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HomeMy WebLinkAbout2023-03-17-tcc-nlight-air-lighting-schedule-playbook1 TARRANT COUNTY COLLEGE DISTRICT ADDENDUM TO TCCD DESIGN GUIDE ACUITY LED FIXTURE AND nLIGHT AIR\ROAM CONTROL SYSTEM DESIGN PLAYBOOK March 17th , 2023 Revision 1.0 2 TABLE OF CONTENTS PURPOSE nLIGHT AIR SYSTEM OVERVIEW ROAM SYSTEM OVERVIEW LIGHTING DESIGN AND FIXTURE LAYOUTS \ SPECIFICATION nLIGHT LIGHTING CONTROLS PRODUCTS DESIGN AND SPECIFICATION ROAM LIGHTING CONTROLS PRODUCTS DESIGN AND SPECIFICATION PROCESS FOR BIDDING PROJECTS PROCESS FOR RELEASING A PROJECT TO MANUFACTURING PROCESS FOR INSTALLING LIGHTING CONTROL SYSTEMS PROCESS FOR COMMISSIONING OF LIGHTING CONTROL SYSTEMS PROCESS FOR DOCUMENTATION OF THE PROJECT PROCESS FOR POST COMMISSIONING WARRANTY OR TECHNICAL SUPPORT 3 PURPOSE The purpose of this document is to serve as a design playbook to guide all parties involved in a lighting and lighting controls project on any Tarrant County College District (TCCD) property when Acuity nLIGHT AIR controls, nAIR enabled LED fixtures or non-nAIR embeded LED fixtures, ROAM enabled outdoor fixtures and ROAM control systems are involved. The playbook is being designed to bring continuity and consistency to lighting fixture and control selection, as well as the process for how they are: specified, designed, bid, submitted on, released, installed, commissioned, and supported. Once a project requiring LED lighting and\or nLIGHT lighting controls has been identified by TCCD personnel, the playbook should be used as a guide by TCCD and any third party subsequently brought into involvement on the project to make sure the TCCD designed standards are followed and that the proper parties such as Horton Controls Group (HCG) or Architectural Lighting Alliance (ALA) are notified. ALA – 214.762.9302 Horton Controls Group – 972.523.3737 This playbook will be a living document. It will be revised and amended as needed to keep pace with the changing demands of the projects and personnel. Per this revision all projects will be designed under the guidelines of IECC 2021. The use of Acuity only, non-nAIR sensor embeded for interior loads, is requested unless TCCD approves specialty fixtures from non-Acuity manufactures represented by ALA Inc or nAIR sensor embeded fixtures by Acuity Brands as requested. VERY IMPORTANT: The first step in any project being initiated is to check the TCCD nLIGHT and ROAM databases via the TCCD designate (Thomas VanOver) to verify if a building has been upgraded at any level with nLIGHT\ROAM fixtures or controls equipment to prevent redundant purchasing or application of product. If the building has a previously installed nLIGHT\ROAM gateway, verify the device count to estimate if additional nLIGHT\ROAM fixtures and controls can be supported or if an additional gateway will be required. 4 management system. With its robust embedded web server, nLight ECLYPSE hosts edge applications and generates actionable, visual data with ENVYSION user interface. your building with let you seamlessly your lighting control WiFi to integrate system nECY MVOLT BAC GFXK (Eclypse) Gateway This BTL listed B-BC controller leverages native BACnet™/IP and nLight AIR Adapter Antenna The nLight® AIR wireless controls adapter is a device that connects your nLight AIR control system to the nLight ECLYPSE®. "Wirelessly enables nLight® ECLYPSE® to connect on an nLight AIR controls network. So for the first time, you can unlock the power of time- based controls and demand response, tap into the capabilities of ENVYSION™ and SensorView software, and enable a hybrid nLight wired and wireless control system with a single pane of glass. nBRG 8 Kit Bridge The nLight 8-Port Bridge increases the number of lighting control zones in an nLight system. The Bridge also is an integral component of the communication backbone in an nLight network. Fundamentally, Bridges act as hubs by aggregating traffic from the connected downstream zones and placing it onto the backbone. (used for hybrid only projects with some nLIGHT wired Devices) nLIGHT SYSTEM OVERVIEW nLIGHT connects intelligent digital devices, including occupancy sensors, photocells, power/relay packs, wall switches, dimmers, panels, and luminaires. Combined, this creates a system with “distributed intelligence” that can be configured to meet TCCD’s lighting needs and codes. nLIGHT offers “distributed intelligence,” meaning that every single device in every zone or network is digitally addressable. However, unlike other digital lighting control systems, every nLIGHT device is empowered to make its own switching and dimming decisions. So, instead of just room controllers, network servers, or centralized panels having intelligence, every nLIGHT device with a relay or dimming component has the intelligence to make its own control decisions. This enables designs where relays and dimming outputs can be located within sensors, photocells, and wall stations – not just in relay- only devices, such as room controllers or panels. This unmatched design flexibility allows for more elegant and cost-effective designs that minimize device count and wiring. BACKBONE DEVICES 5 rPODLA Entry Station The rPODLA Series WallPods are nLight AIR-enabled toggle and/or dimming switches that provide a user with local control of a lighting zone. These single gang decorator style devices have soft- click buttons and have a green LED indicator for each button. (Available in battery powered options if needed, rPODBA). Please note nPODMA will not have the raise/lower buttons. Only on/off. rPODLA DX Dimming Station WallPods with the DX dimming option have the added ability to adjust the level of any nLight controlled dimmable lighting. (Available in battery powered options if needed, rPODBA). rPODLA 4S Scene Station The rPODLA Series WallPods are nLight AIR-enabled scene switches that provide a user with local control of a lighting zones via scenes and master raise\lower commands. These single gang decorator style devices have soft-click buttons and have a green LED indicator for each button. (Available in battery powered options if needed, rPODBA). USER INTERFACES 6 nLight UNITOUCH Touchscreen Wall Switch