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电线标准 EN50525是欧洲电线标准,目前最新版为EN50525-2011, 将代替使用多年的欧洲协调标准HD 21(PVC)和HD 22(橡套线)两个标准
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' R$ C; y# k3 DEN50525标准2014年1月份开始生效。目前很多取得欧洲国家认证的电线厂家在着手准备和进行证书换版。 日期# H7 D7 @& C! G
分类部分: r8 x5 r3 n M; o: q9 f
常见的EN50525标准有德国的DIN EN 50525-1(VDE 0285-525),英国的BS EN 50525,都等同于EN50525。 4 |; y. v% ]% c
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BS EN 50525-1:2011 ELECTRIC CABLES - LOW VOLTAGE ENERGY CABLES OF RATED VOLTAGES UP TO AND INCLUDING 450/750 V (U0/U) PART 1: GENERAL REQUIREMENTS(DIN EN 50525-1:2011/ VDE 0285-525-1)
% f( Z8 s D+ G/ y) [BS EN 50525-2-31-2011 ELECTRIC CABLES - LOW VOLTAGE ENERGY CABLES OF RATED VOLTAGES UP TO AND INCLUDING 450/750 V (U0/U) PART 2-31: CABLES FOR GENERAL APPLICATIONS - SINGLE CORE NON-SHEATHED CABLES WITH THERMOPLASTIC PVC INSULATION
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BS EN 50525-2-72-2011 ELECTRIC CABLES - LOW VOLTAGE ENERGY CABLES OF RATED VOLTAGES UP TO AND INCLUDING 450/750 V (U0/U) PART 2-72: CABLES FOR GENERAL APPLICATIONS - FLAT DIVISIBLE CABLES (CORDS) WITH THERMOPLASTIC PVC INSULATION
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BS EN 50525-2-11-2011 ELECTRIC CABLES - LOW VOLTAGE ENERGY CABLES OF RATED VOLTAGES UP TO AND INCLUDING 450/750 V (U0/U) PART 2-11: CABLES FOR GENERAL APPLICATIONS - FLEXIBLE CABLES WITH THERMOPLASTIC PVC INSULATION
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BS EN 50395-2011 ELECTRICAL TEST METHODS FOR LOW VOLTAGE ENERGY CABLES
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( [( i% K% v8 b* E8 \* YBS EN 50396-2011 NON ELECTRICAL TEST METHODS FOR LOW VOLTAGE ENERGY CABLES
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DIN EN 50525-2-11 H03VV(H2)-F
7 T" P) {$ ~' i& O$ a% ~Cold impact test at -5 °C 0 a, T+ M7 B: A9 `- H3 h2 j2 e
new: non-compatibility test
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DIN EN 50525-2-11 H05VV(H2)-F
, \/ t. A) n4 o7 y$ X7 [" I* i. ACold impact test at -5 °C
1 E# |- S$ {4 V3 a( z; z2 w$ ]new: H05VVH2-F 2 X 1,5 1 v5 _; y _& o4 {
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DIN EN 50525-2-11 H03V2V2(H2)-F - A7 c2 k# Z7 U7 G f
Cold impact test at -5 °C
6 W/ ?$ s/ N+ K; G# `" x. Snew: non-compatibility test ( j1 K& f, r( F# |. t/ x
% |- G+ E2 m' V* w$ u/ vDIN EN 50525-2-11 H05V2V2(H2)-F
' A4 X( S. m$ J% LCold impact test at -5 °C + R, @6 ~8 T! u6 S. W' {
new: H05V2V2H2-F 2 X 1,5
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, O* I4 d# ^1 ]! P+ c3 ~DIN EN 50525-2-11 H05V2V2D3-F 3 w ~9 `$ {8 h
Cold impact test at -5 °C
9 _/ v0 x- F% i" DFor all types: Voltage test after bending test with 2000 V
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DIN EN 50525-2-12 H03VV(H2)H8-F
+ d- S9 }- Z5 |9 r& f& N& gCold impact test at -5 °C
7 a& J3 h1 S9 v3 o0 h7 U. w. N+ Pnew: non-compatibility test
: B6 A4 C1 x# l1 ^0 GNew requirements for the marking after coiling & x5 d" R" W# G- b& q& l6 N# O6 J) T& u
9 Z; X+ Q- I, V* MDIN EN 50525-2-12 H05VV(H2)H8-F $ C% T" k9 e0 M
Cold impact test at -5 °C
+ y& W. Y p8 z' [9 P4 i' ?New requirements for the marking after coiling : s0 S3 S# d( U: E6 s( H& N1 M
: w, ]. L9 f( k6 DDIN EN 50525-2-21 H05RR-F
7 D+ ]1 \9 d0 C3 {new: cold bending test for the insulation at -35 °C ' }1 _ d: [8 d5 p8 g: ^' z6 D& `
