CLIP IN YOUR LINE CONTINUOUS LIGHTING SYSTEM

CLIP IN YOUR LINE CONTINUOUS LIGHTING SYSTEM

Pictograms Pictograms are used in the catalogue pages containing product descriptions to provide quick and simple information about luminaire characteristics, lamps used and so on. These are explained below. Luminaires for indoor installation IP20 IP54 Protection rating IP20 Protection rating IP54 Dust and splash proof T26 Fluorescent lamp dia. 26 T16 Fluorescent lamp dia. 16 Suitable for furniture mounting Energy saving product made of high-grade HR (high-reflection) reflector material. Note ball resistant: RIDI recessed luminaires with the sign are produced to the appropriate mechanical and photometric standards demanded for sports hall lighting. They comply with ball-resistant safety requirements according to DIN 18032, part 13 and have been tested for that purpose by the FMPA in Stuttgart. All catalogue documentation such as dimensions, weights, illustrations and technical data have been carefully collated. Subject to error, as well as technical and formal modifications. The General Terms and Conditions are contained in the relevant valid price lists.

The RIDI LINIA product family RIDI LINIA, RIDI LINIA T16, RIDI LINIA DECO 4-5 About RIDI LINIA & RIDI LINIA T16 Special technical features of RIDI LINIA and RIDI LINIA T16 Components of a continuous lighting system Planning 6-11 12-27 28-31 Products System overview Battens Trunking Trunking accessories Gear trays Gear tray-optical control combinations Modules Dummy covers Optical control and accessories Other photometric data T26 32-35 36-37 38-39 40-42 43-47 48-51 52-58 60 61-75 76-77 Products System overview Battens Trunking Trunking accessories Gear tray Gear tray-optical control combinations Modules Dummy covers Optical control and accessories Other photometric data 78-81 82 83-84 85-87 88-92 T16 93-95 52-58, 96 97 98-113 114 About RIDI LINIA DECO 115-119 Products System overview Batten Gear tray Connection and fixing accessories Optical control und accessories 120-121 T16 122-123 124-127 128 129-137 Representatives 138 3

The RIDI LINIA product family RIDI LINIA product family encompasses 3 different continuous lighting systems: RIDI LINIA Continuous lighting system for T26 lamps, now with NEW through wiring profile. Extremely wide range of accessory components and scope for combination. RIDI LINIA T16 Continuous lighting system for T16 lamps, now with NEW through wiring profile. The RIDI LINIA T16 system is based on the same trunking crosssection as RIDI LINIA, but all optical control components have been optimized for T16 lamps with suitably small dimensions. RIDI LINIA DECO The RIDI LINIA DECO system is designed exclusively for use with T16 lamps and makes an immediate impression due to its minimal dimensions. Can be used as a single luminaire or part of a continuous lighting system. 139 mm 110 mm 108 mm 178 mm 136 mm 108 mm RIDI LINIA RIDI LINIA T16 RIDI LINIA DECO With a variety of finishes from the RIDI LINIA range, RIDI offers just the right product to address every application need. 4

