Francis Turbine Test Setup Manufacturer,Supplier and Exporter in India
Product Code : SCL-CELE-14104
The Pelton Wheel Turbine, a tangential flow impulse
turbine named after Sir L.A. Pelton, is the primary impulse water turbine
in use today. It is ideally suited for power generation from high hydraulic
heads. The fundamental operational principle is that the water strikes the
buckets along the runner's tangent, with the energy available at the inlet
being purely kinetic energy. Crucially, the pressure at both the inlet
and outlet is maintained at atmospheric pressure. The experimental setup
uses a Centrifugal Pump to feed water tangentially through an SS
nozzle. The flow is precisely regulated by adjusting an SS spear via
a hand wheel. The runner is connected to a brake dynamometer to
apply a mechanical load, which is necessary for calculating the turbine's
output and efficiency. Observation of the flow striking the buckets is
facilitated by a transparent acrylic sheet window in the turbine casing.
Objectives: Performance Study and Efficiency Calculation
|
Objective |
Key Metric Investigated |
Application in Hydraulic Power |
|
To study the operation of a Pelton Wheel Turbine |
Flow Dynamics, Jet Regulation |
Understanding the characteristic high-head, low-flow
impulse principle. |
|
To determine the Output Power of Pelton Wheel Turbine |
Mechanical Power (Pout) |
Quantifying the mechanical work output using the brake
dynamometer. |
|
To determine the Turbine Efficiency |
Hydraulic Efficiency |
Calculating the ratio of output mechanical power to input
hydraulic power . |
Technical Features and Specifications: Pelton Wheel Apparatus
|
Feature / Component |
Parameter / Material / Function |
Detail |
|
Turbine Type |
Pelton Wheel |
Tangential Flow Impulse Turbine for high heads. |
|
Flow Control |
Nozzle and Spear |
SS Nozzle with SS spear, regulated by a hand wheel. |
|
Energy Input Measurement |
Pressure Gauge |
Fitted at the turbine inlet to measure the total supply
head. |
|
Energy Output Measurement |
Brake Arrangement |
Dynamometer connected to the central SS shaft for load
application. |
|
Flow Observation |
Turbine Casing |
Circular window with transparent acrylic sheet. |
|
Support Structure |
Material |
Rigid MS structure. |
|
Feed System |
Pump |
Centrifugal Pump. |
|
Utilities |
Electricity Supply |
15 kW, 440V AC, Three Phase. |