The nLight® UNITOUCH is an integrated touchscreen wall switch providing seamless control of multiple luminaires and devices on the nLight lighting controls platform through a single piece of glass, and wirelessly through the myPersonify mobile app. (use must be approved by TCCD and HCG before being included in nAIR project.) control of traditional line-voltage dimming, switching, 0-10V, DALI, nLight®, and DMX for RGB and tunable white fixtures. Please see HCG before using this touchscreen. Use must be approved by TCCD and HCG before being included in nAIR project. integrated control seamless solution delivering an lighting touchscreen Fresco Touchscreen 7” Touchscreen Controller Fresco is 7 occupancy detection is designed for applications where occupants are stationary for long periods of time. Integrated dimming photocell for use as needed. Requires 24v power from nAIR power packs or power supply. Battery powered unit available for use with TCCD approval. technology Dual with finished applications ceilings. rCMS 24V PDT Ceiling Sensor (Classrooms/Labs) The rCMS PDT nLight Air ceiling and surface mount occupancy sensor provides a range of networked sensor solutions for rCMS 10 24V Ceiling Sensor (Corridors) The nCM 10 nLight ceiling and surface mount occupancy sensor provides a range of networked sensor solutions for applications with finished ceilings. Passive Infrared Detection is ideal for detecting large motion. Integrated dimming photocell for use as needed. Requires 24v power from nAIR power packs or power supply. Battery powered unit available for use with TCCD approval. rLSXR Fixture \ JBOX Mount Sensor (Gymnasiums & Warehouse) The rLSXR family of nLight Air fixture \ JBOX mount line voltage powered occupancy sensors provide a range of networked sensor solutions for industrial fixtures and applications. rLSXR family sensors utilize 100% digital Passive Infrared (PIR) detection and are available with several lens options, providing flexibility for multiple mounting height and coverage pattern requirements. Integrated dimming photocell for use as needed. OCCUPANCY SENSORS POWER SUPPLIES/LOAD CONTROLLERS/AV INTEGRATORS PS 150/ PS 250 Power Supply As the name suggests, the PS-150 power supply contributes power to nLight Air devices such as the Bridge and nAIR sensors. Wiring to terminal connections on those devices, the PS-150 generates up to 150mA of power at 15 VDC. rPP PCD nLight Wireless Phase Adaptive Dimmer The rPP PCD power pack is an adaptive phase control dimmer that delivers significant performance and design versatility. It is designed to control large phase dimmed loads, controlling forward-phase-dimming and reverse-phase-dimming loads as large as 16A at 120VAC and 277VAC. Long range wireless communication and the rPP PCD's ability to control full circuits make this device ideal for controlling phase-dimmed loads in both new construction and renovation projects. rPP20 24V EFP Power Pack The rPP20 is capable of switching loads via an internal latching relay. These power packs also provide power to nAIR sensors. rPP20 D 24V EFP Power Pack (Dimming) The nPP16 is capable of switching and 0-10vdc dimming loads via an internal latching relay. These power packs also provide power to nAIR sensors. rSI – AV Integrator The nLight Air rSI is a device that digitally interfaces nLight Air devices with AV system via dry contact closures only. This allows rooms with nAIR controls to follow preset commands from AV systems, one preset per dry contact closure. 9 ROAM System Overview (All new Exterior wireless controls should be vetted with TCCD for possible ROAM controlled deconstruction \ new nAIR capability. Consult Thomas VanOver with TCCD or Chris Sears with HCG) ROAM is a wireless control platform using screw in photocells with wireless communication cards communicating via a wireless mesh network to a ROAM Gateway. The ROAM gateway collects data and transmits commands from the ROAM Graphic Software. The software is a web-based portal allowing control, programming, and monitoring of all outdoor ROAM enabled fixtures. ROAM ensures that your area lights are working and enhances area safety. ROAM reduces area lighting energy consumption and significantly reduces your carbon footprint. ROAM eliminates visual patrolling and repeat maintenance trips for your crews, resulting in improved efficiencies and reduced operating costs. ROAM enables immediate response to area lighting failures, virtually eliminating citizen and customer complaints. REG127 EX 5 V (ROAM system gateway to LAN\WAN from wireless nodes) REN127 DV1 0 REN480 DV1 0 DUR105 rSBOR rTLN Will allow a ROAM controlled light to migrate to nAIR or allow non- sensor control of new LED fixture with PER to be like ROAM. 10 LIGHTING DESIGN AND FIXTURE LAYOUTS \ SPECIFICATION Most projects undertaken by TCCD will involve both lighting fixture upgrades as well as lighting control upgrades. In the event fixture upgrades are not required, this step in the process will be omitted. However, in most cases the selection and layout of the new lighting fixtures (for remodel projects) will be considered the first step followed in the playbook. Projects requiring 2x4 lay in fixtures will be using the TCCD standard selection, the Lithonia Lighting BLT nLight Air enabled troffer 2BLT4 A 48L ADSMT EZ1 LP840 N100. If other fixtures are required by the projects lighting needs, nLight Air enabled products should be used, if possible, for their ease of integration into the nLight Air lighting control system. If non-Acuity products are to be used, they must be coordinated with ALA for integration into the nLight Air lighting control system via nLight Air dimming and switching power packs. Once the fixture selections and layout are completed by either the design build contractor or MEP engineer for the project, the lighting controls need to be integrated into the design. ALA will handle the application of the nLight Air lighting controls following the design criteria described in the playbook based on the type of room and its application. The design build contractor \ MEP engineer may also integrate the nLight Air controls via the direction of the playbook if desired for publication of the bid documents. BLT with nLight Air IBG with nLight Air LDN with nLight Air SEE FIXTURE SCHEDULE BELOW FOR ADDITIONAL FIXTURES WITH NLIGHT ENABLED CAPABILITY 11 INTERIOR LIGHTING FIXTURE SPECIFICATION SYMBOL MODEL SPECIFICATION LAMP TYPE WATTAGE COMMENTS A Lithonia 2BLT4 48L ADSMT EZ1 LP840 NLTAIR2 RIO (RIO EM) LED 38 Recessed 2x4 dimmable fixture. 