XHS-45 Pipe Hydrostatic Pressure Testing Machine

Product Description of XHS-45 Pipe Hydrostatic Pressure Testing Machine

Pipe Hydrostatic Pressure Testing Machine is mainly used to determine of the resistance of thermoplastics pipes to constant internal water pressure at constant temperature. It conforms to ISO 1167, EN ISO 15874, EN ISO 15874-2, EN ISO 15874-3 , ASTM D 1598 AND ASTM D1599. It's mainly used to test the plastic pipeline, compound pipeline, such as PP-R, PP-B, PP-A, PVC, PE, PE-X etc, for testing the short-time hydraulic failure and resistance to constant internal pressure of the plastic pipes for the transport of fluids.

Test Standards of XHS-45 Pipe Hydrostatic Pressure Testing Machine

ISO 1167, EN ISO 15874, EN ISO 15874-2, EN ISO 15874-3 , ASTM D 1598 AND ASTM D1599

Product Features of XHS-45 Pipe Hydrostatic Pressure Testing Machine

1. Computer control model, high intelligence, real-time monitor, auto-recorder pressure force and time, easy to operate and reliable.

2. Continuous work to ensure complete the integral test, easy to operate and maintain for each independent branch stations

3. Main components are imported from Europe or America, which are stable and reliable.

4. Test can be operated through the PC software.

5. Real-time pressure value checking is available

6. Test reports can be printed.

7. Supplied with over pressure protection function.

8. Pressure holding and data protection at power off with continuous test function after power on.

9. Data analysis software for test setup and control with graphic processing ability.

10. Each station pressure control range is 0.4-10Mpa, random setting.

Technical Parameter of XHS-45 Pipe Hydrostatic Pressure Testing Machine

Testing Pipe Diameter	D16-1200mm
Testing Stations	1-12 Stations (Selection)
Control	PC control
Timing Range	0-9999H59M59S
Timing Accuracy	±0.1%
Time Min Reading	1 second
Pressure Control Range	0.4-10Mpa, Randon setting
Pressure control accuracy	-1%- +2%
Pressure Resolution	0.001Mpa
Testing Range	4%-100%FS
Indication Value Max Error	<1%