Product features Lighting system consisting of single luminaires and continuous lighting systems for ceiling and pendant mounting for T26 lamps Nominal wattage continuous lighting system 1x36W, 2x36W, 1x58W, 2x58W Versions in protection rating IP20 / IP54 For modular and variable gear tray positioning Extensive fixing accessories Many varieties of optical controls Colour white / silver (similar to RAL 9006) Trunking, gear tray, reflectors made of galvanized, painted sheet steel, colour white / silver (similar to RAL 9006) 5, 7 or 11-core through wiring with variable take-off Length of the luminaire unit 1237/1537 mm Use: Commerce and industry, trade, offices and administration schools. Through wiring: 5 x 2,5 mm 2 5 x 2,5 mm 2 & 2 x 1,5 mm 2 5 x 2,5 mm 2 & 6 x 1,5 mm 2 Protection ratings: IP20 IP54 IP54 Product features Lighting system consisting of single luminaires and continuous lighting systems for ceiling and pendant mounting Nominal wattage continuous lighting system 1x28W, 1x54W, 1x35W, 1x49W, 1x80W, 2x28W, 2x54W, 2x35W, 2x49W, 2x80W Versions in protection rating IP20 / IP54 For modular and variable gear tray positioning Extensive fixing accessories Many varieties of optical controls For T16 lamps Colour white / silver (similar to RAL 9006) Trunking, gear tray, reflectors made of galvanized, painted sheet steel, Colour white / silver (similar to RAL 9006) 5, 7 or 11-core through wiring with variable take-off Length of the luminaire unit 1186/1486 mm Use: Commerce and industry, trade, offices and administration schools. Through wiring: 5 x 2,5 mm 2 5 x 2,5 mm 2 & 2 x 1,5 mm 2 5 x 2,5 mm 2 & 6 x 1,5 mm 2 Protection ratings: IP20 IP54 IP54 Product features Decorative lighting system consisting of single luminaires and continuous lighting systems for ceiling and pendant mounting Nominal wattage continuous lighting system 1x28W, 1x54W, 1x35W, 1x49W, 1x80W, 2x28W, 2x54W, 2x35W, 2x49W Only in protection rating IP20 For continuous modular lighting system Extensive range of fixing accessories Many varieties of optical controls Luminaire colour white / silver (similar to RAL 9006) For T16 lamps Gear tray, reflectors made of galvanized, painted sheet steel, colour white / silver (similar to RAL 9006) 8-core through wiring 1.5 mm² for additional control circuit or emergency lighting Plug and socket system for simple electrical connection of the through wiring Use: Decorative lighting for the retail trade, offices and administration, schools. Through wiring: 8 x 1,5 mm 2 Protection ratings: IP20 5

Colour navigation from the pack through to the individual components: the colour coding system uses blue to denote 5-core, purple for 7-core and green for 11-core wiring. This easily recognizable system is used consistently throughout all components of the continuous lighting system. Safety: The continuous lighting system is earthed automatically by forced contacting at the electrical components. The ends of the through wiring profiles are closed using patented protective caps. Safe & simple Structure of the continuous lighting system: Simple assignment of trunking and connectors using the conductor colour coding system. The gear trays are additionally protected against inadvertent polarity reversal during assembly by a mechanical coding system. Reliable gear tray contacting is possible at any position of the trunking along the continuous through wiring profile, permitting the structure of the continuous lighting system to be varied at will. Alongside standard gear trays for T26 and T16 lamps, new modules are now available for flexible continuous lighting solutions. The range includes emergency lighting modules as well as LED illuminated signs, sockets, trunking and spotlights. All accessories for continuous lighting system fixing can be clipped onto the trunking without the aid of tools and variably displaced in the lengthways direction. The wide-ranging selection of optical controls, including reflectors, louvres and panels, has the right solution to offer for every lighting situation. Flexible Energy efficient The drive to reduce energy consumption, cut damaging CO2 emissions and so reduce environmental pollution is something which concerns us all worldwide. In lighting systems, this effect can only be brought about by reducing energy consumption, not by implementing lower connected loads. But at the same time, a lighting system has to create an environment in which people can work efficiently and feel comfortable. In Germany, lighting accounts for around 12% of the total electrical energy expended. The majority of installed lighting systems are more than 15 years old, and lag considerably behind the latest developments in energy efficiency. If the lighting technology available today were used comprehensively throughout the country, in Germany the potential for savings would be: Offices: appr. 3.2 billion kwh Industry, workshops: appr. 8.4 billion kwh Roads: appr. 2.6 billion kwh Private homes: appr. 7.5 billion kwh In practical terms, this means that if modern lighting systems were used, CO2 emissions could be reduced by 13,000,000 metric tons annually. The new RIDI LINIA continuous lighting system with variable contacting permits savings by ensuring that specified luminous intensity levels are achieved with greater accuracy. The distances between luminaires can be 6

