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不想涉及到版权问题, 复制给各位参考2 _# z U. T' m; Y
FOREWORD
5 ^& @5 i" }0 \* X7 z. {' SAdd the following to the list of differences existing in some countries:
' K8 i) \9 Y4 ` q6 F. e& L6 c9 ~– 7.12.8: The maximum inlet water pressure shall be at least 1,0 MPa (Denmark, Norway, Sweden).& z/ v1 H- h8 U' m6 p) m. k( u- ~
INTRODUCTION
( I. L; g1 F) \ GReplace the seventh paragraph by the following:
8 `* X9 S7 Q1 t7 k3 WIndividual countries may wish to consider the application of the standard, as far as is: F8 k; s& S4 ~; m: v
reasonable, to appliances not mentioned in a part 2, and to appliances designed on new
! W+ t. b) t2 l J9 y$ k! Nprinciples. In this case consideration should be given to defining normal operation, specifying
3 f% k& G; x2 Y5 q' j9 r; tthe classification of the appliance according to Clause 6 and specifying whether the appliance
. ?' d' K" k6 z8 Tis operated attended or unattended. Consideration should also be given to particular# \: N5 `, ?! p3 N4 j' q
categories of likely users and to related specific risks such as access to live parts, hot, k9 k# y) p$ U" @3 m' m/ V
surfaces or hazardous moving parts.
% l7 C" s8 G* yIEC 60335-1:2010/AMD2:2016 – 3 –4 P/ R% d/ i/ e# Y1 G7 l3 t# ]
© IEC 20165 n" J. C# D" T. S: N/ Y4 J
1 Scope
# {6 k9 c0 k+ m# h/ SReplace the first sentence of the third paragraph by the following:/ X- g' a! a" F/ m3 w, {
This standard deals with the reasonably foreseeable hazards presented by appliances that
* }& C0 s( F7 ]" W- @are encountered by all persons.. R0 I# N' M- u& F7 b1 T
2 Normative references3 ?# m h: v0 m& Y/ ^
Replace the reference to IEC 60252-1 by the following:
; ?# \5 T' e3 CIEC 60252-1, AC motor capacitors – Part 1: General – Performance, testing and rating –8 g$ @3 e/ l* |
Safety requirements – Guide for installation and operation" l) ] g0 c* A, Y
Add the following new references:6 T( `# {! V8 q$ o
IEC 60445:2010, Basic and safety principles for man-machine interface, marking and S! c* Z4 f* b- p6 n3 Q! v* o" Q
identification – Identification of equipment terminals, conductor terminations and conductors3 U2 k1 y+ y4 I( c, Z- m* w
IEC 62821-1, Electric cables – Halogen-free, low smoke, thermoplastic insulated and9 d! N D( J" T$ ^, M8 o
sheathed cables of rated voltages up to and including 450/750 V – Part 1: General( j# T' f& ?: ~# I
requirements+ D3 W% q1 F) b
ISO 178:2010, Plastics – Determination of flexural properties3 A! C1 w* V6 \6 o! ^ j1 T
ISO 178:2010/AMD 1:2013
5 ~+ G2 }/ t' j/ q. w0 ?ISO 179-1:2010, Plastics – Determination of Charpy impact properties – Part 1:6 F4 R4 x3 v" L
Non-instrumented impact test2 }! C+ i. w, c
ISO 180:2000, Plastics – Determination of Izod impact strength2 Q$ r- Q" R7 o A$ `8 I2 d% Y2 S8 R2 W
ISO 180:2000/AMD 1:20060 Y0 p4 D( j) ?7 V/ N8 M8 ~& n
ISO 180:2000/AMD 2:2013* ]3 C6 ^8 [% H' |6 ]
ISO 527 (all parts), Plastics – Determination of tensile properties2 `+ `1 a" G0 _8 M: n
ISO 4892-1:1999, Plastics – Methods of exposure to laboratory light sources – Part 1:) F: N) j" x' T: Y
General guidance. D0 V! U/ Q7 t" D" J9 F9 \
ISO 4892-2: 2013, Plastics – Methods of exposure to laboratory light sources – Part 2: Xenonarc0 V6 v2 K2 D2 Y
lamps% X# p( Q$ _* ^0 L0 t! D7 E
ISO 8256:2004, Plastics – Determination of tensile-impact strength6 |. s( o: x) m3 l3 v
3 Terms and definitions" e, q" f. F6 E! { F2 a+ E
3.3.13 Delete Note 2 and renumber Note 1 as NOTE.
! J( u" @) g& _0 V" E6 i- MAdd the following new definition:
- [8 U J" \8 X' l, O$ I: t3.6.8
! R) t0 c/ n7 J& f4 `5 ldetachable power supply part
2 E- b2 }; W8 ]/ g7 A4 dpart of the appliance the output of which is intended to be connected to a flexible cord9 a8 B6 ~9 d8 m+ y* z7 ]/ m
detachable from the class III construction part of the appliance5 h2 n: r3 s( m1 b7 _. Z8 e# F
5 General conditions for the tests( }) b1 O, [/ y$ _3 m5 O% ]
5.10 Add the following as a new second paragraph:
3 k% K* E& _. C& p9 N1 `& nA class III construction part of the appliance is tested connected to its detachable power$ f4 w5 [. ~7 r( u) n9 d# `
supply part taking into account the instructions provided with the appliance.
