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reference
( h+ H. V. \' A7 JVerdict TEST(s) CLAUSE Form No. Equipment no.
# u3 }; J& z5 h- Summary of single fault conditions 4.4.2 A.1 -' [5 }( K1 C, r" d) [. O+ E
0F 0P
4 F% J/ L2 c$ L- Y! X4 vTABLE: Testing in single fault condition – Results 4.4 A.2
) ~7 y6 n" [2 i0F 0P
/ c8 l) d- W9 Y5 L) n# [1 J# w7 KMains supply 5.1.3c) A.3 N/A. J* j$ W& C5 _7 g) W
0F 0P. z1 }# A% \7 @
Durability of markings 5.3 A.4 - Z; Z u8 p* C$ }
& Q+ z( e, i6 n# H) M
2 ^1 f) ]. M; j/ ~( w3 J# G0F 0P. E# M! P" j; ^; S
Protection against electric shock - Block diagram of system 6 A.5 ---; v; T& u) [- Z$ h4 z! S0 O
0F 0P9 K' m6 F4 g' A- u O6 b" R- L
List of accessible parts 6.2 A.6 ---
# n( h. u6 v0 R. A' A0F 0P$ d5 Z. I# D# c; [4 Q4 K
Values in normal condition 6.3.1 A.7 ---
( d C5 q. O! G1 f* z7 E @0F 0P9 r7 u g. i6 m% r+ R* y+ `% H
Values in single fault condition 6.3.2 A.8 ---
# Z+ `6 j4 H0 N0F 0P4 c, @( f) b% r0 {! x: }) X- `
Tighting torque test 6.5.1 A.9 N/A
3 Y1 ~- ]$ T6 @ }' Z% ]6 X. K0F 0P
1 C7 z) S+ P; |) E( H9 bBonding impedance test 6.5.1.3, 6.5.1.4 A.10 N/A
; z! Q" |6 N- }0F 0P8 m7 C) E \/ C6 [! ^+ I
Indirect bonding for measuring and test equipment 6.5.1.5 A.11 N/A4 z( b- c& j8 m. q( T
0F 0P5 }! F9 Z3 y& `1 y
protective impedance 6.5.3 A.12
* X& ]8 j9 B6 |5 a+ w, k$ ?0F 0P
, J/ g! o( J; S9 t- f- e2 MClearances and creepage distances 6.7 A.13
5 ?+ e! p* r0 y. I0F 0P( ^5 h$ h' }& S/ k4 J+ B, @' {7 o# e
Dielectric strength tests 6.8 A.14
! C/ Y3 I n+ O. Z A0F 0P
! \; h/ u7 Q( q: J0 P& XCord anchorage 6.10.2 A.15 N/A }7 d- s+ ]5 B3 ?! b; ?. F! U& W
0F 0P
; x6 {% I$ J% T9 j5 f1 g8 ^7 oProtection against the spread of fire 9 A.16 ---0 B- E/ M' D* Q
0F 0P8 W& M8 T8 {% A/ {* ^+ O' X# X: d4 q" w
Constructional requirements 9.2.1 A.17 ---
' _4 j3 K" Z& |& m9 c$ H# a. K; t0F 0P- \1 d' G9 f! r: D
Limited-energy circuit 9.3 A.18 ---7 W. ~& L3 Y5 ^1 ^0 x# I. r) f/ l
0F 0P
" _' k$ I2 c. f* M* R' M0 E7 tRequirements for equipment containing or using flammable liquids 9.4 A.19 N/A
: |4 W& ~7 n4 h3 h; u& z, ?$ ^9 h; A0F 0P/ y v7 Q/ d3 v$ ]/ Q
Temperature Measurements 10 A.20A
$ x' u8 j& J: h* ~0F 0P
1 g/ g5 N3 S" F, s S7 P/ {Temperature of windings' v& k3 ]6 g6 M4 N' h4 [
Resistance method Temperature Measurements 10 A.20B N/A, k1 u/ v0 ?$ J" ~
0F 0P. g; C. ]% I; f: A
Resistance to heat of non-metallic enclosures 10.5.2 A.21
, R7 t( t) ~# v2 I# T4 B6 k- L. ]7 }0F 0P
7 a1 k4 I1 L0 P6 o. y( a* a$ P6 TInsulating Materials 10.5.3 A.22 4 E" q# V0 g6 W: B; B2 l
0F 0P
' O7 d) H, s; j. @Mechanical resistance to shock and impact 8, 11 A.23
. Y; I0 |& c _$ t; x2 H0F 0P2 U# m9 ?( v9 C/ w! \) F, c5 W( Q0 ^ z
Leakage and rupture at high pressure 11.7.2 A.24 N/A2 G/ s# D) E: V8 ?& H
0F 0P* i8 Y3 N6 @1 m) b5 C& W
Ionizing radiation 12.2.1 A.25 N/A# M: z6 m9 Z7 S3 Z; E
0F 0P
4 k, _- e5 r) Y( F v NSound level 12.5.1 A.26 N/A
! F! I0 k( M& r8 R: i0F 0P
+ P$ {% D- d2 N+ @2 o, e/ ^Batteries 13.2.2 A.27 N/A
' V& t0 u) W0 e) _5 ]2 z0F 0P
# x3 t. t# c' B1 B6 |Overtemperature protection devices 14.3 A.28 N/A
2 [3 N) s1 C; s0 g% k& m0F 0P
: X H' @7 |3 P2 N" M7 [' V- _Mains transformer 4.4.2.6.1 A.29 N/A
. w" t( G T3 _& Y) O3 ?0F 0P7 y/ a; {. E0 b) `! s1 v; Q4 N
Mains transformer 4.4.2.6.2 A.30 N/A+ g, q4 X6 H/ {* l' _6 f
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