Advance Multi Pump Test Rig | FluidoSurge-X 342
A CE-certified pump test unit for investigating flow-head characteristics, efficiency at various speeds, and pump performance curves, manufactured by Scientico India to ISO 9001:2015 standards. Supplied with calibration certificate, operation manual, and complete export documentation. Designed for Fluid Mechanics laboratories in engineering colleges and technical institutions.
The Advance Multi Pump Test Rig FluidoSurge-X 342 is a comprehensive laboratory system designed for in-depth study of operating characteristics of multiple pump types. Manufactured by SCIENTICO, this fully instrumented bench allows precise measurement and analysis of hydraulic, mechanical, and performance parameters of pumps under controlled conditions. It is intended for advanced teaching and experimental work in fluid mechanics laboratories.
Product Overview
FluidoSurge-X 342 enables students to investigate and compare the performance of several pump technologies within a single self-contained unit. The rig supports measurement of suction and discharge pressure, flow rate, torque, rotational speed, manometric head, hydraulic power, mechanical power, and efficiency. The system consists of pump assemblies with individual drive motors and a closed-loop water circuit incorporating storage and volumetric tanks. Pump speed is controlled via a frequency converter, allowing detailed characteristic curve analysis over a wide operating range.
Request Specifications & Pricing
CE-certified, ISO 9001:2015 compliant. Supplied to universities and institutions in 60+ countries.
WhatsApp: +91 701-586-5225 | Email: [email protected]
View Quality Certifications | FAQ, Shipping, Warranty, Lead Time
| Parameter | Specification |
|---|---|
| Apparatus Type | Multi pump performance test rig |
| Standard Pumps Supplied | Centrifugal pump, axial flow pump, gear pump, turbine pump |
| Optional Pumps (not included) | Flexible impeller, diaphragm, plunger, additional centrifugal pump |
| Drive System | Individual motors for each pump |
| Speed Control | Frequency converter, computer controlled (optional) |
| Water Circuit | Closed loop with storage and volumetric tanks |
| Pressure Measurement | Pressure sensors at pump inlet and outlet |
| Flow Measurement | Level sensor and graduated volumetric tank |
| Torque Measurement | Direct torque measurement at motor shaft |
| Frame Material | Anodized aluminum frame, painted steel panels |
| Wetted Parts | Stainless steel |
| Mobility | Mounted on wheels |
Key Features
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Study of operating characteristics of multiple pump types in one system
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Direct measurement of pressure, flow, torque, and speed
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Determination of manometric head, hydraulic power, mechanical power, and efficiency
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Individual motor drive for accurate torque measurement
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Variable speed control via frequency converter
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Closed water recycling system with dual tanks
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Modular design supporting optional pump integration
Applications
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Fluid mechanics and hydraulic machinery laboratories
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Performance testing of pumps
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Comparative study of pump technologies
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Teaching dimensional analysis and similarity laws
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Advanced engineering education and training
Construction & Design Details
The rig is mounted on a rigid structure with a working surface protected by a plastic sheet. It consists of two main sections: the pump assembly area with motors, flexible hoses, valves, and sensors, and the water storage and measurement section with upper volumetric and lower storage tanks. The volumetric tank includes weirs, level sensors, a transparent indicator tube, graduated scale, and safety overflow to prevent misuse. All main metallic components are corrosion-resistant, ensuring durability and consistent operation in laboratory environments.
Experiments
General Experiments
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Determination of dimensional characteristic curves of different pump types
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Determination of specific speed
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Verification of pump similarity rules
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Sensor calibration
Axial Pump
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Q vs speed characteristics
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Head vs flow at different speeds
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Mechanical power vs flow
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Efficiency vs flow
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Characteristics map
Centrifugal Pump
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Q vs speed characteristics
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Head vs flow at different speeds
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Mechanical power vs flow
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Efficiency vs flow
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Characteristics map
Flexible Impeller Pump (optional)
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Q vs speed characteristics
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Head vs flow at different speeds
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Mechanical power vs flow
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Efficiency vs flow
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Characteristics map
Turbine Pump
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Q vs speed characteristics
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Head vs flow at different speeds
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Mechanical power vs flow
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Efficiency vs flow
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Characteristics map
Diaphragm Pump (optional)
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Q vs speed characteristics
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Head vs flow at different speeds
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Mechanical power vs flow
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Efficiency vs flow
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Characteristics map
Gear Pump
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Q vs speed characteristics
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Head vs flow at different speeds
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Mechanical power vs flow
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Efficiency vs flow
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Characteristics map
Plunger Pump (optional)
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Q vs speed characteristics
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Head vs flow at different speeds
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Mechanical power vs flow
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Efficiency vs flow
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Characteristics map
Software (Optional)
The optional DAQ Software is developed in the NITM LabVIEW™ environment. It enables data acquisition, processing, visualization, and reporting on Windows systems. Measured and calculated parameters can be displayed as tables and graphs, with export of comprehensive CSV reports for documentation and analysis.
Export & Supply Capability
SCIENTICO manufactures the Advance Multi Pump Test Rig FluidoSurge-X 342 for engineering institutions, universities, and research laboratories. The system is suitable for domestic and international supply. Export packing, documentation, and electrical configuration are provided according to destination requirements.
Q1. How many pumps are included in the standard supply?
Four pumps are included: centrifugal, axial flow, gear, and turbine pumps.
Q2. Can additional pump types be added later?
Yes. Several optional pumps can be connected using valves and flexible hoses.
Q3. How is pump speed controlled?
Pump speed is controlled using a frequency converter, with optional computer control.
Q4. What parameters can be measured directly?
Pressure, flow rate, torque, speed, and water level are measured directly.
Q5. Is the system suitable for advanced laboratory courses?
Yes. The rig supports advanced experiments on pump performance, similarity laws, and efficiency analysis.
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