IEEE 11 2000

$51.46

IEEE Standard for Rotating Electric Machinery for Rail and Road Vehicles

Published By	Publication Date	Number of Pages
IEEE	2000	39

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Description

Revision Standard – Active. This standard applies to rotating electric machinery which forms part of the propulsion and major auxiliary equipment on internally and externally powered electrically propelled rail and road vehicles and similar large transport and haulage vehicles and their trailers where specified in the contract.

PDF Catalog

PDF Pages	PDF Title
1	Title Page
3	Introduction
4	Participants
5	CONTENTS
7	1. Overview 1.1 Scope 1.2 Purpose 1.3 Service conditions
8	1.4 Test categories 1.5 Electric inputs or outputs
9	2. References 3. Definitions
11	4. Ratings and temperature-rise tests 4.1 Classes of ratings 4.2 Continuous ratings and temperature rise tests 4.3 Initial temperature of machine for temperature-rise test to determine 1 h rating 4.4 Making of short time overload test
12	4.5 Ventilation during temperature rise test 4.6 Waveforms during temperature rise tests 4.7 Voltage during temperature rise test 4.8 Rated voltage
13	4.9 Contract ratings 5. Temperature rises and temperature rise tests 5.1 Limits of temperature rise
15	5.2 Waiver of temperature rise limits 5.3 Separability 5.4 Rotor cage windings 6. Temperature measurements 6.1 Measurement of the cooling air temperature during tests
16	6.2 Method of measuring the temperature of parts 6.3 Shutting down machine 6.4 Rules for correcting to time of shutdown
17	7. High potential tests 7.1 Selection of test method 7.2 AC test procedure 7.3 DC test procedure 7.4 Test voltage 7.5 Test voltage for machines operating on circuits with power ground
18	7.6 Test voltage for machines operating on ungrounded circuits 7.7 Test voltage for machines operating on circuits with high impedance ground fault detection 7.8 New completed machines
19	7.9 Repaired machines 7.10 Machines in service condition 7.11 Connected apparatus 8. Commutation tests (dc machines only) 8.1 Commutation type tests
21	8.2 Commutation routine tests 8.3 Interruption type tests
22	8.4 Evaluation of the degree of sparking
23	9. Overspeed requirements and test 9.1 Overspeed test 9.2 Results of overspeed test 9.3 Relation to vehicle speed 10. Characteristic curves and tests 10.1 Characteristic curves
24	10.2 Methods of determining efficiency
25	10.3 Losses to be considered for direct current machines 10.4 Determination of losses in direct current machines
27	10.5 Losses to be considered for inverter driven induction motors 10.6 Determination of losses in inverter driven induction motors
29	10.7 Declared curve type tests and tolerances
30	10.8 Routine characteristic tests and tolerances 10.9 Gear losses
32	11. External power systems 11.1 Supply voltage
33	11.2 Propulsion performance voltage 11.3 Supply characteristics 11.4 DC systems using regeneration 12. Terminal marking 12.1 Traction motors
34	12.2 Rotating machines other than traction motors
36	12.3 Reactors 12.4 Connection diagrams 12.5 Additional terminals 13. Mechanical measurements 13.1 Commutator trueness
37	13.2 Vibration 13.3 Sound
38	13.4 Shaft voltage
39	Annex A—Bibliography