FLUORESCENT HIGH BAYS FLUORESCENT LOW BAYS COMPLEX ENVIRONMENT. Industrial Fluorescent. Energy Solutions

Transcription

1 FLUORESCENT HIGH BAYS FLUORESCENT LOW BAYS COMPLEX ENVIRONMENT Industrial Fluorescent Energy Solutions

2 Our world is increasingly recognizing the importance of environmental sustainability and efficiency in building design. While cost containment and productivity gains are universal demands, increasing lighting efficiency requires an understanding of the role lighting plays in the business environment. Cooper Lighting has always been at the forefront in adopting and adapting to the latest advancements in lighting technology. Over the years, businesses and communities have benefitted from partnering with Cooper Lighting to improve energy efficiency and reduce costs while protecting and enriching the environment. To those of you considering a more efficient lighting upgrade, this brochure presents a variety of products and provides tips on how to make your retrofit project a success. A Cooper Lighting energy efficient lighting upgrade will reduce your utility bill; improve employee morale and productivity; and help protect and preserve the environment.

3 Table of Contents The Fluorescent Advantage pg. Energy Savings pg. Lamp Life and Lumen Maintenance pg. Uniformity pg. Instant On/Off and Occupancy Sensors pg. T or THO? pg. Thermal Performance and Light Output pg. Visible Light and the Scotopic/Photopic (S/P) Ratio pg. Environmentally Friendly pg. Product Index pgs. - HBI pgs. - HBE pgs. - I/I pgs. - HBL pgs. - MBF pgs. - HBG pgs. - HBHD pgs. - HBHT pgs. - ARCTIC BAY - ABI pgs. - VT pgs. - VT pgs. - VT pgs. - Lamp Options pgs. Emergency Options Matrix pgs. F-Bay Mounting Accessories Matrix pgs. Packaging Options Matrix pgs. Mounting Accessories pgs. - Occupancy Sensors pgs. Power Connections pgs. I/I Lens, Door Frames and Wireguards pgs. HBI, HBL and HBE Lens, Door Frames and Wireguards pgs.

4 The Fluorescent Advantage The most popular and productive lighting upgrades today involve replacing outdated fluorescent or HID (High Intensity Discharge) lighting systems. High Performance fluorescent lighting systems from Cooper Lighting utilize the latest technologies and design platforms to provide dramatic energy savings and superior performance. Energy Savings Cooper Lighting fluorescent high bays offer dramatic energy savings opportunities over HID Lighting systems and provide quick returns. KWH $. $. $. $. (based on hrs.) Watt High Bay F-Bay HBI- THO $. $. $. $. F-Bay HBI- $. $. $. $. ANNUAL ENERGY SAVINGS F-Bay I- THO $. $. $. $. Lamp Life and Lumen Maintenance T and T fluorescent systems provide better maintained light levels over magnetic HID lighting systems with twice the lamp life. Multiple lamped fluorescent luminaires reduce the need for immediate maintenance. With fluorescent systems, the other lamps will stay illuminated when individual lamps extinguish. LIGHT OUTPUT Lamp Life & Lumen Maintenance Watt High Bay T HO -Lamp T HO Ballast -Lamp T HO -Lamp End of Lamp Life Initial HOURS Uniformity Linear fluorescent systems improve lighting uniformity compared with HID systems. Dimensions x W MH -Lamp W -Lamp W Fixture Type High Bay THO I Series HBI Series Number of Fixtures Initial Lumens per Lamp Initial Lumens per Fixture Light Loss Factor... Input Wattage Maintained Average FC Max FC Min FC Average to Min... Max to Min... Vertical Average FC Max FC Min FC Average to Min... Watt High-Bay Metalux HBI- T

5 Instant On/Off and Occupancy Sensors Fluorescent systems can be used with occupancy sensors to provide instant on/off capabilities to maximize energy savings. When using T lamps and occupancy sensors, Cooper Lighting industrial fluorescent luminaires use only softer starting program start ballasts to minimize damage to the lamp. Under frequent on/off cycles, program start ballasts will dramatically extend lamp life over instant start ballasts. Cooper Lighting does not recommend or warranty instant start ballast and lamps used with motion sensors. Metalux integral Occupancy Sensors are available in Aisle or distributions. HRS/LAMP LIFE Lamp Life Comparison min. min. hr. hr. hr. Continuous START FREQUENCY Program Start Ballasts Instant Start Ballasts T or THO? If your facility currently has T or THO lamps installed, the decision on lamp choice may be easy and allow for inventory consolidation. Both lamp types provide excellent performance but the attributes of each lamp type vary. Selection of lamp type is an important consideration. The following operating characteristics should be considered when making the selection: Fluorescent High Bay System Comparison First Costs Lamp Replacement Costs T Lighting Systems Similar within ranges to T systems with lower lamp costs offset by larger luminaire sizes. Lower cost lamps offset with higher quantity for similar light output THO Lighting Systems Similar within ranges to T systems with higher lamp costs offset by smaller luminaire sizes. Higher cost lamps offset with lower required quantity for similar light output Lumens Per Watt Application Heights Ambient Environments Frequency of Starts Ballasts Light Level Flexibility Suitable in wide ranges. Lower lumen output T s are ideal for lower mounting heights below ' while less ideal at mounting heights above '. Dependent on luminaire. T systems achieve maximum output in F ( C) ambient environments. Starting temperature ranges as low as F (- C) dependent on manufacturer of lamp, ballast, age of lamps and luminaire design Standard T systems with instant start ballasts and frequent on/off cycles can dramatically reduce lamp life. Program Start T ballasts should be specified when used with high occurrence of on/off cycles. Offered in multiple light output ranges from % to % of rated lamp life output, allowing for flexibility in application without changing lamp type. Suitable in wide ranges. Higher output THO lamps are ideal for higher mounting heights where higher lumen values allow for a reduced number of lamps. Dependent on luminaire. THO systems achieve maximum output in F ( C) ambient environments. Starting temperature ranges as low as - F (- C) dependent on manufacturer of lamps, ballast, age of lamps and luminaire design Standard Program Start ballast systems are ideal for frequent starts and use with occupancy sensors. Currently offered in fixed Light output ranges. Luminaires in Comparison Metalux HBI using () +CRI T lamps with Metalux I using () THO +CRI lamps. High Output ballasts. Net Lumens:, Wattage: Net Lumens:, Wattage:

6 Thermal Performance and Light Output Unlike HID lamps, T and T lamps reach optimal light output in specific temperature ranges. In partially or unconditioned spaces, temperatures from floor to ceiling can increase by over in summer months. ft. ft. Partially Conditioned Spaces F ( C) Annual Temperature Days Over F ( C) ft. F ( C) ft. F ( C) Bare Lamp Output in Ambient Temperatures F ( C) F ( C) C F AMBIENT TEMPERATURES HID T T Amalgam Days over F Thermally advanced Cooper Lighting industrial products optimize light output of THO and T lamps for their designed temperature ranges. Choose lamp types that optimize light output for your ambient environment and consider the use of THO Amalgam lamps for higher performance over wider temperature ranges. ARCTIC BAY ABI Series COLD HOT The Metalux Arctic Bay retains and manages heat allowing it to provide over % of light output in freezer applications down to - F (- C). Metalux s F-Bay series can be operated in environments up to F ( C) in open uplight configurations.

7 Visible Light and the Scotopic/Photopic (S/P) Ratio Scotopic/photopic ratios have been developed that attempt to replicate a measurement system more akin to how our eyes perceive brightness. Even though our eyes use both rods and cones to see light, the rods are more sensitive to blue light (scotopic vision) and cones to yellow light (photopic vision). A traditional light meter measures only photopic lumens, which are the stated lumens referenced in lamp catalogs. The S/P Ratio acts as an adjustment to the existing photopic measurement by multiplying the standard lumens of a source with the S/P ratio or a factor thereof. As a result, an environment illuminated with warmer light sources, such as High Pressure Sodium, may appear darker than an environment illuminated with cooler light sources, like high CCT fluorescent lamps. LUMEN OUTPUT A S/P Comparison of Fluorescent vs. HID % MORE LUMENS % LESS LUMENS Initial System Lumens S/P Adjusted Initial Lumens HBI w/ CRI K Lamps W HPS High Bay While an increasing number of lighting designers are endorsing the use of S/P ratios, this has not yet been endorsed by the Illuminating Engineering Society (IES). Cooper Lighting provides S/P adjusted lumen values throughout the product specification sections as reference information only and maintains no formal position on its application. Always test proposed products in application to validate results to your expectations HPS vs. K fluorescent a visible difference! Environmentally Friendly Cooper Lighting fluorescent luminaires are environmentally friendly. Housings and reflector assemblies are manufactured of recyclable steel and aluminum substrates, while corrugated packaging is both recyclable and optimized in design to reduce waste on the job site. The use of low mercury fluorescent lamps also offers an attractive alternative to HID systems. A low mercury THO fluorescent lamp can contain as little. Mg. of mercury compared with up to Mg. for a watt Metal Halide lamp.

8 Index pgs. - pgs. - pgs. - pgs. - pgs. - pgs. - HBI HBE I/I HBL MBF HBG Description Industry-leading fluorescent high bay, HBI series features specification grade full body housing with three optical distributions - narrow, medium and wide - providing structural integrity and optimal performance in conventional HID applications. Full body construction in an open body high bay. Standard side rails provide a strong, clean finished frame while still offering energy efficiency and performance in a compact body. Features include lens door or wireguard option. Narrow " specification grade body with two optics for medium and wide distribution, and shielding options for industrial and aesthetic upgrades for retail and commercial applications. Open body linear high bay, the HBL series offers energy efficiency and performance in a compact body. Features include three optical distributions, and wireguard. High performance in a narrow package with three optical distributions Focus, Task, Normal providing lower lighting power densities than HID and T sources at higher mounting heights. Continuous row installations provide unmatched uniform performance. Energy-efficient alternative for recessed grid/lay-in concealed T, and slot grid ceilings and flange trim applications. HBG is available with optional shielding options for a seamless ceiling line. Lamping HBI:,, lamp T, THO, T HBE:,,, lamp THO, T ':,, lamp T, THO, T ':,, lamp T, THO, T HBL:,,, lamp THO, T ':, lamp THO, T ':, lamp THO, T HBG:, lamp T, THO, T Replaces - Watt HPS - Watt MH HO, VHO T Fluorescent - Watt HPS - Watt MH HO, VHO T Fluorescent - Watt HPS - Watt MH Slimline, HO, VHO T Fluorescent - Watt HPS - Watt MH HO, VHO T Fluorescent - Watt HPS - Watt MH HO, VHO T Fluorescent - Watt HPS - Watt MH HO, VHO T Fluorescent Listings & Certification UL/cUL Listed Damp Location Modular power receptacle meets UL and NEC. (G) for make and break under load from outside to the luminaire to speed maintenance Thermally optimized for environments up to F ( C) when used with high temperature ballasts in open uplight and downlight configurations UL/cUL Listed Damp Location Modular power receptacle meets UL and NEC. (G) for make and break under load from outside to the luminaire to speed maintenance Thermally optimized for environments up to F ( C) when used with high temperature ballasts in open uplight and downlight configurations UL/cUL Listed Damp Location Modular power receptacle meets UL and NEC. (G) for make and break under load from outside to the luminaire to speed maintenance Thermally optimized for environments up to F ( C) when used with high temperature ballasts in open uplight and downlight configurations UL/cUL Listed Damp Location Modular power receptacle meets UL and NEC. (G) for make and break under load from outside to the luminaire to speed maintenance Thermally optimized for environments up to F ( C) when used with high temperature ballasts in open uplight and downlight configurations UL/cUL Listed Damp Location UL/cUL Listed Damp Location T systems are warranted for ambient environments up to F ( C) in open uplight configurations T systems are warranted for ambient environments up to F ( C) in open uplight configurations T systems are warranted for ambient environments up to F ( C) in open uplight configurations T systems are warranted for ambient environments up to F ( C) in open uplight configurations T Systems are warranted for environments up to F ( C) in open uplight configurations T Systems are warranted for environments up to F ( C) in open uplight configurations T Systems are warranted for environments up to F ( C) in open uplight configurations T Systems are warranted for environments up to F ( C) in open uplight configurations Mounting HBAYC Chain, Single Point Mount, Y-Toggle, Stem Sets HBAYC Chain, Single Point Mount, Loop, Y-Toggle AYC Chain, Top Connector Box, Loop, Single-Toggle HBAYC Chain, Single Point Mount, Loop, Y-Toggle AYC Chain, Y & Single Toggle Recessed Grid or Flange

9 pgs. - pgs. - pgs. - pgs. - pgs. - pgs. - HBHD HBHT Arctic Bay VT VT VT Designed for use in high mounting height applications where periodic cleaning with high pressure is required. The HBHD is a surface mounted luminaire with a hole-free design, enclosed and gasketed to provide psi hose down protection. HBHD:, lamp T, THO, T - Watt HPS - Watt MH HO, VHO T Fluorescent UL/cUL Listed Damp Location IP Compliant PSI Surface Mount Pendant mount hose down fixture with articulated top for water run-off. Perfect for cleanroom and food processing areas where periodic cleaning is required. HBHT:, lamp T, THO, T - Watt HPS - Watt MH HO, VHO T Fluorescent UL Listed Wet Location IP Compliant PSI NSF Chain or Cable Mount, Y-Snap Hook, /" Stem The Arctic Bay's enclosed full body housing and sealed and gasketed door frame provide optimal lamp operation - % rated light output down to - F (- C). ABI:,, lamp THO - Watt HPS - Watt MH HO, VHO T Fluorescent UL/cUL Listed Damp Location Thermally optimized for environments down to - F (- C) HBAYC Chain, Single Point Mount, Y-Toggle, Stem Sets Vaportite high bay featuring T, TVHO and THO configurations up to six lamps. Rugged and durable, the VT has the certifications to meet your energy requirements in the dirtiest environments. VT:, lamp THO, T, TVHO - Watt HPS - Watt MH HO, VHO T Fluorescent UL/cUL Listed Wet Location IP and IP Compliant NSF NEMA X Mounting Bail, Y-Toggle, Surface Mount Bracket Energy efficient Vaportite fixture featuring T and THO lamp configurations with two optical distributions. The VT features a rugged and durable fiberglass housing and high impact diffuser. VT ':,, lamp T and THO VT ':,, lamp T and THO - Watt HPS - Watt MH Slimline HO, VHO T Fluorescent UL/cUL Listed Wet Location IP Compliant NSF Mounting Bracket Included, VT Chain/Set-U, Snap on Bracket (BKS) Slim profile Vaportite fixture features T and T one lamp configurations enclosed in a rugged and durable weatherproof housing and diffuser assembly. VT: lamp T, THO, and T - Watt HPS - Watt MH UL/cUL Listed Wet Location IP Compliant NSF Mounting Bracket Included or VT Chain/Set-U Description Lamping Replaces Listings & Certification Mounting