; t; j# a5 y& ^) |3 k6 Classification( [4 @9 z, }2 a4 J' N* X. d, y
6.1 Add the following to the requirement as a new second paragraph:/ p% ^8 M5 ^- f: F# _
If an appliance consists of a part of class III construction and a detachable power supply
$ W v* a# k- y/ M# F) xpart, the complete appliance is classified as a class I appliance or class II appliance in T9 D2 C' J7 s C* v3 V* H
accordance with the classification applicable to its detachable power supply part.
0 R; p4 P8 q4 F2 H2 R7 Marking and instructions
& k; ^1 j; h0 r# b. g4 E7.1 Replace the last dashed item in the first paragraph by the following:
% @2 T$ J8 P- h# v4 S– symbol IEC 60417-5180 (2003-02), for class III appliances. This marking is not1 |! r. W7 a. q' N) I- p) `
necessary for appliances operated only by batteries (primary batteries or secondary
, P8 W/ S5 j( ^: n$ e! nbatteries recharged outside of the appliance) or appliances powered by rechargeable
$ W6 W/ m0 s0 ] j# F" Y, Wbatteries recharged in the appliance.
& ?9 @3 k8 e" Q, Z/ {5 EAdd the following new subclause:6 d! N7 t' `3 }) I0 ?! _
7.12.9 For each language, the instructions specified in 7.12 and from 7.12.1 to 7.12.8 shall# p3 Y9 S% U1 z, b9 a$ o# r1 s
appear together before any other instructions supplied with the appliance. Alternatively, these
: m% N) u( z* D) f, n" ?/ Dinstructions may be supplied with the appliance separately from any functional use booklet.: \/ }- R. q6 h5 k1 ^8 g' U
They may follow the description of the appliance that identifies parts, or follow the- K- x. S0 V1 W, A8 N) O
drawings/sketches common to the languages of the instructions.# z( W. t% n$ W, A% \5 V8 Q+ r4 j
In addition, instructions shall also be available in an alternative format such as on a website
, L* q: {8 }9 C7 x% i" B) ~or on request from the user in a format such as a DVD.
3 R8 s6 T# {0 z: ^. B* W: l* oCompliance is checked by inspection.6 ?. w7 h" F7 Q$ S. h) ?5 e
7.14 Add the following as new second paragraph to the requirement:
' n/ n% L# I, t* ^The signal words WARNING, CAUTION, DANGER if in the Latin alphabet shall be in; R; o$ F2 v* c! u
uppercase having a height not less than
& M. K' h% w3 A7 }. E– 3,5 mm for appliances normally used on the floor;& X7 P1 ~+ e6 ~
– 2,0 mm for portable appliances with a printable surface of less than 10 cm2; and
9 U3 [: H7 M7 N ~– 3,0 mm for other appliances.
' s7 u1 Z/ ~, P3 W8 A; i# SNOTE A height of 3,5 mm is similar to Arial 14 pt, 3,0 mm is similar to 12 pt Arial and 2,0 mm is similar to 8 pt
" Z# z0 w; B% rArial. Other typefaces might differ in the pt value.
1 M5 `# l9 o3 q" D* d# Q# [Uppercase letter of the text explaining the signal word shall be no smaller than 1,6 mm, with
" G a4 o9 |8 Y( Nother letters according to the font size of the uppercase letter.5 U, u$ | w6 @" C8 X
Countries that do not use the Latin alphabet need to specify the minimum size of the script to; J. M5 P, x. y3 f3 x. }+ e( r3 r2 o
be used taking into account what is specified for the Latin alphabet.! ~- m1 y1 Y& }, L, ]$ [* `% j
Unless contrasting colours are used, moulded in, engraved, or stamped markings shall be
. _2 B; \+ c) t" t3 {- |either raised above or have a depth below the surface of at least 0,25 mm.
