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以下是UL1598嵌入式灯具,有可能涉及到的测试;
+ w+ g+ z# @% L1 S8 P# B; H3 XEND-PRODUCT ARC RESISTANCE:
9 W8 d- G1 ]1 E+ [" RPOLYMERIC IMPACT:( z/ T2 |$ }" V, M" U& |1 e
BARRIER STRENGTH:* n) L) B0 r' C
BENDING:
, f/ }9 w) Z5 p# r9 M i( Z2 PMETAL THICKNESS EQUIVALENCY - CANTILEVER:# |6 y# i: h3 m* n ~
METAL THICKNESS EQUIVALENCY - COMPRESSION:
- J' @: W2 V) j& UCONDUIT KNOCKOUT AND TWISTOUT:8 h1 f' I1 {4 `
DIELECTRIC VOLTAGE-WITHSTAND:
3 I: _0 X/ o8 aLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - ACCELERATED AGING:+ M+ E* a* f. v: A
LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - MECHANICAL ABUSE:
* r' b# E# u( R! m+ _LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT TEMPERATURE:
1 l" O0 F2 ]( |0 q8 X* W$ CLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT THERMAL SHOCK:4 m# u P {9 K1 B
FIVE-INCH FLAME:" {' T. R% a$ @8 n
FLAMING OIL:/ E$ M! X. C7 o& Q0 [
METAL THICKNESS EQUIVALENCY - FLEXING:
8 I2 O- a# a7 H" @( o& _' dLUMINAIRE GASKET ASSEMBLY ACCELERATED AGING:+ S+ c, h" u8 y' [$ x0 @, K
GASKET ACCELERATED AGING:8 a2 X7 C! Y1 @) w' i
GASKET ADHESION:
+ _0 k4 N, S; V: o3 _0 pGLASS SUPPORT ADHESIVE:4 i2 w6 W H3 @: z' C( n* r# S
GLASS SUPPORTED BY FRICTION OR ADHESIVE:
: S" V# n) g3 J8 n+ ^2 w% J f( tGLOW-WIRE END PRODUCT:
& M( o4 ?" E. ^* U- L6 wBONDING CIRCUIT IMPEDANCE:2 @8 @5 Y1 ?0 }8 b) K- J
HORIZONTAL BURNING FLAME:
( v. |5 U; o8 K+ b+ O* ?IMMERSION:- o- U+ j2 o0 K, W
METAL THICKNESS EQUIVALENCY - IMPACT:+ b7 T I8 ?5 r, D7 @( K# H5 T9 D: A
INTERLOCK SWITCH ENDURANCE:
3 q/ J% R2 |# z0 M, v9 ?HIGH-CURRENT ARC IGNITION (HAI):
, C9 d# x& @) L9 _; d- ILAMP CONTAINMENT BARRIER THERMAL SHOCK:
, q! D: ~$ X3 J& [: |! h# C0 O0 X" \POLYMERIC LAMP CONTAINMENT BARRIER MELT-THROUGH TEST:+ h: c/ M+ N' x, [+ P- ], T
LAMPHOLDER LEAD PULL:& F9 E% Y( E |. } D5 ]
LAMPHOLDER MOUNTING BRACKET STOP:
, v1 p- Q4 R, W h# j1 @- |. k, aLAMPHOLDER MOUNTING TORQUE:
2 w: }3 j6 W, b8 w9 \, k2 dLAMPHOLDER PULL:* w+ y* |1 w5 z. n2 N- b2 i
LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - LARD/FAT AND OIL IMMERSION:6 Q' C5 R6 l4 R* A' m
LOADING:
# g: i8 l# K$ |, v3 E$ C) k& VMETALLIZED POLYMERIC PARTS COATING ADHESION:2 x. D1 f/ }, j, ]6 F
MOLD STRESS RELIEF:
+ n' `$ C4 j6 m ]) {NEEDLE FLAME: z9 L% O- e5 j1 {( d9 Y: V
PAINT ADHESION:
0 E- H# Y% f0 x* o* LAIR-HANDLING LUMINAIRES - PLASTIC MATERIAL FLAME:
1 p! K3 x1 y& D# D! @4 O& YTORQUE TEST:
$ h8 G9 w$ N# S A7 U4 r5 vPOLYMERIC CONNECTOR LOADING:: ~+ }' K- y' E k- q( K
POLYMERIC SUPPORT:
# o: M6 I9 N( E2 kPULLOUT:4 r9 {: M. @5 v
RAIN:$ X: d8 N, q! N" X3 b; l1 Z6 p
RIGIDITY TEST:& A8 S( y) \% N/ m5 @6 H
SELF-THREADING SCREW TORQUE TEST:
- l' f1 Q% O/ g& oSUSPENDED-CEILING LUMINAIRES – SECURITY OF CLIPS:0 N. q/ D- k: x! n2 F O) }
SNAP-IN OR TAB-MOUNTED PARTS PULL TEST WITH CONDUIT:
4 r+ m0 x+ k8 E4 QSNAP-IN OR TAB-MOUNTED PARTS PULL TEST WITHOUT CONDUIT OPENING:* R3 ^! E/ M4 A `$ L. f ^6 H/ Y) y
SPLICE INSPECTION:
9 x+ [: I: y# z. e9 lSPRINKLER:( A( b4 P: _0 e: n3 A4 L
STRAIN RELIEF FOR CONDUCTORS:: f8 d3 `& z% ~
STRAIN RELIEF FOR FLEXIBLE CORDS:
# _" y5 ?) `) e3 [3 g! _) ?& y/ TMOVABLE JOINT ROTATION:
! f: h# N1 x8 r( AMOVABLE JOINT TORSION AND PULL:9 O m) |' _9 _% v/ |# r0 ]# k
NORMAL TEMPERATURE, SURFACE:
. X& {% W( T9 ~NORMAL TEMPERATURE (RECESSED LUMINAIRE):8 k3 I* t. m; d. x5 d1 D. z9 a
RECESSED ABNORMAL TEMPERATURE:1 R$ _6 G, x. q/ k9 h' f# A1 }( c
CHANGE OF RESISTANCE DATA:
/ g1 j/ @1 }( KTEMPERED GLASS IMPACT:5 p" G1 Q) O: Y$ e# g& x$ Z9 C
THERMAL CONDITIONING:
7 q/ e; R8 g, _+ `8 NMETAL THICKNESS EQUIVALENCY – TORQUE:
! P1 S* ~" Y# i }; tUV EXPOSURE CONDITIONING:. _7 T& Q2 t, ?! [2 l W, C
VERTICAL BURNING FLAME:
% v. ~* e& E+ q$ D' OIMPACT CONDITIONING:) o4 ]8 V8 ~- d1 Q
GROUND-SCREW ASSEMBLY STRENGTH:" j. e( J- j9 V. S
CABLE PULL TEST:
# Y0 |2 `, z* PABNORMAL TEMPERATURE, SURFACE MOUNTED: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS% U5 M8 ?6 G9 c; f4 J* U( l- f4 X2 p5 `
ABNORMAL TEMPERATURE, RECESSED TYPE IC: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS- D: [8 A! M: }9 l# z9 B4 [0 P, G
ABNORMAL TEMPERATURE, RECESSED TYPE IC: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS (OVERLAMPING)
/ _1 [. Z8 t& c9 p3 J6 YUNRELIABLE COMPONENT ABNORMAL OPERATION TEST:
* s1 b3 @: n* S7 Y: Y! ^2 E% P50 W POINT POWER ANALYSIS |
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