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以下是UL1598嵌入式灯具,有可能涉及到的测试;
! u W" w2 i7 n- V/ j. A$ i% U, zEND-PRODUCT ARC RESISTANCE:: Z& _8 M9 J/ [* E4 V
POLYMERIC IMPACT:8 C9 o( v8 ?# q n0 @+ r( j
BARRIER STRENGTH:
4 @5 p4 w/ c P* m$ xBENDING:
0 N8 z& f& Y- O, W4 TMETAL THICKNESS EQUIVALENCY - CANTILEVER:+ @, b! b# o, G) X5 L* A
METAL THICKNESS EQUIVALENCY - COMPRESSION:+ u3 D; [; b2 L8 e: ^
CONDUIT KNOCKOUT AND TWISTOUT:7 i. h0 q& C5 c. H0 D* h
DIELECTRIC VOLTAGE-WITHSTAND:
1 K3 q: p8 A- y4 P x$ r+ xLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - ACCELERATED AGING:) `( U8 z4 L& @- r
LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - MECHANICAL ABUSE:
& y. l8 g( Q C* } @LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT TEMPERATURE:
% k# ]6 {4 }. j" d' L- |; `% mLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT THERMAL SHOCK:* l n @1 A" f3 R
FIVE-INCH FLAME:
, w3 I/ C9 C2 h9 f3 YFLAMING OIL:
0 m" a9 R8 J/ P+ RMETAL THICKNESS EQUIVALENCY - FLEXING:5 D1 j/ b% Q* M# A
LUMINAIRE GASKET ASSEMBLY ACCELERATED AGING:
4 @' S7 J$ P6 J4 `1 T; A/ [0 pGASKET ACCELERATED AGING: J* c7 F* P. B
GASKET ADHESION:+ Y H9 o/ s7 N: `) H+ g( @
GLASS SUPPORT ADHESIVE:
$ @, x8 e$ @- y: A$ R, mGLASS SUPPORTED BY FRICTION OR ADHESIVE:9 c8 e" b+ C: M1 u: w6 s
GLOW-WIRE END PRODUCT:9 d1 o7 o7 k6 T( j5 W! \. Q
BONDING CIRCUIT IMPEDANCE:
1 G* S! |; m; K' b5 w0 uHORIZONTAL BURNING FLAME:: N! x2 c" t4 g( y) e3 i
IMMERSION:
: A3 ?# |/ T5 P4 zMETAL THICKNESS EQUIVALENCY - IMPACT: P9 u0 {+ u! c! S6 i3 k/ u
INTERLOCK SWITCH ENDURANCE:: L# w5 R* H, w2 F" a8 k- Z& ^
HIGH-CURRENT ARC IGNITION (HAI):
! b a6 Z" r, L0 x+ G4 t* W2 bLAMP CONTAINMENT BARRIER THERMAL SHOCK:( n. F' i3 `# O2 Q* d( a9 H
POLYMERIC LAMP CONTAINMENT BARRIER MELT-THROUGH TEST:/ L- i& Q% v8 z$ z5 y
LAMPHOLDER LEAD PULL:
( U# l. i4 O3 U% V4 ]LAMPHOLDER MOUNTING BRACKET STOP:, |0 R/ {2 t) a& c6 A
LAMPHOLDER MOUNTING TORQUE:
* n2 p A; f9 U3 K3 ^LAMPHOLDER PULL:
0 _0 |, S2 l) j9 XLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - LARD/FAT AND OIL IMMERSION:
8 k, t9 R$ d. N- m, ^# fLOADING:0 s% n8 A! q) i4 [5 r) Y9 k
METALLIZED POLYMERIC PARTS COATING ADHESION:9 I4 Z9 n' ]$ i1 f
MOLD STRESS RELIEF:; u; V! Y; u" q- V M1 Y. K
NEEDLE FLAME:6 N' D) F1 J" a" d8 y
PAINT ADHESION:6 V" ]# i& @- p
AIR-HANDLING LUMINAIRES - PLASTIC MATERIAL FLAME:1 ~8 w( d; [6 D& H0 ^- F9 m% A
TORQUE TEST:
/ L) G6 `! m6 |8 IPOLYMERIC CONNECTOR LOADING:) r* O+ w2 y* ]8 w* i& j( X
POLYMERIC SUPPORT:, a/ o7 H; a; |# h/ Z( J/ i% z
PULLOUT: v7 u% z B; Z/ d1 O
RAIN:7 {/ \" ^ A2 n% P
RIGIDITY TEST:
+ Z6 R: a" O# ySELF-THREADING SCREW TORQUE TEST:
]# P( }5 Z8 _3 }+ ~/ H1 oSUSPENDED-CEILING LUMINAIRES – SECURITY OF CLIPS:; g* P" S2 {! `$ h: \
SNAP-IN OR TAB-MOUNTED PARTS PULL TEST WITH CONDUIT:
) W* u2 |0 L6 ]: X3 K( nSNAP-IN OR TAB-MOUNTED PARTS PULL TEST WITHOUT CONDUIT OPENING:% T$ J5 f% q Z$ ~
SPLICE INSPECTION:8 W( x0 p- p% k8 H) p4 m) t; h9 r
SPRINKLER:
5 l6 ~7 E* @( R+ S) x6 USTRAIN RELIEF FOR CONDUCTORS:. [$ L- ~$ G+ N# [/ `9 X }+ z
STRAIN RELIEF FOR FLEXIBLE CORDS:
2 T9 {% H% g- {1 n& |* l+ kMOVABLE JOINT ROTATION:
) } V4 D$ e4 V9 ?. YMOVABLE JOINT TORSION AND PULL:; X: L m+ p( L# G9 _" a' E s
NORMAL TEMPERATURE, SURFACE:) B) v, I; J0 x: D
NORMAL TEMPERATURE (RECESSED LUMINAIRE):9 h) B8 y, ^( l6 @
RECESSED ABNORMAL TEMPERATURE:7 b' z+ {: X+ ?, ?
CHANGE OF RESISTANCE DATA:
: X( k( a% A7 |TEMPERED GLASS IMPACT:
: S! e2 b0 Z5 r. I5 V8 PTHERMAL CONDITIONING:
6 c8 M* n; K4 [METAL THICKNESS EQUIVALENCY – TORQUE:
1 f9 A/ @. O" r) a! g+ [7 u/ ^3 D$ ~UV EXPOSURE CONDITIONING:
9 B! h- L" Q) {% NVERTICAL BURNING FLAME:; V; [4 G. s+ F A
IMPACT CONDITIONING:
/ S" h4 N4 Z/ _. nGROUND-SCREW ASSEMBLY STRENGTH:; p8 |& _9 T- d9 ^5 |0 c
CABLE PULL TEST:
* R- u8 t9 }# G3 v, `8 `" {. ^ABNORMAL TEMPERATURE, SURFACE MOUNTED: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS
2 @6 t! q- X5 ?" vABNORMAL TEMPERATURE, RECESSED TYPE IC: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS
. @: k ^4 j' h" S# |$ hABNORMAL TEMPERATURE, RECESSED TYPE IC: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS (OVERLAMPING)' d% B5 T* [ T2 s2 `, k, m
UNRELIABLE COMPONENT ABNORMAL OPERATION TEST:$ A3 t3 R! R) t, a1 f
50 W POINT POWER ANALYSIS |
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