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758规格页上面已经写的很清楚了。( H' H: P$ }9 X- 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。7 `7 F) `# k/ s( }* A0 s
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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?
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" w [2 c0 S, g+ k+ W具体区别在规格页里面都可以做比较了。
. m5 w2 a1 R1 f# c. C( T- D3 c7 [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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$ _ a8 h: O- S# z" Y===================================================================' Q. K3 i, \4 O( G6 ~) B. Q- O
UNDERWRITERS LABORATORIES INC. APPLIANCE WIRING MATERIAL
' `5 [1 S! Y6 `6 WSubj. 758 Section 1 Page 1007 Issued: 1959-05-012 p1 B" t5 A O1 p
Revised: 2002-12-051 M/ _2 u I3 U, ^
& }' X2 J. V% f' b3 e9 |8 l
Style 1007 Polyvinyl Chloride Insulated Wire.
# \, N9 E, H/ y3 g! p4 l6 [______________________________________________________________________________
$ W- o5 h* I# M y1 E: M4 r
, T9 C3 v; |5 e, I3 h" h* lRating 80C, 300 V.
4 q# Q) U8 p0 S" T______________________________________________________________________________
/ b. e8 p$ m5 u" {/ k$ q8 B1 c5 f2 a' v. w2 ]
Conductor 32-16 AWG, solid or stranded.
5 O* @6 X2 ]5 z( P6 m______________________________________________________________________________ l0 Y3 v8 i7 y7 V( m
4 X5 m3 `2 _* q9 ]
Insulation Polyvinyl Chloride, 15 mils minimum average, 1 t' `" y5 p$ F) j8 V& F& S
13 mils minimum at any point, 60 or 80C in oil, * O4 u& A* G9 F' p3 g- L* V; V
if applicable.. B1 @7 m/ {) b. g: n
______________________________________________________________________________; m M6 M z- l2 e: Y3 f$ e n
8 z8 l$ G& l3 E! B* s- y4 L, G
Standard Appliance Wiring Material UL 758.
" {5 s) Z. l; K- {______________________________________________________________________________
; l: h4 C1 }( a! W
! g/ k! ~; t5 f8 bInstructions Detailed Examination.. b0 }2 m) K8 K6 j& o+ @, k
to UL Physical Properties, Unaged.& O( E# E0 W2 F2 g1 N/ k% p0 Z7 e/ k/ g
Representative Spark Test.
t" U# X( o% D2 k8 G______________________________________________________________________________- I2 Z( m' b6 _1 B: j
$ L, D: P) H; d# n) R1 zUL (4) Detailed Examination.
' h3 T0 O% L1 H+ `) J r* G7 ~Counter-Check (4) Physical Properties.$ `' Q6 D3 p: x8 f2 u7 `6 h
Program (4) Heat Shock.
4 t( _( z/ e% V7 ` n9 F (4) Cold Bend g# M" H: H9 d, _6 h
* (4) Deformation.
# a! m0 F. @# B' o/ T# r9 H* (12) Horizontal Flame Test., O4 ]3 v( ]0 T- y( C
______________________________________________________________________________9 u/ Z$ ]& Z$ J8 u
, w$ q" Z) [1 g9 |8 y* WMarking General.
3 H) ]0 d) l( _/ L* T# S______________________________________________________________________________& v7 g- Q) c9 M
2 q7 H2 G/ U4 b: ?. C: |
Use Internal wiring of appliances; or where exposed to oil
# `, c" b$ ~! [* ~* ? at a tempera¬ture not exceeding 60°C or 80°C, whichever
4 y) y6 l: _! a is applicable. Tags may indicate the following:
$ I% @) {7 ]/ D$ }+ z% y 600 V Peak - For Electronic Use Only.# G: M- {' D/ b( T1 _6 J4 C. y6 _) E
) C* m7 T4 ^3 A) S P' A0 S" K5 b, ^1 H6 J
==================================================================
; m F4 P2 x* |+ OUNDERWRITERS LABORATORIES INC. APPLIANCE WIRING MATERIAL
; s" Q- F* a$ ?Subj. 758 Section 1 Page 1347 Issued: 1963-10-16
2 Q" {: c* L* E8 k3 _# X+ W& O+ C Revised: 2003-03-31
{0 |: h. X7 G0 ~4 C H) A1 U! X
4 x- a1 X' y0 u3 f2 k. c*Style 1347 PVC Insulation with PVC Jacket.