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DIN EN 50525-2-21 H05RN-F
- s5 F( ?6 q0 R. A7 i- snew: cold bending test for the insulation at -35 °C
! ` z$ B* M7 g" @3 ?new: H05RN-F 4 x 0,75 and H05RN-F 4 x 1
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DIN EN 50525-2-21 H07RN-F, H07RN-F vieladrig
% x" _% Y. {1 V+ S; w, k- H/ j6 U& fnew: cold bending test for the insulation at -35 °C 2 Q9 S) M; N# P2 ~) \
9 c @+ ~* e' Y" NDIN EN 50525-2-21 H07RN8-F 6 D2 ?2 p0 f1 l6 o& d4 S7 ]
new: cold bending test for the insulation at -35 °C
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DIN EN 50525-2-21 H05BQ-F
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DIN EN 50525-2-21 H07BQ-F
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DIN EN 50525-2-21 H05GG(H2)-F
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DIN EN 50525-2-21 H05BB-F
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6 o% m* }" [ ]3 R8 h! f% R% FDIN EN 50525-2-21 H07BB-F
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- B M) }* _# s0 \DIN ENDIN EN 50525-2-21 H05BN4-F
5 r1 v, K$ u" D) \2 M# j+ nno relevant changes 0 I' m( I; U- c/ l' ~+ N3 Y. V
1 ~2 z6 [& x4 a' d) [" r" XDIN EN 50525-2-21 H07BN4-F, H07BN4-F multi core ; ?2 z! g# ]2 ~& l
no relevant changes
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DIN EN 50525-2-22 H03RT-H , c% _ _3 \ Z* y( H
no changes
2 P( h) @! O8 }& V4 EH05RR-H und H03V4V4-H withdrawn - f5 Q3 |1 L$ y& [- n7 y4 a# m
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DIN EN 50525-2-31 H05V-U/-R/-K
: w" K" y# ^/ X) C+ n/ ?. `1 Snew: Cold impact test at -5 °C 0 p2 Y* y5 p) E! @% d! T; L8 C
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DIN EN 50525-2-31 H07V-U/-R/-K
& }" K8 g4 F Q3 X' pCold impact test at -5 °C (new: -K)
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DIN EN 50525-2-31 H05V2-U/-R/-K : |2 K, E7 p3 k! B* j' ?
new: Cold impact test at -5 °C 8 O0 W# E0 z. B, Z
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DIN EN 50525-2-31 H07V2-U/-R/-K
$ [- w( H; k/ JCold impact test at -5 °C (new: -K)
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DIN EN 50525-2-41 H05S-U/-K 8 F$ h- M8 O% Z" @, z1 l( D
no changes 8 L ]' v/ T% f3 T' `
0 T( j8 S8 B5 w. {3 r" RDIN EN 50525-2-41 H03S-K 9 n* h3 l! U1 F; h- f- K( Y
no changes 4 `4 J$ g2 D& n6 J
$ f3 K) c8 }0 D: sDIN EN 50525-2-41 H05SJ-U/-K * [: s. M7 t9 Z: J: ]3 ` v/ n( {
no changes & L7 C/ g- p$ N/ G7 ?/ w+ l% N) s
9 z& y o) M k1 H4 h7 KDIN ENDIN EN 50525-2-41 H05SS-K
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; Y( v: B) E7 x' \DIN EN 50525-2-42 H07G-U/-R/-K
- Z7 w3 n' F3 |2 v7 d0 [) bCold impact test at -5 °C 3 d9 {; |- x& B
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DIN EN 50525-2-42 H05G-U/-K 5 ~5 D: i; W/ C8 \
Cold impact test at -5 °C 3 T$ I1 i7 Y$ F
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0 Q- _/ r& n1 l2 ?2 M0 M! [DIN EN 50525-2-51 H05VV5-F
& z7 p3 R! I5 g5 {9 HThe cable shall be marked with the code designation ``H05VV5-F``
7 C: a1 @& A; [6 qCold impact test at -5 °C 8 }6 Z( e3 B- f1 \$ u _: _" c
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DIN EN 50525-2-51 H05VVC4V5-K g: _) F' l7 Z' R/ o- h( g
The cable shall be marked with the code designation ``H05VVC4V5-K``
T3 P) A7 [: C/ H; v0 cCold impact test at -5 °C 4 J: x2 M. e! s( ?
