View source for User:LMischler/Tables-2016-chapter-F

== F8 - Tab1150 ==

{{TableStart|Tab1150|3col}}
|-
! colspan="2" | Uo (V) 
! 50 < Uo ≤ 120 
! 120 < Uo ≤ 230 
! 230 < Uo ≤ 400 
! Uo > 400
|-
| rowspan="2" | System 
| TN or IT 
| 0.8 
| 0.4 
| 0.2 
| 0.1
|-
| TT 
| 0.3 
| 0.2 
| 0.07 
| 0.04
|-
{{TableEnd|Tab1150|F8|Maximum safe duration of the assumed values of AC touch voltage (in seconds)}}

----
== F10 - Tab1151 ==

{{TableStart|Tab1151|2col}}
|-
! Uo{{TabRef|Tab1151|a}} (V) 
! T (s)
|-
| 50 <Uo ≤ 120 
| 0.3
|-
| 120 < Uo ≤ 230 
| 0.2
|-
| 230 < Uo ≤ 400 
| 0.07
|-
| Uo > 400 
| 0.04
|-
{{TableEnd|Tab1151|F10|Maximum disconnecting time for AC final circuits not exceeding 32 A
|a| Uo is the nominal phase to earth voltage }}

----
== F11 - Tab1152 ==

{{TableStart|Tab1152|3col}}
|-
! X I<sub>Δn</sub> 
! 
! 1 
! 2 
! 5 
! > 5
|-
| rowspan="2" | Domestic 
| Instantaneous 
| 0.3 
| 0.15 
| 0.04 
| 0.04
|-
| Type S 
| 0.5 
| 0.2 
| 0.15 
| 0.15
|-
| rowspan="3" | Industrial 
| Instantaneous
| 0.3 
| 0.15
| 0.04
| 0.04
|-
| Time-delay : 0.06 s
| 0.5
| 0.2
| 0.15
| 0.15
|-
| Time-delay (other) 
| colspan="4" | According to manufacturer
|-
{{TableEnd|Tab1152|F11|Maximum operating time of RCD’s (in seconds)}}

----
== F13 - Tab1154 ==

{{TableStart|Tab1154|2col}}
|-
! Uo{{TabRef|Tab1154|a}} (V) 
! T (s)
|-
| 50 < Uo ≤ 120 
| 0.8
|-
| 120 < Uo ≤ 230 
| 0.4
|-
| 230 < Uo ≤ 400 
| 0.2
|-
| Uo > 400 
| 0.1
|-
{{TableEnd|Tab1154|F13|Maximum disconnecting time for AC final circuits not exceeding 32 A
|a|  Uo is the nominal phase to earth voltage }}

----
== F19 - Tab1154 ==

{{TableStart|Tab1154|2col}}
|-
! Leakage capacitance (µF) 
! First fault current (A)
|-
| 1 
| 0.07
|-
| 5 
| 0.36
|-
| 30 
| 2.17
|-
{{TableEnd|Tab1154|F19|Correspondence between the earth leakage capacitance and the first fault current
|| Note: 1 µF is the 1 km typical leakage capacitance for 4-conductor cable. }}

----
==  - Tab1155 ==

{{TableStart|Tab1155|4col}} 
|-
! Type / installation level 
! Main-distribution 
! Sub-distribution 
! Comments
|-
| Source Ground Return (SGR) 
| '''Possible'''  
| 
| Used
|-
| Residual Sensing (RS) (SGR) 
| '''Possible'''  
| '''Recommended or required'''
| Often used
|-
| Zero Sequence (SGR) 
| '''Possible'''  
| '''Recommended or required'''
| Rarely used
|-
{{TableEnd}}

----
== F28 - Tab1156 ==

{{TableStart|Tab1156|3col}}
|-
! IΔn 
! colspan="2" | Maximum resistance of the earth electrode
|-
! 
!(50 V) 
! (25 V)
|-
| 3 A 
| 16 Ω 
| 8 Ω
|-
| 1 A 
| 50 Ω 
| 25 Ω
|-
| 500 mA 
| 100 Ω 
| 50 Ω
|-
| 300 mA 
| 166 Ω 
| 83 Ω
|-
| 30 mA 
| 1666 Ω 
| 833 Ω
|-
{{TableEnd|Tab1156|F28|The upper limit of resistance for an installation earthing electrode which must not be exceeded, for given sensitivity levels of RCDs at U<sub>L</sub> voltage limits of 50 V and 25 V}}

