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不想涉及到版权问题, 复制给各位参考
+ u$ m& d4 Z: K. t' tFOREWORD
0 B* _6 ?2 F3 _# {* n5 W8 N$ QAdd the following to the list of differences existing in some countries:
$ u6 T. x% {5 g# M7 ?1 p4 Y: r. H2 k, w' E– 7.12.8: The maximum inlet water pressure shall be at least 1,0 MPa (Denmark, Norway, Sweden).- e# u6 a& K% p/ A6 \1 M: s; g% {4 \
INTRODUCTION/ ?, ?+ H# w+ y9 [5 [& |' o
Replace the seventh paragraph by the following:# h3 _* P7 ]+ `+ D) k
Individual countries may wish to consider the application of the standard, as far as is s$ [: o) f0 ^* Y6 Z
reasonable, to appliances not mentioned in a part 2, and to appliances designed on new/ p9 b# H+ x0 i [$ n* F
principles. In this case consideration should be given to defining normal operation, specifying
* L/ l% P; c3 _7 Zthe classification of the appliance according to Clause 6 and specifying whether the appliance9 J) z- }8 r1 b
is operated attended or unattended. Consideration should also be given to particular
. E6 f' T6 G$ lcategories of likely users and to related specific risks such as access to live parts, hot
4 F) T8 T2 X; M K% Usurfaces or hazardous moving parts.
% @% S, ~: \! _, gIEC 60335-1:2010/AMD2:2016 – 3 –+ A$ h8 a' d5 I: s4 G
© IEC 20168 l! @* b8 X1 C3 X8 @0 h
1 Scope! U! j- I5 m. w- p S: a: P
Replace the first sentence of the third paragraph by the following:
9 L% \; g: V* n. ~+ }. y* \' I. D' P2 ]This standard deals with the reasonably foreseeable hazards presented by appliances that
! b _, d3 G1 ^" O* V% m. |% }are encountered by all persons.( R b9 `8 Y: I- p1 ]) P
2 Normative references. g/ r0 f4 Q' ~( I" c* D; `4 t* a0 R
Replace the reference to IEC 60252-1 by the following:
1 t% H/ [7 l6 Y6 F# [IEC 60252-1, AC motor capacitors – Part 1: General – Performance, testing and rating –/ ?' e% \" M. O+ u- x
Safety requirements – Guide for installation and operation8 y4 E% F0 z) D4 p. d. @* A
Add the following new references:
( x9 m: u/ W4 V8 `; d: RIEC 60445:2010, Basic and safety principles for man-machine interface, marking and' o% b5 B8 D7 y
identification – Identification of equipment terminals, conductor terminations and conductors2 w( t) x$ }/ M
IEC 62821-1, Electric cables – Halogen-free, low smoke, thermoplastic insulated and
# R/ P, f' {& {0 e9 j& e& }sheathed cables of rated voltages up to and including 450/750 V – Part 1: General
% U' j) b# f1 X8 H9 x' _. V$ Arequirements% k" y' e) \3 V* a) b: \) d
ISO 178:2010, Plastics – Determination of flexural properties
& J+ v7 ^% \0 s$ t9 qISO 178:2010/AMD 1:2013
; K* M$ k, ]5 y. M4 e' SISO 179-1:2010, Plastics – Determination of Charpy impact properties – Part 1:
" }+ K" i! O- e B8 yNon-instrumented impact test
# Z2 e0 Z2 q4 N a5 B$ t; JISO 180:2000, Plastics – Determination of Izod impact strength
; V# U1 e. H8 Z0 Z$ X- tISO 180:2000/AMD 1:2006' j( |! c& f, x# |
ISO 180:2000/AMD 2:20131 E* a! `5 j4 s! [/ z, [7 j
ISO 527 (all parts), Plastics – Determination of tensile properties
9 D1 q6 u1 N" p; I7 SISO 4892-1:1999, Plastics – Methods of exposure to laboratory light sources – Part 1:
@' a; q* Y' W) o$ MGeneral guidance
& [# g* E1 m) _' w# U$ _ISO 4892-2: 2013, Plastics – Methods of exposure to laboratory light sources – Part 2: Xenonarc2 f5 g6 Y" g! I7 ]# ^$ `; }; O
lamps j/ L9 Z- O+ b. v& m, Q* E* {1 v
ISO 8256:2004, Plastics – Determination of tensile-impact strength& n8 p2 ^) O" L3 |! @4 I `
3 Terms and definitions
$ |" M# m$ y3 c# R! _2 c2 I3.3.13 Delete Note 2 and renumber Note 1 as NOTE.
