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

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1 FLUORESCENT HIGH BAYS FLUORESCENT LOW BAYS COMPLEX ENVIRONMENT REFLECTOR KITS 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. - HB/HB pgs. - I/I pgs. - MB pgs. - HBOT pgs. - HBG pgs. - HBHD pgs. - ARCTIC BAY - AB pgs. - VT/VT pgs. - ECOFIT - STRIPS pgs. - ECOFIT - TROFFERS pgs. - OPTIONS AND ACCESSORIES pgs. - MOUNTING pgs. - OCCUPANCY SENSORS pg. POWER CONNECTIONS pg. I/I DOOR FRAMES AND WIREGUARDS pg. HB/HB DOOR FRAMES AND WIREGUARDS pg.

4 The Fluorescent Advantage The most popular and productive lighting upgrades today involve replacing outdated fluorescent or HID (High Intensity Discharge) lighting systems.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 HB- THO $. $. $. $. F-Bay HB- $. $. $. $. 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 HBF HB 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 HB- 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. 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 ideal for lower mounting heights below ' and less ideal in 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 typically from % to % of rated lamp life output allowing for flexibility in application without changing lamp type. Suitable in wide ranges. Higher output THO lamps 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 ballasted systems ideal for frequent starts and with use of occupancy sensors. Currently offered in fixed Light output ranges. Luminaires in Comparison Metalux HB/PLUS 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 AB 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 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 HB w/ CRI K Lamps % LESS LUMENS W HPS High Bay Initial System Lumens S/P Adjusted Initial Lumens 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 and 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 pgs. - pgs. - pgs. - pgs. - HB/HB I/I MB HBOT Description Industry-leading fluorescent high bay, HB & HB series features specification grade full body housing with two optical distributions - medium and Narrow " specification grade body with two optics for medium and wide distributions and shielding options for industrial and aesthetic upgrades for High performance in narrow package with three optical distributions - Focus, Task, Normal - providing lower lighting power densities than HID and Specification grade wide open body with optional side rails (HBOT) is available with two optical distributions - medium and wide. wide - for structural integrity retail and commercial T sources at higher mounting and optimal performance in applications. heights. Continuous row conventional HID applications. installations provide unmatched uniformity performance. Lamping HB:,,, lamp T, THO, T HB: lamp T, THO, T ':,, lamp T, THO, T ':,, lamp T, THO, T ':, lamp THO, T ':, lamp THO, T HBOT: lamp THO, T Replaces - 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 Listings & Certification UL/cUL Listed Damp Location Optional 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 Optional 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 Optional 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 environment ballasts 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 and downlight configurations T Systems are warranted for environments up to F ( C) in open uplight and downlight configurations Mounting AYC Chain, Top Connector Box, Gripple Y, HB Single Point Suspension, Stem Sets AYC Chain, Top Connector Box, Gripple Loop, Gripple Toggle AYC Chain, Gripple Y, Gripple Single Toggle AYC Chain, Top Connector Box, Gripple Y, HB Single Point Suspension