----
==  - Tab1157 ==

{{TableStart|Tab1157|2col}}
|-
! Core size (mm<sup>2</sup>) 
! Value of resistance
|-
| S = 150 mm<sup>2</sup>
| R+15%
|-
| S = 185 mm<sup>2</sup> 
| R+20%
|-
| S = 240 mm<sup>2</sup> 
| R+25%
{{TableEnd}}

----
== F40 - Tab1158 ==

{{TableStart|Tab1158|3col}}
|-
! rowspan="2" | Circuit 
! rowspan="2" | Conductor material 
! colspan="4" | m = Sph/SPE (or PEN)
|-
! m = 1 
! m = 2 
! m = 3 
! m = 4
|-
| rowspan="2" | 3P + N or P + N 
| Copper 
| 1 
| 0.67 
| 0.50 
| 0.40
|-
| Aluminium 
| 0.62 
| 0.42 
| 0.31 
| 0.25
|-
{{TableEnd|Tab1158|F40|Correction factor to apply to the lengths given in tables F41 to F44 for TN systems }}

----
== F41 - Tab1159 ==

{{TableStart|Tab1159|5col}}
|-
! Nominal cross- sectional area of conductors
! colspan="29" | Instantaneous or short-time-delayed tripping current Im (amperes)
|-
| {{Table_HC1}} | '''mm'''<sup>'''2'''</sup> 
| {{Table_HC1}} | '''50''' 
| {{Table_HC1}} | '''63''' 
| {{Table_HC1}} | '''80''' 
| {{Table_HC1}} | '''100''' 
| {{Table_HC1}} | '''125''' 
| {{Table_HC1}} | '''160''' 
| {{Table_HC1}} |'''200''' 
| {{Table_HC1}} |'''250''' 
| {{Table_HC1}} |'''320''' 
| {{Table_HC1}} |'''400''' 
| {{Table_HC1}} |'''500''' 
| {{Table_HC1}} |'''560''' 
| {{Table_HC1}} |'''630''' 
| {{Table_HC1}} |'''700''' 
| {{Table_HC1}} |'''800''' 
| {{Table_HC1}} |'''875''' 
| {{Table_HC1}} |'''1000''' 
| {{Table_HC1}} |'''1120''' 
| {{Table_HC1}} |'''1250''' 
| {{Table_HC1}} |'''1600''' 
| {{Table_HC1}} |'''2000''' 
| {{Table_HC1}} |'''2500''' 
| {{Table_HC1}} |'''3200''' 
| {{Table_HC1}} |'''4000''' 
| {{Table_HC1}} |'''5000''' 
| {{Table_HC1}} |'''6300''' 
| {{Table_HC1}} |'''8000''' 
| {{Table_HC1}} |'''10000''' 
| {{Table_HC1}} |'''12500'''
|-
| 1.5 
| 100 
| 79 
| 63 
| 50 
| 40 
| 31 
| 25 
| 20 
| 16 
| 13 
| 10 
| 9 
| 8 
| 7 
| 6 
| 6 
| 5 
| 4 
| 4 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
|-
| 2.5 
| 167 
| 133 
| 104 
| 83 
| 67 
| 52 
| 42 
| 33 
| 26 
| 21 
| 17 
| 15 
| 13 
| 12 
| 10 
| 10 
| 8 
| 7 
| 7 
| 5 
| 4 
| 
| 
| 
| 
| 
| 
| 
| 
|-
| 4 
| 267 
| 212 
| 167 
| 133 
| 107 
| 83 
| 67 
| 53 
| 42 
| 33 
| 27 
| 24 
| 21 
| 19 
| 17 
| 15 
| 13 
| 12 
| 11 
| 8 
| 7 