10 HBI HIGH-BAY INDUSTRIAL LUMINAIRE Full bodied housing utilizes captive fasteners to protect optical assembly and assure structural integrity. Housing is Post painted with a high performance polyester powder coat finish to protect against contaminants and oxidation. Optional uplight apertures (approximately % uplight). Access plate located in the center of housing for easy access to wiring. Includes V Hangers for rapid installation! Factory installed code compliant disconnect for safe and convenient means of disconnecting power. Thermally optimized F-Bay is suitable for environments up to F ( C) when used with high temperature environment ballasts. T and T systems are warranted for ambient environments up to F ( C) for three years and F ( C) for five years in open uplight and downlight configurations. Cooper Lighting s modular power receptacle meets UL and NEC. and is UL/cUL rated for make and break under load from outside the luminaire to speed maintenance. Die formed reflectors are faceted for,, and lamp configurations with three optical distributions narrow, medium, and wide. Narrow beam optical modules utilize % specular aluminum, the Medium beam utilizes a % micro matte aluminum, and the Wide beam uses a high performance % reflective polyester powder coated finish. Integral occupancy sensor available and provides from sq. ft. up to sq. ft. of coverage in a maximum mounting height of '. Modular F-Bay Power Supply Cooper Lighting s F-Bay Modular Power Supply allows external fixture access for safe and easy servicing. There is no need to remove lamps or reflectors to disconnect fixture power with F-Bay Modular Power Supply. Access to the individual fixture s power supply allows servicing without turning off all the fixtures disrupting occupants. F-Bay Modular Power Supply is a time saver in installation simply plug & power. Code Compliance UL/cUL Certified for Make/Break under load (UL) Meets NEC requirements for ballast disconnect (NEC.G) Allows for addition of Occupancy Sensor without hard connections Receptacles complete with insulating/dust cap. Modular Power Supply Receptacle supplied mounted into fixture Access Plate. Modular Power Cord & Plugs in,,, & V configurations for easy plug & power into existing supply No internal fixture access required for installation or disconnecting power Modular Motion Sensor Option supplied with Mounting Box and Modular Power Supply Receptacle

11 Shielding Options Prismatic or clear acrylic lens & steel door frame. Optional gasketed door available. Optional slotted doorframe option (SDF) available with prismatic or clear acrylic lens provides increased efficiency. Wireguard w/acrylic lens and steel door frame. Heavy duty stock wireguard (Ideal for gymnasium applications). Mounting Accessories HB-SPM=Single Monopoint Hanger w/hub (Galvanized) FH-=Fixture Hook -/" (must be used with HB-SPM) FL-=Fixture Loop -/" (must be used with HB-SPM) RH-=Retrofit Hanger (must be used with HB-SPM) HBAYC=Standard V-hook Hanger included (ideal for gymnasium applications) Y=Mounting Toggle and ' or ' cable Thermal Optimization To optimize luminaire performance, HBI series offers a variety of lamp and shielding options. Use the Thermal Optimization chart to determine the options that are appropriate for the ambient environments in which they will be installed.. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F - C/ F -. C/ F -. C/ F - F Vented w/uplight Unvented wo/uplight T Lensed Luminaire Vented w/uplight Unvented wo/uplight THO Lensed Luminaire Operating at approximately % or above of rated output Vented w/uplight THO Amalgam System Performance Mounting Height ' HBI ' W MH W HPS W MH W HPS W MH W HPS W MH W HPS W MH W HPS ' W MH W HPS ' Energy Savings % % % % % % % % % % % % % Light Gain/Loss % % % % % -% % % % % % % Part Number HBIUPL or HBIPSUPL HBITUPL HBIUPL or HBIPSUPL HBIUPL HBIUPL or HBIPSUPL HBIUPL T T T T T T % light gain/light loss utilize S/P adjusted lumens.

12 HBI T HIGH-BAY INDUSTRIAL LUMINAIRE Ordering Information Sample Number: HBI--N-UNV-EB/PLUS-MP-UPL-U Includes V Hangers for rapid installation () Series HBI=High Bay Industrial No. of Lamps = Lamps = Lamps = Lamps Lamp Type =W T Lamps (") Distribution N=Narrow Beam (Standard) M=Medium Beam W=Wide Beam Shielding Blank=None A=Prismatic Acrylic Lens & Doorframe WG=Wireguard & Doorframe A/WG=Acrylic Lens, Wireguard & Doorframe CL=Clear Acrylic Lens & Doorframe CL/WG=Clear Lens, Wireguard & Doorframe Voltage () UNV=Universal / Voltage UNC=Universal / Voltage () V= Volt V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K HL=Add HL at end of lamp for high lumen lamps, T only GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed () Ballast Type EB =T Electronic Instant Start. () Total Harmonic Distortion < % or EB /PLUS= T Electronic Instant Start. () No. of Ballast, or High Ballast Factor >.. Total Harmonic Distortion < % ER =T Electronic Program Rapid Start. () Total Harmonic Distortion < % or ER /PLUS= T Electronic Program Start. () No. of Ballast or DIM=Consult Factory () High Ballast Factor >.. Total Harmonic Distortion < % NOTES: () Requires use of MC or MPC cord accessories, specify voltage for plugs. () Voltage must be specified when ordered with plugs or emergency ballasts. () ER and EB ballast systems suitable for operation in ambient environments up to F ( C) in open uplight configuration. () When ordering MS option, specify UNV (for or V), or V. () / lamp ballast configurations in EB/PLUS only for T UNC versions. () Can be used in high abuse applications such as gymnasiums. () Dimming ballast must be specified at time of order. () Two required. Options Packaging MP=Modular Power U=Unit Pack Receptacle (Used for PALC=Palletized all Cord or Cord and Plug In Carton options) () PAL=Job Pack NUA=No uplight apertures Out of Carton in housing. (Cannot be combined w/upl) UPL=Uplight Apertures MWS=Modular Wiring System MS= or Motion Sensor, through, or V () G=Gasketed Door (Requires Selection of Lensed Doorframe) SDF=Slotted Doorframe (Requires Selection of Lensed Doorframe) Accessories (order separately) HB-SPM=Single Monopoint Hanger w/hub RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop Y-TOGGLE- =Y Mounting Toggle, # Cable () (Specify ' or ', requires per fixture) HBAYC-CHAIN/SET/U=() V-Hook Hangers, " Chain Sets w/s-hooks MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS= or Aisle Motion Sensor with Modular Power Receptacle (-V) () SWG=Heavy Duty Wireguard for Field Installation Quick Ship Ordering Information Sample Number: HBI-MP-UPL-L Quick Ship orders ship in days in order quantities not to exceed pieces. Includes V Hangers for rapid installation () NOTE: Orders received after noon are entered on the following day. Family HBI Lamp Qty = Lamps = Lamps Lamp Type =W T Lamps (") Distribution Blank=Narrow Beam W=Wide Beam Ballast Type Power Receptacle L T Systems Blank=Standard Wiring to Access Blank=() /V Lamp T Plate Instant Start Electronic,. BF MP=Modular Power Receptacle () PS=() /V Lamp T Electronic Program Rapid Start,. BF () L T Systems Blank=() /V Lamp High Ballast Factor >. T Instant Start Electronic PS=() /V L and L High Ballast Factor >. T Electronic Program Rapid Start () Uplight Blank=No Uplight UPL=Uplight Lamping Blank=No Lamps L=Lamps Installed +CRI K () L=Lamps Installed +CRI K LHL=Lamps Installed +CRI K, High Lumen NOTES: () Recommended when utilizing Motion Sensor option. () Requires use of Modular cord and plug accessories. () High lumen ( initial) lamps supplied for K. Dimensions HBI T Lamp Configurations Dimensions for Top View -Lamp /" [mm] K.O. /" [mm] K.O. -Lamp /" [mm] K.O. /" [mm] K.O. V-Hook Hanger Location Access Plate Opening /" K.O. /" [mm] /" [mm] -/" [mm] -/" [mm] X=-/" [mm] -Lamp X X X -/" [mm] /" [mm] K.O. /" [mm] K.O. X=-/" [mm] Y=-/" [mm] Y Y X Y Y -/" [mm] -/" [mm] -/" [mm] X=-/" [mm] Y=-/" [mm] X Y Y X -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm]

13 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBI--N-UNV-EB Electronic Ballasts () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBI.IES HBI--N-UNV-EB-UPL Electronic Ballasts () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBI-UPL.IES Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBI--N-UNV-EB/PLUS-UPL Electronic Ballasts () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBI-UPL.IES HBI--N-A-UNV-EB-SDF Electronic Ballasts () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBIA-SDF.IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) HBIUPL Based on ft. x ft. Open Room Mounting Height Spacing ft ft ft ft on Center Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD ft ft ft Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. All the calculations are based on the published IESNA Zonal Cavity Method and associated algorithms. Results are calculated from manufacturer photometric files. System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBI System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBI--N-UNV-EB/PLUS-UPL-U % %... $. HBI--N-UNV-EB/PLUS-UPL-U % %... $. HBI--N-UNV-EB/PLUS-UPL-U % %... $. Comparison System W Metal Halide High Bay % %.. $. W High Pressure Sodium High Bay % %.. $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

14 HBI T HIGH-BAY INDUSTRIAL LUMINAIRE Ordering Information Sample Number: HBI-T-N-UNV-EHT-MP-UPL-U Includes V Hangers for rapid installation () Series HBI=HB Industrial No. of Lamps = Lamps = Lamps = Lamps Lamp Type T=W T Lamps (") T=W THO Lamps (") () T=W THO Lamps (") () T=W THO Lamps (") () Distribution N=Narrow Beam (Standard) M=Medium Beam W=Wide Beam Shielding Blank=None A=Prismatic Acrylic Lens & Doorframe WG=Wireguard & Doorframe A/WG=Acrylic Lens, Wireguard & Doorframe CL=Clear Acrylic Lens & Doorframe CL/WG=Clear Lens, Wireguard & Doorframe Voltage () UNV=Universal / Voltage UNC=Universal / Voltage () V= Volt V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed () Ballast Type EHT =THO Linear Electronic Program Start () () () High Ambient. Total Harmonic Distortion < % or EBT =T Linear Electronic Program Start (T only) Total Harmonic Distortion < % or DIM=Consult Factory () NOTES: () Requires use of MC or MPC cord accessories, specify voltage for plugs. () Voltage must be specified when ordered with plugs or emergency ballasts. () When ordering MS option, specify voltage as UNV (for or V), or V. () lamp ballast configurations only for T UNC versions. () EHT/HT/HCT ballast systems suitable for ambient environments not to exceed F ( C) in open uplight configurations and less lens option. () Can be used in high abuse applications such as gymnasiums. () Dimming ballast must be specified at time of order. () EHT standard with THO lamps. () Two required. Options Packaging MP=Modular Power U=Unit Pack Receptacle (USED for all PALC=Palletized Cord or Cord and Plug In Carton options) () PAL=Job Pack NUA=No uplight apertures Out of Carton in housing. (Cannot be combined w/upl) UPL=Uplight Apertures MWS=Modular Wiring System MS= or Motion Sensor, through, or V () G=Gasketed Door (Requires Selection of Lensed Doorframe) SDF=Slotted Doorframe (Requires Selection of Lensed Doorframe) Accessories (order separately) HB-SPM=Single Monopoint Hanger w/hub RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop Y-TOGGLE- =Y Mounting Toggle, # Cable () (Specify ' or ', requires per fixture) HBAYC-CHAIN/SET/U=() V-Hook Hangers, " Chain Sets w/s-hooks MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS= or Aisle Motion Sensor with Modular Power Receptacle (-V) () SWG=Heavy Duty Wireguard for Field Installation Quick Ship Ordering Information Sample Number: HBIHCT-MP-UPL-L Quick Ship orders ship in days in order quantities not to exceed pieces. Includes V Hangers for rapid installation () NOTE: Orders received after noon are entered on the following day. Family HBI No. of Lamps = Lamps = Lamps Lamp Type =W THO Lamps (") =W THO Lamps (") Distribution Blank=Narrow Beam W=Wide Beam Ballast Type THO Systems HT=() or () /V T High Ambient Electronic Program Rapid Start () Power Receptacle Blank=Standard Wiring to Access Plate MP=Modular Power Receptacle () Uplight Blank=No Uplight UPL=Uplight Lamping Blank=No Lamps L=Lamps Installed +CRI K () L=Lamps Installed +CRI K () LES=Energy Saving Lamps Installed +CRI K NOTES: () Requires use of Modular cord and plug accessories. () For Quick Ship, lamping option only available w/w lamp type. Dimensions HBI T Lamp Configurations Dimensions for Top View -Lamp /" [mm] K.O. /" [mm] K.O. -Lamp /" [mm] K.O. /" [mm] K.O. V-Hook Hanger Location Access Plate Opening /" K.O. /" [mm] /" [mm] -/" [mm] -/" [mm] X=-/" [mm] -Lamp X X X -/" [mm] /" [mm] K.O. /" [mm] K.O. X=-/" [mm] Y=-/" [mm] Y Y X Y Y -/" [mm] -/" [mm] -/" [mm] X=-/" [mm] Y=-/" [mm] X Y Y X -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm]

15 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBI-T-N-UNV-EHT-UPL Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBITUPL.IES HBI-T-W-UNV-EHT-UPL Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBITWUPL.IES Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBI-T-N-UNV-EHT Electronic Ballasts () FTHO W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBT.IES HBI-T-N-UNV-EHT Electronic Ballasts () FTHO W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBT.IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) HBITUPL Based on ft. x ft. Open Room Mounting Height Spacing ft ft ft ft on Center Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD ft ft ft Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. All the calculations are based on the published IESNA Zonal Cavity Method and associated algorithms. Results are calculated from manufacturer photometric files. System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBI System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBI-T-N-UNV-EHT-U % %... $. HBI-T-N-UNV-EHT-U % %... $. HBI-T-N-UNV-EHT-UPL-U % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