9 pgs. - pgs. - pgs. - pgs. - pgs. - HBG HBHD Arctic Bay VT/VT Ecofit Kits Description Energy-efficient alternative for recessed grid/lay-in concealed T, and slot grid ceilings and flange trim applications. HBG is available Designed for use in high mounting height applications where periodic cleaning with high pressure is required. The HBHD is a The Arctic Bay's enclosed full body housing and sealed and gasketed door frame provide optimal lamp operation - % rated light Energy efficient Vaportite fixture featuring T and THO lamp configurations with two optical Industrial & Troffer Ecofit conversion kits are an economical means of increasing fixture efficiency with optional shielding surface mounted luminaire output down to - F (- C). distributions from a and energy savings options for a seamless with a hole-free design and rugged and durable when fixture removal ceiling line. enclosed and gasketed to fiberglass housing is cost-prohibitive. provide psi hose down and high impact protection. diffuser. Lamping HBG:, lamp T, THO, T HBHD:, lamp T, THO, T AB: lamp THO AB: lamp THO ':,, lamp T, lamp THO, Industrial Strip ':, lamp T, THO ':, lamp T, THO ':,, lamp T,, lamp THO Troffer " x ", " x ":, lamp THO, T Replaces - Watt HPS - Watt MH HO, VHO T Fluorescent - 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 Industrial Strip Slimline, HO, VHO T Fluorescent with channels "--/" wide Troffer, lamp T, T Fluorescent, nominal " x ", " x " Listings & Certification UL/cUL Listed Damp Location UL/cUL Listed Wet Location Manufactured in compliance with USDA, FDA, NSF and Federal Standard E in surface mount applications IP Compliant UL/cUL Listed Damp Location Thermally optimized for environments down to - F (- C) UL/cUL Listed Wet Location IP Compliant UL/cUL Listed Fixture Accessory Mounting Recessed Grid or Flange Surface mount or Pendant mount AYC Chain, Top Connector Box, Gripple Y, HB Single Point Suspension, Stem Sets Mounting Bracket Included or VT Chain/Set-U N/A

10 HB/HB HIGH-BAY INDUSTRIAL LUMINAIRE Full bodied housing utilizes captive fasteners to protect optical assembly and assure structural integrity. Optional top access plate allows service in electrical compartment without removal of lamps. (T option only) Optional uplight apertures (approximately % uplight) Housing is Post painted with a high performance polyester powder coat finish to protect against contaminants and oxidation. Optional 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 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. T systems are warranted for environments up to F ( C) for five years. Die formed reflectors are faceted for,, and lamp configurations with two optical distributions medium and wide. Medium beam optical modules utilize % specular Miro substrate while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Integral occupancy sensor available and provides from sq. ft. (MS) up to sq. ft. (MSO) of coverage in a maximum mounting height of '. Modular F-Bay Power Supply Cooper Lighting s F-Bay Modular Power Supply option 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 Wireguard w/acrylic lens and steel door frame Heavy duty stock wireguard (Ideal for gymnasium applications) Mounting Accessories TCB=Top Connector Box FH-=Fixture Hook -/" (must be used with TCB) FL-=Fixture Loop -/" (must be used with TCB) RH-=Retrofit Hanger SC-_-_=Stem Sets (fixed, (must be used with TCB) Swivel or Adjustable SCF=Fixed SCA=Adjustable SCS=Swivel AYC-Mounting chain set (not for use in gymnasiums or similar recreational facilities) Y=Mounting Toggle and ' or ' cable HB-SPS=Single Point Cable Kit HB-SPS=Two Point Suspension Thermal Optimization To optimize luminaire performance, HB/HB 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 ' HB HB ' 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 HB--EB/PLUS HBUPL or HBPSUPL HB-T-EBT HBTUPL or HBTUPL HBUPL or HBPSUPL HBTUPL or HBTUPL T T T T % light gain/light loss utilize S/P adjusted lumens.

12 HB HIGH-BAY INDUSTRIAL LUMINAIRE Ordering Information Sample Number: HB--A-UNV-EB/PLUS-UPL-U Width =" Series HB=High Bay Mounting Arrangement Blank=Stand Alone R=Continuous Row Mount No of Lamps = Lamps Lamp Type =W T Lamps (") T=W T Lamps (") T=W THO Lamps (") Distribution Blank=Medium (Specular Aluminum) G=Wide (High Reflectance White) Shielding () Blank=None A=Prismatic Acrylic Lens & Door Frame WG=Wireguard & Door Frame A/WG=Acrylic Lens, Wireguard & Door Frame CL=Clear Acrylic Lens & Door Frame CL/WG=Clear Lens, Wireguard & Door Frame CL/DWG=Clear Lens, Drop Wireguard & Door Frame DWG=Drop Wireguard & Door Frame A/DWG=Acrylic Lens, Drop Wireguard & Door Frame Family HB No of Lamps = Lamps Lamp Type =W T Lamps (") =W THO Lamps (") NOTES: () Recommended when utilizing Motion Sensor option () Requires use of