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BS EN IEC 62271-213:2021

BS EN IEC 62271-213:2021

$198.66

High-voltage switchgear and controlgear – Voltage detecting and indicating system

Published By Publication Date Number of Pages
BSI 2021 58
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This part of IEC 62271 is applicable to the voltage detecting and indicating system (VDIS) to be installed on indoor and outdoor high-voltage equipment .

The VDIS as defined by this document includes a coupling system per phase (capacitive, resistive coupling or other technology) to connect to live parts (main circuit).

The VDIS is applicable on systems with nominal voltage s above 1 kV and service frequencies from 16,7 Hz up to and including 60 Hz. The VDIS is used to detect and indicate the presence or absence of operating voltage . It is not intended to distinguish between voltage not present (i.e. U < 10 % of nominal voltage ) and dead circuit state (i.e. U = 0 V).

NOTE 1 The use of a specific means of connection to earth of the main circuit (e.g. by an earthing switch) provides the “dead circuit” (U = 0 V) state.

NOTE 2 The VDIS has the same threshold values as the voltage presence indicating system (VPIS) ( IEC 62271ā€‘206 ) and the voltage detecting system (VDS) ( IEC 61243ā€‘5 ) for not indicating presence of voltage and for detecting an absence of operating voltage , respectively.

The VDIS is fixed on equipment such as switchgear and controlgear according to the IEC 62271 series or transformers according to their own standards.

The products designed and manufactured in accordance with this document contribute to the safety of the users, provided they are used by skilled or instructed persons in accordance with safe methods of work and the instructions for use.

