IEEE 1095 1990
$72.04
IEEE Guide for Installation of Vertical Generators and Generator/Motors for Hydroelectric Applications
Published By | Publication Date | Number of Pages |
IEEE | 1990 | 40 |
New IEEE Standard – Inactive – Superseded. This standard describes installation procedures for synchronous generators and generator/motors rated 5000 kVA and above, to be coupled to hydraulic turbines having vertical shafts.
PDF Catalog
PDF Pages | PDF Title |
---|---|
1 | Title Page |
3 | Introduction Participants |
5 | CONTENTS |
7 | 1. Introduction and Scope 2. References |
8 | 3. Tools and Facilities 3.1 General 3.2 Erection Contractor-Supplied Tools 3.3 Manufacturer-Supplied Tools |
9 | 3.4 Customer-Supplied Materials, Services, and Facilities 4. Personnel 5. Generator Construction 5.1 General Arrangement |
10 | 5.2 Stator Construction |
11 | 5.3 Rotor Construction |
12 | 5.4 Shaft and Coupling 5.5 Thrust Bearing |
14 | 5.6 Guide Bearings |
15 | 5.7 Brakes and Jacks 5.8 Field Assembly Requirements |
16 | 6. Preparation of Generator and Turbine Shafts in Factory 6.1 Factory Preassembly and Alignment 6.2 Field Alignment 7. Installation Precautions 7.1 Position References |
17 | 7.2 Handling of Generator Parts 7.3 Matching of Parts 7.4 Use of Plumb Lines 7.5 Precautions in Welding |
18 | 7.6 Cleanliness 7.7 Keeping Records 8. Receiving, Storing, and Unpacking 8.1 Receiving |
19 | 8.2 Storing |
21 | 8.3 Unpacking 9. Erection Procedures 9.1 General |
22 | 9.2 Generator Shipped Completely Assembled 9.3 Generator Assembled in the Field, Thrust Bearing Above the Rotor, Spring-Type or Self-Equalizing-type Thrust Bearing |
23 | 9.4 Generator Assembled in the Field, Thrust Bearing Above the Rotor, Adjustable-Shoe-Type Thrust Bearing |
25 | 9.5 Generator Assembled in the Field, Thrust Bearing Below the Rotor, Spring-Type or Self-Equalizing-Type Thrust Bearing |
26 | 9.6 Generator Assembled in the Field, Thrust Bearing Below the Rotor, Adjustable-Shoe-Type Thrust Bearing |
27 | 10. Details of Erection Procedures 10.1 Placing a Foundation Bolts 10.2 Positioning and Grouting of Soleplates |
28 | 10.3 Assembly of Stator |
29 | 10.4 Assembly of Rotor |
31 | 10.5 Assembly of Thrust Bearings 10.6 Assembly of Guide Bearings |
32 | 10.7 Installation of Lubrication System 10.8 Checking Air Gap 10.9 Check of Insulation Against Shaft Currents 10.10 Closing of Generator-Turbine Coupling |
33 | 10.11 Shaft-Plumb and Straightness Check 10.12 Equalizing the Load on Adjustable-Shoe-Type Bearings 10.13 Check of Shaft Runout 10.14 Assembly of Rotating Exciters (If Provided), Collector Rings, and Brush Rigging |
34 | 10.15 Installation of Instruments and Relays 11. Mechanical Run 11.1 General |
35 | 11.2 Preparation for Initial Start 11.3 Initial Start |
36 | 11.4 Check of Shaft Runout 12. Balancing |
37 | 13. Insulation Testing and Drying Out 13.1 Measurement of Winding Insulation Resistance 13.2 Drying Out of Windings |
38 | 13.3 High-Potential Tests 14. Initial Operation 14.1 No-Load Operation and Excitation 14.2 Connection to Power System 14.3 Load Rejection Tests |
39 | 14.4 Operation Check of Shaft Runout 15. Field Tests 15.1 Vertical Hydraulic-Turbine Generator Shaft Runout Tolerances, Installation Check |
40 | 15.2 Electrical Tests |