| 5 
| 4 
| 
| 
| 
| 
| 
| 
|-
| 6 
| 400 
| 317 
| 250 
| 200 
| 160 
| 125 
| 100 
| 80 
| 63 
| 50 
| 40 
| 36 
| 32 
| 29 
| 25 
| 23 
| 20 
| 18 
| 16 
| 13 
| 10 
| 8 
| 6 
| 5 
| 4 
| 
| 
| 
| 
|-
| 10 
| 
| 
| 417 
| 333 
| 267 
| 208 
| 167 
| 133 
| 104 
| 83 
| 67 
| 60 
| 53 
| 48 
| 42 
| 38 
| 33 
| 30 
| 27 
| 21 
| 17 
| 13 
| 10 
| 8 
| 7 
| 5 
| 4 
| 
| 
|-
| 16 
| 
| 
| 
| 
| 427 
| 333 
| 267 
| 213 
| 167 
| 133 
| 107 
| 95 
| 85 
| 76 
| 67 
| 61 
| 53 
| 48 
| 43 
| 33 
| 27 
| 21 
| 17 
| 13 
| 11 
| 8 
| 7 
| 5 
| 4
|-
| 25 
| 
| 
| 
| 
| 
| 
| 417 
| 333 
| 260 
| 208 
| 167 
| 149 
| 132 
| 119 
| 104 
| 95 
| 83 
| 74 
| 67 
| 52 
| 42 
| 33 
| 26 
| 21 
| 17 
| 13 
| 10 
| 8 
| 7
|-
| 35 
| 
| 
| 
| 
| 
| 
| 
| 467 
| 365 
| 292 
| 233 
| 208 
| 185 
| 167 
| 146 
| 133 
| 117 
| 104 
| 93 
| 73 
| 58 
| 47 
| 36 
| 29 
| 23 
| 19 
| 15 
| 12 
| 9
|-
| 50 
| 
| 
| 
| 
| 
| 
| 
| 
| 495 
| 396 
| 317 
| 283 
| 251 
| 226 
| 198 
| 181 
| 158 
| 141 
| 127 
| 99 
| 79 
| 63 
| 49 
| 40 
| 32 
| 25 
| 20 
| 16 
| 13
|-
| 70 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 417 
| 370 
| 333 
| 292 
| 267 
| 233 
| 208 
| 187 
| 146 
| 117 
| 93 
| 73 
| 58 
| 47 
| 37 
| 29 
| 23 
| 19
|-
| 95 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 452 
| 396 
| 362 
| 317 
| 283 
| 263 
| 198 
| 158 
| 127 
| 99 
| 79 
| 63 
| 50 
| 40 
| 32 
| 25
|-
| 120 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 457 
| 400 
| 357 
| 320 
| 250 
| 200 
| 160 
| 125 
| 100 
| 80 
| 63 
| 50 
| 40 
| 32
|-
| 150 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 435 
| 388 
| 348 
| 272 
| 217 
| 174 
| 136 
| 109 
| 87 
| 69 
| 54 
| 43 
| 35
|-
| 185 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 459 
| 411 
| 321 
| 257 
| 206 
| 161 
| 128 
| 103 
| 82 
| 64 
| 51 
| 41
|-
| 240 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 400 
| 320 
| 256 
| 200 
| 160 
| 128 
| 102 
| 80 
| 64 
| 51
|-
{{TableEnd|Tab1159|F41|Maximum circuit lengths (in metres) for different sizes of copper conductor and instantaneous-tripping-current settings for general-purpose circuit-breakers in 230/400 V TN system with m {{=}} 1}}