Toolless: Simple assembly using the proven RIDI twist-lock catch at the gear tray. This mechanism is used to fasten the gear tray on the trunking and also as a fixture for the optical control. Consistent colour coding for the through wiring profile system The phase selection and selection of emergency lighting circuits takes place by the simple displacement of contacts in the plug housing of the gear tray. The gear trays in different lengths and wide selection of modules can be used at any optional position in the trunking. chosen at will (see right). The open trunking simply needs to be closed by a dummy cover. At the same time, this solution helps cut procurement costs. The presence-controlled continuous lighting system LINIA-I opens up additional potential for ecological lighting and naturally for savings in terms of energy costs. Example of a production hall, room length 40 m, width 25 m, height 4 m Recommended mean luminous intensity Em 300 lx Solution 1: gear tray 158 connected to gear tray 158: 104 luminaires in the room, mean luminous intensity Em 404 lx, total output 5,720 Watts > Luminous intensity higher than recommended, high energy consumption, high procurement costs Solution 2: tray 158 alternating with dummy cover 158: 52 luminaires in the room, mean luminous intensity Em 205 lx, total output 2,860 Watts > Luminous intensity too low! Solution 3: Solution 3: gear tray 158 with optimized flexible spacing, - NEW - trunking closed by dummy cover (shortened as required): = Gear tray = Dummy cover 80 luminaires in the room, mean luminous intensity Em 313 lx, total output 4,400 Watts > Recommended luminous intensity achieved, optimized energy consumption, lower procurement costs 7

Raising the profile: Through wiring with a difference BLUE = 5-core Through wiring profile Through wiring: 5 x 2,5 mm 2 For three-phase wiring with phase selection at the gear tray Trunking Gear tray PURPLE = 7-core through wiring profile Through wiring: 5 x 2.5 mm² & 2 x 1.5 mm² For additional control cable or emergency light Trunking Gear tray GREEN = 11-core through wiring profile Through wiring: 5 x 2.5 mm² & 6 x 1.5 mm² For additional control cable and two emergency light circuits Trunking Gear tray 8

What works with which components? Compatibility Trunking VLT... -5 compatible with Gear tray VLG... -5 Trunking VLT... -7 compatible with Gear tray VLG... -5 VLG... -7 (facility for additional control cable or emergency light) Trunking VLT... -11 compatible with Gear tray VLG... -5 VLG... -7 (facility for additional control cable or emergency light) VLG... -11 (facility for additional control cable and two emergency light circuits) 9

Splash water proof, dust proof and safe Protection ratings IP20 and IP54 Seal VLTVD 10

Depending on what the room is used for, different demands are made on the luminaire protection rating. The specifications for production workshops differ considerably from those for office spaces or classrooms. Protection ratings: IP20: Proof against the ingress of solid foreign bodies larger than 12.5 mm in size IP54: Dust and splash water proof The same trunking can be used with the RIDI LINIA continuous lighting system to comply with either the IP20 or IP54 protection ratings. The required protection rating is achieved by selecting the suitable gear tray series. For IP20: Use of gear tray series VLG... and dummy cover VLB... (metal) / VLBK... (plastic) For IP54: Use of gear tray series VLSG... and dummy cover VLSB... (metal) / VLSBK... (plastic) Seal VLTVD has to be used at the trunking connection. Dummy cover VLSBK... (plastic) for IP54 can be shortened by the user as required. Here, the seal VLSBKD is mounted at the ends. When using gear trays VLSG... and dummy cover VLSBK... for IP54, the positive locking fixture between the trunking and dummy cover in the longitudinal direction eliminates the need for any additional means of sealing. This puts an end to the risk of seal ageing and fatigue, and ensures that the luminaire remains fully compliant with the protection rating over its entire life. The mains supply can be fed at the ends of the continuous lighting system or at the butt joints between two trunking elements. A sleeve is used for this which completely surrounds the cable and so guarantees the IP54 rating. 11

Stable basic continuous lighting system with new through wiring profile RIDI LINIA trunking VLT... The profile and trunking can be shortened by a skilled workman on site. NOTE: the protective cap must be replaced properly on the through wiring profile after cutting to size! Observe the assembly instructions. Cross section through the trunking with through wiring profile 12

The benefits of the VLT... trunking with through wiring profile: Toolless assembly of trunking connector, fixing accessories and terminals Simple assignment trunking and trunking connectors as well as electrical connector blocks due to colour coding Inscription on the mains connection is legible from below for ease of assembly. The mains connection is additionally identified by a mechanical coding system to prevent inadvertent polarity reversal during assembly. The continuous lighting system is earthed automatically by forced contacting both at the trunking connectors and the mains connections. There are two forms of mains connection possible: - at the face end through the knockouts in the end cap - from above through the knockouts at the joints between two trunking elements Reliable gear tray contacting is possible at any position of the trunking along the continuous through wiring profile, permitting the structure of the continuous lighting system to be varied at will. The same trunking can be used in the RIDI LINIA continuous lighting system for protection ratings IP20 and IP54. For IP54, the seal VLTVD is additionally required. The continuous lighting system is earthed automatically by forced contacting Connection to the power supply With mains connection VLNE-... S for solid core conductors (rigid), 1.5 + 2.5 mm² With mains connection VLNE-... F for stranded conductors (flexible), 1.0-2.5 mm² 13

