Glass Reinforced Polyester Pipe Pressure Testing Machine

“ Glass Reinforced Polyester Pipe Pressure Testing Machine ”

 

 

AL-PT GRP Pipe Pressure Test Machine

The AL-PT GRP Pipe Pressure Test Machine is designed to meet the standards of ASTM D 3517-3754, DIN 16869, and AWWA C950. This pressure test equipment is specifically tailored for testing GRP (Glass Reinforced Polyester) pipes, incorporating advanced features and a robust design to ensure accurate and reliable testing.

Standards Compliance

• ASTM D 3517-3754
• DIN 16869
• AWWA C950

Technical Specifications

• Control System: PLC-controlled mechanical system.
• User Interface: Test control through a touch screen PC with completely digital control.
• Automation: Automatic charging, pressurizing, and discharging.
• Pressure Range: Capable of testing with a maximum pressure of 40 bars.
• Pressure Balance System: 4 valves fuzzy logic hydraulic pressure balance system.
• Pipe Handling: Hydraulic pipe lifting system for convenience.
• Assembly: Automatic double-panel moving system for easy adjustment and fast assembly of test pipes.
• Hydraulic Pistons: Four synchronized and position-controlled hydraulic pistons.
• End Locking: Hole locking systems for pressure pipe end.
• Data Logging: Real-time data logging and special software for reporting.
• Leak Detection: Automatic leak detection system for enhanced accuracy.
• Size Capacity: Suitable for pipes with up to 4000mm diameter and 15 meters in length.
• Drive System: Hydraulic driving systems for efficiency.
• Frame Construction: Rigid frame calculated with computer simulation for durability.
• Water Level Adjustment: Automatic water level adjustment system with a special water level sensing system.
• Gasket Design: 3 lips/4 lips special gasket design for optimal sealing.
• Adjustment: 3-speed position and ergonomic test conditions for versatility.

Benefits

• Precision: Ensures accurate testing results with advanced control and automation features.
• Efficiency: Automatic systems for charging, pressurizing, discharging, and water level adjustment enhance operational efficiency.
• Reliability: Robust construction and real-time data logging provide reliable performance and traceable results.
• Convenience: Hydraulic systems for pipe handling and synchronized pistons facilitate easy and fast assembly and testing.