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Experiments With An Action Turbine

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Experiments With An Action Turbine Specification

Accuracy
100 % %

Measurement Range
0-2500 rpm

Power Source
Electric

Core Components
Action Turbine, Control Panel, Water Tank

Feature
Highly Efficient

Capacity
Standard Kg

Frequency
50 Hz Hertz (HZ)

Temperature Range
Ambient to 80 C Celsius (oC)

Automation Grade
Manual

Model No

Voltage
220V Volt (v)

Equipment Materials
Aluminum, Stainless Steel

Type
Experiment Set

Usage
Laboratory

Display Type
Analog

Dimension (L*W*H)
60 cm x 40 cm x 30 cm Centimeter (cm)

Weight
12 kg Kilograms (kg)

About Experiments With An Action Turbine

EXPERIMENTS WITH AN ACTION TURBINE

The conversion of pressure energy into kinetic energy in the rotor is characteristic for reaction turbines.
The experimental unit is placed upon the base unit. The two units together provide the basic experiments to get to know the operating behaviour and the most important characteristic variables of reaction turbines.
The water jet discharged from the rotor which drives the turbine according to the reaction principle can be observed during operation. This facilitates the understanding of the principle of operation and the underlying laws (eg. momentum). Consists of a rotor mounted in a transparent housing and a loading device outside of the housing. The eddy current brake generates a defined load. The eddy current brake is specially developed. It is wear-free and can be finely adusted.
The torque delivered by the turbine is determined via an electronic force sensor. The speed is measured with an optical speed sensor. The measuring values are transferred to the base unit.
The water supply and the flow rate measurement are realised with the base unit. A pressure control included in enables the
recording of characteristics at a constant head.
All the advantages of software-supported experiments and evaluation are offered by the software in.
The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.

Learning Objectives / Experiments

Principle of operation of an action turbine
Characteristic curves at constant head
Relationship between torque and speed
Efficiency dependent on speed
Flow rate dependent on speed
Hydraulic power and mechanical power dependent on speed
Evaluation of measuring values and characteristics based on the theory
Partial load behaviour with controlling the number of nozzles in comparison to throttle control

Specification

Turbine to place upon the base unit for turbines
Functioning and operating behaviour of an action turbine
Transparent housing for observing the rotor
Distributor with 4 nozzles, active nozzles adjustable by valves
Constant pressure of the turbine represents in practice the head and is adjusted via base unit for turbines
Turbine load using the wear-free and adjustable eddy current brake
Force sensor to determine the torque on turbine shaft
Optical speed sensor for measuring the turbine speed
Water supply, flow rate measurement and unit-specific software data acquisition and operation via base unit for turbines

Technical Data

Turbine

Power output: approx. 28W at 3600min-1
Rotor diameter: 50mm

Measuring ranges

Torque: 0..0,5Nm
Speed: 0...9000min-1

Dimensions and Weight

LxWxH: 420x320x180mm
Weight: approx. 7kg

Comprehensive Turbine Action Demonstration

This experiment set provides a hands-on experience for understanding action turbine principles. Its design allows manipulation of variable loads and flow rates, ideal for educational labs and research. Integrated tachometer and analog displays support accurate data acquisition.

User-Friendly and Safe Laboratory Equipment

Safety is ensured through overload protection and anti-slip feet, making the device stable even during intensive experiments. Its portable build and robust materials make it suitable for frequent use and easy installation in various laboratory environments.

Efficient and Accurate Performance

Delivering 100% accuracy in measurements and supporting flow rates up to 25 LPM, this action turbine experiment set is built for high performance. The powder-coated finish and durable construction ensure longevity and reliable operation with minimal maintenance.

FAQs of Experiments With An Action Turbine:

Q: How does the action turbine experiment set measure flow rate and speed?

A: The action turbine experiment set uses an integrated analog tachometer for speed measurement (02500 rpm range) and a pressure gauge to monitor flow rate up to 25 LPM, providing real-time, precise data during experiments.

Q: What experimental processes can be performed with this equipment?

A: The apparatus supports demonstrations of turbine action principles, enabling experiments with variable loads, pressure, and flow rates. It is ideal for exploring efficiency, performance characteristics, and the dynamics of turbine operation in a controlled laboratory setting.

Q: When should the overload protection feature be used?

A: The overload protection is automatically engaged whenever abnormal loads or unsafe operating conditions are detected, safeguarding both the apparatus and the user throughout the experiment.

Q: Where can this action turbine set be installed?

A: Thanks to its portable design and compact dimensions (60 cm x 40 cm x 30 cm), the experiment set can be easily installed in most laboratory environments, including educational institutions and research facilities.

Q: How does the anti-slip feature benefit users during experimentation?

A: The anti-slip feet ensure that the equipment remains stable during operation, reducing the risk of accidents and guaranteeing accurate data collection, even during variable load tests.

Q: What are the main benefits of using this laboratory turbine apparatus?

A: This model offers high efficiency, 100% measurement accuracy, robust construction, safety features, easy portability, and versatility, making it ideal for teaching, research, and demonstration of turbine-related concepts.

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