MTSH-6 Microcomputer-Controlled Pipe Pressure Testing Machine
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Description
Product Introduction
It is used to determine the pressure‑holding time of various nonmetallic pipes at a constant temperature. The main unit employs a microprocessor‑based, fully closed‑loop control system, enabling complete closed‑loop control of the entire setup. The testing and control system consists of a two‑tier architecture: an upper-level host computer and a lower-level controller. The host computer handles graphical display, data processing, and data management, while the lower-level controller, in response to commands from the host, regulates the hydraulic pressure system to achieve the target pressure. It also features automatic data saving upon power loss and the ability to resume testing after power is restored, ensuring uninterrupted operation. The system can display individual curves for each channel and allows independent setting of test parameters for each channel. It is widely applied in factories, construction‑quality inspection stations, product‑quality testing laboratories, research institutions, and other settings, supporting the production inspection, development, and research of various types of piping materials.
Complies with GB 18742.2, GB 6111—“Method for Determining the Time to Failure of Thermoplastic Pipes under Long-Term Constant Internal Pressure,” GB/T 15560—“Hydraulic Instantaneous Burst and Pressure-Resistance Test Methods for Plastic Pipes Used in Fluid Conveyance,” GB/T 13663.2, and CJ/T 123‑2016.
It complies with the relevant GB standards for long-term hydrostatic pressure testing and other requirements applicable to piping materials such as PVC, PP‑R, PE‑X, aluminum‑plastic composite pipes, and steel‑plastic composite pipes.
Key features:
1. Wide range of applicability: Suitable for the specimens specified in the aforementioned GB standards, including pipes and pipe fittings.
2. Fully automated microcomputer system: key technologies including unified pressure control, zone‑based pressure control, pressurization, pressure holding, pressure compensation display and archiving, as well as temperature control.
3. Enables users to monitor remotely and track the pressure–time curve in real time.
4. Each screen in the microcomputer interface can be printed, and test results and reports are automatically generated and printed.
5. This software package supports the test method specified in the GB standard: A: Determination of pressure‑resistance duration under long-term constant pressure.
6. The experimental report content is automatically saved, and users are provided with multiple query options, enabling them to retrieve all previous raw experimental records at any time for long-term archival management.
7. It supports a 1,000-hour endurance test, and the microcomputer features a power‑on startup function: after a power outage, the system saves the current experimental results; upon restoration of power, the microcomputer restarts and resumes the experiment from the point where it was interrupted.
Technical Specifications
| Project | Parameter |
| Pressure Range and Accuracy | 0.5–14 MPa, accuracy: Class 1.0 |
| Timing accuracy | ≤0.5% |
| Temperature control range and accuracy | Ambient temperature to 95°C, accuracy: ±0.5°C |
| Temperature field uniformity | ≤0.2℃ |
| Heating power | 6kW |
| Refrigeration capacity | 1.1 kW (optional) |
| Other power levels | ≤2kW |
| Specimen types | Pipes and pipe fittings |
| Specimen range (outer diameter) | a:16mm~110mm; b:16mm~160mm; c: 16 mm to 200 mm (selected by the user) |
| Standard specimen fixture type | Type A |
| Number of test specimens per trial | 1 to 6 (selected by the user) |
| External dimensions | Control cabinet: Length × Width × Height = 860×790×1700 (mm); Water bath tank: Length × Width × Height = 1600×820×1190 (mm). The pre‑heating tank can be custom‑made to specified dimensions upon request. |
| Overall machine weight | 540kg |
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