4800 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled NON-SENSORED fixture. AS Lithonia 2BLT4 48L ADSMT EZ1 LP840 NLTAIR2 RES7PDT (RES7PDT EM) LED 38 Recessed 2x4 dimmable fixture. 4800 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled fixture with embedded SENSOR. B Lithonia 2BLT4 40L ADSMT EZ1 LP840 NLTAIR2 RIO (RIO EM) LED 32 Recessed 2x4 dimmable fixture. 4000 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled NON-SENSORED fixture. BS Lithonia 2BLT4 40L ADSMT EZ1 LP840 NLTAIR2 RES7PDT (RES7PDT EM) LED 32 Recessed 2x4 dimmable fixture. 4000 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled fixture with embedded SENSOR. C Lithonia 2BLT2 33L ADSMT EZ1 LP840 NLTAIR2 RIO (RIO EM) LED 27 Recessed 2x2 dimmable fixture. 3300 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled NON-SENSORED fixture. CS Lithonia 2BLT2 33L ADSMT EZ1 LP840 NLTAIR2 RES7PDT (RES7PDT EM) LED 27 Recessed 2x2 dimmable fixture. 3300 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled fixture with embedded SENSOR. D Lithonia 2BLT2 20L ADSMT EZ1 LP840 NLTAIR2 RIO (RIO EM) LED 17 Recessed 2x2 dimmable fixture. 2400 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled NON-SENSORED fixture. DS Lithonia 2BLT2 20L ADSMT EZ1 LP840 NLTAIR2 RES7PDT (RES7PDT EM) LED 17 Recessed 2x2 dimmable fixture. 2400 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled NON-SENSORED fixture. E Lithonia BLWP2 20L ADSMT EZI LP840 NLTAIR2 RES7PDT (RES7PDTEM) LED 17 Two (2) foot length strip fixture with high impact acrylic diffuser with white finish, 1200 lumen output, and nLight Air enabled with embedded sensor. Use in bathrooms above mirror. SEE NOTE 1 E-ALT Lithonia WL2 12L EZ1 LP840 NLTAIR2 RES7PDT (RES7PDTEM) LED 19 Two (2) foot length strip fixture with high impact acrylic diffuser with white finish, 1200 lumen output, and nLight Air enabled with embedded sensor. Use in bathrooms above mirror. SEE NOTE 1 F Lithonia BLWP4 30L ADSMT EZI LP840 NLTAIR2 RES7PDT (RES7PDTEM) LED 25 Four (4) foot length strip fixture with high impact acrylic diffuser with white finish, 3000 lumen output, and nLight Air enabled with embedded sensor. Use in utility closets, small corridors, etc. SEE NOTE 1 F-ALT Lithonia WL4 30L EZ1 LP840 NLTAIR2 RES7PDT (RES7PDTEM) LED 28 Four (4) foot length strip fixture with high impact acrylic diffuser with white finish, 3000 lumen output, and nLight Air enabled with embedded sensor. Use in utility closets, small corridors, etc. SEE NOTE 1 G Lithonia BLWP4 40L ADSMT EZI LP840 NLTAIR2 RES7PDT (RES7PDTEM) LED 25 Four (4) foot length strip fixture with high impact acrylic diffuser with white finish, 4000 lumen output, and nLight Air enabled with embedded sensor. Use in utility closets, small corridors, etc. SEE NOTE 1 G-ALT Lithonia WL4 40L EZ1 LP840 NLTAIR2 RES7PDT (RES7PDTEM) LED 28 Four (4) foot length strip fixture with high impact acrylic diffuser with white finish, 4000 lumen output, and nLight Air enabled with embedded sensor. Use in utility closets, small corridors, etc. SEE NOTE 1 G1 Lithonia CLX L48 7000LM SEF RDL MVOLT EZ1 50K 90CRI NLTAIR2 RES7PDT WH / ZACVH M100 LED 50 Four (4) foot length strip light with snap on frosted diffuser, 7000 lumens, white finish, one pair of 10’ aircraft cable, and nLight Air enabled with embedded sensor. G1-ALT Lithonia ZL1N L48 7000LM FST MVOLT 50K 90CRI NLTAIR2RLSXR10 WH / ZACVH M100 LED 67 Four (4) foot length strip light with snap on frosted diffuser, 7000 lumens, white finish, one pair of 10’ aircraft cable, and nLight Air enabled with embedded sensor. G2 Lithonia CLX L96 14000LM SEF RDL MVOLT EZ1 50K 90CRI NLTAIR2 RES7PDT WH / ZACVH M100 LED 95 Eight (8) foot length strip light with snap on frosted diffuser, 14000 lumens, white finish, one pair of 10’ aircraft cable, and nLight Air enabled with embedded sensor. G2-ALT Lithonia ZL1N L496 14000LM FST MVOLT 50K 90CRI NLTAIR2RLSXR10 WH / ZACVH M100 LED 134 Eight (8) foot length strip light with snap on frosted diffuser, 14000 lumens, white finish, one pair of 10’ aircraft cable, and nLight Air enabled with embedded sensor. H Lithonia LDN6 40/30 LO6WR MVOLT EZ1 NLTAIR2 (Wet Location Standard) LED 35 Recessed LED downlight, 6” aperature, 3000 lumen output, 4000K color temperature, white trim, wide distribution. nLight Air enabled 12 provide nLight Air dimming, dimming need not be used, but this option is required for control through nLight Air. I Lithonia BLT4 40L ADSMT EZ1 LP840 NLTAIR2 RES7PDT (RES7PDTEM) LED 32 Recessed 1x4 dimmable fixture. 4000 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled fixture with embedded SENSOR. INTERIOR LIGHTING FIXTURE SPECIFICATION (CONTINUED) SYMBOL MODEL SPECIFICATION LAMP TYPE WATTAGE COMMENTS L Lithonia ELM2L SDRT 2 LED LIGHTS 2.4 L-ALT Lithonia ELM2-SD 120/277V 2 KRYPTON LAMPS 1.5 Emergency Battery Pack with self diagnostics. N Lithonia LE-S-1(2)-G-(blank or ELN)-SD LED 1.5 Exit sign. 1 or 2 sided face. If emergency source (generator or inverter) is not available, then provide ELN (emergency battery) option. SD option indicates self-diagnostics. Operable on 120/277V. P Lithonia 2BLT4 72L ADSMT EZ1 LP840 NLTAIR2 RIO (RIO EM) LED 67 Recessed 2x4 dimmable fixture. 7200 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled NON-SENSORED fixture. PS Lithonia 2BLT4 72L ADSMT EZ1 LP840 NLTAIR2 RES7PDT (RES7PDT EM) LED 67 Recessed 2x4 dimmable fixture. 