| Customization: | Available |
|---|---|
| After-sales Service: | Yes |
| Warranty: | 1 Year |
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Dual-station design: The unique dual-station structure allows two water pumps to be tested at the same time, significantly improving testing efficiency and saving time and costs.
For example, in a large-scale production environment, single-station testing may take a long time to complete the testing of a batch of water pumps in the past, but double-station testing can cut the time in half to meet the needs of rapid production.
High-precision measurement: Equipped with high-precision sensors and measuring instruments, it can accurately measure key performance parameters such as flow, lift, power, and efficiency of the water pump to ensure the accuracy and reliability of test results.
Taking a certain high-precision flow sensor as an example, its measurement error can be controlled within a very small range to ensure accurate measurement of water pump flow.
Automated control: It realizes the automated control of the test process, including the start and stop of the test process, data collection and processing, etc., reducing human operating errors and improving the consistency and repeatability of the test.
For example, the system can automatically adjust the working status of the water pump according to the preset test program and record relevant data in real time.
Multi-function test mode: supports multiple test modes, such as steady-state test, transient test, durability test, etc., to meet the testing needs of different types of water pumps and different application scenarios.
For water pumps that require long-term stability testing, the system can continuously monitor and record performance changes.
Friendly human-machine interface: The operation interface is simple, intuitive and easy to use. Operators can easily set test parameters, view test results and generate test reports.
Even first-time users can quickly master the operation method through clear icons and guidance.
ISO 9906:2012 "Rotary dynamic pumps - Hydraulic performance acceptance tests - Level 1, 2 and 3"
GB/T 12785-2014 'Submersible electric pumps - Test methods'
| Flow measurement accuracy | better than ±0.5%FS |
| Flow measurement range | depends on the flow sensor |
| Inlet pressure measurement accuracy | better than ±0.5%FS |
| Inlet pressure measurement range | depends on the pressure sensor |
| Outlet pressure measurement accuracy | better than ±0.5%FS |
| Outlet pressure measurement range | depends on the pressure sensor |
| Temperature measurement accuracy | ±0.5% |
| Temperature measurement range | 0~100ºC |
| Torque measurement accuracy | ±0.5%FS |
| Torque measurement range | depends on the torque speed sensor |
1.Water pump manufacturers: used for new product development, quality inspection and quality control during production to ensure that the performance of factory products meets standards and customer requirements.
2.Scientific research institutions: provide accurate experimental data for scientific research projects related to water pumps, and help technological innovation and performance optimization research.
3.Maintenance service industry: help maintenance personnel to evaluate the performance of faulty water pumps, accurately diagnose problems, and improve maintenance efficiency and quality.
We provide a full range of after-sales services, including equipment installation and commissioning, training guidance, technical support and equipment maintenance, etc., to ensure that customers can use this test system smoothly and get timely and effective help during use.
The dual-station water pump comprehensive performance test system provides strong support and guarantee for the development of the water pump industry with its excellent performance, efficient testing capabilities and reliable quality.
Q1: What types of water pumps can be tested by the dual-station water pump comprehensive performance test system?
A: It can test various types of water pumps, such as submersible pumps, deep well pumps, centrifugal pumps, pipeline pumps, self-priming pumps, chemical pumps, screw pumps, household booster pumps, sewage pumps, automotive fuel injection pumps, automotive washing pumps, automotive cooling water pumps, motorized spray pumps, aquarium pumps, etc.
Q2: What are the test items of this system?
A: Generally including flow, speed, current, power, pressure (lift), efficiency, temperature rise, etc.
Q3: What is the accuracy of the system?
A: For example, the flow accuracy may be ±0.5%, the pressure accuracy is ±0.2%, the speed accuracy is ±0.2%, the voltage accuracy is ±0.5 level, the current accuracy is ±0.5 level, the power accuracy is ±0.5 level, and the temperature accuracy is ±1ºC, but the specific accuracy may vary depending on the system.
Q4: What standards does the test system meet?
A: It usually complies with relevant standards such as GB/T 3216-89 "Test methods for centrifugal pumps, mixed flow pumps, axial flow pumps and vortex pumps" and GB/T 12785-91 "Test methods for submersible electric pumps".
Q5: What are the components of the system?
A: It is generally composed of flow and speed tester, pressure head tester, single/three-phase electrical parameter measuring instrument, live winding temperature rise tester and LWGY turbine flow sensor, pressure transmitter, pressure gauge and computer system software. In addition, it may also include power distribution devices and high-voltage cabinets.
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