16 HBE HIGH-BAY EFFICIENCY LUMINAIRE Electrostatically applied baked white enamel finish is preceded by a multistage cleaning cycle, iron phosphate coating with rust inhibitor. Standard side rails and stiffening brackets provide increased structural rigidity. Optional uplight apertures (approximately % uplight) Includes V Hangers for rapid installation! Factory installed code compliant disconnect for safe and convenient means of disconnecting power. Cooper Lighting s modular power receptacle meets UL and NEC. and is UL/cUL rated for make and break under load from outside the luminaire to speed maintenance. Thermally optimized F-Bay is suitable for environments up to F ( C) when used with high temperature environment ballasts. T or T systems are warranted for ambient environments up to F ( C) for three years and F ( C) for five years in open uplight configurations. Modular F-Bay Power Supply Cooper Lighting s F-Bay Modular Power Supply allows external fixture access for safe and easy servicing. There is no need to remove lamps or reflectors to disconnect fixture power with F-Bay Modular Power Supply. Access to the individual fixture s power supply allows servicing without turning off all the fixtures disrupting occupants. F-Bay Modular Power Supply is a time saver in installation simply plug & power. Code Compliance UL/cUL Certified for Make/Break under load (UL) Meets NEC requirements for ballast disconnect (NEC.G) Allows for addition of Occupancy Sensor without hard connections Receptacles complete with insulating/dust cap. Modular Power Supply Receptacle supplied mounted into fixture Access Plate. Modular Power Cord & Plugs in,,, & V configurations for easy plug & power into existing supply No internal fixture access required for installation or disconnecting power Modular Motion Sensor Option supplied with Mounting Box and Modular Power Supply Receptacle

17 Shielding Options Prismatic or clear acrylic lens and door frame. Wireguard w/acrylic lens and door frame. Heavy duty and stock wireguard (Ideal for gymnasium applications). Mounting Accessories HB-SPM=Single Monopoint Hanger w/hub (Galvanized) FH-=Fixture Hook -/" (must be used with HBL-SPM) FL-=Fixture Loop -/" (must be used with HBL-SPM) RH-=Retrofit Hanger (must be used with HBL-SPM) HBAYC=Standard V-hook Hanger included (ideal for gymnasium applications) Y=Mounting Toggle and ' or ' cable Thermal Optimization To optimize luminaire performance, HBE series offers a variety of lamp and shielding options. Use the Thermal Optimization chart to determine the options that are appropriate for the ambient environments in which they will be installed.. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F - C/ F -. C/ F -. C/ F - F Vented w/uplight Unvented wo/uplight T Lensed Luminaire Vented w/uplight Unvented wo/uplight THO Lensed Luminaire Operating at approximately % or above of rated output Vented w/uplight THO Amalgam System Performance Mounting Height ' HBE ' W MH W HPS W MH W HPS ' W MH W HPS W MH W HPS ' Energy Savings % % % % % % % % % Light Gain/Loss % % % % % % % % Part Number HBEUPL or HBEPSUPL HBETUPL HBEUPL or HBEPSUPL HBEUPL T T T T % light gain/light loss utilize S/P adjusted lumens.

18 HBE T HIGH-BAY EFFICIENCY LUMINAIRE Ordering Information Sample Number: HBE--N-UNV-L-EB/PLUS-U Includes V Hangers for rapid installation () Series HBE=High Bay Efficiency No. of Lamps = Lamps = Lamps = Lamps = Lamps Lamp Type =W T Lamps (") Distribution N=Narrow Beam (Standard) M=Medium Beam W=Wide Beam Shielding Blank=None A=Prismatic Acrylic Lens & Doorframe WG=Wireguard & Doorframe CL=Clear Acrylic Lens & Doorframe A/WG=Acrylic Lens, Wireguard & Doorframe CL/WG=Clear Lens, Wireguard & Doorframe Voltage () UNV=Universal / Voltage UNC=Universal / Voltage (EB/PLUS only) V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K HL=Add HL at end of lamp for high lumen lamps Ballast Type () EB =T Electronic Instant Start. Total Harmonic Distortion < %, or EB /PLUS=T Electronic Instant Start. No. of Ballast, or High Ballast Factor >.. Total Harmonic Distortion < % ER =T Electronic Program Rapid Start. () Total Harmonic Distortion < %, or ER /PLUS=T Electronic Program Start. () No. of Ballast, or High Ballast Factor >.. Total Harmonic Distortion < % NOTES: () Voltage must be specified when ordered with plugs, motion sensor or emergency ballasts. () When ordering MS option, specify as UNV (for or V), or V. () Requires use of MC or MPC cord accessories, specify voltage for plugs. () T ballast systems suitable for operation in ambient environments up to F ( C) in open uplight configuration. () Can be used in high abuse applications such as gymnasiums. Options Blank=Side Rails (Standard) MP=Modular Power Receptacle (Used for all Cord or Cord and Plug options) () UPL=Uplight Apertures on Reflector MWS=Modular Wiring System Packaging U=Unit Pack PALC=Job Pack In Carton PAL=Job Pack Out of Carton MS= or motion sensor installed, V through V, or V () Accessories (order separately) HBL-SPM=Single Monopoint Hanger w/hub RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop Y-TOGGLE=Y Mounting Toggle, # Cable (Specify ' or ', requires per fixture) HBAYC-CHAIN/SET/U=() V-Hook Hangers, " Chain Sets w/s-hooks MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS= or Aisle Motion Sensor with Modular Power Receptacle (-V) () WG/HBL-FT-B=/ Lamp Wireguard w/clips WG/HBL-FT-B= Lamp Wireguard w/clips Quick Ship Ordering Information Sample Number: HBE-UPL-L Quick Ship orders ship in days in order quantities not to exceed pieces. Includes V Hangers for rapid installation () NOTE: Orders received after noon are entered on the following day. Family HBE=' x ' Lamp Qty = Lamps = Lamps Lamp Type =W T Lamps (") Dimensions Distribution Blank=Narrow Beam W=Wide Beam Ballast Type T Systems Blank=() /V or Lamp T Instant Start Electronic. BF PS=() or () /V T Electronic Program Rapid Start. BF () NOTES: () High lumen ( initial) lamps supplied for K T systems. () Recommended when utilizing motion sensor options. () Requires use of Modular cord and plug accessories. Power Receptacle Blank=Standard Wiring to Access Plate MP=Modular Power Receptacle () Uplight Blank=No Uplight - UPL=Uplight Lamping Blank=No Lamps L=Lamps Installed +CRI K () L=Lamps Installed +CRI K LHL=Lamps Installed +CRI K, High Lumen HBE T Lamp Configurations -Lamp -Lamp -Lamp -/" [mm] -/" [mm] -/" [mm] X=-/" [mm] X -/" [mm] X X=-/" [mm] X X X X X X -/" [mm] X=-/" [mm] X X X X X X X X -/" [mm] -Lamp -/" [mm] Y=-/" [mm] Dimensions for Top View /-Lamp Y Y Y Y -/" [mm] -/" [mm] /-Lamp -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm]

19 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBE--N-UNV-EB-UPL Electronic Ballasts () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBE-UPL.IES HBE--N-A-UNV-EB Electronic Ballasts () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBE-A.IES Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBE--W-UPL Electronic Ballast () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBEW-UPL.IES HBE--N-UNV-EB-U Electronic Ballasts () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBE.IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) HBENUPL Based on ft. x ft. Open Room Mounting Height Spacing ft ft ft ft on Center Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD ft ft ft Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. All the calculations are based on the published IESNA Zonal Cavity Method and associated algorithms. Results are calculated from manufacturer photometric files. System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBE System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBE--N-UNV-EB/PLUS-UPL-U % %... $. HBE--N-UNV-EB-UPL-U % %... $. Comparison System W Metal Halide High Bay % %.. $. W High Pressure Sodium High Bay % %.. $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

20 HBE T HIGH-BAY EFFICIENCY LUMINAIRE Ordering Information Sample Number: HBE-T-N-UNV-L-EBT-U Includes V Hangers for rapid installation () Series HBE=High Bay Efficiency No. of Lamps = Lamps = Lamps = Lamps () = Lamps () Lamp Type T=W THO Lamps (") T=W THO Lamps (") T=W THO Lamps (") Distribution N=Narrow Beam (Standard) M=Medium Beam W=Wide Beam Shielding () Blank=None A=Prismatic Acrylic Lens & Doorframe WG=Wireguard & Doorframe CL=Clear Acrylic Lens & Doorframe A/WG=Acrylic Lens, Wireguard & Doorframe CL/WG=Clear Lens, Wireguard & Doorframe Voltage () UNV=Universal / Voltage UNC=Universal / Voltage V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K Ballast Type EBT =THO Linear Electronic Program Start. Total Harmonic Distortion < %, or EHT =THO Linear Electronic Program Start High Ambient. Total Harmonic Distortion < %, or NOTES: () Voltage must be specified when ordered with plugs or emergency ballasts. () When ordering MS option, specify as UNV (for or V), or V. () Requires use of MC or MPC cord accessories, specify voltage for plugs. () Can be used in high abuse applications such as gymnasiums. () EHT/HT/HCT ballast systems suitable for ambient environments not to exceed F ( C) in open uplight configurations and less lens option. () EHT ballast recommended when using lens option on or lamp configurations. Options Blank=Side Rails (Standard) MP=Modular Power Receptacle (Used for all Cord or Cord and Plug options) () UPL=Uplight Apertures on Reflector MWS=Modular Wiring System Packaging U=Unit Pack PALC=Job Pack In Carton PAL=Job Pack Out of Carton MS= or motion sensor installed, V through V, or V () Accessories (order separately) HBL-SPM=Single Monopoint Hanger w/hub RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop Y-TOGGLE=Y Mounting Toggle, # Cable (Specify ' or ', requires per fixture) HBAYC-CHAIN/SET/U=() V-Hook Hangers, " Chain Sets w/s-hooks MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS= or Aisle Motion Sensor with Modular Power Receptacle (-V) () WG/HBL-FT-B=/ Lamp Wireguard w/clips WG/HBL-FT-B= Lamp Wireguard w/clips Quick Ship Ordering Information Sample Number: HBET-UPL-L Quick Ship orders ship in days in order quantities not to exceed pieces. Includes V Hangers for rapid installation () NOTE: Orders received after noon are entered on the following day. Family HBE Lamp Qty = Lamps = Lamps Dimensions HBE T Lamp Configurations -Lamp -/" [mm] Lamp Type =W THO Lamps (") =W THO Lamps (") Distribution Blank=Narrow Beam W=Wide Beam Ballast Type THO Systems HT=() or () /V THO High Ambient Electronic Program Rapid Start -Lamp -/" [mm] Power Receptacle Blank=Standard Wiring to Access Plate MP=Modular Power Receptacle () Uplight Blank=No Uplight UPL=Uplight Lamping Blank=No Lamps L=Lamps Installed +CRI K () L=Lamps Installed +CRI K () LES=Energy Savings Lamps Installed +CRI K NOTES: () Requires use of Modular cord and plug accessories. () For Quick Ship, lamping option only available w/w lamp type. -Lamp -/" [mm] X=-/" [mm] X -/" [mm] X X=-/" [mm] X X X X X X -/" [mm] X=-/" [mm] X X X X X X X X -/" [mm] -Lamp -/" [mm] Y=-/" [mm] Dimensions for Top View /-Lamp Y Y Y Y -/" [mm] -/" [mm] /-Lamp -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm]

21 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBE--N-UPL Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBE-UPL.IES HBE--N-A Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBE-A.IES Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBE--N Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBE.IES HBE-TN-UNV-UPL Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBE-UPL.IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) HBENUPL Based on ft. x ft. Open Room Mounting Height Spacing ft ft ft ft on Center Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD ft ft ft Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. All the calculations are based on the published IESNA Zonal Cavity Method and associated algorithms. Results are calculated from manufacturer photometric files. System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBE System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBE-T-N-UNV-EBT-U % %... $. HBE-T-N-UNV-EBT-UPL-U % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

22 I/I HIGH-BAY INDUSTRIAL LUMINAIRE Specification grade full body housing, end plates and socket tracks are die formed gauge cold rolled steel in ' or ' lengths. Surface or suspension mounting (cable, chain, pendant mount or top connector box). Optional uplight apertures (approximately % uplight). Latched retention of optics (safety leader restraints) allows for easy access. Factory installed code compliant disconnect for safe and convenient means of disconnecting power. Thermally optimized F-Bay is suitable for environments up to F ( C) when used with high temperature environment ballasts. T systems are warranted for ambient environments up to F ( C) for three years and F ( C) for five years in open uplight configurations. T systems are warranted for environments up to F ( C) for five years. Narrow " wide housing allows mounting within " horizontally from the nearest edge of the sprinkler detector. Modular power receptacle meets UL and NEC. and is UL/cUL rated for make and break under load from outside the luminaire to speed maintenance. Optical modules are fully enclosed inside housing to protect against damage. Die formed reflectors are faceted for,,, and lamp tandem configurations with two optical distributions medium and wide. Medium beam optical modules utilize % specular aluminum while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Integral occupancy sensor available and provides from sq. ft. up to sq. ft. (MSO) of coverage at a maximum mounting height of '. Modular F-Bay Power Supply Cooper Lighting s F-Bay Modular Power Supply allows external fixture access for safe and easy servicing. There is no need to remove lamps or reflectors to disconnect fixture power with F-Bay Modular Power Supply. Access to the individual fixture s power supply allows servicing without turning off all the fixtures disrupting occupants. F-Bay Modular Power Supply is a time saver in installation simply plug & power. Code Compliance UL/cUL Certified for Make/Break under load (UL) Meets NEC requirements for ballast disconnect (NEC.G) Allows for addition of Occupancy Sensor without hard connections Receptacles complete with insulating/dust cap. Modular Power Supply Receptacle supplied mounted into fixture Access Plate. Modular Power Cord & Plugs in,,, & V configurations for easy plug & power into existing supply No internal fixture access required for installation or disconnecting power Modular Motion Sensor Option supplied with Mounting Box and Modular Power Supply Receptacle

23 Shielding Options Frosted acrylic or clear lens & frame (use with general distribution reflector, I only) Heavy duty wireguard finished in white. Can be used alone or in combination with other shielding Thin blade white baffle w/ longitudinal shielding Asymmetric directional louver can be oriented in either direction for flexibility Mounting Accessories I/I TCB=Top Connector Box (I/I only) FH-=Fixture Hook -/" (must be used with TCB) FL-=Fixture Loop -/" (must be used with TCB) RH-=Retrofit Hanger (must be used with TCB) AYC-Mounting Chain Set LOOP=Loop Hanger, # Cable TOGGLE=Single Toggle, # Cable Row Mount End plates provided with the Quick-Tab joining system for ease of row mounting. Blank end plates provided for row ends. Dimensions I/I Lamp Configurations Dimensions for Top View -/" [mm] -Lamp -/" [mm] " [mm] -/" [mm] X=-/" [mm] -Lamp X X " [mm] -/" [mm] X=-/" [mm] -Lamp X X X " [mm] " [mm] /" [mm] K.O. for Cable or Pendant Mounting Access Plate /" [mm] K.O. for Cable or Pendant Mounting I: " [mm] " [mm] I: " [mm] " [mm] -/" [mm] System Performance Mounting Height ' I TI I TI W MH W HPS W MH W HPS ' W MH W HPS W MH W HPS W MH W HPS ' W MH W HPS W MH W HPS ' Energy Savings % % % % % % % % % % % % % % % Light Gain/Loss % % % -% % % % % % -% % -% % % Part Number I I TI-T-EBT TI-T-EBT I--EB/PLUS I--EB/PLUS TI--EB/PLUS T T T T % light gain/light loss utilize S/P adjusted lumens.

