BS EN 60349-1:2010
$198.66
Electric traction. Rotating electrical machines for rail and road vehicles – Machines other than electronic converter-fed alternating current motors
Published By | Publication Date | Number of Pages |
BSI | 2010 | 68 |
This part of IEC 60349 is applicable to rotating electrical machines, other than electronic converter-fed alternating current motors, forming part of the equipment of electrically propelled rail and road vehicles. The vehicles may obtain power either from an external supply or from an internal source.
The object of this standard is to enable the performance of a machine to be confirmed by tests and to provide a basis for assessment of its suitability for a specified duty and for comparison with other machines.
Where further testing is to be undertaken in accordance with IEC 61377-2, it may be preferable, to avoid duplication, that some type and investigation tests be carried out on the combined test bed.
NOTE 1 This standard also applies to machines installed on trailers hauled by electrically propelled vehicles.
NOTE 2 The basic requirements of this standard may be applied to rotating electrical machines for special purpose vehicles such as mine locomotives, but it does not cover flameproof or other special features that may be required.
NOTE 3 It is not intended that this standard should apply to machines on small road vehicles such as battery-fed delivery vehicles, works trucks, etc. Neither does it apply to minor machines such as windscreen wiper motors, etc. that may be used on all types of vehicles.
NOTE 4 Industrial type machines complying with the IEC 60034 series may be suitable for certain auxiliary applications.
Electrical inputs or outputs of machines covered by this standard may be as follows:
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direct current (including rectified polyphase alternating current);
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pulsating current (rectified single-phase alternating current);
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unidirectional chopper-controlled current;
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single-phase alternating current;
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polyphase alternating current (in general three-phase).
In this standard, the electrical machines concerned are classified as follows.
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Traction motors – Motors for propelling rail or road vehicles.
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Engine-driven main generators – Generators for supplying power to traction motors on the same vehicle or train.
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Main motor-generator sets – Machines obtaining power from a line or battery, and supplying power to traction motors on the same vehicle or train.
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Auxiliary motors – Motors for driving compressors, fans, auxiliary generators or other auxiliary machines.
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Auxiliary generators – Generators for supplying power for auxiliary services such as air conditioning, heating, lighting, battery charging, etc.
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Auxiliary motor-generator sets and auxiliary rotary converters – Machines which obtain their power from the line or other source to provide an electrical supply for auxiliary services.
PDF Catalog
PDF Pages | PDF Title |
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7 | English CONTENTS |
10 | 1 Scope and object |
11 | 2 Normative references 3 Terms and definitions |
16 | 4 Environmental conditions 5 Characteristics 5.1 General 5.2 Reference temperature |
17 | 5.3 Efficiency characteristics 5.4 Commutator type traction motor characteristics 5.5 Main generator characteristics |
18 | 5.6 Auxiliary motor characteristics 5.7 Auxiliary generator characteristics 5.8 Auxiliary motor-generator set and rotary converter characteristics 6 Marking 6.1 Nameplate |
19 | 6.2 Terminal and lead markings 7 Test categories and summary of tests 7.1 Test categories |
20 | 7.2 Summary of tests |
21 | Tables Table 1 – Summary of tests |
22 | 8 Type tests 8.1 Temperature-rise tests |
23 | Table 2 – Limits of temperature rise for continuous or other ratings |
24 | 8.2 Characteristic tests and tolerances Table 3 – Temperature rise for short-time overload rating |
25 | Table 4 – Tolerances on the speed of commutator type traction motors |
27 | 8.3 Commutation tests |
29 | 8.4 Transient tests |
30 | 8.5 Short-circuit tests on main and auxiliary alternators 8.6 Starting tests |
31 | 8.7 Overspeed tests 8.8 Vibration tests |
32 | 9 Routine tests 9.1 Short-time soundness test |
33 | 9.2 Characteristic tests and tolerances |
35 | 9.3 Commutation routine tests 9.4 Overspeed tests |
36 | 9.5 Dielectric tests Table 5 – Dielectric test voltages |
37 | 9.6 Vibration tests (imbalance) 9.7 Commutator radial run-out measurement Table 6 – Limits of commutator radial run-out |
38 | Figures Figure 1 – Commutator type traction motor test points |
39 | Figure 2 – Main generator test points |
40 | Annex A (normative) Measurement of temperature |
43 | Annex B (informative) Methods of determining losses and efficiency |
45 | Figure B.1 – Circuit for determining loss and efficiency by the regenerative method with the machines connected in parallel |
46 | Figure B.2 – Circuit for determining loss and efficiency by the regenerative method with the machines connected in series |
47 | Figure B.3 – Circuit for determining loss and efficiency by the regenerative method with the machines connected in series and with mechanical drive Figure B.4 – Circuit for determining loss and efficiency of single-phase a.c. commutator motors by the regenerative method with the machines connected in series |
48 | Figure B.5 – Circuit for determining loss and efficiency of pulsating current motors by the regenerative method with the machines connected in series |
49 | Figure B.6 – Circuit for determining loss and efficiency of pulsating current motors by the regenerative method with the machines connected in parallel Figure B.7 – Circuit for the measurement of the a.c. losses of pulsating current motors |
51 | Figure B.8 – Correction factor for additional load loss of uncompensated d.c machines Figure B.9 – Correction factor for pulsating current I2R loss Figure B.10 – Conventional values of traction motor transmission losses |
53 | Annex C (informative) Noise measurement and limits |
55 | Table C.1 – Corrections |
58 | Table C.2 – Corrections |
59 | Figure C.1 – Limiting mean sound power level for airborne noise emitted by traction motors Table C.3 – Correction for pure tones |
60 | Figure C.2 – Location of measuring points and prescribed paths for horizontal machines |
61 | Figure C.3 – Location of measuring points and prescribed paths for vertical machines |
62 | Annex D (normative) Supply voltages of traction systems |
63 | Annex E (informative) Agreement between user and manufacturer |
65 | Bibliography |