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758规格页上面已经写的很清楚了。: a3 o$ v, |* J) W
铜线规格,绝缘厚度,耐温温度和耐压参数等等,都已经有具体数字说明了。
" g( R: c. B2 r( {+ K& x* y
9 |; g1 X* Y; c& l不知楼主所问的-------都是什么样的导线----具体的规格----这个到底要问什么?- f! M6 ~: U: K ]! h
0 s7 D" l; j T1 [8 k. r具体区别在规格页里面都可以做比较了。
. _8 c) U* T1 J3 T( X+ k8 O按照UL758标准来做的电线,各企业的产品多少还是有些差别的(比如说线径,铜丝规格),但只要条件满足标准规定的内容,就都是可以的。
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1 V" Q, y; b2 O+ D y& a3 b8 J===================================================================
9 o/ f! v! G1 o# O6 \* L# E, lUNDERWRITERS LABORATORIES INC. APPLIANCE WIRING MATERIAL! j5 H6 C$ Z. D8 @- T$ r
Subj. 758 Section 1 Page 1007 Issued: 1959-05-01
; s' g5 B& K' `4 d1 ~ Revised: 2002-12-05
1 z0 ]; y0 d! l8 `
5 ]: P' K9 r& f7 B0 i2 @Style 1007 Polyvinyl Chloride Insulated Wire.$ ]" w, }$ [6 {$ w" l; |4 Z* u
______________________________________________________________________________" c2 V6 q/ h& \! s
3 o# N) W1 u: v) x- y2 _! _8 I0 RRating 80C, 300 V.- z& {5 T. A9 V# b9 J
______________________________________________________________________________) ~! L q( D7 K$ ~3 t0 J
9 F2 _) d) M' t- [' t9 y, U" M
Conductor 32-16 AWG, solid or stranded.
4 W% P6 V- ^* U. y7 R______________________________________________________________________________# m2 r! z. G9 v/ Z# G
5 S1 |1 n( ~% D3 F( B- q9 |
Insulation Polyvinyl Chloride, 15 mils minimum average, # R( \% O8 p& {( j6 { L3 m
13 mils minimum at any point, 60 or 80C in oil,
! u* U3 L7 X! u% \8 V" }7 N if applicable.% h* n4 [* S8 G# {
______________________________________________________________________________) y6 P) I' s# B
. O+ h6 m- J$ W) ?. l: [5 L5 NStandard Appliance Wiring Material UL 758.- H7 Q* {" R# X. J) j7 [
______________________________________________________________________________6 m% S! g# }/ B% |* ?! Q
3 q7 @1 e7 A- [0 C; [! H( u% ^Instructions Detailed Examination.
- b# h3 `3 s4 ?2 B6 Wto UL Physical Properties, Unaged.7 D' Q3 Z% F# t r6 P9 v
Representative Spark Test.8 ]% f1 B! f; x: {; o5 S8 o
______________________________________________________________________________
* i+ T' q' j% H. R
3 P4 x# e4 E; x2 b# O: Y6 L; {' PUL (4) Detailed Examination.0 G8 T2 Q2 h- I, k" O5 d- V
Counter-Check (4) Physical Properties.
' ^, f- i% X6 a) |0 HProgram (4) Heat Shock.
9 Z0 U2 b; Q1 n5 V# J# }/ b (4) Cold Bend
* [4 P! i/ _# ]7 A$ x! X! X& I* (4) Deformation.
6 S# O8 V4 B2 _* v$ A* (12) Horizontal Flame Test.( _7 _" m' M: O1 [9 |
______________________________________________________________________________( a; {9 J" F) {: r, z( K, }
9 @. P0 h) Y- s5 E4 y* L( `
Marking General.
9 M* \4 X: c- C4 t______________________________________________________________________________
# ?- m2 a3 R) J) t" ~
! `3 m, b6 g: zUse Internal wiring of appliances; or where exposed to oil
, B. b1 p, O% t/ s) N' |0 f at a tempera¬ture not exceeding 60°C or 80°C, whichever
' R% d& {4 S ?! S3 [1 g. R is applicable. Tags may indicate the following: + F" J! j; U6 p( Y
600 V Peak - For Electronic Use Only.' f* _5 V L* ~, j; ^
: P# y6 A9 l! ?& [
P+ j7 B0 S% H* \$ e
==================================================================
7 e$ B& E D- x P; [UNDERWRITERS LABORATORIES INC. APPLIANCE WIRING MATERIAL
6 X( L8 _) D* G' y& d4 g9 i" {& FSubj. 758 Section 1 Page 1347 Issued: 1963-10-163 {1 s ?% Y+ Z: U9 ^$ ~
Revised: 2003-03-31( v# N6 q6 f4 \' Z( o
0 i# L# _6 b& \*Style 1347 PVC Insulation with PVC Jacket.