Modular cord and plug accessories () High lumen ( initial) K T lamps supplied Dimensions HB Lamp Configurations -Lamp T/T 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 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: () Requires use of MC or MPC cord accessories, specify voltage for plugs () Voltage must be specified when ordered with plugs, motion or emergency ballasts () EBT ballast systems suitable for operation in ambient environments up to F ( C) in open uplight configuration () ER and EB ballast systems suitable for operation in ambient environments up to F ( C) in open uplight configuration () Specify voltage () For use with Top Connector Box options See accessories () lamp ballast configurations only in UNC versions () EHT/HT/HCT ballast systems suitable for ambient environments not to exceed F ( C) in open uplight configurations and less lens option () Cannot be combined with cord or cord & plug option See PI ordering information below () Not for use in high abuse applications such as gymnasiums () For use with T system with a maximum of two ballasts (including EM ballast) () Lensed -lamp THO luminaires must use High Ambient ballast option (EHT) Quick Ship Ordering Information Sample Number: HBPS-MP-UPL-L Quick Ship orders ship in days in order quantities not to exceed pieces NOTE: Orders received after noon are entered on the following day Ballast Type THO Systems T=() /V / Lamp T Electronic Program Rapid Start () HT=() /V / Lamp T High Ambient Electronic Program Rapid Start () HCT=() /V Lamp T High Ambient Electronic Program Rapid Start () T Systems () Blank=() /V / Lamp T Instant Start Electronic High Ballast Factor > PS=() /V / Lamp T Electronic Program Rapid Start High Ballast Factor > () Power Receptacle Blank=Standard Wiring to Access Plate MP=Modular Power Receptacle () Dimensions for Top View Ballast Type T Systems EB =T Electronic Instant Start () or EB /PLUS= T Electronic Instant Start () No of Ballast or High Ballast Factor > ER =T Electronic Program Rapid Start () or ER /PLUS= T Electronic Program Start () No of Ballast or High Ballast Factor > T Systems EBT =T Linear Electronic Program Rapid Start () or EHT =T Linear Electronic Start High Ambient or DIM=Dimming Access Plate Opening Includes V Hangers for rapid installation Optional Uplight Blank=No Uplight UPL=Uplight () () () Optional Lamping Blank=No Lamps L=Lamps Installed +CRI K () L=Lamps Installed +CRI K Mounting for Top Connector Box Options Packaging NUA=No Uplight Apertures U=Unit Pack In Housing (Cannot be PAL=Palletized combined w/upl) Out of Carton UPL=Uplight Apertures PALC=Palletized PI/CPI=Plug-In (, or ) () In Carton see pg TILW=Tandem Inline Wiring MWS=Modular Wiring System MS=Aisle Coverage Motion Sensor () MSO= Coverage Motion Sensor () C=' Power Cord C=' Power Cord G=Gasketed Door (Requires Selection of Lensed Door Frame) () () MP=Modular Power Receptacle PC-=' Power Cord & Plug (Specify Voltage) PC-=' Power Cord & Plug (Specify Voltage) TAP=Top Access Plate () TCBP=Top Connector Box Plate () Accessories (order separately) AYC-CHAIN/SET/U=() Hooks, " Chain Sets w/s-hooks () TCB=Top Connector Box RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop HB-SPS=Single Point Cable Kit (" Drop Length) GRIPPLE-Y- =Y Mounting Toggle, # Cable (Specify ' or ') MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS-CPDH=Aisle Motion Sensor, Box, Modular Power Receptacle (/V) MMS-CPDH= Motion Sensor, Box, Modular Power Receptacle (/V) SWG/HB-FT-B=Heavy Duty Wireguard (HB) Door Frames (for Field Installation) () HB--A-W/FRM PK=Prismatic Acrylic Lens & Frame (HB) HB-FRM/CL PK=Clear Acrylic Lens & Frame (HB) HB-FRM/WG PK=Wireguard & Frame (HB) HB-FRM/CL/WG PK=Clear Acrylic Lens, Frame and Wireguard (HB) HB-FRM/LENS/DROPWG PK=Drop Wireguard, Prismatic Lens and Frame (HB) HB-FRM/CL/DROPWG PK=Drop Wireguard, Clear Acrylic Lens and Door Frame (HB) HB-FRM/LENS/DROPWG PK=Drop Wireguard, Prismatic Acrylic Lens and Door Frame (HB) HB-FRM/DROPWG PK=Drop Wireguard and Door Frame (HB) Quick Ship Accessories (order separately) MC=' Modular Power Cord MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MPC=' Modular Power Cord & Plug (Specify Voltage) MMS-CPDH=Aisle Motion Sensor, Box, Modular Power Receptacle (/V) MMS-CPDH= Motion Sensor, Box, Modular Power Receptacle (/V) /" [mm] K O /" Diameter Hole -/" [mm] " [mm] X=-/" [mm] X X X X X " [mm] " [mm] -/" [mm] -/" [mm]