24 I/I HIGH-BAY INDUSTRIAL LUMINAIRE Ordering Information Sample Number: TI-T-TBW-V-EBT-UPL-U Length Blank=' Length T=' Length Series I=T Industrial I=T Industrial Mounting Arrangement Blank=Stand Alone R=Continuous Row Mount No. of Lamps = Lamps = Lamps = Lamps Lamp Type T=W T Std (') Lamps =W T (') Lamps T=W THO (') Lamps T=W THO (') Lamps T=W THO (') Lamps Distribution Optic Blank=Medium (Specular Aluminum) G=Wide (High Reflectance White) Shielding Options Blank=Open TBW=Thin White Baffle FL=Frosted Acrylic Lens & Frame () CL=Clear Acrylic Lens & Door Frame ASY= Asymmetric Directional Louver () WG=Heavy Duty Wireguard Voltage () UNV=Universal / Voltage UNC=Universal / Voltage () V= Volt V= Volt V= Volt V= Volt Options I Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K I Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed () (see table on pg. ) Ballast Type T Systems EBT =T or THO Linear Electronic Program Rapid Start. Total Harmonic Distortion < % (), or EHT =THO Linear Electronic Start High Ambient. () () Total Harmonic Distortion < %, or T Systems EB =T Electronic Instant Start. () Total Harmonic Distortion < %, or (), () EB /PLUS= T Electronic Instant Start., or High Ballast Factor >.. Total Harmonic Distortion < % ER =T Electronic Program Rapid Start. () Total Harmonic Distortion < %, or ER /PLUS=T Electronic Program Start. No. of Ballast, or High Ballast Factor >.. Total Harmonic Distortion < % DIM=Dimming (ballast must be specified) NOTES: () Requires use of MC or MPC cord accessories, specify voltage for plugs. () Use with wide distribution optic only. () Voltage must be specified when ordered with plugs, motion sensor or emergency ballasts. () EBT ballast systems suitable for operation in ambient environments up to F ( C). () ER and EB ballast systems suitable for operation in ambient environments up to F ( C) in open uplight configurations. () Requires use of MC or MPC cord accessories, specify voltage for plugs. () For use with Top Connector Box options. See accessories. () lamp ballast configurations only in T UNC versions. / lamp ballast configurations in EB/PLUS only for T UNC. () EHT ballast systems suitable for ambient environments not to exceed F ( C) in open uplight configurations and less lens option. () TAP option available with a maximum of two ballasts, including EM battery pack. () Not for use in gymnasiums or similar recreational facilities. () When ordering MS option, specify UNV (for or V), or V. Options NUA=No Uplight Apertures In Housing (Cannot be combined w/upl) UPL=Uplight Apertures PI/CPI=Plug-In (, or ). See pg. TILW=Tandem Inline Wiring MWS=Modular Wiring System MS= or Motion Sensor, through, or V () MP=Modular Power Receptacle (Used for all Cord or Cord and Plug options) () TAP=Top Access Plate () TCBP=Top Connector Box Plate () Packaging U=Unit Pack PAL=Palletized Out of Carton PALC=Palletized In Carton Accessories (order separately) I/I-TCB-KIT-NO-PLATE-U=Top Connector Box (I/I only) RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop SHK=Hook w/ Safety Screw AYC-CHAIN/SET/U=() Hooks, " Chain Sets w/s-hooks () TOGGLE- =Single Toggle, # Cable (Specify ' or ') LOOP- =Loop Hanger, # Cable (Specify ' or ') MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS= or Aisle Motion Sensor with Modular Power Receptacle (-V) () Door Frames (for Field Installation) I-FRM/LENS=Frosted Acrylic Lens & Frame (I) I-FRM/LENS PK=Frosted Acrylic Lens & Frame (I) I-FRM/CL PK=Clear Acrylic Lens & Frame (I) I-FRM/CL PK=Clear Acrylic Lens & Frame (I) WG/I-FT-B=Heavy Duty Wireguard (I) WG/I-FT-B=Heavy Duty Wireguard (I) PPK=Thin White Blade Baffle (I) BAFFLE FT I=Thin White Blade Baffle (I) PPK=Asymmetrical Directional Louver (I) System Performance Tables Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs I System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER I % %... $. I % %... $. TI % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. TI Comparison System TI-T % %... $. Comparison System W Metal Halide High Bay % %... $. Cost of Design S/P S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs I System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER I--EB/PLUS % %... $. I--EB/PLUS % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. TI System Comparison TI--EB/PLUS % %... $. Comparison System W Metal Halide High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

25 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw I-T-UNV-EBT-UPL () Electronic Ballasts () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: I-T-UNV-EBT-UPL.IES I-T-TBW-UNV-EBT-UPL () Electronic Ballasts () W T lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: I-T-TBW-UNV-EBT-UPL.IES Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw I-T-UNV-EBT-UPL () Electronic Ballasts () FT/HO/K lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: I-T-UNV-EBT-UPL.IES I-T-TBW-UNV-EBT-UPL () Electronic Ballasts () FT/HO lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Zone Lumens %Lamp.... %Fixture.... Test Report: I-T-TBW-UNV-EBT-UPL.IES -.. Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw I--UNV-EB-UPL Electronic Ballast FT/TL Lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: I--UNV-EB-UPL.IES I--UNV-EB-UPL Electronic Ballast FT-TL lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: I--UNV-EB-UPL.IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) IGUPL Based on ft. x ft. Open Room Mounting Height Spacing ft ft ft ft on Center Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD ft ft ft I Mounting Height Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Open Room Spacing ft ft ft ft on Center Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD ft ft ft Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. All the calculations are based on the published IESNA Zonal Cavity Method and associated algorithms. Results are calculated from manufacturer photometric files.

26 HBL HIGH-BAY INDUSTRIAL LUMINAIRE Stiffening brackets add additional strength and rigidity to channel and reflector. Electrostatically applied baked white enamel finish is preceded by a multistage cleaning cycle, iron phosphate coating with rust inhibitor. Die formed reflectors are faceted for,, and lamp configurations with three optical distributions narrow, medium and wide. Optional uplight apertures (approximately % uplight). Factory installed code compliant disconnect for safe and convenient means of disconnecting power. Cooper Lighting s modular power receptacle meets UL and NEC. and is UL/cUL rated for make and break under load from outside the luminaire to speed maintenance. Thermally optimized F-Bay is suitable for environments up to F ( C) when used with high temperature environment ballasts. T or T systems are warranted for ambient environments up to F ( C) for three years and F ( C) for five years in open uplight and downlight configurations. Integral occupancy sensor available and provides from sq. ft. up to sq. ft. of coverage in a maximum mounting height of '. Modular F-Bay Power Supply Cooper Lighting s F-Bay Modular Power Supply allows external fixture access for safe and easy servicing. There is no need to remove lamps or reflectors to disconnect fixture power with F-Bay Modular Power Supply. Access to the individual fixture s power supply allows servicing without turning off all the fixtures disrupting occupants. F-Bay Modular Power Supply is a time saver in installation simply plug & power. Code Compliance UL/cUL Certified for Make/Break under load (UL) Meets NEC requirements for ballast disconnect (NEC.G) Allows for addition of Occupancy Sensor without hard connections Receptacles complete with insulating/dust cap. Modular Power Supply Receptacle supplied mounted into fixture Access Plate. Modular Power Cord & Plugs in,,, & V configurations for easy plug & power into existing supply No internal fixture access required for installation or disconnecting power Modular Motion Sensor Option supplied with Mounting Box and Modular Power Supply Receptacle

27 Mounting Accessories HBL-SPM=Single Monopoint Hanger w/hub (Galvanized) FH-=Fixture Hook -/" (must be used with HBL-SPM) FL-=Fixture Loop -/" (must be used with HBL-SPM) RH-=Retrofit Hanger (must be used with HBL-SPM) HBAYC=New Mounting Chain Set w/v-hook Hangers (ideal for gymnasium applications) Y=Mounting Toggle and ' or ' cable Shielding Options Heavy duty stock wireguard (Ideal for gymnasium applications). Wireguard swings open for easy lamp maintenance. Thermal Optimization To optimize luminaire performance, HBL series offers a variety of lamp and shielding options. Use the Thermal Optimization chart to determine the options that are appropriate for the ambient environments in which they will be installed.. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F. C/ F - C/ F -. C/ F -. C/ F - F Vented w/uplight T Unvented wo/uplight Vented w/uplight Unvented wo/uplight THO Vented w/uplight THO Amalgam Operating at approximately % or above of rated output System Performance Mounting Height ' HBL-T HBL-T W MH W HPS W MH W HPS ' W MH W HPS W MH W HPS ' W MH W HPS W MH W HPS ' Energy Savings % % % % % % % % % % % % % Light Gain/Loss % % % % -% % % % % % % % Part Number HBL--N-UPL HBL--N- UPL HBL--N- UPL HBL-T-N- UPL HBL-T-N- UPL HBL-T-N-UPL T T % light gain/light loss utilize S/P adjusted lumens.

28 HBL T HIGH-BAY INDUSTRIAL LUMINAIRE Ordering Information Sample Number: HBL--N-UNV-EB-UPL-U Includes V Hangers for rapid installation () Width Blank=" wide & Lamp (nominal) " wide & Lamp (nominal) Series HBL=Linear High Bay No. of Lamps = Lamps = Lamps = Lamps = Lamps Lamp Type =W T Lamp (" Long) Distribution N=Narrow Beam (Standard) M=Medium Beam W=Wide Beam Voltage () UNV=Universal / Voltage UNC=Universal / Voltage (EB/PLUS only) V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K HL=Add HL at end of lamp for high lumen lamps, T only GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed Ballast Type () T Systems EB =T Electronic Instant Start. Total Harmonic Distortion < %, or EB /PLUS=T Electronic Instant Start. No. of Ballast, or High Ballast Factor >.. Total Harmonic Distortion < % ER =T Electronic Program Rapid Start. () Total Harmonic Distortion < %, or ER /PLUS=T Electronic Program Start. () No. of Ballast, or High Ballast Factor >.. Total Harmonic Distortion < % NOTES: () Voltage must be specified when ordered with plugs or emergency ballasts. For MS option, indicate UNV (for V or V), V or V. () Requires use of MC or MPC cord accessories, specify voltage for plugs. () Cannot be combined with Modular Power Receptacle (MP). For MWS with MP, choose MP in fixture logic and then choose MWS. () T ballast systems suitable for operation in ambient environments up F ( C) in uplight configuration. () Recommended when using motion sensor options. () Can be used in high abuse applications such as gymnasiums. Options Packaging UPL=Uplight Apertures on Reflector U=Unit Pack MP=Modular Power Receptacle PALC=Palletized (Used for all Cord or Cord and In Carton Plug options) () MWS=Modular Wiring System () MS= or Motion Sensor installed (V through V, or V) () Accessories (order separately) HBL-SPM=Single Monopoint Hanger w/hub RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop Y- TOGGLE=Y Mounting Toggle, # Cable (Specify ' or ') HBAYC-CHAIN/SET/U=() V-Hook Hanger, " Chain Sets w/s-hooks MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS= or Aisle Motion Sensor with Modular Power Receptacle (-V) () WG/HBL-FT-B=/ Lamp Wireguard w/clips WG/HBL-FT-B= Lamp Wireguard w/clips Quick Ship Ordering Information Sample Number: HBL-MP-UPL-L Quick Ship orders ship in days in order quantities not to exceed pieces. Includes V Hangers for rapid installation () NOTE: Orders received after noon are entered on the following day. Family HBL No. of Lamps = Lamps = Lamps Lamp Type =W T Lamps (") Distribution Blank=Narrow Beam W=Wide Beam Ballast Type T Systems () Blank=() or () /V T Instant Start Electronic,. BF PS=() or () /V T Electronic Program Rapid Start,. BF () Power Receptacle MP=Modular Power Receptacle () Uplight Blank=No Uplight UPL=Uplight Lamping Blank=No Lamps L=Lamps Installed +CRI K L=Lamps Installed +CRI K LHL=Lamps Installed +CRI K, High Lumen () NOTES: () Recommended when using motion sensor options. () Requires use of Modular cord and plug accessories. () LHL ( initial) K T lamps installed. Dimensions HBL Lamp Configurations -Lamp -/" [mm] -Lamp -/" [mm] -Lamp -/" [mm] -Lamp -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm] Dimensions for Top View / Lamp -/" [mm] / Lamp -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm]

29 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBL--N-UPL Narrow Distribution () Electronic Plus Ballasts () FT W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBLNUPL HBL--W-UPL Wide Distribution () Electronic Plus Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBLWUPL.IES Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBL--N-UPL Narrow Distribution () Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBLNUPL.IES HBL--M-UPL Medium Distribution () Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBLMUPL.IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) HBLNUPL Based on ft. x ft. Open Room Mounting Height Spacing ft ft ft ft on Center Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD ft ft ft Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. All the calculations are based on the published IESNA Zonal Cavity Method and associated algorithms. Results are calculated from manufacturer photometric files. System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBL T System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBL--W-UPL % %... $. HBL--N-UPL % %... $. HBL--N-UPL % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $ FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