7200 lumens, multi-volt driver, 4000K color temperature. nLight Air enabled fixture with embedded SENSOR. Q Lithonia LTHOVAL MR16GU10 LED 27K MW LED 5 Track lights. Wattage is for each head. Contractor must provide track length, as indicated on drawings, along with related accessories to make track lighting functional (connectors, end caps, extenders, junctions, etc.). T Lithonia IBG 24000LM SEF PFL WD MVOLT GZ10 50K 80CRI NLTAIR2 RLSXR6 LED 150 24,000 Lumen output. Highbay and warehouse lighting. U Lithonia UCEL X 30K 90CRI SWR WH LED 6 Undercabinet lighting. V Mark Architectural SL4L LOP 4FT FLP XX(PROVIDE CEILING TRIM) 80CRI 40K 800LMF MIN1 277 NLTAIR2 PDT (FOR EMERGENCY ADD 1E10WLCP) LED 32 Recessed architectural 4’ linear fixture, direct lighting only, 800 lumens per foot, 4000K, and nLight Air enabled fixture with embedded SENSOR. For use in classrooms with soffit’s along teaching walls. V1 Mark Architectural S4LD LCB 4FT 80CRI 40K 800LMF MIN1 MVOLT WHT NLTAIR2 PDT (FOR EMERGENCY ADD 1E10WLCP) LED 32 Suspended architectural 4’ linear fixture, direct lighting only, 800 lumens per foot, 4000K, direct illumination, and nLight Air enabled fixture with embedded SENSOR. V2 Mark Architectural S4LID LCB 4FT 80CRI 40K 800LMF I80CRI I40K 800LMF MIN1 MVOLT WHT NLTAIR2 PDT (FOR EMERGENCY ADD 1E10WLCP) LED 49 Suspended architectural 4’ linear fixture, direct and indirect lighting, 800 lumens per foot, 4000K, direct illumination, and nLight Air enabled fixture with embedded SENSOR. X Lithonia EDGR 1 G EL SD LED 3 Recessed single sided Edge Lit Exit Sign 13 EXTERIOR LIGHTING FIXTURE SPECIFICATION SYMBOL MODEL SPECIFICATION LAMP TYPE WATTAGE COMMENTS A Lithonia RSX2 LED P4 50K R3 HVOLT RPA NLTAIR2 DDBXD LED 187 25,000 Lumen output with nLight Air embedded sensor/control. Walkway and campus interior lighting. B Lithonia RSX3 LED P4 50K R3 HVOLT RPA NLTAIR2 DDBXD LED 312 40,448 Lumen output with nLight Air embedded sensor/control. Parking lot and roadway lighting. C Lithonia RSX1 LED P2 40K R4 MVOLT WBASC NLTAIR2 PIRHN DDBXD LED 72 9,972 Lumen output. Wallpack. Building/Wall mounted. D Lithonia HLF2 LED P2 50K WFL 480 UBV IS PER5 DF DBLXD LED 487 51,106 Lumen output. Outdoor space (e.g., athletics courts) flood lighting. XETERIOR LIGHTING FIXTURE SELECTION \ LAYOUT (All new Exterior wireless controls should be vetted with TCCD for possible ROAM controlled deconstruction \ new nAIR capability. Consult Thomas VanOver with TCCD or Chris Sears with HCG) Projects requiring area lighting, wall pack lighting, and\or pathway lighting should use Acuity brands RSX Series Area Lighter or RSX1 Wall Pack products that are capable of being controlled via the ROAM or nAIR RTLN lighting control system from Acuity. This requires that the fixture have a photocell receptacle, or when needed, the ROAM photocell bracket\receptacle mounted to the fixture pole support or building. If dimming is required, the fixture needs to have the PER5 option. If non-Acuity fixtures are to be used, they must be coordinated with HCG\ALA for ROAM control. RSX2 & 3 LED POLE MOUNT RSX1 LED WALL MOUNT 14 nLIGHT AIR LIGHTING CONTROLS PRODUCTS Classrooms, Laboratory’s, Classroom\Laboratory Combination rooms: 1-rPODLA 4S DX scene selector. (Located on near podium) **Possible alternate based on TCCD \ HCG approval 1-nPOD UNITOUCH (touch screen master controller, scene selector, channel controller. Capable of assigning fixtures to channels in space without software, located on near podium) 1-rPODLA (entry station(s) located at main door for full on\off control of room additional units for second\third door way if applicable) # - rPP20 D 24V (nLight 0-10 load rated power pack) #-rCMS PDT 10 24V (ceiling mount dual technology occupancy sensor for complete coverage of standard 30x30 classroom. (Use nAIR integrated dimming photocell in occupancy sensors as needed per project.) 1-rCMs PDT 9 24V (ceiling mount dual technology occupancy sensor for classrooms with “hallway” type entrance if applicable) #-rSI (A\V dry contact interface if required) # - rPP20 24V (nLight AIR Plug load rated power pack) – 50% of receptacles shall have automatic off. Sequence of Operation (can be modified many different ways) Auto On upon entry of room with total light level set to 50% or less with manual override as needed. Lights zoned for scenes to accommodate teaching wall, general area, and daylighting zones. Scenes for one touch control for basic classroom functions like; FULL ON, AV MODE (fixtures in front of televisions off), PRESENTATION MODE, TEST MODE, and FULL OFF (Daylighting sensor set points to be adjusted accordingly based on lighting preset if provided on project) All fixtures to be labeled from the orientation of the professor looking towards the teaching wall using an Excel spreadsheet format i.e.: Starting with the row of fixtures closest to the primary teaching wall, the left most fixture would be labeled A1, the fixture on same row to the immediate right will be labeled A2 until the end of the row is reached. The row of fixtures second nearest to the teaching wall starting the far left will be labeled B1, B2, working to the right until the end of the row is reached. This labeling convention is to be repeated until the last row is included. Plug load power packs only track motion sensors, ON with room occupied, OFF when Vacant, independent of lighting controls. Daylight Harvesting zones as defined by IECC 2021 for primary and secondary as required. This applies when two zones of daylight harvesting is required in a space. 15 Classrooms Without A Soffit Recommended classroom layout calls for 2x2 fixtures (BLT - Type C) with a 6’ x 8’ spacing 16 Classrooms With A Soffit Recommended classroom layout calls for 2x2 fixtures (BLT – Type C) with a 6’ x 8’ spacing, as well as recessed linear lighting (Mark Slot 4 – Type V3) within the soffit on all teaching walls. Linear fixtures to be continuous, only breaking when a projector is encountered. 17 Preset Definitions: Full On – All lights at 100%, photocell actively controlling window zone lights. A\V – Lights directly in front of A/V or screen turned off, all other lights set to dimmed level. Presentation – Lights directly in front of white board at 100%, all other lights set to dimmed level. Test- All lights at 100%, photocell and occupancy sensor inactive for set time period. Full Off – All lights at 0%, occupancy sensor will not turn lights on if room is still occupied. 