----
== F42 - Tab1160 ==

{{TableStart|Tab1160|5col}}
|-
! Sph 
! colspan="29" | Rated current (A)
|-
| {{Table_HC1}} |'''mm<sup>2</sup>''' 
| {{Table_HC1}} |'''1'''
| {{Table_HC1}} |'''2''' 
| {{Table_HC1}} |'''3''' 
| {{Table_HC1}} |'''4''' 
| {{Table_HC1}} |'''6''' 
| {{Table_HC1}} |'''10''' 
| {{Table_HC1}} |'''16''' 
| {{Table_HC1}} |'''20''' 
| {{Table_HC1}} |'''25''' 
| {{Table_HC1}} |'''32''' 
| {{Table_HC1}} |'''40''' 
| {{Table_HC1}} |'''50''' 
| {{Table_HC1}} |'''63''' 
| {{Table_HC1}} |'''80''' 
| {{Table_HC1}} |'''100''' 
| {{Table_HC1}} |'''125'''
|-
| 1.5 
| 1200 
| 600 
| 400
| 300
| 200 
| 120 
| 75 
| 60 
| 48 
| 37 
| 30 
| 24 
| 19 
| 15 
| 12 
| 10
|-
| 2.5 
| 
| 1000 
| 666 
| 500
| 333 
| 200 
| 125 
| 100
| 80 
| 62 
| 50 
| 40 
| 32
| 25 
| 20 
| 16
|-
| 4 
| 
| 
| 1066
| 800 
| 533 
| 320 
| 200 
| 160 
| 128 
| 100 
| 80 
| 64 
| 51
| 40 
| 32
| 26
|-
| 6 
| 
| 
| 
| 1200 
| 800
| 480 
| 300 
| 240 
| 192 
| 150 
| 120 
| 96 
| 76 
| 60
| 48 
| 38
|-
| 10 
| 
| 
| 
| 
| 
| 800 
| 500 
| 400
| 320 
| 250 
| 200 
| 160 
| 127 
| 100
| 80
| 64
|-
| 16 
| 
| 
| 
| 
| 
| 
| 800 
| 640 
| 512 
| 400
| 320
| 256
| 203 
| 160 
| 128 
| 102
|-
| 25 
| 
| 
| 
| 
| 
| 
| 
| 
| 800 
| 625 
| 500 
| 400 
| 317 
| 250 
| 200 
| 160
|-
| 35 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 875 
| 700
| 560 
| 444
| 350 
| 280 
| 224
|-
| 50 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 
| 760
| 603 
| 475 
| 380 
| 304
|-
{{TableEnd|Tab1160|F42|Maximum circuit lengths (in meters) for different sizes of copper conductor in a 230/400 V single-phase or three-phase TN system with m {{=}} 1, protected against indirect contact by circui-breakers type B{{fn|2}} }}

----
== F43 - Tab1161 ==

{{TableStart|Tab1161|5col}}
|-
! Sph 
! colspan="29" | Rated current (A)
|-
| {{Table_HC1}} |'''mm'''<sup>'''2'''</sup> 
| {{Table_HC1}} | '''1'''
| {{Table_HC1}} |'''2''' 
| {{Table_HC1}} |'''3''' 
| {{Table_HC1}} |'''4''' 
| {{Table_HC1}} |'''6''' 
| {{Table_HC1}} |'''10''' 
| {{Table_HC1}} |'''16''' 
| {{Table_HC1}} |'''20''' 
| {{Table_HC1}} |'''25''' 
| {{Table_HC1}} |'''32''' 
| {{Table_HC1}} |'''40''' 
| {{Table_HC1}} |'''50''' 
| {{Table_HC1}} |'''63''' 
| {{Table_HC1}} |'''80''' 
| {{Table_HC1}} |'''100''' 
| {{Table_HC1}} |'''125'''
|-
| 1.5 
| 600 
| 300 
| 200 
| 150 
| 100 
| 60 
| 37 
| 30 
| 24 
| 18 
| 15 
| 12 
| 9 
| 7 
| 6 
| 5
|-
| 2.5 
| 
| 500 
| 333 
| 250 
| 167 
| 100 
| 62 
| 50
| 40 
| 31
| 25 
| 20 
| 16
| 12 
| 10 
| 8
|-
| 4 
| 
| 
| 533 
| 400
| 267 
| 160 
| 100 
| 80 
| 64
| 50 
| 40 
| 32
| 25
| 20 
| 16
| 13
|-
| 6 
| 
| 
| 
| 600 
| 400
| 240 
| 150 
| 120 
| 96 
| 75 
| 60 
| 48
| 38 
| 30
| 24
| 19
|-
| 10 
| 
| 
| 
| 
| 677 
| 400 
| 250 
| 200
| 160 
| 125 
| 100 
| 80 
| 63
| 50
| 40
| 32
|-
| 16 
| 
| 
| 
| 
| 
| 640 
| 400 
| 320 
| 256 
| 200
| 160
| 128 
| 101 
| 80 
| 64
| 51
|-
| 25 
| 
| 
| 
| 
| 
| 
| 625 
| 500 
| 400 
| 312 
| 250 
| 200 
| 159
| 125 
| 100 
| 80
|-
| 35 
| 
| 
| 
| 
| 
| 
| 875
| 700 
| 560 
| 437 
| 350
| 280 
| 222
| 175 
| 140 
| 112
|-
| 50 
| 
| 
| 
| 
| 
| 
| 
| 
| 760 
| 594 
| 475 
| 380
| 301
| 237 
| 190 
| 152
|-
{{TableEnd|Tab1161|F43|Maximum circuit lengths (in metres) for different sizes of copper conductor in a 230/400 V single-phase or three-phase TN system with m {{=}} 1, protected against indirect contact by circui-breakers type C{{fn|2}} }}