# M, ^- C$ ^4 s5 P4 D8 ]. h. `______________________________________________________________________________7 M5 Q7 o0 w q+ x
1 r$ E. R |6 K o& n+ ^1 w
Rating 80C, 300 V.
4 I1 s3 u9 E7 t A# t3 R______________________________________________________________________________
' X6 y/ [8 p" O: o4 y `" e' B
, H7 }0 [; Z. ]7 IConductor No. 26-16 AWG, stranded or solid, tinned or bare copper., o& v% P2 r# B7 A2 B: B% K
______________________________________________________________________________
! b4 `2 k! ^' w) `
5 M" m5 j( G! q* B+ P- S. ^ jInsulation 16 mils minimum average, 13 mils minimum at any point, wall
4 @7 Q# i8 w$ E/ J/ Z0 [ of thermoplastic (PVC) rated 80C.
9 |& z7 x2 t5 G% G6 W9 {______________________________________________________________________________' s& U O4 p$ x6 E: \& U
5 `" X) a0 O# @$ x+ S$ U; G8 @Shielding Conductive thermoplastic, aluminum-faced "Mylar", copper ( ^: Q' J- B0 b
braid or wrap, or equivalent; optional uninsulated drain
9 b) E+ O/ s$ n0 |: l5 _ wire.( T0 Q. N, h: ]6 _ s. }
______________________________________________________________________________; c9 V& ?8 b' o8 J9 z+ b
- y! P5 M. T A T1 J
Jacket Over the shielding, 16 mils minimum average, 13 mils
. c5 X) d7 ^3 w5 E% l minimum at any point, thermoplastic (PVC) shall be applied,7 C0 g" u4 J. ?# s2 U" I
rated 80C.3 T. Y1 u( Z7 a; `, T8 y
______________________________________________________________________________$ P* Q$ K# N' ?$ l
, Y% S: C t) H( C# q0 g0 }) lStandard Appliance Wiring Material UL 758.* F: o+ P7 f' E; w
______________________________________________________________________________1 h$ }0 e- }" X
* \' k$ d0 S1 p4 ]. V- m
Instructions Detailed Examination. Z7 S6 L f4 R% h
*to UL Tensile Strength and Elongation of Insulation and Jacket.
) w; r8 Z1 u! z/ {' ~2 b*Representative Spark Test.3 U2 r; K2 x, v7 v
______________________________________________________________________________
4 h1 t& r/ t& Z4 w( v4 F5 Q5 q( V, l6 L; L, z& P) {
UL (4) Detailed Examination.
: ^) H0 e& ?! Y6 M$ uCounter-Check (4) Tensile Strength and Elongation of Insulation
( Q' x( M }7 ]' y9 F. p$ WProgram and Jacket.
/ W; b1 Z( T" a0 U. B, l (4) Heat Shock.' d; ?& J' N$ _+ D/ _
(4) Cold Bend.* T' n6 [1 z/ S1 \. w5 C8 Z
(4) Deformation.
* L6 I, X& A- h& \* (12) Horizontal Flame Test.
. u3 B( g) |& P4 Z: Q* W6 f______________________________________________________________________________/ \- l# p& A# _% K0 v9 W. L
8 R7 B3 j) o. g0 V
Marking General.4 q: y/ f, b7 ?3 ~1 Y* F$ o
______________________________________________________________________________1 i9 y" |. B+ s3 w# m
. Q1 J; u* }0 L! F9 eUse In electronic equipment where exposed to temperatures 5 t; f8 ^; j m T, K2 ~) T
not exceeding 80C.
+ l$ b# j" R) S- o2 A+ g; \8 [# P==================================================================
; S- T; ], [+ ~8 ~! S+ [, Z' R) EUNDERWRITERS LABORATORIES INC. APPLIANCE WIRING MATERIAL9 c* D% } J; h6 k# T
Subj. 758 Section 1 Page 1185 Issued: 1959-05-01, x( s# P& ?' ^# o6 h5 l/ K5 q- r( @$ R
Revised: 2003-03-31
, X" [' ~; c s, r3 e, S
: ?) ^9 a0 x6 R% O9 Z# S' \Style 1185 PVC Insulated, Shielded and Jacketed Wire.
