PRESTIGE FDH COMPONENT MATRIX

Transcription

1 Prestige

2 COMPOET MATRIX TBP SB 0 SBT SBT CHP 0 CHP 0 + CHS RSE0 RS 0 E FDH T II L II L / T / X01 / X0 CP 0 FD RSK FDH FDH 1x FDH x R FDH AL 03 FDH x IP REP R1 R1 FDH TRACK FDH / FD PAR-Vm COVER FDH R1 FDH PAR-V COVER PLASTIC FDH COTIUOUS LIES AD TRUKIG SYSTEMS RSKE FDH RCP R1 AL R1 FDH L PAR MAT-Vm R1 FDH PAR MAT-V RSK FDH R1 FDH L4 R1 FDH LA RCP R1 R1 FDH LB 0 R1 FDH PRISMATIC R1 FDH OPAL COVETIOAL LUMIAIRES

3 PRESTIGE SYSTEM FDH ACCESSORIES Mounting Rail FDH I FDH I Mounting Rail FDH II FDH II Mounting Rail FDH III FDH III Mounting rail end piece E 3 Mounting rail connecting piece CP 0 4 Device Mount FDH FDH COVER FDH Device Mount Track FDH Track Device Mount with Sensor (length mm) Device Mount with Socket (length mm) 5 Reflector FDH 6 Reflector end piece R1 REP R1 7 Reflector R1 connecting piece RCP R1 8 Louvre FDH Diffuser FDH 9 Rope suspension with electrical connection RSE 0 10 Rope suspension without electrical connection RS 0 11 Chain suspension CHS 1 Chain pendant CHP 0 13 Bracket for ceiling mounting SB 0 14 Bracket for ceiling mounting SBT SBT COTIUOUS LIES AD TRUKIG SYSTEMS LEGTH (m) MOUTIG RAIL SUSPESIO BRACKET MOUTIG RAIL COECTIG PIECE MOUTIG RAIL ED PIECE DEVICE MOUT REFLECTOR REFLECTOR COECTIG PIECE REFLECTOR ED PIECE LOUVRE / DIFFUSER 8/54 W 35/49/ W 8/54 W 35/49/ W E FDH RCP R1 REP R1 CP 0 FDH II FDH III LED 1. LED 1.5 ( pcs per set) COVER FDH ( pcs per set) ( pcs per set) TYPE LEGHT (mm) FDH I 8/54 W 1184 FDH II 8/54 W 368 FDH III 8/54 W 31 FDH I 35/49/ W 1484 FDH II 35/49/ W 968 FDH III 35/49/ W DIMMESIOS (mm) L/T/X01/X0 540 x 540 L II 315 x 304 T II 540 x 304 COVETIOAL LUMIAIRES

