The unit is designed to simulate modern steam turbine power plant. Main components consist of a feed water system, a small
industrial boiler, steam turbine, generator with lamp load, condenser with condensate tank and pump, and cooling tower.
Accessories include fuel tank, fuel flow meter, feed water meter, and stack.
The boiler uses diesel fuel to generate saturated steam at a set pressure to run the steam turbine. Exhaust from the turbine is
saturated vapor at atmospheric pressure. The vapor is condensed in a condenser and condensate is returned to the feed tank for
reuse. Public water is treated and stored in the feed tank. A pump draws water from the feed tank to the boiler.
The saturated steam from the boiler may be superheated by a super heater (optional). In this case the turbine is also modified
to superheated steam run.
A generator is connected to the turbine through a synchronous belt-gear system. Electrical output is connected to a lamp load
Safety features include those for boiler, turbine over speed, guard and safety switch.
Instruments are provided for measurement of pressures, temperatures, speed, voltage and current. A color touch screen
monitor is provided for data display, simple data analysis and control (optional).
Instruction manual is also included.
- Measurement of feed water and fuel flow rates.
- Boiler efficiency, turbine generator efficiency, and overall power plant efficiency.
- Condenser heat transfer efficiency.
- Cooling tower efficiency.
| • Boiler Unit | |
| - Type | Vertical, water tube. |
| - Rated heat output | Approx 63 kW (53,900 kcal/h) |
| - Equivalent evaporation | Approx. 100 kg/h steam. |
| -Maximum working pressure | 10 bar. |
| -Measuring instruments | Pressure gauge for steam outlet. Temperature sensors for ambient, feed water, boiler outlet and exhaust stack. |
| -Safety devices | Safety valve. Level gauge and switch at boiler. Low level alarm. |
| -Boiler accessories | Steam separator Steam pressure regulator. Feed water pump. Stack, 2 x 2.4 m with 2 elbows. |
| Burner | |
| - Type | Forced draft, pressure atomized. |
| - Control | On-Off. |
| - Fuel | Diesel or kerosene. |
| Fuel system | 80 L, fuel tank, fuel strainer and fuel meter. |
|
Feed water system
|
Resin filter for public water. |
| Soft water tank, 200 L | |
| Water meter | |
| De-ionized chemical | Automatic feed system |
| Power supply | 380V, 3Ph, 50Hz. Other power supply is available on request. |
| TH135S | Learning Software for data calculation and analysis by manual data entry from standard measuring instruments |
|
| Portable pH meter | ||
| TH100-021 | Digital flue gas analyzer (testo 300 or equal) for O2 and CO contents | |
| TH101-021 | Sand filter for water with suspended materials | |
| TH100-022 | Carbon filter for water with odour or rust | |
| TH100-031 | Pressure senser | |
| TH101-032 | Fuel flow totalizer | |
| TH101-033 | Feed water flow totalizer | |
| TH101-035 | Cooling water flow sensor | |
| TH135-005EBA | Electric boiler instead of diesel boiler | |
| Capacity: | ||
| - Equivalent evaporation | : Approx. 100 kg/h steam | |
| - Maximum working pressure | : 10 bar. | |
| TH 135-015 | Water Brake Dynamometer | |
| The dynamometer is connected to the turbine for measurement of mechanical output. Speed and torque sensors and indicators are provided |
||
| - Maximum speed | : Up to 10000 rpm. | |
| - Maximum power | : Over 2 kW. | |