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以下是UL1598嵌入式灯具,有可能涉及到的测试;
6 [" v- C6 S9 ]8 s+ m DEND-PRODUCT ARC RESISTANCE:
% ?! K6 C- D9 }POLYMERIC IMPACT:
+ l* W* A) f: A6 ]9 f8 O! n- mBARRIER STRENGTH:
9 Q! x" I! {% x* ?0 F& A+ ]8 EBENDING:
% A1 P) P F! L! p7 G- FMETAL THICKNESS EQUIVALENCY - CANTILEVER:' g8 o+ @5 W6 r: k& _ N$ P
METAL THICKNESS EQUIVALENCY - COMPRESSION:' q5 E1 i4 Q' m$ L( D$ p7 \
CONDUIT KNOCKOUT AND TWISTOUT:7 H+ I2 B& S0 G8 `0 @) g. q3 ?; d
DIELECTRIC VOLTAGE-WITHSTAND:
. w& n3 a, g1 Q( P# ?# X. nLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - ACCELERATED AGING:3 I& U1 X; G% Z @* `
LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - MECHANICAL ABUSE:- T. i" t7 D+ H) _ _4 g6 l
LUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT TEMPERATURE:
4 {: u3 j" X0 w% x4 LLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT THERMAL SHOCK:
5 `4 I- e3 @5 Y) H, L PFIVE-INCH FLAME:1 B3 J( ?. g: G+ Z; D
FLAMING OIL:
7 q; }( c; T8 R, W1 |& J* Z) uMETAL THICKNESS EQUIVALENCY - FLEXING:) m8 v7 x: j. w, V/ u; j) C' B
LUMINAIRE GASKET ASSEMBLY ACCELERATED AGING:, R8 F& y5 `2 Z/ e2 ?* e5 K6 b
GASKET ACCELERATED AGING:' e) Q5 B8 D: U8 C! n* b2 x) q
GASKET ADHESION:
6 x/ N# p# Q5 k/ @/ OGLASS SUPPORT ADHESIVE:
! L8 c- J1 w7 ^4 n3 V$ hGLASS SUPPORTED BY FRICTION OR ADHESIVE:
; ~9 t$ i$ S h aGLOW-WIRE END PRODUCT:( q \( L! \) j$ N; S
BONDING CIRCUIT IMPEDANCE:9 C8 z# ?; ]% F8 z9 y" }( b1 O' M
HORIZONTAL BURNING FLAME:
. H- J# _. w* w+ ] ZIMMERSION:
4 Z& P% \2 [, r0 eMETAL THICKNESS EQUIVALENCY - IMPACT:: `4 @$ }/ w+ ?, m, R- P
INTERLOCK SWITCH ENDURANCE:) X4 w5 K1 s- M6 X) G6 k
HIGH-CURRENT ARC IGNITION (HAI):
9 Y) I4 o) O+ X; q: ELAMP CONTAINMENT BARRIER THERMAL SHOCK:
% t3 \. E- E# x2 a4 t! E; x; \5 jPOLYMERIC LAMP CONTAINMENT BARRIER MELT-THROUGH TEST:
M1 B; e1 [. c; o7 eLAMPHOLDER LEAD PULL:, j1 \4 V9 b* r4 L6 h Z+ T
LAMPHOLDER MOUNTING BRACKET STOP:* E) F7 g$ k& F
LAMPHOLDER MOUNTING TORQUE:/ U2 P6 Q! y6 q+ ^' y0 b
LAMPHOLDER PULL:
% F2 ]9 w; K/ w7 K7 nLUMINAIRES IN EXHAUST DUCTS OR ABOVE COOKING EQUIPMENT - LARD/FAT AND OIL IMMERSION:6 g% k3 N. y4 w% P8 ~: j f
LOADING:, m$ P% b# e7 [3 f# N. R
METALLIZED POLYMERIC PARTS COATING ADHESION:
% f4 A( Q; ~( e: i4 UMOLD STRESS RELIEF:
8 O/ Z0 B# n4 s5 @NEEDLE FLAME:1 n- r: ~1 v. g# S! G% @) H
PAINT ADHESION:
- B6 ]$ R1 J2 `8 gAIR-HANDLING LUMINAIRES - PLASTIC MATERIAL FLAME:& {3 t g# M: ?4 J8 ~! I. p
TORQUE TEST:
2 c+ [; \4 z5 b1 E: oPOLYMERIC CONNECTOR LOADING:% a4 T3 n- r8 Y% J1 d
POLYMERIC SUPPORT:
5 S- {- \+ g& J2 T$ Q/ y4 W7 M2 JPULLOUT:
( K5 z/ w1 p. X) h, _6 e9 \: WRAIN:4 Z; E) N: M9 R; s( P$ m
RIGIDITY TEST:7 \( q- D# t) b$ _- J. i
SELF-THREADING SCREW TORQUE TEST:
4 C" o& c& W0 P. H3 g6 {' }SUSPENDED-CEILING LUMINAIRES – SECURITY OF CLIPS:
; X0 m; Q( q* }+ r- J* F1 S2 oSNAP-IN OR TAB-MOUNTED PARTS PULL TEST WITH CONDUIT:
& K! M; i4 s/ }7 USNAP-IN OR TAB-MOUNTED PARTS PULL TEST WITHOUT CONDUIT OPENING:& K3 s9 ~1 g# ?! Y& ^: T* @
SPLICE INSPECTION:$ K: k! C0 N9 \3 f( j9 }
SPRINKLER:
7 t1 I* w/ R- }( \" A+ v; J- ySTRAIN RELIEF FOR CONDUCTORS:+ m1 v2 \" l& B6 ?" z4 O
STRAIN RELIEF FOR FLEXIBLE CORDS:
9 X) c, b9 @7 T$ a' n7 }: ~MOVABLE JOINT ROTATION:
1 c% E t2 @4 ^9 S; Y3 H% B- cMOVABLE JOINT TORSION AND PULL:
& u- J3 R% I" b9 g$ O2 I3 K; D) hNORMAL TEMPERATURE, SURFACE:, A- o! U ^% J& y" E, m
NORMAL TEMPERATURE (RECESSED LUMINAIRE):1 e( ^: e! k8 g' k+ K
RECESSED ABNORMAL TEMPERATURE:5 ~% J" E. K3 P( y" {% Y
CHANGE OF RESISTANCE DATA:
; `* }& @0 _% }- q4 N; L: N6 jTEMPERED GLASS IMPACT:
' ^6 y& B/ z8 W! Y, QTHERMAL CONDITIONING:: j( K7 f% M5 ?* q) H
METAL THICKNESS EQUIVALENCY – TORQUE:$ | f( D; e& i! X2 S# |% Y/ G0 C
UV EXPOSURE CONDITIONING:5 v3 ?4 Y! g' y" _6 Q: r3 @, z) ]
VERTICAL BURNING FLAME:0 r6 e1 b+ ^) j: o& n
IMPACT CONDITIONING:
8 g7 @1 n) n/ p+ i0 R9 i6 YGROUND-SCREW ASSEMBLY STRENGTH:" J5 L; c+ Y5 |7 F0 A# Z- T w, p/ a0 J
CABLE PULL TEST:
, H$ Z2 D" N7 p3 A6 R2 L& BABNORMAL TEMPERATURE, SURFACE MOUNTED: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS# I P# o& x" c6 k% M9 t
ABNORMAL TEMPERATURE, RECESSED TYPE IC: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS
/ ?9 ]# r N1 R5 H( E- a1 qABNORMAL TEMPERATURE, RECESSED TYPE IC: FOR EDISON BASE FLUORESCENT LUMINAIRES EMPLOYING CFL LAMPS (OVERLAMPING)' u" v+ D1 r- T8 D
UNRELIABLE COMPONENT ABNORMAL OPERATION TEST:
3 X8 f8 U K( G$ H50 W POINT POWER ANALYSIS |
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