4 PRESTIGE SYSTEM MOUTIG RAIL 5-POLE L L3 5-POLE EM L EM PHASE 1 L PHASE L3 PHASE 3 PROTECTIVE EARTH (GROUD WIRE) EUTRAL WIRE DA DIGITAL SIGAL +/- AALOG SIGAL EM USWITCHED EMERGECY PHASE 3 1 EM 1 mounting rail The mounting rail is made from calendared 0.6 mm sheet steel and has a white polyester resin paint surface finish. The rail is standardly available in two lengths (double- and triple-body) and can be supplied as a singlebody on request. Wiring comprised of 5 x, 7 x, or 9 x 1.5 mm crosssection cabling can be installed in the profile, with the option of using.5 mm cabling as required. All conductive connectors are finished with axial connectors that allow for simple toolless continuous connecting of mounting rails. Wiring connectors enable easy attachment of luminaire bodies to the mounting rails. Pre-wired trunking The wiring of the PRESTIGE SYSTEM is fitted during manufacture in preparation for fast and simple electrical installation and provides great flexibility. Included electrical connectors allow for mains, LMS, and emergency lighting supply connection at predefined points suitable for FDH and 1.5 modules. Wiring is suitable for both 5-, 7- and 9-pole connection as requested, standardly using 1.5 mm cabling or.5 mm 7-pole electrical connection This variant offers all of the above-mentioned advantages in addition to the possibility of including lighting control (LMS). 7-pole connection is necessary for installation in lighting systems determined for the following uses: a) Three-phase operation + LMS Further to allowing for continuous connection in long uninterrupted lines and basic switching control, the extra connectors can be used for connection of dimmable electronic control gears. b) Two-phase operation + emergency lighting + LMS 7-pole wiring enables the implementation of emergency lighting while still offering free connectors for dimmable electronic control gears. 7-POLE DA/+ 3 1 L L3 DA/+ 7-POLE EM DA/+ EM L EM DA/+ CODUCTIVE COECTIO OF MOUTIG RAILS USIG AXIAL COECTORS 1 5-POLE ELECTRICAL COECTIO 7-POLE ELECTRICAL COECTIO 9-POLE ELECTRICAL COECTIO COECTOR FOR QUICK COECTIO BETWEE MOUTIG RAIL AD DEVICE MOUT COTIUOUS LIES AD TRUKIG SYSTEMS cabling on request. If emergency lighting is to be installed, some of the luminaires must be equipped with emergency units requiring an additional conductor for battery supply. 5-pole electrical connection a) Three-phase operation Use of the 3-phase system allows PRESTIGE to be installed in very long uninterrupted lines, making it an ideal solution for large buildings. The 3-phase system, by utilising the third phase as a control line, also allows for any number of individual luminaires to be switched off during periods of inactivity while some remain switched on to provide a required minimum illumination. b) Two-phase operation + emergency lighting When using only two phases, it is possible to use the spare phase conductor for other things such as emergency lighting. 9-pole electrical connection 9-pole connection allows for almost unlimited inclusion of other systems in addition to standard operation, emergency lighting and an LMS. 9-pole connection is necessary for installation in lighting systems determined for the following uses: a) Three-phase operation + emergency lighting + LMS Allows for full three-phase operation in addition to connection for emergency lighting and an LMS. In the case of DALI control, this broadens control possibilities. b) Two-phase operation + emergency lighting + emergency lighting /loud speaker system / other separated phase circuit The additional two connectors can be used for connection of a wide range of other circuits such as a second, independent emergency lighting system, the feeding of load speakers (which can be included in the PRESTIGE SYSTEM), or any other separated phase circuit. TYPE 1.5/.5 mm L (mm) 8/54W FDH I 5p 5 x 1184 FDH I 7p 7 x 1184 FDH I 9p 9 x 1184 FDH II 5p 5 x 368 FDH II 7p 7 x 368 FDH II 9p 9 x 368 FDH III 5p 5 x 31 FDH III 7p 7 x 31 FDH III 9p 9 x 31 35/49/W FDH I 5p 5 x 1484 FDH I 7p 7 x 1484 FDH I 9p 9 x 1484 FDH II 5p 5 x 968 FDH II 7p 7 x 986 FDH II 9p 9 x 986 FDH III 5p 5 x FDH III 7p 7 x FDH III 9p 9 x FIXIG POITS FOR SUSPESIO 3x LED max. 0mm max. 0mm max. 0mm 3x LED 1.5 COVETIOAL LUMIAIRES

5 PRESTIGE SYSTEM ACCESSORIES RSE 0 suspension with electric cable An adjustable rope used for the suspension of mounting rails along with a 3-, 5-, or 9-pole 1.5 mm cable for connection to the mains. Cables are standardly supplied with a length of 1 mm with other lengths available on request. RS 0 suspension An adjustable 1.5 mm diameter rope used for the suspension of mounting rails. Standardly supplied with a length of 1 mm, other lengths are available on request. LED device mount The LED device mount is standardly attached directly to the mounting rail using two built-in clamps, which allow for simple installation without additional tools. Device mounts are made of calendared sheet steel with a white polyester resin paint surface finish. They are available in lengths of 1.5 m, both of which are suitable for all optical variants. The connector located on the control gear tray allows for simple electrical connection of the LED device to the mounting rail. It also enables phase selection (5-, 7- and 9-pole connection) by means of positioning a moveable contact. Any free contacts can be used for the configuration of the LED device for dimming or emergency lighting. For the case that a there is a gap between device mounts, the mounting rail can be finished with a mounting rail cover. CHS chain suspension A chain used for the suspension of mounting rails. Standardly supplied with a length of 1 mm, other lengths are available on request. CHP 0 chain bracket Mounting bracket for suspension chains. COVER PLASTIC COVER SBT bracket for ceiling mounting A quick-fix bracket for mounting of the mounting rails in T-profile (4 mm) ceilings. SB 0 bracket for ceiling mounting A quick-fix bracket for mounting of the mounting rails on the ceiling. SBT bracket for ceiling mounting A quick-fix bracket for mounting of the mounting rails in T-profile (15 mm) ceilings. E mounting rail end piece A self-extinguishing ABS plastic cover used to finish open ends of mounting rails. End pieces must be ordered separately. Fly connector Adjustable connector on a 1.5 m cable. Sensor Built-in sensor (type upon customer request). COTIUOUS LIES AD TRUKIG SYSTEMS CP 0 mounting rail connecting piece A standard connector that allows for both mechanical and electrical connection through insertion into other mounting rail parts. Made of zinc-coated sheet steel. L II L-shaped mounting rail corner connector An L-shaped mounting rail corner connector that allows for both mechanical and electrical connection through insertion into other mounting rail parts. Made of zinc-coated sheet steel. Socket It is possible to integrate electrical plug sockets into the PRESTIGE SYSTEM using the existing electrical wiring. T II T-shaped mounting rail connector A T-shaped mounting rail connector that allows for both mechanical and electrical connection through insertion into other mounting rail parts. Made of zinc-coated sheet steel. L/T/X01/X0 cross-shaped mounting rail connector A cross-shaped mounting rail connector that allows for both mechanical and electrical connection through insertion into other mounting rail parts. Made of zinc-coated sheet steel. Standardly supplied with a plastic cap cover and the necessary number of end pieces. FDH track device mount It is possible to combine the OETRACK system with PRESTIGE for the incorporation of spotlights (0.6 m OETRACK to 8/54W / 0.9 m OETRACK to 35/49/W ). L T X01 X0 COVETIOAL LUMIAIRES