30 HBL T HIGH-BAY INDUSTRIAL LUMINAIRE Ordering Information Sample Number: HBL-T-N-UNV-EBT-UPL-U Includes V Hangers for rapid installation () Width Blank=" wide & Lamp (nominal) " wide & Lamp (nominal) Series HBL=Linear High Bay No. of Lamps = Lamps = Lamps = Lamps = Lamps Lamp Type T=W THO (') Lamps T=W THO (') Lamps T=W THO Lamp (" Long) Distribution N=Narrow Beam (Standard) M=Medium Beam W=Wide Beam Voltage () UNV=Universal / Voltage UNC=Universal / Voltage V= Volt V= Volt V= Volt Options Lamps Installed L=THO Lamp, CRI K L=THO Lamp, CRI K L=THO Lamp, CRI K GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed (), () Ballast Type T Systems EBT =T Linear Electronic Program Rapid Start. () Total Harmonic Distortion < %, or EHT =T Linear Electronic Program Start (), () High Ambient. Total Harmonic Distortion < %, or NOTES: () Voltage must be specified when ordered with plugs or emergency ballasts. For MS option, indicate UNV (for V or V), V or V. () EBT ballast systems suitable for operation in ambient environments up to F ( C) in uplight configuration. () EHT/HT/HCT ballast systems are suitable for ambient environments not to exceed F ( C) in uplight configurations. () Requires use of MC or MPC cord accessories, specify voltage for plugs. () Cannot be combined with Modular Power Receptacle (MP). For MWS with MP, choose MP in fixture logic and then choose MWS. () Recommended when using motion sensor options or accessories. () Can be used in high abuse applications such as gymnasiums. Options Packaging UPL=Uplight Apertures on Reflector U=Unit Pack MP=Modular Power Receptacle PALC=Palletized (Used for all Cord or Cord and In Carton Plug options) () MWS=Modular Wiring System () MS= or Motion Sensor installed (V through V or V) () Accessories (order separately) HBL-SPM=Single Monopoint Hanger w/hub RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop Y- TOGGLE=Y Mounting Toggle, # Cable (Specify ' or ') HBAYC-CHAIN/SET/U=() V-Hook Hanger, " Chain Sets w/s-hooks MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS= or Aisle Motion Sensor with Modular Power Receptacle (-V) () WG/HBL-FT-B=/ Lamp Wireguard w/clips WG/HBL-FT-B= Lamp Wireguard w/clips Quick Ship Ordering Information Sample Number: HBLT-MP-UPL-L Quick Ship orders ship in days in order quantities not to exceed pieces. Includes V Hangers for rapid installation () NOTE: Orders received after noon are entered on the following day. Family HBL No. of Lamps = Lamps = Lamps Lamp Type =W THO Lamps (") =W THO Lamps (") Distribution Blank=Narrow Beam W=Wide Beam Ballast Type Power Receptacle THO Systems MP=Modular Power T=() /V / Lamp T Receptacle () Electronic Program Rapid Start () HT=() /V / Lamp T High Ambient Electronic Program Rapid Start () Uplight Blank=No Uplight UPL=Uplight NOTES: () T ballast systems suitable for operation in ambient environments up to F ( C) in uplight configuration. () EHT/HT/HCT ballast systems are suitable for ambient environments not to exceed F ( C) in uplight configurations. () Requires use of MC or MPC cord accessories, specify voltage for plugs. () For Quick Ship, lamping option only available w/w lamp type. Lamping Blank=No Lamps L=Lamps Installed +CRI K () L=Lamps Installed +CRI K () LES=Energy Savings Lamps Installed +CRI K Dimensions HBL Lamp Configurations -Lamp -/" [mm] -Lamp -/" [mm] -Lamp -/" [mm] -Lamp -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm] Dimensions for Top View & Lamp -/" [mm] & Lamp -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm]

31 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBL-T-N-UPL Narrow Distribution () Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBLNUPL.IES HBL-T-W-UPL Wide Distribution () Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBLWUPL.IES Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBL-T-N-UPL Narrow Distribution () Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBLNUPL.IES HBL-T-M-UPL Medium Distribution () Electronic Ballasts () FT W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBLMUPL.IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) HBLNUPL Based on ft. x ft. Open Room Mounting Height Spacing ft ft ft ft on Center Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD ft ft ft Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. All the calculations are based on the published IESNA Zonal Cavity Method and associated algorithms. Results are calculated from manufacturer photometric files. System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBL T System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBL-T-N-UPL % %... $. HBL-T-N-UPL % %... $. HBL-T-N-UPL % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $ FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

32 MBF MICRO-BAY LUMINAIRE Dimensions T Lamp Configurations Focus Beam, T Lamp Cable Mounting Kit Suspension is convenient and flexible in continuous row mounted fixtures with the SS Aircraft Cable Y Toggle Mounting Kits. Adjustment for luminaire mounting height is provided at luminaire rather than structure. Specular reflectors for precise light control minimum % total reflectivity. Three optical distribution patterns are available: Focus - SC <. Task -. < SC. Normal -. < SC. Optional pre-wired factory installed multiple circuit plug-in connectors. X -/" [mm] -/" [mm] X=-/" -/" [mm] [mm] Task Beam, T Lamp X -/" -/" [mm] [mm] X=-/" -/" [mm] [mm] Normal Beam, T Lamp X -/" -/" [mm] [mm] X=-/" -/" [mm] [mm] Focus Beam, T Lamps X -/" [mm] -/" [mm] Rigid exterior connector/ coupling with pre-punched holes facilitates easy installation of sections up to ' long. (order separately) Rigid Exterior Connector Integral occupancy sensor available and provides from sq. ft. up to sq. ft. of coverage in a max. mounting height of '. Dimensions for Top View Y=" ' [mm] -/" [mm] X=-/" [mm] Y Ceiling Stand-Off Embossments Plug-In Connectors Factory installed code compliant disconnect for safe and convenient means of disconnecting power. /" [mm] K.O. () Ground Screw Hole for Toggle /" x " " [mm] KO KO ( Places) X -/" [mm] " [mm] X=-/" -/" [mm] [mm] -/" [mm] Normal Beam, T Lamps X -/" [mm] -/" [mm] -/" X=-/" [mm] [mm] -/" [mm] T Lamp Configurations Focus Beam, T Lamp X -/" -/" [mm] [mm] MBF Ordering Information Sample Number (T): MBF-T-FB-UNV-EBT-U (T): MBF--NB-UNV-EB-U X=-/" -/" [mm] [mm] Task Beam, T Lamp X Tandem Blank= ' Length T= ' Length Series MBF=Micro-Bay Number of Lamps (Not included) = Lamp = Lamps Lamp Types =W T (") T=W THO (") T=W THO (") T=W THO (") Reflector FB=Focus Beam TB=Task Beam (Medium - lamp only) NB=Normal Beam Voltage UNV=Universal - Voltage UNC=Universal / Voltage Options GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed (see table on pg. ) () Ballast Type () T Systems EBT =T Linear Electronic Program Rapid Start. Total Harmonic Distortion < % or EHT =T Linear Electronic Program Rapid Start High Ambient. Total Harmonic Distortion < % () or T Systems EB =T Electronic Instant Start. () Total Harmonic Distortion < % or EB /PLUS=T Electronic Instant Start. () No. of Ballast High Ballast Factor >.. Total Harmonic Distortion < % or ER =T Electronic Program Rapid Start. () Total Harmonic Distortion < % or ER /PLUS=T Electronic Program Start. () High Ballast Factor >.. Total Harmonic Distortion < % No. of Ballast or DIM=Dimming (ballast must be specified) Options PI/CPI=Plug-In (, or ) See pg. C=' Power Cord C=' Power Cord PC-=' Power Cord & Plug (Specify Voltage) () PC-=' Power Cord & Plug (Specify Voltage) () Packaging U=Unit Pack Accessories (order separately) AYC-CHAIN/SET/U=() Hooks, " Chain Sets w/s-hooks Y- TOGGLE=Y Mounting Toggle, # Cable (Specify ' or ') () TOGGLE- =Single Toggle, # Cable (Specify ' or ') SSF-EXT-LONG-CONN-KIT-U=Rigid Connector Support for Continuous Channel Installation MB-SENSOR-KIT-CTR/MT-U=Aisle Coverage Motion (), () Sensor, Center Mount Hardware, /V MB-SENSOR-KIT-END/MT-U=Aisle Coverage Motion (), () Sensor, End Mount Hardware, /V MB-SENSOR-KIT-CTR/V-U=Aisle Coverage Motion Sensor, Center Mount Hardware, V MB-SENSOR-KIT-END/V-U=Aisle Coverage Motion Sensor, End Mount Hardware, V ATG-SSF--U=Tong Hanger NOTES: () Products also available in non-us voltages and frequencies for international markets. () Voltage to be specified with emergency ballast option. () Voltage must be specified when ordered with plugs, motion sensor or emergency ballasts. () lamp ballast configurations only in UNC versions. () ER and EB ballast systems suitable for operation in ambient environments up to C. () Must ship separately. () Use with continuous row mount at fixture joint only. -/" -/" [mm] [mm] X=-/" -/" [mm] [mm] Normal Beam, T Lamp X -/" -/" [mm] [mm] X=-/" -/" [mm] [mm] Focus Beam, T Lamps X -/" [mm] -/" [mm] X=-/" -/" [mm] [mm] -/" [mm] Normal Beam, T Lamps X -/" [mm] -/" [mm] -/" X=-/" [mm] [mm] -/" [mm]

33 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw MBF--NB-UNV-EB-U Electronic Ballast () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: MBF-NB.IES MBF--FB-UNV-EB-U Electronic Ballast () W T lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: MBF-FB.IES System Performance Energy Savings % Light Gain/Loss Part Number LAMP T LAMP T HO % % % % MBF--FB-EB T MBF LAMP T % % % % MBF-T-FB-EBT T LAMP T HO TMBF LAMP T % light gain/light loss utilize S/P adjusted lumens. % % % % TMBF--FB-EB T LAMP T HO Effective floor cavity reflectance % rc % % % rw MBF-T-TB-UNV-EBT-U Electronic Ballast () W THO Lamp lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: MBF-TTB.IES Illuminance Estimator Micro-Bay Catalog Number Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Aisle ft ft ft Qty FC LPD Qty FC LPD Qty FC LPD MBF--FB MBF--FB MBF--FB MBF--FB Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. All the calculations are based on the published IESNA Zonal Cavity Method and associated algorithms. Results are calculated from manufacturer photometric files. System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs MBF System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER MBF--FB-EB % %... $. MBF--FB-UNV-EBT % %... $. TMBF--FB-EB % %... $. Comparison System () W T Strip % %... $. () " THO Strip % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

34 HBG RECESSED HIGH-BAY INDUSTRIAL LUMINAIRE Heavy gauge end plates, securely attached with interlocking tabs and screws. Nominal -/" deep, para-contoured housing, die formed gauge cold rolled steel. Recessed mount for in standard grid/lay-in, concealed T, and slot grid ceilings. Flange trim with supporting swing gates conceal the edges of the ceiling opening. Factory installed code compliant disconnect for safe and convenient means of disconnecting power. Prismatic and clear lens with door frame option. Pressure lock lampholders. End plates have integral Grid-Lock feature for safety and convenience. Housing features enable fixture to be converted from Grid to T-Option or vice-versa in the field. Die formed reflectors are faceted for and lamp configurations with two optical distributions medium and wide. Medium beam optical modules utilize % specular aluminum substrate while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Ordering Information Sample Number: HBG-T-A-UNV-EBT-U Width =" Series HB=High Bay Trim Type G=Grid/Lay-in (Standard) F=Flange Trim No. of Lamps = Lamps = Lamps Lamp Type =W T Lamps (") T=W T Lamps (") T=W THO (") T=W THO (") T=W THO Lamps (") Distribution Optic Blank=Medium (Specular Aluminum) G=Wide (White Painted) Shielding Blank=Open A=Prismatic Acrylic Lens & Steel Door Frame CL=Clear Acrylic Lens & Steel Door Frame Voltage () UNV=Universal / Voltage UNC=Universal / Voltage (T linear only) V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed () (see table on pg. ) NOTES: () Voltage must be specified when ordered with emergency ballasts. () ER and EB ballast systems suitable for operation in ambient environments up to F ( C) without lens option. Ballast Type T Systems EB =T Electronic Instant Start. () Total Harmonic Distortion < % or EB /PLUS=T Electronic Instant Start. () No. of Ballast High Ballast Factor >.. Total Harmonic Distortion < % or ER =T Electronic Program Rapid Start. Total Harmonic Distortion < % () or ER /PLUS=T Electronic Program Start. High Ballast Factor >.. () Total Harmonic Distortion < % or T Systems EBT =T or THO Linear Electronic Program Rapid Start. Total Harmonic Distortion < % or Ceiling Compatibility G Grid/Lay-in Standard F Aluminum Flange Trim With Supporting Swing Gates Packaging U=Unit Pack PAL=Job Pack, out of carton PALC=Job Pack, in carton Accessories (order separately) MWS=Modular Wiring System, (Refer to MWS Catalog Online) Ceiling Trim Type Type Exposed Grid G Concealed T G or T Slot Grid G or T Flange F (Verify compatibility/ consult Pre Sales Technical Support.)