Trunking against trunking as far as the eye can see... The trunking connector Seal VLTVD Mechanical trunking connection: Toolless plug-in connection by simply pushing the trunking elements together Earthing through forced contacting Pushing together 14

The standard VLT... trunking units are available from 1186 mm (T16 1-length) up to 4611 mm (T26 3-length). The trunking connector can be used to create continuous lighting systems to any optional length. Mechanical connection takes place without the need for tools by simply plugging together the components. This automatically establishes the PE conductor connection. To increase the mechanical strength of the trunking joint, in addition to the internal connector, the external trunking connector VLTVA can also be used (exclusively for IP20 compliance). The electrical trunking connectors are also colour coded to match the trunking elements, and are available in a 5-core (blue), 7-core (purple) and 11-core (green) version. The through wiring profiles are connected and automatically earthed by simply clipping in the electrical connectors. The electrical connector is reliably protected against inadvertent polarity reversal during assembly by a mechanical coding system. The colour coding of the through wiring profiles is continued in the electrical connector, permitting fast, simple recognition of the mounting direction. The visible continuous colour strip allows the installer to instantly monitor the safety and correctness of the installation. The same trunking units are used for the protection ratings IP20 and IP54. For IP54 compliance, use of the seal VLTVD is required at the connection points. Electrical trunking connection: Clear coding of the through wiring profiles with continuous colour strips along the sides 15

Ceiling fixture, cable channels etc. Accessories VLTHA VLTHB VLTHP VLTHT VLTKS VLTHD VLTWFK VLTWFS VLTHS VLTVD VLKL VLTLA Cable clip VLTLA For simple clipping onto the trunking 16

All fixing clips can be clipped onto the trunking without the use of tools and variably displaced in the lengthways direction, permitted dimensionally flexible suspension of the trunking. Whether tube pendant, wire or chain suspension, the wide range of RIDI LINIA accessories offers the right solution every time. Examples: With the VLTHA, the height can be precisely adjusted to the millimetre using a threaded nut With the VLTKS, the continuous lighting system can be suspended at an incline using chains of different lengths. VLTHT can be clipped directly onto the T- profile of the room ceiling. VLTHP is designed for direct fixture on a tube pendant. Using VLTLA and VLKL, additional conductors can be guided along the length of the continuous lighting system. VLTW The spacing between fixing points depends on the configuration / weight of the continuous lighting system. The maximum spacing is 3 m for exposed operation with vertical suspension. Distances of up to 5 m are possible with an M suspension arrangement (see sketch). Distance between fixing points with vertical suspension Cable channel VLKL Comprising VLKL clips and the relevant profiles in plastic. Suitable for laying in additional cables or for covering fixing elements. Toolless mounting at the side is also possible subsequent to installation. Distance between fixing points with M suspension arrangement 17

Straight on is not the only way! Junction UKN... Junction application examples 18

Junctions can be used to create a wide variety of geometrical patterns. The adjustable angle of between two mounted luminaires is limited between a minimum of 60 and a maximum of 300 (exception: VLRML). Between these angles, the two luminaires can be arranged at any infinitely variable angle relative to each other. The universal junction does not contain any luminaire adapters. the universal junction does not come with a luminaire adapter. These must be ordered separately depending on the luminaire and the required number. The connector blocks for the mains connection are contained in the universal junction kit. The maximum through wiring possible through junctions is 11 x 1.5 mm², and is contained in the adapter. For fixing junctions to the ceiling, there are three types of pendant fixing kits available: UKNS Wire suspension with metal ceiling fixtures UKNSB Wire suspension with canopy UKNR-VL 050 Tube pendant with canopy, length 0.5 m UKNR-VL 100 Tube pendant with canopy, length 1.0 m UKND Ceiling fixture First fix the universal junction point to the ceiling with the selected fixing kit. Fasten the luminaire adapter to the face end of the luminaire and mount the through wiring supplied with the luminaire adapter (max. 11 x 1.5 mm²). Then suspend the luminaire with the adapter in the universal junction point and tighten the locking screw. The electrical connection is then made and the universal junction closed with the two end caps. For precise instructions on mounting the junction points, see the mounting instructions. Mounting universal junction UKN Universal junction UKN, adapter UKNA-VLT and fixing accessories UKNS (wire pendant with ceiling fixture), UKNSB (wire pendant with canopy), UKNR-VL (tube pendant) 19

