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Francis Turbine

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Francis Turbine Specification

Accuracy
100 %

Measurement Range
Flow Rate & Power Output (as per design)

Frequency
50/60 Hz

Voltage
220-415 V

Feature
Highly Efficient

Automation Grade
Semi-Automatic

Temperature Range
Up to 60C

Capacity
5-500 MW

Power Source
Hydraulic (Water)

Model No
FT-2024

Core Components
Runner, Spiral Casing, Guide Vane, Draft Tube

Equipment Materials
Stainless Steel, Mild Steel

Type
Francis Turbine

Usage
Laboratory

Display Type
Analog

Dimension (L*W*H)
Custom as per design

Weight
Varies as per capacity (approx. 500 kg - 20,000 kg)

Maximum Head
300 m

Runner Material
High-grade Stainless Steel

Color
Blue/Custom Painted

Mounting Type
Floor Mounted

Guide Vane Control
Manual/Automatic

Casing Type
Spiral

Inlet Pressure
0.2-1.0 MPa

Bearings
Heavy-duty Grease Lubricated

Water Flow Rate
Up to 5 m³/s

Application
Hydroelectric Power Generation, Educational Demonstration

About Francis Turbine

FRANCIS TURBINE

The Francis turbine is part of the reaction turbines which convert the pressure energy of water into kinetic energy in the distributor and in the rotor. Francis turbines are used at medium heads and large flow rates. The turbine power is controlled by adjusting the guide vanes. In practice, Francis turbines are used in run-of-the river power plants and in storage power plants.

The Francis turbine is an accessory for the trainer. The experimental unit consists of the rotor, the distributor with adjustable guide vanes, a band brake for loading the turbine and the spiral housing with a transparent front panel. The transparent cover enables you to observe the water flow, the rotor and the guide vanes during operation. The angle of attack and the cross-section of flow are adapted to the speed and power of the turbine by adjusting the guide vanes.

The pressure at the turbine inlet is recorded with a pressure sensor. A force sensor and a speed sensor are attached to the band brake. Thus, the mechanical power output of the turbine can be determined. Speed, torque and pressure are displayed on the switch cabinet of and processed further in the software. Water supply and flow rate measurement are provided by .

The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.The unit perform the following experiments ar investigations:

Learning Objectives / Experiments
Determination of mechanical output
Determination of efficiency
Recording of characteristic curves
Investigation of the influence of the guide vane position on the power output
Velocity triangles

Specification:

Recording the curves of a Francis turbine and investigating the influence of the guide vane position
Transparent front panel for observing the operating area
Loading the turbine by use of the band brake
Adjustable guide vanes for setting different angles of attack
Recording the torque via band brake and force sensor
Force sensor at the turbine inlet
Speed, torque and pressure displayed on the switch cabinet of Characteristic Variables of Hydraulic Turbomachines
Water supply, flow rate measurement and data processing software via Characteristic Variables of Hydraulic Turbomachines Unit

Technical Data:

Turbine
Output: approx. 350W at 1500min-1, 270Lmin,
H 15m
Max. speed: 3000min-1
Rotor
11 blades medium diameter: 60mm
Distributor
7 vanes
Angle of attack: 0...20°

Measuring ranges:

Torque: 0...9,81Nm
Pressure: 0...4bar abs.
Speed: 0...3000min-1

Dimensions and Weight:

LxWxH: 590 x 510 x 490mm
Weight: approx.45kg

High Efficiency & Versatility

The FT-2024 Francis Turbine stands out for its exceptional efficiency, engineered for both large-scale hydroelectric plants and educational setups. It handles variable flow rates and heads, making it a reliable choice for many operational scales and learning environments. Its measurement accuracy ensures confidence in both performance and data acquisition.

Robust Construction & Durability

Built from high-grade stainless steel and mild steel, the FT-2024 offers lasting performance even under demanding conditions. The heavy-duty, grease-lubricated bearings extend the lifespan of core components, while the customizable exterior ensures the turbine can match specific laboratory or facility requirements.

Flexible Operation & Control

Operators can select between manual and automatic guide vane control modes, adapting the turbines operation to precise project or study goals. The semi-automatic system, along with analog display, streamlines both usage and monitoring, contributing to the turbines reputation for ease of use and adaptability.

FAQs of Francis Turbine:

Q: How does the FT-2024 Francis Turbine ensure accurate performance measurements?

A: With 100% measurement accuracy and an analog display, the FT-2024 allows users to reliably monitor both flow rate and power output. The high-grade measuring setup is calibrated to industry standards, ensuring dependable results for every run.

Q: What is the recommended application for this Francis Turbine model?

A: The FT-2024 is optimally designed for hydroelectric power generation and educational or laboratory demonstrations. Its versatile capacity range (5500 MW), custom sizing, and user-friendly controls make it suitable for both industrial and academic environments.

Q: Where can the FT-2024 Francis Turbine be installed?

A: This model is meant for floor-mounted installation, suitable for both indoor laboratory settings and dedicated sections in hydroelectric power plants. Its dimensions and weight can be custom-designed to fit the particular site requirements.

Q: When is manual versus automatic guide vane control preferable?

A: Manual guide vane control provides hands-on adjustment, ideal for laboratory experiments or initial system calibration. In contrast, automatic control suits continuous industrial operation, allowing for optimal efficiency with minimal operator intervention.

Q: Which process does the FT-2024 Francis Turbine use to generate power?

A: The turbine converts the energy from high-pressure water (inlet pressure 0.21.0 MPa, up to 5 m/s flow) into mechanical energy via its stainless steel runner. This is then transformed into electrical energy for various applications.

Q: What benefits does using a high-grade stainless steel runner provide?

A: A stainless steel runner ensures excellent corrosion resistance, longer operational life, and enhanced efficiency by maintaining optimal hydraulic profiles under varied water conditions.

Q: How is maintenance managed for the main components of the FT-2024?

A: Core components like the runner, spiral casing, and heavy-duty bearings are engineered for durability. The use of grease-lubricated bearings reduces maintenance frequency and facilitates straightforward servicing, keeping downtime to a minimum.

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