1 ^' V3 `) f D7 N/ O. z0 H1 G______________________________________________________________________________
3 b! H2 r1 a8 S! y: g
9 A/ s% \& W: F5 E" @+ z1 yRating 80C, 300 V.
( p; i9 x% g" b______________________________________________________________________________" Z, Z) e: Z# M. \% P
" f) v# R$ f) L% O
Conductor No. 26-16 AWG, stranded or solid, tinned or bare copper.
9 }8 O% H/ v. A/ J______________________________________________________________________________; S( f- h6 N/ ^/ \2 H6 R$ s2 u
+ g/ D# k7 y+ k$ t g6 ]
Insulation 16 mils minimum average, 13 mils minimum at any point, wall
' ~, j( a; L0 `# I }; |% h' Y0 b of thermoplastic (PVC) rated 80C./ O) F. w1 v% [
______________________________________________________________________________
1 Z- T n( M1 O% l+ K7 W0 J. x6 i8 X0 f% D0 x. L
Shielding Conductive thermoplastic, aluminum-faced "Mylar", copper 8 L/ \, p/ x5 C: ^" p1 k+ A
braid or wrap, or equivalent; optional uninsulated drain ( F7 L4 j- y3 _4 F. a
wire.- C" W1 Y$ y6 g
______________________________________________________________________________& A" h/ D+ M! e* H2 Z6 ~
- Y( M& h% j& C6 }) M
Jacket Over the shielding, 16 mils minimum average, 13 mils
2 U4 w7 G' {" K- {! _4 F1 e! e minimum at any point, thermoplastic (PVC) shall be applied,& i7 \9 ?* p) y" ~, o B
rated 80C.
; Q0 T; \9 l. z. j/ q5 n______________________________________________________________________________
. C% B; f H |
- f1 Z7 K& T8 iStandard Appliance Wiring Material UL 758.# u% j, J- |$ g: h
______________________________________________________________________________
9 ?, {- \$ m, N7 N. y! @+ p0 M# J; E
Instructions Detailed Examination.- t2 s J! E1 `+ |$ |3 t
*to UL Tensile Strength and Elongation of Insulation and Jacket.
( i* w" }1 [" r9 ]( O. p( v! e9 H+ w*Representative Spark Test." O* X7 @% `% C& m* d w% \6 ~
______________________________________________________________________________
7 K2 j+ r& W) |) h4 E, V( {% C$ p/ Y9 ^ m' @1 O& I' B" `# H" V {7 Z
UL (4) Detailed Examination.$ k/ L( U4 I' ]1 A' T. S
Counter-Check (4) Tensile Strength and Elongation of Insulation
6 i( ?- H& `, N( t' ?% FProgram and Jacket.1 P" I. \% t0 t, g3 ?
(4) Heat Shock.
P; q' h. r+ J. Z6 h) ~5 | (4) Cold Bend.0 T- Q# z& ?( ~, s0 H
(4) Deformation.3 u9 {( B f4 |$ X$ J
* (12) Horizontal Flame Test.% v9 b' V9 G3 P5 y+ X6 M. w
______________________________________________________________________________
y/ i6 ~& c, [ ~6 x, i7 I2 l: [; J/ j
Marking General.2 U, i( s( C. M( D& f
______________________________________________________________________________/ \2 M0 O: Q' c/ n5 U% |- a( [- ^% g
3 [+ m9 s0 b4 |! B. F
Use In electronic equipment where exposed to temperatures 3 `, I" i# s8 ^2 r8 W
not exceeding 80C.% Q H6 ~' Z+ z
==================================================================
+ d( K. p1 ?; a- n( R2 {% d4 s) M" PUNDERWRITERS LABORATORIES INC. APPLIANCE WIRING MATERIAL# W/ N" p Q* P$ h$ `" b
Subj. 758 Section 1 Page 1185 Issued: 1959-05-01
5 n* z4 {- j0 r. t3 j# I' I9 ~, T Revised: 2003-03-31
# Q9 g+ |! k; i" j
9 k' v/ G, K1 t8 l+ Z3 JStyle 1185 PVC Insulated, Shielded and Jacketed Wire.* T/ A7 c' O; F; ? \" |# v
______________________________________________________________________________. _, V% `1 e8 p
5 A( ]; @, V5 g8 B ?0 a
Rating 80C, 300 Volts.: ~4 g# [# d% X) J
______________________________________________________________________________8 t3 \* i- l6 {$ y+ F
6 g* L$ k# k5 i4 j2 L8 _Conductor Copper - 30-4/0 AWG, solid or stranded, tinned or bare.
