NSN 2825-00-227-9603
Part Details | STEAM TURBINE
2825-00-227-9603 A form of heat engine in which rotary motion is obtained by the expansion of steam so as to create kinetic energy which is then partly absorbed by causing the steam to act on blades or vanes set upon the circumference of a drum or ring which works within a suitable casing. This engine may be adaptable for marine and/or industrial installations.
Alternate Parts: 610327P0RT, 610-327P0RT, 610327, 610-327, 2825-00-227-9603, 00-227-9603, 2825002279603, 002279603
| Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
|---|---|---|---|
| 28 | JAN 01, 1963 | 00-227-9603 | 04569 ( TURBINE, STEAM ) |
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 2825-00-227-9603
| Part Number | Cage Code | Manufacturer |
|---|---|---|
| 610-327P0RT | 43689 | HUNTINGTON INGALLS INCORPORATEDDIV NEWPORT NEWS |
| 610-327 | 43689 | HUNTINGTON INGALLS INCORPORATEDDIV NEWPORT NEWS |
Technical Data | NSN 2825-00-227-9603
| Characteristic | Specifications |
|---|---|
| AHEAD RATED HORSEPOWER AT SPECIFIED RPM | 1750 SHAFT HP AT 3023 RPM |
| ASTERN RATED HORSEPOWER AT SPECIFIED RPM | 2000 SHAFT HP AT 2000 RPM |
| ASTERN TURBINE LOCATION | FORWARD END OF LOW PRESSURE TURBINE |
| AHEAD STAGE DESIGN | REACTION |
| AHEAD REACTION STAGE QUANTITY | 7 |
| AHEAD REACTION STAGE ROTATION BLADE ROW QUANTITY | 18 |
| AHEAD FLOW TYPE | SINGLE |
| ASTERN STAGE DESIGN | IMPULSE |
| ASTERN ROTATION BLADE ROW QUANTITY | 5 |
| ASTERN STATIONARY BLADE ROW QUANTITY | 3 |
| ASTERN FLOW TYPE | SINGLE |
| AHEAD INITIAL STEAM GAGE PRESSURE | 12.0 POUNDS PER SQUARE INCH |
| ASTERN INITIAL STEAM GAGE PRESSURE | 229.0 POUNDS PER SQUARE INCH |
| AHEAD INITIAL STEAM TEMP | 244.0 DEGREES FAHRENHEIT |
| ASTERN INITIAL STEAM TEMP | 397.0 DEGREES FAHRENHEIT |
| EXHAUST PRESSURE | 27.50 INCHES OF MERCURY |
| SHAFT ROTATION DIRECTION | COUNTERCLOCKWISE |
| LUBE OIL COOLER ASSEMBLED FORM | SEPARATE |
| THROTTLE VALVE ASSEMBLED FORM | SEPARATE |
| MOUNTING POSITION | HORIZONTAL |
| REFERENCE NUMBER DIFFERENTIATING CHARACTERISTICS | AKCT |