Enhanced Automated Pressure Control

Enhanced Automated Pressure Control

The APP Enhanced Automated Pressure Control System (EAPCS) is designed to provide rapid and precise hydraulic pressure generation and control for high-pressure testing applications. The system operates from atmospheric pressure up to 60,000 psi and is capable of delivering high-volume pressure output with fast response times. The EAPCS is fully automated and microprocessor-controlled, allowing users to program multiple pressure setpoints, hold times, dwell times, and pressurization rates. The system is suitable for pressure cycling, burst testing, fatigue testing, and other high-pressure testing applications.

Specifications:

Working Fluid Water (other fluids may be substituted)
Air Requirement 80 psi compressed air
Pressure Range 0 to 50,000 psi
Pressure Transducer Range: 0 to 50,000 psi

Accuracy: Up to ±0.01% of full scale
System Resolution 1 part in 20,000 (optional 1 part in 65,536)
System Control Accuracy ±0.02% of full scale
Pressure Setting Up to 40 different pressure steps
Pressurization Rate 0.1 to 200 psi/sec
Power Requirements 110 VAC, 60 Hz (220 VAC, 50 Hz optional)
Dimensions 51 in (H) x 28.5 in (W) x 26 in (D)
Weight 200 lbs

 

Category:
  • Hydraulic pump results in rapid high pressure, high volume output.
  • Highly accurate pressure transducer monitors system pressure and provides feedback.
  • User-defined multiple target pressures, holding times, and pressurization rates.
  • Optional elevated temperature testing capability.
  • High-precision pressure transducer for accurate pressure monitoring and feedback.
  • Fully automated pressure generation and control with programmable pressure profiles.
  • Multi-level safety protection against over-pressurization.
  • Windows-based software handles all control, measurement, data collection, and report generation; complete manual control also possible.
  • Compatible with Windows ’98 and higher.
  • Real-time graphical test display depicts testing status and results throughout operation.
  • Compatible with multiple pressurizing fluids.
  • Pressure cycling capability for fatigue and durability testing.
  • Optional multi-axis and continuous flow configurations.
  • Customizable reporting and data export capabilities.
  • Minimal maintenance required.

 

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