18 rPODLA 4S DX - ENGRAVINGS nPOD TOUCH -UNITOUCH (TOUCH SCREEN CONTROL OVERVIEW) (If used in lieu of rPODLA 4S DX) Idle Screen Saver Preset Control Screen Zone Intensity Adjustment Zone Intensity Adjustment 20 Predictive Off Setting allows lights to be turned off manually with wall station by a person leaving the room while allowing the AUTO On feature to reactivate after a vacancy grace period. Room shall have line voltage key switch(s) installed for TCCD facilities to be able to de-energize all fixtures in a room at once or in two zones for maintenance purposes. They are to be shown on the lighting plans by the MEP Engineer or design build contractor when preparing the drawings for bid purpose. These switches are to be rated for the correct amount of electrical load and provided \ installed by the electrical contractor. Locate above the main entrance. Private Office: (with non-window wall on hallway side) 1-rPODLA DX (wall mount switch with manual on\off and raise \ lower control) 1-rPP20 D 24V (0-10 dimming power pack) 1-rCMS PDT 10 (ceiling mount dual tech occupancy sensors with dimming photocell if required) # - rPP20 (nLight AIR Plug load rated power pack) – 50% of receptacles shall have automatic off) Sequence of Operation (can be modified many different ways) Auto On upon entry of room with total light level set to 50% or less with manual override as needed. Plug load power packs only track motion sensors, ON with room occupied, OFF when Vacant, independent of lighting controls. Daylight Harvesting zones as defined by IECC 2021 for primary and secondary as required. Private Office: (with window wall on hallway side) 1-rPODLA DX (wall mount switch with manual on\off and raise \ lower control) 1-rPP20 D 24V (0-10 dimming power pack) 1-rCMS PDT 10 (ceiling mount dual tech occupancy sensors with dimming photocell) # - rPP20 (nLight AIR Plug load rated power pack) – 50% of receptacles shall have automatic off. Sequence of Operation (can be modified many different ways) Auto On upon entry of room with total light level set to 50% or less with manual override as needed. Plug load power packs only track motion sensors, ON with room occupied, OFF when Vacant, independent of lighting controls. Daylight Harvesting zones as defined by IECC 2021 for primary and secondary as required. 21 Conference Room Large (six or more seats): 1-rPODLA 4S DX scene selector. (Located per drawings) **Possible alternate based on TCCD \ HCG approval 1-nPOD UNITOUCH (touch screen master controller, scene selector, channel controller. Capable of assigning fixtures to channels in space without software, located per plans) 1-rPODLA (entry station(s) located at main door for full on\off control of room additional units for second\third door way if applicable) # - rPP20 D 24V (nLight 0-10 load rated power pack) #-rCMS PDT 10 24V (ceiling mount dual technology occupancy sensor for complete coverage of space. (Use nAIR integrated dimming photocoell in occupancy sensors as needed per project.) 1-rCMs PDT 9 24V (ceiling mount dual technology occupancy sensor for classrooms with “hallway” type entrance if applicable) #-rSI (A\V dry contact interface if required) # - rPP20 24V (nLight AIR Plug load rated power pack) – 50% of receptacles shall have automatic off. Follow the same fixture labeling convention for conference rooms as classroom \ laboratories, from the perspective of the person looking at the presentation wall. Sequence of Operation (can be modified many different ways) Auto On upon entry of room with total light level set to 50% or less with manual override as needed. Lights zoned to accommodate Projection screens, general area, daylighting zones, and other special areas as needed such as serveries. Scenes for one touch control for basic conference room functions like; FULL ON, AV MODE, PRESENTATION MODE, and FULL OFF Predictive Off Setting allows lights to be turned off manual with wall station by person leaving the room while allowing the AUTO On feature to reactivate after a vacancy grace period. Plug load power packs only track motion sensors, ON with room occupied, OFF when Vacant, independent of lighting controls. Daylight Harvesting zones as defined by IECC 2021 for primary and secondary as required. 22 Conference Room Small (six or less seats): 1-rPODLA 4S DX scene selector. (Located per drawings) **Possible alternate based on TCCD \ HCG approval 1-nPOD UNITOUCH (touch screen master controller, scene selector, channel controller. Capable of assigning fixtures to channels in space without software, located per plans) # - rPP20 D 24V (nLight 0-10 load rated power pack) #-rCMS PDT 10 24V (ceiling mount dual technology occupancy sensor for complete coverage of space. (Use nAIR integrated dimming photocoell in occupancy sensors as needed per project.) #-rSI (A\V dry contact interface if required) # - rPP20 24V (nLight AIR Plug load rated power pack) – 50% of receptacles shall have automatic off. Follow the same fixture labeling convention for conference rooms as classroom \ laboratories, from the perspective of the person looking at the presentation wall. Sequence of Operation (can be modified many different ways) Auto On upon entry of room with total light level set to 50% or less with manual override as needed. Lights zoned to accommodate Projection screens, general area, daylighting zones, and other special areas as needed such as serveries. Scenes for one touch control for basic conference room functions like; FULL ON, AV MODE, PRESENTATION MODE, and FULL OFF Predictive Off Setting allows lights to be turned off manual with wall station by person leaving the room while allowing the AUTO On feature to reactivate after a vacancy grace period. Plug load power packs only track motion sensors, ON with room occupied, OFF when Vacant, independent of lighting controls. Daylight Harvesting zones as defined by IECC 2021 for primary and secondary as required. Corridors: #- rCMS 10 (ceiling mount Infrared motion sensor, with dimming photocell if required) # - rPP20 D 24V (nLight 0-10 load rated power pack) (REMOVE EXISTING LINE VOLTAGE TOGGLE SWITCHES AND CAP WALL BOX WITH COVER PLATE) Sequence of Operation (can be modified many different ways) Occupancy sensors always raise the lights from a set minimum level to a set maximum level based on time of day profile programmed into nLIGHT Gateway During time in normal business hours the lights will go to a set dimmed level when corridor is unoccupied and a set maximum level when occupied. 