Multi-station Hydrostatic Pressure Testing Machine
Professional testing equipment for plastic and composite pipes,
designed for constant pressure and burst testing applications.
Product Overview
This hydrostatic pressure testing machine evaluates the pressure
withstand performance of end caps, flanges, and pipes. With a peak
pressure of 10MPa within a 0-100bar testing scope, it features
LCD/LED displays for intuitive data viewing and utilizes PLC and PC
control schemes for superior test precision.
Key Features
- Computerized control with pressure-time and pressure-temperature
test curve generation
- Measurable pressure scope of 0-100 bar
- LCD/LED display for real-time data visualization
- Multiple data output interfaces including USB, RS232, RS485 and
Ethernet
- Water-based testing medium for all procedures
- Test temperature range from 15℃ to 95℃
- Selectable pressure units: Bar, psi, and MPa
Applications
Ideal for pressure assessment and leak detection on pipelines,
valves, and fittings in water, oil & gas, and related sectors. Also
conducts pressure verification for water heaters, pressure vessels,
and diverse pressure-bearing components.
Technical Specifications
| Parameter | Details |
|---|
| Power Supply | AC220V/50Hz |
| Testing Range | 0-100bar |
| Test Mode | Manual/Automatic |
| Test Type | Constant Pressure and Bursting |
| Test Medium | Water |
| Display | LCD/LED |
| Test Temperature Range | 15~95℃ |
| Accuracy | -1%~+2% |
| Data Output | USB/RS232/RS485/Ethernet |
| Max. Pressure | 10MPA |
| Standards Compliance | ISO 1167, ASTM D1598, ASTM D1599, ASTM D2240 |
Customization Options
The JHH Hydrostatic Pressure Testing Machine supports custom
configurable testing workflows to accommodate varied test demands,
with support for pressure-time and pressure-temperature test curve
generation.
Frequently Asked Questions
Which brand manufactures the Hydrostatic Pressure Testing Machine?
This testing instrument is branded JHH.
Where is the Hydrostatic Pressure Testing Machine produced?
The equipment originates from Beijing, China.
What are the core operational steps?
Operational workflow covers equipment assembly and connection,
parameter configuration, system startup, test sequence execution,
and final machine shutdown.
What key performance characteristics does it possess?
High measurement precision, rapid response, robust
anti-interference capability, and outstanding operational
stability.
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