Pelton Turbine Test Rig

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MOQ : 1 Unit

Pelton Turbine Test Rig Specification

Power Source
Electric

Voltage
230 V AC Single Phase

Automation Grade
Semi-Automatic

Measurement Range
01000 LPH (Discharge), 05 kg/cm (Pressure)

Accuracy
1% of full-scale

Feature
Rugged construction, Transparent shield, Reading accuracy, Portable

Capacity
1 HP Pelton wheel (Approx. 1000 LPH discharge)

Temperature Range
Ambient to 60C

Model No
PEL-TR-1000

Frequency
50 Hz

Core Components
Turbine, Dynamo, Control Valve, Pressure Gauge, Flow Measuring Tank, Piping

Equipment Materials
Mild steel frame, Stainless steel nozzle and casing, Brass runner

Type
Pelton Turbine Test Rig

Usage
Engineering Laboratories/Turbomachinery performance study

Display Type
Digital and Analog gauges for pressure and RPM

Dimension (L*W*H)
1500 mm x 800 mm x 1200 mm (approx)

Weight
Approx. 150-180 kg

About Pelton Turbine Test Rig

Discover instant savings and unmatched precision with the Pelton Turbine Test Rig, a famed engineering marvel tailored for educational and laboratory needs. Engineered with a rare blend of rugged construction and elegant design, this test rig features a 100-litre water supply tank, a centrifugal mono-block pump, and a dazzling stainless steel nozzle atop a brass runner. Personalise experiments to perfection up to 3000 RPM, assisted by digital/analog gauges and a matchless absorption-type dynamometer. Advanced safety circuits and portable, leak-proof design ensure reliability and convenience for every performance study.

Ideal Usage and Versatile Application Surface

The Pelton Turbine Test Rig is crafted for educational demonstration and turbomachinery performance analysis in engineering laboratories. Its robust design, with a mildly steel frame, brass runner, and stainless steel casing, suits both academic and plant-level training environments. Compatible with ambient and elevated temperatures, this equipment efficiently performs on a variety of application surfaces-demonstrating turbine principles, evaluating hydraulic characteristics, and supporting in-depth research. This flexibility ensures its longstanding utility across multiple plant and lab settings.

Reliable Supply and Thoughtful Sample Policy

Timely supply is at the heart of our logistics, enabling seamless national and global delivery of the Pelton Turbine Test Rig. With efficient freight handling and careful packaging, we ensure the rig arrives intact and operational. Sample units are available on request, following our transparent sample policy that allows verification of quality and specifications prior to commitment. Our streamlined processes aid institutions and suppliers in making informed choices, further simplifying the procurement experience.

FAQ's of Pelton Turbine Test Rig:

Q: How does the Pelton Turbine Test Rig ensure accurate performance analysis?

A: The test rig utilizes a calibrated measuring tank and digital/analog gauges for pressure and RPM, providing high-accuracy readings (1% of full-scale). This allows detailed performance assessment and reliable experimental results.

Q: What safety features are integrated into the Pelton Turbine Test Rig?

A: The rig is equipped with overload and dry run protection circuits, leak-proof PVC/SS pipe connections, and a transparent shield to enhance operational safety during extended usage in laboratories or training facilities.

Q: When is it suitable to use a Pelton Turbine Test Rig for research or demonstration?

A: It is ideal for use in engineering labs, vocational training centres, and academic settings requiring hands-on demonstration and analysis of hydraulic turbines and turbomachinery principles.

Q: Where can the Pelton Turbine Test Rig be installed for optimal performance?

A: Its robust and portable design, with heavy-duty wheels and compact dimensions, allows installation in laboratories, training workshops, or plant settings where reliable power supply (230 V AC, single phase) and sufficient workspace are available.

Q: What are the benefits of using this rig with digital and analog gauges?

A: Using both digital and analog gauges enables real-time, versatile data tracking, improving reading clarity and ensuring precise monitoring of vital parameters like pressure, RPM, and discharge during experiments.

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