09/30182101 DC : 0

FOREWORD
1 Scope and object
2 Normative references
3 Definitions
  3.1 General
4 Environmental conditions
5 Characteristics
  5.1 General
  5.2 Reference temperature
  5.3 Efficiency characteristics
  5.4 Commutator type traction motor characteristics
  5.5 Main generator characteristics
  5.6 Auxiliary motor characteristics
  5.7 Auxiliary generator characteristics
  5.8 Auxiliary motor-generator set and rotary convertor
      characteristics
6 Marking
  6.1 Nameplate
  6.2 Terminal and lead markings
7 Test categories and summary of tests
  7.1 Test categories
      7.1.1 General
      7.1.2 Type tests
      7.1.3 Routine tests
      7.1.4 Investigation tests
  7.2 Summary of tests
8 Type tests
  8.1 Temperature-rise tests
      8.1.1 General
      8.1.2 Ventilation during temperature-rise tests
      8.1.3 Judgement of results
      8.1.4 Limits of temperature rise
      8.1.5 Short-time overload temperature-rise test
  8.2 Characteristic tests and tolerances
      8.2.1 General
      8.2.2 Commutator type traction motors
      8.2.3 Main generators
      8.2.4 Auxiliary motors
      8.2.5 Auxiliary generators
      8.2.6 Auxiliary motor-generator sets and rotary
            convertors
  8.3 Commutation tests
      8.3.1 General
      8.3.2 Traction motors
      8.3.3 Main generators
      8.3.4 Auxiliary motors and generators and motor-generator
            sets
  8.4 Transient tests
      8.4.1 General
      8.4.2 Traction motors and motors of main motor-generator
            sets
      8.4.3 Auxiliary motors, auxiliary motor-generator sets
            and auxiliary rotary convertors
      8.4.4 Voltage jump test on auxiliary motors, auxiliary
            motor-generator sets and auxiliary rotary convertors
  8.5 Short-circuit tests on main and auxiliary alternators
  8.6 Starting tests
      8.6.1 General
      8.6.2 Single-phase a.c. locomotive motors
      8.6.3 Main motor-generator sets
      8.6.4 Auxiliary motors, auxiliary motor-generator sets
            and auxiliary rotary convertors
  8.7 Overspeed tests
  8.8 Vibration tests
      8.8.1 Internally generated vibration characteristics
9 Routine tests
  9.1 Short-time soundness test
      9.1.1 General
      9.1.2 Test conditions
      9.1.3 Plotting of heating and cooling curves
      9.1.4 Judgement of results
  9.2 Characteristic tests and tolerances
      9.2.1 General
      9.2.2 Commutator type traction motors
      9.2.3 Main generators
      9.2.4 Alternative tests for alternators
      9.2.5 Auxiliary motors
      9.2.6 Auxiliary generators
      9.2.7 Auxiliary motor-generator sets and convertors
  9.3 Commutation routine tests
      9.3.1 General
      9.3.2 Traction motors
      9.3.3 Main generators
      9.3.4 Auxiliary motors and generators and motor-generator
            sets
  9.4 Overspeed tests
      9.4.1 General
      9.4.2 Traction motors
      9.4.3 Main or auxiliary engine-driven generators
      9.4.4 Generators driven by a vehicle axle
      9.4.5 Main or auxiliary motor-generator sets, auxiliary
            convertors and auxiliary motors
  9.5 Dielectric tests
  9.6 Vibration tests (imbalance)
  9.7 Commutator radial run-out measurement
Annex A (normative) - Measurement of temperature
  A.1 Temperature of the machine parts
  A.2 Temperature of the cooling air
  A.3 Measurement of resistance
  A.4 Stopping of machines and time of "commencement
      of cooling"
  A.5 Time of the hot resistance measurements and
      extrapolation of the cooling and heating curves
Annex B (informative) - Methods of determining losses
        and efficiency
  B.1 General
  B.2 Symbols
  B.3 Correction of results to the reference temperature
  B.4 Regenerative methods
  B.5 Measurement of the a.c. losses of pulsating current
      motors
  B.6 Summation of losses method
  B.7 Reference documents
Annex C (informative) - Noise measurement and limits
Annex D (normative) - Supply voltages of traction systems
Annex E (informative) - Agreement between user and manufacturer
Bibliography

BS EN 60349-1