----
== F44 - Tab1162 ==

{{TableStart|Tab1162|5col}}
|-
! Sph 
! colspan="29" | Rated current (A)
|-
| {{Table_HC1}} |'''mm'''<sup>'''2'''</sup>
| {{Table_HC1}} |'''1'''
| {{Table_HC1}} |'''2''' 
| {{Table_HC1}} |'''3''' 
| {{Table_HC1}} |'''4''' 
| {{Table_HC1}} |'''6''' 
| {{Table_HC1}} |'''10''' 
| {{Table_HC1}} |'''16''' 
| {{Table_HC1}} |'''20''' 
| {{Table_HC1}} |'''25''' 
| {{Table_HC1}} |'''32''' 
| {{Table_HC1}} | '''40''' 
| {{Table_HC1}} |'''50''' 
| {{Table_HC1}} |'''63''' 
| {{Table_HC1}} |'''80''' 
| {{Table_HC1}} |'''100''' 
| {{Table_HC1}} |'''125'''
|-
| 1.5 
| 429
| 214 
| 143 
| 107 
| 71 
| 43
| 27 
| 21 
| 17 
| 13 
| 11 
| 9 
| 7
| 5 
| 4
| 3
|-
| 2.5 
| 714 
| 357 
| 238 
| 179
| 119 
| 71
| 45
| 36
| 29 
| 22
| 18
| 14 
| 11
| 9
| 7 
| 6
|-
| 4 
| 
| 571 
| 381
| 286
| 190 
| 114
| 71
| 80 
| 46 
| 36
| 29
| 23
| 18
| 14 
| 11 
| 9
|-
| 6 
| 
| 857 
| 571 
| 429 
| 286 
| 171
| 107
| 120
| 69
| 54
| 43
| 34
| 27
| 21
| 17 
| 14
|-
| 10 
| 
| 
| 952 
| 714 
| 476 
| 284
| 179
| 200
| 114
| 89
| 71
| 57
| 45
| 36
| 29 
| 23
|-
| 16 
| 
| 
| 
| 
| 762 
| 457
| 286
| 320 
| 183 
| 143
| 114
| 91
| 73
| 57
| 46 
| 37
|-
| 25 
| 
| 
| 
| 
| 
| 714 
| 446 
| 500 
| 286
| 223
| 179
| 143
| 113
| 89
| 71 
| 57
|-
| 35 
| 
| 
| 
| 
| 
| 
| 625 
| 700 
| 400 
| 313
| 250
| 200
| 159
| 125
| 80 
| 100
|-
| 50 
| 
| 
| 
| 
| 
| 
| 
| 848 
| 543 
| 424 
| 339 
| 271
| 215
| 170
| 136 
| 109
|-
{{TableEnd|Tab1162|F44|Maximum circuit lengths (in metres) for different sizes of copper conductor in a 230/400 V single-phase or three-phase TN system with m {{=}} 1, protected against indirect contact by circui-breakers type D{{fn|2}} }}

----
== F51 - Tab1163 ==

{{TableStart|Tab1163|5col}}
|-
! Minimum functions required 
! Components and devices 
! Examples
|-
| Protection against overvoltages at power frequency 
| (1) Voltage limiter 
| Cardew C
|-
| Neutral earthing resistor (for impedance earthing variation) 
| (2) Resistor 
| Impedance Zx
|-
| Overall earth-fault monitor with alarm for first fault condition 
| (3) Permanent insulation monitor PIM with alarm feature 
| Vigilohm IM10 
or IM400
|-
| Automatic fault clearance on second fault and protection of the neutral conductor against overcurrent 
| (4) Four-pole circuit-breakers 
(if the neutral is distributed) all 4 poles trip 
| Compact circuit-breaker or RCD-MS
|-
| Location of first fault 
| (5) With device for fault-location on live system, or by successive opening of circuits 
| Vigilohm XGR+XRM or XD312 or XL308
|-
{{TableEnd|Tab1163|F51|Essential functions in IT schemes and examples with Schneider Electric products}}

