1KW Rankine Cycle Steam Turbine Manufacturer,Supplier and Exporter in India
Product Code : SCL-CELE-13927
This
comprehensive Laboratory-Scale Steam Power Plant is designed for the
in-depth study of the Rankine cycle using an integrated steam
generator and axial flow steam turbine. It allows students to
analyze the complete thermodynamic cycle, component performance, and energy
conversion process, mirroring industrial electrical power generation.
1.
Steam Generator (Boiler)
- Type: Independently certified electric
boiler with manual control.
- Capacity: 20 liters.
- Operation: Electrical heaters. Requires a
substantial 10 kW, 3 phase power supply.
- Pressure: Maximum Steam Pressure of 8
kg per square cm (8 bar absolute, given the sensor range). Equipped
with pressure switches, a safe pressure cut-out, and a large capacity
relief valve for safety.
2.
Steam Turbine
- Type: Single stage, axial flow
impulse (De Laval) turbine on a vertical shaft.
- Construction: Features a
convergent-divergent nozzle discharging at 20 degrees to the rotor
plane. Rotor diameter is 50mm with blades having 45 degree
inlet and discharge angles.
- Performance: Maximum turbine speed of 3,000
rev per minute.
- Capacity: 1 KW Max.
3.
Energy Conversion and Instrumentation
- Load Measurement: Turbine load is measured and
displayed by a Digital indicator in Watts, up to 1000 Watts.
- Condensation: A Water cooled Condenser
(coil tube type) condenses turbine exhaust steam, allowing the heat
rejection from the system to be measured.
- Feed Loop: A Feed Water Reservoir
collects condensate for recirculation via a low volume flow Feed Pump
(500 LPH flow rate).
Instrumentation
and Data Acquisition
The system
features extensive instrumentation to support detailed thermodynamic analysis
and is designed for modern data logging (DAQ/SCADA).
|
Parameter |
Sensor/Component |
Range/Resolution |
|
Temperature |
Digital
Thermometer (Type Pt 100) |
Range: 0-600
deg C; Resolution: 0.1 deg C |
|
Pressure |
Pressure
Sensors (Output 4-20 mA) |
Steam
Inlet: 0 to 16 bar; Condenser: 0 to 1.6 bar |
|
Differential
P |
Pressure
Sensor |
0
to 50 mbar |
|
Flow
Rate |
Flow
Meters (Output 4-20 mA) |
Cooling
Water: 0 to 720 L per hour |
|
Speed |
Sensor
(for turbine) |
0
to 3000 min-1 |
|
Load |
Turbine
Load Digital Indicator |
0
to 1000 Watts |
|
Data
Interface |
USB
(Optional DAQ or SCADA software) |
Real-time
monitoring and recording of all measured values. |
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