement solutions.
Hydraulic Test Hoses: Accessory materials for measurements.
Hydraulic Diagnostic Tool (Analog): Analog-based measuring instruments.
Digital pressure measuring devices are the cornerstone of modern vehicle diagnostics, especially for high-performance hydraulic systems where pressure fluctuations can be critical.
These devices are excellently suited for quick and precise checking of the pressure prevailing in hydraulic systems. Digital displays minimize human reading errors and often enable data logging.
Main Features:
High-resolution digital display.
Wide measuring range (depending on the specific model specifications).
High sampling rate for tracking dynamic processes.
Robust design resistant to workshop conditions.
This category is for testing more complex, multi-component systems. These devices are often capable of measuring at multiple points simultaneously and analyze the measured data with software support.
Előnyök:
Real-time data processing: Enables complex analysis of pressure and flow conditions under load.
Error codes and trends: Some advanced units are capable of identifying potential faults based on measured data.
Integration: Compatibility with other diagnostic tools.
The digital test kit is a complete, portable solution that includes the measuring unit, necessary sensors, and various connectors. It is an ideal choice when reliable measurements are needed outside the workshop as well.
Accessories and Functions (General):
Digital measuring instrument (main unit).
Various pressure sensors (e.g., 100 bar, 350 bar, 700 bar sensors).
Adapters and connectors (quick couplings, threaded adapters).
Data logging and storage function.
Carrying bag for protection and easy transport.
The exact technical parameters vary depending on the specific model selected, but the table below shows the typical specification areas that professional users should consider:
| Parameter | Digital Pressure Gauge (Basic) | Hydraulic Diagnostic Device (Pro) |
|---|---|---|
| Measurement Range | 0 – 350 bar (optionally expandable) | 0 – 700 bar (with multiple sensors) |
| Pontosság | ± 0.5% FS (Full Scale) | ± 0.1% FS |
| Resolution | 0.1 bar | 0.01 bar |
| Connections | Standard G 1/4″ or M16 | Quick connectors (e.g., ISO 7241-1 A/B) |
| Display | LCD, with backlight | High-resolution TFT with touchscreen |
| Data logging | Simple Storage (Max/Min) | Internal memory, PC connection, trend graphs |
| Tápellátás | Batteries (e.g., AA or Li-Ion battery) | Rechargeable Li-Ion battery |
| Temperature Range | -10°C – +60°C | -20°C – +70°C |
For modern workshops, digital technology is not just a convenience feature, but a guarantee of efficiency and quality.
Increased Accuracy and Reliability: Digital sensors enable much more accurate measurements than traditional analog manometers. This is critical for modern, high-pressure systems (e.g., testing Common Rail systems, although this is a different category, the principle of precision is similar) or for monitoring fine hydraulic controls.
Dynamic Measurement: The high sampling frequency allows for the recording of sudden pressure peaks, vibrations, and transient phenomena occurring in the system, which would be impossible to detect with a traditional instrument.
Documentation and Analysis: Digital devices are capable of recording measurement series, complete with a timestamp. This is essential for warranty repairs, troubleshooting errors, and maintaining maintenance logs. Data exportable to PC allows for long-term performance analysis.
Könnyű Kezelhetőség: Large, backlit displays ensure excellent readability even in poor lighting conditions. Intuitive menu systems allow for quick setup.
For comprehensive testing of hydraulic systems, the availability of appropriate accessories is essential.
Although digital technology dominates, they Hydraulics Test Case (Analog) and Hydraulics Diagnostic Device (Analog) continue to play an important role as reliable backup or supplementary devices that do not require a power supply. These are ideal for simple pressure checks where digital functions are not necessary.
Hydraulic Test Hoses: These bars often serve for quick visual inspection of the condition of fluids present in the system (e.g., hydraulic oil), complementing the pressure measurement.
Adapters: Due to the various manufacturers and types of hydraulic connections, a wide selection of adapter kits (quick connectors, threaded adapters) is essential to connect precisely to every system.
These digital measuring instruments provide indispensable assistance in the following areas:
Agricultural Machinery: Monitoring the pressure of heavy-duty hydraulic systems (e.g., lifting arms, steering systems).
Construction Machinery (OHW): Diagnostics of grabs, cranes, and other hydraulically driven structures.
Commercial vehicles: Inspection of brake systems (where hydraulics plays a role) and power steering systems.
Industrial Hydraulics: Maintenance and troubleshooting of production lines, presses, and other hydraulic drives.
By using digital pressure measuring tools, service personnel can significantly reduce diagnostic time, increase repair accuracy, and ensure the long-term, optimal performance of hydraulic systems.