6 x9 Z( O9 K+ K, b- i' w- j* A' qAdd the following new definition:
4 k" B) i; a, {1 @! ?' U6 G" I: m3.6.82 w+ b, p& Z) R& m4 O3 e
detachable power supply part' t3 b* U! |7 O; t# e: ]
part of the appliance the output of which is intended to be connected to a flexible cord
+ ~) g$ @" q* K% n1 C2 r; y# b( xdetachable from the class III construction part of the appliance
9 H$ k K/ r+ i; C5 General conditions for the tests8 M8 `$ c& c; g4 c/ d: Q
5.10 Add the following as a new second paragraph:
0 ?) p' p/ x& a+ Q. fA class III construction part of the appliance is tested connected to its detachable power
2 f9 q6 O) x: M3 [' U6 qsupply part taking into account the instructions provided with the appliance.: }+ R9 p* r8 Z/ Z
6 Classification
9 M9 h* b3 p) }- }1 w1 ]' z6.1 Add the following to the requirement as a new second paragraph:8 T% q5 C9 }1 K. N g' q; O
If an appliance consists of a part of class III construction and a detachable power supply
) {! H# M, O _1 l: K9 g4 l* \part, the complete appliance is classified as a class I appliance or class II appliance in
, ?1 t# }: Q3 Z2 D! @* [accordance with the classification applicable to its detachable power supply part.! `8 q, W' P( [, |; A
7 Marking and instructions
) R; `5 m1 l6 z( s& U; s7.1 Replace the last dashed item in the first paragraph by the following:9 B' y- n. m2 C }0 O5 c
– symbol IEC 60417-5180 (2003-02), for class III appliances. This marking is not* l9 ^& w3 @" k
necessary for appliances operated only by batteries (primary batteries or secondary5 [2 `( n( d7 _ j* ^0 G
batteries recharged outside of the appliance) or appliances powered by rechargeable
6 i9 K3 [" J3 e4 rbatteries recharged in the appliance.' H/ m9 G, T2 `% d8 X% a
Add the following new subclause:
- x; Z" |! {' @% S7.12.9 For each language, the instructions specified in 7.12 and from 7.12.1 to 7.12.8 shall
, B x2 n- g1 ]" q+ Uappear together before any other instructions supplied with the appliance. Alternatively, these/ ?% B' N [! ^
instructions may be supplied with the appliance separately from any functional use booklet.
. ]! D% N' Z/ S( [" RThey may follow the description of the appliance that identifies parts, or follow the l: d/ f! P$ T0 o" G
drawings/sketches common to the languages of the instructions.. \% V' s: B" N3 A5 ~6 U: }5 W* d
In addition, instructions shall also be available in an alternative format such as on a website- g! z" W7 `0 K" j, Q* P
or on request from the user in a format such as a DVD.
2 R! N6 k, h, U- o3 Q! e" e# @Compliance is checked by inspection.9 l- P0 j2 u O" C
7.14 Add the following as new second paragraph to the requirement:
0 T& e7 c: x& i" x5 |* Y1 LThe signal words WARNING, CAUTION, DANGER if in the Latin alphabet shall be in2 ?" p! I/ S4 o( x
uppercase having a height not less than
/ @ v" U2 L0 F( A2 c7 \1 v3 k– 3,5 mm for appliances normally used on the floor;0 {4 g2 J2 X8 U, E: y
– 2,0 mm for portable appliances with a printable surface of less than 10 cm2; and
% @# N5 p( L) r$ l6 x– 3,0 mm for other appliances.' F; [/ |6 m2 y$ r" Q
NOTE 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
/ g/ k* W. {8 U+ ^& cArial. Other typefaces might differ in the pt value.! x5 c8 z6 N$ ]( d7 m% u
Uppercase letter of the text explaining the signal word shall be no smaller than 1,6 mm, with" W: r- D3 n3 H7 W) ^' a/ m& V
other letters according to the font size of the uppercase letter.
' F9 _; L- U/ s; l# ~; Y$ ^Countries that do not use the Latin alphabet need to specify the minimum size of the script to0 H* Q) y5 f( C- V* U& t1 r9 p
be used taking into account what is specified for the Latin alphabet.1 ^! e& ^( m$ a* {3 A8 }$ A
Unless contrasting colours are used, moulded in, engraved, or stamped markings shall be
9 |' x! `/ I2 L9 I7 E5 s, k' peither raised above or have a depth below the surface of at least 0,25 mm.: S4 e, | ]. M' p& v% W
Replace the first paragraph of the test specification by the following:) ` Q# H) Q5 x7 N8 g3 _9 O, n
Compliance is checked by inspection, by measurement and by rubbing the marking by hand; t& h/ Q- O+ J" Q0 V! s
for 15 s with a piece of cloth soaked with water and again for 15 s with a piece of cloth
5 D; ?7 s7 q& ~& O& j- lsoaked with petroleum spirit. The petroleum spirit to be used for the test is aliphatic solvent* X( U+ u% v9 n3 O" A5 o
hexane.