23 During time after normal business hours the lights will go to a set dimmed level or OFF when corridor is unoccupied and a set maximum level when occupied. Daylight Harvesting zones as defined by IECC 2021 for primary and secondary as required. Restrooms: 1-rPODLA (manual override switch) #-rCMS PDT 10 (ceiling mount dual technology occupancy sensor, quantity determined by size of room) 1-rCMS 9 (ceiling mount infrared occupancy sensor for restrooms with “hallway” type entrance if applicable) #-rPP20 D (0-10 dimming relay power pack for fixtures as needed per circuit in space ) #-rPP20 (relay power pack for exhaust fan motors) Sequence of Operation (can be modified many different ways) Occupancy sensors always raise the lights from a set minimum level to a set maximum level and turn on\off the exhaust fans based on time of day profile programmed into nLIGHT Gateway During time in normal business hours manual override switch is disabled, after hours use only) During time in normal business hours the lights will go to a set dimmed level when restroom is unoccupied and a set maximum level when occupied. During time after normal business hours the lights will go to a set dimmed level or OFF when restroom is unoccupied and a set maximum level when occupied. Gymnasiums: #-rPODLA 4S DX scene selector. (Located per drawings) **Possible alternate based on TCCD \ HCG approval 1-nPOD UNITOUCH (touch screen master controller, scene selector, channel controller. Capable of assigning fixtures to channels in space without software, located per plans) # - rPP20 D 24V (nLight 0-10 load rated power pack) #-rLSXR (high ceiling mount occupancy sensor for complete coverage of space. (Use nAIR integrated dimming photocoell in occupancy sensors as needed per project.) Sequence of Operation (can be modified many different ways) Occupancy sensors shall be arranged for coverage of entry\exits with minimal quantities used. When the gymnasium is occupied the lights are to come on to a minimal level only, enough light to provide easy of passage. If more light is needed the lighting controls are to be used. Each main entrance will have an nPOD UNITOUCH for zone based control. Zones are to be based on gymnasium layout i.e., near zone, far zone from perspective of person operating controller with regards to gymnasium divider curtain. Consult TCCD staff or Chris Sears for special gymnasium configurations. 24 Natatoriums: #-rPODLA 4S DX scene selector. (Located per drawings) **Possible alternate based on TCCD \ HCG approval 1-nPOD UNITOUCH (touch screen master controller, scene selector, channel controller. Capable of assigning fixtures to channels in space without software, located per plans) # - rPP20 D 24V (nLight 0-10 load rated power pack) #-rLSXR (high ceiling mount occupancy sensor for complete coverage of space. (Use nAIR integrated dimming photocoell in occupancy sensors as needed per project.) Sequence of Operation (can be modified many different ways) Occupancy sensors shall be arranged for coverage of the entire space. When the natatorium is occupied, the lights are to come on to full bright. If different light levels are needed the lighting controls are to be used. Each main entrance will have an nPODM 4S LT for scene control. Consult TCCD staff or Chris Sears for special configurations. Warehouse: #-rPODLA 4S DX scene selector. (Located per drawings) # - nLIGHT AIR enabled high bay LED fixtures with embedded nLIGHT sensors Sequence of Operation (can be modified many different ways) Each aisle is to be programmed to operate independently. Open spaces are to be programmed for zones appropriately. nPODM 4S are strategically placed for override as needed. Fixtures are set for high\low operation during most heavily used times and high\low\off operation after hours. Library’s: Depending on the space, a mixture of nLIGHT AIR enabled fixtures and possible non-acuity brands fixtures from ALA to be used as needed. nLIGHT AIR controls designed to meet code and functional requirements of TCCD. Consult HCG and ALA as needed. Possible use of Fresco \ nLIGHT DMX SNAPSHOT devices for color changing fixtures via RGB. 25 Reception Areas: 1-rPODLA 4S DX scene selector. (Located per drawings) **Possible alternate based on TCCD \ HCG approval 1-nPOD UNITOUCH (touch screen master controller, scene selector, channel controller. Capable of assigning fixtures to channels in space without software, located per plans) # - rPP20 D 24V (nLight 0-10 load rated power pack) #-rCMS PDT 10 24V (ceiling mount dual technology occupancy sensor for complete coverage of space. (Use nAIR integrated dimming photocoell in occupancy sensors as needed per project.) Sequence of Operation (can be modified many different ways) Auto On upon entry of room with total light level set to 100% with manual override as needed. Lights zoned to accommodate general area, daylighting zones, and other special areas as needed such as serveries. Area shall have line voltage key switch(s) installed for TCCD facilities to be able to de-energize all fixtures in a room at once or in two zones for maintenance purpose. They are to be sown on the lighting plans by the MEP Engineer or design build contractor when preparing the drawings for bid purpose. These switches are to be rated for the correct amount of electrical load and provided \ installed be the electrical contractor. Locate above the main entrance. Mechanical Rooms: 1-rPODLA DX (wall mount switch with manual on\off and raise \ lower control) 1-rPP20 D 24V (0-10 dimming power pack) 1-rCMS PDT 10 (ceiling mount dual tech occupancy sensors with dimming photocell if required) Auto On upon entry of room with total light level set to 100% manual override as needed. Stairwells: nLIGHT AIR enabled fixtures with embedded occ sensors installed and connected to nLIGHT network like a vertical corridor. Sequence of Operation (can be modified many different ways) Occupancy sensors always raise the lights from a set minimum level to a set maximum level based on time of day profile programmed into nLIGHT Gateway During time in normal business hours the lights will go to a set dimmed level when the stairwell is unoccupied and a set maximum level when occupied. During time after normal business hours the lights will go to a set dimmed level or OFF when the stairwell is unoccupied and a set maximum level when occupied. Room shall have line voltage key switch(s) installed for TCCD facilities to be able to de-energize all fixtures in a room at once or in two zones for maintenance purpose. They are to be sown on the lighting plans by the MEP Engineer or design build contractor when preparing the drawings for bid purpose. These switches are to be rated for the correct amount of electrical load and provided \ installed be the electrical contractor. Locate above the main entrance. 