GA-G108 Submersible Pump Comprehensive Performance Testing System

Description

GA-G108 Submersible Pump Comprehensive Performance Testing System

I. Overview

The submersible pump test bench is a hardware and software system primarily used for factory and type testing of submersible pumps. The testing system consists of a flow rate and speed tester, a pressure and head tester, a single/three-phase electrical parameter measuring instrument, a live winding temperature rise tester, and flow sensors, pressure transmitters, pressure gauges, etc.

GA-G108 Submersible Pump Comprehensive Performance Testing System

II. Test Items:

Flow rate, pressure (head), speed, voltage, current, power, efficiency, temperature rise, etc.

GA-G108 Submersible Pump Comprehensive Performance Testing System

III. Test Functions:

No-load test, load/performance test, cavitation test, temperature rise test, locked rotor test, noise test, vibration test, leakage test

GA-G108 Submersible Pump Comprehensive Performance Testing System

IV. Applications:

Submersible pumps, deep well pumps, centrifugal pumps, pipeline pumps, self-priming pumps, chemical pumps, screw pumps, household booster pumps, sewage pumps, mixed-flow pumps, axial-flow pumps, vortex pumps, automotive washing pumps, automotive circulation pumps, automotive cooling pumps, etc.

GA-G108 Submersible Pump Comprehensive Performance Testing System

V. Software Introduction

1. Testing Methods:
• Electrical measurement method for measuring unit efficiency
• Direct measurement method for measuring pump efficiency
• Calculating efficiency from motor curves
2. Rich Parameter Setting Functions:
1) Product Design Parameters: Including settings for design point flow rate, design point head, design point efficiency, maximum flow rate point flow rate, maximum flow rate point head, maximum flow rate point efficiency, minimum flow rate point flow rate, minimum flow rate point head, minimum flow rate point efficiency, ideal point flow rate, positive displacement pump full pressure, rated speed, speed transmission ratio, and cavitation margin parameters.
2) State Parameter Settings: Including settings for inlet pipe diameter, outlet pipe diameter, inlet gauge position difference, outlet gauge position difference, atmospheric pressure, room temperature, number of pump stages, and sampling times.
3) Test Method Settings:
• Flow sensor selection: (Electromagnetic flow meter, vortex flow meter, orifice plate differential pressure meter), range, turbine coefficient, orifice plate coefficient.
• Pressure sensor selection: (Differential pressure gauge as positive and negative gauge, differential pressure sensor, outlet pressure sensor, outlet pressure gauge as positive and negative gauge, differential pressure gauge as positive and negative gauge), inlet pressure range, outlet pressure range. • Power testing methods: (Electrical measurement method, Torque method), (Single-phase motor, Three-phase motor), Current multiplier, Motor curve, Sensor calibration temperature.
• Speed ​​testing methods: (Automatic measurement, Manual measurement)
3. User-friendly test operation interface: Including buttons for parameter display, stop, sampling, insert sampling, resampling, delete, calculation, data display, motor power calculation, data processing, etc.
4. Data processing interface: Basic information settings include manufacturing unit, report number, test time, pump model, pump number, room temperature, water temperature, atmospheric pressure, gauge difference, inlet pipe diameter, outlet pipe diameter, pressure range, current multiplier, rated power, rated speed, flow meter coefficient, etc.
5. Test bench error analysis function: Including average value, percentage error (%), random error (%), systematic error (%), and total error (%).
6. Enter the “Curve Fitting” function
• Curve type: Performance curve, cavitation curve, two curves.
• Discrimination type: Crosshair discrimination, no discrimination, etc.
• Level: (Level 1, Level 2, Custom, Class B, Class C).
• Open and import data to be fitted.
• Open data files, which can be searched by product number, product model, and test date.
7. Perform curve fitting on the exported data and plot the pump performance curve (H-Q, H-Q, P-Q) or cavitation curve (NASH-Q).
8. Print curve report, accuracy analysis report, and print English curves.
9. Plot current curves and comparison graphs.