APPENDIX: Table of contents INTRODUCTION. 1. What is DALI 1.1 DALI History 1.2 DALI System description

Application Guide

Table of contents INTRODUCTION 1. What is DALI 1.1 DALI History 1.2 DALI System description 2. AGILI-T Network DA benefit for Network Ballasts 3. The AGILI-T Network DA system 4. AGILI-T Network DA components 4.1 AGILI-T Network DA 4.2 AGILI-T Network Loop 4.3 AGILI-T Network Bus 4.4 AGILI-T EXTERNAL BUS 4.5 AGILI-T BUSMASTER8 4.6 AGILI-T ETHERNET HUB 4.7 Wall Controllers 4.8 Sensors 4.9 AGILI-T Network Software APPENDIX: A. AGILI-T specsheets B. AGILI-T intructions sheets C. TRIDONIC Specsheets D. AGILI-T Network Software E. AGILI-T NETWORK COMPONENTS F. Momentary dry contact Switch

INTRODUCTION Introducing the architectural pendant that has something for everyone People are different. They have different tastes, different needs and different ideas about lighting. Over time, their outlook can change, their workspace can evolve. But they still need to feel good about their surroundings and their bottom line. Because of its awkwardness and heavy installation costs, pendant lighting has long had difficulty in meeting individual needs and keeping up with changing layouts... until now. AGILI-T s state-of-the-art lightweight construction has all the elements: style, mobility, adaptability and affordability to create a satisfying and lasting pendant lighting experience. With its innovative design and exceptional flexibility, the AGILI-T concept brings pendants to the next level, establishing once again Lightolier s leadership in the lighting industry. Introducing the first interconnected lighting system designed around individual control As technology and ergonomics combine to create new increasingly flexible working environments, occupants require more control over their space, including their lighting. AGILI-T Network is the first lighting system that fully integrates all the elements of individual control. It is designed to meet the growing, enterprise-wide need for personal lighting control, in situations such as desktop videoconferencing and small team presentations, while offering the style, mobility, adaptability and affordability of regular AGILI-T luminaires. With its patent-pending integrated wiring, AGILI-T Network solves all the complex problems of adapting current luminaires to network ballasts. Lightolier is committed to providing the benefits of network ballast technology in the simplest, most attractive way possible.

Flexible Lighting System AGILI-T Network is the most flexible and sophisticated lighting system available today. The AGILI-T Network engineering team has developed and assembled a full range of new control technologies using the existing infrastructure (wiring and communication) present in any modern commercial building. The result is an affordable set of new lighting functions, which can easily be retrofitted or used in new construction projects. All of the AGILI-T Network elements described are now available in 277 volt and 120 volt systems. These elements have been tested and are currently in use on a building wide scale. Commissioning support has also been negotiated for your projects. You will have a competent technology partner able to quote your customer directly on the commissioning and maintenance support of your AGILI-T Network projetcs We will attempt to explain the technology elements in a simple fashion so that you and your customer can be capable of applying this technology. The following is a list of lighting application solutions that can be solved by an AGILI-T Network system. Single Office or Boardroom Personal dimming control of AGILI-T Network luminaires in the space from a computer or from a wall box contoller. Occupancy sensing is also possible from an internal DALI smart sensor in the luminaire. (In the first quarter 2002 daylight sensing will also be possible from the same sensor and remote sensing will also be possible from ceiling sensors for daylight and occupancy.) The advantage of DALI is that you do not have to circuit the boardroom. You simply address and group the luminaires as required and store in the ballasts the required scene data. When a lighting scene is selected the appropriate luminaires and light levels will be selected. Large area with central control Building management without individual control through control of all luminaires in an area or building for daylight harvesting, energy saving, peak demand reduction, light scheduling, and security lighting. The system has energy monitoring, event scheduling and discrete luminaire control when required.

Large building or area with Individual Control System offers a combination of building management and individual control. Control of all luminaires in an area or building for daylight harvesting, energy saving, peak demand reduction, light scheduling, and security lighting. The system has energy monitoring, event scheduling and discrete luminaire control when required. Individual control of luminaires by individual users in the space all control provided simply over the building Intranet. Large building control with individual control and occupancy sensor - System offers a combination of building management, individual control and added savings from individual occupamcy sensors in each luminaire. Control of all luminaires in an area or building for daylight harvesting, energy saving, peak demand reduction, light scheduling, and security lighting. The system has energy monitoring, event scheduling and discrete luminaire control when required. Individual control of luminaires by individual users in the space all control provided simply over the building Intranet. Smart occupancy sensors in each luminaire turn lights off or reduce light levels when users are not in their work areas.

1. What is DALI 1.1 DALI History The history of DALI is all about simplicity, standardization and cost effectiveness. The ballast companies had been requested by the building management companies to make ballasts, which worked using their protocols. There are about 75 ballasts required for a complete fluorescent electronic offering. A full set of ballasts would have been required for each protocol (Cebus, EIB, Lonworks, Bacnet etc). Creating ballasts with a Neuron chip from an existing protocol was also very expensive and provided functionality well beyond what was required for lighting. The ballast companies in Europe which are now also the major owners of the leading ballast companies in North America decided to create their own simplified protocol. The discussions actually began in 1991 and agreement to create a new standard began in 1994. The design program was completed in 1999. 1.2 DALI system description Each unit in the DALI network has it s own individual address providing direct communication to each DALI lighting components. The wiring consists of a simple two-wire cable without polarity. Furthermore, AGILI-T Network use class 1 wires allowing Network wiring to be done through the same conduit used for standard electrical circuit wiring. The system can be reconfigured (scene control, group setting etc ) by programming without needing to change wiring or hardware. New DALI components can be added anywhere in the DALI system, no wiring configuration rules apply on the DALI line. A DALI Loop has a limit of 64 addresses. Multiple DALI loops can be joined together through computer software to provide control over large number of DALI devices. DALI is not competing against BMS systems but it could be complementing them through specific system interface.

DALI Ballast Technology Terms Addressable luminaires System capability to communicate and control with individual luminaires or even parts of individual luminaires. Ballast Memory Ballast is able to store all data including groups, scenes, light levels, and emergency conditions. Memory also includes seven states of the ballast to monitor ballast operation, lamp operation and energy consumption. The result is simple control devices, which do not require any programming or setup versus competing technologies where every wall box controller must be tediously programmed. Two-way communication Messages can be sent to the ballast and when polled messages can be received from the ballast. This bi-directional information flow enables information feedback on the condition of the DALI devices. Information like luminaire state (on/off), Light level, energy consumption lamp and ballast condition can be read from the Network to provide enhanced building and energy management. DALI Bus A device that sits anywhere on the two DALI wires. This device is the interface to a computer for DALI ballast programming and control Smart Occupancy Sensor An occupancy sensor that sits on the DALI line in an AGILI-T Network luminaire. These sensors are much smarter than normal occupancy sensors and can be programmed over the DALI line. Category One wiring The power and DALI wiring are permitted by code to be in the same conduit. This makes wiring much simpler as you do not need an extra cable for communication as in other systems. Intranet Control AGILI-T Network luminaires can be assigned to individual users in a building. Control is through Internet Explorer to an internal AGILI-T Network lighting web server technology.

2. Networking with AGILI-T Agili-T Network DA is the first luminaire specifically designed for network control. Imagine controlling every aspect of lighting within a group of luminaires, down to a resolution of a single luminaire... You can with Agili-T Network DA, the first luminaire system designed to integrate cost-effective network ballast technology. Single-luminaire Resolution Within a network, the unit of lighting control is the individual Agili-T Network DA luminaire. Because every single luminaire is fully addressable from any designated computer workstation, network lighting technology offers a new level of control in terms of ambience, productivity, visual comfort, etc. Energy-saving Opportunities More points of control, daylight control, time-based dimming, network-wide dimming and other personalized settings are just some of the ways to cut down on operating costs while delivering all the light required by occupants. Easily Re-configurable Controls With today s frequent remodeling of office layouts, Agili-T Network DA facilitates the change over to new lighting control characteristics; special network software can be easily re-programmed to suit new localized needs. Network-wide Feedback Network lighting software also warns of ballast problems and end-of-life re-lamping needs. Energy consumption can be measured in real-time, from one luminaire to a group of luminaires or from the entire building. From that information, statistic cans by put together and analyzed giving tremendous opportunities to save energy by, for example, controlling electrical peek demand. Lightolier is committed to integrating developments in network technology,

AGILI-T Network DALI applications Single Office or Boardroom - Use AGILI-T Network luminaires with wall box scene controllers and an AGILI-T Network DALI power supply. Large area with central control - Use AGILI-T Network luminaires connected to a Busmaster panel. The Busmaster panel has an Ethernet link to a central computer, which controls all luminaires in the space. Large building or area with Individual Control - Use AGILI-T Network luminaires connected to a Busmaster Panel. The Busmaster Panel has an Ethernet Link to a central server computer on the building LAN (Local Area Network). Individual users gain control through Internet Explorer (5.0 and higher) using a personal password. For large buildings a Busmaster panel will be required on each floor and an ethernet connection from each of the Busmaster panels to the server computer for the building. Large building control with individual control and occupancy sensor - Use AGILI- T Network luminaires with integral smart occupancy sensors connected to a Busmaster Panel. The Busmaster Panel has an Ethernet Link to a central server computer on the building LAN (Local Area Network). Individual users gain control through Internet Explorer (5.0 and higher) using a personal password. For large buildings a Busmaster panel will be required on each floor and an Ethernet connection from each of the Busmaster panels to the server computer for the building.

AGILI-T Network DALI Ordering Guide DN UNV DA Ex. AGS4PGRDN228UNVDA

3. The AGILI-T Network DA system A typical AGILI-T NETWORK DA circuit includes AGILI-T Network DA Luminaires, AGILI-T Network Buss and DALI controllers all connected through the AGILI-T Network Loop AGILI-T Network DA: The AGILI-T Network DA luminaire utilizes DALI protocol to provide control and 2 way communication through the network (See section 4.1 for specific information) AGILI-T Network Loop: The AGILI-T Network Loop is the link between the AGILI-T Network Luminaire, the DALI Controllers and the AGILI-T Network Bus. (see section 4.2 for more information) AGILI-T Network Bus: This device powers the Network wires. There is one AGILI-T Network Bus per AGILI-T Network Loop.. This device is also the interface between the Network Loop and the computer to provide control and feedback recording through software (See section 4.3 for specific information) DALI Controllers: These types of DALI devices can be wall switch controllers (by others) for Group control, Scene control, On/OFF and Raise/Lower. DALI controllers can also take the form of a ceiling or luminaire mount sensor for occupancy sensor or daylight control. AGILI-T Network Software: The AGILI-T Network Software provides communication to multiple AGILI-T Network Loops to achieve complete building Lighting System Control. By using software we can also realize individual lighting control using the actual user Ethernet system. Software may also be used to interface with existing Building Management system. (See section 4.9 for more information)

4. AGILI-T Network DA components This section reviews and describes the different components to build an AGILI-T Network DA system. 4.1 AGILI-T Network DA Each AGILI-T Network DA power feed has 6 wires. Four wires for LINE 1 and LINE 2, plus 2 wires for Network control. All wires are CLASS 1 and can be installed in the same conduit (See figure 4.1.A). Figure 4.1.A AGILI-T Network and Power Feed AGILI-T Network DA utilizes Class 1 wires and could be installed in the same conduit See figure 4.1.B for double circuit utilization for each AGILI-T Network DA model. In a row configuration where a mix of luminaires using circuit 1 (line 1, black wire) and circuit 2 ( line 2, red wire ), the power feed of that row should be wired as Figure 4.1.B in AGM configuration (last wiring diagram). The two continuous-wired circuits maintain the integrity of separate controls for luminaires using circuit 1, circuit 2 or both (AGM). The AGM luminaire uses circuit 1 (line 1, black wire) for direct lower lamp compartment and circuit 2 (line 2, red wire) for the indirect upper lamp compartment.

Ground N 120/277v 1. Green 2. White 3. Black 4. Red AGS Power Feed 5. Purple To Network 6. Grey Ground N 120/277v 1. Green 2. White 3. Black 4. Red AGL Power Feed 5. Purple To Network 6. Grey Ground N 1. Green 2. White 3. Black AGU Power Feed 120/277v 4. Red 5. Purple To Network 6. Grey Ground N Line 1 Line 2 120/277v 1. Green 2. White 3. Black 4. Red 5. Purple AGM Power Feed To Network 6. Grey 4.1.B AGILI-T Circuit utilization

4.2 AGILI-T Network Loop The AGILI-T Network Loop is the link between the AGILI-T Network DA luminaire, the DALI Controllers and the AGILI-T Network Bus. The Network has a maximum length of 300 Meters (~980 feet) and carries a current of 250 ma. The Network system uses Class 1 wiring and can be built within the same conduit as the Power Circuit. (see figure 4.2.A) TO OTHER AGILI-T LUMINAIRE 1 2 3 4 5 6 ONE CONDUIT AGILI-T LUMINAIRE AGILI-T LUMINAIRE TO CIRCUIT PANEL AGILI-T Luminaires, out of the factory, can be installed anywhere on the network. Their particular address and settings is done by software through the network after installation. AGILI-T Network Loop Figure 4.2.A Typical AGILI-T Network Loop Multiple Lighting Network Loops are used to control a large number of luminaires.