6 PRESTIGE DEVICE MOUT PRESTIGE REFLECTORS FDH device mount The fluorescent light source device mount is standardly attached directly to the mounting rail using two built-in clamps, which allow for simple installation without additional tools as well as the addition of reflectors. Device mounts are available for single and double light source modules. The connector located on the control gear tray allows for simple electrical connection of the fluorescent light source device to the mounting rail. It also enables phase selection (5- and 7-pole connection) by means of positioning a movable contact. Any free contacts can be used for the configuration of the device for dimming or emergency lighting. COVER PLASTIC COVER IP (FDH) The Prestige system allows for the use of special safety fluorescent light sources protected by a polycarbonate tube with IP enclosure that prevent the dispersal of dangerous particles if the light source is broken. Such light sources are widely used in the food and chemical industries but are also useful in other spaces where there is a higher chance of breakage or where special care needs to be taken to minimise risk involved in breakage. WITH R FDH AL 03 Luminaire without reflector Luminaires without optics have exposed light sources and soallow for an almost 3 distribution of the emitted light. This version is ideal for areas with basic lighting requirements. LOCKIG MECHAISM REFLECTOR DUO ASYM REF (FDH) A specially designed double asymmetric reflector for use in supermarkets. Emergency For emergency lighting in the case of a power cut, Prestige is supplied with an inverter that provides power for light sources for a period of 1 or 3 hours. This option is available for FDH and LED ( approx. 1.5 m for variants 8/54 W or 36 W). + LED EM 68 R1 FDH RSK / 68 RSKE / RSK Reflector accessories available with three different lighting characteristics. RS K FDH RSK FDH R1 FDH RS KE FDH RSKE FDH 0 RS K FDH RSK FDH 0 RSK FDH R FDH RSK AL FDH + E 03 R FDH AL 03 RSKE FDH RSKE FDH + E FSK FDH COTIUOUS LIES AD TRUKIG SYSTEMS RS K FDH RS KE FDH RS K FDH R1 FD R1 FD AL 0 RS K FD 1x RS KE FD 1x RS K FD 1x Combination of Prestige + TDO If dust-sealed and water resistant lighting is required, it is possible to use the high-ip TDO luminaire with the Prestige mounting rail system to provide the advantages of Prestige in more demanding areas of application. VARIAT 1 VARIAT R1 (FDH) AL This narrow aluminium reflector makes it possible to provide suitable illumination of aisles in high-bay storage facilities and production areas even when mounted at heights of 6 10 m. Made from anodised polished aluminium and in versions suitable for single and double light source modules, the reflector provides direct narrow beam light distribution. 13 R FD R FD AL RS K FD x R1 FD R1 FD AL R1 (FDH) AL 0 This narrow aluminium reflector makes it possible to provide suitable illumination of aisles in high-bay storage facilities and production areas even when mounted at heights of 6 10 m. Made from anodised polished aluminiumand 01 in versions R1 suitable FD AL for single and double RS K light FD 1xsource modules, RS the KE reflector FD 1x provides direct 0 narrow beam light distribution. 139 RS K FD 1x 13 R FD R FD AL R FDH AL 03 RS K FD This x narrow aluminium reflector makes it possible to provide suitable illumination of aisles in high-bay storage facilities and production areas even when mounted at heights of 6 10 m. Made from anodised polished aluminiumand in versions suitable for single and double light source modules, the reflector provides direct narrow beam light distribution. COVETIOAL LUMIAIRES

