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IEEE STD 1349 2001:2002 Edition

$34.45

IEEE Guide for the Application of Electric Motors in Class I, Division 2 Hazardous (Classified) Locations

Published By Publication Date Number of Pages
IEEE 2002 78
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PDF Pages PDF Title
1 Cover
Cover
2 IEEE Guide for the Application of Electric Motors in Class I, Division 2 Hazardous (Classified) Locations
IEEE Guide for the Application of Electric Motors in Class I, Division 2 Hazardous (Classified) Locations
4 IEEE-SA Trademark Usage/Compliance Statement
IEEE-SA Trademark Usage/Compliance Statement
5 Introduction
Introduction
Participants
Participants
7 Contents
Contents
10 1. Overview
1. Overview
1.1 Scope
1.1 Scope
11 1.2 Purpose
1.2 Purpose
1.3 Background
1.3 Background
12 1.4 Industry experience
1.4 Industry experience
2. References
2. References
13 3. Definitions, abbreviations, and acronyms
3. Definitions, abbreviations, and acronyms
3.1 Definitions
3.1 Definitions
15 3.2 Acronyms and abbreviations
3.2 Acronyms and abbreviations
4. Phenomenon of a motor as a possible ignition source
4. Phenomenon of a motor as a possible ignition source
16 4.1 Ignition overview
4.1 Ignition overview
4.2 Ignition components
4.2 Ignition components
17 4.3 Gas AIT and group designation
4.3 Gas AIT and group designation
4.4 Gas ingress
4.4 Gas ingress
19 5. Common applications
5. Common applications
5.1 Common application conditions
5.1 Common application conditions
20 5.2 Surface temperatures
5.2 Surface temperatures
21 5.3 Sparking
5.3 Sparking
5.4 General equipment considerations
5.4 General equipment considerations
24 5.5 Application considerations for motors 1000V and below
5.5 Application considerations for motors 1000V and below
25 5.6 Application considerations for motors above 1000 V
5.6 Application considerations for motors above 1000 V
27 5.7 Application considerations for synchronous motors
5.7 Application considerations for synchronous motors
29 6. Uncommon application considerations
6. Uncommon application considerations
30 6.1 High or low ambient temperature
6.1 High or low ambient temperature
6.2 High altitudes
6.2 High altitudes
6.3 Nonsinusoidal power or adjustable speed operations
6.3 Nonsinusoidal power or adjustable speed operations
32 6.4 Duty cycle other than continuous
6.4 Duty cycle other than continuous
6.5 Excessive starts
6.5 Excessive starts
6.6 High inertia load
6.6 High inertia load
6.7 NEMA Design C or D motors
6.7 NEMA Design C or D motors
33 6.8 Voltage and frequency variation
6.8 Voltage and frequency variation
6.9 Overload
6.9 Overload
34 6.10 Atmospheres with an AIT at or less than those of Table 1
6.10 Atmospheres with an AIT at or less than those of Table 1
6.11 Motor exposed surface temperature above Table 1 values or above Class B rise
6.11 Motor exposed surface temperature above Table 1 values or above Class B rise
35 6.12 Other considerations
6.12 Other considerations
36 7. Operation and maintenance considerations
7. Operation and maintenance considerations
7.1 Commissioning considerations
7.1 Commissioning considerations
7.2 Maintenance considerations for existing motors in Class I, Division 2 locations
7.2 Maintenance considerations for existing motors in Class I, Division 2 locations
37 8. Motor surface temperature test methods
8. Motor surface temperature test methods
39 Annex A—Bibliography
Annex A—Bibliography
42 Annex B—Regulations and standards for motors used in areas
where flammable gases or vapors may be present
Annex B—Regulations and standards for motors used in areas
where flammable gases or vapors may be present
45 Annex C—AIT and group designations for Class I materials
Annex C—AIT and group designations for Class I materials
50 Annex D—Motor enclosures types
Annex D—Motor enclosures types
53 Annex E—Motor information tables
Annex E—Motor information tables
56 Annex F—Multisection motor inspection procedure
Annex F—Multisection motor inspection procedure
57 Annex G—Motor sparking considerations
Annex G—Motor sparking considerations
61 Annex H—Surface temperature study results
Annex H—Surface temperature study results
75 Annex I—Surface temperature test methods
Annex I—Surface temperature test methods
78 Annex J—Event history
Annex J—Event history
IEEE STD 1349 2001
$34.45