PDF Catalog

PDF Pages PDF Title
2 undefined
5 Annex ZA (normative)Normative references to international publicationswith their corresponding European publications
7 English
CONTENTS
9 FOREWORD
11 INTRODUCTION
12 1 Scope
2 Normative references
13 3 Terms and definitions
18 4 Normal and special service conditions
4.1 General
4.2 Normal service conditions
4.3 Special service conditions
5 Ratings
19 6 Design and construction
6.1 General
6.2 Parts of voltage detecting and indicating system
6.3 VDIS description
6.3.1 General
6.3.2 Integrated VDIS
20 6.3.3 Separable VDIS
Figures
Figure 1 ā€“ Example of the typical structure of an integrated VDIS
21 6.4 Coupling system
6.4.1 General
6.4.2 Coupling element
6.4.3 Adjustment element
Figure 2 ā€“ Example of the typical structure of a separable VDIS
22 6.5 Voltage limiting element
6.6 Connecting leads
6.6.1 General
6.6.2 Connection types
6.6.3 Extraction force of cable from the connection
6.6.4 Electrical requirements
23 6.7 Testing points
6.7.1 General
6.7.2 Electrical requirements at the testing points
6.7.3 Testing point output signal requirement
Tables
Table 1 ā€“ Impedances of connected devices
24 6.7.4 Phase shift
6.7.5 Impedance for external devices connected to the testing points
6.7.6 Design of testing points
Table 2 ā€“ Current levels (RMS values)
25 Figure 3 ā€“ Plug and socket size and design without insulation shield
26 Figure 4 ā€“ Plug and socket size and design with insulation shield
27 6.8 Connecting points
6.8.1 General
Figure 5 ā€“ Maximum footprint dimensions of separable VDISand example of arrangement
Figure 6 ā€“ Examples of socket-outlet arrangement for integrated VDIS
28 6.8.2 Electrical requirements at the connecting points
6.8.3 Phase shift
6.8.4 Impedance for external devices connected to the connecting points
6.8.5 Mechanical requirements of connecting points
6.9 Indicator
6.9.1 General
6.9.2 Thresholds for voltage indication
29 6.9.3 Indication and perceptibility
6.9.4 Repetition frequency of the indication
6.9.5 Response time of indication
6.9.6 Response on DC voltage
6.9.7 Testing element
6.10 Degree of protection (IP code)
Table 3 ā€“ Thresholds for voltage indication
30 6.11 Climatic requirements
6.11.1 General
6.11.2 Temperature
6.11.3 Damp heat
6.11.4 Composite temperature/humidity
6.12 Mechanical requirements
6.12.1 General
6.12.2 Assembly
6.12.3 Vibration
31 6.12.4 Mechanical impact (IK code)
6.12.5 Fall
6.13 Electromagnetic compatibility
6.13.1 General
6.13.2 Immunity against electrostatic discharge
6.13.3 Immunity against radiated electromagnetic fields
6.14 Dielectric strength
6.14.1 General
32 6.14.2 Fixed part
6.14.3 Separable indicator power-frequency withstand voltage
6.14.4 Insulation resistance under pollution
6.15 VDIS with built-in power source
6.15.1 General
6.15.2 Testing element
33 6.15.3 Voltage indication
6.15.4 Indication until built-in power source is exhausted
6.16 Marking
6.16.1 General
6.16.2 Marking of the accessible front
6.16.3 Marking on separable indicator
34 6.16.4 Other marking on the separable indicator and fixed part of the VDIS
7 Type tests
7.1 General
7.1.1 Test conditions
35 7.1.2 List of tests
Table 4 ā€“ Sequence of type tests
36 7.1.3 Test values
7.1.4 Modification
Table 5 ā€“ List of type tests without sequence
37 7.2 Inspection
7.3 Dielectric tests
7.3.1 General
7.3.2 Lightning impulse voltage test
7.3.3 Power-frequency voltage test
7.3.4 Voltage withstand test of the indicator
38 7.3.5 Insulation resistance under pollution
7.4 Maximum current of coupling element
7.5 Conditions on testing points
7.5.1 General
39 7.5.2 Conditions for indication “voltage not present”
7.5.3 Conditions for indication “voltage present”
7.6 Voltage limiting element
7.7 Indication of VDIS
7.7.1 General
7.7.2 Preparation
40 7.7.3 Operation
7.7.4 Indicator of separable VDIS
Figure 7 ā€“ Connection of the voltage source
41 7.8 Clear perceptibility of visual indication
7.8.1 General
7.8.2 Preparation
42 7.8.3 Operation
7.9 Phase shift
Figure 8 ā€“ Test set-up for perceptibility of visual indication
43 7.10 Response time
Figure 9 ā€“ Examples of measure of the response time
44 7.11 Non response to DC voltage
7.12 Connecting leads
7.13 Temperature dependence of indication
45 7.14 Degree of protection (IP code)
7.15 Damp heat
7.16 Composite temperature/humidity cyclic test
7.17 Vibration
7.18 Mechanical impact (IK code)
7.19 Fall
46 7.20 Electrostatic discharge
7.21 Radiated electromagnetic fields
7.22 VDIS with built-in power source
7.22.1 Perceptibility of visual indication
7.22.2 Efficency of testing element
7.22.3 Indication until the built-in power source is exhausted
47 8 Routine tests
9 Guide to the selection of VDIS (informative)
Table 6 ā€“ List of routine tests without sequence
48 10 Information to be given with enquiries, tenders and orders
10.1 General
10.2 Information with enquiries and orders
10.3 Information with tenders
49 11 Transport, storage, installation, operation, maintenance and instructions for use
11.1 General
11.2 Installation
11.3 Operating instructions
11.4 Maintenance
11.4.1 General
11.4.2 Maintenance periodicity
50 11.4.3 Maintenance of testing points conditions
11.4.4 Maintenance of indicator of separable VDIS
51 11.5 Instructions for use
52 12 Safety
13 Influence of VDIS on the environment
53 Annex A (informative) Derivations and formulas
A.1 Threshold voltages for indication of VDIS
A.2 Maximum measuring voltage of VDIS
54 A.3 Impedances of connected devices to the testing points of VDIS
55 A.4 Current levels of the testing points of VDIS
56 Annex B (informative)List of notes concerning certain countries
57 Bibliography

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BS EN IEC 62271-213:2021
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