4.3 AGILI-T Network BUS Each AGILI-T Network Loop needs an AGILI-T Network Bus for communication. The AGILI-T Network Bus provides communication and power for a unique Lighting Network Loop. This device could be a stand-alone unit like the AGILI-T EXTERNAL BUS or could be installed inside a cabinet like the AGILI-T INTERNAL BUS (AGILI-T BUSMASTER8 cabinet is described in 4.4) AGILI-T Network Loop 120V AGILI-T AGILI-T EXTERNAL EXTERNAL BUS BUS AGILI-T Network Loop 120V AGILI-T BUSMASTER8 RS-232 Cable AGILI-T INTERNAL BUS FIGURE 4.3.A AGILI-T Network BUS An AGILI-T Network Loop has a limited number of Network Devices. It can support up to 64 AGILI-T Network DA and up to 16 DALI Controllers. An AGILI-T Network DA luminaire counts for 1 Network Device AGS, AGU, AGL and 2 Network Device for AGM.

4.4 AGILI-T EXTERNAL BUS AGILI-T Network Loop The AGILI-T EXTERNAL BUS provides power to the Network Loop and interface to a computer. (See figure 4.4) 120V AGILI-T EXTERNAL BUS RS-232 Cable SPECIFICATION: Number of Network Loop: 1 Number of Network devices: Network Power: Alimentation: 64 AGILI-T Network DA + 16 DALI controllers 250 ma 120V

TO OTHER AGILI-T LUMINAIRE 1 2 3 4 5 6 Divide Wires in accordance to the National Code and local regulations TO CIRCUIT PANEL ONE CONDUIT AGILI-T LUMINAIRE AGILI-T LUMINAIRE DALI Controler 120V AGILI-T EXTERNAL BUS Control Computer location AGILI-T Network Loop IBM Compatible RS-232 Cable Figure 4.4.A AGILI-T EXTERNAL BUS

4.5 AGILI-T BUSMASTER8 AND AGILI-T INTERNAL BUS The AGILI-T BUSMASTER8 provides secure enclosure and 12v AC power to the AGILI-T INTERNAL BUS. It can contain up to 8 AGILI-T INTERNAL BUS. This device can also contain an AGILI-T ETHERNET HUB to achieve interface between AGILI-T Network Loop(s) (see section 4.6) and the Intranet communication system (LAN) for multi-user computer control. (see FIGURE 4.6.A) AGILI-T Network Loop 120V AGILI-T BUSMASTER8 AGILI-T INTERNAL BUS SPECIFICATION AGILI-T INTERNAL BUS Number of Network Loop: 1 Number of Network devices: Network Power: Alimentation: 64 AGILI-T Network DA + 16 DALI controllers 250 ma 12V AC 60Hz SPECIFICATION AGILI-T BUSMASTER8 Number of AGILI-T INTERNAL BUS: Up to 8 Alimentation: 120V 60 Hz

4.6 AGILI-T ETHERNET HUB The AGILI-T ETHERNET HUB, installed in the BUSMASTER8, provide interface to up to 8 AGILI-T INTERNAL BUS to the Intranet Area Network (LAN). This interface permit communication between the AGILI-T Network Loop and the computers system to allowed multi-users computer control. This very powerful communication system will achieve, for example individuals Lighting controls. (see FIGURE 4.6.A) AGILI-T Network Loop 120V AGILI-T BUSMASTER8 AGILI-T ETHERNET HUB RG-45 LAN Cable SPECIFICATION 8 port Serial Port RS232 to Ethernet

TO OTHER AGILI-T LUMINAIRE 1 2 3 4 5 6 Divide Wires in accordance to the National Code and local regulations TO CIRCUIT PANEL ONE CONDUIT AGILI-T LUMINAIRE AGILI-T LUMINAIRE DALI Controler AGILI-T Network Loop AGILI-T BUSMASTER8 SERVICE ROOM 120V AGILI-T ETHERNET HUB Ethernet Workstation Laptop computer Workstation Figure 4.6.A AGILI-T BUSMASTER8

CIRCUIT A CIRCUIT B CIRCUIT C CIRCUIT D CIRCUIT E CIRCUIT F CIRCUIT G Divide Wires in accordance to the National Code and local regulations TO CIRCUIT PANEL 1 2 3 4 1 2 3 4 5 6 Up to 8 AGILI-T Network Loop RS232 to Ethernet interface 120V AGILI-T BUSMASTER8 5 6 SERVICE ROOM Ethernet Workstation Laptop computer Workstation Figure 4.6.B AGILI-T BUSMASTER8

4.7 Wall Controllers The DALI Wall Controllers may achieve two functions (based on specific models, provided by others). TO OTHER AGILI-T LUMINAIRE 1 2 3 4 5 6 1. Lighting control: Call up scene, group, raise up, raise down, On, OFF etc. 2. Luminaire intelligence setup: Certain DALI Wall Controller models can achieve function like luminaire addressing, group setting, scene setting etc. ONE CONDUIT AGILI-T LUMINAIRE DALI Controler The DALI Wall Controllers provides control over one AGILI-T Network Loop. Those devices get their power from the Network. Its particular energy load (250 ma per Network Loop) limits the number of devices allowed on one Network Loop.

4.8 Sensors - Power ON On a power on mode, the smarteye will be deactivated from any DALI bus signals. After 4 Sec, the sensor will search for addressed ballasts. This will take maximally 2 sec. The smarteye will query following information from the attached addressed ballast(s) All Group Addresses related to the attached ballasts (Group 0-15) Value of Scene 15 After a max of 6 sec the smarteye will be ready to accept and forward DALI commands. The motion sensor will be ready after 15 seconds to detect any motion. (Startup time for the PIR after power-up). After that time a 2 minutes timer will be started. After this timer runs out, the ballast will be switched OFF or scene 15 will be recalled (see also Timeout Motion timer). When powered, the ballast will go to the value set in the ballast itself as power on value. If no motion is recognized within this time, the individual settings will be recalled. - Motion If the ballast is switched off or scene 15 is active and a motion is recognized, the module will recall the last used scene or the last used power level to the ballast. If there is no recognizable value, (no short address assigned) the value stored in the ballast as max level is recalled. If the ballast is switched on already, no change will be made on the light level. The smarteye knows the last scene/light level as he is listening to the bus communication based on addresses and memorizes these values. If motion is recognized, an adaptive timer (Motion timer) is started. This timer is adapting automatically to a time of 2... 20 minutes depending on motion frequency. - No motion (Timeout Motion timer) If the Motion timers runs out, all ballasts are switched off. That means either scene 15 is recalled, if scene 15 is not having a stored value of 255 (mask=not defined)

or the ballasts are switched off on behalf of the Direct Arc Power value 0, the ballasts will be switched off with the ramp memorized into the ballast. - Manual OFF If the ballast are switched off by a short address command, the Manual Off timer is started. This timer runs out if for 10 consecutive minutes no motion is detected. Only then the sensor would switch on the ballast if motion is detected. - Manual ON If the ballasts are switched on, on behalf of a short address command, an Adaptive Motion timer of 2 minutes is started or eventually restarted. - Broadcast and Group commands If the ballasts are switched on with a broadcast or a group related command, the smarteye would not recognize this and the command would not be stored. The individual settings (all commands sent in conjunction with the address) are kept. A broadcast-, group OFF or Scene 15 will not be recognized as manual OFF and would not start the Manual off Timer. The motion sensor will switch on the light without any delay upon recognition of presence. A Broadcast-, Group ON will switch on all switched off ballasts, if no motion is detected, a 15 minute timer will be started. (Similar to power ON situation) Upon running out, the ballast will be switched off. This timer can be triggered. A Broadcast, Group ON, on a situation where the ballasts are already on, will restart the Motion timer. When the motion timer will run out, the lights are switched off; there will be no waiting time of 15 minutes.

Reaction on commands Command Actual situation Motion (ON) No motion (OFF) Broadcast command Group command Short command ON OFF ON OFF ON OFF ON OFF ON OFF ON OFF motion motion motion timeout retrigger retrigger retrigger 10min ON timeout 15 min OFF Adaptive Delay time of the Motion timer ON timeout 15 min OFF ON motion 2-20min - If luminaires are switched off >45s - trigger happens (recognized motion) - Delay time set to 2min - Any further trigger within the next 1-minute will rise the Delay time 1min up to the Nominal Delay time (10min). - If luminaire is off for <45s or on dim down to off mode trigger happens (luminaire switched off as very low motion was happening that was not detected from the sensor) the delay time will be set to 20min, if further triggers are happening, the timing will be reduced step by step to the Nominal Delay time (10min). Memorized values in the smarteye OFF timeout 10min - Active SCENES (0-14) When a scene is recalled in conjunction with a short Address, this scene is memorized into the smarteye and will be recalled at the next motion detection. As scenes only scene 0-14 should be used. Those should not be set to the value 0 (OFF), as the smarteye assumes that the light is on when one of these scenes is being recalled. The light levels of the different scenes 0-14 are not memorized. - Scene 15 Scene 15 is the OFF Scene. The power level of scene 15 is memorized. If the value of this scene is 255 (=mask) the light will be switched off on behalf of the direct arc power command 0. - POWER LEVEL All changes done to the power level by DIRECT ARC POWER and short Address are memorized in the sensor.

4.9 AGILI-T Network Software The AGILI-T Network Software provides communication to multiple AGILI-T Network Loops to achieve complete building Lighting System Control. By using software, we can also realize individual lighting control, using the actual user Ethernet system. Software may also be used to interface with existing Building Management Systems. Two types of AGILI-T Network Software may be used to compliment other DALI Controller Devices (Wall Controllers, Occupancy Sensor, etc): AGILI-T Network Single User Software AGILI-T Network Multiple User Software (See Appendix D for information)

APPENDIX A

2 lamp T5 per 4 section AGS4PGRDS228 Lighting Systems Agili-T AGS Pendant indirect TYPE: 1-13/16 6-15/16 Luminaire comes without end-caps. 48 or 96 52-3/16 or 100-3/16 ORDERING INFORMATION AG S 4 P GR DS 2 28 120 PI Family AG: Agili-T Type S: Indirect Slim Body Luminaire Length 4: 4' 8: 8' Mounting P: Pendant Housing Finish GR: Titanium WH: White Wiring SS: Singlecircuit* DS: Doublecircuit SN: Singlecircuit Network- Ready* DN: Doublecircuit Network- Ready Lamp Qty in a cross section 2 Lamp 28: 28W T5 54: 54W T5 Voltage 120: 120V 277: 277V 347: 347V UNV: Dual Voltage 120/277V Ballast PI: Electronic Instant Start T5 Options M: Emergency Ballast (Bodine LP550) N.B.: Use Suspension Kit with suffix M (see Suspension Kit Emergency Option on back). FEATURES Indirect, 85.1% efficient using T5 lamp technology. Ultra-Light construction (4 luminaire less than 12 lb.) favors mobility, adds installation and remodeling convenience. Wide indirect distribution for uniform ceiling luminance. Trouble-free luminaire-to-luminaire connectability and luminaire-to-end-cap installation. Special die-cast aluminum joining mechanism (patent pending) providing continuous trouble-free, simultaneous mechanical and electrical connections (plus network connections on Agili-T Network version), as well as no-hassle end-cap installation. Built-in network connectors and wiring (Agili-T Network). CONSTRUCTION One-piece aluminum extrusion Highly resistant composite plastic in-cap Optic made of highly reflective matte aluminum LABELS FIXTURE LENGTHS & MOUNTING LOCATIONS ELECTRICAL AGS comes with one 2-lamp ballast per 4 of luminaire. Standard product offering (DS and DN version, 120V and 277V only) includes continuous 2-circuit wiring, one circuit for the upper compartment (if applicable) and one circuit for the lower compartment (if applicable). Single and double compartment luminaires can be mixed. Integrated quick connectors for power and network cable (Agili-T Network only) and auto plug-in connections between luminaires. 18-gauge wire, maximum 10A per circuit. MOUNTING Suspension points on module: every 4 (4 luminaire) or every 8 (8 luminaire). Fast installation using mounting clip for Standard T-bar and Slim T-bar or for Slot T-bar (see next page). FINISH Seamless color and texture finish between luminaire and end-caps. Available with textured (white or titanium) high resistant powder-based coating. OPTIONS AND ACCESSORIES Emergency circuiting and emergency ballast 2-3/32 End-cap 2-3/32 End-cap 48 96 Power Feed Suspension Kit Suspension Kit with Emergency Option including canopy with opening for emergency power feed 48 luminaire 96 luminaire Pendants measure exactly 48" or 96" (plus end-caps) to facilitate installation. * For 347V applications ** If electrical junction box is needed to connect emergency wiring, order AGEB, AGES or AGEO. *** 18-gauge wire. Maximum of 10A per breaker. 2 circuits using 2 breakers with common neutral. For maximum flexibility, DS & DN wiring options include continuous 2-circuit wiring: one circuit for upper compartment, one circuit for lower compartment (single and double compartment luminaires can be mixed). Emergency power configuration for a single luminaire Listed as a standard electrical box for through-branch wiring. Consult your Lightolier representative for other adapter shapes. To order the latest network-type ballast for the Agili-T Network luminaire, consult your Lightolier representative for availablility.

