Francis Turbines Dealers

• Features: Smooth finish, Strong body, Durable

The Francis Turbine Runner, which we supply, is acclaimed for its high performance. Hi-tech machines and assistance of our packaging experts help us in meeting the standard as well as customized packing needs of the customers. Moreover, we check the entire lot before making the final dispatch. Our entire array of products is sternly manufactured using certified array of raw materials. These inputs are sourced only from trustworthy vendors present in the market.

• Type: Francis Turbines
• Application: Industrial, Power Station
• Color: Black, Grey, Metallic, Silver
• Fuel: Coal-fired, Gasoline, Oil
• Condition: New, Old
• Automatic Grade: Automatic, Manual, Semi Automatic
• Blade Material: GFRRP, Glass-Fibre, Metal, Reinforced Resin
• Pressure: High Pressure, Low Pressure, Medium Pressure
• Structure: Water Tube

We are the main supplier of this product.

• Speed: 1500 rpm
• Head Range: 10-15 m
• Frequency: 50/60 Hz
• Diameter: 200 mm
• Phase: Single Phase
• Automation Grade: Automatic
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• Type: Francis Turbines
• Application: Industrial, Power Station
• Color: Black, Grey, Metallic, Silver
• Fuel: Coal-fired, Gasoline, Oil
• Condition: New, Old
• Automatic Grade: Automatic, Manual, Semi Automatic
• Blade Material: GFRRP, Glass-Fibre, Metal, Reinforced Resin, Stainless Steel
• Pressure: High Pressure, Low Pressure, Medium Pressure
• Speed: 0-200rpm, 200-400rpm, 400-600rpm

• Type: Francis Turbines
• Application: Industrial, Power Station
• Color: Black, Grey, Metallic, Silver
• Fuel: Coal-fired, Gasoline, Oil
• Condition: New, Old
• Blade Material: GFRRP, Glass-Fibre, Metal, Reinforced Resin, Stainless Steel
• Pressure: High Pressure, Low Pressure, Medium Pressure

We are the main supplier of this product.

• Product Code: FM-HBA-18
• Speed range: 0 to 1000 r.p.m
• Diameter of Francis runner: 60 mm
• Number of blades on runner: 12
• Number of guide vanes: 6, adjustable from fully open to fully closed
• Range of spring balances: 0 to 10 N x 0.1 N
• Range of Bourdon gauge: 0 to 2 bar

This demonstration turbine provides a simple low cost introduction to the Francis inward flow reaction turbine showing its construction, operation and performance. A tapering, spiral shaped volute conveys water to the runner via a ring of guide vanes that are adjustable in angle to vary the flow through the turbine. Water enters the runner tangentially at the periphery, flows radially inwards through the blades towards the hub then exits axially via a draft tube. Power generated by the turbine is absorbed by a Prony friction brake consisting of a pair of spring balances attached to a brake belt that is wrapped around a pulley wheel driven by the runner. The load on the turbine is varied by tensioning both spring balances which increases the friction on the pulley wheel. Brake force is determined from the difference in the readings on the two spring balances and the torque calculated from the product of this force and the pulley radius. The head of water entering the turbine is indicated on a Bourdon gauge and the speed of rotation is measured using a non-contacting tachometer (not supplied). The volute of the Francis turbine incorporates a transparent front cover for clear visualisation of the runner and guide vanes. RANGE OF EXPERIMENTS   Determining the operating characteristics, i.e. power, efficiency and torque, of a Francis Turbine at various speeds and guide vane opening UTILITIES REQUIRED   Hydraulic Bench  