7 AL R1 (FDH) AL This asymmetric reflector allows for the illumination of walls and displays while maintaining a uniform appearance with standard luminaires. Suitable for use in schools, offices, production areas and workshops, it is used mainly for the lighting of walls, boards and shelving. It is available in versions suitable for single R FDH AL and double light source modules 0 03 PRESTIGE LOUVRES / DIFFUSERS A wide reflector suitable for use in mid-height installations where high illumination levels and low energy consumption are required. Made from anodised polished aluminium and in versions suitable for single and double light source modules, the reflector provides direct wide beam light distribution. PAR-Vm A parabolic micro louvre designed for use with a single FDH light source. Its double-curved parabola construction makes it ideal for use in areas with high requirements for visual comfort and where display screen equipment is used. Made of anodised polished MIRO 4 aluminium, the louvre can be used in combination with the reflector. RS K FD 1x R1 FDH L A perforated wide reflector suitable for use in representative RS K FDH areas where RS high illumination levels 13 KE FDH and low energy consumption are required. The perforations enable illumination also of the ceiling with a decorative effect to create a pleasant atmosphere. R1 FDH L4 RS K FDH RS KE FDH A perforated wide reflector suitable for use in representative areas where high illumination levels and low energy consumption are required. The perforations enable illumination also of the ceiling with a decorative effect to create a pleasant atmosphere R1 FDH R1 FDH RS K FDH 0 R FDH AL 03 PAR MAT-Vm A parabolic micro louvre designed for use with a single FDH light source. Its double-curved parabola construction makes it ideal for use in areas with high requirements for visual comfort and where display screen equipment is used. Made of anodised matt MIRO 5 aluminium, the louvre can be used in combination with the reflector. R1 FDH PAR-V A parabolic louvre designed for use with one or two FDH light sources. Its double-curved parabola construction makes it ideal for use in areas with high requirements for visual comfort and where display screen equipment is used. Made of anodised polished aluminium, the louvre can be used in combination with the R1 FDH, R1 FDH L and R1 FDH L4 reflectors. R1 FDH PAR MAT-V A parabolic louvre designed for use with one or two FDH light sources. Its double-curved parabola construction makes it ideal for use in areas with high requirements for visual comfort and where display screen equipment is used. Made of anodised matt aluminium, the louvre can be used in combination with the R1 FDH, R1 FDH L and R1 FDH L4 reflectors. R1 FD R1 FD AL REP R1 reflector end piece A self-extinguishing ABS plastic cover used to finish open ends of R1 FDH, R1 FDH L reflectors. End pieces must be ordered separately. R1 FDH LA A parabolic louvre designed for use with one or two FDH light sources. It offers an excellent quality to price ratio 13by providing good control of the light and higher luminous efficacy, making it ideal for use in production areas and workshops. Made of anodised polished aluminium with matt scored cross blades, the louvre can be used in combination with the R1 FDH, R1 FDH L and R1 FDH L4 reflectors. R1 FD R1 FD AL 0 RS K FD 1x RS KE FD 1x RS K FD 1x RCP R1 AL R1 AL reflector connector Reflector connectors must be ordered separately. RCP R1 R1, R1 L, R1 L4 reflector connectors Reflector connectors must be ordered separately. RCP R1 AL R1 AL REFLECTOR COECTOR RCP R1 R1 AL REFLECTOR COECTOR R1 FDH LB A parabolic louvre designed for use with one or two FDH light sources. Made of white painted aluminium with scored 13 cross blades, the louvre can be used in combination with the R1 FDH, R1 FDH L and R1 FDH L4 reflectors. R FD R FD AL RS K FD x 139 RS K FDH 8 R1 FDH A wide reflector suitable for use in installations where high illumination levels and low energy consumption are required. Made from 0.6 mm sheet steel with a white power coating and in versions suitable for single and double light source modules, the reflector provides direct wide beam light distribution. RS K FD 1x RS KE FD 1x RS K FDH 0 R FDH AL 03 COTIUOUS LIES AD TRUKIG SYSTEMS 0 RS K FD 1x RS KE FD 1x RS K FD 1x R FD R FD AL RS K FD x A reflector designed for use with a single FDH light source. Made from 0.6 mm sheet steel with a white power coating, the reflector provides direct wide beam light distribution. 68 R1 FDH PRISMATIC A decorative prismatic closed optical part suitable for use with one or two FDH light sources. It provides a wider beam spread making it suitable for use in rooms where mechanical protection of light sources in required. The PMMA diffuser is suitable for combination with the R1 FDH, R1 FDH L and R1 FDH L4 reflectors. COVETIOAL LUMIAIRES