13 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HB-T-G-UNV-EBT-UPL Electronic Ballasts () W T lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: HB-T-UNV-EBT-UPL () Electronic Ballasts () FT/HO W lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HB--G-UNV-EB-UPL () Electronic Ballasts () W T lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: HB--UNV-EB-UPL Electronic Ballasts () W T lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Open Areas Multiplier HB L W T Plus L W T. Mounting Height Spacing ft ft ft ft ft on Center FC LPD FC LPD FC LPD FC LPD FC LPD ft..... ft..... ft..... ft..... Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Open Areas Multiplier HB L W THO w/uplight L W THO. Mounting Height Spacing ft ft ft ft ft on Center FC LPD FC LPD FC LPD FC LPD FC LPD ft..... ft..... ft..... ft..... Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. Use the multipliers to factor other available lamp/ballast configurations. System Performance Table Design S/P Cost of S/P Adj Lmns No of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HB System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HB-EB/PLUS % %... $. HBT or HBT-EHT % %... $. Comparison System W Metal Halide High Bay % %.. $. W High Pressure Sodium High Bay % %.. $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data 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 HB HIGH-BAY INDUSTRIAL LUMINAIRE Ordering Information Sample Number: HB--A-UNV-EB Width Blank=" Series HB=High Bay Mounting Arrangement Blank=Stand Alone R=Continuous Row Mount No of Lamps = Lamps = Lamps = Lamps () Lamp Type =W T Lamps (") T=W T Lamps (") T=W THO Lamps (") Distribution Blank=Medium (Specular Aluminum) G=Wide (High Reflectance White) Shielding () Blank=None A=Prismatic Acrylic Lens & Door Frame WG=Wireguard & Door Frame A/WG=Acrylic Lens, Wireguard & Door Frame CL=Clear Acrylic Lens & Door Frame CL/WG=Clear Lens, Wireguard & Door Frame CL/DWG=Clear Lens, Drop Wireguard & Door Frame DWG=Drop Wireguard & Door Frame A/DWG=Acrylic Lens, Drop Wireguard & 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 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: () Requires use of MC or MPC cord accessories, specify voltage for plugs () Voltage must be specified when ordered with plugs, motion or emergency ballasts () EBT ballast systems suitable for operation in ambient environments up to F ( C) in open uplight configuration () ER and EB ballast systems suitable for operation in ambient environments up to F ( C) in open uplight configuration () Specify voltage () For use with Top Connector Box options See accessories () lamp ballast configurations only in UNC versions () EHT/HT/HCT ballast systems suitable for ambient environments not to exceed F ( C) in open uplight configurations and less lens option () Cannot be combined with cord or cord & plug See PI ordering information below () Not for use in high abuse applications such as gymnasiums () For use with T system with a maximum of two ballasts (including Emergency ballast) () Lensed -lamp THO luminaires must use High Ambient ballast option (EHT) Quick Ship Ordering Information Sample Number: HBT-MP-UPL-L Quick Ship orders ship in days in order quantities not to exceed pieces NOTE: Orders received after noon are entered on the following day Ballast Type T Systems EB =T Electronic Instant Start (), or EB /PLUS= T Electronic Instant Start () No of Ballast, or High Ballast Factor > ER =T Electronic Program Rapid Start (), or ER /PLUS= T Electronic Program Start () No of Ballast, or High Ballast Factor > T Systems EBT =T Linear Electronic Program Rapid Start (), or EHT =T Linear Electronic Start High Ambient, or DIM=Dimming Includes V Hangers for rapid installation () () () Options Packaging NUA=No Uplight Apertures U=Unit Pack In Housing (Cannot be PAL=Palletized combined w/upl) Out of Carton UPL=Uplight Apertures PALC=Job Pack PI/CPI=Plug-In (, or ) () In Carton see pg TILW=Tandem Inline Wiring MWS=Modular Wiring System MS=Aisle Coverage Motion Sensor () MSO= Coverage Motion Sensor () C=' Power Cord C=' Power Cord G=Gasketed Door (Requires Selection of Lensed Door Frame) () () MP=Modular Power Receptacle PC-=' Power Cord & Plug (Specify Voltage) PC-=' Power Cord & Plug (Specify Voltage) TAP=Top Access Plate () TCBP=Top Connector Box Plate () Accessories (order separately) AYC-CHAIN/SET/U=() Hooks, " Chain Sets w/s-hooks () TCB=Top Connector Box RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop HB-SPS=Single Point Cable Kit (" Drop Length) GRIPPLE-Y- =Y Mounting Toggle, # Cable (Specify ' or ') MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS-CPDH=Aisle Motion Sensor, Box, Modular Power Receptacle (/V) MMS-CPDH= Motion Sensor, Box, Modular Power Receptacle (/V) SWG/HB-FT-B=Heavy Duty Wireguard (HB) Door Frames (for Field Installation) () HB-FRM/LENS=Prismatic Acrylic Lens & Frame (HB) HB-FRM/CL PK=Clear Acrylic Lens & Frame (HB) HB-FRM/WG PK=Wireguard & Frame (HB) HB-FRM/LENS/WG PK=Prismatic Acrylic Lens, Frame and Wireguard (HB) HB-FRM/DROPWG PK=Frame and Drop Wireguard for HB Family HB Lamp Qty = Lamps Lamp Type =W T Lamps (") =W THO Lamps (") NOTES: () Recommended when utilizing Motion Sensor option () Requires use of Modular cord and plug accessories () High lumen ( initial) lamps supplied K T only Dimensions HB Lamp Configurations Ballast Type THO Systems T=() /V Lamp T Electronic Program Rapid Start () HT=() /V Lamp T High Ambient Electronic Program Rapid Start () HCT=() /V Lamp T High Ambient Electronic Program Rapid Start () T Systems () Blank=() /V Lamp T Instant Start Electronic High Ballast Factor > PS=() /V Lamp T Electronic Program Rapid Start High Ballast Factor > () Power Receptacle Blank=Standard Wiring to Access Plate MP=Modular Power Receptacle () Optional Uplight Blank=No Uplight UPL=Uplight Optional Lamping Blank=No Lamps L=Lamps Installed +CRI K () L=Lamps Installed +CRI K Dimensions for Top View Quick Ship Accessories (order separately) MC=' Modular Power Cord MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MPC=' Modular Power Cord & Plug (Specify Voltage) MMS-CPDH=Aisle Motion Sensor, Box, Modular Power Receptacle (/V) MMS-CPDH= Motion Sensor, Box, Modular Power Receptacle (/V) -/" [mm] -Lamp T/T -/" [mm] -Lamp T/T Access Plate Opening Mounting for Top Connector Box /" [mm] K O /" Diameter Hole X=-/" [mm] X -/" [mm] X=-/" [mm] X X -/" [mm] -/" [mm] -Lamp T/T -/" [mm] X=-/" [mm] X X X -/" [mm] " [mm] -/" [mm] -/" [mm]

15 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HB-T-UNV-EBT-UPL Electronic Ballasts () FP//HO lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: HBTUPL IES HB-T-UNV-EBT-UPL Electronic Ballasts () FP//HO lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: HBTUPL IES Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw HB-T-G-UNV-EBT-UPL Electronic Ballasts () FT/ HO lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: HBTGUPL IES HB-T-UNV-EBT-UPL Electronic Ballasts () FT/ HO lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: HBTUPL IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Open Areas Multiplier L W THO. HB L W THO L W THO. Mounting Height Spacing ft ft ft ft ft on Center FC LPD FC LPD FC LPD FC LPD FC LPD ft..... ft..... ft..... ft..... Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Open Areas Multiplier L W T. HB L W T PLUS L W T. Mounting Height Spacing ft ft ft ft ft on Center FC LPD FC LPD FC LPD FC LPD FC LPD ft..... ft..... ft..... ft..... Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. Use the multipliers to factor other available lamp/ballast configurations. System Performance Table Design S/P Cost of S/P Adj Lmns No of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs HB System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HB--EB/PLUS % %... $. HB or HBPS-EB/PLUS % %... $. HB-T-EBT % %... $. HBT or HBT-EHT % %... $. 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 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 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. 