• Country of Origin: India
• Type: Francis Turbines
• Application: Industrial

Jet On Vanes Francis Turbine Test Rig (5HP output 15HP supply pump) a) Test rig consists of a Francis water turbine designed for laboratory experimental purpose and to conduct test in metric units. The specifications of the turbine are as follows: - Design Speed - 1500 RPM. Capacity - 3.7 KW. (5.0 HP) Design Head - 15-20m and 1800-2000 lpm. The unit consists of a cast iron spiral casing, a bearing pedestal, a rotor assembly of shaft,gunmetal runner and brake drum all mounted on a suitable sturdy base. Aerofoil shaped gunmetal guide vanes are provided in the turbine to regulate the flow into the runner. The guide vane opening adjustment is made through a hand wheel and a suitable link mechanism. A conical draught tube is connected to the turbine outlet by a bend. For observing the flow at the runner exit, a transparent window made of thick perspex tube is provided in between the turbine casing and the draft bend. A rope brake arrangement with a set of dead weights and spring balance is provided for loading the turbine. Pressure gauge and vacuum gauge are fixed at the inlet and outlet to measure the net supply head to the turbine. b) Water to the turbine is provided by a centrifugal pump set of 15 HP capacity. The pump operates on 440Volts, 3 Phase, 50 Hz line. c) Other standard accessories include a star-delta starter, switch, flow control valve, suitable piping. d) Flow measuring unit consists of a venturimeter of size 100mm with pressure taps connected to two pressure gauges mounted on a panel board. e) The complete test rig is mounted on a storage tank of sutiable capacity. The tank is provided with FRP lining for total rust protection.

This demonstration turbine provides a simple low cost introduction to the Francis inward flow reaction turbine showing its construction, operation and performance. A tapering, spiral shaped volute conveys water to the runner via a ring of guide vanes that are adjustable in angle to vary the flow through the turbine. Water enters the runner tangentially at the periphery, flows radially inwards through the blades towards the hub then exits axially via a draft tube. Power generated by the turbine is absorbed by a Prony friction brake consisting of a pair of spring balances attached to a brake belt that is wrapped around a pulley wheel driven by the runner. The load on the turbine is varied by tensioning both spring balances which increases the friction on the pulley wheel. Brake force is determined from the difference in the readings on the two spring balances and the torque calculated from the product of this force and the pulley radius. The head of water entering the turbine is indicated on a Bourdon gauge and the speed of rotation is measured using a non-contacting tachometer (not supplied). The volute of the Francis turbine incorporates a transparent front cover for clear visualisation of the runner and guide vanes.  

• Head (m): 12 - 250m
• Turbine Output (kW): 100kW - 5MW

• Frequency: 50 Hz/60Hz
• Rated speed: 187rpm to 1800rpm

Francis Turbine are usually designed to take high axial thrust loads when the turbine runner is directly mounted on the generator shaft. Sturdy design suitable for severe environment, Special design for axial and radial thrust loads, FlywheelBrake discLubricating Oil systemSpeed sensing disc-optional.

• Material: Stainless Steel
• Speed: 200- 1600RPM
• Country of Origin: Made in India
• Power: Upto 100 kw
• Usage/Application: Electricity Generation
• Generator/Alternator Type: Diesel Generator
• Head Range: 10-100 meter
• Frequency: 50 Hz
• I Deal In: New Only

• Material: SS
• Features: Corrosion Resistance
• Grade: SS304
• Finish: Chrome Finish
• Hardness: 40-50 HRC

• Power: 200kW to 25000kW
• Head: 20 m to 250m
• Diameter: 0.2 m to 2 m
• Maximum Efficiency: 93%

The Francis turbine is a type of reaction turbine, a category of turbine in which the working fluid comes to the turbine under immense pressure and the energy is extracted by the turbine blades from the working fluid. The desire to accurately comprehend the flow features within turbines has been an area of much concern. This is result of the need to predict their performance characteristics, determine the cavitation properties of the turbine and to further improve their efficiency.

• Material: MS-SS
• Speed: 1000RPM
• Country of Origin: Made in India
• Usage/Application: FLUID MECHANICS LAB
• Power Capacity: 1 kW
• Model Name/Number: SPEE-SPF-02
• Frequency: 50Hz
• I Deal In: New Only

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