Test Systems

Hydraulic Test Systems

Hydraulic testing systems are systems used to test the performance of products and components in various industrial applications. These systems typically evaluate a product's durability, leak-tightness, functionality and other properties using hydraulic pressure. Hydraulic testing systems are widely used to ensure quality control during the design and manufacturing processes of products.

Hydraulic testing systems generally consist of the following components:

1. **Hydraulic Power Unit (HGU)**: This unit, which forms the basis of hydraulic testing systems, includes the pump, motor and other components that produce hydraulic fluid under pressure.

2. **Product or Component under Test**: Test systems are often used to test various products or components such as valves, pipes, fittings, actuators, and other hydraulic components.

3. **Pressure Control Unit**: This unit is used to create, maintain or change a specific pressure level. This ensures that certain pressure conditions are maintained on the product under test.

4. **Measurement and Control Systems**: Various measurement and control equipment such as pressure sensors, flowmeters, data acquisition systems and control devices are used to evaluate the performance of the product under test.

5. **Safety Components**: Hydraulic testing systems include various safety measures to ensure the safety of operators. These measures may include emergency stop buttons, pressure limiters, leak detection systems and isolation valves.

Hydraulic testing systems are used in many different industries, from the automotive industry to aerospace, from construction to the energy sector. These systems are an important tool to ensure the quality and reliability of products and play a vital role in the design and production processes.

Flow Testers are used in hydraulic systems to measure the flow rate and pressure given by the pump to test whether the system is working at the proper value and to provide adjustment. We have rich stocks consisting of many products you need for Flow Test Systems such as Flowmeter, Manometer, Sensor, Minimes Fitting and Pressure Measuring Hoses.

Hydraulic system failure is determined by measuring the criteria such as flow, pressure and temperature with the compact flow tester. Hydraulic system settings can be easily made by measuring flow, pressure and temperature values ​​of work machines, agricultural machines and mining machines attachment lines with flow tester.

Hydraulic Systems As they are closed circuit systems, Maintenance Engineers and Maintenance Technicians are having a hard time detecting hydraulic system failures. For this reason, as Hidroman, our mobile flow testers with compact structure that allow you to easily detect the failures of your hydraulic system become very tin.

Finding hydraulic system failure takes a lot of time in modern complex hydraulic systems. This process can be done easily with Hidroman Flowmeter. After the hydroman flow test devices are easily adapted to the hydraulic system, defective product can be detected by performing flow, pressure and temperature control without removing any equipment from the hydraulic system.

Hidroman Flow Testers are resistant up to 400 bar pressure. With the preload feature, you can reach the required pressures and loads as if your hydraulic system is operating at full performance by simulating various working conditions.

Hydro system flow tester can be connected to Quick Coupling (quick coupling) and hydraulic system fault detection can be done quickly. Hydromanic Flow Test Devices and hydraulic system equipment such as Hydraulic Cylinder, Hydraulic Pump, Hydraulic Motor, Hydraulic Valve are controlled by a quick method by controlling the failure of the hydraulic system equipment, adjusting the flow and pressure settings required by the hydraulic system.

Hydraulic Testing Machine

Hydraulic testing machines are specialized machines used to test the performance of products and components in various industrial applications. These machines are designed to evaluate the durability, strength, sealing, functionality and other properties of a product using hydraulic pressure.

Hydraulic testing machines generally consist of the following components:

1. **Frame or Structure**: It has a frame or structure used to support and provide safety to the product under test.

2. **Hydraulic Power Unit (HGU)**: This unit, which forms the basis of hydraulic testing machines, includes the pump, motor and other components that produce hydraulic fluid under pressure.

3. **The Compartment Where the Tested Product is Kept or Mounted**: The tested product or component is generally located in this compartment, connected to a fixed platform or apparatus.

4. **Pressure Control Unit**: This unit is used to create, maintain or change a specific pressure level. This ensures that certain pressure conditions are maintained on the product under test.

5. **Measurement and Control Systems**: Various measurement and control equipment such as pressure sensors, flowmeters, data acquisition systems and control devices are used to evaluate the performance of the product under test.

6. **Safety Components**: Hydraulic testing machines include various safety measures to ensure the safety of operators. These measures may include emergency stop buttons, pressure limiters, leak detection systems and isolation valves.

Hydraulic testing machines are used in many different industries, from the automotive industry to aerospace, from construction to the energy sector. These machines are an important tool to ensure the quality and reliability of products and play a vital role in the design and production processes.