----
== F57 - Tab1164 ==

{{TableStart|Tab1164|3col}}
|-
! rowspan="2" | Circuit 
! rowspan="2" | Conductor material
! colspan="4" | m = Sph/SPE (or PEN)
|-
! m = 1 
! m = 2 
! m = 3 
! m = 4
|-
| rowspan="2" | 3 phases
| Copper 
| 0.86 
| 0.57 
| 0.43 
| 0.34
|-
| Aluminium 
| 0.54 
| 0.36 
| 0.27 
| 0.21
|-
| rowspan="2" | 3ph + N or 1ph + N 
| Copper 
| 0.50 
| 0.33 
| 0.25 
| 0.20
|-
| Aluminium 
| 0.31 
| 0.21 
| 0.16 
| 0.12
|-
{{TableEnd|Tab1164|F57|Correction factor to apply to the lengths given in tables F41 to F44 for IT systems}}

----
==  - Tab1165 ==

{{TableStart|Tab1165|5col}}
|-
! rowspan="2" | Influence of the electrical network
!Disturbed network
| '''Super-immunized residual current protections'''
'''Type A SI:''' <br>
[[File:Type-SI.gif]]
| rowspan="2" |''' Super-immunized residual current protections''' 
'''SI:''' <br>
[[File:Type-SI.gif]]
| rowspan="2" | '''Super-immunized residual current protections'''
'''SI:''' <br>
[[File:Type-SI.gif]]<br>+<br>'''Appropriate additional protection (sealed cabinet or unit)''' 
| rowspan="2" | '''Super-immunized residual current protections'''
'''SI:''' <br>
[[File:Type-SI.gif]]<br>+<br>'''Appropriate additional protection (sealed cabinet or unit + overpressure)'''
|-
!Clean network
| '''Standard immunized residual current protections'''
'''Type AC'''
|-
! colspan="2" |Presence of corrosive or polluting substances(IEC 60364-5-51)
!Negligible presence
!Significant presence of atmospheric origin
!Intermittent or accidental subjection to corrosive or polluting chemical substances
!Continuous subjection to corrosive or polluting chemical substances
|-
| colspan="2" |'''Severity level'''
| style="width: 190px" |'''AF1'''
| style="width: 190px" |'''AF2'''
| style="width: 190px" |'''AF3'''
| style="width: 190px" |'''AF4'''
|-
| colspan="2" |'''Characteristics required for selection and erection of equipment'''
|Normal.
|According to the nature of substances (for example, compliance to salt mist test according to IEC 60068-2-11)
|Protection against corrosion according to equipment specification
|Equipment specially designed according to the nature of substances
|-
{{TableEnd}}

----
== F70 - Tab1165 ==

{{TableStart|Tab1165|4col}}
|-
! Examples of exposed sites 
! External influences
|-
| Iron and steel works. 
| Presence of sulfur, sulfur vapor, hydrogen sulfide.
|-
| Marinas, trading ports, boats, sea edges, naval shipyards. 
| Salt atmospheres, humid outside, low temperatures.
|-
| Swimming pools, hospitals, food &amp; beverage. 
| Chlorinated compounds.
|-
| Petrochemicals. 
| Hydrogen, combustion gases, nitrogen oxides.
|-
| Breeding facilities, tips. 
| Hydrogen sulfide.
|-
{{TableEnd|Tab1165|F70|External influence classification according to IEC 60364-5-51 standard }}

