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agila-aghir_1500_led_-_micro-einzel-raster_mit_80deg_linse___single_micro_louvre_with_80deg_lens_4900_35_be142c5750acf3002024-04-02T19:19:07Zadsk:revitadsk:revit:groupingLighting Fixturesadsk:revit:groupingagila-aghir_1500_led_-_micro-einzel-raster_mit_80deg_linse___single_micro_louvre_with_80deg_lens_4900_35_be142c5750acf300.rfaRevit20212024-04-02T19:19:07ZFamily ParametersConstraintsFaceDimensionsUse DiameterMechanicalNormalIdentity DataOtherNoNoNoNoFace1agila-AGHIR/1500 LED - Micro-Einzel-Raster mit 80° Linse Single micro louvre with 80° lens (1 x LED-4000K, 4923 lm, 4000K)510.00 kg0 V---http://relux.com/search/artfwd/rgl___4900_35w_840_dal_2fb5899036d5bbf6/pd_agila-aghir_02.jpgProduct without accessories35 W4923 lm1114111410 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lm1IP 20Protection class I914Pendant luminaires - agilaagila-AGHIR/1500 LED - Micro-Einzel-Raster mit 80° Linse | Single micro louvre with 80° lens1Yes1PendantCeiling4900 35W 840 DALI2 sg RAL 9006 (60615046675)NoRegiolux142 lm/W50000 h141114923 lm1 x LED-4000K69{"ConfigId":"0001","GldfConfigInfo":{"Emerg":{"ControlGearId":"","Emerg":"","EquipId":"","LightSourceId":"","PhotoId":""},"EmitObjId":"","Emitter":{"ControlGearId":"","Emerg":"","EquipId":"","LightSourceId":"","PhotoId":""},"GeoId":"","VariantId":""},"LampId":"13-3050-0-0-_-50000-4000k-_","VariantId":"---"}Suspended luminaire/light run feed luminaire; Housing of sheet steel in a delicate square design; black, die-cast aluminium end faces; Housing colour silver grey/white aluminium RAL 9006; Direct/indirect light distribution, direct share by means of 80° LED clear lens with single micro louvre, black, homogeneous indirect share with opal diffuser made of PMMA, for VDU workstations, omnidirectional glare reduction in accordance with the current standard DIN EN 12464-1. The light source is removable in accordance with the EU 2019/2020 ecodesign requirement and can be replaced at the factory. Electrical connection via integrated transparent connection cable 5x0.75mm², length 1900mm, stripped cable ends. Complete height-adjustable suspension set with canopy is included in delivery. Black housing and white single micro louvre possible on request. Dimensions (LxWxH/DxH): 1411mm x 51mm x 69mm Placement: LED, Colour rendering/Light colour CRI ≥ 80 / 4000K Colour tolerance: 3SDCM Photobiological safety (Luminaire): RG1 LED service life: 50000h L80/B10 (Tq 25°C) Luminaire luminous flux: 4923lm Luminaire luminous efficiency: 142lm/W Controller: Electronic driver DALI2 (1 pcs.) Wiring: 5x0.75mm² System output: 35W Energy efficiency class/light source: B Mains voltage: 230V Mains frequency: 50Hz Impact resistance (IK rating): IK02 Ambient temperatur: ta 25°C Special properties: Ready for IoT UGR lat./long.: 15.8 / 15.7 Certification mark: IP20, Protection class I, VDU 65°<100, F, Indoor, CE Regiolux GmbH Type: agila-AGHIR/1500 LED 4900 840 DALI2 sg RAL 9006 Article number: 60615046675 Product deep link: https://www.regiolux.de/en/article/60615046675 General warranty conditions: www.regiolux.de/en/Service/Warranty18002024.1.10.04/2/2024 7:19:02 PM4000K1B94 100 100 73 100CFG_b41df733cd1862b7b29779c2516222a1 : ---_0001CE35 VA132645127
! " # $ % & ( ) * + , - . / 0 1 2 3 4 5 6 7 8 9 : ; < = > ? @ A B C D E F G H I J K L M O P Q R T U V X Y Z [ \ ] ^ _ ` a b c d e f g h i j k l m n o p q r s t u v x y 2 0 2 1 2 0 2 2 0 5 1 7 _ 1 5 1 5 ( x 6 4 ) F : \ d a t a \ e x p o r t \ r e g i o l u x \ r f a \ a g i l a - a g h i r _ 1 5 0 0 _ l e d _ - _ m i c r o - e i n z e l - r a s t e r _ m i t _ 8 0 d e g _ l i n s e _ _ _ s i n g l e _ m i c r o _ l o u v r e _ w i t h _ 8 0 d e g _ l e n s _ 4 9 0 0 _ 3 5 _ b e 1 4 2 c 5 7 5 0 a c f 3 0 0 . r f a $ 0 0 0 0 0 0 0 0 - 0 0 0 0 - 0 0 0 0 - 0 0 0 0 - 0 0 0 0 0 0 0 0 0 0 0 0 E N U $ 8 1 a 0 7 f 5 e - c 9 c 2 - 4 1 5 a - 9 3 f 4 - 4 e 6 c e 4 9 c e 4 c 3 $ 8 1 a 0 7 f 5 e - c 9 c 2 - 4 1 5 a - 9 3 f 4 - 4 e 6 c e 4 9 c e 4 c 3 1 $ 0 0 0 0 0 0 0 0 - 0 0 0 0 - 0 0 0 0 - 0 0 0 0 - 0 0 0 0 0 0 0 0 0 0 0 0 A u t o d e s k R e v i t R e v i t A p p l i c a t i o n
