About Centrifugal Pump Test Rig
Centrifugal Pump Trainer
- The unit perform the following experiments and investigations:
- Learning Objectives / Experiments
- Recording of pump characteristics
- Recording of system characteristics
- Determination of the flow rate by means of an electromagnetic flow rate sensor or an orifice plate flow meter and a differential pressure measurement
- Calculation of efficiencies
Specification
- Examination of a standard centrifugal pump
- Closed water circuit
- Three-phase motor to power the pump with variable speed via a frequency converter
- Drive motor with pendulum bearing
- Non-contact speed measurement at thif engine shaft and force sensor for measuring the drive power
- Determination of the flow rate by using an electromagnetic flow rate sensor, or an orifice plate flow meter and a differential pressure measurement
- Manometer at the inlet and outlet of the centrifugal pump
- Digital displays for torque, speed, electrical power consumption and flow
- Three-phase motor to power the pump with speed via a frequency converter
- Drive motor with pendulum-1 bearing
- Non-contact speed measurement at the engine shaft and force sensor for measuring drive power
- Determination of the flow rate by using electromagnetic flow rate sensor, or an orifice plate flow meter and a differential pressure measurement
Centrifugal pump
- Max. flow rate: approx. 16m/h
- Max. head: approx. 16m
- Drive motor with variable speed
- Power output1,1 kW
- Speed range: 0...2900min- 1,
- Tank 96L
Measuring ranges
- Pressure: 1x --0,6...0bar., 1x0...2,5bar
- Flow rate: 5.. 600L/min
- Speed:0...5000min-1
- Torque: 0...10Nm
- Power consumption: 0....2,2kW
Dimensions and Weight
- LxWxH: 2000x750x1450mm
- Weight: approx. 200kg
Experiments:
- To determine overall efficiency and pump efficiency of
- To plot head vs. Discharge, pump efficiency vs.
Features:
- Closed loop water circulation
- Compact & stand-alone set up
- Stainless steel tanks and wetted parts
- Superb painted structure
- Simple to operate & maintain
Utilities required:
- Electric supply provide 230 +/- 10 vac, 50 hz, single
- Earth voltage less than 5 vac. ) 5a, three pin socket with switch for pump.
- Water supply
- Tap water connection
Technical details:
- Product centrifugal pump test rig
- Pump
- Drive
- Supply tank
- Measuring tank
- Piping
- Stop watch
- Control panel
- With required electrical instrumentation
- Electronic
- GI/ PVC
Comprehensive Laboratory TrainingThis centrifugal pump trainer is specifically developed for laboratory settings, allowing students and researchers to perform precise pump tests. Its design supports a wide array of experimental setups, making it ideal for demonstrations, analysis, and hands-on learning.
Robust and Accurate ConstructionBuilt with durability in mind, the test rig weighs 200 kg and measures 2000x750x1450 mm, ensuring stability and straightforward placement within labs. With 100% measurement accuracy and a 1-year warranty, it stands out for both reliability and performance.
Versatile Applications for Exporters and ManufacturersAs a preferred choice among exporters, manufacturers, and suppliers, the centrifugal pump test rig caters to global markets. Its efficiency and reliability make it an excellent tool for quality assurance, vocational training, and academic curriculum inclusion.
FAQs of Centrifugal Pump Test Rig:
Q: How is the centrifugal pump test rig set up in a laboratory environment?
A: The rig is placed on a level surface measuring at least 2000x750x1450 mm. It is then connected to the required hydraulic and electrical lines according to the supplied manual. Proper installation ensures accurate and safe experimental operation.
Q: What is the process for conducting a performance test with this pump trainer?
A: To perform a test, connect the rig to the water supply and start the pump. Measurements such as flow rate, head, and efficiency can be taken using the in-built instrumentation. Data collected is used to analyze pump performance.
Q: When should calibration or maintenance be performed on the test rig?
A: Routine calibration is recommended before a new set of experiments or after every semester. Maintenance should be conducted annually, or as prescribed in the manual, to ensure consistent 100% accuracy and prolong the rigs lifespan.
Q: Where can benefits be realized by using this trainer in educational institutions?
A: Educational institutions benefit from this test rig by offering hands-on pump performance experiments. Students acquire practical knowledge on pump operation, troubleshooting, and efficiency measurement, enhancing theoretical learning.
Q: How does the rigs feature of high efficiency benefit laboratory usage?
A: The highly efficient design ensures minimal energy consumption while delivering maximum experimental output. This helps in accurate data recording and provides a realistic demonstration of industrial pump operation.
Q: What support and warranty services are provided?
A: Every centrifugal pump test rig is supplied with a 1-year warranty, covering manufacturing defects. Comprehensive support is available for installation, operation, and after-sales service to ensure smooth integration into your facility.