1 Scope
2 Classification
   2.1 Stator Types
   2.2 Rotor Types
3 Usual Service Conditions
   3.1 Variation from Rated Voltage
   3.2 Variation from Rated Hydrogen Pressure
   3.3 Variation from Rated Frequency
4 Rating
   4.1 Output Rating
   4.2 Capability
   4.3 Voltage Ratings
       4.3.1 Armature
       4.3.2 Excitation System Voltage Ratings
5 Temperature Rise
   5.1 Air-Cooled Machines
   5.2 Hydrogen-Cooled Machines
6 Requirements for Abnormal Conditions
   6.1 Armature Winding Short-Time Thermal Requirements
   6.2 Field Winding Short-Time Thermal Requirements
   6.3 Rotor Short-Time Thermal Requirements for Unbalanced
       Faults
   6.4 Mechanical Requirements for Short Circuits
   6.5 Continuous Unbalance Requirements
7 Efficiency
8 Overspeed
9 Telephone Influence Factor
   9.1 Balanced
   9.2 Residual Component
   9.3 Single Frequency
   9.4 Other
10 Tests
11 Direction of Rotation
12 Nameplate Marking
13 Performance Specification Forms
14 Revision of American National Standards Referred to
   in This Document
Tables
1 - Limiting Observable Temperature Rise of Air-Cooled
    Cylindrical-Rotor Generators
2 - Limiting Observable Temperature and Temperature Rise
    of Hydrogen-Cooled Cylindrical-Rotor Generators in
    Degrees Celsius
3 - 1960 Single-Frequency TIFf Weighting Factors
4 - Tests on Cylindrical-Rotor Synchronous Generators
Figures
1 - Performance Specification Form for Steam,
    Hydraulic-Turbine-Driven, and Motor-Driven Air-Cooled
    Cylindrical Rotor Synchronous Generators
2 - Performance Specification Form for Steam-Turbine-Driven
    Hydrogen-Cooled Cylindrical-Rotor Synchronous
    Generators