UL1015和UL1346的区别？

happyshidi

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各位专家，请教下电子线UL1015和UL1346有什么区别？有没有一种说法是由1015代替1346？谢谢！

happyshidi

专家们都在忙啊，急咧，谢谢

charles6877

引用第0楼happyshidi于2007-11-02 08:18发表的 UL1015和UL1346的区别？ :
4 g" X: z0 O1 k各位专家，请教下电子线UL1015和UL1346有什么区别？有没有一种说法是由1015代替1346？谢谢！

Dear Happyshidi,

, g7 h2 Z1 r9 ?) yUL 1015和UL 1346的区别如下:
' e" o1 B$ i, ^, [1. UL 1015 的线号从30AWG-2000kcmil, 而UL 1346的线号从8AWG-2AWG.
: G+ J4 c* m1 B, y+ P) D2. 同种线号绝缘厚度不同: UL 1015 8-7AWG, 平均最小绝缘厚度为45mil(计1.14mm), 6-2AWG, 平均最小绝缘厚度为60mil(计1.52mm); 而UL 1346 所有线号厚度都为1/16 in(计1.585mm).
% N1 \! D* @" u/ h! m# X8 s+ Z* V3. UL 1015为普通线材, 而UL 1346 为耐湿性线材, 它须通过一个吸水性测试和水中相对电容率测试和电源稳定因数测试, 这种测试目前似乎还没有PVC厂家可以做到.

, Z8 x6 I" z& x$ w3 z% O) {如有其它不尽完善之处, 请各位专家多多指教.

& [6 `7 B, z! l$ ?% qCharles Luo

wlf35270

Style 1346 Nominal 1/16 In. Thermoplastic (PVC) - Insulated
- y' x; c8 z0 w4 g6 W1 iWire For Appliances Hook-Up Use.
______________________________________________________________________________
9 T1 R( o: H" u) B9 Z) {Rating 105°C, 600 Volts; Moisture Resistant, 75°C, 600 V.
# Z  _& C  Q: E- K5 F5 B8 E______________________________________________________________________________
  C8 v8 n8 D; P6 \' k: ^  a2 K1 mConductor 8-2 AWG Solid or stranded, tinned or bare copper.
______________________________________________________________________________
Insulation Nominal 1/16 In. wall Thermoplastic (PVC) Type THW Bulletin
* I8 a& I- ~; s" v5 Yompounds also suitable for use at 105°C in air or 60°C in
3 @* z/ U" k3 Boil, or AWM Bulletin compounds if marked for use at 105°C
in air and 80°C in oil.
1 I8 |6 ]% k6 \3 {8 n* c& L______________________________________________________________________________
Covering None
- Q( B% I: f) t3 [. ^8 D3 z______________________________________________________________________________
+ ]6 A  u: {, z# }1 Z. P+ q*Standard Appliance Wiring Material UL 758.
$ _( r2 X# J1 x1 a# T' C______________________________________________________________________________
6 U0 D8 X$ J8 KInstructions Detailed Examination.
% U1 j. s* t. P: {to UL Tensile Strength and Elongation of Insulation, same
7 t5 c. T- f6 @- }) }8 l*Representative as for Class 43.
Dielectric Strength and Insulation Resistance Tests
+ ^; q6 x+ b- U& T' d- fsame as Type THW.
* (12) Insulation Resistance at 75°C.
______________________________________________________________________________
; W$ h5 z: Q: y& s  `9 H& }UL (4) Detailed Examination.
8 w( [: E" f3 pCounter-Check (4) Tensile Strength and Elongation of Insulation, Program
6 O2 U: U( X" GProgram *
* (4) Heat Shock.
) b# y( i: y1 e  U$ E6 j* (4) Deformation.
; p' a0 g4 d! e7 w! u2 ^9 u4 z- U* (4) Cold Bend.
  B5 V: ]1 r. a- A& g' I(4) Flame Test, same as for Type THW.
(4) Mechanical Water Absorption at 82°C.
(4) Specific Inductive Capacity at 75°C.
# z& w, C" [" Y& s% Q3 Q- f______________________________________________________________________________
*Marking General.
$ Z( F6 b5 p  D/ a' [" p______________________________________________________________________________
Use Internal Wiring of Appliances where exposed to temperatures
3 m4 a/ a7 }% x% u; g$ Q1 |$ |not exceeding 105°C, or where exposed to oil at a
3 r# g: X# @: F# j0 `$ ?' _temperature not exceeding (60°C or 80°C whichever is
applicable); Moisture Resistant, 75°C.

! V6 V4 y: H" G
. ~" H8 s: N! M/ x- @. I
% h" n. U" i8 A/ e: R9 b



/ {3 ^, q4 N$ {8 |
$ w4 T, V, b6 |& l# y) X4 [  d
! U# \( O$ \* @9 z# c- d: g" l8 Y


0 K3 i5 J. @( N/ T& ~9 _
( ~. N" J2 Q" v8 EStyle 1015 PVC Insulated Wire.
  L8 r& {' P% k* j9 Z______________________________________________________________________________
; B: d& b* p) o5 l' D  Q8 M: O" l8 ERating 80°C, 90°C or 105°C; 600 V ac, 750 V dc.
! ~- i  |* V: ~( [' ~* e. F______________________________________________________________________________
*Conductor Nos. 30-2,000 MCM AWG.
______________________________________________________________________________
Insulation PVC
( S5 o: d& d5 d3 x$ ?7 N2 XMin. Avg. Min at Any Point
AWG Mils Mils
--- --------- ----------------
  k' k2 U5 W6 F2 f( K30-9 30 27
8,7 45 40
/ f  R/ v# C* g- p6-2 60 54
1-4/0 80 72
- @0 z9 |6 G1 a& r* {250-500 MCM 95 86
550-1000 MCM 110 99
. U" i% \- M8 a' _$ P1100-2000 MCM 125 112
/ j# N1 y* |& L: g, S6 v_____________________________________________________________________________
*Standard Appliance Wiring Material UL 758.
% q1 F2 X1 e- t; M_____________________________________________________________________________
6 C1 v0 {* d4 P5 cInstructions Detailed Examination.
*to UL Physical Properties, unaged, Class 43.
' O8 I, @; D/ r# ?+ k*Representative Spark Test.
9 h3 Q; e* ~! ~- i* ]5 d) m_____________________________________________________________________________
' _3 Y/ D' P% A! l1 s6 ^UL (4) Detailed Examination.
# `9 B/ o: h8 P7 L3 R4 j9 S) n*Counter-Check (4) Physical Properties, Class 43.
5 t! O+ k" o4 v2 A) U; u*Program (4) Heat Shock.
, C. B& h+ |  S4 Z- B* (4) Cold Bend.
; ]6 L( `" t  R. ]+ ~- O; U* (4) Horizontal Flame Test.
6 |) p  v- A1 Y9 u. j4 l* (4) Deformation.
_____________________________________________________________________________
*Marking General.
_____________________________________________________________________________
  e; m+ o8 H. uUse Internal Wiring of Appliances; or Internal Wiring of
Appliances where exposed to oil at a temperature not
exceeding 60 deg. C or 80 deg. C (whichever is applicable).
$ h5 ]* n; B0 l1 l9 I5 `& @Tags may also indicate the following: 2,500 V peak - for
electronic use only.

happyshidi

谢谢！今天天气真好！谢谢各位专家

wlj421

1346哪个公司的胶料可以通过？