Axial Flow Turbo Machines

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Axial Flow Turbo Machines Specification

Dimension (L*W*H)
3350 x 850 x 2465 Millimeter (mm)

Weight
570 Kilograms (kg)

Accuracy
100 %

Feature
Highly Efficient

Warranty
1 year

Type
AXIAL-FLOW TURBO MACHINES

Usage
Laboratory

About Axial Flow Turbo Machines

AXIAL-FLOW TURBO MACHINES

The core piece of the experimental plant is the axial turbomachine with attached asynchronous motor. It can be operated either as a pump or turbine. To this end, different rotors /impellers and stators / guide vane systems are used. Included in the scope of delivery are four rotors / impellers and four stators / guide vane systems supplied with different blade / vane angles. The experimental plant contains a closed water circuit with expansion tank and centrifugal pump. The compressed-air powered expansion tank allows the turbomachine to be converted without loss of water.The asynchronous motor functions during turbine operation as a generator, and during pump operation as a drive. A powerful pump generates flow and pressure during turbine operation. The power that is generated by the turbine is fed into this pump.

The speed is detected contact-free by means of an inductive displacement sensor on the motor shaft. To determine the drive power, the asynchronous motor is mounted on swivel bearings and equipped with a force sensor to measure the drive torque. Manometers measure the pressures at inlet and outlet. Pressure sensors measure the differential pressures at rotor / impeller and stator / guide vane system. The flow rate is measured by an electromagnetic flow meter. The measured values are read from digital displays.

The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.

The unit shall perform the following experiments and investigations:
Learning Objectives [Experiments
Recording characteristic curves
Determining dimension less characteristics
Velocity triangles and pressure curves
Investigation of energy conversion within the turbomachine
How blade / vane shape affects power and efficiency
Determining the outlet angular momentum and its effect on the power
Cavitation effects

Specification:

Investigation of an axial flow turbomachine
Closed water circuit with expansion tank and centrifugal pump
Turbomachine may be operated as a turbine and as a pump
Two sets of impellers and guide vane systems for pump mode and two sets of rotors and stators for turbine mode with different inlet and outlet angles
Asynchronous motor with 4-quadrant Operation via frequency converter
Recovery of the brake energy
Motor with pendulum bearing, torque measurement via lever arm and force sensor
Inductive speed sensor on the motor
Manometers for measuring the inlet and outlet pressures
Measuring probe and differential pressure sensor for recording the pressure curve in the turbomachine
Electromagnetic flow meter
Display of power consumption, torque, speed, pressure, differential pressure and flow rate
Technical Data
Centrifugal pump
Power: 5,5kW
Max. flow rate: 150m3/h
Max. head: 10m
Asynchronous motor
Power: 1,5kW
Torque: ...5Nm
Speed: 0...3000min-1
Expansion tank: 1501_
Measuring ranges
Pressure (manometer): 2x -1...5bar
Differential pressure: 5x 0...500Mbar
Flow rate: 0...100m3/h
Speed: 0...3000min-1
Torque: 0...9,81Nrn
Dimensions and Weight
LxWxI-1: 3350 x 850 x 2465mrn
Weight: approx..570kg

Exceptional Laboratory Performance

AXIAL-FLOW TURBO MACHINES deliver high precision and reliability, making them perfect for laboratory experimentation and educational training. Their 100% accuracy ensures that test results remain consistent, while the robust build supports heavy-duty research activities. Benefit from seamless integration into your lab environment.

Highly Efficient Technology

Designed for maximum efficiency, these machines utilize advanced axial-flow principles to achieve optimal energy conversion. Reduce operational costs and enhance experimental outcomes with minimal maintenance requirements. Their performance is tailored for rigorous laboratory use.

Indias Trusted Manufacturer and Exporter

As a leading exporter and manufacturer in India, we provide comprehensive support, from installation to maintenance. Each AXIAL-FLOW TURBO MACHINE comes with a one-year warranty, ensuring peace of mind and reliable service for academic and research institutions worldwide.

FAQs of Axial Flow Turbo Machines:

Q: How are AXIAL-FLOW TURBO MACHINES used in laboratory settings?

A: These machines are employed for precise flow and energy conversion experiments, helping researchers and students analyze fluid mechanics and thermodynamics principles under controlled conditions.

Q: What makes the AXIAL-FLOW TURBO MACHINE highly efficient?

A: Its advanced axial-flow design optimizes energy transfer and reduces losses, ensuring high efficiency and accurate experimental data for laboratory research.

Q: When is it advisable to perform maintenance on this machine?

A: Routine maintenance should be carried out as per the operation manual, typically after every intensive usage cycle, to preserve accuracy and prolong the machines lifespan.

Q: Where can the AXIAL-FLOW TURBO MACHINE be installed?

A: Due to its dimensions (3350 x 850 x 2465 mm) and weight (570 kg), it is best suited for spacious laboratory environments with proper floor support and infrastructure.

Q: What is the warranty coverage for this equipment?

A: Every unit comes with a one-year warranty, covering manufacturing defects and ensuring reliable after-sales support during this period.

Q: How does the machine ensure 100% accuracy in experiments?

A: Precision engineering and rigorous quality control processes enable the machine to deliver consistent, error-free measurements, ensuring reliable results each time.

Q: What benefits does this product offer to research and academic institutions?

A: Institutions benefit from high-efficiency experiments, reliable performance, robust construction, and comprehensive warranty support, facilitating advanced learning and innovative research.

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