BS 5862(1980) : 1980 AMD 10232
Superseded
A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.
A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.
METHOD OF SPECIFYING INDUCTIVE VOLTAGE DIVIDERS
15-07-1999
23-11-2012
National foreword
Cooperating organizations
1 Scope
2 Terms and definitions
2.1 Inductive voltage divider
2.2 Transfer ratio
2.3 Fiducial value
2.4 Transfer ratio error
2.5 Input impedance
2.6 Output impedance
2.7 Influence quantity
2.8 Variation
2.9 Reference conditions
2.10 Nominal range of use
2.11 Limiting values of an influence quantity
2.12 Circuit insulation voltage (nominal circuit
voltage)
2.13 Common mode voltage
2.14 D.C. series mode input current
2.15 Distortion factor
2.16 Electrostatic screen
2.17 Leakage current screen
2.18 Resolution
2.19 Auxiliary equipment
2.20 Accuracy
3 Classification
4 Limits of intrinsic error
4.1 Permissible limits of intrinsic error
4.2 Selectable ratios
5 Conditions for the determination of intrinsic
errors
6 Permissible variations
6.1 Limits of variations
6.2 Conditions for the determination of the variations
6.3 Variation due to d.c. series mode current
6.4 Variation due to the influence of an externally
produced magnetic field
7 Additional electrical and mechanical requirements
7.1 Limiting values of input voltage
7.2 Input voltage switching
7.3 Voltage test and other safety requirements
7.4 Insulation resistance test
7.5 Limiting conditions for storage, transport and use
8 Information, markings and symbols
8.1 Information
8.2 Marking, symbols and their locations
8.3 Documentation
8.4 Example of the marking of an IVD
Appendix
A Transfer ratio and other performance
characteristics
Figures
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