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reference
( G6 M7 b6 p" Y+ aVerdict TEST(s) CLAUSE Form No. Equipment no.
! v6 {# d2 s9 y! Z& _, j# `6 }- Summary of single fault conditions 4.4.2 A.1 -
6 f0 o6 `6 q3 K2 E0F 0P
0 w1 L( p. a4 A; a4 FTABLE: Testing in single fault condition – Results 4.4 A.2 $ F: }, C, u$ E& L/ ^. ^- ^2 E; ]7 V" r
0F 0P# D* }4 N# w! i- D, w }
Mains supply 5.1.3c) A.3 N/A
5 J& V) P6 ~# }0 W _- J4 u0F 0P7 _" ` c9 g, y* Z7 b3 N- j
Durability of markings 5.3 A.4 0 g/ G/ ^$ v$ ?, o+ ~/ d2 j/ |
/ Y! J0 P# W0 h3 Q2 d6 J: K6 f2 b
* a/ }: w2 T4 D7 M, E0F 0P
/ M5 }3 z a3 q/ H; }Protection against electric shock - Block diagram of system 6 A.5 ---
- y8 R- J) v' K0F 0P
6 f8 G# k, `" J! F9 X9 GList of accessible parts 6.2 A.6 ---- g& V- r/ D6 B( `0 y, ]- G' c
0F 0P
; r" C5 k) H kValues in normal condition 6.3.1 A.7 ---* f2 t0 J% v5 ^# I- G
0F 0P
& a# Z" S7 h/ T- ~; aValues in single fault condition 6.3.2 A.8 ---8 m: T! t/ d% [1 \
0F 0P
7 T1 X, H6 x' G' ~* [5 DTighting torque test 6.5.1 A.9 N/A. A, l; h' {! z, | |" i2 i# i
0F 0P
5 E0 z4 Z% [$ Y0 `& PBonding impedance test 6.5.1.3, 6.5.1.4 A.10 N/A' A( i' d, r& M; ~
0F 0P7 ~! j3 F) D# d1 E1 {; Z' K) ~- K
Indirect bonding for measuring and test equipment 6.5.1.5 A.11 N/A
5 |' l1 L b; S2 J, l8 D7 u0F 0P
! ~2 s, b2 r. V) ^; {protective impedance 6.5.3 A.12
" F/ y6 Z) L1 p% B$ E0F 0P
4 Z6 I$ b! }: C) N1 ?! ~Clearances and creepage distances 6.7 A.13
1 u, I. Y+ ~' }0 g( T9 E0F 0P
, O% c7 s" O6 y/ ~- V X6 ? L' {Dielectric strength tests 6.8 A.14 # c% F+ F1 }; D- l# i9 n
0F 0P; Y5 D* T- e, s/ v" O) c! v/ N
Cord anchorage 6.10.2 A.15 N/A
. Y7 H. r8 v- t. ?/ u7 n9 r+ G. f" h0F 0P
! K' Y3 q; N! N2 }! WProtection against the spread of fire 9 A.16 ---2 u* T7 s' p( V7 b+ H1 @. f
0F 0P
" c/ K+ J6 x3 l$ T8 T& ?Constructional requirements 9.2.1 A.17 ---
4 n, E& ` v% P0F 0P
. l+ L7 L Z: O" ^1 }Limited-energy circuit 9.3 A.18 ---$ p/ f: R! Y7 F' d4 P. l3 l
0F 0P
9 T0 i2 q& {: a% ]Requirements for equipment containing or using flammable liquids 9.4 A.19 N/A$ K$ p- E* O! y; ?: ^8 H+ p+ s
0F 0P& s5 W; c L6 u2 B. x( q; O+ k0 Q
Temperature Measurements 10 A.20A 8 i# o3 V) t3 t9 \2 B
0F 0P
9 N( W5 H; i# m1 Q7 NTemperature of windings
* a& i9 b1 n* y# ^8 GResistance method Temperature Measurements 10 A.20B N/A! [# `5 [' s7 i# x
0F 0P( o! w4 c, j2 S6 Q1 N8 M# c
Resistance to heat of non-metallic enclosures 10.5.2 A.21 , C. u6 J! w' i
0F 0P" h2 F& S4 b) v" C! d: ]) x" _8 v/ {
Insulating Materials 10.5.3 A.22 , f% e; M# V& T$ c( }
0F 0P
0 B' c, H: a5 h% L6 ?4 k8 rMechanical resistance to shock and impact 8, 11 A.23
) s* u- G7 U0 Q6 O- u9 z- y5 m# p( v/ `0F 0P; Z0 i* s7 Z6 R- ]+ [' i
Leakage and rupture at high pressure 11.7.2 A.24 N/A
% J K, k$ u) v( |9 @- t0F 0P
0 G S6 \3 q$ d, |: `" ]: M5 N8 B+ a7 t$ GIonizing radiation 12.2.1 A.25 N/A
7 r2 E& M( g9 U, T0F 0P5 L2 i6 G, E3 |7 B- M; ~" U1 E/ p
Sound level 12.5.1 A.26 N/A2 u, g5 A0 T' S) l: @7 n0 a
0F 0P
$ `5 Z" y' M1 {0 g7 l3 w# iBatteries 13.2.2 A.27 N/A
}8 Q7 H8 o4 L0F 0P
# `) t4 X/ ?8 w" t s2 C; kOvertemperature protection devices 14.3 A.28 N/A
" Q5 F( C$ B2 o- r0F 0P1 ?" }' ?# ~0 M4 \* T d
Mains transformer 4.4.2.6.1 A.29 N/A
; R* ^& ~9 d$ o8 ^, o$ C O& V0F 0P4 v% |5 N+ s3 y% K
Mains transformer 4.4.2.6.2 A.30 N/A6 e. m" X# p) m" V( N
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