changed calculation procedure for cables which number of cores does not belong to the preferred
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8 Y: u4 }' r8 }/ ~" TDIN EN 50525-2-71 H03VH-Y
3 t0 P5 M0 o, l9 nnew: Cold impact test at -5 °C y* @- N# e# f2 }: C
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DIN EN 50525-2-72 H03VH7H-F
0 x" j9 \+ N. u+ a% o2 @2 fCold impact test at -5 °C $ V, z2 X3 b4 g0 h
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DIN EN 50525-2-81 H01N2-D/E 1 T) F6 H" V7 z9 e! X: _* Q1 t# l
extension to 240 mm² + |$ z' {+ ]- b4 N$ Y6 P% a
DIN EN 50525-2-82 H03RN-F
$ _% }. m/ m7 ^5 `5 S0 M5 ]8 anew: Cold bending test for the insulation at -35 °C 4 w* }% _9 ^! U& ?8 m( M- @) [
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DIN EN 50525-2-82 H05RN(H2)-F
0 I% r/ `/ K! B: N) Lnew: Cold bending test for the insulation at -35 °C + p) c9 J1 x& M$ }5 x8 E0 K. B
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DIN EN 50525-2-83 H05SS-F; H05SST-F
3 e a% \$ O" V* }7 Z6 i; nThe insulation shall be a single layer
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) o( I" P9 Z$ T* G3 g" qDIN EN 50525-2-83 H05SSD3-K; H05SSD3T-K
3 f7 Q/ O, q, |2 i& x5 kThe insulation shall be a single layer
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DIN EN 50525-3-11 H03Z1Z1(H2)-F , z& m& R' U. }1 s& i Q
Cold impact test at -5 °C
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5 O9 K& D1 H! s" g4 i }( ?% aDIN EN 50525-3-11 H05Z1Z1(H2)-F - V1 Z4 t6 e+ ?( w: h
Cold impact test at -5 °C
* m* B7 S3 R1 b/ n6 m' aVoltage test after bending test with 2000 V
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DIN EN 50525-3-21 H07ZZ-F 4 v& `8 Q( i3 u! K6 L+ ?$ ^
new temperature for compatibility test: 7 d at 100 ± 2 °C (old: 80 ± 2 °C) ; F' H' E5 L% A* L. O. u* d4 Y |
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4 w5 j$ }" O MDIN EN 50525-3-31 H07Z1-U/-R 3 G! i- J+ ?* @) J
Cold impact test at -5 °C e& z& R+ Q6 [9 Z
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DIN EN 50525-3-31 H07Z1-K
; P; S+ e1 S3 O& Q- C9 `. sCold impact test at -5 °C
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; T! D9 t$ P/ U, [; `8 GDIN EN 50525-3-31 H07Z1-U/-R $ d' _& m2 M5 m% X
Cold impact test at -5 °
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$ v! E5 \7 V$ D, \, Y* G# P, H: ~ RDIN EN 50525-3-31 H07Z1-K
$ `- q! }0 J# `Cold impact test at -5 °C
% v2 q5 D. i& S% `6 D7 _0 T3 x--------------------------------------------------------------------------------------
( I$ g: n# U- _DIN EN 50525-3-41 H07Z-U/-R ; Y1 G4 ^7 M1 g, r
no changes
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DIN EN 50525-3-41 H07Z-K 4 ?" s+ I8 {, {) @! m. v2 d5 m
no changes
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4 T8 \# }* y0 m: W4 w, J `DIN EN 50525-3-41 H05Z-U
$ L$ R6 |* ]( b: V" _7 Rno changes
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DIN EN 50525-3-41 H05Z-K 8 N- a$ R7 x% s" ?2 q0 _
no changes 7 c; v* q0 L4 i/ l
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