35 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBG--UNV-EB () Electronic Ballasts () FT/TL lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBG.IES HBG-T-UNV-EBT () Electronic Ballasts () FTHO/ lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBGT.IES System Performance Mounting Height ' HBG Dimensions HBG Lamp Configurations -lamp -/" [mm] ' X=-/" [mm] X X X X X -/" [mm] W MH W HID W MH W HID -lamp ' W MH W HID W MH W HID -/" [mm] Energy Savings ' % % % % % % % % Dimensions for Top View /" [mm] K.O. () -/" [mm] Access Plate /" [mm] % Light Gain/Loss Part Number -% - % HBG--ER/PLUS % % HBG--ER/PLUS % HBG--EBT % % HBG--EBT % -/" [mm] T T % light gain/light loss utilize S/P adjusted lumens. " [mm] -/" [mm] -/" [mm] " [mm] System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBG System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBG--ER/PLUS % %... $. HBG--EB/PLUS % %... $. HBG-T-EBT % %... $. HBG-T-EBT % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

36 HBHD HOSEDOWN HIGH-BAY INDUSTRIAL LUMINAIRE High performance white enamel finish improves efficiency and protects against elements. Optional brushed stainless steel finish for corrosive chemical environments. White, closed cell, Flexiseal gasketing surrounds perimeter of lens to seal lens to door frame and around perimeter of door to seal door to housing. Another layer seals fixture to ceiling system after installation. Sealed housing is enclosed and gasketed to provide psi hose down protection. Product can be surface or suspension mounted. Factory installed code compliant disconnect for safe and convenient means of disconnecting power. UL/cUL and CSA listed for wet locations. Manufactured in compliance with USDA, FDA, NSF and Federal Standard E in surface mount applications. One piece, heavy gauge extruded lens in prismatic clear acrylic. Captive, flush mounted stainless steel fasteners secure one piece door to housing. Die formed reflectors are faceted for and lamp configurations with two optical distributions medium and wide. Medium beam optical modules utilize % specular aluminum while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Ordering Information Sample Number: HBHD-T-A-UNV-EBT-U Width =" Series HBHD=High Bay Hose Down No. of Lamps = Lamps = Lamps Lamp Type =W T Lamps (") T=W T Lamps (") T=W THO (") T=W THO (") T=W THO Lamps (") Distribution Blank=Medium (Specular Aluminum) G=Wide (High Reflectance White) NOTES: () Voltage must be specified when ordered with plugs or emergency ballasts. () lamp ballast configurations only in UNC versions. Shielding A=Prismatic Acrylic Lens & Door Frame CL=Clear Acrylic Lens & Door Frame Voltage () UNV=Universal / Voltage UNC=Universal / Voltage (T linear only) () V= Volt V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K HL=Add HL at end of lamp for high lumen lamps, T only GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed () (see table on pg. ) Ballast Type () T Systems EB =T Electronic Instant Start. Total Harmonic Distortion < % or EB /PLUS=T Electronic Instant Start. No. of Ballast High Ballast Factor >.. Total Harmonic Distortion < % or ER =T Electronic Program Rapid Start. Total Harmonic Distortion < % or ER /PLUS=T Electronic Program Start. High Ballast Factor >.. No. of Total Harmonic Distortion < % Ballast or T Systems EBT =T or THO Linear Electronic Program Rapid Start. Total Harmonic Distortion < %, or EHT =THO Linear Electronic Start High Ambient. () Total Harmonic Distortion < %, or DIM=Dimming (ballast must be specified) Options Packaging C=' Power Cord U=Unit Pack C=' Power Cord PAL=Pallet Pack PC-=' Power Cord & Plug PALC=Job Pack (Specify Voltage) () In Carton PC-=' Power Cord & Plug (Specify Voltage) () SSN=Stainless Steel Door/Brushed Finish SHN=Stainless Steel Housing Brushed Finish

37 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBHD--CL-UNV-EB () Electronic Ballasts () FT/TL lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBHDCL.IES HBHD-T-CL-UNV-EBT () Electronic Ballasts () FTHO/ W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBHDTCL.IES System Performance Mounting Height ' HBHD Dimensions HBHD Lamp Configurations -lamp -/" [mm] ' W MH W HPS W MH W HPS " " " [mm] [mm] [mm] -/" [mm] ' W MH W HPS W MH W HPS -lamp -/" [mm] ' X=-/" [mm] X X X X X -/" [mm] Energy Savings % Light Gain/Loss Part Number % % -% HBHD--CL- EB/PLUS % % % -% HBHD--CL- EB/PLUS % % % % % HBHD--CL-EBT % % % -% HBHD--CL-EBT Dimensions for Top View () /" [mm] Dia. Mounting Hole () /" [mm] KO Gasketed Access Plate " [mm] /" [mm] /" [mm] T % light gain/light loss utilize S/P adjusted lumens. T " [mm] " [mm] /" [mm] System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBHD System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBHD--CL-EB/PLUS % %... $. HBHD--CL-EB/PLUS % %... $. HBHD-T-CL-EBT % %... $. HBHD-T-CL-EBT % %... $. Comparison System W Metal Halide Encl. & Gasketed High Bay % %... $. W High Pressure Sodium Encl. & Gasketed High Bay % %... $. W Metal Halide Encl. & Gasketed High Bay % %... $. W High Pressure Sodium Encl. & Gasketed High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

38 HBHT HOSEDOWN HIGH-BAY INDUSTRIAL LUMINAIRE Product can be chain, cable or stem mounted. High performance white enamel finish improves efficiency and protects against elements. Optional brushed stainless steel finish for corrosive chemical environments. Sloped top allows for water runoff during cleaning of fixture. This feature enables this suspension mounted fixture to be installed in cleanroom, food processing and recreational facilities. White, closed cell, Flexiseal gasketing surrounds perimeter of lens to seal lens to door frame and door to housing. Sealed housing is enclosed and gasketed to provide psi hose down protection and IP rating. Factory installed code compliant disconnect for safe and convenient means of disconnecting power. One piece, heavy gauge extruded lens in prismatic clear acrylic. Die formed reflectors are faceted for and lamp configurations with two optical distributions medium and wide. Medium beam optical modules utilize % specular aluminum while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Captive, flush mounted stainless steel fasteners secure one piece door to housing. UL/cUL and CSA listed for wet locations. IP certified. Ordering Information Sample Number: HBHT-T-A-UNV-EBT Width =" Series HBHT=High Bay Hose Down w/tented Top No. of Lamps = Lamps = Lamps Lamp Type T=W T Lamps (") =W T Lamps (") T=W THO Lamps (") T=W THO Lamps (") T=W THO Lamps (") Distribution Blank=Medium (Specular Aluminum) G=Wide (High Reflectance White) Shielding A=Prismatic Acrylic Lens & Steel Door Frame CL=Clear Acrylic Lens & Steel Door Frame =Prismatic Tempered Glass & Steel Door Frame =Clear Tempered Glass & Steel Door Frame Voltage () UNV=Universal / Voltage UNC=Universal / Voltage (T linear only) () V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K HL=Add HL at end of lamp for high lumen lamps, T only GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed () (see table on pg. ) Ballast Type () T Systems EB =T Electronic Instant Start. Total Harmonic Distortion < % or EB /PLUS=T Electronic Instant Start. No. of Ballast High Ballast Factor >.. Total Harmonic Distortion < % or ER =T Electronic Program Rapid Start. Total Harmonic Distortion < % or ER /PLUS=T Electronic Program Start. High Ballast Factor >.. No. of Total Harmonic Distortion < % Ballast or T Systems EHT =T Linear Electronic Start High Ambient. () Total Harmonic Distortion < %, or Options PM=Pendant Mount Stem () C=' Power Cord () C=' Power Cord () PC-=' Power Cord & Plug () z() (Specify Voltage) PC-=' Power Cord & Plug () () (Specify Voltage) SSN=Brushed Stainless Steel Door Finish SHN=Brushed Stainless Steel Housing Finish Packaging U=Unit Pack PAL=Pallet Pack PALC=Job Pack In Carton Accessories (order separately) Y-Hook=() Snap Hooks, # Cable (Specify ' or '), order per fixture HBHT-Chain/Set=() ft. Stainless Steel Chains, () large S-Hooks NOTES: () Voltage must be specified when ordered with plugs, motion sensors or emergency ballasts. () lamp ballast configurations only in UNC versions. () /" stem only, supplied by others. Power supply fed through stem during installation. () Always supplied with a ft. -wire cord as standard through pendant stem hub. () Available for chain or cable mount options only.

39 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HBHT--CL-UNV-EB () Electronic Ballasts () FT/TL lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBHTCL.IES HBHT-T-CL-UNV-EBT () Electronic Ballasts () FTHO/ W lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: HBHTTCL.IES System Performance Mounting Height ' HBHT Dimensions HBHT Lamp Configurations -lamp ' W MH W HPS W MH W HPS -/" nom. " [mm] " [mm] -/" nom. " [mm] -/" nom. ' -lamp Energy Savings ' % Light Gain/Loss W MH % % W HPS -% % % % % -% W MH % % W HPS % % % % -% % -/" nom. Dimensions for Top View X Chain/Cable Mount X X X X -/" nom. Stem Mount -/" nom. X=-/" [mm] Part Number HBHT--CL- EB/PLUS T HBHT--CL- EB/PLUS HBHT--CL-EBT T HBHT--CL-EBT " nom. " nom. " [mm] % light gain/light loss utilize S/P adjusted lumens. System Performance Table -/" [mm] -/" nom. -/" nom. Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HBHD System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBHT--CL-EB/PLUS % %... $. HBHT--CL-EB/PLUS % %... $. HBHT-T-CL-EBT % %... $. HBHT-T-CL-EBT % %... $. Comparison System W Metal Halide Encl. & Gasketed High Bay % %... $. W High Pressure Sodium Encl. & Gasketed High Bay % %... $. W Metal Halide Encl. & Gasketed High Bay % %... $. W High Pressure Sodium Encl. & Gasketed High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

40 ARCTIC BAY - ABI Series HIGH-BAY INDUSTRIAL LUMINAIRE Enclosed, full bodied housing utilizes captive fasteners to protect optical assembly and assure structural integrity of housing while retaining heat for optimal system performance. Thermally optimized Arctic Bay is suitable for environments down to - F (- C). Housing is post painted with a high performance polyester powder coat finish to protect against contaminants and oxidation. Thermal Optimization The Arctic Bay provides over % of it s rated light output in ambient environments down to - F (- C). Recommended for use in - F (- C) to F ( C) environments. Sealed and gasketed door frame provides a thermal environment for optimal lamp operation. Optional clear or prismatic shielding available. Factory installed code compliant disconnect for safe and convenient means of disconnecting power. RELATIVE LIGHT OUTPUT % % % % % % % % % % % % ARCTIC BAY - F (- C) - F (- C) F (- C) F ( C) F ( C) AMBIENT TEMPERATURE - DEGREE (F) Ordering Information Sample Number: ABI-T-UNV-EBT Includes V Hangers for rapid installation () Series ABI=Arctic Bay No. of Lamps = Lamps = Lamps Lamp Type T=W THO Lamps (") T=W THO Lamps (") T=W THO Lamps (") Distribution N=Narrow Beam (Standard) M=Medium Beam W=Wide Beam Shielding Blank=Prismatic Acrylic Lens w/gasketed Door Frame CL=Clear Acrylic Lens w/gasketed Door Frame Voltage () UNV=Universal / Voltage UNC=Universal / Voltage V= Volt V= Volt V= Volt V= Volt Options Lamps Installed L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K L=T Lamp, CRI K GL=Single Element Fuse GM=Double Element Fuse EL=Emergency installed (see table on pg. ) () Ballast Type EBTL =T Linear Electronic Program Rapid Start. Total Harmonic Distortion < % Minimum Start Temp. - F (- C), or Options C=' White Cord Fixture Attached C=' White Cord Fixture Attached MS/OB= or Motion Sensor Installed, Inner Two Lamps Constant On () MS/IB= or Motion Sensor Installed, Outside Lamps Constant On () PC-Voltage=' Cord/Plug Fixture Attached () PC-Voltage=' Cord/Plug Fixture Attached () Packaging U=Unit Pack PAL=Palletized Out of Carton PALC=Job Pack In Carton Accessories (order separately) HBAYC-CHAIN/SET/U=() V-Hook Hanger, " Chain Sets w/s-hooks HB-SPM=Single Monopoint Hanger w/hub RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop Y-TOGGLE=Y Mounting Toggle, # Cable (Specify ' or ') SCA-=Stem Set Adjustable " length SCF-=Stem Set Fixed (specify length) SCS=Stem Set Swivel (specify length) NOTES: () Requires use of voltage specific modular cord assembly. See accessories. () Voltage must be specified when ordered with plugs, motion sensors or emergency ballasts. () Specify voltage of ballast as UNV (V or V), V or V. () Can be used in high abuse applications such as gymnasiums.

41 Mounting Accessories HB-SPM=Single Monopoint Hanger w/hub (Galvanized) FH-=Fixture Hook -/" (must be used with HB-SPM) FL-=Fixture Loop -/" (must be used with HB-SPM) RH-=Retrofit Hanger (must be used with HB-SPM) HBAYC=New Mounting Chain Set w/v-hook Hangers (ideal for gymnasium applications) Y=Mounting Toggle and ' or ' cable Temperature Control Capability Cooper Lighting recommends the following lamp operation when implementing a control system in colder ambient environments. Arctic Bay (ABI) Series - F (- C) F (- C) Motion Sensor Options (# of Lamps Controlled) Lamp Routine Occasional Fixture # Lamps Type Use Use () ABI-T Lamp THO Not Recommended ABI-T Lamp THO Not Recommended ABI-T Lamp THO Not Recommended F (- C) F ( C) Motion Sensor Options (# of Lamps Controlled) Lamp Routine Occasional Fixture # Lamps Type Use () Use () ABI-T Lamp THO ALL ABI-T Lamp THO ABI-T Lamp THO F ( C) F ( C) Motion Sensor Options (# of Lamps Controlled) Lamp Routine Occasional Fixture # Lamps Type Use () Use () ABI-T Lamp THO ALL ABI-T Lamp THO ABI-T Lamp THO NOTES: () Luminaire achieves % or greater of relative light output at the indicated temperature in under seconds. () Luminaire achieves % to % of relative light output at the indicated temperature in under minutes. () Greater than min. lamp options. System Performance Mounting Height ' ABI W MH W HPS Dimensions ABI -Lamp -/" [mm] Photometrics X=-/" [mm] X X X -/" [mm] /" [mm] K.O. /" [mm] K.O. Effective floor cavity reflectance % rc % % % rw ABI-T-UNV-EBT-U Electronic Ballasts () FW THO lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: ABI -Lamp -/" [mm] X=-/" [mm] Y=-/" [mm] ABI -Lamp X Y Y X -/" [mm] /" [mm] K.O. /" [mm] K.O. /" [mm] K.O. /" [mm] K.O. Energy Savings ' W MH % W HPS % % % Dimensions for Top View -/" [mm] X=-/" [mm] Y=-/" [mm] Y Y X Y Y -/" [mm] % Light Gain/Loss % -% % % Part Number ABI-T-UNV-EBTL T ABI-T-UNV-EBTL % light gain/light loss utilize S/P adjusted lumens. -/" [mm] System Performance Table -/" [mm] Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs Arctic Bay System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER ABI-T-N-CL-UNV-EBTL % %... $. ABI-T-N-CL-UNV-EBTL % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

