Hydrostatic Pressure Test Device

Hydrostatic Pressure Test Device

Hydrostatic pressure test units are important test equipment widely used in industrial sectors. These units are used to evaluate the durability and reliability of various materials, especially pipes, fittings, and valves. In this description, the features, technical details, and applications of hydrostatic pressure test units will be discussed in detail.

Technical Features and Compliance with Standards:

Hydrostatic pressure test units are designed and manufactured in compliance with international standards. Compliance with standards such as ISO 1167, ASTM D1598, and ASTM D 1599 ensures the reliability and comparability of test results. These standards provide widely accepted guides for evaluating the performance of industrial materials.

The units are typically equipped with a range of technical features:

• Pneumatic Sample Elevator: Equipped with a pneumatic elevator system for easy loading and unloading of samples.

• Digital Display and Timer: Digital displays and timers for the needle tip allow monitoring and control of the test process.

• Temperature Control: PID temperature control allows precise adjustment of desired temperature values, enhancing the accuracy of test results.

• Water Circulation System: An integrated water circulation system provides a homogeneous test environment and maintains stable temperature conditions during the test.

• Manual and Automatic Control: It is possible to manage the test process in both manual and automatic modes, allowing users to customize tests as desired.

• High-Quality Materials: Units made of SS304 stainless steel offer long-lasting and reliable performance.

• Reporting and Data Recording: Reporting feature in WORD format and AHP data recording system allow documenting and recording test results.

• Safety Features: Safety features such as protection of data recording system in case of power outages are included.

Applications:

Hydrostatic pressure test units are widely used in many industrial sectors, including construction, water and sewer systems, oil and gas industry, chemical industry, automotive sector, and more. These units are essential for testing materials that require pressure resistance, especially pipelines, pressure tanks, valves, and other pressure-resistant materials.

Conclusion:

Hydrostatic pressure test units provide a robust testing solution of critical importance for evaluating the durability and reliability of industrial materials. Suitable technical features, compliance with international standards, and broad application areas enable these units to play a fundamental role in industrial quality control processes.