Difference between revisions of "GN-32"
| Line 10: | Line 10: | ||
common housing. The high-voltage generator is direct-coupled to the motor shaft. | common housing. The high-voltage generator is direct-coupled to the motor shaft. | ||
The 2000<-voltgenerator is provided with two lOOO-volt commutators to provide | The 2000<-voltgenerator is provided with two lOOO-volt commutators to provide | ||
| − | 1000<-voltcurrent for the VT-4 tubes. The single-phase induction motor is provided | + | 1000<-voltcurrent for the [[VT-4]] tubes. The single-phase induction motor is provided |
with a split-phase winding for starting. This winding is short-circuited | with a split-phase winding for starting. This winding is short-circuited | ||
when the motor attains proper speed. The motor is constructed to operate on | when the motor attains proper speed. The motor is constructed to operate on | ||
Latest revision as of 13:35, 18 February 2025
- part of SCR-132
The Power Equipment, GN-32, is a motor-generator set consisting of the following machines mounted on a single base:
- 1. A 2000-volt direct current generator.
- 2. A 110-volt direct current generator.
- 3. A l2-volt direct current generator.
- 4. A 110-volt or 220-volt alternating current single-phase induction motor.
The two low-voltage generators and the motor have a common shaft and a common housing. The high-voltage generator is direct-coupled to the motor shaft. The 2000<-voltgenerator is provided with two lOOO-volt commutators to provide 1000<-voltcurrent for the VT-4 tubes. The single-phase induction motor is provided with a split-phase winding for starting. This winding is short-circuited when the motor attains proper speed. The motor is constructed to operate on either 110-volt or 220-volt single-phase alternating current. The power equipment may be operated on 110-volt direct current by utilizing the 110-volt direct current generator as a motor.