For clip fixing at any optional position on the trunking RIDI LINIA gear tray VLG... The flexibility of the system permits the gear trays to be mounted in any position in the trunking. If it should happen that the power take-off of the gear tray coincides during assembly with a trunking joint (here there is an electrical connection block instead of the through wiring profile), the power take-off can be removed, turned 180 and plugged back on again. The gear tray can then be turned 180 and mounted in the trunking. Consequently power take-off takes place at a different location, without compromising flexibility. If the EVG control gear coincides with a trunking joint, it is possible to use trunking connectors VLTV 600 to create free space for the EVG, allowing the gear tray to be mounted in the preferred position. As shown on the picture, the mechanical coding on the power take-off / gear tray prevents inadvertent polarity reversal. Remove the power take-off turn 180 and replace. 20

The RIDI LINIA gear tray comes in the following standard versions: VLG... for protection rating IP20 VLG-I... / VLG-IT... for protection rating IP20 with movement sensor VLSG... for protection rating IP54 VLSG... FF for protection rating IP54 with protection tube VLSG... SRD for protection rating IP54 with triangular protection tube VLSGR... for protection rating IP54 with reflector and panel The gear trays are offered in three different versions:... -5: 5-core with blue colour coding for mounting in VLT-5, VLT-7 or VLT-11... -7: 7-core with purple colour coding for mounting in VLT-7 or VLT-11... -11: 11- core with green colour coding for mounting in VLT-11 The RIDI LINIA series gear trays are designed for T26 lamps. Model designation e.g. VLG 158-5 = 1-lamp gear tray for T26 lamp in 58 watt, 5-core version (blue) T15 lamps are used in the RIDI LINIA T16 series. Model designation e.g. VLG-T16 280-7 = 2-lamp gear tray for T16 lamp in 80 watt, 7-core version (purple) The gear tray is still fixed in the trunking without tools using the proven RIDI twist-lock catch. The plastic coated toggle with metal core provides a reliable hold even in case of fire. The gear trays can be mounted any optional distance apart in any required position in the trunking. The gaps created in-between can be completely closed using a dummy cover. The gear tray and the many modules can be positioned in any optional location in the trunking. Contacting the power take-off at the through wiring profile (for the sake of clarity, only the power take-off is shown here, not the complete gear tray) The power pick-up also has a contact at the side for automatic earthing. Phase selection by displacing the contact Standard setting = L2 Displacement is possible to the left for L1 or to the right for L3 In the 11-core version, the emergency lighting circuit can additionally be selected by displacing the contacts. 21

The intelligent continuous lighting system with integrated presence sensor provides light only where it is required. The tray is mounted on standard trunking. Retrofitting on already installed systems is easily performed by simply exchanging the gear tray (plug & play solution). The intelligent gear tray for presence-controlled light RIDI LINIA VLG-I / VLG-IT The system can be operated without the need for programming and without an additional control cable. Special EVG-DALI ballasts with warm start and automatic switch-off function are used. Optimized power loss. The standard sensor Reliable detection of persons in a range of 4m x 6m around the sensor with a mounting height of 3.5 to max. 5 m. Pick-up range: For the size of the sensor, optimum density of pick-up fields. 22