2 lamp T5 per 4 section AGS4PGRDS228 Lighting Systems Agili-T AGS Pendant indirect TYPE: PERFORMANCE CANDLEPOWER CURVE 180 o 0 o 500 1000 1500 90 o REPORT NO: LSC8530 CAT. NO: AGS4PWHDS228120PI 2 x 28W T5 at 2900 lumens. Efficiency: 85.1%. Maximum candela: 1828. Peak at: 137.5 CANDLEPOWER ZONE 0 22,5 45 67,5 90 DEG 180 853 853 853 853 853 175 850 841 836 850 852 170 833 822 850 849 846 165 813 823 840 859 852 160 786 801 827 902 943 155 760 764 848 1059 1132 150 712 737 952 1225 1329 145 667 713 1084 1445 1597 140 614 695 1206 1691 1791 135 552 716 1393 1756 1799 130 488 747 1474 1642 1666 125 411 769 1404 1496 1513 120 345 838 1238 1281 1283 115 269 831 1040 1039 1023 110 190 718 807 802 802 105 132 535 568 561 555 100 66 319 334 306 290 95 23 121 109 82 74 90 0 0 0 0 0 COEFFICIENTS OF UTILIZATION ZONAL CAVITY METHOD EFFECTIVE FLOOR CAVITY REFLECTANCE =.20 80 70 50 Wall reflectance 70 50 30 70 70 50 30 10 50 30 10 0.81.81.81.81.69.69.69.69.47.47.47 1.74.70.67.65.63.60.58.55.41.40.38 2.67.61.56.52.57.52.48.45.36.34.32 3.61.54.48.44.52.46.42.38.32.29.27 4.56.47.41.37.47.41.36.32.28.25.22 5.51.41.36.31.43.36.31.27.25.22.19 ROOM CAVITY RATIO 6.47.37.31.26.40.32.27.23.22.19.16 7.43.33.27.23.36.29.23.20.20.16.14 8.40.30.24.20.34.26.21.17.18.15.12 9.37.27.21.17.31.23.18.15.16.13.11 10.34.25.19.15.29.21.16.13.15.12.09 DETERMINED IN ACCORDANCE WITH CURRENT IES PUBLISHED PROCEDURES LUMINAIRE INPUT WATTS = 57.7 DISTRIBUTION ZONE LUMENS %LAMP % LUMINAIRE 180-150 741 12.79 15.02 180-140 1430 24.67 28.97 180-120 3421 59.00 69.29 180-90 4938 85.14 100.00 140-90 3507 60.47 71.03 120-90 1516 26.15 30.71 0-90 0.00.00 0-180 4938 85.14 100.00 AGILI-T ACCESSORIES Suspension Kit AG AC 24 X G Family AG: Agili-T Type AC: Aircraft cable, canopy and joiner mechanism Suspension Length 24: Adjustable 6-24" 36: Adjustable 6-36" End-cap Color X: N/A Canopy Color G: Titanium W: White Emergency Option** M: Canopy supplied with opening for emergency power feed Mounting Elements AGTB AGSB AGOG AGEB AGES AGEO One-piece T-bar wraparound clip for standard T or narrow T One-piece T-bar wraparound clip for slot T (consult your Lightolier representative for availability) Off-grid holding bar One-piece T-bar wraparound clip for standard T or narrow T with integrated easy-access Lightolier electrical box One-piece T-bar wraparound clip for slot T with integrated easy-access Lightolier electrical box (consult your Lightolier representative for availability) Off-grid holding bar with integrated easy-access Lightolier electrical box Power Feed Suspension Kit *** AG EC 24 G G 120 DS 90 End-cap Adapter AG CG 90 DS Family AG: Agili-T Type EC: End-caps (2), aircraft cable, canopy, joiner mechanism Suspension Length 24: Adjustable 6-24" 36: Adjustable 6-36" End-cap Color G: Titanium W: White Canopy Color G: Titanium W: White Voltage 120: 120V Cable 277: 277V Cable 347: 347V Cable Wiring SS: Single-circuit* DS: Double-circuit SN: DN: Single-circuit Network-Ready* Double-circuit Network-Ready Family AG: Agili-T Type CG: Titanium CW: White 4-1/8" 4-1/8" Shape 90: 90-degree "L" shape Wiring SS: Single-circuit* DS: Double-circuit SN: Single-circuit Network-Ready* DN: Double-circuit Network-Ready ORDERING INSTRUCTIONS 1. Choose Agili-T luminaire 4. Choose Mounting Elements. One per Suspension Kit. 2. Choose Power Feed Suspension Kit. One Kit per individual luminaire or one per row at row extremity (18-gauge wire feed, maximum of 10A per circuit). 5. Choose Mounting Elements With Junction Box. One per Power Feed Suspension Kit, as needed. 3. Choose Suspension Kit. One per luminaire. SPEC SHEET N AGS-1 WE RESERVE THE RIGHT TO CHANGE DETAILS OF DESIGN, LIGHTOLIER a GENLYTE THOMAS company. 631 airport road, fall river, ma 02720 (508) 679-8131 525 EDUCATION ROAD, CORNWALL, ONTARIO MATERIALS AND FINISH IN ANY WAY. US PATENT PENDING. C.F.I. DIVISION OF CANLYTE, INC. CANADA K6H 6C7 (613) 938-6221 Copyright 2001

1 lamp T5 per 4 section AGU4PGRDS128 Lighting Systems Agili-T AGU Pendant indirect TYPE: 2-7/8 6-15/16 Luminaire comes without end-caps. 48 or 96 52-3/16 or 100-3/16 ORDERING INFORMATION AG U 4 P GR DS 1 28 120 PI Family AG: Agili-T Type U: Indirect with Upper Compartment Luminaire Length 4: 4' 8: 8' Mounting P: Pendant Housing Finish GR: Titanium WH: White Wiring SS: Singlecircuit* DS: Doublecircuit SN: Singlecircuit Network- Ready* DN: Doublecircuit Network- Ready Lamp Qty in a cross section 1 Lamp 28: 28W T5 54: 54W T5 Voltage 120: 120V 277: 277V 347: 347V UNV: Dual Voltage 120/277V Ballast PI: Electronic Instant Start T5 Options M: Emergency Ballast (Bodine LP550) N.B.: Use Suspension Kit with suffix M (see Suspension Kit Emergency Option on back). FEATURES Indirect, 90.1% efficient using T5 lamp technology. Ultra-Light construction (4 luminaire less than 12 lb.) favors mobility, adds installation and remodeling convenience. Wide indirect distribution for uniform ceiling luminance. Trouble-free luminaire-to-luminaire connectability and luminaire-to-end-cap installation. Special die-cast aluminum joining mechanism (patent pending) providing continuous trouble-free, simultaneous mechanical and electrical connections (plus network connections on Agili-T Network version), as well as no-hassle end-cap installation. Built-in network connectors and wiring (Agili-T Network). CONSTRUCTION One-piece aluminum extrusion Highly resistant composite plastic in-cap Optic made of highly reflective matte aluminum LABELS FIXTURE LENGTHS & MOUNTING LOCATIONS ELECTRICAL AGU comes with one 1-lamp ballast per 4 of luminaire. Standard product offering (DS and DN version, 120V and 277V only) includes continuous 2-circuit wiring, one circuit for the upper compartment (if applicable) and one circuit for the lower compartment (if applicable). Single and double compartment luminaires can be mixed. Integrated quick connectors for power and network cable (Agili-T Network only) and auto plug-in connections between luminaires. 18-gauge wire, maximum 10A per circuit. MOUNTING Suspension points on module: every 4 (4 luminaire) or every 8 (8 luminaire.). Fast installation using mounting clip for Standard T-bar and Slim T-bar or for Slot T-bar (see next page). FINISH Seamless color and texture finish between luminaire and end-caps. Available with textured (white or titanium) high resistant powder-based coating. OPTIONS AND ACCESSORIES Emergency circuiting and emergency ballast 2-3/32 End-cap 2-3/32 End-cap 48 96 Power Feed Suspension Kit Suspension Kit with Emergency Option including canopy with opening for emergency power feed 48 luminaire 96 luminaire Pendants measure exactly 48" or 96" (plus end-caps) to facilitate installation. * For 347V applications ** If electrical junction box is needed to connect emergency wiring, order AGEB, AGES or AGEO. *** 18-gauge wire. Maximum of 10A per breaker. 2 circuits using 2 breakers with common neutral. For maximum flexibility, DS & DN wiring options include continuous 2-circuit wiring: one circuit for upper compartment, one circuit for lower compartment (single and double compartment luminaires can be mixed). Emergency power configuration for a single luminaire Listed as a standard electrical box for through-branch wiring. Consult your Lightolier representative for other adapter shapes. To order the latest network-type ballast for the Agili-T Network luminaire, consult your Lightolier representative for availablility.

1 lamp T5 per 4 section AGU4PGRDS128 Lighting Systems Agili-T AGU Pendant indirect TYPE: PERFORMANCE CANDLEPOWER CURVE 180 o 0 o 300 600 900 90 o REPORT NO: LSC8531 CAT. NO: AGU4PGRDS128120PI 1 x 28W T5 at 2900 lumens. Efficiency: 90.8%. Maximum candela: 1186. Peak at: 120 CANDLEPOWER ZONE 0 22,5 45 67,5 90 DEG 180 358 358 358 358 358 175 352 350 349 358 350 170 352 350 350 360 342 165 347 330 345 351 357 160 328 335 342 352 345 155 321 310 331 359 351 150 295 299 338 349 360 145 278 289 326 368 391 140 255 267 324 411 439 135 230 255 338 503 573 130 196 238 383 690 787 125 173 217 515 864 978 120 148 221 650 1048 1186 115 113 246 788 1065 1069 110 79 302 776 812 838 105 53 355 589 712 738 100 33 294 430 448 464 95 9 153 199 219 216 90 0 0 0 0 0 COEFFICIENTS OF UTILIZATION ZONAL CAVITY METHOD EFFECTIVE FLOOR CAVITY REFLECTANCE =.20 80 70 50 Wall reflectance 70 50 30 70 70 50 30 10 50 30 10 0.86.86.86.86.74.74.74.74.50.50.50 1.79.75.72.69.67.64.62.58.44.42.41 2.71.65.60.56.61.56.52.48.38.36.34 3.65.57.51.47.55.49.44.40.34.31.28 4.59.50.44.39.50.43.38.34.30.26.24 5.54.44.38.33.46.38.33.29.26.23.20 ROOM CAVITY RATIO 6.50.40.33.28.42.34.29.25.24.20.17 7.46.36.29.24.39.31.25.21.21.18.15 8.42.32.25.21.36.27.22.18.19.16.13 9.39.29.23.18.33.25.20.16.17.14.11 10.36.26.20.16.31.23.18.14.16.12.10 DETERMINED IN ACCORDANCE WITH CURRENT IES PUBLISHED PROCEDURES LUMINAIRE INPUT WATTS = 31.8 DISTRIBUTION ZONE LUMENS %LAMP % LUMINAIRE 180-150 287 9.90 10.91 180-140 494 17.07 18.79 180-120 1282 44.22 48.69 180-90 2633 90.82 100.00 140-90 2139 73.76 81.21 120-90 1351 46.60 51.31 0-90 0.00.00 0-180 2633 90.82 100.00 AGILI-T ACCESSORIES Suspension Kit AG AC 24 X G Family AG: Agili-T Type AC: Aircraft cable, canopy and joiner mechanism Suspension Length 24: Adjustable 6-24" 36: Adjustable 6-36" End-cap Color X: N/A Canopy Color G: Titanium W: White Emergency Option** M: Canopy supplied with opening for emergency power feed Mounting Elements AGTB AGSB AGOG AGEB AGES AGEO One-piece T-bar wraparound clip for standard T or narrow T One-piece T-bar wraparound clip for slot T (consult your Lightolier representative for availability) Off-grid holding bar One-piece T-bar wraparound clip for standard T or narrow T with integrated easy-access Lightolier electrical box One-piece T-bar wraparound clip for slot T with integrated easy-access Lightolier electrical box (consult your Lightolier representative for availability) Off-grid holding bar with integrated easy-access Lightolier electrical box Power Feed Suspension Kit *** AG EC 24 G G 120 DS 90 End-cap Adapter AG CG 90 DS Family AG: Agili-T Type EC: End-caps (2), aircraft cable, canopy, joiner mechanism Suspension Length 24: Adjustable 6-24" 36: Adjustable 6-36" End-cap Color G: Titanium W: White Canopy Color G: Titanium W: White Voltage 120: 120V Cable 277: 277V Cable 347: 347V Cable Wiring SS: Single-circuit* DS: Double-circuit SN: DN: Single-circuit Network-Ready* Double-circuit Network-Ready Family AG: Agili-T Type CG: Titanium CW: White 4-1/8" 4-1/8" Shape 90: 90-degree "L" shape Wiring SS: Single-circuit* DS: Double-circuit SN: Single-circuit Network-Ready* DN: Double-circuit Network-Ready ORDERING INSTRUCTIONS 1. Choose Agili-T luminaire. 4. Choose Mounting Elements. One per Suspension Kit. 2. Choose Power Feed Suspension Kit. One Kit per individual luminaire or one per row at row extremity (18-gauge wire feed, maximum of 10A per circuit). 5. Choose Mounting Elements With Junction Box. One per Power Feed Suspension Kit, as needed. 3. Choose Suspension Kit. One per luminaire. SPEC SHEET N AGU-1 WE RESERVE THE RIGHT TO CHANGE DETAILS OF DESIGN, LIGHTOLIER a GENLYTE THOMAS company. 631 airport road, fall river, ma 02720 (508) 679-8131 525 EDUCATION ROAD, CORNWALL, ONTARIO MATERIALS AND FINISH IN ANY WAY. US PATENT PENDING. C.F.I. DIVISION OF CANLYTE, INC. CANADA K6H 6C7 (613) 938-6221 Copyright 2001

