Francis Turbine Test Rig

Product Description

Over the years of dedication, we have been a renowned supplier of Francis Turbine Test Rig to our widely scattered clients. This is engineered using high grade raw material and state-of-the-art machinery at our unit in compliance with the prevailing industrial norms and standards. Francis Turbine Test Rig goes through various quality inspections to make sure that it stands free from any defects. This has gained us high rising demands in the market for our products among that of our competitors.

 

• To study the operation of a Francis turbine
• To determine the output power of Francis turbine
• To determine the turbine efficiency

Technical Specifications

• Output Power : 1HP
• Discharge : 1000ltrs/min
• Supply Head :10m
• Gauges :Pressure Gauge, Glycerin Filled
• Speed :1000RPM with proximity sensor
• Weighing Balance : Standard Make
• Sump Tank :Capacity 200 Ltrs
• Dynamometer :Rope Brake Type
• Water Circulation : Centrifugal Pump
• Capacity : 5 HP, Three Phase, RPM 280
• Discharge Measurement: Pitot Tube with Manometer
• Frame / Structure : MS, Angle Iron
• The whole set-up is well designed and arranged in a good quality painted structure
• Power Requirement : Three Phase 440 VAC +10% , 50 Hz

Standard Accessories

Power cable, Mercury, Instruction manual

Guide Vanes & Runner Made By Aluminum

Comprehensive Test Facilities

The test rig enables a wide range of experiments, covering turbine efficiency, output and input power, speed, discharge, and pressure head. Integrated digital meters and indicators provide real-time data for precise analysis, supporting a thorough understanding of fluid dynamics and turbine operation. This versatility makes the rig an invaluable educational and research tool.


User-Friendly and Durable Design

Featuring a pre-assembled, easy-to-install structure with a robust mild steel frame and stainless steel components, the rig is built for longevity and minimal maintenance. The transparent section allows users to visually monitor internal water flow and turbine rotation, promoting deeper comprehension of mechanics during operation.


Accurate Flow and Pressure Measurement

Flow is monitored via a rotameter or digital sensor, while a Bourdon type pressure gauge ensures precise pressure readings. The measurement range supports various experimental needs, catering to flows up to 25 LPM and pressures up to 5 kg/cm. These high-accuracy instruments guarantee reliable results for both academic and professional applications.