The use of presence sensors ensures that the lighting is only operational when there are people present. The combination of sensor and EVG ballast works independently of programming or addressing (plug & play). If external access to the system is required, then gear trays VLG-IT must be used. Every unit of the LINIA system is fitted with a presence sensor. When using master and slave gear trays, a maximum of three slave gear trays may be controlled by one master gear tray. If a person is present, the lamp is switched on. If no further presence is detected after five minutes, the lamp is switched off again. If a further persons enters the sensor range during the switchoff delay, this period is started again from zero, i.e. the luminaire is switched on again for at least a further 5 minutes. The default starting time for the lamp is 0.7 seconds. If no further persons are detected in the pick-up range of the sensor for a period of 5 minutes, gradual switch-off the lamp begins. The number of switching cycles (> 300,000) does not influence the service life of the lamp. If the luminaire is mounted at a height of 3.5 m, approaching persons are picked up reliably in an area measuring 4 m x 6m around the sensor. For mounting heights above 5 m to max. 10 m, a special sensor is required. When the lamp is switched off, the power consumption of the sensor unit is 0.5 W. Savings in terms of electrical energy To verify the possible energy savings, four systems were installed and monitored in industrial plants. In the first location, 75 LINIA continuous lighting units were installed in the roadway, assembly line and common room. After two months, on average 42% energy savings were achieved. At the second location, installation took place in the logistics area. The savings achieved here in an approximately 6-month period amounted to 47%. In the third location, 45 LINIA continuous 2- lamp lighting units were used to illuminate special test stations, resulting in energy savings of 47%. The system can theoretically be used in any type of environment. It should be noted that any potential savings are reduced as the number of persons present increases. Particularly suitable applications include corridors, common rooms and temporarily manned workstations or offices. The fourth location involved installation in part of an open-plan office. This test was performed using an existing recessed luminaire fitted with 1 x 58 W lamp and matt louvre. The existing luminaires were equipped with a standard presence sensor and the EVG-DALI ballast. This test has been running for one year and has indicated energy savings of 52 %. TO SUMMARIZE: Depending on the varying presence of personnel, savings of about 50 % can be achieved. The 10m sensor Reliable detection of persons in a range of 6m x 8m around he sensor with a mounting height of max. 10 m. Pick-up range: Due to the mounting height and the configuration of prisms, the distances between pick-up fields are greater. Luminous flux 100% 10% 0,7 s 5 min 24 s 17 s t First movement Max. luminous flux Last movement Dimming starts Min. luminous flux Lamp is switched off 23

The right element for every requirement RIDI LINIA modules VLM... rotatable for fixing at 0, 45 or 90 VLM-STS 600... With 3-phase track, phase selection at the spotlight adapter. 5-core version, blue colour coding, for mounting in VLT-5, VLT-7 or VLT-11 VLM-... with spotlights DOMINO, TANGO, ROCKY, PABLO and FOX from the RIDI range. 5-core version, blue colour coding, for mounting in VLT-5, VLT-7 or VLT-11 VLM-ST 300... With integrated PE socket 5-core version, blue colour coding, for mounting in VLT-5, VLT-7 or VLT-11 24

The RIDI LINIA modules are produced on the basis of gear tray VLG. Because they use the same cross-section and fixture method, they can be used at any optional location in the trunking VLT. Electrical contacting uses the same plug contacts as for VLG. Module types: Emergency lighting module with lampholder E14 or E27 Emergency lighting module for compact lamp TC 5 to 11 Watt Emergency lighting module with sign Module with mounted spotlights from the RIDI range Module with trunking Module with socket Module with emergency lighting LED Module with sensor The modules and gear tray can be freely combined in a continuous lighting system depending on requirements. The spaces created as a result can be completely closed using a dummy cover. Dummy cover VLB made of sectional sheet steel with same twist-lock catch as the VLG for fixing optical controls Dummy cover VLBK made of plastic, clips into the trunking using projecting catches, for optional shortening on site. VLM-LED-NL 600... Emergency lighting module with LED 7-core version, purple colour coding, for mounting in VLT-7 11-core version, green colour coding, for mounting in VLT-11 for selection of two separate emergency lighting circuits VLM-SEN-600... Module with sensor for movement and daylight 7-core version, purple colour coding, for mounting in VLT-7 or VLT-11 VLM-LED-HW... Emergency lighting module with emergency exit sign 7-core version, purple colour coding, for mounting in VLT-7 11-core version, green colour coding, for mounting in VLT- for selection of two separate emergency lighting circuits rotatable for fixing at 0, 45 or 90 VLM-E14 300... Emergency lighting module with E14 lampholder. 7-core version, purple colour coding, for mounting in VLT-7 11-core version, green colour coding, for mounting in VLT-11 for selection of two separate emergency lighting circuits VLM-E27 300... Emergency lighting module with E27 lampholder. 7-core version, purple colour coding, for mounting in VLT-7 11-core version, green colour coding, for mounting in VLT-11 for selection of two separate emergency lighting circuits VLM-K11 600... Emergency lighting module for compact fluorescent lamp TC5 up to 11 Watt. 7-core version, purple colour coding, for mounting in VLT-7 11-core version, green colour coding, for mounting in VLT- for selection of two separate emergency lighting circuits 25