42 VT VAPORTITE INDUSTRIAL Fiberglass housing is reinforced polyester and self-extinguishing (ASTM-D-) plastic of a permanent pearl gray color. No holes required for chain/cable mount from supplied mounting bail. (chain/cable is supplied by others, V-hangers included with fixture) Polyurethane gasketing is formed in the housing providing a continuous seamless seal for the diffuser. High impact acrylic or % polycarbonate, clear, UV stabilized diffuser. UL Listed for wet locations (standard).ul/cul Listed, NEMA X, NSF Listed, IP and IP Certified. Factory installed code compliant disconnect for safe and convenient means of disconnecting power. A watertite hub for /" conduit entry is provided at each end of housing (standard) for continuous feed. Optional high performance % Specular aluminum reflector. Sturdy stainless steel cam latches clamp diffuser tightly for a positive seal between housing, gasketing and diffuser. Tethered gear tray for toolless access to ballast compartment and hands-free maintenance. Ordering Information Sample Number: VT--M-DR-UNV-EB-WL-U Series VT=Vaportite / Lamp Number of Lamps = Lamps (Not Included) = Lamps (Not Included) Wattage (Length) =W T (") T=W THO Lamps (") T=W THO Lamps (") T=W THO (") () VHO=W TVHO (") () Distribution M=Medium Beam W=Wide Beam (White) Lens DR=Clear Acrylic High Impact (Standard) PC=Polycarbonate, Clear Voltage () V= Volt (W & W only) V= Volt V= Volt UNV=Universal Voltage (), () / (W & W only) UNC=Universal Voltage / () GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed () NOTES: () Products also available in non-us voltages and frequencies for international markets. () Not available when specifying emergencies, voltage must be specific. Exception: EL ok with UNV. () Emergency ballast not available for TVHO lamps. () Voltage must be specified when ordered with plugs, motion or emergency ballasts. () For ambients greater than C ( F), for T configuration, EHT is recommended. () Maximum lamps when using TVHO option. Ballast Type () T Ballasts EB =T Electronic Instant Start. Total Harmonic Distortion < % or EB /PLUS=T Electronic Instant Start. No. of Ballast or High Ballast Factor >.. Total Harmonic Distortion < % ER =T Electronic Program Rapid Start. Total Harmonic Distortion < % or ER /PLUS=T Electronic Program Start. No. of Ballast or High Ballast Factor >.. Total Harmonic Distortion < % T Ballasts EHT = T Linear Electronic Start High Ambient. Total Harmonic Distortion < %, or TVHO Ballasts EV = TVHO -V Electronic C Rated Instant Start Ballast, % THD WL=Wet Label Packaging U=Unit Pack Options Blank=() End Watertite Hubs (all Watertite Hubs have /" Conduit Entry) C=' Power Cord C=' Power Cord PC-=' Power Cord & Plug (Specify Voltage) () PC-=' Power Cord & Plug (Specify Voltage) () VRS-=Vandal Resistant Screws for Latches Accessories (order separately) Y- TOGGLE=Y Mounting Toggle, # Cable (Specify ' or ') VT-SS-SM=() Stainless Steel Surface Mounting Bracket

43 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw VT-T-M-DR -UNV-EHT-WL-U () Electronic Ballast () W THO Lamps Lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: VTTM.IES VT-T-W-DR -UNV-EHT-WL-U () Electronic Ballast () W T Lamps Lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: VTTW.IES Dimensions -lamp Dimensions for Top View -/" [mm] X Y X -/" [mm] X=-/" [mm] Y=-/" [mm] -/" [mm] -lamp -/" [mm] -/" [mm] X X X X X -/" [mm] X=" [mm] System Performance Lamp Type W MH W HPS VT W MH W HPS Energy Savings % % % % % Light Gain/Loss % -% % % Part Number VT--M T % light gain/light loss utilize S/P adjusted lumens. VT--M T System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs VT System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER VT--M % %... $. VT--M % %... $. Comparison System W Metal Halide High Bay % %... $. W High Pressure Sodium High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

44 VT VAPORTITE INDUSTRIAL Sealed and gasketed enclosure utilizes internal heat for optimal performance in ambient environments down to - F (- C). Durable fiberglass housing is reinforced polyester and self-extinguishing (ASTM-D-) plastic of a permanent pearl gray color. Surface or chain mount from supplied mounting bracket. (chain supplied by others) Polyurethane gasketing is formed in the housing providing a continuous seamless seal for the diffuser. High impact lens options to withstand the most demanding environments. UL Listed for wet locations (standard). UL/CUL Listed. IP rated. Optional IP rating with latches. NSF listed. A watertite hub for /" conduit entry is provided at each end of housing (standard) for continuous feed. Tethered gear tray for tool-less access to ballast compartment and hands-free maintenance. Sturdy cam latches clamp diffuser tightly for a positive seal between housing, gasketing and diffuser. Applications include holding freezers, refrigerated storage, walk-in freezers, food processing and outdoor locations. Optional die formed high reflective polyester powder coat or high performance % Specular reflector. Factory installed code compliant disconnect for safe and convenient means of disconnecting power. Ordering Information Sample Number: TVT-TDR-UNV-EB-M-U Width Blank=' Length T=' Length Series VT=Vaportite (Gasketed Enclosure) Number of Lamps () = Lamp = Lamps = Lamps (Lamps not included) Lamp Type =W T Lamp T=W T Lamp T=W THO Lamp () Lens DR=Internal Prismatic Lens/% DR High Impact Additive (Standard) DR-=% High Impact Additive DR-%=% High Impact Additive (Extreme) Voltage () V= Volt V= Volt V= Volt V= Volt UNV=Universal Voltage /V UNC=Universal Voltage /V () Options GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed (see table on pg. ) NOTES: () Ballast type used only if ballast & voltage is chosen. () Not available when specifying emergency ballasts, voltage must be specific. () EHT ballasts are recommended for ambient temperatures above F ( C) Lamp W THO configurations. () Emergency option in lamp version must use remote mount test switch. () Top Hub required when stem mounting. () / lamp ballast configurations in EB/PLUS only for T UNC version. () Use EHT ballast in ambient temperatures below F (- C) on Lamp W THO configurations. () () Ballast Type () WL=Wet T Systems Location EB =T Electronic Instant Start. () Label Total Harmonic Distortion < % or (), () EB /PLUS=T Electronic Instant Start. No. of Ballast High Ballast Factor >.. Total Harmonic Distortion < % or ER =T Electronic Program Rapid Start. () Total Harmonic Distortion < % Options Packaging L= Latches (IP Rating), U=Unit Pack (' only) PALC=Job Pack RIF=Radio Interference in Carton Suppressor TH=() Top Watertite Hubs () TEH=() Top & () End Watertite Hubs (all Watertite Hubs have /" Conduit Entry) () BKS=() Snap-on Brackets for Stem or Surface Mount M=Specular Reflector SSL=Stainless Steel Latches VRS=Vandal Resistant Screws for Latches or Accessories (order separately) ER /PLUS=T Electronic Program Start. () VT Stem Bushing=/" /" (Required when High Ballast Factor >.. using Stem/Sets, Requires () per (Stem/Set) No. of Total Harmonic Distortion < % VT-Chain/Set-U=Chain Hanging Set Ballast Includes ft. of chain, large S-Hooks and small or S-Hooks. Order Two () Kits for each ' or ' T Systems Fixture EBT =T Linear Electronic Program Rapid Start. VT-SS-MBK=Stainless Steel Mounting Bracket Total Harmonic Distortion < % VT-BKS-PK=() Snap-on Brackets for Stem, No. of Surface or Chain Mount. Adjustable along length Ballast of fixture. or EHT =THO Linear Electronic Program Rapid Start High Ambient. Total Harmonic Distortion < % (), () or

45 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw VT-TDR-UNV-EB-WL-M-U Electronic Ballast () WTHO/ lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency % Test Report: VT-TDR-M.IES VT-DR-UNV-EB-WL-M-U Electronic Ballasts () FT//RS lamps lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency % Test Report: VT-DR-M.IES Dimensions VT Lamp Configurations -Lamp -/" [mm] X -Lamp -/" [mm] X Dimensions Top View -/" [mm] Foot -/" [mm] Optional Back Hub Locations -/" [mm] /" x " Stud ( Places) X=-/" [mm] -Lamp -/" [mm] X -/" [mm] X=-/" [mm] Y=-/" [mm] Y -/" [mm] -/" [mm] Foot X=-/" [mm] -/" [mm] Optional Back Hub Locations -/" [mm] /" x " Stud ( Places) X -/" [mm] -/" [mm] X=-/" [mm] Y=-/" [mm] Y -/" [mm] X=-/" [mm] X -/" [mm] -/" [mm] -/" [mm] -/" [mm] System Performance Lamp Type MH W HPS VT MH W HPS MH W HPS Energy Savings % % % % % % % Light Gain/Loss % % % % % % Part Number VT-T-UNV-EBT-M VT--EBT/PLUS-M VT-DR-EB-M T T T % light gain/light loss utilize S/P adjusted lumens. System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs VT System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER VT-T-UNV-EBT-M % %... $. VT--EB/PLUS-M % %... $. VT--EB/PLUS-M % %... $. Comparison System W Metal Halide Garage Light % %... $. W High Pressure Sodium Garage Light % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

46 VT VAPORTITE INDUSTRIAL Two stainless steel brackets and chain mount bail included. Adjustable along length of fixture for variable mounting centers. No holes required. (chain or cable provided by others). A watertite hub for /" conduit entry is provided at each end of housing (standard) for continuous feed. Fiberglass housing is reinforced polyester and self-extinguishing (ASTM-D-) plastic of a permanent pearl gray color. Polyurethane gasketing is formed in the housing providing a continuous seamless seal for the diffuser. Factory installed code compliant disconnect for safe and convenient means of disconnecting power. Sturdy cam latches clamp diffuser tightly for a positive seal between housing, gasketing and diffuser. Unit has full metal gear tray secured by internal fasteners and tethers providing maximum protection and rigidity. High impact lens to withstand the most demanding environments UL Listed for wet locations (standard). UL/cUL Listed. NSF listed, IP certified. Ordering Information Sample Number: VT-T-PCR-UNV-EB-WL-U Tandem Blank= ' Length Series VT=Vaportite Number of Lamps = Lamp (Not included) Wattage (Length) =W T (") T=W T (") T=W THO (") Lens PCR=Lineal Ribs Polycarbonate (Standard) Voltage () V= Volt V= Volt V= Volt UNV=Universal Voltage / () UNC=Universal Voltage / () GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed NOTES: () Products also available in non-us voltages and frequencies for international markets. () Not available when specifying emergencies, voltage must be specific. Exception: EL ok with UNV. () Voltage must be specified when ordered with plugs or emergency ballasts. Ballast Type () T Systems EB =T Electronic Instant Start. Total Harmonic Distortion < % EB /PLUS=T Electronic Instant Start. No. of Ballast High Ballast Factor >.. Total Harmonic Distortion < % ER =T Electronic Program Rapid Start. Total Harmonic Distortion < % ER /PLUS=T Electronic Program Start. High Ballast Factor >.. Total No. of Harmonic Distortion < % Ballast T Systems EBT = T or THO Linear Electronic Program Rapid Start. Total Harmonic Distortion < % EHT = THO Linear Electronic Start High Ambient. Total Harmonic Distortion < %, less than F starting temperature. WL=Wet Label Packaging U=Unit Pack Options Blank=() End Watertite Hubs (all Watertite Hubs have /" Conduit Entry) SSL=Stainless Steel Latches C=' Power Cord C=' Power Cord PC-=' Power Cord & Plug (Specify Voltage) () PC-=' Power Cord & Plug (Specify Voltage) () VRS-=Vandal Resistant Screws for Latches Accessories (order separately) VT-Chain/Set-U=Chain Hanging Set Includes ft. of chain, large S-Hooks and small S-Hooks Order One () Kit for each ' Fixture

47 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw VT-T-PCR-UNV-EBT-WL-U Electronic Ballast () W THO Lamp Lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: VTTPCR.IES VT--PCR-UNV-EB-WL-U Electronic Ballast () W T Lamp Lumens Spacing criterion: (II). x mounting height, ( ). x mounting height Efficiency.% Test Report: VTPCR.IES Dimensions Lineal Ribbed Lens Dimensions for Top View -/" [mm] -/" [mm] " [mm] -/" [mm] -/" [mm] X=Variable Mounting Location Along Fixture Length X System Performance Lamp Type MH W MH VT MH W MH Energy Savings % % % % % Light Gain/Loss % -% % % Part Number VT- T % light gain/light loss utilize S/P adjusted lumens. VT- T System Performance Table Design S/P Cost of S/P Adj Lmns - No. of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs VT System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER VT- % %... $. VT- % %... $. Comparison System W Metal Halide Canopy % %... $. W Metal Halide Canopy % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data combined with estimated dirt depreciation. Design System Lumens is the fixture lumens at % of rated lamp life and is calculated as Quantity of Lamps x Lamp Lumens x Lumen Maintenance x Fixture Efficiency x Ballast Factor. S/P Ratio is the lamp manufacturers stated Scotopic/Photopic Ratio; accepted by some lighting designers to adjust for the relative strengths of scotopic and photopic vision, not yet adopted by IESNA. S/P Adjusted Lumens calculates the brightness perception scotopic/photopic ratio as Design System Lumens x (S/P)^.. based on K lamps. LER (Luminaire Efficiency Ratio) is an accepted method of comparing fixture performance.

