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reference
! n- c4 y: H, y3 Y+ A+ aVerdict TEST(s) CLAUSE Form No. Equipment no." f& M! `* d* W3 I; v! P
- Summary of single fault conditions 4.4.2 A.1 -
, c. |5 c0 a0 I0F 0P
% q. f' N, F8 r: l# CTABLE: Testing in single fault condition – Results 4.4 A.2 , e B# g0 Y+ H/ k5 O
0F 0P
0 \/ G& f, {2 _; `Mains supply 5.1.3c) A.3 N/A
8 M( ^% t3 U" ^& T% u* z, t0F 0P
4 P4 y; ]. D8 v. N& KDurability of markings 5.3 A.4
7 G: d3 D: }, P2 V% o$ r+ L$ O' [# o' C
. Y+ ]7 [6 h6 N6 J
0F 0P
! a2 I3 i" H( p5 [Protection against electric shock - Block diagram of system 6 A.5 ---- M( \5 k+ ~& D' O4 u
0F 0P4 G, z8 B+ q0 F$ j
List of accessible parts 6.2 A.6 ---
6 {8 ]. E8 Y$ p; V0F 0P
" O5 h$ ?! H/ wValues in normal condition 6.3.1 A.7 ---
9 x# I! [0 t7 _0F 0P5 R9 q0 R" R. A, U6 I6 E; K
Values in single fault condition 6.3.2 A.8 ---
! m% G; S R5 o; t) l5 d( T0F 0P0 D3 j( K _9 q. P- b2 G, k* g
Tighting torque test 6.5.1 A.9 N/A- g1 f, Y, H: D) K+ e) w
0F 0P7 T; B9 s. Z; i5 \4 o( L6 x
Bonding impedance test 6.5.1.3, 6.5.1.4 A.10 N/A/ h j) o" w! h6 w7 R/ q* B
0F 0P" K, ^9 R2 P/ q5 ]8 Q
Indirect bonding for measuring and test equipment 6.5.1.5 A.11 N/A
% w/ c7 Q! M1 b) A0F 0P/ |$ h, F( d: m: |# ]
protective impedance 6.5.3 A.12 3 W1 ~( @; r! e! ?" [3 P' i
0F 0P
& @0 C, u* |/ F6 ~7 H6 |; s- WClearances and creepage distances 6.7 A.13
* E/ I( ?, U6 K' T0 n0F 0P
. B) F0 h: S: j9 s3 P# L$ F6 w# Q- N3 qDielectric strength tests 6.8 A.14 5 T7 d( |/ U/ y2 A4 \ d1 C
0F 0P
6 V+ m/ F0 N9 D1 uCord anchorage 6.10.2 A.15 N/A+ G, `" C) L9 }* A0 v
0F 0P1 R- T' ?' `+ [' O. g4 P9 |# K
Protection against the spread of fire 9 A.16 ---
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1 \4 u5 m$ X0 ]0 iConstructional requirements 9.2.1 A.17 ---
# N9 x' Z: n$ K1 k$ q0F 0P- M1 J: k5 Z" N# Y5 g$ Y
Limited-energy circuit 9.3 A.18 ---+ _/ a% `5 v: L# |3 ?5 {1 l( i
0F 0P
3 Y* }7 |+ Q2 b% M, k+ URequirements for equipment containing or using flammable liquids 9.4 A.19 N/A
2 K$ s8 E4 V: A6 Y0F 0P
5 g* V- _3 p3 K% R+ jTemperature Measurements 10 A.20A
2 T9 X. i) n( g+ N5 E0 }; v0F 0P
1 E: N- X9 I3 ^7 P! O2 N6 G' G$ \Temperature of windings. ]7 c6 i! g% f- D/ S
Resistance method Temperature Measurements 10 A.20B N/A
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Resistance to heat of non-metallic enclosures 10.5.2 A.21 1 s) _# ]. H* l1 M, Y
0F 0P h4 m. a2 f8 t7 Z
Insulating Materials 10.5.3 A.22
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& F3 s5 H+ G7 z( ] S0 AMechanical resistance to shock and impact 8, 11 A.23 9 c) r) q, g( _4 f8 C, S
0F 0P
* q) `( q) [9 X- ZLeakage and rupture at high pressure 11.7.2 A.24 N/A( ]9 t( ^- p" W5 w/ ?, F! i
0F 0P
8 w2 F4 R" x7 r1 s* N1 v5 t8 CIonizing radiation 12.2.1 A.25 N/A
9 z& P! |- B5 y) A$ j3 {% f0F 0P" r/ V9 D" a, [# z1 g+ V, X
Sound level 12.5.1 A.26 N/A
% b# }$ h9 Y" I- d0F 0P
3 q* h9 _, U4 o& X* ?) i. T! sBatteries 13.2.2 A.27 N/A9 }& W* C+ A1 h; Z# [! H% c' D% {
0F 0P; ], e2 G) }% m3 c" ^
Overtemperature protection devices 14.3 A.28 N/A
# B2 P. X& t. D5 J) B0F 0P7 T' ~2 ~7 a8 J: X( c
Mains transformer 4.4.2.6.1 A.29 N/A9 ]* U' I. e! v. M7 O
0F 0P6 D% _% d7 `" D$ X( M7 C
Mains transformer 4.4.2.6.2 A.30 N/A r/ q, \7 E6 ~# Y5 r7 U3 P; O. G
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