This equipment is a high-reliability device specifically designed for testing the pressure resistance of steel pipes. It supports a modular multi-station design and can be flexibly configured with 1-12 stations according to production capacity requirements. The test pressure for a single station covers the full range from 5MPa to 120MPa (standard options include 5MPa, 10MPa, 20MPa, 30MPa, etc., with a maximum of 120MPa). It precisely adapts to diverse testing needs ranging from low-pressure pipelines (such as water supply and drainage pipes) to high-pressure special pipes (such as petroleum casing pipes and high-pressure boiler tubes).

Core functions and technical advantages:

Intelligent independent control: Each workstation is equipped with an independent water injection system, capable of independent pressure boosting and maintaining, achieving precise pressure control. During the water injection stage, air is automatically removed, ensuring a smooth pressure boosting process without shock. In the pressure maintaining stage, the set pressure value is strictly maintained to avoid interference between workstations, thereby ensuring the independence and accuracy of the detection data for each individual steel pipe.

Full-dimensional data monitoring: Real-time collection and display of pressure values and dynamic pressure curves during the pressing process at each workstation, facilitating the tracing of pressure fluctuation details and providing intuitive evidence for pipe quality analysis.

Automatic real-time data storage: It can achieve both local storage and cloud backup, supports exporting reports in Excel/PDF format, and meets the requirements of factory information-based quality inspection and compliance traceability.

Flexible interaction experience: Integrating remote monitoring and operation functions (supporting access from both computer and mobile terminals), technical personnel can view the operating status of each workstation in real time (such as water injection/pressure boosting/pressure maintaining/completion), adjust parameters, or handle anomalies, reducing on-site duty requirements and enhancing operation and maintenance efficiency.

Highlights of structural design: The adoption of a simplified structure and modular assembly scheme ensures that all core components comply with industry standards, eliminating the need for complex wiring or customized installation. With 2-3 people on site, assembly and debugging can be completed. The operation interface is simple and easy to learn, allowing workers to operate independently after simple training, thereby reducing the threshold for use and maintenance costs.