48 Options & Accessories Lamp Options Brand Lamp HBI HBE I I MBF () HBL HBG HBHD HBHT ABI VT () VT () VT () Generic L or L X X X X X X X X X X X L or L X X X X X X X X X X X L or L X X X X X X X X X X X L X X X X X X X X X X X X L X X X X X X X X X X X X L X X X X X X X X X X X X GE LGSPM/OC (GE) X X X X X X X X X X X LGSPM/OC (GE) X X X X X X X X X X X LGSPM/OC (GE) X X X X X X X X X X X LGSPXM/OC (GE) X X X X X X X X X X X LGSPXM/OC (GE) X X X X X X X X X X X LGSPXM/OC (GE) X X X X X X X X X X X LGFTM/ (GE) X X X X X X X LGFTM/ (GE) X X X X X X X LGFTM/ (GE) X X X X X X X LGFTWM/ X X X X X X X X X X X X LGFTWM/ X X X X X X X X X X X X LGFTWM/ X X X X X X X X X X X X LGFTM/ (GE) X X X X X X X X X X X X LGFTM/ (GE) X X X X X X X X X X X X LGFTM/ (GE) X X X X X X X X X X X X Philips LWFTM/TL (Philips) X X X X X X X X LWFTM/TL (Philips) X X X X X X X X LWFTM/TL (Philips) X X X X X X LWFTM/TL (Philips) X X X X X X X X X LWFTM/TL (Philips) X X X X X X X X X LWFTM/TL (Philips) X X X X X X X X X LWFTM/ (Philips) X X X X X X X LWFTM/ (Philips) X X X X X X X LWFTM/ (Philips) X X X X X X X LWFTM/ (Philips) X X X X X X X X X X X X LWFTM/ (Philips) X X X X X X X X X X X X LWFTM/ (Philips) X X X X X X X X X X X X LWFTM/ (Philips) X X X X X X X X X X X X LWFTM/ (Philips) X X X X X X X X X X X X LWFTM/ (Philips) X X X X X X X X X X X X Sylvania LSFOM/K (OSI) X X X X X X X X X X X LSFOM/K (OSI) X X X X X X X X X X X LSFOM/K (OSI) X X X X X X X X X X X LSFOM/K (OSI) X X X X X X X X X X X LSFOM/K (OSI) X X X X X X X X X X X LSFOM/K (OSI) X X X X X X X X X X X LSFTM/ (OSI) X X X X X X X LSFTM/ (OSI) X X X X X X X LSFTM/ (OSI) X X X X X X X X X X X X LSFTM/ (OSI) X X X X X X X X X X X X LSFTM/ (OSI) X X X X X X X X X X X X LSFTM/ (OSI) X X X X X X X X X X X X LSFTM/ (OSI) X X X X X X X X X X X X LSFTM/ (OSI) X X X X X X X X X X X X NOTES: () Lamps supplied, not installed.

49 Emergency Options Nomenclature Description HBI HBE I I MBF HBL HBG HBHD HBHT VT VT ABI Generic EL (- Im) X X X X X X X X X X X EL (- Im) X X X X X X X X X X X Sure-Lites EL-FBPX (- Im) X X X X X X X X X X EL-FBPU (- Im) X X X X X X X X X X EL-FBPM (- Im) X X X X X X X X X X EL-FBPH (- Im) X X X X X X X X X X Bodine EL-B (- Im) X X X X X X X X X X EL-B (- Im) X X X X X X X X X X EL-BA (- Im) X X X X X X X X X X EL-B (- Im) X X X X X X X X X X EL-BU (- Im) X X X X X X X X X X EL-B (- Im) () X X X X X X X X X X EL-BU (- Im) () X X X X X X X X X X EL-BST (- Im) () X X X X X X X X X X EL-BRCT (- Im) () X X X X X X X X X X Iota EL-I (up to Im) X X X X X X X X X X X EL-I (up to Im) X X X X X X X X X X EL-I (up to Im) X X X X X X X X X X EL-I ( Im) () X X X X X X X X X X X EL-I ( Im) () X X X X X X X X X X X EL-I Im) X X X X X X X X X X X EL-ISD ( Im) () () X X X X X X X X X X X EL-IDL (up to Im) () X X X X X X X X X X X EL-IDL (up to Im) () X X X X X X X X X X X EL-IDL ( Im) () X X X X X X X X X X X EL-IDL Im) () X X X X X X X X X X X NOTES: () For battery wired to two lamps, specify /L after battery description. () Approved for wet location listing F-Bay Mounting Accessories TCB/RH- SPM/RH- Fixture FH- FH- Single Y Loop Series AYC HB/AYC FL- FL- Toggle Toggle Hanger HBI X X X HBE X X X HBL X X X I X X X X I X X X X ABI X X X MBF X X X () VT VT X X NOTES: () Continuous row mount only between fixtures. Packaging Options Nomenclature Description HBI HBE I I MBF HBL HBG HBHD HBHT ABI VT VT VT U Unit Pack X X X X X X X X X X X X X PAL PALC Palletized out of carton on a " x " pallet, shrink wrapped Palletized in carton on a " x " pallet, shrink wrapped X X X X X X X X X X X X X X X X X X X X X

50 Options & Accessories Mounting MOUNTING ACCESSORIES DESIGNATION DESCRIPTION Top Connector Box (I/I only) I/I-TCB-KIT-NO PLATE=Top Connector Box only (no TCBP plate) I/I-TCB-KIT=Top Connector Box Kit w/tcbp SIDE FRONT TOP -/" [mm] -/" [mm] -/" [mm] -/" [mm] -/" [mm] Suitable for conduit mounting or for use with fixture hook, loop or safety hook. (Recommended for use with chain or cable set to prevent cantilevering and rotation from a central mounting point). Ideal for Retrofit opportunities that use our I/I luminaires! MOUNTING ACCESSORIES DESIGNATION DESCRIPTION Single Point Mount HB-SPM= Galvanized Single Monopoint Hanging Kit w/hub (HBI only, supplied separately) HBL-SPM= Galvanized Single Monopoint Hanging Kit w/hub (HBE and HBL only, supplied separately) Suitable for conduit mounting or for use with fixture hook, loop or safety hook. Use chain or cable set to meet NEC requirements for single point mounting, as well as to prevent cantilevering and rotation of fixture from one central location. MOUNTING METHODS DESIGNATION DESCRIPTION Hook and Safety Hook FH = Fixture Hook Fixture Hook -/" (must be used with TCB, HB-SPM or HBL-SPM) TOP -/" [mm] -/" [mm] -/" HEX. [mm] -/" [mm] " [mm] MOUNTING METHODS DESIGNATION DESCRIPTION DESIGNATION DESCRIPTION Loop FL = Fixture Loop Fixture Loop -/" (must be used with TCB, HB-SPM or HBL-SPM) Retrofit Hanger RH = Retrofit Hanger Cast Aluminum Hanger w/toggle Nut & Carriage Bolt for quick installation (must be used with TCB, HB-SPM or HBL-SPM)

51 Mounting MOUNTING METHODS DESIGNATION DESCRIPTION AYC Chain Sets AYC Chain/Set U=Mounting hanger and chain set for I, I and MBF () () sturdy Wire Hooks and " Chain Sets w/s-hooks HBAYC Chain/Set U=Hook style mounting chain set for HBI, HBE, HBL and ABI () Hook style V-hangers, " Chain Sets w/s-hooks NOTE: Not for use in high abuse areas such as gymnasiums or similar recreational facilities. MOUNTING METHODS DESIGNATION DESCRIPTION Y Toggle Y Toggle =Mounting Toggle and ' Cable Y Toggle =Mounting Toggle and ' Cable ', Y Toggle # Cable ', Y Toggle # Cable MOUNTING METHODS DESIGNATION DESCRIPTION Loop Hanger/Single Toggle Loop Hanger Single Toggle Loop Loop Toggle Toggle ' Loop Hanger # Cable ' Loop Hanger # Cable ' Single Toggle # Cable ' Single Toggle # Cable

52 Options & Accessories Occupancy Sensors OCCUPANCY SENSORS DESIGNATION DESCRIPTION Aisle & General Coverage (Modular) MMS= Motion Sensor for Modular Power Supply (-V) () Supplied with Mounting Box, Modular Power Supply Receptacle, Motion Sensor w/ Lens Installed, and () Cover Limiting Hoods (Aisle, End of Aisle, and Full Coverage). NOTES: () One Motion Sensor per fixture required. () When ordering a Modular Motion Sensor, the fixture must have a Modular Receptacle (MP) and a Modular Cord or Cord and plug accessory. OCCUPANCY SENSORS DESIGNATION DESCRIPTION Aisle & General Coverage (Installed) MS= or Occupancy Sensor (V-V or V) Passive Infra-red Sensor with Lens Installed, Lens Included w/snap-on feature for in-field install. Top View SideView.m ( ft).m ( ft) m ( ft) m ( ft).m ( ft).m ( ft).m ( ft).m ( ft).m ( ft).m.m m m.m.m ( ft) ( ft) ( ft) ( ft) ( ft) ( ft) Aisle Top View SideView.m ( ft).m ( ft) m ( ft) m ( ft).m ( ft).m ( ft).m ( ft).m ( ft).m ( ft) S H E L V E S S H E L V E S.m.m m m.m.m ( ft) ( ft) ( ft) ( ft) ( ft) ( ft)

53 Power Connections POWER CONNECTIONS DESIGNATION DESCRIPTION Modular Cord & Plug MPC=' Modular Power Cord & Plug (specify voltage for plug) MPC=' Modular Power Cord & Plug (specify voltage for plug) MPC=' Modular Power Cord & Plug (specify voltage for plug) MPC=' Modular Power Cord & Plug (specify voltage for plug) MPC=' Modular Power Cord & Plug (specify voltage for plug) Connect directly to F-Bay or Modular Motion Sensor with a ', ', ', ' or ' long modular cord & plug set w/nema amp twist lock plug. Modular Cord MC=' Cord MC=' Cord MC=' Cord MC=' Cord MC=' Cord Connect directly to F-Bay or Modular Motion Sensor with a ', ', ', ' or ' long /" standard Modular Power Cord. POWER CONNECTIONS DESIGNATION DESCRIPTION MWS MWS= Modular Wiring System MWS is a simple and cost effective modular wiring system consisting of factory assembled components ready to be snapped together into a complete branch circuit wiring system. With MWS, branch circuit wiring can be installed in minutes instead of hours reducing labor by %. MDS= ' Modular Power Cord with MWS DS/GMP. Connect directly to F-Bay or Modular Motion Sensor with a ' long Cord and MWS Connector. PI OPTION ORDERING INFORMATION Catalog Number Number of Circuit Wired Suffix Circuits To Ballast PI BLK Black PI BLU Blue PI BLK Black PI RED Red PI BLU Blue PI BLK Black Catalog Numbering System The PI System is available in sections up to ' in length for continuous row wiring by simply plugging the sections together. Each PI section is factory wired to the ballast leads. Color coding of wires is as follows: PI- = One Circuit - Wires: one black, one white PI- = Two Circuits - Wires: one black, one blue, one white PI- = Three Circuits - wires: one black, one blue, one red, one white When ordering the PI/PI System it is necessary to specify the number of fixtures required for each circuit. All wiring to external feeds, using cord or cord & plug, are responsibility of installing licensed contractor. Cord and cord & plug sets must be ordered separately if PI option is chosen. PI - Single Circuit Plug-In SAMPLE NUMBER: PIBLK-WG PI - Two Circuit Plug-In SAMPLE NUMBER: PIBLK-WG PI - Three Circuit Plug-In SAMPLE NUMBER: PIBLK-WG PI= Single Circuit BLK=Black Hot NG= No Ground (ground provided by fixture body) WG= With Ground (separate ground wire in harness) For complete product data, reference the Fluorescent Specification binder. Specifications & dimensions subject to change without notice. Consult your Cooper Lighting Representative for availability and ordering information. PI= Two Circuit BLK=Black Hot BLU=Blue Hot Leave Blank=Single Neutral /WHT=White Neutral /GRY=Gray Neutral Leave Blank=Single Neutral NEU=Two Neutrals NG= No Ground (ground provided by fixture body) WG= With Ground (separate ground wire in harness) PI= Three Circuit BLK=Black Hot BLU=Blue Hot RED=Red Hot Leave Blank=Single Neutral /WHT=White Neutral /GRY=Gray Neutral Leave Blank=Single Neutral NEU=Two Neutrals NG= No Ground (ground provided by fixture body) WG= With Ground (separate ground wire in harness)

54 Options & Accessories I/I Lens, Door Frames and Wireguards I/I LENS DESIGNATION DESCRIPTION FROSTED ACRYLIC LENS I-FRM/LENS= Frosted Acrylic Lens & Frame (use with general distribution reflector, I only) I-FRM/LENS= Frosted Acrylic Lens & Frame (use with general distribution reflector, I only) I-FRM/CL PK= Clear Acrylic Lens & Frame (use with general distribution reflector, I only) I-FRM/CL PK= Clear Acrylic Lens & Frame (use with general distribution reflector, I only) In white door frame w/ Herringbone patterned end rail I/I WIREGUARD DESIGNATION DESCRIPTION HEAVY DUTY WIREGUARD WG/I-FT-B= ' Heavy Duty Wireguard (for I) WG/I-FT-B= ' Heavy Duty Wireguard (for I) Finished in white. Can be used alone or in combination with other shielding I/I BAFFLE DESIGNATION DESCRIPTION TBW PPK BAFFLE FT I W/HDW (WHITE)= ' Thin Blade White Baffle (for I) BAFFLE FT I (WHITE) = ' Thin Blade White Blade Baffle (for I) Thin Blade White Baffle w/ longitudinal shielding I/I LOUVER DESIGNATION DESCRIPTION ASYMMETRIC LOUVER PPK= Asymmetric Directional Louver (use with general distribution reflector) Can be oriented in either direction for flexibility

55 HBI, HBL & HBE Lens, Door Frames and Wireguards HBI LENS & WIREGUARD PRISMATIC & CLEAR ACRYLIC LENS DESIGNATION HBI-FRM/LENS PK= Prismatic Acrylic Lens & Door Frame for HBI HBI-FRM/CL PK= Clear Acrylic Lens & Door Frame for HBI WIREGUARD HBI-FRM/WG PK= Frame and Wireguard for HBI HBI-FRM/LENS/WG PK= Frame and Prismatic Acrylic Lens with Wireguard for HBI HBI-FRM/CL/WG PK= Frame and Clear Lens with Wireguard for HBI DROP WIREGUARD HBI-FRM/DROPWG PK= Frame and Drop Wireguard for HBI HBI-FRM/CL/DROPWG PK= Drop Wireguard, Clear Acrylic Lens and Door Frame for HBI HEAVY DUTY STOCK WIREGUARD SWG/HBI-FT-B= Heavy Duty Wireguard for field installation HBL WIREGUARD WIREGUARD DESIGNATION WG-HBL-FT-B= Field Installable, Wireguard for HBL and Lamp WG-HBL-FT-B= Field Installable, Wireguard for HBL Lamp HBE DOOR FRAME HBE DOOR FRAME DESIGNATION HBE- -FRM/LENS PK= Prismatic Acrylic Lens & Extruded Aluminum Door Frame () HBE- -FRM/CL PK= Clear Acrylic Lens & Extruded Aluminum Door Frame () HBE- -FRM/LENS/WG PK= Frame & Prismatic Lens with Wireguard () HBE- -FRM/CL/WG PK= Frame & Clear Acrylic Lens with Wireguard () NOTES: () Specify /LT or /LT when ordering HBE Door Frame accessories.