5 M( b6 }8 ^ F" ]4 K+ }% V. I8 Protection against access to live parts
- k; k# O* R/ ~8.1.3 Replace the note by the following.
2 {; b- Y7 M `+ U! [6 c3 VIf a single switching action is obtained by a switching device, the switching device shall- |! V3 p( @3 p9 k1 c& f! v; I. M$ K
provide full disconnection and the clearances for full disconnection specified in 20.1.5.3 of6 R1 \" o3 V. s
IEC 61058-1:2000 shall be obtained from Table 22 of IEC 61058-1:2000 using the next higher4 {, U* _- J- u
step for rated impulse withstand voltage.* c4 q: r( x' Q7 V! ]1 V
For appliances provided with a supply cord and without a switching device in their supply
1 H; l2 Q4 W3 l2 A9 ocircuit, a single switching action may be obtained by the withdrawal of the plug from a socketoutlet.
3 ]7 H: X5 j+ _0 B( l5 k& K. J3 aCompliance is checked by inspection and by manual test.
2 P/ Y/ H* w5 f2 s5 W13 Leakage current and electric strength at operating temperature7 W9 O j5 K. I
13.2 Replace the first paragraph by the following:( `* X2 J& h' g; I% F
The leakage current is measured by means of the circuit described in Figure 4 of
! Q1 z) F0 |( nIEC 60990:1999. For class 0I appliances and class I appliances, except parts of class II; A0 q9 Z- [' y% B( k# g
construction, C may be replaced by a low impedance ammeter responding to the rated. b; ~# Q; N$ f% |
frequency of the appliance.- T' Z0 o4 e# X7 U
19 Abnormal operation
m! R+ l& J. b, `0 g' ]0 k19.1 Add the following to the penultimate paragraph of the test specification: G( V5 I& z$ [/ S+ [0 s
If the control performs more than one function, only that aspect of the control under2 E" O5 e% I* v h; r+ s7 R
consideration is rendered inoperative. Other functions of the control may continue to operate
* Z: D+ s8 I1 Q r/ p* k: Enormally.- X P' [$ ~$ i( H6 |4 o6 }+ W$ D
19.7 In the third paragraph of the test specification, replace “class P2” by “class S2 or S3”.+ |$ n# c6 _% B9 ?
19.11.3 Replace the text of the test specification but not the note, by the following.
$ Q* m0 V0 j" r6 FIf the appliance incorporates a protective electronic circuit that operates to ensure
i$ C3 M% U; z; s( p4 G, J5 G' S& Hcompliance with Clause 19, the appliance is tested as follows:
K$ a' _6 ~# N1 N( u8 w2 FA fault as indicated in a) to g) of 19.11.2 shall be incorporated in the protective electronic
+ f2 E2 U2 J* Icircuit either before the appliance is started or at any point in time after the appliance is" D1 l. Z- I. V) H- e
started so that the most unfavourable conditions of the test are applied.
0 ]8 N* D& V" Q- g5 z" z' nIf the appliance is able to operate after the fault in the protective electronic circuit is
5 R; g. t$ Y, `1 kincorporated, then the appliance is further tested as follows.
- u/ ^4 ]4 B$ w9 }- M6 y GFor appliances for continuous operation the appliance is operated until steady conditions are
+ H+ U" ~* V7 F3 lreached. Then the relevant test of Clause 19 is repeated.* d: q3 \8 p+ K& q) d/ E0 }5 C
Other appliances are operated for one cycle of operation. Then the relevant test of Clause 19 y1 o1 T8 w) q* U
is repeated.
' U( S t% k/ q" b3 a$ H" x19.11.4.2 Replace the test specification but not the note, by the following:5 ^) K. z+ j; j$ W* |8 x+ q$ j
The appliance is subjected to radiated fields in accordance with IEC 61000-4-3.- W/ R( H5 T6 X% o
The frequency ranges tested shall be:6 c& J' ^1 ~1 g) o
– 80 MHz to 1 000 MHz, test level 3;$ ]( |3 k4 k6 \# e5 j7 p
– 1,4 GHz to 2,0 GHz, test level 3;
) ^4 E) n+ u) C; G' X) I– 2,0 GHz to 2,7 GHz, test level 2. |
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