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 " I and I housing allows mounting within " horizontally from the nearest edge of the sprinkler detector. Optional 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 Miro substrate while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Integral occupancy sensor available and provides from sq. ft. (MS) 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 option 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 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 TCB=Top Connector Box Row Mount FH-=Fixture Hook -/" (must be used with TCB) FL-=Fixture Loop -/" (must be used with TCB) RH-=Retrofit Hanger (must be used with TCB) SC-_-_=Stem Sets (fixed, Swivel or Adjustable SCF=Fixed SCA=Adjustable SCS=Swivel AYC-Mounting chain set LOOP=Loop Hanger, # Cable TOGGLE=Single Toggle, # Cable 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 System Performance Mounting Height ' I TI I: " [mm] " [mm] I I: " [mm] " [mm] -/" [mm] 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.

18 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 T=W THO (') Lamps =W T (') 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 Stock Catalog Items I= lamp, W THO, Program Rapid Start Ballast, Top Connector Plate, Uplight, Lamps Installed I= lamp, W THO, Program Rapid Start Ballast, Top Connector Plate, Uplight, Lamps Installed System Performance Tables 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 Linear Electronic Program Rapid Start (), or EHT =T Linear Electronic Start High Ambient, or T Systems EB =T Electronic Instant Start () 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 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 () Specify voltage () For use with Top Connector Box options See accessories () lamp ballast configurations only in UNC High Ambient versions () 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 () (), or EB /PLUS= T Electronic Instant Start () High Ballast Factor >, or ER =T Electronic Program Rapid Start (), or ER /PLUS= T Electronic Program Start No of Ballast, or DIM=Dimming High Ballast Factor > 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=Aisle Coverage Motion Sensor () MSO= Coverage Motion Sensor () C=' Power Cord C=' Power Cord () () MP=Modular Power Receptacle Packaging U=Unit Pack PAL=Palletized Out of Carton PALC=Palletized In Carton PC-=' Power Cord & Plug (Specify Voltage) TAP=Top Access Plate () TCBP=Top Connector Box Plate () Accessories (order separately) TCB=Top Connector Box RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop SHK=Hook w/ Safety Screw PC-=' Power Cord & Plug (Specify Voltage) PC-=' Power Cord & Plug (Specify Voltage) AYC-CHAIN/SET/U=() Hooks, " Chain Sets w/s-hooks () GRIPPLE TOGGLE- =Single Toggle, # Cable (Specify ' or ') GRIPPLE LOOP- =Loop Hanger, # Cable (Specify ' or ') MC=' Modular Power Cord MPC=' Modular Power Cord & Plug (Specify Voltage) MMS-CPDH=Aisle Motion Sensor, Box, Modular Power Receptacle (/V) MMS-CPDH= Motion Sensor, Box, 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 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 % %... $. I Comparison System TI-T % %... $. Comparison System W Metal Halide High Bay % %... $. 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--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 % %... $. I System Comparison I--EB/PLUS % %... $. Comparison System W Metal Halide High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data 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

19 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: P I-T-TBW-UNV-EBT-UPL () Electronic Ballasts () W T lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: P 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: P I-T-TBW-UNV-EBT-UPL () Electronic Ballasts () FT/HO lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: P 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: PC I--UNV-EB-UPL Electronic Ballast FT-TL lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: PC Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Open Manufacturing Area Multiplier I L W THO L W THO. Mounting Height Spacing ft ft ft ft ft on Center FC LPD FC LPD FC LPD FC LPD FC LPD ft..... ft..... ft..... Multiplier I L W T w/uplight L W T. Mounting Height Spacing ft ft ft ft ft on Center FC LPD FC LPD FC LPD FC LPD FC LPD ft..... ft..... ft..... Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. Use the multipliers to factor other available lamp/ballast configurations.