; b! O1 L2 _. J$ C/ m6 }7 D# O) R8 O; C______________________________________________________________________________
9 I. ]# a5 C4 o. Y8 u2 j
/ z8 d% p" A* P) r/ z wRating 80C, 300 Volts.% @, r# |) G; Z- s( S9 h
______________________________________________________________________________& A' @9 d6 N% a. l' q
# K* f; @8 w/ ~6 v vConductor Copper - 30-4/0 AWG, solid or stranded, tinned or bare.
' r" i7 m5 C9 X' {______________________________________________________________________________6 G/ p0 U* Z! H7 r2 c
' f( S# j8 L. Q! \; L. jInsulation Extruded PVC, Class 43
' |, k; J' Z3 V# \+ q2 v9 S+ p: B$ ?- g9 f, @* h
AWG Min. Avg., Mils Min. at any point Mils
4 `& w. h% R* j0 h$ b+ b
; b8 n- R) z( L- L0 k* j9 }( j 30-16 15 13
" F# }$ j' |+ ~# i$ h K 15-10 30 27) j& ~0 q: T& E; y1 B/ e. @
9-8 45 40
, v, Y0 f7 k$ D/ | 7-2 60 54
c8 g' o/ b* U0 K/ y9 k 1-4/0 80 72
2 _3 ]0 F4 h9 V `& j+ P# O: [______________________________________________________________________________
g+ M& O4 F9 x0 g* P( z
3 R/ D- M2 j5 i* }( FShield Optional.; C6 @8 y# U) o3 p$ a
______________________________________________________________________________6 i1 V9 L N8 V# `1 o
' n1 ], }8 n6 Q: Y! b7 jJacket Extruded PVC, Class 43# }6 K. _- V1 q1 |" O! X+ n
9 R1 z: g1 C. ~( H: I e: x5 {
AWG Min. Avg., Mils Min. at any point Mils
R- u! k) b! f
/ r; ~$ t5 W: C5 I5 N; ]' c; c5 h 30-16 15 12
* s I8 b; I, I) V7 | 15-2 30 24, ~& ?' B r) [0 s* m
1-4/0 45 36) [1 _8 z k! m
30-16 or lacquered braid8 D- ]/ y5 F# r
______________________________________________________________________________* a) `$ p# J% s* B; @6 C
1 q% ?" k" V; I2 u+ A5 B& ?" uShield Optional.
# K5 p) \9 @4 M5 H2 l4 I, q. n, p______________________________________________________________________________/ {2 }7 w( D E: A" v- q& o
8 G' e" N8 z3 E$ p1 sJacket Optional. PVC, Class 43, 15 mils minimum average,
/ Q I. ~0 G# c. x 12 mils minimum at any point.
. R$ G7 k9 I' W- v& j& @8 M______________________________________________________________________________! k& {( M! n, f. P2 |, C, r# d3 N- i
3 G9 V3 ]" Y* E
Standard Appliance Wiring Material UL 758.' W5 ~9 b: }, h4 X
______________________________________________________________________________' g8 \' z, O( ~2 d
+ f4 N# {( i4 K
Instructions Detailed Examination.; x, R, A0 l( B5 l
to UL Physical Properties of Insulation and Jacket.
" O8 _6 w% c2 S, ]Representative Spark Test. - {( X( y, B. k$ d7 ?
______________________________________________________________________________0 @6 {0 \! ?4 ~1 H" O) u W
2 [" y* d8 ]. }( O- @, V. s8 ~
UL (4) Detailed Examination./ E8 D$ e# ]) Q5 {( |) r
Counter-Check (4) Physical Properties of Insulation and Jacket. ( ^% s' c3 J2 g9 y. | L
Program (4) Heat Shock.: u9 m8 q: t* U0 W% Z( v) z
(4) Cold Bend.2 r: Y1 _( s9 _1 v; M
(4) Deformation.
! C5 N" ]" v8 e* (12) Horizontal Flame Test., F: L0 {) r2 W* `1 F! P0 r
______________________________________________________________________________
4 J1 n) m# v! J3 ^* r4 i
6 t e- {# ^* LMarking General.7 K& ?$ j9 W* C5 J
______________________________________________________________________________
. [! W5 @# h% ^: F
0 C e* w; M5 z5 `# NUse Internal Wiring of Appliances and Electronic Equipment.! o( a* ^% f& `$ k; A9 F
2 N+ H- X1 C* J& w
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