W o r k s h a r i n g : N o t e n a b l e d
U s e r n a m e :
C e n t r a l M o d e l P a t h :
F o r m a t : 2 0 2 1
B u i l d : 2 0 2 2 0 5 1 7 _ 1 5 1 5 ( x 6 4 )
L a s t S a v e P a t h : F : \ d a t a \ e x p o r t \ r e g i o l u x \ r f a \ a g i l a - a g h i r _ 1 5 0 0 _ l e d _ - _ m i c r o - e i n z e l - r a s t e r _ m i t _ 8 0 d e g _ l i n s e _ _ _ s i n g l e _ m i c r o _ l o u v r e _ w i t h _ 8 0 d e g _ l e n s _ 4 9 0 0 _ 3 5 _ b e 1 4 2 c 5 7 5 0 a c f 3 0 0 . r f a
O p e n W o r k s e t D e f a u l t : 3
P r o j e c t S p a r k F i l e : 0
C e n t r a l M o d e l I d e n t i t y : 0 0 0 0 0 0 0 0 - 0 0 0 0 - 0 0 0 0 - 0 0 0 0 - 0 0 0 0 0 0 0 0 0 0 0 0
L o c a l e w h e n s a v e d : E N U
A l l L o c a l C h a n g e s S a v e d T o C e n t r a l : 0
C e n t r a l m o d e l ' s v e r s i o n n u m b e r c o r r e s p o n d i n g t o t h e l a s t r e l o a d l a t e s t : 1
C e n t r a l m o d e l ' s e p i s o d e G U I D c o r r e s p o n d i n g t o t h e l a s t r e l o a d l a t e s t : 8 1 a 0 7 f 5 e - c 9 c 2 - 4 1 5 a - 9 3 f 4 - 4 e 6 c e 4 9 c e 4 c 3
U n i q u e D o c u m e n t G U I D : 8 1 a 0 7 f 5 e - c 9 c 2 - 4 1 5 a - 9 3 f 4 - 4 e 6 c e 4 9 c e 4 c 3
U n i q u e D o c u m e n t I n c r e m e n t s : 1
M o d e l I d e n t i t y : 0 0 0 0 0 0 0 0 - 0 0 0 0 - 0 0 0 0 - 0 0 0 0 - 0 0 0 0 0 0 0 0 0 0 0 0
I s S i n g l e U s e r C l o u d M o d e l : False
A u t h o r : A u t o d e s k R e v i t
C l i e n t A p p N a m e : R e v i t A p p l i c a t i o n
< ? x m l v e r s i o n = " 1 . 0 " ? >
< T r a n s m i s s i o n D a t a i s T r a n s m i t t e d = " f a l s e " u s e r D a t a = " " v e r s i o n = " 5 " > < E x t e r n a l F i l e R e f e r e n c e > < E l e m e n t I d > 1 8 4 9 < / E l e m e n t I d > < E x t e r n a l F i l e R e f e r e n c e T y p e > K e y n o t e T a b l e < / E x t e r n a l F i l e R e f e r e n c e T y p e > < L a s t S a v e d P a t h > < / L a s t S a v e d P a t h > < L a s t S a v e d A b s o l u t e P a t h > < / L a s t S a v e d A b s o l u t e P a t h > < L a s t S a v e d P a t h T y p e > A b s o l u t e < / L a s t S a v e d P a t h T y p e > < L a s t S a v e d L o a d S t a t e > N o t F o u n d < / L a s t S a v e d L o a d S t a t e > < D e s i r e d P a t h > < / D e s i r e d P a t h > < D e s i r e d P a t h T y p e > A b s o l u t e < / D e s i r e d P a t h T y p e > < D e s i r e d L o a d S t a t e > L o a d e d < / D e s i r e d L o a d S t a t e > < / E x t e r n a l F i l e R e f e r e n c e > < E x t e r n a l F i l e R e f e r e n c e > < E l e m e n t I d > 2 5 3 7 < / E l e m e n t I d > < E x t e r n a l F i l e R e f e r e n c e T y p e > A s s e m b l y C o d e T a b l e < / E x t e r n a l F i l e R e f e r e n c e T y p e > < L a s t S a v e d P a t h > U n i f o r m a t C l a s s i f i c a t i o n s . t x t < / L a s t S a v e d P a t h > < L a s t S a v e d A b s o l u t e P a t h > C : \ P r o g r a m D a t a \ A u t o d e s k \ A p p l i c a t i o n P l u g i n s \ R e l u x C A D f o r R e v i t . b u n d l e \ C o n t e n t s \ W i n d o w s \ A P P _ 2 0 2 1 \ R l x R e v i t A d d i n \ T e m p l a t e F a m i l i e s \ U n i f o r m a t C l a s s i f i c a t i o n s . t x t < / L a s t S a v e d A b s o l u t e P a t h > < L a s t S a v e d P a t h T y p e > R e l a t i v e t o L i b r a r y L o c a t i o n s < / L a s t S a v e d P a t h T y p e > < L a s t S a v e d L o a d S t a t e > N o t F o u n d < / L a s t S a v e d L o a d S t a t e > < D e s i r e d P a t h > U n i f o r m a t C l a s s i f i c a t i o n s . t x t < / D e s i r e d P a t h > < D e s i r e d P a t h T y p e > R e l a t i v e t o L i b r a r y L o c a t i o n s < / D e s i r e d P a t h T y p e > < D e s i r e d L o a d S t a t e > L o a d e d < / D e s i r e d L o a d S t a t e > < / E x t e r n a l F i l e R e f e r e n c e > < / T r a n s m i s s i o n D a t a >
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