2 lamp T5 per 4 section AGL4PGRDS228 Lighting Systems Agili-T AGL Pendant direct/indirect TYPE: 2-1/32 48 or 96 6-15/16 52-3/16 or 100-3/16 Luminaire comes without end-caps. ORDERING INFORMATION AG L 4 P GR DS 2 28 120 PI Family AG: Agili-T Type L: Direct-Indirect Slim Body with Single Optic & Louvers Luminaire Length 4: 4' 8: 8' Mounting P: Pendant Housing Finish GR: Titanium WH: White Wiring SS: Singlecircuit* DS: Doublecircuit SN: Singlecircuit Network- Ready* DN: Doublecircuit Network- Ready Lamp Qty in a cross section 2 Lamp 28: 28W T5 54: 54W T5 Voltage 120: 120V 277: 277V 347: 347V UNV: Dual Voltage 120/277V Ballast PI: Electronic Instant Start T5 Options M: Emergency Ballast (Bodine LP550) N.B.: Use Suspension Kit with suffix M (see Suspension Kit Emergency Option on back). FEATURES Direct-Indirect (59% up, 41% down), 88.8% efficient using T5 lamp technology. Ultra-Light construction (4 luminaire less than 12 lb.) favors mobility, adds installation and remodeling convenience. Wide indirect distribution for uniform ceiling luminance. Trouble-free luminaire-to-luminaire connectability and luminaire-to-end-cap installation. Special die-cast aluminum joining mechanism (patent pending) providing continuous trouble-free, simultaneous mechanical and electrical connections (plus network connections on Agili-T Network version), as well as no-hassle end-cap installation. Built-in network connectors and wiring (Agili-T Network). CONSTRUCTION One-piece aluminum extrusion Highly resistant composite plastic in-cap Optic made of highly reflective matte aluminum Unique contoured louver design with integral light stop LABELS ELECTRICAL AGL comes with one 2-lamp ballast per 4 of luminaire. Standard product offering (DS and DN version, 120V and 277V only) includes continuous 2-circuit wiring, one circuit for the upper compartment (if applicable) and one circuit for the lower compartment (if applicable). Single and double compartment luminaires can be mixed. Integrated quick connectors for power and network cable (Agili-T Network only) and auto plug-in connections between luminaires. 18-gauge wire, maximum 10A per circuit. MOUNTING Suspension points on module: every 4 (4 luminaire) or every 8 (8 luminaire). Fast installation using mounting clip for Standard T-bar and Slim T-bar or for Slot T-bar (see next page). FINISH Seamless color and texture finish between luminaire and end-caps. Available with textured (white or titanium) high resistant powder-based coating. OPTIONS AND ACCESSORIES Emergency circuiting and emergency ballast FIXTURE LENGTHS & MOUNTING LOCATIONS 2-3/32 End-cap 2-3/32 End-cap 48 96 Power Feed Suspension Kit Suspension Kit with Emergency Option including canopy with opening for emergency power feed 48 luminaire 96 luminaire Pendants measure exactly 48" or 96" (plus end-caps) to facilitate installation. * For 347V applications ** If electrical junction box is needed to connect emergency wiring, order AGEB, AGES or AGEO. *** 18-gauge wire. Maximum of 10A per breaker. 2 circuits using 2 breakers with common neutral. For maximum flexibility, DS & DN wiring options include continuous 2-circuit wiring: one circuit for upper compartment, one circuit for lower compartment (single and double compartment luminaires can be mixed). Emergency power configuration for a single luminaire Listed as a standard electrical box for through-branch wiring. Consult your Lightolier representative for other adapter shapes. To order the latest network-type ballast for the Agili-T Network luminaire, consult your Lightolier representative for availablility.

2 lamp T5 per 4 section AGL4PGRDS228 Lighting Systems Agili-T AGL Pendant direct/indirect TYPE: PERFORMANCE CANDLEPOWER CURVE 180 o 0 o 300 600 900 90 o REPORT NO: LSC8477 CAT. NO: AGL4PGRDS228120PI 2 x 28W T5 at 2900 lumens. Efficiency: 88.8%. Indirect Maximum candela: 817. Indirect Peak at: 165. Candela at Nadir: 1017 CANDLEPOWER ZONE 0 22,5 45 67,5 90 DEG 0 1017 1017 1017 1017 1017 5 1009 1004 1016 1021 1014 15 943 960 1011 1097 1131 25 842 877 1051 1140 1163 35 686 795 934 929 922 45 508 647 641 575 551 55 242 364 302 225 178 65 11 17 38 32 2 75 2 0 0 3 1 85 0 0 0 0 0 90 0 0 1 11 10 95 19 82 97 91 92 105 115 250 348 403 426 115 244 364 518 572 603 125 371 481 611 716 724 135 492 577 671 746 769 145 600 665 730 779 795 155 683 720 773 806 812 165 740 753 794 803 817 175 764 767 769 787 778 180 769 769 769 769 769 COEFFICIENTS OF UTILIZATION ZONAL CAVITY METHOD EFFECTIVE FLOOR CAVITY REFLECTANCE =.20 80 70 50 Wall reflectance 70 50 30 70 70 50 30 10 50 30 10 0.93.93.93.93.85.85.85.85.70.70.70 1.86.83.80.77.79.76.74.71.63.61.60 2.80.74.69.65.73.68.64.61.57.54.52 3.74.66.61.56.67.61.56.52.51.48.45 4.68.59.53.49.62.55.50.45.46.42.39 5.63.53.47.42.57.49.44.39.42.38.34 ROOM CAVITY RATIO 6.58.48.41.37.53.44.39.35.38.34.30 7.53.43.37.32.49.40.34.30.34.30.27 8.49.39.33.28.45.36.30.26.31.26.23 9.45.35.29.25.42.33.27.23.28.24.20 0.42.32.26.22.39.30.24.20.25.21.18 DETERMINED IN ACCORDANCE WITH CURRENT IES PUBLISHED PROCEDURES LUMINAIRE INPUT WATTS = 65.4 DISTRIBUTION ZONE LUMENS %LAMP % LUMINAIRE 0-30 856 14.76 16.63 0-40 1393 24.02 27.06 0-60 2094 36.10 40.68 0-90 2130 36.74 41.39 40-90 737 12.72 14.33 60-90 36.63.71 90-180 3017 52.02 58.61 0-180 5147 88.76 100.00 AGILI-T ACCESSORIES Suspension Kit AG AC 24 X G Family AG: Agili-T Type AC: Aircraft cable, canopy and joiner mechanism Suspension Length 24: Adjustable 6-24" 36: Adjustable 6-36" End-cap Color X: N/A Canopy Color G: Titanium W: White Emergency Option** M: Canopy supplied with opening for emergency power feed Mounting Elements AGTB One-piece T-bar wraparound clip for standard T or narrow T AGSB One-piece T-bar wraparound clip for slot T (consult your Lightolier representative for availability) AGOG Off-grid holding bar AGEB One-piece T-bar wraparound clip for standard T or narrow T with integrated easy-access Lightolier electrical box AGES One-piece T-bar wraparound clip for slot T with integrated easy-access Lightolier electrical box (consult your Lightolier representative for availability) AGEO Off-grid holding bar with integrated easy-access Lightolier electrical box Power Feed Suspension Kit *** AG EC 24 G G 120 DS 90 End-cap Adapter AG CG 90 DS Family AG: Agili-T Type EC: End-caps (2), aircraft cable, canopy, joiner mechanism Suspension Length 24: Adjustable 6-24" 36: Adjustable 6-36" End-cap Color G: Titanium W: White Canopy Color G: Titanium W: White Voltage 120: 120V Cable 277: 277V Cable 347: 347V Cable Wiring SS: Single-circuit* DS: Double-circuit SN: Single-circuit Network-Ready* DN: Double-circuit Network-Ready Family Type AG: Agili-T CG: Titanium CW: White 4-1/8" 4-1/8" Shape 90: 90-degree "L" shape Wiring SS: Single-circuit* DS: Double-circuit SN: Single-circuit Network-Ready* DN: Double-circuit Network-Ready ORDERING INSTRUCTIONS 1. Choose Agili-T luminaire. 2. Choose Power Feed Suspension Kit. One Kit per individual luminaire or one per row at row extremity (18-gauge wire feed, maximum of 10A per circuit). 3. Choose Suspension Kit. One per luminaire. WE RESERVE THE RIGHT TO CHANGE DETAILS OF DESIGN, MATERIALS AND FINISH IN ANY WAY. US PATENT PENDING. 4. Choose Mounting Elements. One per Suspension Kit. 5. Choose Mounting Elements With Junction Box. One per Power Feed Suspension Kit, as needed. SPEC SHEET N AGL-1 LIGHTOLIER a GENLYTE THOMAS company. 631 airport road, fall river, ma 02720 (508) 679-8131 525 EDUCATION ROAD, CORNWALL, ONTARIO C.F.I. DIVISION OF CANLYTE, INC. CANADA K6H 6C7 (613) 938-6221 Copyright 2001