9 U0 C7 A- S7 L3 S; w. q b. EReplace the first paragraph of the test specification by the following:
" T/ ~$ B" j, X3 W2 pCompliance is checked by inspection, by measurement and by rubbing the marking by hand
) P4 M( ` b- K) V% _for 15 s with a piece of cloth soaked with water and again for 15 s with a piece of cloth
5 d3 ~7 z8 ]+ Lsoaked with petroleum spirit. The petroleum spirit to be used for the test is aliphatic solvent2 z" G4 H6 \( O7 X
hexane.' x ?5 D1 T9 E- ?4 D/ {9 {2 M' r
8 Protection against access to live parts' f4 J+ ~8 E" P* h4 d1 C
8.1.3 Replace the note by the following.
/ h* w$ j: g- }% n% mIf a single switching action is obtained by a switching device, the switching device shall5 l( b9 \7 h+ i9 ~/ T
provide full disconnection and the clearances for full disconnection specified in 20.1.5.3 of3 M. N8 z, z" W6 _) K
IEC 61058-1:2000 shall be obtained from Table 22 of IEC 61058-1:2000 using the next higher4 g4 g3 q J: \+ Z2 \' M( y
step for rated impulse withstand voltage.
) T( ~% h0 Y4 w3 u- y7 {! s$ KFor appliances provided with a supply cord and without a switching device in their supply
' G5 G- q2 X! c% f" H, Q' R$ e1 Fcircuit, a single switching action may be obtained by the withdrawal of the plug from a socketoutlet.7 q/ L- p/ ^; Q$ d* u
Compliance is checked by inspection and by manual test.
% F' n( y, C/ l2 g13 Leakage current and electric strength at operating temperature
( o1 s0 @3 t- m" C( |13.2 Replace the first paragraph by the following:. S8 r2 b* v I6 [
The leakage current is measured by means of the circuit described in Figure 4 of/ I' U4 E# O! d% J/ N; k9 S, E- ^
IEC 60990:1999. For class 0I appliances and class I appliances, except parts of class II
7 L6 h+ p: K! G3 x8 ]- Y1 ~construction, C may be replaced by a low impedance ammeter responding to the rated4 P% |# I+ }/ D' q7 R
frequency of the appliance.
' m+ g. L- \% r3 \2 G19 Abnormal operation) Z. f* }0 e" |! F- k* B
19.1 Add the following to the penultimate paragraph of the test specification:# y* L# F& Z- {4 F7 {
If the control performs more than one function, only that aspect of the control under
4 m; h+ P+ W! iconsideration is rendered inoperative. Other functions of the control may continue to operate4 S6 M, `$ b9 ~$ H) s8 Q5 Y4 k
normally.% f9 q$ B( C0 Z* f
19.7 In the third paragraph of the test specification, replace “class P2” by “class S2 or S3”.
2 m7 N6 M( z' _# k5 U19.11.3 Replace the text of the test specification but not the note, by the following.
! j. K+ f0 i) c8 u1 gIf the appliance incorporates a protective electronic circuit that operates to ensure2 B# J; i; n) n% e, x
compliance with Clause 19, the appliance is tested as follows:
0 }: k7 `' y1 m5 V( t# c& j% B" [3 {A fault as indicated in a) to g) of 19.11.2 shall be incorporated in the protective electronic/ M; B8 Q e3 _4 H" a/ z
circuit either before the appliance is started or at any point in time after the appliance is8 ]3 v* V o1 c/ B
started so that the most unfavourable conditions of the test are applied.: c e3 v8 N9 y5 q4 V* ^
If the appliance is able to operate after the fault in the protective electronic circuit is
7 H6 c7 I/ A( g2 B& u, lincorporated, then the appliance is further tested as follows.
. \! B/ m8 K4 L _1 iFor appliances for continuous operation the appliance is operated until steady conditions are
, p7 p: L& e7 Q! D% x5 `( F0 ureached. Then the relevant test of Clause 19 is repeated.
" }5 }+ e7 [9 ^( u+ Y6 tOther appliances are operated for one cycle of operation. Then the relevant test of Clause 199 b; X' Q4 F# a: L4 e
is repeated.$ ?: n+ d6 F2 ~6 q, ]
19.11.4.2 Replace the test specification but not the note, by the following:
! X1 n: R9 C& h( Z1 c* ^The appliance is subjected to radiated fields in accordance with IEC 61000-4-3.! r3 e; U/ G8 ]/ v
The frequency ranges tested shall be:
+ l' e0 z3 U9 g: ^( F: z– 80 MHz to 1 000 MHz, test level 3;
) f* }) B. ^8 C7 {; s( C+ J- e– 1,4 GHz to 2,0 GHz, test level 3;1 b2 O' I1 d9 x# V1 U$ S" p
– 2,0 GHz to 2,7 GHz, test level 2. |
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