26 Storage Closest: 1-rPODLA DX (wall mount switch with manual on\off and raise \ lower control) 1-rPP20 D 24V (0-10 dimming power pack) 1-rCMS PDT 10 (ceiling mount dual tech occupancy sensors with dimming photocell if required) Auto On upon entry of room with total light level set to 50% or less with manual override as needed. Janitor Closets: 1-rPODLA DX (wall mount switch with manual on\off and raise \ lower control) 1-rPP20 D 24V (0-10 dimming power pack) 1-rCMS PDT 10 (ceiling mount dual tech occupancy sensors with dimming photocell if required) Auto On upon entry of room with total light level set to 50% or less with manual override as needed. Parking Garage: VCPG nLIGHT AIR wireless fixtures with embed sensors installed and connected to TCCD LAN\WAN via nLight AIR Dongle. nLIGHT Sensorview software provides programming control for high\low\off operation as needed for security and functionality similar to a TCCD corridor with nLIGHT. Theaters: Standalone performance space, contact Chris Sears of HCG at 972-523-3737 for ETC lighting and lighting control design for specific space requirements. Possible interconnection with nLIGHT for sweep off via nAR 40 signal relay via dry contact closure to ETC equipment. Design Application Notes If needed for special reasons any CAT 5 cable used for nLIGHT installations to be white pre-terminated cables from Acuity Brands Controls. In all applications above, Sensor View software allows monitoring and override of zones and specific fixtures in zones if needed and nLIGHT enabled. Sensor View also allows the remote manipulation and adjustment of any setting on any device. All projects using nLIGHT lighting controls will be programmed and coordinated through the nLIGHT SensorView software installed on the TCCD campus server. All nLIGHT Eclypse controllers to be labeled with word nECLYPSE followed by four letter TCCD scheme from master list and building room number, i.e. GATEWAY NACB 1912 for building on Northeast campus. If needed for spcaial reason any nLIGHT bridges to be labeled with the word BRIDGE followed by building name \room number \ location within building, i.e. BRIDGE SSCI CORR 150. 27 All nLIGHT AIR “bridge ports” to be labeled with the word PORT followed by room type\number connected to that bridge port, i.e. PORT CLASSROOM 2120. All nLIGHT AIR devices to be labeled with descriptive word (FIXTURE, SENSOR, SWITCH, PHOTOCELL, RELAY, ETC) with fixtures having the Excel naming value added, i.e FIXTURE 2x4 BLT LED A1. Power packs need a scheme to be banked, commonly located and labeled for ease of maintenance. If an application not described is required, consult TCCD staff or Chris Sears of Horton Controls Group (972-523-3737) for direction. 28 ROAM LIGHTING CONTROLS PRODUCTS (All new Exterior wireless controls should be vetted with TCCD for possible ROAM controlled deconstruction \ new nAIR capability. Consult Thomas VanOver with TCCD or Chris Sears with HCG) Parking Lots: #- REN127 DV1 0 (120/277V) or REN480 DV1 0 (480V) ROAM NODES (Fixture mounted dimming photocell\wireless controller) 1-GATEWAY REG127 (ROAM wireless controller, if not already installed on campus) Typically only one ROAM Gateway will be required per campus but depending on the layout of campus buildings additional ROAM Gateway devises may be needed per campus. Sequence of Operation (can be modified many different ways) ROAM nodes will turn on their individual lighting fixtures based on their internal photocells as dusk approaches. At a preselected time, ROAM controlled fixtures can reduce their light output (if LED and equipped for dimming) or turn off to create a lighting effect for after hours or low use times of the night. At a preselected time, ROAM controlled fixtures can increase their light levels (if LED and equipped for dimming) or turn on to create a lighting effect for normal hours or higher use times of the night. ROAM nodes not already turned off by the ROAM software via schedules will be turned off based on their internal photocell as dawn approaches. Fixture to be used is the RSX2 with ROAM enabled dimming and photocell receptacle as well as surge suppression and double fuse option. Example (verify with TLA as needed for particular project) RSX2 LED P4 50K R3 HVOLT RPA PER7 DF DDBXD If pole is less than 24’ and fixture is over 78W, then an embedded motion sensor will be needed, consult Chris Sears at HCG to determine if SSI sensor with non-dim ROAM node is needed or nAIR embeded sensor. Pathway Lighting: #- REN127 DV1 0 (120/277V) or REN480 DV1 0(480V) ROAM NODES (Fixture mounted dimming photocell\wireless controller) 1-GATEWAY REG127 (ROAM wireless controller, if not already installed on campus) Typically only one ROAM Gateway will be required per campus but depending on the layout of campus buildings additional ROAM Gateway devises may be needed per campus. Fixture to be used is the RSX1 with ROAM enabled dimming and photocell receptacle as well as surge suppression and double fuse option. 