8 PRESTIGE PHOTOMETRY + R1 AL 03 IP LOR = % 0 UGR 1/0 C0.0-C1.0 C.0-C R1 AL 0 LOR = 95% UGR 1/0 0 C0.0-C1.0 C.0-C R1 AL 0 LOR = 91% UGR 8/18 0 C0.0-C1.0 C.0-C R1 AL 50 x 49 W x 49 W LOR = 89.6% lower flux fraction 77% upper flux fraction 3% UGR 5/ C0.0-C1.0 C.0-C70.0 LOR = 98.% UGR 19/3 C0.0-C1.0 C.0-C R1 + R1 PAR MAT-V x 49 W LOR = 59.7% UGR 19/3 1 C0.0-C1.0 C.0-C70.0 LOR = 95.4% lower flux fraction 77% upper flux fraction 3% UGR 4/30 + R1 L LOR = 78.6% lower flux fraction % upper flux fraction 10% UGR 19 + R1 1 x 49 W LOR =.4% UGR C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C70.0 C0.0-C1.0 C.0-C R1 AL LOR = 87.5% UGR 16/19 + R1 L + R1 PAR MAT-V LOR = 57.8% lower flux fraction 93% upper flux fraction 7% UGR 17/1 + R1 + R1 PAR MAT-V LOR =.4% UGR 17/1 C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C R1 AL LOR = 73.8% UGR + R1 + R1 PAR-V LOR = 58.% UGR 19/4 + R1 L + R1 PAR-V 05 LOR = 56.1% llower flux fraction 93% upper flux fraction 7% UGR 18 C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C R1 LOR = 76.1% UGR + R1 + R1 OPAL LOR =.9% UGR + R1 L 1 x 49 W LOR =.4% lower flux fraction % upper flux fraction 10% UGR 5 1 C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C R1 + R1 PAR MAT-V LOR = 57.8% UGR 17/ 1 x 49 W LOR = 98% lower flux fraction 77% upper flux fraction 3% UGR /30 + R1 + R1 OPAL 1 x 49 W LOR =.9% UGR C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C70.0 C0.0-C1.0 C.0-C R1 + R1 PAR-V 1 LOR = 64.7% UGR 17/3 C0.0-C1.0 C.0-C R1 AL 1 x W LOR = 87.5% UGR 17/0 1 x W LOR = 93.% lower flux fraction 78% upper flux fraction % UGR 6/3 C0.0-C1.0 C.0-C C0.0-C1.0 C.0-C70.0 COTIUOUS LIES AD TRUKIG SYSTEMS + R1 AL 1 x W LOR = 89.1% 0 C0.0-C1.0 C.0-C R1 1 x W LOR = 79% UGR 5 1 C0.0-C1.0 C.0-C R1 x W LOR = 69% UGR 7 1 C0.0-C1.0 C.0-C R1 + R1 PAR-V x W 1 LOR = 5.7% UGR 0/5 C0.0-C1.0 C.0-C RSK LOR = 86% UGR 17/ C0.0-C1.0 C.0-C RSKE LOR = 91% UGR /5 0 C0.0-C1.0 C.0-C R1 AL LOR = 71.% lower flux fraction 76% upper flux fraction 4% UGR C0.0-C1.0 C.0-C70.0 LOR = 91.1% UGR 18/ C0.0-C1.0 C.0-C R1 L + R1 PAR MAT-V LOR = 50.7% lower flux fraction 9% upper flux fraction 8% UGR C0.0-C1.0 C.0-C70.0 COVETIOAL LUMIAIRES