IEEE 115 1983

$23.29

IEEE Guide: Test Procedures for Synchronous Machines

Published By	Publication Date	Number of Pages
IEEE	1983	90

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Description

Revision Standard – Inactive – Superseded. Instructions for conducting the more generally applicable and accepted tests to determine the performance characteristics of synchronous machines are contained in this guide. Although the tests described are applicable in general to synchronous generators, synchronous motors (larger than fractional horsepower), synchronous condensers, and synchronous frequency changers, the descriptions make reference primarily to synchronous generators and synchronous motors.

PDF Catalog

PDF Pages	PDF Title
11	1 Introduction 1.1 Scope 1.2 Instrumentation
12	2 References
13	3 MiscellaneousTests 3.1 Insulation Resistance High-Potential (Dielectric) Tests
14	3.3 Resistance Measurements
15	Tests for Short-circuited Field Turns
16	3.5 Polarity Test for Field Poles Shaft Current and Bearing Insulation
18	Phase-SequenceMeter
19	Neon-Lamp Phase-Sequence Indicator a System by Indicating the Voltage Across an Open Disconnect Switch
20	3.8 Telephone-Influence Factor Balanced Telephone-Influence Factor 3.10 Residual-Component Telephone-Influence Factor
21	Line-to-Neutral Telephone-Influence Factor
22	Plot of Wave for Deviation Factor
23	3.13 Overspeed Tests
24	3.14 Line-Charging Capacity Saturation Curves Segregated Losses and Efficiency 4.1 General
26	Separate-Drive Method for Saturation Curves and Losses
28	SaturationCurves LossCurves
29	Electric-Input Method for Losses and Saturation Curves
31	Connection Diagram-Three-Wattmeter Method of Measuring Power Connection Diagram-Two-Wattmeter Method of Measuring Power
32	Open-circuit Saturation and Core Loss Curves by Electric-Input Method
33	Construction Curves for Extrapolating Loss Curves from Electric-Input Method Curves from Electric-Input Method
34	Retardation Method for Losses and Saturation Curves
36	Typical Retardation Curves
37	Speed Measurement by Direct-Current Generator
39	Cooler Method for Losses
40	4.6 Efficiency
41	Load Excitation and Voltage Regulation 5.1 LoadExcitation
42	Diagram for Voltage Back of Potier Reactance for Synchronous Generator
43	Diagram for Voltage Back of Potier Reactance for Synchronous Motor
44	(Motor or Generator) (Motor or Generator)
46	Determination of Equivalent Potier Reactance Voltage Drop
47	5.2 Voltage Regulation 6 TemperatureTests 6.1 General 6.2 Methods of Loading Determination of Potier Reactance Voltage
50	6.3 Duration of Test Methods of Measuring Temperatures
51	6.5 Preparation for Test
52	Determination of Ambient Temperature
53	6.7 Temperature Readings
54	6.8 Shutdown Temperatures
55	6.9 Temperature Rise 7 TorqueTests 7.1 General Locked-Rotor Current and Torque
56	Torque Characteristics with Locked Rotor
57	7.3 Speed-TorqueTests
61	7.4 Pull-OutTorque Correction for Voltage Effects
62	Synchronous Machine Quantities and Sudden Short-circuit Tests 8.1 General 8.2 Sudden Short-circuit Tests
63	8.3 Synchronous-Machine Quantities
66	8.4 Direct-Axis Synchronous Reactance (xd)
67	8.5 Quadrature-Axis Synchronous Reactance X, ) Reactance Method
69	8.6 Direct-Axis Transient Reactance (x™d )
70	Oscillogram of Three-phase Sudden Short Circuit
71	Current (a Typical Phase)
72	Transient Reactance Method Example of Determination of Transient and Subtransient Reactance
73	Voltage Recovery Test for Transient Reactance and Time Constant
74	8.7 Direct-Axis Subtransient Reactance (X™d )
75	Direct-Current Components of Phase Currents byMethod3
77	Quadrature-Axis Subtransient Reactance Xï¬‚, ) 8.9 Negative-Sequence Reactance X, )
79	Diagram for Determination of Negative-Sequence Impedance Method
81	8.10 Zero-Sequence Reactance X, )
82	Diagram for Determination of Zero-Sequence Reactance Method and Resistance (Method
83	8.11 Positive-Sequence Resistance (R ) 8.12 Negative-Sequence Resistance R, )
84	8.13 Zero-Sequence Resistance (R ) 8.14 Direct-Axis Transient Open-circuit Time Constant (rrd0 ) TimeConstant,Methodl
85	Determination of Direct-Axis Transient Open-circuit Time Constant Time Constant Method 2
86	8.15 Direct-Axis Transient Short-circuit Time Constant (7™d)
87	Direct-Axis Subtransient Open-circuit Time Constant (7™L0 ) 8.17 Direct-Axis Subtransient Short-circuit Time Constant (7™: ) Timeconstant
88	8.18 Short-circuit Armature Time Constant 7, )
89	8.19 LoadAngle(6) 8.20 Short-circuit Ratio (SCR)