Francis Turbine Test RIG

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Francis Turbine Test RIG Specification

Operating Voltage
230 V

Test Range
0 to 200 LPM (Water Flow)

Accuracy
1%

Application
Hydraulic laboratory; engineering education

Humidity
Up to 95% RH

Hardness
Stainless steel runner & casing

Port Size
1 inch BSP

Features
Complete with flow meter, pressure gauge, loading arrangement, and transparent enclosure

Resolution
0.01 LPM (Flow)

Measuring Range
Pressure up to 10 kg/cm, Flow up to 200 LPM

Mounting Type
Floor Mounted

Number of Specimens
Single Setup

Response Time
<1 sec

Display Type
Digital / Analog

Frequency
50 Hz

Specimen Size
Standard Turbine Diameter

Power Supply
230 V AC, 50 Hz

Temperature
10C to 40C

Automation Grade
Semi-Automatic

Interface Type
Panel Interface

Max Height
Approx. 1200 mm

Equipment Type
Francis Turbine Test RIG

Usage
Lab Experiment, Testing

Capacity
1 kW (Max Output)

Machine Weight
Approx. 250 kg

Test Speed
Variable

Control Mode
Manual & Digital

Type of Loading
Dynamometer

Pipe Material
PVC/SS

Flow Measurement
Rotameter / Digital flow sensor

Instrumentation
Pressure gauge, flow meter, wattmeter

Pump Type
Centrifugal Pump, 1 HP

Water Tank Capacity
250 Liters

Safety Features
Overload protection

Accessories Provided
Operational manual, connection pipes

Material of Construction
SS & MS with powder coated finish

About Francis Turbine Test RIG

The Francis Turbine Test RIG stands out as a rare, highly recommended new release for hydraulic laboratories and engineering education. This distinguished machine features a 250-liter SS & MS powder-coated water tank and utilizes a centrifugal pump with a 1 HP motor. Astonishing in design, it offers both manual and digital controls, with safety features like overload protection. The noble construction includes a transparent enclosure, superior instrumentation (pressure gauge, rotameter/digital flow sensor, wattmeter), and robust accessories for versatile, accurate, and reliable lab experimentation.

Versatile Use Across Educational Labs and Industry

The Francis Turbine Test RIG is specifically suitable for engineering classrooms, research institutions, and technical laboratories. Its applications span hydraulic and fluid mechanics experiments, turbine efficiency studies, and real-time performance assessments. The exceptional surface finish of powder-coated SS & MS ensures durability and long service life, making it ideal for intensive research environments and educational demonstration purposes.

Premium Certifications and Export-Ready Packaging

This equipment is offered with necessary certifications to ensure quality and reliability. Its main export markets include academic institutions and industrial labs worldwide. The product is carefully packaged for premium protection during transit, ensuring no extra charge on delivery-related expenditure. Each unit comes fully equipped, minimizing the need for additional accessories or installation costs for the end user.

FAQs of Francis Turbine Test RIG:

Q: How does the Francis Turbine Test RIG ensure measurement accuracy during experiments?

A: The rig is equipped with advanced pressure gauges and flow meters (rotameter or digital flow sensor), which deliver high accuracy (1%) and a fine resolution of 0.01 LPM to ensure precision in all hydraulic measurements.

Q: What safety features are included with this turbine testing equipment?

A: The device incorporates overload protection to prevent system damage, as well as a transparent enclosure to safeguard users during operation and facilitate observation of internal components.

Q: Where can the Francis Turbine Test RIG be used optimally?

A: It is highly suitable for hydraulic laboratories, academic institutions, engineering colleges, and research centers, providing a practical tool for turbine studies and related experiments.

Q: When is the Francis Turbine Test RIG recommended for use in lab experiments?

A: This rig is ideal for experiments involving variable speeds, systematic power measurements, and comprehensive performance studies of Francis turbines under different flow and pressure conditions.

Q: What benefits do users gain from the semi-automatic and dual control modes?

A: The combination of manual and digital controls gives users flexibility for both traditional hands-on testing and modern automated data collection, enhancing usability and fostering detailed engineering analysis.

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