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sdt-system_ip20-sdglda_1500_led_-_geratetrager_fix_linear_lens_profil___device_mount_fix_linear_lens_pro_1a096fc2caa92f552024-04-02T20:08:02Zadsk:revitadsk:revit:groupingLighting Fixturesadsk:revit:groupingsdt-system_ip20-sdglda_1500_led_-_geratetrager_fix_linear_lens_profil___device_mount_fix_linear_lens_pro_1a096fc2caa92f55.rfaRevit20212024-04-02T20:08:02ZFamily ParametersConstraintsFaceDimensionsUse DiameterMechanicalNormalIdentity DataOtherNoNoNoNoFace1SDT-System IP20-SDGLDA/1500 LED - Geräteträger fix Linear.Lens.Profil Device mount fix Linear.Lens.Profile (1 x LED-4000K, 6325 lm, 4000K)630.00 kg0 V---http://relux.com/search/artfwd/rgl___6000_34w_840_et__081d777aa09e3ffb/pd_sdglda_0004.jpgProduct without accessories34 W6325 lm1115111510 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lm1IP 20Protection class I380SDT Mounting rail system - LED IP20SDT-System IP20-SDGLDA/1500 LED - Geräteträger fix Linear.Lens.Profil | Device mount fix Linear.Lens.Profile1Yes1Rail mountedCeiling6000 34W 840 ET vw RAL 9016 (SDT_1500_IP20_vw+18364404100)NoRegiolux184 lm/W50000 h153516325 lm1 x LED-4000K76{"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":"---"}SDT-Quick-fit mounting system, Device mount, Modullänge/1500. Device mount made of galvanised, profiled sheet steel; surface coated with polyester resin. Fastening without tools with two integrated lateral lever locks. LED unit in housing length for optically seamless light run. Housing colour traffic white RAL 9016; Direct, double asymmetric light distribution using Linear.Lens.Profil made of matt PMMA plastic. Optically seamless light run. The light source is removable in accordance with the EU 2019/2020 ecodesign requirement and can be replaced at the factory. Heat-resistant cables including fixed 3-pole rapid installation plug connector with tool-free phase preselection and locating finger They are exchangeable, permit modernisation and reliably prolong the service life of the overall system. Dimensions (LxWxH/DxH): 1531mm x 63mm x 46mm Beam angle: 80° (C0) / 120 ° (C90) Placement: LED, Colour rendering/Light colour CRI ≥ 80 / 4000K Colour tolerance: 3SDCM Photobiological safety (Luminaire): RG1 LED service life: 50000h L80/B10 (Tq 40°C) Luminaire luminous flux: 6325lm Luminaire luminous efficiency: 184lm/W Controller: Electronic driver (1 pcs.) System output: 34W Energy efficiency class/light source: B Mains voltage: 230V Mains frequency: 50Hz Impact resistance (IK rating): IK03 (10°C bis 40°C) Ambient temperatur: ta 10°C to 40°C UGR lat./long.: 22.6 / 26.2 Certification mark: IP20, Protection class I, F, HACCP DIN10500/Food/IFS-application-related suitability/BRC, Indoor, CE Regiolux GmbH Type: SDGLDA /1500 LED 6000 840 ET vw RAL 9016 Article number: 18364404100 Product deep link: https://www.regiolux.de/en/article/18364404100 General warranty conditions: www.regiolux.de/en/Service/Warranty18002024.1.10.04/2/2024 8:07:58 PM4000K1B57 87 97 97 100CFG_698e84b77f14a43d04100b0eb8e76ec9 : ---_0001CE34 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 \ s d t - s y s t e m _ i p 2 0 - s d g l d a _ 1 5 0 0 _ l e d _ - _ g e r a t e t r a g e r _ f i x _ l i n e a r _ l e n s _ p r o f i l _ _ _ d e v i c e _ m o u n t _ f i x _ l i n e a r _ l e n s _ p r o _ 1 a 0 9 6 f c 2 c a a 9 2 f 5 5 . 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 $ a 0 8 f 7 9 9 1 - 7 d f d - 4 3 e d - a 4 6 f - b 7 c 7 f 6 d 1 f a 5 9 $ a 0 8 f 7 9 9 1 - 7 d f d - 4 3 e d - a 4 6 f - b 7 c 7 f 6 d 1 f a 5 9 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 \ s d t - s y s t e m _ i p 2 0 - s d g l d a _ 1 5 0 0 _ l e d _ - _ g e r a t e t r a g e r _ f i x _ l i n e a r _ l e n s _ p r o f i l _ _ _ d e v i c e _ m o u n t _ f i x _ l i n e a r _ l e n s _ p r o _ 1 a 0 9 6 f c 2 c a a 9 2 f 5 5 . 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 : a 0 8 f 7 9 9 1 - 7 d f d - 4 3 e d - a 4 6 f - b 7 c 7 f 6 d 1 f a 5 9
U n i q u e D o c u m e n t G U I D : a 0 8 f 7 9 9 1 - 7 d f d - 4 3 e d - a 4 6 f - b 7 c 7 f 6 d 1 f a 5 9
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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