1 lamp T5 UP 2 lamp T5 DOWN per 4 section AGM4PGRDS328 Lighting Systems Agili-T AGM Pendant direct/indirect TYPE: 3-1/16 6-15/16 48 or 96 52-3/16 or 100-3/16 Luminaire comes without end-caps. ORDERING INFORMATION AG M 4 P GR DS 3 28 120 PI Family AG: Agili-T Type M: Direct-Indirect with Independent Compartments (Multiple Optics) & Louvers Luminaire Length 4: 4' 8: 8' Mounting P: Pendant Housing Finish GR: Titanium WH: White Wiring SS: Singlecircuit* DS: Doublecircuit SN: Singlecircuit Network- Ready* DN: Doublecircuit Network- Ready Lamp Qty in a cross section 3 (1 lamp up, 2 lamps down) Lamp 28: 28W T5 54: 54W T5 Voltage 120: 120V 277: 277V 347: 347V UNV: Dual Voltage 120/277V Ballast PI: Electronic Instant Start T5 Options M: Emergency Ballast (Bodine LP550) N.B.: Use Suspension Kit with suffix M (see Suspension Kit Emergency Option on back). FEATURES Direct-Indirect (54% up, 46% down), 66.2% efficient using T5 lamp technology. Separate optics for maximum control options. Ultra-Light construction (4 luminaire less than 12 lb.) favors mobility, adds installation and remodeling convenience. Wide indirect distribution for uniform ceiling luminance. Trouble-free luminaire-to-luminaire connectability and luminaire-to-end-cap installation. Special die-cast aluminum joining mechanism (patent pending) providing continuous trouble-free, simultaneous mechanical and electrical connections (plus network connections on Agili-T Network version), as well as no-hassle end-cap installation. Built-in network connectors and wiring (Agili-T Network). CONSTRUCTION One-piece aluminum extrusion Highly resistant composite plastic in-cap Optic made of highly reflective matte aluminum Unique contoured louver design with integral light stop LABELS FIXTURE LENGTHS & MOUNTING LOCATIONS ELECTRICAL 2-3/32 End-cap 2-3/32 End-cap 48 96 AGM comes with one 1-lamp ballast (for upper compartment) and one 2-lamp ballast (for lower compartment) per 4 of luminaire. Standard product offering (DS and DN version, 120V and 277V only) includes continuous 2-circuit wiring, one circuit for the upper compartment (if applicable) and one circuit for the lower compartment (if applicable). Single and double compartment luminaires can be mixed. Integrated quick connectors for power and network cable (Agili-T Network only) and auto plug-in connections between luminaires. 18-gauge wire, maximum 10A per circuit. MOUNTING Suspension points on module: every 4 (4 luminaire) or every 8 (8 luminaire.) Fast installation using mounting clip for Standard T-bar and Slim T-bar or for Slot T-bar (see last page). FINISH Seamless color and texture finish between luminaire and end-caps. Available with textured (white or titanium) high resistant powder-based coating. OPTIONS AND ACCESSORIES Emergency circuiting and emergency ballast Power Feed Suspension Kit Suspension Kit with Emergency Option including canopy with opening for emergency power feed 48 luminaire 96 luminaire Pendants measure exactly 48" or 96" (plus end-caps) to facilitate installation. * For 347V applications ** If electrical junction box is needed to connect emergency wiring, order AGEB, AGES or AGEO. *** 18-gauge wire. Maximum of 10A per breaker. 2 circuits using 2 breakers with common neutral. For maximum flexibility, DS & DN wiring options include continuous 2-circuit wiring: one circuit for upper compartment, one circuit for lower compartment (single and double compartment luminaires can be mixed). Emergency power configuration for a single luminaire Listed as a standard electrical box for through-branch wiring. Consult your Lightolier representative for other adapter shapes. To order the latest network-type ballast for the Agili-T Network luminaire, consult your Lightolier representative for availablility.

1 lamp T5 UP 2 lamp T5 DOWN per 4 section AGM4PGRDS328 Lighting Systems Agili-T AGM Pendant direct/indirect TYPE: PERFORMANCE CANDLEPOWER CURVE 180 90 2000 1500 1000 500 90 DISTRIBUTION ZONE LUMENS %LAMP % LUMINAIRE 0-30 1381 15.88 23.97 0-40 2121 24.39 36.81 0-60 3077 35.37 53.40 0-90 3132 36.00 54.35 40-90 1010 11.62 17.53 60-90 54.63.95 90-180 2630 30.24 45.65 0-180 5762 66.24 100.00 0 REPORT NO: LSC8534 CAT. NO: AGM4PGRDS328120PI 2 x 28W T5 down and 1 x 28W T5 up at 2900 lumens. Efficiency: 66.2%. Indirect Maximum candela: 1186. Indirect Peak at: 120. Candela at Nadir: 1872 CANDLEPOWER ZONE 0 22,5 45 67,5 90 DEG 0 1872 1872 1872 1872 1872 5 1863 1861 1869 1875 1873 15 1744 1755 1790 1809 1797 25 1554 1563 1529 1518 1504 35 1283 1272 1191 1134 1086 45 952 896 766 693 659 55 467 468 383 346 305 65 5 20 66 51 12 75 0 0 0 0 0 85 0 0 0 0 0 90 0 0 0 0 0 95 8 153 198 218 216 105 53 355 589 711 737 115 112 246 788 1065 1069 125 173 217 515 863 978 135 229 255 338 502 573 145 278 289 326 368 391 155 321 310 330 359 350 165 347 330 344 350 356 175 352 350 349 357 350 180 357 357 357 357 357 ROOM CAVITY RATIO COEFFICIENTS OF UTILIZATION ZONAL CAVITY METHOD EFFECTIVE FLOOR CAVITY REFLECTANCE =.20 80 70 50 30 10 0 Wall reflectance 70 50 30 70 70 50 30 10 50 30 10 50 30 10 50 30 10 0 0.72.72.72.72.66.66.66.66.57.57.57.48.48.48.40.40.40.36 1.67.64.62.60.62.60.58.56.52.50.49.44.43.43.37.37.36.33 2.62.58.55.52.58.54.51.49.47.45.43.41.39.38.35.34.33.30 3.57.52.48.45.53.49.45.43.43.40.38.37.35.34.32.31.30.27 4.53.47.43.39.50.44.40.37.39.36.34.34.32.30.29.28.27.24 5.49.42.38.34.46.40.36.33.35.32.30.31.28.27.27.25.24.22 6.46.38.34.30.43.36.32.29.32.29.26.28.26.24.25.23.21.20 7.42.35.30.27.39.33.29.26.29.26.23.26.23.21.23.21.19.18 8.39.32.27.24.37.30.26.23.27.23.21.24.21.19.21.19.17.16 9.36.29.24.21.34.27.23.20.24.21.18.21.19.17.19.17.15.14 10.34.26.21.18.31.25.21.18.22.19.16.20.17.15.17.15.13.12 DETERMINED IN ACCORDANCE WITH CURRENT IES PUBLISHED PROCEDURES LUMINAIRE INPUT WATTS = 94.7

1 lamp T5 UP 2 lamp T5 DOWN per 4 section AGM4PGRDS328 Lighting Systems Agili-T AGM Pendant direct/indirect TYPE: PERFORMANCE UPPER COMPARTMENT CANDLEPOWER CURVE 180 o 0 o 500 1000 1500 REPORT NO: LSC8531 1 X 28W T5 UPPER OPTIC Efficiency: 90.8%. 90 o CANDLEPOWER ZONE 0 22,5 45 67,5 90 DEG 180 358 358 358 358 358 175 352 350 349 358 350 170 352 350 350 360 342 165 347 330 345 351 357 160 328 335 342 352 345 155 321 310 331 359 351 150 295 299 338 349 360 145 278 289 326 368 391 140 255 267 324 411 439 135 230 255 338 503 573 130 196 238 383 690 787 125 173 217 515 864 978 120 148 221 650 1048 1186 115 113 246 788 1065 1069 110 79 302 776 812 838 105 53 355 589 712 738 100 33 294 430 448 464 95 9 153 199 219 216 90 0 0 0 0 0 COEFFICIENTS OF UTILIZATION ZONAL CAVITY METHOD EFFECTIVE FLOOR CAVITY REFLECTANCE =.20 80 70 50 Wall reflectance 70 50 30 10 70 50 30 10 50 30 10 0.86.86.86.86.74.74.74.74.50.50.50 1.79.75.72.69.67.64.62.58.44.42.41 2.71.65.60.56.61.56.52.48.38.36.34 3.65.57.51.47.55.49.44.40.34.31.28 4.59.50.44.39.50.43.38.34.30.26.24 5.54.44.38.33.46.38.33.29.26.23.20 ROOM CAVITY RATIO 6.50.40.33.28.42.34.29.25.24.20.17 7.46.36.29.24.39.31.25.21.21.18.15 8.42.32.25.21.36.27.22.18.19.16.13 9.39.29.23.18.33.25.20.16.17.14.11 10.36.26.20.16.31.23.18.14.16.12.10 DETERMINED IN ACCORDANCE WITH CURRENT IES PUBLISHED PROCEDURES LUMINAIRE INPUT WATTS = 31.8 DISTRIBUTION ZONE LUMENS %LAMP % LUMINAIRE 180-150 287 9.90 10.91 180-140 494 17.07 18.79 180-120 1282 44.22 48.69 180-90 2633 90.82 100.00 140-90 2139 73.76 81.21 120-90 1351 46.60 51.31 0-90 0.00.00 0-180 2633 90.82 100.00 PERFORMANCE LOWER COMPARTMENT CANDLEPOWER CURVE 180 o 0 o 500 1000 1500 REPORT NO: LSC8447 2 X 28W T5 LOWER OPTIC Efficiency: 54%. 90 o CANDLEPOWER ZONE 0 22,5 45 67,5 90 DEG 0 1872 1872 1872 1872 1872 5 1863 1861 1869 1875 1873 10 1817 1809 1848 1865 1869 15 1744 1756 1790 1809 1797 20 1661 1660 1688 1670 1655 25 1554 1563 1530 1519 1505 30 1429 1428 1374 1333 1316 35 1283 1272 1191 1135 1087 40 1123 1084 985 901 863 45 953 896 766 693 660 50 738 704 562 516 496 55 468 468 384 347 306 60 161 176 207 167 116 65 5 20 67 51 12 70 0 0 0 11 0 75 0 0 0 0 0 80 0 0 0 0 0 85 0 0 0 0 0 90 0 0 0 0 0 COEFFICIENTS OF UTILIZATION ZONAL CAVITY METHOD EFFECTIVE FLOOR CAVITY REFLECTANCE =.20 80 70 50 Wall reflectance 70 50 30 10 70 50 30 10 50 30 10 0.64.64.64.64.63.63.63.63.60.60.60 1.61.59.58.56.60.58.57.55.56.55.54 2.57.54.52.50.56.53.51.49.51.50.48 3.54.50.46.44.52.49.46.44.47.45.43 4.50.45.42.39.49.45.42.39.43.41.38 5.47.41.38.35.46.41.37.35.40.37.34 ROOM CAVITY RATIO 6.44.38.34.31.43.37.34.31.36.33.31 7.41.35.31.28.40.34.30.28.33.30.28 8.38.31.27.25.37.31.27.25.30.27.25 9.35.29.25.22.34.28.24.22.28.24.22 10.32.26.22.20.32.26.22.20.25.22.19 DETERMINED IN ACCORDANCE WITH CURRENTIES PUBLISHED PROCEDURES LUMINAIRE INPUT WATTS = 62.9 DISTRIBUTION ZONE LUMENS %LAMP % LUMINAIRE 0-30 1381 23.82 44.08 0-40 2122 36.59 67.71 0-60 3078 53.09 98.24 0-90 3134 54.04 100.00 40-90 1012 17.45 32.29 60-90 55.95 1.76 90-180 0.00.00 0-180 3134 54.04 100.00