29 Building Exterior Wall Pack Lighting: #- REN127 DV1 0 (120/277V) or REN480 DV1 0 (480V) ROAM NODES (Fixture mounted dimming photocell\wireless controller) 1-GATEWAY REG127 (ROAM wireless controller, if required) Typically only one ROAM Gateway will be required per campus but depending on the layout of campus buildings additional ROAM Gateway devises may be needed per campus. Fixture to be used is the RSX2 with ROAM enabled dimming and photocell receptacle as well as surge suppression and double fuse option. Example (verify with TLA as needed for particular project) DSXW2 LED 30C 700 40K T4M 277 PER DCR DF If smaller DSXW2 wall pack is needed, ROAM DUR105 bracket to be installed per fixture to allow ROAM node independent control of fixture. In all applications above, ROAM View software allows monitoring and override of zones and specific fixtures in zones if needed. ROAM Enterprise also allows the remote manipulation and adjustment of any setting on any device. All projects using ROAM lighting controls will be programmed and coordinated through the ROAM Enterprise software installed on the TCCD campus server. PROCESS FOR BIDDING PROJECTS If the project is to be issued for bidding purposes, the design documents including the layout drawings with lighting fixtures and lighting controls need to be issued to the appropriate parties. These documents should reflect the design criteria and processes for project completion described in this playbook. They should include a fixture schedule that has the correct nomenclature indicating fixtures that have embedded nLIGHT and\or ROAM technology. The fixture designations in the fixture schedule must match the fixture designations on the drawings next to the fixture. If the project is not being issued for general bid purpose, the same processes as above should be followed in terms of the information that is to be generated and shared between the design contingent and TCCD directly. PROCESS FOR RELEASING A PROJECT TO MANUFACTURING In order for a project to be released to manufacturing for production and shipment of the lighting fixtures and lighting controls products, a set of submittal drawings should be signed approved by TCCD personnel. These submittal drawings will be requested by TCCD after the awarding of the project following the bid process, if applicable, or from the design build contractor at the appropriate time. The submittal drawings should be prepared by HCG. They will consist of a cover page with correct project title, bill of material for the controls product to be used, floor plan layout of project showing all fixtures and controls with circuiting, any special details or diagrams, specification sheets on all products, and nLIGHT or ROAM installation \ commissioning paper work. 30 It is recommended that TCCD, HCG, and the design build contractor or MEP Engineer review the submittals on site in a project meeting before TCCD approves the drawings and releases the project for construction. PROCESS FOR INSTALLING LIGHTING CONTROL SYSTEMS At the appropriate time, after demolition on remodel projects or before conduit and electrical boxes are set on new construction, the electrical contractor, HCG, and TCCD personnel are required to meet on site to review the approved lighting and lighting controls submittals and verify that nothing has changed due to site conditions or project requirements. During this meeting, HCG personnel will go over the installation and required documentation for the nLIGHT and ROAM systems with the electrical contractor. Special attention will need to be paid to the paperwork required by nLIGHT and ROAM in order for the electrical contractor to schedule the factory technicians for the commissioning of the systems. A timeline will be established to help ensure that all the project requirements are achieved. PROCESS FOR COMMISSIONING OF LIGHTING CONTROL SYSTEMS Per the on-site installation meeting held earlier in the project’s timeline, the appropriate paperwork needs to be completed and sent to Chris Sears at HCG. Chris will coordinate with HCG field service and have their technician contact the electrical contractor for scheduling of the commissioning process for the nLIGHT controls. Chris will coordinate with HCG and have the ROAM technician contact the electrical contractor for scheduling of the commissioning process. The electrical contractor must coordinate the dates requested to HCG for this commissioning process with the correct TCCD personnel so that TCCD can be prepared and represented for the owner training portion of the commissioning process. TCCD personnel from the project must be present during the owner training to ensure that the system is set up correctly per the approved submittals and to ensure that TCCD staff understand the systems operation. This will help to ensure that the TCCD staff occupying the facility understand the system they will use on a daily basis and that their expectations of the system are in line with its proposed and approved capabilities. HCG technicians are to upgrade as needed nLIGHT components connected to any system that is being commissioned and to coordinate this with TCCD personnel if required to upgrade similar products on other previously installed projects. Per the playbook, the components of the nLIGHT and ROAM system will be programmed and labeled by the HCG\factory technicians to maintain the standard as set by TCCD. All loading information for nLIGHT relays and dimmers to be entered into nLIGHT database per project. PROCESS FOR DOCUMENTATION OF THE PROJECT Post the successful commissioning of the project, the master list of facilities for TCCD will be verified to be updated confirming which campuses, buildings, and rooms (parking areas) have been renovated \ constructed with nLIGHT and ROAM. This will help to ensure seamless integration of future renovation projects with existing renovation project, to help in keeping cost down by preventing duplication of controls equipment, and to help TCCD in planning for the future. The final version of the installation drawings are to be filed by TCCD on the correct server under a folder representing the documentation for that particular project. Any other post pertinent documentation should be stored here for future reference. 31 PROCESS FOR POST COMMISSIONING WARRANTY OR TECHNICAL SUPPORT When an issue is detected on a project, TCCD facilities should contact the installing electrical contractor directly if still under warranty. If out of the electrical contractor’s warranty, then TCCD should contact the manufacture directly via the 800 number for that manufacture. If TCCD has a questions about the issue or the correct manufacture to call, they should call Chris Sears at HCG for coordination assistance.