Ieee std 1159-1995, ieee recommended Practice for Monitoring Electric Power Quality

Table B.1ÑPower quality standards by topic
Topics
Relevant standards
Grounding
IEEE Std 446 
[B75]
IEEE Std 141
[B70]
IEEE Std 142
[B71]
IEEE Std 1100
[B87]
ANSI/NFPA 70 
[B67]
Powering
ANSI C84.1
[B65]
IEEE Std 141
[B70]
IEEE Std 446
[B75]
IEEE Std 1100
[B87]
IEEE Std 1250
[B88]
Surge protection 
IEEE C62 series
[B93]
IEEE Std 141
[B70]
IEEE Std 142
[B71]
NFPA 78
[B97]
UL 1449
[B99]
Harmonics
IEEE Std 
C57.110
[B90]
IEEE Std 519
[B79]
IEEE P519a
[B80]
IEEE Std 929
[B83]
IEEE Std 1001
[B87]
Disturbances
ANSI C62.41
[B91]
IEEE Std 1100
[B87]
IEEE Std 1159
a
IEEE Std 1250
[B88]
Life/Þre safety
FIPS PUB94
[B68]
ANSI/NFPA 70 
[B67]
NFPA 75
 [B96]
UL 1478
[B17]
UL 1950
[B18]
Mitigation
equipment
IEEE Std 446
[B75]
IEEE Std 1035
[B85]
IEEE Std 1100
[B87]
IEEE Std 1250 
[B88]
NEMA-UPS
[B94]
Telecommunications 
equipment
FIPS PUB94
[B68]
IEEE Std 487
[B76]
IEEE Std 1100
[B87]
Noise control
FIPS PUB94
[B68]
IEEE Std 518
[B78]
IEEE Std 1050
[B86]
Utility interface
IEEE Std 446
[B75]
IEEE Std 929
[B83]
IEEE Std 1001
[B84]
IEEE Std 1035
[B85]
Monitoring
IEEE Std 1100
[B87]
IEEE Std 1159
(see note f)
Load immunity
IEEE Std 141
[B70]
IEEE Std 446
[B75]
IEEE Std 1100
[B87]
IEEE Std 1159
a
IEEE P1346
[B89]
System reliability
IEEE Std 493
[B77]
a 
IEEE Std 1159-1995 is this standard.

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Document Outline

• Title Page
• Introduction
• Participants
• CONTENTS
• 1. Overview
  • 1.1 Scope
  • 1.2 Purpose
• 2. References
• 3. Definitions
  • 3.1 Terms used in this recommended practice
  • 3.2 Avoided terms
  • 3.3 Abbreviations and acronyms
• 4. Power quality phenomena
  • 4.1 Introduction
  • 4.2 Electromagnetic compatibility
  • 4.3 General classification of phenomena
  • 4.4 Detailed descriptions of phenomena
• 5. Monitoring objectives
  • 5.1 Introduction
  • 5.2 Need for monitoring power quality
  • 5.3 Equipment tolerances and effects of disturbances on equipment
  • 5.4 Equipment types
  • 5.5 Effect on equipment by phenomena type
• 6. Measurement instruments
  • 6.1 Introduction
  • 6.2 AC voltage measurements
  • 6.3 AC current measurements
  • 6.4 Voltage and current considerations
  • 6.5 Monitoring instruments
  • 6.6 Instrument power
• 7. Application techniques
  • 7.1 Safety
  • 7.2 Monitoring location
  • 7.3 Equipment connection
  • 7.4 Monitoring thresholds
  • 7.5 Monitoring period
• 8. Interpreting power monitoring results
  • 8.1 Introduction
  • 8.2 Interpreting data summaries
  • 8.3 Critical data extraction
  • 8.4 Interpreting critical events
  • 8.5 Verifying data interpretation
• Annex A—Calibration and self testing
  • A.1 Introduction
  • A.2 Calibration issues
• Annex B—Bibliography
  • B.1 Definitions and general
  • B.2 Susceptibility and symptoms—voltage disturbances and harmonics
  • B.3 Solutions
  • B.4 Existing power quality standards