+ E5 X3 n1 _, `8 j______________________________________________________________________________% @$ \* A' L7 t( B% I! M/ H
7 i6 L* Q/ ]* y
Insulation Extruded PVC, Class 43
" u3 a0 _6 }( m0 `. L$ t9 y* d7 s& P* s" k
AWG Min. Avg., Mils Min. at any point Mils1 {2 s7 f& A0 K/ y, u2 F
6 g8 f4 A, E0 Q/ R- H3 u! i 30-16 15 131 |, A, g' B+ Y) P, t, f9 j
15-10 30 27
( U/ S7 L: [7 |! b6 T 9-8 45 40
/ G& X4 g8 \( F4 K Q3 f4 | 7-2 60 54
, O- S7 g2 d/ Y* I; B/ r 1-4/0 80 72
* W% |3 D0 u2 d1 w; \______________________________________________________________________________
# j) ^! u6 V! B- m9 q8 f( [ x6 Q6 K+ q- ~
Shield Optional.
& T) E, ^* A9 X+ m# W& x______________________________________________________________________________
; r5 { F9 z9 A1 e+ |" y
) T: t& h2 |1 ?! a( G8 QJacket Extruded PVC, Class 43
: E- B0 y! S) a9 U" P
^6 p1 O* V* ~: u4 p: I AWG Min. Avg., Mils Min. at any point Mils1 E4 L4 Z, ~/ U9 A$ s; H* j
$ e4 |$ H1 C7 ?$ t% x0 e: o! o 30-16 15 12+ J0 p2 v0 g2 m- ?5 j
15-2 30 24- y! ~9 }3 E1 e; f; U9 h W* x
1-4/0 45 361 q! w" ~: K9 I
30-16 or lacquered braid% A( k4 ~4 w7 b6 O1 I
______________________________________________________________________________
- `& S2 \8 Z3 i; L! M5 S' z" A5 A7 ]; |
Shield Optional., q1 _& k$ x4 i9 F- O! M
______________________________________________________________________________5 r5 H4 D4 d4 h- t
1 D* I2 j, z/ k9 k3 oJacket Optional. PVC, Class 43, 15 mils minimum average, ! J/ {8 s7 X6 [. v& v
12 mils minimum at any point. Z$ { b3 z, J7 G C' ~* J8 S% A
______________________________________________________________________________) {! r( W6 }9 p7 Q9 O* u) G5 ~
- D% Z7 A: {- d* z( }1 TStandard Appliance Wiring Material UL 758.3 J+ q+ e) t' k% ^0 Y/ d4 S: s
______________________________________________________________________________
3 W1 `; v9 m6 R" j4 k
$ o2 \+ _4 \" KInstructions Detailed Examination.
+ ?" o9 K. J! L' N9 Y# nto UL Physical Properties of Insulation and Jacket.) d* G: `4 D7 Z* a1 ?
Representative Spark Test.
# I2 b; N8 g0 K1 ~) v. g______________________________________________________________________________
! g$ B0 @+ X0 G6 K$ m5 i) ~8 K# i; Q2 d, a* A
UL (4) Detailed Examination.
$ v( o2 u* i" g9 J3 m! `8 OCounter-Check (4) Physical Properties of Insulation and Jacket. 7 f3 ?( A9 z2 O# z
Program (4) Heat Shock.' p1 _- ^8 q) N5 C1 B( N
(4) Cold Bend.: \" A4 U6 ?; H9 W9 b" n
(4) Deformation.
3 O0 c" F& u* K! e& U# w* (12) Horizontal Flame Test.
/ m' O5 ?6 v7 ^6 E. {$ y7 {* u2 f______________________________________________________________________________0 j+ @$ H' t' R' h4 p2 Q+ B+ J7 c
! U1 A6 u" B/ Q& D, s; L
Marking General.
" k. C4 m& x4 {3 x2 h' M7 K5 J______________________________________________________________________________3 P) X+ m5 k# v+ P2 `* G
2 e% W/ X: U* j$ t2 ?6 A! O+ n: DUse Internal Wiring of Appliances and Electronic Equipment.
B, U) M: w) d' M# J5 K' t) o% }
! Z" G4 ~" j- M==================================================================== |
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