1 lamp T5 UP 2 lamp T5 DOWN per 4 section AGM4PGRDS328 Lighting Systems Agili-T AGM Pendant direct/indirect TYPE: SEPARATE OPTICS AGM features separate optics enabling the independent lighting control of upper and lower AGM compartments, whether the luminaire is installed individually or in a row. INDIVIDUAL CONTROL One circuit for AGM upper compartment controls 1 ballast and 1 T5 lamp for indirect lighting ( per 4 of luminaire). One circuit for AGM lower compartment controls 1 ballast and 2 T5 lamps for direct lighting ( per 4 of luminaire). Two ballasts allow independant control of compartments (e.g. uniform ceiling luminance and no direct light). Separate dimming of compartments available with Agili-T Network version. CONTINUOUS-ROW CONTROL All Agili-T luminaires are available with double-circuit wiring (suffixes DS and DN). When AGM is installed in a row with other Agili-T luminaires, the two continuous-wired circuits maintain the integrity of separate controls for the AGM luminaire. Rows combining AGM and AGU useful for applications requiring specially located direct light for task illumination. When the upper-compartment circuit is switched on, upper-compartment lighting for the entire row is activated. When the lower-compartment circuit is switched on, lower-compartment lighting for the entire row is activated. Mixed rows including different models of Agili-T Network enable precise control of each circuit in each luminaire. Upper compartment Lower compartment AGILI-T ACCESSORIES Suspension Kit AG AC 24 X G Family AG: Agili-T Type AC: Aircraft cable, canopy and joiner mechanism Suspension Length 24: Adjustable 6-24" 36: Adjustable 6-36" End-cap Color X: N/A Canopy Color G: Titanium W: White Emergency Option** M: Canopy supplied with opening for emergency power feed Mounting Elements AGTB AGSB AGOG AGEB AGES AGEO One-piece T-bar wraparound clip for standard T or narrow T One-piece T-bar wraparound clip for slot T (consult your Lightolier representative for availability) Off-grid holding bar One-piece T-bar wraparound clip for standard T or narrow T with integrated easy-access Lightolier electrical box One-piece T-bar wraparound clip for slot T with integrated easy-access Lightolier electrical box (consult your Lightolier representative for availability) Off-grid holding bar with integrated easy-access Lightolier electrical box Power Feed Suspension Kit *** AG EC 24 G G 120 DS 90 End-cap Adapter AG CG 90 DS Family AG: Agili-T Type EC: End-caps (2), aircraft cable, canopy, joiner mechanism Suspension Length 24: Adjustable 6-24" 36: Adjustable 6-36" End-cap Color G: Titanium W: White Canopy Color G: Titanium W: White Voltage 120: 120V Cable 277: 277V Cable 347: 347V Cable Wiring SS: Single-circuit* DS: Double-circuit SN: DN: Single-circuit Network-Ready* Double-circuit Network-Ready Family AG: Agili-T Type CG: Titanium CW: White 4-1/8" 4-1/8" Shape 90: 90-degree "L" shape Wiring SS: Single-circuit* DS: Double-circuit SN: Single-circuit Network-Ready* DN: Double-circuit Network-Ready ORDERING INSTRUCTIONS 1. Choose Agili-T luminaire 2. Choose Power Feed Suspension Kit. One Kit per individual luminaire or one per row at row extremity (18- gauge wire feed, maximum of 10A per circuit). 3. Choose Suspension Kit. One per luminaire. 4. Choose Mounting Elements. One per Suspension Kit. 5. Choose Mounting Elements With Junction Box. One per Power Feed Suspension Kit, as needed. * For 347V applications ** If electrical junction box is needed to connect emergency wiring, order AGEB, AGES or AGEO. *** 18-gauge wire. Maximum of 10A per breaker. 2 circuits using 2 breakers with common neutral. For maximum flexibility, DS & DN wiring options include continuous 2-circuit wiring: one circuit for upper compartment, one circuit for lower compartment (single and double compartment luminaires can be mixed). WE RESERVE THE RIGHT TO CHANGE DETAILS OF DESIGN, MATERIALS AND FINISH IN ANY WAY. US PATENT PENDING. Listed as a standard electrical box for through-branch wiring. Consult your Lightolier representative for other adapter shapes. To order the latest network-type ballast for the Agili-T Network luminaire, consult your Lightolier representative for availablility. SPEC SHEET N AGM-1 LIGHTOLIER a GENLYTE THOMAS company. 631 airport road, fall river, ma 02720 (508) 679-8131 525 EDUCATION ROAD, CORNWALL, ONTARIO C.F.I. DIVISION OF CANLYTE, INC. CANADA K6H 6C7 (613) 938-6221 Copyright 2001

APPENDIX B

READ AND UNDERSTAND THESE INSTRUCTIONS BEFORE INSTALLING FIXTURE INSTRUCTION SHEET NO. This fixture is intended for installation in accordance with the National Code and local regulations. To assure full compliance with local codes and regulations, check with your local electrical inspector SH20304 before installation. To prevent electrical shock, turn off electricity at fuse box before proceeding. Retain these instructions for maintenance reference. Page 1 0f INSTRUCTIONS FOR TEE-BAR INSTALLATION OF AGILI-T J-BOXES (AGEB, AGES) 1 FIGURE 1 Tab FIGURE 3 Support to Building Structure T-Bar Clip Slot Tee-Bar Junction Box Lancing FIGURE 2 #8 Screw 1. WRAP TEE BAR CLIP AROUND T-BAR IN DESIRED LOCATION. IN THE MIDDLE OF T-BAR (Figure 1) OR IN INTERSECTION (Figure 2). INSERT TAB INTO SLOT IN T-BAR (Figure 3), FOR INTERSECTION INSTALLATION, BEND TAB OUT OF WAY. SECURE TEE BAR CLIP TO BUILDING STRUCTURE AS PER LOCAL BUILDING CODES (Figure 2). 2. LOCATE JUNCTION BOX ON WRAPAROUND CLIP USING LANCINGS (Figure 4) AND SECURE FROM INSIDE WITH #8 SCREW PROVIDED (Figure 5). 3. INSTALL CABLE COUPLER ON 1/4-20 SCREW PROVIDED WITH WRAPAROUND CLIP (Figure 7). PULL POWER FEED WIRE TROUGH CANOPY BUSHING INTO J-BOX (Figure 6). 4. SECURE POWER FEED WIRE IN J-BOX WITH STRAIN RELIEF AND MAKE ELECTRICAL CONNECTIONS (Figure 5). 5. INSTALL J-BOX COVER USING #8 SCREW PROVIDED AND SECURE J-BOX TO BUILDING STRUCTURE AS PER LOCAL BUILDING CODES (Figure 8). WrapAround T-Bar Clip FIGURE 4 Strain Relief FIGURE 5 #8 Screw J-Box Cover 6. SECURE CANOPY USING SET SCREW (Figure 9). Support to Building Structure Canopy Canopy Bushing Power Feed Cable 1/4-20 Screw FIGURE 8 Set Screw FIGURE 6 Coupler FIGURE 7 FIGURE 9 525 Education Road, Cornwall K6H 6C7 Tel:(613)938-6221 Fax:(613)938-0961 Page 1 Rev.01

READ AND UNDERSTAND THESE INSTRUCTIONS BEFORE INSTALLING FIXTURE INSTRUCTION SHEET NO. This fixture is intended for installation in accordance with the National Code and local regulations. To assure full compliance with local codes and regulations, check with your local electrical inspector SH20318 before installation. To prevent electrical shock, turn off electricity at fuse box before proceeding. Retain these instructions for maintenance reference. Page 1 0f INSTRUCTIONS FOR INSTALLATION OF AGILI-T J-BOXES (AGEO) 1 Ceiling Tile 2.75" Square Hole FIGURE 1 Caddy Bar Caddy Bar 1. Cut hole in desired location of ceiling tile Maximum 2.75" Square (Figure1) and then install Caddy Bar. 2. Install Bracket on Caddy Bar (Figure 2) ensuring that Lancings are properly hooked onto Caddy Bar (Figure 3). 3. Install Junction Box on Bracket (Figure 4) by hooking Lancings in Square holes on Bracket (Figure 5). 4. Install Coupler on 1/4-20 Screw provided (Figure 6), Pull Power feed wire through Bushing (Figure 7) and make electrical connection. Bracket FIGURE 2 Lancing FIGURE 3 5. Secure J-Box on Bracket using #8 Screw provided (Figure 7), install J-Box Cover and Secure Bracket to Caddy Bar using #8 Screws Provided (Figure 8). 6. SECURE J-BOX TO BUILDING STRUCTURE AS PER LOCAL BUILDING CODES (Figure 8). Junction Box Bracket Lancing Square Hole Bracket 1/4-20 Screw FIGURE 4 FIGURE 6 Coupler J-Box Bushing #8 Screw FIGURE 5 #8 Screw Support to Building Structure Cover #8 Screw Power Feed Wire Caddy Bar FIGURE 8 FIGURE 7 525 Education Road, Cornwall K6H 6C7 Tel:(613)938-6221 Fax:(613)938-0961 Page 1 Rev.02

READ AND UNDERSTAND THESE INSTRUCTIONS BEFORE INSTALLING FIXTURE INSTRUCTION SHEET NO. This fixture is intended for installation in accordance with the National Code and local regulations. To assure full compliance with local codes and regulations, check with your local electrical inspector SH20330 before installation. To prevent electrical shock, turn off electricity at fuse box before proceeding. Retain these instructions for maintenance reference. Page 1 0f 2 INSTRUCTIONS FOR INSTALLATION OF AGILI-T FIXTURES T-Bar Support to Building Structure 1/4-20 Screw Suspension Kit Figure 1 Mounting Clip Figure 2 Canopy 1. Install mounting clip on T-Bar (Figure 1) and insert canopy onto suspension kit (Figure 2). Fasten Power Feed Suspension Kit or regular Suspension Kit to 1/4-20 screw provided (Figure 2). Attach clips to upper deck when required by local code by inserting support to building structure through the supplied holes (Figure 3). Figure 3 Plastic End Cap Aircraft Cable Plunger Mechanism Aluminum Joiner Figure 4 Figure 5 Power Feed Connection 2. Install luminaire temporarily by inserting die-cast aluminum joiner mechanism at the end of aircraft cables (Figure 5). into plastic end cap of fixture (Figure 4). Manually plug in power feed connection (plus 2 extra communication cables for Agili-T Network) when installing single luminare or first of a row (Figure 5). 3. Adjust height using aircraft cable plunger mechanism (Figure 5). Adjust level by sliding Aluminum Joiner sideways as needed (Figure 4). Final level adjustment can be performed before or after installing end-cap or next luminaire in a row. 525 Education Road, Cornwall K6H 6C7 Tel:(613)938-6221 Fax:(613)938-0961 Page 1 Rev.01

READ AND UNDERSTAND THESE INSTRUCTIONS BEFORE INSTALLING FIXTURE INSTRUCTION SHEET NO. This fixture is intended for installation in accordance with the National Code and local regulations. To assure full compliance with local codes and regulations, check with your local electrical inspector SH20330 before installation. To prevent electrical shock, turn off electricity at fuse box before proceeding. Retain these instructions for maintenance reference. Page 2 0f 2 INSTRUCTIONS FOR INSTALLATION OF AGILI-T FIXTURES Screw Wedge End-Caps 4. Place end-caps at luminaire extremities (Figure 6) or connect next luminaire in row (Figure 7). 5. Secure end-caps or next luminaire in row by tightnening two screw wedges (Figure 6-7) of aluminum joiner (Figure 4). Figure 6 Luminaire 1 Luminaire 2 Junction Box Lancing #8 Screw Screw Wedge Figure 7 Mounting Clip Figure 8 Bushing Strain Relief Power Feed #8 Screw J-Box Cover Support to Building Structure Figure 9 6. Locate Junction Box on mounting clip using lancings (Figure 8) and secure from inside with #8 screw provided. Pull power feed wire through bushing into J-Box, secure with strain relief and make electrical connections (Figure 9). 7. Install J-Box cover using #8 screw provided and secure J-Box to building structure as per local building codes (Figure 10). 8. Notch (1-1/2" x 1-1/2" max) and place tile (Figure 11). 9. Secure canopy using set screw provided (Figure 11). Figure 10 Canopy Tile Set Screw Figure 11 525 Education Road, Cornwall K6H 6C7 Tel:(613)938-6221 Fax:(613)938-0961 Page 2 Rev.01

APPENDIX C

Electronic digital ballast for dimming 100% to 1% Fluorescent lamps T5 HE T5HE PCA EXCEL one4all models for 14-35 W 120/277 V 50/60 Hz, digital dimmable 18 17.7 0.197 1.18 1.18 Features Continuous, flicker free dimming from 1 % 100 % Digital bi-directional communication DALI Digital Addressable Lighting Interface 64 addresses, 16 groups, 16 light scenes, adjustable fading time DSI Digital Serial Interface Return status feedback signal and programmable parameter in DALI and DSI mode Polarity free control wiring Conventional wire type can be used for control wiring Control wiring can be run in same conduits as power wires Universal voltage input (UVI) 120V/277V Slim profile design 1.18 H x 1.18 W Models for 1- and 2-lamp application Quick connector for wire size End-of-lamp-life protection and inrush current limiting circuitry Microcontroller and ASIC (Application Specific Integrated Circuit) technology for optimum dimming performance 3 years warranty Standby mode Ballast Lamp Information Ballast Operating Performance Order # Description No. of Lamp Type Watts Voltage max. Line Current Input Power Ballast min. Start min. Dimm Lamps (Linear only) (W) (50/60Hz) (A) rms (ANSI) Factor Temperature Temperature (VAC) 120V 277V 120V 277V ( F / C) ( F / C) 24033741 PCA 1/14 T5HE EXCEL one4all 1 T5 HE 14W / 21,6 / 549 mm 14 120 / 277 TbD TbD 1 50 / 10 50 / 10 24033757 PCA 2/14 T5HE EXCEL one4all 2 T5 HE 14W / 21,6 / 549 mm 14 120 / 277 TbD TbD 1 50 / 10 50 / 10 24033729 PCA 1/21 T5HE EXCEL one4all 1 T5 HE 21W / 33,4 / 849 mm 21 120 / 277 TbD TbD 1 50 / 10 50 / 10 24033735 PCA 2/21 T5HE EXCEL one4all 2 T5 HE 21W / 33,4 / 849 mm 21 120 / 277 TbD TbD 1 50 / 10 50 / 10 24033570 PCA 1/28 T5HE EXCEL one4all 1 T5 HE 28W / 45,2 / 1149 mm 28 120 / 277 0.26 A 0.11 A 32 W 31 W 1 50 / 10 50 / 10 24033713 PCA 2/28 T5HE EXCEL one4all 2 T5 HE 28W / 45,2 / 1149 mm 28 120 / 277 0.53 A 0.22 A 64 W 61 W 1 50 / 10 50 / 10 24033704 PCA 1/35 T5HE EXCEL one4all 1 T5 HE 35W / 57,0 / 1449 mm 35 120 / 277 0.33 A 0.14 A 39 W 38 W 1 50 / 10 50 / 10 24033586 PCA 2/35 T5HE EXCEL one4all 2 T5 HE 35W / 57,0 / 1449 mm 35 120 / 277 0.65 A 0.27 A 78 W 76 W 1 50 / 10 50 / 10 Applications PCA EXCEL one4all digital dimming ballasts are ideal for executive space applications that require programmable architectural-grade dimming performance or building-wide load control applications that require monitoring and real-time control of lighting loads. The low profile 1.18 x 1.18 cross section makes these ballasts ideal for architectural fixtures or any application that requires a limited cross sectional area. Executive Space Applications Offices Board Rooms Conference Rooms Training Rooms Building-Wide Applications Open Office Areas Private Offices Meeting Rooms Public Spaces Classrooms Warehouses

