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Mastering hydraulic testing
LEAK/TIGHTNESS TESTS
LF Technologies’ leak/tightness test benches are cutting-edge tools for verifying and qualifying the tightness of a component or a hydraulic system, ensuring precise results and contributing to the systems’ safety and performance. Learn how our solutions enhance quality standards in this field. Find out how our solutions raise quality standards in this field.
Cyclic pressure test
Cyclic pressure testing simulates the repetition of pressure cycles in hydraulic components or piping. These tests allow for assessing a product’s durability when subjected to a large number of cycles to evaluate its lifespan.
These tests can be conducted for RD missions to improve a component’s lifespan or by the quality service to verify compliance with endurance and fatigue standards.
Burst pressure testing
Burst pressure tests are used to determine the maximum allowable pressure by gradually increasing the pressure until the product ruptures.
The progressive pressure increase of our equipment and the automatic rupture detection systems allow for automatically and precisely defining the maximum pressure reached at rupture or according to a deformation threshold
Water hammer tests
Water hammer phenomena are increasingly studied from the product design phase. LF Technologies offers various technical solutions to simulate this type of phenomenon:
- Benches that generate controlled pressure spikes to verify a component’s pressure resistance during a water hammer.
- Benches that quantify the water hammer generated by a component (e.g., closing a valve subjected to high flow).
Hydrostatic proof Test
Hydrostatic proof tests are generally regulatory and used to guarantee pressure resistance in accordance with the requirements of a standard (e.g. PED).
By subjecting the equipment to a higher pressure than its normal operating pressure, usually with water as the test medium, this procedure reveals any leaks or structural weaknesses. Essential for ensuring the safety and compliance of installations, the Hydrostatic Test is a crucial step in the maintenance and validation of fluid systems.
Our hydraulic test benches
LF Technologies offers a wide range of hydraulic test benches for testing all types of equipment: hydraulic components, sanitary fittings, sanitary equipment, industrial hydraulic systems and more. Whether standard, modular or made-to-measure, each rig is designed to perform reliable hydraulic tests, in line with your protocols and objectives.
Choose a LF Technologies hydraulic test stand
Every hydraulic test stand we develop is designed to guarantee precision and reliability for your tests. Here are the main features and functions of our test benches.
1. Versatility and modularity
- Adaptability to your needs: Our hydraulic test stands can be configured to meet specific requirements, whether for hydraulic proof, endurance, adjustment or certification testing of your equipment and products. They will enable you to assess the performance, durability or quality of your products, and certify them to standards.
- Compatibility with a wide range of equipment: This modularity also makes it possible to test a wide range of hydraulic products and equipment. Our test benches can be used to test mixing faucets, pumps, valves, hoses, water heaters or more complex hydraulic systems. This guarantees broad coverage of test requirements in a wide range of industries
2. Measurement accuracy
- High-precision sensors: Equipped with a wide range of sensors, our test benches measure pressure, flow, temperature and other critical hydraulic test parameters with the utmost precision. This precision is essential to ensure that the products tested comply with international standards, and to detect leaks, pressure resistance, etc.
- Control systems: Integrated control systems ensure effective temperature and pressure control throughout the test. Our hydraulic tests benches can simulate extreme hydraulic system operating conditions, such as rapid variations in temperature or pressure, to assess the strength and durability of the components under test.
3. Automation and ease of use
- Human Machine Interface (HMI): All our test machines feature an intuitive HMI, enabling operators to set up tests, monitor parameters in real time, and analyze results. The interface is designed to be easy to use, even for inexperienced users.
- Test automation: Our test stands can carry out fully automated tests, reducing the risk of human error and ensuring perfect reproducibility of results. What’s more, they can generate test reports automatically, facilitating data documentation and analysis.
4. Safety and Compliance
- Standards compliance: Depending on your requirements and the market to which you are exposed, the hydraulic test bench is developed to meet the most stringent safety and quality standards, such as machine directives and industry-specific standards (e.g. NF EN 1111 for thermostatic mixing valves). This ensures that the tests carried out are not only accurate, but also comply with regulatory requirements.
- Integrated safety systems: To protect operators and equipment, our testing machines are equipped with safety devices such as protective elements, monitoring sensors (temperature, pressure) and emergency stop systems. These devices ensure a safe test environment.
5. Reliability and Durability
- Robust design: Our testing machines are made from quality materials that guarantee long life and reliable operation, even under high stress.
- Simplified maintenance: The benches are designed for easy service and maintenance, with easy access to critical components and built-in diagnostic systems that alert users to malfunctions or maintenance requirements.
These features make LF Technologies hydraulic tests benches essential equipment for ensuring product quality and reliability in a wide range of industrial sectors. They also guarantee strict compliance with international standards, and help optimize testing processes.
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Customer applications
Discover LF Technologies know-how through our customer applications.
Plastic tube bursting bench in production
Carry out bursting tests on plastic or flexible tubes by subjecting them to internal pressure.
Crash test bench for boiler circulators
Crash test bench on boiler circulators. Pressure resistance test.
Turbine control bench
Test bench verifying the conformity of engines and turbines for medical respiratory equipment as part of a Research & Development process.
Hydraulic tests benches: applications for your industry
The hydraulic test benches or hydraulic test stands we design meet the specific needs of industries that depend on hydraulic systems, or manufacturers of sanitary equipment and components. They help ensure the reliability, robustness and conformity of hydraulic products and systems. Examples of industrial applications include
1. Sanitary fittings
- Taps performance evaluation: Our test benches can be used to test the hydraulic performance of mechanical, thermostatic and other types of mixer taps, simulating real-life conditions of use. They assess thermal regulation, mechanical resistance and tightness.
- Normative compliance testing: LF Technologies designs test stands capable of carrying out tests to international standards, such as EN 1111, to ensure that products meet safety and performance requirements.
2. Automotive sector
- Pressure resistance tests: Hydraulic and hysrostatic components used in braking systems, such as hoses and fittings, are subjected to high-pressure tests to ensure that they can withstand rigorous operating conditions without failure.
- Ageing simulations: The benches can be used to simulate accelerated conditions of use, reproducing years of use in a short space of time. This makes it possible to assess the resilience of components in the face of thermal and pressure stresses.
3. Aeronautics
- Validation of hydraulic systems: Test rigs are used to test complex aircraft hydraulic systems, such as flight control systems, to ensure their operation in environments subject to wide variations in pressure and temperature.
- Safety and compliance testing: To meet the stringent standards of the aeronautics industry, hydraulic test bench verify the compliance of critical components, guaranteeing the safety and efficiency of systems in operational conditions.
4. Energy and Nuclear
- Testing valves and hydraulic components: In nuclear power plants and other energy facilities, the reliability of hydraulic systems is essential. Hydraulic test rigs are used to test the pressure resistance, tightness and strength of valves and other hydraulic components under simulated operating conditions.
- Simulation of failure scenarios: The benches can also recreate failure scenarios to analyze the behavior of systems under extreme conditions, helping to develop more robust solutions.
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Aurélien Cottin
Hydraulics Division
Advice from our experts
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