Unlimited versatility and scope for combination RIDI LINIA optical control Reflector connector VLRV Is clipped in without using tools for even alignment of the reflector at the butt joints. 26

The wide selection of products available for the RIDI LINIA continuous lighting system offers just the right solution no matter what the requirement: reflectors, louvres and panels selectively direct the light without dazzle or glare. Additional aluminium reflectors can be inserted in the VLR... reflector series. These impact on the optical control in different ways (wide, narrow and inclined beam light distribution). Louvres and panels can be combined with a wide range of reflectors from the product selection to achieve certain photometric or aesthetic effects. The product pages contain a pictogram alongside each reflector (similar to the drawing on the right) which indicates other combination possibilities. The industry reflectors made of matt anodized super-purity aluminium are specialists in ensuring maximum efficiency, with an LOR of 90-100%. They are avai - lable in a wide, narrow or inclined beam light distribution version. All reflectors can be mounted without tools using the proven RIDI twist-lock catch. Batten Trunking Gear tray Optical control/reflector Lay-in reflector Lay-in louvre / panel Reflector divider VLRZW Clips into the reflector connectors in continuous lighting systems RIDI LINIA (T26). Serves as an optical divider of the continuous lighting system and to improve longitudinal glare. Simple fixture of the reflector takes place at the twist lock catches on the gear tray. 27

What can be done with 5, 7 or 11-core through wiring? Continuous lighting system planning RIDI continuous lighting system Expert The Continuous Lighting System Expert is the ideal tool for simple, convenient combination of continuous lighting systems and their various components. The necessary PC software can be downloaded from www.ridi.de. The user is guided by an easy-to-use menu prompting system to make all the necessary inputs. The software produces a parts list containing all the necessary components and calculates the gross prices. Pin assignment at the mains connection in the trunking Pin assignment at the adapter in the gear tray Neutral Three phase wiring Phases Neutral Three phase wiring: phase selection using sliding contacts PE cable PE cable 5-core PE cable Neutral Three phase wiring Phases Dimmer cable 1 or Emergency light phase L PE cable PE cable Dimmer cable 2 or Emergency light neutral N 7-core Neutral Three phase wiring: phase selection using sliding contacts Dimmer cable 1 or Emergency light phase L PE cable Dimmer cable 2 or Emergency light neutral N Neutral Three phase wiring Phases Dimmer cable 1 PE cable Dimmer cable 2 Emergency lighting circuit 1 phase L Emergency lighting circuit 2 phase L Emergency lighting circuit 1 neutral N Emergency lighting circuit 2 neutral N PE cable 11-core Neutral Three phase wiring: phase selection using sliding contacts Dimmer cable 1 Dimmer cable 2 Emergency light phase L Circuit 1 or 2 using sliding contacts Emergency light neutral N Circuit 1 or 2 using sliding contacts PE cable 28

Planning basis: BLUE system = 5-core through wiring 5 x 2.5 mm² (16A) Use: For standard continuous lighting systems with 3-core load distribution L1, L2, L3. Phase selection takes place at the adapter using sliding contacts. Phase selection at the adapter Trunking Example 1 Continuous lighting system fully fitted with lamps. In the simplest application, the gear tray and optical control must be selected in accordance with the continuous lighting system length. Trunking, 9-length, e.g. VLT... -5 e.g. VLG 158-5 Example 2 Continuous lighting system alternately fitted with gear tray + optical control and dummy units VLB Trunking, 9-length, e.g. VLT... -5 e.g. VLG 158-5 e.g. VLB... Example 3 Continuous lighting system flexibly fitted with gear tray + optical control. In this application, the intermediate spaces have to be completely closed using the plastic dummy cover VLBK which is cut to length on site. Trunking, 9-length, e.g. VLT... -5 e.g. VLG 158-5 e.g. VLBK... with adjusted length Example 4 Continuous lighting system flexibly fitted with gear tray, optical control and module inserts. In this application, the intermediate spaces have to be completely closed using the plastic dummy cover VLBK which is cut to length on site. Trunking, 9-length, e.g. VLT... -5 e.g. VLG 158-5 e.g. VLM... STS module with trunking and spotlight e.g. VLBK... with adjusted length 29