Description Tridonic s PCA EXCEL one4all T5 HE digital control dimming ballast sets a new standard for electronic fluorescent dimming. Combining digitaldim control technology with true 100 % 1 % continuous dimming, the PCA EXCEL one4all ballast provides a new level of system performance and flexibility that easily changes to meet present and future lighting needs. Designed with a ballast factor of 1.0, PCA EXCEL one4all ballasts provide full rated lumen output to achieve maximum lamp performance and dimming range capabilities. Digital control enables true two-way ballast/control communication that is immune to noise and power disturbances. Control wiring is polarity free and can be run in the same conduits as the power wires. The PCA EXCEL one4all universal voltage input capabilities provide added on-site installation flexibility by eliminating the need for multiple single voltage ballast types and also eliminates order errors. Standards PCA EXCEL one4all complies with UL Listed #935 Suitable for Class I installations Meets ANSI C82.11 Ballast Standard Meets FCC 47CFR Part 18 EMI/RFI emission requirements for Class A (non-consumer) equipment Meets ANSI C62.41 Category A surge protection standards Manufactured in ISO 9001 and 9002-certified facility CELMA Energy Classification EEI = A1 Dimming Dimming range 1 % to 100 % Eye sensitivity optimized dimming curve. Digital control with: DSI signal: 8 bit Code Max. fading time 1 % to 100 % 1.4 s Status feedback DALI signal: 16 bit Code Max. fading time 1 % to 100 % 0.5 s Individually addressable Programmable parameters: minimum dimming level maximum dimming level individual ballast status feedback 64 addresses 16 groups 16 scenes fading time etc. Dimming characteristics PCA EXCEL Digital dimming value 255 225 200 175 150 125 100 75 50 25 0 0 DALI DSI 10 20 30 40 50 60 70 80 90 100 Relative lighting level % Dimming characteristics as seen by the human eye Energy Savings PCA EXCEL Mains power in % 100 90 80 70 60 50 40 30 20 10 0 100 90 80 70 60 50 40 30 20 15 10 5 4 3 2 1 Dimming level in % Recommendation Lamp burn in of 100 hrs. is recommended before dimming! Performance Dimming Range 1% 100 % Ballast Factor 1.0 Power Factor > 0.98 THD < 10% 3 rd Harmonic < 8% Inrush Current Peak < 7 Amps Lamp Operating Frequency > 40 khz Lamp Current Crest Factor < 1.7 EMI / RFI FCC Part 18 Max. Housing Temperature 167 F / 75 C Max. Output Voltage < 600 rms Temperature range Dimming range 1 % to 100 % from 50 F / 10 C to maximum permissible ambient temperature. Control input (D1, D2) Digital signal can be wired on the ballast terminals D1 and D2. These connections are used to use the ballast in DSI or in DALI control mode. Digital signal The control input is polarity free and protected against accidental connection with mains voltage. Control wires should be installed in accordance to the national and local electrical codes. Different functions depending on each module. Lamp starting characteristics Programmed rapid start Starting time 1.5 s Start at any dimming level, without initial flash to higher level. DSI green white black purple DSI PCA EXCEL one4all DALI green white black purple DALI PCA EXCEL one4all AC operation Mains voltage 120 V / 277 V 50/60 Hz PCA PCA Datasheet 11/01-26/1 We reserve the right to make technical changes without prior notice.

APPENDIX D

User Guide Installation windim@net windim@net software SET-UP and INSTALLATION Before you begin Guideline and Agreement Install Software Component Selection Installing services and Registering Native Components Verifying all background services of windim@net are operating Running background applications Running the hub server Start the windim@net administrator application guide-windim_net-program installation v-2.1.doc Page 1 of 7

User Guide Installation windim@net Before you begin: 1) Consult with your system support representative to obtain the following points about the Tridonic system installation: a. Identify and locate the computer designated as the Lighting Server. b. Identify and locate computer(s) designated as Lighting hub(s). In small installations it is possible that the Lighting Server will also act as the lighting hub. c. Identify and locate all Tridonic-DALI port devices (RS-232, USB, Ethernet) installed on the project. d. Confirm the location and count of all DALI loops within the system. e. Confirm the location and count of all Lighting fixtures with Tridonic ballasts connected to the DALI loops. 2) Prior to installing the Windim@net software purchased with your system review which computers will act as the Lighting Server and Lighting Hub computer(s). 3) Place the Windim@net server application CD into the computer designated as the Lighting Server and follow the directions outlined below. The Install Application will begin as soon as the CD is recognized by the drive. Guidelines and Agreement: The first screen provides application information including version number and additional installation guidelines pertaining to the specific software release. guide-windim_net-program installation v-2.1.doc Page 2 of 7

User Guide Installation windim@net Please read the license agreement. Press the Next button to accept conditions and continue the installation process. Install software: To simplify future support services it is recommended that the application be installed using the default folder listed. Software Component Selection: The following screen provides selection of specific components that will be installed onto the computer. Refer to the following component selection table for component selection: Recommended application combinations Single computer for all functions Computer supporting Lighting Server, web server and Administrator functions Computer supporting Hub only WinDIM application components net Server net Hub net Webserver net Administrator X X X X X X X X guide-windim_net-program installation v-2.1.doc Page 3 of 7

User Guide Installation windim@net Select components to install based on lighting system configuration and press the next button. Select the location where the application ICON will be installed. For first installations it is recommended to use the default setting In a new program Group:. When the application is being reinstalled use In an existing Program Group:. For proper system configuration verify that the correct components will be installed. Press Install button to proceed with the installation. guide-windim_net-program installation v-2.1.doc Page 4 of 7

User Guide Installation windim@net Wait for installation to complete: Installation of all components can take several minutes. Installing Services and Registering Native Components: Using the default folder setting windim@net installs the application under the Programs selection tab. Note: The following descriptions support projects using a single computer with all components installed. From the windim@net Tools menu select Install Services From the windim@net Tools menu select Register Native Components. guide-windim_net-program installation v-2.1.doc Page 5 of 7

User Guide Installation windim@net Verify all background services of windim@net are operating: Using the Control Panel select Administrative tools and the Services window to verify that the service applications are started. Note: If a windim@net service has not been started select the item and press the right mouse button to open a dialogue box. Then select the Start option within the box. Running background applications: Select the following applications from the windim@net program directory in the order listed: - Start windim@net Database - windim@net Server - windim@net WebServer guide-windim_net-program installation v-2.1.doc Page 6 of 7

User Guide Installation windim@net Depending on the computer system configuration settings the application window(s) from the executed programs may remain open on the screen. Any remaining open window can be collapsed using the windowsizing button in the upper right corner. Running the windim@net hub server: The hub server application is used to exchange information between the Administrator software and the physical devices connected to the DALI loop(s) within the building. Start the windim@net Hub Server {Programs windim@net - tools windim@net Hub Server} As shown all connected ballast found on the lighting system will be identified. In the event that the connected devices have not been addressed no devices (ballast) will be listed. Start the windim@net administrator application: Select the windim@net Administrator from the program directory. When the application is fully loaded the screen on the left will be displayed. Be patient as loading time varies depending on the computer system. The Administrator name and password can be obtained from your authorized system support representative. For administrator programming instructions refer to the windim@net Administrator operating guide. guide-windim_net-program installation v-2.1.doc Page 7 of 7

User Guide Operation windim@net windim@net software ADMINISTRATOR OPERATING GUIDE Start the windim@net administrator application Summary of Administrator functions Administrative set-up o Assigning devices to fixtures o Assign computer users o Enhanced Settings Administrative use o Control functions o Time Functions o Energy Consumption o Monitoring How to - o o o Assigning devices to fixtures Assign computer users Enhanced Setting Remote Administrator Operation guide-windim_net-administrator operation v-1.0.doc Page 1 of 8

User Guide Operation windim@net Start the windim@net administrator application Select the windim@net Administrator from the program directory. When the application is fully loaded the screen on the left will be displayed. Be patient as loading time varies depending on the computer system. The Administrator name and password can be obtained from your authorized system support representative. Summary of application functions For discussion purposes the administrator application can be separated into two primary categories - Administrative setup and Administrative use. Administrative Setup includes: Addressing, Assign devices to fixtures, Assign computer users, Enhanced Settings Administrative use includes: Control functions, Time Functions, Energy Consumption, Monitoring guide-windim_net-administrator operation v-1.0.doc Page 2 of 8

User Guide Operation windim@net Administrative Setup includes Addressing Select this tab to address the physical devices connected to the computer communication bus. Addressing of each device is required in order to communicate with the device. Ballast (or other compatible device) connected to individual computer ports will be assigned unique addresses. Address information is stored in the lighting ballast or other compatible device. Assign devices to fixtures Once addressed connected devices need to be assigned to specific light fixtures. This selection provides the lighting system administrator the ability to develop a building structure and apply logical names to devices and lighting fixtures. Assign computer users If the building control application calls for individual occupant desk top control each user will need to be set up and assigned lighting fixtures for control. To set up a computer user you must have the logical name assigned to the computer and/or the computers IP network address. Your computer administrative support group usually can provide this information. Enhanced Settings This tab selection is used for setting up device Groups and Scenes. Each DALI compatible ballast supports assignment of up to 16 groups and 16 scenes per group. Administrative use includes - Control functions Each addressed device can be controlled using this tab selection. Application features provide user the ability to select control hierarchy. Select from the building tree to control a single device, floor or the entire building. Control functions include level control and setting the device maximum set point level. Time Functions This tab selection supports schedule event activities by setting up a time schedule. Events include control of devices and data logging. Time schedules can be programmed by minute, hour, daily and monthly to support building operation requirements. Energy Consumption Devices connected to the lighting control bus support two-way data communications. One of the status instructions incorporated in the devices is actual level. Obtaining individual device information and using a simple formula an accurate energy load value can be obtained. By summing up all individual devices a total lighting load can be obtained. This information is helpful for load management and doing energy use comparisons. Monitoring Provides the system administrator the ability to obtain information from the devices connected to the system. Information is helpful for monitoring system activity and performing system diagnostics. guide-windim_net-administrator operation v-1.0.doc Page 3 of 8

User Guide Operation windim@net Addressing: Select the Addressing tab and verify that all lighting network servers are listed. The tree structure will also list all identified lighting communication devices on each lighting server network. Addressed devices will appear within the tree structure for each communication device. If no devices (ballast) are listed or devices are missing the system will require addressing. Warning Incorrect use of the addressing commands can create significant re-work. Verify your selection before selecting OK. To address devices physically connected to the lighting communication bus(s) select the DALI bus for addressing in the left side window. Use the Address un-addressed ballasts only if ballasts are being replaced or newly added to a previously commissioned system. Select the addressing method: Completely address the bus - this selection readdresses all devices (ballast) on loop Address un-addressed ballasts only. - this selection addresses only new devices from the factory Note: In the event newly added devices to the system were previously addressed the entire loop will require readdressing. Newly addressed ballast will be identified and listed in the network tree. With the devices addressed and identified the next step is to assign the addresses to lighting fixtures. guide-windim_net-administrator operation v-1.0.doc Page 4 of 8

User Guide Operation windim@net Assign Devices to Fixtures: Prior to assigning physical devices to lighting fixtures the building structure needs to be defined. Default names assigned to structure elements and devices can be changed to assist in identifying and controlling items in the future. Thought should be given when deciding structure element names to maximize system flexibility. The example shown is a recommended structure format. Structure elements can be added to the fixture table by selecting the icons on the bottom right. Use the delete button to remove elements. To assign a device to a fixture highlight the device, highlight the fixture and select the Assign button. Pressing the diskette icon on the right side of the frame will save information. Periodic saving is recommended especially if configuring a large building. guide-windim_net-administrator operation v-1.0.doc Page 5 of 8

