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reference
' }0 r: j& P. D4 ]1 d& |6 c |Verdict TEST(s) CLAUSE Form No. Equipment no.$ B% [& ^, ^: H
- Summary of single fault conditions 4.4.2 A.1 -0 v1 W0 c- f3 v
0F 0P1 f- _9 }& s7 o+ s
TABLE: Testing in single fault condition – Results 4.4 A.2 4 ]' S2 k: F/ \0 I/ w
0F 0P
4 @2 v% M; i/ U2 X6 r% jMains supply 5.1.3c) A.3 N/A" e* u5 W. n ]( Q" \+ c+ I1 _4 G
0F 0P
; n7 U% U2 \ q; j8 cDurability of markings 5.3 A.4
$ l: x. h1 I+ i% @3 x
0 h x+ }8 ^6 B. X4 }2 [, l" v7 q
0F 0P* `/ i/ B) u$ z( H0 Z/ I& P
Protection against electric shock - Block diagram of system 6 A.5 ---! m2 ]( ~. [( v7 a2 d& n0 U
0F 0P2 u4 t/ v2 [$ f: D; m
List of accessible parts 6.2 A.6 ---5 d+ g" W+ |( t3 N% s( m
0F 0P8 A$ w8 x' ]7 K: r3 j0 X
Values in normal condition 6.3.1 A.7 ---
5 J& {$ P4 P* i N& E2 `1 D9 t5 d9 L0F 0P
' Q3 B+ ~' U5 c7 i- D; XValues in single fault condition 6.3.2 A.8 ---
3 O5 |0 i+ }: t0F 0P0 S+ E# }% A# R7 o0 |
Tighting torque test 6.5.1 A.9 N/A4 ^* M. M) c' }+ I4 Z
0F 0P+ w" l9 N. V/ Y K" s! ]% r
Bonding impedance test 6.5.1.3, 6.5.1.4 A.10 N/A6 I8 `8 X2 \4 P. i: Q9 B5 ]8 R
0F 0P
& E( d8 |0 ?# u3 qIndirect bonding for measuring and test equipment 6.5.1.5 A.11 N/A
6 ]+ Y: J/ d" }; }9 H5 |0F 0P
4 m) J6 v5 f0 j7 X6 ~4 V0 Aprotective impedance 6.5.3 A.12 3 Z% R& ?, ` E4 Z
0F 0P
/ |2 Z5 w' T( P. U2 ~( YClearances and creepage distances 6.7 A.13
% {2 b0 }: W6 ]+ G0F 0P9 W* i9 ^2 X8 d5 F4 Y9 q
Dielectric strength tests 6.8 A.14 ( E+ B& |; }( B
0F 0P1 t; [4 J" h1 L3 v2 p1 D2 A9 M2 K! H
Cord anchorage 6.10.2 A.15 N/A
/ s) e: q6 p7 P! v3 c. i0F 0P
; P( v. V, j( \1 X- Q: aProtection against the spread of fire 9 A.16 ---
" J1 U+ W' l2 ^! x, v* f! L, I* W0F 0P
c1 S$ n* k. h @: i; G' gConstructional requirements 9.2.1 A.17 ---3 `6 T3 O) Q- |7 l8 g
0F 0P
: a$ t w3 U4 y2 e& Y9 zLimited-energy circuit 9.3 A.18 ---
" s8 A/ F, G1 _, h3 l% x0F 0P
7 ]+ \$ E: O! }5 A- LRequirements for equipment containing or using flammable liquids 9.4 A.19 N/A
4 t" R( l: R" A- i0F 0P
3 s+ X1 Q. W2 J& STemperature Measurements 10 A.20A
0 e$ X/ U; [5 E G0F 0P
' x+ e2 D! J5 [' m& CTemperature of windings
. A; g) N# i6 C% S) e/ L, d6 uResistance method Temperature Measurements 10 A.20B N/A
* e1 [* M2 ]) g3 L+ [7 {0 d/ R0F 0P6 H) n& G& C' ^, f1 e
Resistance to heat of non-metallic enclosures 10.5.2 A.21 ' v; W5 ^$ [' P7 C$ I
0F 0P
4 A+ m6 ?' \3 L8 V2 E# qInsulating Materials 10.5.3 A.22 0 A8 |5 q( \4 m0 f5 N( m: t: F; [
0F 0P# v, B3 C- o$ h+ X
Mechanical resistance to shock and impact 8, 11 A.23 8 D/ R1 z! x F4 E
0F 0P
4 F* E) H2 ]2 u. [7 d8 R% cLeakage and rupture at high pressure 11.7.2 A.24 N/A. t+ A3 l0 W) U' Y$ Y
0F 0P( O; D" N- k8 Y' C C9 K
Ionizing radiation 12.2.1 A.25 N/A
/ J, e, l/ e/ a0F 0P
6 k8 M* v. c: I" x. _8 GSound level 12.5.1 A.26 N/A
V! V* P1 R5 C9 B1 Q: @2 q3 V0F 0P
* @0 ]" t# B4 m5 ~8 q y0 KBatteries 13.2.2 A.27 N/A& |/ k4 G0 o$ v+ k$ R% V
0F 0P9 W; y! w, G. k
Overtemperature protection devices 14.3 A.28 N/A/ [; [$ b8 G: h7 e6 v1 ^
0F 0P+ I0 d/ W* n1 \" k0 t
Mains transformer 4.4.2.6.1 A.29 N/A1 z. B! F7 f$ D, p$ k+ a2 V
0F 0P
5 I& p) F) q. W8 I% G* N% q& KMains transformer 4.4.2.6.2 A.30 N/A' l. S" B/ k) @1 ?4 i" H
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