----
== F71 - Tab1166 ==

{{TableStart|Tab1166|4col}}
|-
! rowspan="3" | Device type 
! Nuisance trippings 
! colspan="4" | Non-trippings
|-
! rowspan="2" | High frequency leakage current 
! colspan="2" | Fault current 
! rowspan="2" | Low temperatures<br>(down to - 25°C) 
! rowspan="2" | Corrosion Dust
|-
! Rectified alternating 
! Pure direct
|-
| AC 
| style="text-align: center" | {{BlueSquare}}
|  
|   
|  
| 
|-
| A 
| style="text-align: center" | {{BlueSquare}} 
| style="text-align: center" | {{BlueSquare}} 
| 
| style="text-align: center" | {{BlueSquare}} 
|  
|-
| SI 
| style="text-align: center" | {{BlueSquare}} {{BlueSquare}} {{BlueSquare}} 
| style="text-align: center" | {{BlueSquare}} 
|   
| style="text-align: center" | {{BlueSquare}} 
| style="text-align: center" | {{BlueSquare}}
|-
| B 
| style="text-align: center" | {{BlueSquare}} {{BlueSquare}} {{BlueSquare}} 
| style="text-align: center" | {{BlueSquare}} 
| style="text-align: center" | {{BlueSquare}} 
| style="text-align: center" | {{BlueSquare}} 
| 
|-
{{TableEnd|Tab1166|F71|Immunity level of Schneider Electric RCDs}}

----
== F72 - Tab1167 ==

{{TableStart|Tab1167|5col}}
|-
! Disturbance type 
! Rated test wave 
! Immunity 
Acti 9, ID-RCCB, DPN Vigi, Vigi iC60, Vigi C120, Vigi NG125
SI type
|-
| {{Table_HC1}} colspan="3" | '''Continuous disturbances'''
|-
| Harmonics 
| 1 kHz 
| Earth leakage current = 8 x I∆n
|-
| {{Table_HC1}} colspan="3" | '''Transient disturbances'''
|-
| Lightning induced overvoltage 
| 1.2 / 50 µs pulse 
(IEC/EN 61000-4-5) 
| 4.5 kV between conductors 5.5 kV / earth
|-
| Lightning induced current 
| 8 / 20 µs pulse 
(IEC/EN 61008) 
| 5 kA peak
|-
| Switching transient, indirect lightning currents 
| 0.5 µs / 100 kHz “ring wave” 
(IEC/EN 61008) 
| 400 A peak
|-
| Downstream surge arrester operation, capacitance loading 
| 10 ms pulse 
| 500 A
|-
| {{Table_HC1}} colspan="3" | '''Electromagnetic compatibility'''
|-
| Inductive load switchings fluorescent lights, motors, etc.) 
| Repeated bursts
(IEC 61000-4-4) 
| 5 kV / 2.5 kHz
4 kV / 400 kHz
|-
| Fluorescent lights, thyristor controlled circuits, etc. 
| RF conducted waves 
(level 4 IEC 61000-4-6)<br>(level 4 IEC 61000-4-16)
| 30 V (150 kHz to 230 MHz)
250 mA (15 kHz to 150 kHz)
|-
| RF waves (TV & radio, broadcact, telecommunications,etc.) 
| RF radiated waves 80 MHz to 1 GHz
(IEC 61000-4-3) 
| 30 V / m
|-
{{TableEnd|Tab1167|F72|Immunity to nuisance tripping tests undergone by Schneider Electric RCDs}}

----
== F74 - Tab1168 ==

{{TableStart|Tab1168|4col}}
|-
! Measures 
! Diameter (mm) 
! Sensitivity diminution factor
|-
| colspan="2" | Careful centralizing of cables through the ring core 
| 3
|-
| rowspan="3" | Oversizing of the ring core 
| ø 50 → ø 100 
| 2
|-
| ø 80 → ø 200 
| 2
|-
| ø 120 → ø 300 
| 6
|-
| Use of a steel or soft-iron shielding sleeve 
| ø 50 
| 4
|-
| 
*Of wall thickness 0.5 mm
| ø 80 
| 3
|-
| 
*Of length 2 x inside diameter of ring core
| ø 120 
| 3
|-
| 
*Completely surrounding the conductors and overlapping <br>the circular core equally at both ends
| ø 200 
| 2
|-
{{TableEnd|Tab1168|F74|Means of reducing the ratio IΔn/Iph (max.)
||These measures can be combined. By carefully centralizing the cables in a ring core of 200 mm diameter, where a 50 mm core would be large enough, and using a sleeve, the ratio 1/1000 could become 1/30000.}}


{{footnotes}}
<references>
{{fn-detail|2|For the definition of type B, C, D circuit breakers, refer to [[Fundamental characteristics of a circuit-breaker]] }}