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以下是UL1598嵌入式灯具,有可能涉及到的测试;+ I8 ~4 N. X( Q
END-PRODUCT ARC RESISTANCE:
% J& ~) X8 a/ I- H0 dPOLYMERIC IMPACT:3 i* G. I* y9 P7 \1 C; o: [
BARRIER STRENGTH:/ }( A5 I4 Y, d7 E" x
BENDING:
% F" {9 f4 {7 a5 O; d: i" ?METAL THICKNESS EQUIVALENCY - CANTILEVER:6 ? r& u7 k0 P1 D3 i0 i. ?" J
METAL THICKNESS EQUIVALENCY - COMPRESSION:
' F8 u. ~. @; M6 p7 o, ~: jCONDUIT KNOCKOUT AND TWISTOUT:
; Q5 P0 e4 N" k+ LDIELECTRIC VOLTAGE-WITHSTAND:$ t0 ?, \6 Z+ J* f; ~
LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - ACCELERATED AGING:
/ | B" Y$ M6 D( ]0 \4 vLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - MECHANICAL ABUSE:
: d6 @5 M$ A* I' ~: iLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT TEMPERATURE:
6 i* ~. O2 e4 G) s, b: XLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT THERMAL SHOCK:; `% ?4 I- V/ S$ V& \! y
FIVE-INCH FLAME:
* n/ e0 L8 N% D: `1 \% w/ d- y& lFLAMING OIL:* n. F# C/ Z/ {& l3 r) B: q2 v5 O
METAL THICKNESS EQUIVALENCY - FLEXING:5 O+ } X/ y5 T: l. o1 a* D9 @
LUMINAIRE GASKET ASSEMBLY ACCELERATED AGING: W5 E6 b' Y" M
GASKET ACCELERATED AGING:: `# Q$ J. l- F5 l% |/ _
GASKET ADHESION:+ h) ^7 ^ m7 P3 z
GLASS SUPPORT ADHESIVE:5 M, u5 e' C# b9 ~
GLASS SUPPORTED BY FRICTION OR ADHESIVE:
$ k- l: C# M% X- e8 sGLOW-WIRE END PRODUCT:" u T& V$ [% T6 \0 p
BONDING CIRCUIT IMPEDANCE: r/ u$ R* o4 D+ l
HORIZONTAL BURNING FLAME:
1 Q! |3 ]' n$ tIMMERSION:3 i% v i8 c2 _/ F5 Z! Q
METAL THICKNESS EQUIVALENCY - IMPACT:4 J6 M8 S. E( x( w P F& J& l
INTERLOCK SWITCH ENDURANCE:, P2 S; I% M4 v& R# c
HIGH-CURRENT ARC IGNITION (HAI):
4 o5 |. M1 N) t; X2 Q0 V' sLAMP CONTAINMENT BARRIER THERMAL SHOCK:% i1 M* ]$ F" h
POLYMERIC LAMP CONTAINMENT BARRIER MELT-THROUGH TEST:( h1 y8 T' M% e" r$ U; a" t2 |0 O
LAMPHOLDER LEAD PULL:4 D6 h! V5 C: h; `; q
LAMPHOLDER MOUNTING BRACKET STOP:2 n' q; O! G' e* ]
LAMPHOLDER MOUNTING TORQUE:
: u: e: k7 m0 hLAMPHOLDER PULL:! K5 w" u, S; {
LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - LARD/FAT AND OIL IMMERSION:$ r) K, b- [* |& y* Q2 I j' y, z9 ^
LOADING:
# D1 O2 _# s# oMETALLIZED POLYMERIC PARTS COATING ADHESION:
3 Y( I0 E4 o9 qMOLD STRESS RELIEF:. \7 X" r! q- _1 x3 f; U6 c
NEEDLE FLAME:/ R% k5 h( B' {& B3 v, m# _" V
PAINT ADHESION:
/ X8 w7 [+ l" W+ {8 b) S- A- L4 IAIR-HANDLING LUMINAIRES - PLASTIC MATERIAL FLAME:
" J: I4 O1 ?! N/ x! k0 bTORQUE TEST:
0 n& [6 m1 V9 }POLYMERIC CONNECTOR LOADING:
7 W E: Z( q& {8 \( f- U) X p' KPOLYMERIC SUPPORT:
9 ^9 U- o8 ^& ~/ C+ s; dPULLOUT:
* `* u# Y# U- G% \& m5 G4 \8 NRAIN:# c) [ N2 Z, Q6 e- S
RIGIDITY TEST:$ Z* V. R' \9 D) }: L
SELF-THREADING SCREW TORQUE TEST:
S! a% ~' E: S2 g5 |7 u2 ]SUSPENDED-CEILING LUMINAIRES – SECURITY OF CLIPS:
: O3 E$ S) m" FSNAP-IN OR TAB-MOUNTED PARTS PULL TEST WITH CONDUIT:2 ?5 u7 P7 U9 T/ F/ O( p6 L
SNAP-IN OR TAB-MOUNTED PARTS PULL TEST WITHOUT CONDUIT OPENING:7 S* Z% b9 z2 }. _5 C
SPLICE INSPECTION:
( g& S9 Z7 y# d WSPRINKLER:
1 ?4 l/ ]5 J$ P% e# S7 o- W9 ESTRAIN RELIEF FOR CONDUCTORS: A1 V3 z, ]+ o0 \6 o$ ]) e
STRAIN RELIEF FOR FLEXIBLE CORDS:
7 q! J% H1 D) Z6 y8 W& Y8 q9 ZMOVABLE JOINT ROTATION:2 U, y3 O, n3 ^3 D
MOVABLE JOINT TORSION AND PULL:# P! p( i# E4 N5 [3 d1 N
NORMAL TEMPERATURE, SURFACE:
. y5 U3 V, V7 z5 m5 e- kNORMAL TEMPERATURE (RECESSED LUMINAIRE):# i* x" Q, ~' D" x8 T
RECESSED ABNORMAL TEMPERATURE: s' g1 _- O4 m" A9 C, d( ~. o1 g! p
CHANGE OF RESISTANCE DATA:7 n. h! S5 Z# ^" z9 H. ^
TEMPERED GLASS IMPACT:
/ E" j3 B' u0 e# j6 jTHERMAL CONDITIONING:
1 ?7 c/ t# W: E$ S$ z4 cMETAL THICKNESS EQUIVALENCY – TORQUE:
! v# @& }& R; J5 bUV EXPOSURE CONDITIONING:
4 K h2 \' L' I( L6 q3 V) c aVERTICAL BURNING FLAME:
$ K+ @7 w; S+ a J. I4 N& [IMPACT CONDITIONING:
0 y& m; J& x' rGROUND-SCREW ASSEMBLY STRENGTH:
5 J! |" H2 W* l$ RCABLE PULL TEST:
6 {, Q$ o) Y' J' xABNORMAL TEMPERATURE, SURFACE MOUNTED: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS
+ Q5 g& u# [3 _/ l, y, NABNORMAL TEMPERATURE, RECESSED TYPE IC: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS# L% y3 a8 F0 ?& E- N4 p& J
ABNORMAL TEMPERATURE, RECESSED TYPE IC: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS (OVERLAMPING)8 d2 J( J; Y# \1 c( \
UNRELIABLE COMPONENT ABNORMAL OPERATION TEST:
. n- R" F* J/ T) |5 f50 W POINT POWER ANALYSIS |
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