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Intelligent Valve Pressure Test System

Automatic Valve Pressure Test System for Hydraulic Strength and Gas Tightness Testing

  • Hydraulic Strength Test
  • Gas Tightness Test
  • Automatic Test Control
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Gas Test Pressure

0–100 MPa
0 100 MPa

Automatic Valve Pressure Test System for Strength and Tightness Validation

The intelligent valve pressure test system is a 100 MPa high-pressure automatic testing system designed for industrial valves. It integrates hydraulic strength testing and gas tightness testing to evaluate valve body structural strength, sealing performance, and pressure-bearing reliability. The system is suitable for valve factory inspection, type testing, and periodic calibration applications.

Ideal for use in

Valve Factory Quality Inspection

Valve Type Testing and Periodic Calibration

Key Features

Dual Test Modes
The system integrates hydraulic pressure testing and gas tightness testing, with one-button switching between the two test modes.
Fully Automated Test Process
Automatic pressure rise, pressure holding, steady depressurization, purging, venting, and pressure release help reduce manual intervention and operating errors.
High-Precision Measurement and Control
The intelligent control architecture supports accurate pressure control, high-frequency data acquisition, and stable test execution for valve pressure validation.

Tech Specs

Intelligent Valve Pressure Test System
Specification Value
Equipment Type Automatic Valve Pressure Test System
Test Functions Hydraulic Strength Test and Gas Tightness Test
Applicable Products Industrial Valves
Test Media Clean Water or Oil, Nitrogen or Air
Gas Input Pressure 5–20 MPa
Gas Output Pressure 100 MPa, settable within range
Hydraulic Input Pressure Atmospheric / Normal Pressure
Hydraulic Output Pressure Max. 150 MPa, higher pressure customizable
Control Mode Automatic / Manual
Control Accuracy ±1% FS
Pressure Acquisition Accuracy 0.25%
Data Acquisition Frequency ≥100K
Structure Protective Cabinet Structure
Process Functions Automatic Pressurization, Holding, Depressurization, Purging, Venting, and Pressure Release