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reference
2 }: w g: z! GVerdict TEST(s) CLAUSE Form No. Equipment no.
2 P! l- k) S/ y, f- Summary of single fault conditions 4.4.2 A.1 -5 O: H" J& B" W! {3 G2 J7 u- ]# o
0F 0P
" I( g0 ~ u5 U* N6 h. D1 WTABLE: Testing in single fault condition – Results 4.4 A.2 _, e. I; e9 N5 V; y- S
0F 0P, ]3 s/ @/ ?+ |6 y k% E3 J
Mains supply 5.1.3c) A.3 N/A2 r+ m2 p- ]0 x
0F 0P$ X) R* Q: D$ O3 z8 z4 w
Durability of markings 5.3 A.4 ' `# |+ R4 P" b- F1 z' z
, x& x1 H5 y# z) I, g. I
% ^3 F% w- h7 _
0F 0P3 A0 h$ D1 ]1 W8 s+ N
Protection against electric shock - Block diagram of system 6 A.5 ---1 \8 F4 a. _3 k" [6 [3 B( I
0F 0P
4 v; |1 I0 R( B7 ]List of accessible parts 6.2 A.6 ---6 f! u4 b5 [: h6 C
0F 0P
9 n* V- K- }2 _' F( VValues in normal condition 6.3.1 A.7 ---* k5 `( g! s+ B% P0 I/ f4 x. p" V
0F 0P9 e8 u2 P' H8 Y4 o: Q4 f0 }
Values in single fault condition 6.3.2 A.8 ---$ A# k$ g7 l4 F6 V( U- g
0F 0P
4 U9 o) C/ j1 l/ ?; J0 ?Tighting torque test 6.5.1 A.9 N/A Y5 O6 E3 M) @) v9 v5 J( z3 s+ L1 B
0F 0P
. P& e0 Z! E+ n* c1 b4 g" }Bonding impedance test 6.5.1.3, 6.5.1.4 A.10 N/A. x! R% a! I5 ~
0F 0P% H; Q& u% l/ P4 w8 z
Indirect bonding for measuring and test equipment 6.5.1.5 A.11 N/A' g" |' d+ D/ a4 h/ d. ^
0F 0P1 W& g( q) L' Y7 F0 `! p' ]
protective impedance 6.5.3 A.12 1 O8 Q5 `) ^, f; M1 P% {3 f0 _1 w
0F 0P) i1 y/ P- }: y5 j y: O1 Q2 Q
Clearances and creepage distances 6.7 A.13
+ t* ?, c1 O& q# K3 ~0F 0P4 j+ c) l, Q3 M3 M/ O) ~
Dielectric strength tests 6.8 A.14 " T! d" B2 e; a( q5 v
0F 0P
+ s% M$ s# r: o5 M. \5 iCord anchorage 6.10.2 A.15 N/A
4 \/ U! f9 j' ^* z1 j5 g: h" ]) o0F 0P! m0 a# S% p* z% a
Protection against the spread of fire 9 A.16 ---7 s+ V' o4 c2 ]; C
0F 0P# j! T) m1 [9 m# I: D
Constructional requirements 9.2.1 A.17 ---# Q2 V2 S+ E1 e0 m. x
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Limited-energy circuit 9.3 A.18 ---
: _5 a' z) X0 v$ U! ?% [0F 0P
- H \- ~1 M; f" T% ?& [- ~% H/ DRequirements for equipment containing or using flammable liquids 9.4 A.19 N/A
" C0 Q1 p$ K8 T7 x2 n0F 0P7 C/ J# ^; c6 M+ f' @
Temperature Measurements 10 A.20A : u: R- D/ a( O
0F 0P
: ]' e! H1 ^- M: ~1 KTemperature of windings
( P5 u# b: f% k5 XResistance method Temperature Measurements 10 A.20B N/A- t5 m: O* h3 q' P' i
0F 0P. V/ Y8 u$ w2 R
Resistance to heat of non-metallic enclosures 10.5.2 A.21
$ l# a2 h+ ~ D2 [( E9 M0 G9 X0F 0P
/ Q4 x1 G, f8 O/ }2 y2 HInsulating Materials 10.5.3 A.22
1 p/ I7 [* R' D; ?9 }) a$ G0F 0P l: L0 {" j# g
Mechanical resistance to shock and impact 8, 11 A.23 & @# C% {+ [; l3 u
0F 0P
! _8 w% ~' e* _/ }, ELeakage and rupture at high pressure 11.7.2 A.24 N/A+ u8 h5 ~) S6 @3 |, Y5 Q8 s
0F 0P
7 \) B7 G7 O G4 ~' f) k0 QIonizing radiation 12.2.1 A.25 N/A
$ @2 Y& D$ }; P8 a0F 0P
8 B `# C: I2 C. ]( bSound level 12.5.1 A.26 N/A8 o) N/ E1 s6 O0 o
0F 0P
6 j5 |( C/ M, t- cBatteries 13.2.2 A.27 N/A
+ F" U- p- X4 j0F 0P
: }* ?: R6 b, x: NOvertemperature protection devices 14.3 A.28 N/A
( K y! a% S' y0F 0P
8 N/ X' c. }' E' q+ ZMains transformer 4.4.2.6.1 A.29 N/A
0 d' {& l4 H, v# L% h' Z0F 0P
- Y. X g! E- e# i0 ?Mains transformer 4.4.2.6.2 A.30 N/A% r3 X( q' a6 Q# M
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