Iec 60034 High-Pressure Water Pump Test Bench Comprehensive Performance Test

Iec 60034 High-Pressure Water Pump Test Bench Comprehensive Performance Test
 
Product Description
WPT-14 is a full-featured, high-precision comprehensive performance test system for water pumps, designed for testing pump equipment in the R&D, production, and inspection stages. It supports automated testing under high pressure, variable flow, constant speed/variable speed, and multi-media conditions, covering a wide range of industrial application scenarios. As an advanced Pump Testing Equipment, the device complies with international standards such as ISO 9906, integrates data acquisition and traceable report output systems, and is widely used in pump manufacturing, petrochemicals, water conservancy projects, and scientific research institutions.
 
Test Objects

• Centrifugal Pumps: Single-stage/multi-stage, horizontal/vertical, pipeline pumps

• Positive Displacement Pumps: Plunger pumps, diaphragm pumps, gear pumps

• Special Condition Pumps: Submersible pumps, canned motor pumps, magnetic pumps

Inspection Items

1. Performance Parameters:

   • Head (H-Q curve, accuracy ±0.5%)

   • Shaft power and efficiency (P-η curve, resolution 0.1%)

   • Net Positive Suction Head (NPSHr, ISO 9906 Class B)

2. Operational Stability:

   • Vibration acceleration (X/Y/Z three-axis, ≤2.8m/s²@1500rpm)

   • Noise decibel (at a distance of 1m, ≤85dB for 55kW pump)

3. Durability and Safety:

   • Seal leakage (mechanical seal ≤5 drops/minute)

   • Motor temperature rise (stator winding ≤120K, IEC 60034-1)

4. Special Tests:

   • High-temperature media adaptability (150℃ continuous operation for 24 hours)

   • Particle tolerance (tested with water containing 50$mu$m impurities, wear ≤0.05mm)

Product Features
♦High-precision testing and intelligent control: High-precision sensors and intelligent measurement and control systems are used to achieve accurate measurement of key parameters such as pressure (±0.2% FS), flow (±0.5% FS), and efficiency (±0.5%). The 12-inch touch screen supports one-touch test scheme setting, and the PLC-linked servo motor accurately adjusts the speed to ensure the reliability of the test data.
♦Multi-dimensional testing capabilities: In addition to conventional performance tests (head-flow curve, shaft power-efficiency curve, cavitation margin), it also supports synchronous monitoring of indicators such as vibration (resolution 0.1m/s²), noise (accuracy ±1dB), seal leakage, and bearing temperature rise to comprehensively evaluate the operating stability of the pump.
♦Flexible and adaptable design: The quick-change fixture (DN50-DN600 flange interface) is compatible with various pump types such as horizontal, vertical, and submersible pumps. The optional vacuum system simulates the working conditions of deep well pumps, and supports tests of various media such as clean water, sewage, and oil to meet the needs of different industries.
♦Data traceability and intelligent management: Built-in 256GB storage space, automatically generates various test curves and reports, supports USB/Ethernet export and host computer software analysis. Real-time display of SPC statistical charts, automatic marking and alarm of abnormal data, in line with ISO 9001 quality traceability requirements.
 
International Reference Standards
The WPT-14 high-pressure water pump test bench strictly follows a number of international authoritative standards to ensure the accuracy and global applicability of test results:
♦ISO 9906:2018: Hydraulic performance acceptance test of pumps (Clause 5 Efficiency test; Clause 6 NPSH test).
♦GB/T 3216-2016: Hydraulic performance acceptance test of rotary dynamic pumps Level 1, 2, 3 (Clause 5 Head test; Clause 6 Vibration and noise limits).
♦API 610:2010: Centrifugal pumps for petroleum, petrochemical and natural gas industries (Clause 9 Mechanical integrity test; Clause 10 Performance test).
♦ANSI/HI 1.6-2019: Pump efficiency test (Section 4 Efficiency calculation method; Section 5 Test uncertainty).
♦IEC 60034-1:2010: Rotating electrical machines Part 1: Ratings and performance (Clause 7 Temperature rise test; Clause 8 Determination of efficiency).
 
Technical Parameters