A CE-certified precision laboratory apparatus for engineering experimentation and technical education, 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.

| Parameter | Specification |
|---|---|
| Apparatus Type | Radial fan flow and performance study unit |
| Fan Type | Radial fan with electric drive |
| Speed Control | Adjustable |
| Impellers Supplied | Forward-curved blades, rear-curved blades |
| Intake Pipe Inner Diameter | 122 mm |
| Intake Pipe Length | 590 mm |
| Delivery Pipe Inner Diameter | 100 mm |
| Delivery Pipe Length | 420 mm |
| Fan Power Consumption | 150 W |
| Fan Speed | Up to 2800 min⁻¹ |
| Maximum Flow Rate | 450 m³/h |
| Maximum Differential Pressure | 480 Pa |
| Pressure Measuring Range | 0 to 1000 Pa |
| Speed Measuring Range | 0 to 3000 min⁻¹ |
| Flow Rate Measuring Range | 0 to 1700 m³/h |
| Temperature Measuring Range | -100 to 400 °C |
Key Features
Radial fan with variable speed drive
Two interchangeable impellers with different blade geometries
Transparent intake and delivery pipes for flow visualization
Throttle valve for precise airflow adjustment
Integrated measurement of pressure, differential pressure, speed, and temperature
Suitable for steady-state airflow and thermal experiments
Compatible with optional digital data acquisition and visualization software
Applications
Fluid mechanics laboratory experiments
Study of radial fan characteristics and performance
Determination of fan efficiency
Investigation of velocity and pressure distribution in ducts
Heat transfer studies using forced convection
Construction & Design Details
The apparatus features a rigid experimental frame supporting the radial fan, transparent intake pipe, and delivery pipe. The fan impellers can be easily exchanged to compare forward-curved and rear-curved blade performance. Measuring transducers are installed at appropriate locations to capture operating parameters. The throttle valve at the delivery pipe outlet allows controlled variation of airflow during experiments.
Experiments
Recording fan characteristic curves
Determination of fan efficiency
Study of velocity distribution in pipes
Investigation of velocity and pressure distribution around a cylinder in transverse flow
Recording cooling curves of a heated cylinder subjected to airflow
Determination of heat transfer coefficients
Study of the effect of impeller speed on efficiency and delivery data
Data Acquisition Software (Optional)
Optional data acquisition software developed in the NITM LabVIEW™ environment supports real-time acquisition, processing, and visualization of measured parameters on a Windows-based PC. The software enables graphical representation of characteristic curves, calculation of airflow, and export of measured and calculated data in CSV format for further analysis.
Standard Scope of Delivery
1 experimental module
2 impellers (forward-curved and rear-curved)
1 set of hoses
1 instruction manual
Export & Supply Capability
SCIENTICO manufactures the Radial Fan Flow Apparatus FluidoSurge-X 252 for engineering colleges, technical universities, and research laboratories. The unit is suitable for domestic and international supply. Export packing and documentation are provided according to customer and destination requirements.
Q1. What is the purpose of FluidoSurge-X 252?
It is used to study the operating characteristics and efficiency of radial fans.
Q2. How is airflow controlled in the apparatus?
Airflow is controlled using a throttle valve at the end of the delivery pipe.
Q3. What impeller types are included?
One impeller with forward-curved blades and one with rear-curved blades are supplied.
Q4. Can fan speed be varied during experiments?
Yes. The fan speed is adjustable to study performance at different operating points.
Q5. Is digital data acquisition available?
Yes. Optional DAQ hardware and software are available for data logging and visualization.