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PELTON WHEEL TURBINE DEMONSTRATION

Price 500.0 INR/ Piece

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MOQ : 1 Piece

PELTON WHEEL TURBINE DEMONSTRATION Specification

Port Size
Inlet: 15mm, Outlet: 20mm

Application
Engineering Testing Equipment

Mounting Type
Bench Top

Number of Specimens
One Pelton Wheel Assembly

Equipment Type
Engineering Testing Laboratory Apparatus

Max Height
Approx. 450 mm

Hardness
Standard Laboratory Grade

Accuracy
1% of Full Scale

Interface Type
Manual Control Panels

Test Range
Flow: 0.5 - 5 LPM, Pressure: 0.2 - 1.5 bar

Display Type
Analog/Digital Gauges

Power Supply
220V AC, 50Hz Single Phase

Resolution
0.01 LPM (Discharge), 0.01 bar (Pressure)

Product Type
PELTON WHEEL TURBINE DEMONSTRATION

Humidity
Up to 85% RH (Non-condensing)

Automation Grade
Manual

Specimen Size
Pelton wheel diameter approx. 150 mm

Features
Portable, Transparent Section for Jet Observation, Durable Construction

Measuring Range
Discharge: 0.5-5 LPM, Head: up to 20 m

Operating Voltage
220V AC

Response Time
Instantaneous

Temperature
Operating Range: 10C - 40C

Frequency
50 Hz

Usage
Engineering Testing Equipment

Capacity
Max Power Output: 100W

Machine Weight
Approx. 50 kg

Test Speed
Variable, up to 1500 RPM

Control Mode
Manual/Analog Control

PELTON WHEEL TURBINE DEMONSTRATION Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
North India

Certifications
ISO 9001, 14001, CE

About PELTON WHEEL TURBINE DEMONSTRATION

Specification:

PELTONWHEEL TURBINE DEMONSTRATION

This accessory comprises a miniaturePelton wheel with spear-valve arrangement mounted on a support frame, whichfits on to the Hydraulics Bench top channel. Mechanical output from the turbineis absorbed using a simple friction dynamo meter. Pressure at the spear valveis indicated on a remote gauge.

A non-contacting tachometer may beused to determine the speed of the Pelton wheel. Basic principles of the Peltonturbine may be demonstrated and, with appropriate measurements, power producedand efficiency may be determined.

Demonstration Capabilities:-

Determining the operatingcharacteristics, ie power, efficiency and torque, of a Pelton turbine at variousspeeds

Technical Specifications:-

Turbine wheel inside cast housingwith acrylic panel to enable viewing

Mechanical torque measured usingdynamometer with spring balances

Inlet pressure gauge

Quick-release fitting for easyconnection to Hydraulics Bench

Educational software available as anoption

Speed range: 0-2000 rpm

Brake power: 10W

Pressure gauge range: 0-25 m H2O

Force balance range: 0-20 N x 0.2 N

Number of Pelton buckets: 16

Diameter of Pelton wheel: 123 mm

Comprehensive Performance Testing

With the ability to test flow rates from 0.5 to 5 LPM and pressures from 0.2 to 1.5 bar, the Pelton Wheel Turbine Demonstration apparatus enables students and engineers to explore a range of performance characteristics, including efficiency at different loads and water pressures. The variable speed up to 1500 RPM, adjustable jet nozzle, and high-precision measurements make it a versatile tool for laboratory analysis.

Robust and Safe Construction

Engineered with a corrosion-resistant alloy Pelton wheel and a powder-coated anti-vibration base, this demonstration unit offers durability needed for rigorous academic use. Sealed ball bearings on the main shaft and multiple safety featuresincluding overload protection and splash guardsensure long-term reliability and safe operation, even at high speeds.

User-Friendly and Portable Design

This compact, bench-top apparatus is built with manual control panels for intuitive operation. Its transparent section allows direct observation of jet impact, enhancing the learning experience. Instant-response gauges, quick-connect unions, and a manageable 50 kg weight ensure easy setup, real-time data collection, and portability to fit diverse laboratory settings.

FAQs of PELTON WHEEL TURBINE DEMONSTRATION:

Q: How is the Pelton Wheel Turbine Demonstration apparatus operated?

A: The apparatus is operated manually using analog controls located on the control panel. Users can adjust the jet nozzle size, flow rate, and load conditions while observations and data are recorded using the analog/digital gauges.

Q: What types of experiments can be conducted with this equipment?

A: Typical experiments include determining the performance characteristics of a Pelton wheel turbine under various loads and pressures. Students can assess efficiency, power output, and behavior under different flow conditions and observe the relationship between input water parameters and turbine response.

Q: When and where is this equipment best used?

A: It is ideally used in engineering testing laboratories of colleges and technical institutes during practical laboratory sessions or project-based learning modules focused on hydraulic machinery and fluid mechanics.

Q: What is the measurement accuracy and resolution of this unit?

A: The system provides a measurement accuracy of 1% of full scale and a resolution of 0.01 LPM for discharge and 0.01 bar for pressure readings, allowing precise monitoring and analysis of experimental data.

Q: How does the anti-vibration base and safety features benefit users during experiments?

A: The anti-vibration base ensures equipment stability during operation while overload protection and a splash guard minimize safety risks, making it safer for students and instructors to perform extended testing at varying speeds and loads.

Q: What are the maintenance requirements for this demonstration unit?

A: Maintenance is minimal thanks to its corrosion-resistant alloy construction and sealed ball bearings. Routine checks include ensuring the manometer is functioning and keeping the unit clean and dry after use to preserve its operational integrity.

Q: What are the advantages of the transparent jet observation section?

A: The transparent section allows users to visually monitor the impact of the water jet on the Pelton wheel, facilitating a deeper understanding of fluid dynamics concepts and immediate assessment of experimental adjustments.

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