Planning basis: PURPLE system = 7-core through wiring 5 x 2,5 mm² (16A) 2 x 1,5 mm² (10A) Use: For continuous lighting systems with 3-core load distribution in dimmable version or in conjunction with emergency lighting inserts. Phase selection at the adapter Trunking Example 1 Continuous lighting system fully fitted with lamps in a dimmable version. In the simplest application, the gear tray and optical control must be selected in accordance with the continuous lighting system length. Trunking, 9-length, e.g. VLT... -7 e.g. VLG 158-7 DALI Example 2 Continuous lighting system fully fitted with lamps in a conjunction with emergency lighting inserts. In the simplest application, the gear tray and optical control must be selected in accordance with the continuous lighting system length. Trunking, 9-length, e.g. VLT... -7 e.g. VLG 158-5 e.g. VLG 158-7 EVG-ED1 Example 3 Continuous lighting system flexibly fitted with lamps in a dimmable version. In this application, the intermediate spaces have to be completely closed using the plastic dummy cover VLBK which is cut to length on site. Trunking, 9-length, e.g. VLT... -7 e.g. VLG 158-7 DALI e.g. VLBK... with adjusted length Example 4 Continuous lighting system flexibly fitted with gear tray and emergency lighting module inserts. In this application, the intermediate spaces have to be completely closed using the plastic dummy cover VLBK which is cut to length on site. Trunking, 9-length, e.g. VLT... -7 e.g. VLG 158-5 e.g. VLBK... with adjusted length e.g. VLM... HW emergency sign/ emergency light module 30

Planning basis: GREEN system = 11-core through wiring 5 x 2,5 mm² (16A) 2 x 1,5 mm² (10A) 4 x 1,5 mm² (10A) Use: For continuous lighting systems with 3-core load distribution in dimmable version and additionally 2 independent emergency lighting circuits. Selection by means of sliding contacts. Phase selection at the adapter Selection of emergency lighting circuits Trunking Example 1 Continuous lighting system fully fitted with lamps in a dimmable version and additionally one adjustable emergency lighting circuit. Trunking, 9-length, e.g. VLT... -11 e.g. VLG 158-7 DALI e.g. VLG 158-11 DALI-ED1 Example 2 Continuous lighting system flexibly fitted with lamps in a dimmable version and additionally one emergency lighting circuit. In this application, the intermediate spaces have to be completely closed using the plastic dummy cover VLBK which is cut to length on site. Trunking, 9-length, e.g. VLT... -11 e.g. VLG 158-7 DALI e.g. VLG 158-11 DALI-ED1 e.g. VLBK... with adjusted length Example 3 Continuous lighting system flexibly fitted with lamps in a dimmable version and additionally two emergency lighting circuits. In this application, the intermediate spaces have to be completely closed using the plastic dummy cover VLBK which is cut to length on site. Trunking, 9-length, e.g. VLT... -11 e.g. VLG 158-7 DALI e.g. VLG 158-11 DALI-ED1 Circuit 1 e.g. VLBK... with adjusted length e.g. VLG 158-11 DALI-ED1 Circuit 2 Example 4 Continuous lighting system flexibly fitted with lamps in a dimmable version, two emergency lighting circuits and module inserts. In this application, the intermediate spaces have to be completely closed using the plastic dummy cover VLBK which is cut to length on site. Trunking, 9-length, e.g. VLT... -11 e.g. VLG 158-7 DALI e.g. VLG 158-11 DALI-ED1 Circuit 1 e.g. VLM... STS module with trunking and spotlight e.g. VLBK... with adjusted length e.g. VLM... HW emergency sign/ emergency light module Circuit 2 31