User Guide Operation windim@net Assign computer users: Each remote computer user having privileges to control lighting will require separate setup. To enter a computer complete the information fields at the bottom of the screen and select the Add button. It is important that information is entered correctly in order to prevent future remote access difficulties. Once the computer name is entered pressing the Resolve IP button can identify the IP address. Once the computer user is added assign the appropriate fixture to the user. To assign a fixture to a user highlight the user, highlight the fixture and press the assign button. Fixtures can be assigned to multiple users if required. guide-windim_net-administrator operation v-1.0.doc Page 6 of 8

User Guide Operation windim@net Enhanced setting: This tab selection allow for defining ballast groups. All ballast can be assigned to 1 of 16 groups. To assign the ballast to a logical group highlight the Group number, highlight the device and select assign. Group names can be changed using the Rename current group tab at the bottom right Scenes can be stored to the ballast by following the steps listed: o Select Scene number o Select DALI device o Adjust slide bar to preferred level o Press the Set button Scene names can be changed using the Rename current scene tab at the bottom right guide-windim_net-administrator operation v-1.0.doc Page 7 of 8

User Guide Operation windim@net Remote Administrator Operation The administrator application can be accessed for any computer on the local area network. This feature is helpful during system commissioning and when the building manager or system administrator requires local lighting testing. First check with the system network administrator to verify privileges have been set to allow access to the lighting server network storage drive. Note: To set up the remote access the administrator is required to identify the proper IP address of the lighting server. This is accomplished by editing the file conf/daliadministrator.xml and changing the default <ipadress>127.0.0.1</ipaddress> to the IP address or the name of the windim@net Server. From the remote computer locate and execute (double click) the windim@net Remote Administrator.exe file. This file can be found in the installation directory located on the computer designated as the lighting network served. guide-windim_net-administrator operation v-1.0.doc Page 8 of 8

User Guide Operation windim@net windim@net software COMMISSIONING Application Requirements DALI HubServer windim@net Server with external Database windim@net Server with integrated Database windim@net WebServer windim@net User windim@net Administrator Ancillary Hardware Requirements Commissioning steps guide-windim_net-user commissioning v1.0.doc Page1 of 4

User Guide Operation windim@net Application Requirements: Prior to installing the application verify that the computer hardware and supporting software is installed and meets or exceeds the minimum requirements listed. When multiple modules are installed on the same computer then consideration should be given to increasing the computers capabilities. All base application modules should have static network IP addresses. DALI HubServer Windows System NT 4.0 / 2000 Pentium 233 or higher RAM 48 MB or more Attention: The hub server handles the traffic between the computer and the DALI bus(s). If response times for information exchange slows do to many TCP/IP to serial hardware interfaces being used, requirement may need to be higher. windim@net Server with external Database (MSSQL DB, Oracle,...) Windows NT 4.0 / 2000 (Workstation or Server); UNIX, LINUX (without Installer) Pentium III 500 MHz or higher Minimum RAM 128 MB / 256 MB recommended Hard-Disc ca. 100MB / 2MB aditionally/500 Ballast Application requires 24/7 operation with UPS backup windim@net Server with integrated Database Windows NT 4.0 / 2000 (Workstation or Server); UNIX, LINUX without Installer Pentium III 500 MHz or higher Minimum RAM 128 MB / 256 MB recommended Hard Disc ca. 150MB / 2MB additionally/500 Ballast Application requires 24/7 operation with UPS backup. windim@net WebServer Windows NT 4.0 / 2000 (Workstation or Server); UNIX, LINUX (without Installer) Pentium III 500 MHz or higher Minimum RAM 128 MB / 256 MB recommended (depending on the # of total connected user the requirements may be higher) Hard Disc ca. 105MB Application requires 24/7 operation with UPS backup. windim@net User Accessible on the office / lighting Ethernet network Internet Explorer 5.0 or higher windim@net Administrator The administrator application can be installed anywhere on the computer network. Computer configuration will vary depending on the amount of programmed scheduling and logging information is communicated. Refer to the Administrator guide for setup and operation. guide-windim_net-user commissioning v1.0.doc Page2 of 4

User Guide Operation windim@net Ancillary hardware requirements: In addition to the computer(s) supporting the windim@net application there will be additional interfaces connecting the Tridonic lighting network (DALI loops) to the computer or office computer network. The windim@net application can recognize information transferred from the DALI loops using a RS-232, USB and/or Ethernet LAN connection. Hardware hubs tested to date: Tridonic BusMaster R Comtrol RocketPort R Serial Hub Si Zircom port adaptor Serial RS-232 to DALI interface Ethernet 10/100 to serial RS232 USB to RS-232 interface Note: windim@net was designed to look for approved Tridonic Bus master interfaces connected to Windows recognized communication methods (USB, Ethernet, Serial RS232). Substitute interfaces performing the function of the ones listed above (and compatible with windows) should operate correctly with the Busmaster RS-232 interface. Testing of interfaces for compatibility should be performed prior to installing into a working lighting system. Refer to hardware installation documentation for component mounting requirements. No special environmental control is required for components specified. Location of computer equipment and hubs should be in an environment similar to comparable equipment. Commissioning: To simplify the commissioning process the following information is required prior to configuring software: Building electrical lighting plans or layout showing physical location of rooms and lighting fixtures. Drawing should include location and number of DALI loops, hubs, lighting server and other lighting control components (wall switches, sensors, etc.) Proposed naming of building software structure elements. Includes labels for floors, rooms, cubicles and fixtures. Thought should be given to include the type of lamp and # of lamps. Example: Building {name or address of building} Structure {floor level. Ground Floor, 1 st floor, etc.} Structure {office or cubicle name.. Office 105, Area 1 cube B2} Fixture {location of fixture. Desk fixture left side, entry fixture} Device {description of fixture / lamp type with communication port location Down light 2Lamp T5 28W,Server 1,COM 2,add 5} List of computer users, computer name, IP address (optional) and user name. guide-windim_net-user commissioning v1.0.doc Page3 of 4

User Guide Operation windim@net Commissioning Steps: Step 1 Step 2 Step 3 Step 4 Step 5 Step 6 Step 7 Referring to installation guide load administrator application and specific modules on appropriate computers Referring to Administrator Guide follow instructions and address building lighting devices With lighting devices addressed and using the Administrator control function walk the building and identify the physical location of the addresses. Document the location of the device address for each fixture on a ledger sheet or the electrical plans. Enter the building structure definition per pre-work documentation Assign Devices to fixtures per building plan. Name devices per naming convention defined in pre-work stage. (Periodically save entries when entering information) Assign Fixtures to Computer Users {Depending on the timing of building occupancy this step may not be completed in the initial commissioning visit} Using the administrator application verify control and functionality of the lighting system. guide-windim_net-user commissioning v1.0.doc Page4 of 4

User Guide Commissioning windim@net windim@net software QUESTIONS Commonly asked questions: 1. How will the system perform under various system network or component failures? Hardware failures: a. A ballast failure will result in the lighting fixture not responding for local or software control. The monitoring function will assist in determining the location of failed ballast and lamps. b. A Tridonic BusMaster failure will result in a local area loop not responding. Each BusMaster controls a maximum of 64 Ballast addresses. Depending on the number of ballasts per fixtures there could be 32-64 fixtures not responding to user network control or Administrator communications. The monitoring function will assist in determining the location of failed ballast and lamps. Note: the ballast are set to turn the lamps to maximum level in the event of a loop failure. c. A hardware computer hub failure on a floor will result in the entire floor not responding to the user network control or Administrator communications. The monitoring function will assist in determining the location of failed ballast and lamps. Local control devices on the loop if present will function. d. If the Lighting server and network server computer fails the entire building will not have user network control or Administrator communications. Local control devices on the loop if present will function. WinDIM@net application is stopped or fails: e. If the WinDIM@net application is not working local control and administrator functions will not operate. Local control devices on the loop if present will continue to function. 2. Is the system Y2K compliant? YES 3. What are the back-up and re-initialization procedures for the system in case of a server failure or loss of power? a. Reload application if required b. Start all required applications c. Copy back-up data file to appropriate application directory d. Use Administrator to verify proper operations e. Test various remote users to verify proper operation 4. What impact will a server failure have on the user? a. Light will be at last level b. No tuning ability from user PC c. Occupancy sensor will continue to function if enabled guide-windim_net-questions v1.0.doc Page1 of 3

User Guide Commissioning windim@net 5. How does the system address static or dynamic IP addressing? a. Both static and dynamic IP addressing is supported. Refer to the Administrator Operating Guide. 6. What software needs to be installed and where? a. Refer to the Software Installation Guide 7. What software updates and fixes will be available and when will there be a charge for those? a. Any issues identified as critical (impede workers) will be investigated immediately (reasonable response time). Information will be provided to building management regarding issue(s) and time required to resolve. b. Software updates will be made available based on amount of work to complete original specification or identified errors. To minimize customer disruptions changes will be batched in order to consolidate efforts. c. Charges will apply to updates providing features not included in the original specification. Charges will be based on the amount of costs required to support the feature(s). 8. What is the system platforms required for the system? a. Refer to system commissioning guide. 9. Does the system include an uninstall feature? YES 10. How will the building LAN be used and what traffic should be expected? a. The building LAN will be used for communications between the hubs and the Administrator / server. b. Maximum traffic is expected during the first 30-60 days of initial user occupancy of space. It is projected that during this time interval the user is experimenting with different levels to identify the preferred lighting levels. c. LAN traffic will not be noticeable given the high speeds of networks today. Response time of the lights will be dependent on the computer system performance. 11. What are the minimum system requirements for each system computer to support the software requirements (User / Administrator)? a. Refer to system commissioning guide 12. Who provides the Administrator Server and where will it be located? a. Refer to system commissioning guide 13. Define any network protocol or limitation on the IP address or user names to be used to establish the system paths? a. The administrator application requires the users computer name in order to establish a path to the user. The IP address is optional. b. The user log on screen requires a user name. The same user name is entered into the Administrator software. guide-windim_net-questions v1.0.doc Page2 of 3

User Guide Commissioning windim@net 14. Define the required hardware specifications for the user and administrator? a. Refer to system commissioning guide 15. Where is the DATA archived and which files are important? a. The Data is stored onto the computer designated as the lighting server. b. Refer to system commissioning guide for specific file locations 16. How do you access the Administrator from a remote location? a. Refer to the Administrator guide guide-windim_net-questions v1.0.doc Page3 of 3

User Guide Operation windim@net windim@net software Instructions for remote computer user using Internet Explorer Before you begin Starting application and entering user name User control panel Configuring user lighting scenes and operating parameters guide-windim_net-user operation v1.0.doc Page1 of 3

User Guide Operation windim@net Before you begin: Prior to starting the windim@net remote user application it is important that the items listed below have been completed: 1) Installation of the windim@net lighting server system software components has been installed and is operational. 2) Remote user information has been correctly entered into the windim@net administrator software. 3) Verify that lighting fixtures have been assigned to the remote user. 4) Internet Explorer 5.0 or higher is installed and operational on the remote computer. 5) User has the computer IP address of the designated windim@net lighting server. 6) Correct user name to gain access to assigned lighting fixtures is available. Starting the application: 1) Open up an Internet Explorer window and in the address bar type in the address of the local windim@net lighting server. Example http://78.0.0.0.1 2) Internet explorer will display the user login screen. (note: the first time the application is used Internet Explorer will prompt for installing application modules. Select ok and continue. 3) Enter Username and select Login to windim@net. The application is designed to allow control of assigned lighting loads only. Operator will not be able to control unauthorized lighting fixtures. User control panel The primary user control panel shown on the right is used to control assigned space lighting. From this panel you will be able to: Recall 1 of 4 user-defined screens Increase and decrease light levels of assigned fixtures Control lamps ON and OFF guide-windim_net-user operation v1.0.doc Page2 of 3

User Guide Operation windim@net Two buttons in the top right corner provide access to the user settings toolbox and the program information screen. Pressing the wrench icon will open the user settings box. All users assigned lighting fixtures and devices will be listed on the left side of the window. From the settings window you can: Set lighting scenes Rename scene buttons Assign start up and shut down levels Configuring user lighting scenes and operating parameters Changing the default scene name in the box provided will update the name on the control panel when the setting window is closed. Programming a user scene: 1. Use the cursor to highlight a device shown under the Building list. 2. Use the slide bar to select the preferred light level for the scene 3. Press the SAVE AS button next to the scene to store the value 4. Repeat for all listed devices Setting start up and shut down preferences: Startup and shutdown levels are the lighting levels that will be selected when starting and stopping the Internet Explored user application. To select the preferred start up and shut down operation click on the button next to the described action. guide-windim_net-user operation v1.0.doc Page3 of 3