Experience Superior Pressure Testing with Our High-Performance Hydrostatic Pressure Testing Machine
Applications:
The Hydrostatic Pressure Testing Machine is specialized testing equipment designed to assess the pressure resistance of pipes, containers, valves, and other pressure-bearing equipment. It is engineered to evaluate the mechanical strength of materials and components by applying controlled high-pressure testing. As a critical quality assurance tool, the Hydrostatic Pressure Tester is widely utilized in industries including petroleum, chemical engineering, and natural gas—sectors that demand rigorous high-pressure performance validation for equipment.
The XGY Hydrostatic Pressure Testing Machine operates based on the following principle: Users input pipe parameters (including ring stress, wall thickness, and average outer diameter) into a PC. The system automatically calculates the required test pressure, and the computed data is transmitted to the lower computer (MCU embedded system) via the RS232 serial port. This machine offers dual control modes for flexibility: Micro-control and Industrial PC control.
The Hydrostatic Pressure Testing Machine (also referred to as Hydrostatic Pressure Check Machine) generates two key types of test curves: Pressure-time curves and Pressure-temperature curves. These curves facilitate real-time monitoring of the testing process and ensure the accuracy of test results by visualizing pressure variations against time and temperature. Additionally, the machine supports OEM customization to tailor its functions and specifications to diverse industry-specific requirements.
Product Description:
This Hydrostatic Pressure Testing Machine integrates state-of-the-art technology and incorporates an automatic testing mode, which guarantees consistent, repeatable test outcomes across all operations. Engineered to deliver precise and reliable results, it stands as an ideal solution for diverse applications spanning multiple industries.
The Hydrostatic Pressure Testing Machine holds CE and ISO certifications, ensuring strict compliance with stringent international quality and safety standards. These certifications serve as tangible validation of the machine’s robust reliability and superior performance, solidifying its position as a trusted choice for all hydrostatic pressure testing requirements.
A key technical feature of this Hydrostatic Pressure Testing Machine (also referred to as Hydrostatic Pressure Check Machine) is its capability to perform tests across a broad temperature spectrum. With an operational temperature range of 10–95℃, it adapts seamlessly to varied environmental conditions, ensuring accurate and reliable results regardless of the testing context.
Another critical advantage is its comprehensive OEM customization capabilities. This allows the machine to be tailored precisely to the unique needs and specifications of individual users, rendering it a highly versatile and flexible solution for any hydrostatic pressure testing application.
Features:
- Product Name: Hydrostatic Pressure Testing Machine
- Operating Principle: Users input pipe parameters (including ring stress, wall thickness, and average outer diameter) into the PC. The system then automatically calculates the required test pressure, and the computed data is transmitted to the lower computer (MCU embedded system) via the RS232 serial port.
- Customized Support: Supports OEM (Original Equipment Manufacturer) customization to tailor the machine’s specifications and functions to meet industry-specific or user- specific testing requirements.
- Model: XGY-16C
- Operating Temperature Range: 15–95℃
Meet Standards:
ISO1167-2006, ASTMD1598-2004, ASTMD1599, ISO9080, CJ/T108, ASTMF1335.
Technical Parameters:
| Model |
XGY-16C |
| Diameter range |
Φ16-630mm |
| Stations |
3, 5, 6, 12, 15, 18, 20, 25, 50, 100 etc can customized |
| Control mode |
Micro-control, industrial PC control |
| Display mode |
Industrial PC LCD color display |
| Storage mode |
PC strorage |
| Print mode |
Color printer output |
| Test pressure |
Pressure range |
0.1-16MPa |
| Control accuracy |
±1% |
| Display resolution |
0.01MPa |
| Working range |
5%~100%FS |
| Indication error |
±1% |
| Test Timer |
Timer range |
0~10000h |
| Timer accuracy |
±0.1% |
| Timer resolution |
1s |
| Power |
380V 50Hz three-phase four-wire 1.5KW |
| end caps models |
from Φ16 to 630mm |
| Water tank size |
accoard to the pipe size |
| Temperature range |
15-95℃ |
| Dimensions (three stations) |
715×625×1700(mm)or others
|
Support and Services:
We offer comprehensive professional technical support for Hydrostatic Pressure Testing Machines, backed by a team of seasoned technical specialists with in-depth expertise in the operation, maintenance, and calibration of plastic pipe pressure testing equipment. Our dedicated services include:
- On-site Machine Installation & Commissioning: Professional on-site assembly, precision calibration, and initial operational verification to ensure the machine meets international testing standards (e.g., ISO 1167, ASTM D1598) from the outset, eliminating issues caused by improper setup.
- Professional Troubleshooting & Targeted Technical Consultation: Prompt diagnosis and solutions for common equipment malfunctions (e.g., pressure control deviations, temperature system inaccuracies) and customized guidance on operational optimization, standard compliance, and daily maintenance best practices.
- Timely Repair & Proactive Preventive Maintenance: Rapid corrective repairs for faulty components (using genuine or high-compatibility parts to preserve testing accuracy) and tailored preventive maintenance plans (e.g., routine sensor calibration, seal replacement, pipeline flushing) to extend equipment lifespan and maintain consistent performance.
- Genuine Spare Parts & High-Quality Consumables Supply: Provision of 100% original spare parts (to ensure seamless compatibility) and reliable consumables (e.g., pressure-resistant hoses, food-grade sealing gaskets for water-based testing) with efficient delivery, minimizing equipment downtime.
- Regular Software Updates & Functional Upgrades: Periodic software updates to fix bugs and align with the latest industry standards, plus functional upgrades (e.g., enhanced test curve analysis, batch data export) to adapt to evolving testing requirements of plastic pipe manufacturers and quality labs.
FAQ:
Q1: What is the purpose of the Hydrostatic Testing Machine (Plastic Pipe Hydrostatic Pressure Testing Machine)?
A1: The Hydrostatic Testing Machine (Plastic Pipe Hydrostatic Pressure Testing Machine) is specifically engineered to assess the hydrostatic strength and bursting strength of plastic pipes. These two metrics are critical performance indicators for validating the safety, pressure resistance, and long-term durability of plastic pipes in fluid transport scenarios (e.g., residential plumbing, industrial chemical conveyance, and municipal water supply).
Q2: What types of components and materials can the Hydrostatic Pressure Testing Machine test?
A2: The Hydrostatic Pressure Testing Machine is applicable for testing plastic pipes and composite pipes, including but not limited to PP-R, PP-B, PP-A, PVC, PE, and PE-X variants. This coverage meets the testing demands of diverse plastic pipe types used in residential, commercial, and industrial fluid-conveyance applications.
Q3: What is the accuracy of the Hydrostatic Pressure Testing Machine?
A3: The Hydrostatic Pressure Testing Machine boasts a measurement accuracy of within 0.1% of the full-scale reading. This high precision ensures test data is reliable, traceable, and fully compliant with international industry standards for plastic pipe testing (e.g., ISO 1167, ASTM D1598), supporting authoritative quality validation.
Q4: What is the maximum pressure that the Hydrostatic Pressure Testing Machine can test?
A4: The Hydrostatic Pressure Testing Machine supports a maximum test pressure of up to 10 MPa (equivalent to 100 bar or 1,450 psi). This pressure range fully covers the requirements of most standard hydrostatic endurance tests and bursting tests for plastic pipes in both industrial and civil applications.
