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UL982 表36.1和表36.2都说的很明白的啊 下面是表36.1: X8 ]/ u$ n4 }; i# a8 u
7 Q: |6 A0 p# l( A5. Class A insulation systems on coil windings of motorsa: 7 w$ Z0 u) N1 ^4 O! I9 e
Thermocouple method or Resistance method 85 9 P9 O9 m/ e% X% x% n* e- j$ E4 V
6. Transformers with Class 105 insulation systems:
9 j4 J' p5 `" i* y Thermocouple method 65a5 Q9 Y% k: Y. M- }8 [
Resistance method 75a
1 V0 T/ X: y# D7. Transformers with Class 130 insulation systems:
' V. x- |% E7 _, Q Thermocouple method 85a; y, C8 K& |9 c
Resistance method 95a
$ N+ @' |7 J& `! i# I) \3 u, _8. Class B insulation systems except as indicated in item 13: : f9 \* g# p! V6 c
Thermocouple method 85 " a& G: t# l! M7 Z
9. Phenolic composition employed as electrical insulation or as a part depended upon to reduce the risk of fire, electric shock, or injury to persons 125b% k* z- ]+ I- F; H$ z
10. Rubber- or thermoplastic-insulated wires and cords 35b,c$ v5 W5 _, c6 B, F
11. Capacitors:
3 k: L; Y& V: l+ c7 B) h Electrolytic 40d
9 n2 o& W8 G6 e* y/ ~ Other types 65e" j4 U2 E }7 c: V: B5 T
12. Class 105 insulation systems on windings of relays, solenoids, and the like: & j. ?/ P9 \0 k
Thermocouple method 65
9 K& n* q3 G/ C* l# K$ [ Resistance method 85
3 c7 U! a4 C# k13. Class B insulation systems on coil windings of motorsa:
& B ^& K8 c6 [. m5 g3 \ Thermocouple method or resistance method 105 9 d' k4 ~2 p* V- z
14. a) Copper, tinned or bare strands:
+ J C Y( y9 G2 q% E# k 1) less than 0.015 inch diameter 125 ! O" Z& q; x% T" C7 N$ j
2) 0.015 inch diameter and larger 175 ) V- ]; Q" d+ }% L
b) Nickel, gold, or silver platings or combinations of those platings, over copper conductors 225 : t% j7 V: }" Y0 U" p
15. Class E insulation systems on coil windings of motorsa: ^* {/ ?$ O4 ^8 `+ P
Thermocouple method or Resistance method 95
! p5 K0 l6 }; W. Q' U! y16. Class F insulation systems on coil windings of motorsa:
: Q/ |0 W+ t% u Thermocouple method or Resistance method 130 ! t1 W. p( d6 v u1 H! ?
17. Class H insulation systems on coil windings of motorsa: / [) u m3 y+ M. I& F
Thermocouple method or Resistance method 155 |
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