20 MB MICRO-BAY LUMINAIRE UL/cUL listed to meet U.S. and Canadian standards. Suspension is convenient and flexible with the SS Aircraft Cable Y Toggle Mounting Kits. Adjustment for luminaire mounting height is provided at luminaire rather than structure. Cable Mounting Kit Specular Miro reflectors for precise light control minimum % total reflectivity. Three optical distribution patterns are available: Focus - SC <. Task -. SC <. Normal -. SC. Dimensions Dimensions for Top View ' and ' /" [mm] K.O. () Ceiling Stand-Off Embossments -/" x -/" K.O. () Ground Screw Bump Integral occupancy sensor available and provides from sq. ft. up to sq. ft. of coverage in a maximum mounting height of '. Occupancy Sensor MB Ordering Information Sample Number (T): MB-T-FB-UNV-EBT-U Rigid exterior connector/coupling with pre-punched holes facilitates easy installation of coupled sections up to ' long. Rigid Exterior Connector Optional pre-wired factory installed multiple circuit plug-in connectors. Plug-In Connectors (T): MB--NB-UNV-EB-U -/" [mm] ( ) -/" [mm] ( ) " [mm] T Lamp Configurations Focus Beam or Lamp -/" [mm] X=-/" [mm] Normal Beam or Lamp -/" [mm] X=-/" [mm] ( ) -/" [mm] ( ) " [mm] X -/" [mm] X -/" [mm] Task Beam or Lamp X -/" [mm] " [mm] -/" [mm] -/" [mm] Tandem Blank= ' Length T= ' Length Series MB= Micro-Bay Number of Lamps (Not included) = Lamp = Lamps Lamp Types =W T (") T=W THO (") Reflector FB=Concentrated Focus Beam TB=Medium Task Beam NB=Wide 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 or EHT =T Linear Electronic Program Rapid Start High Ambient () or T Systems EB =T Electronic Instant Start () or EB /PLUS= T Electronic Instant Start () No of Ballast High Ballast Factor > or ER =T Electronic Program Rapid Start () or ER /PLUS= T Electronic Program Start () High Ballast Factor > No of Ballast or DIM=Dimming Options PI/CPI=Plug-In (, or ) See pg C=' Power Cord C=' Power Cord Packaging U=Unit Pack PC-=' Power Cord & Plug (Specify Voltage) () PC-=' Power Cord & Plug (Specify Voltage) () Accessories (order separately) AYC-CHAIN/SET/U=() Hooks, " Chain Sets w/s-hooks GRIPPLE-Y- =Y Mounting Toggle, # Cable (Specify ' or ') GRIPPLE-TOGGLE- =Single Toggle, # Cable (Specify ' or ') MB-EXT-LONG-CONN-KIT-U=Rigid Connector Support for Continuous Channel Installation () () MS=Aisle Coverage Motion Sensor () () MSO= Coverage Motion Sensor 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 WG/MB-FT-T-NB-B=Wireguard for THO () 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 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 as accessory separately () For use with THO Focus, Normal or Wide Beam optics only -/" [mm] X=-/" [mm] -/" [mm] X=-/" [mm] -/" [mm] X=-/" [mm] Focus Beam or Lamp -/" [mm] X=-/" [mm] -/" [mm] X -/" [mm] X -/" [mm] Task Beam or Lamp X -/" [mm] -/" [mm] -/" [mm] T Lamp Configurations /" [mm] Normal Beam or Lamp /" [mm] /" [mm]

21 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw MB--NB-UNV-EB Electronic Ballast () WT Lamp lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: MB--TB-UNV-EB () Electronic Ballast () W T lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: System Performance Energy Savings % Light Gain/Loss Part Number LAMP T LAMP T HO % % % % MB--FB-EB T MB LAMP T % % % % MB-T-FB-EBT T LAMP T HO TMB LAMP T % light gain/light loss utilize S/P adjusted lumens. % % % % TMB--FB-EB T LAMP T HO Effective floor cavity reflectance % rc % % % rw MB--FB-UNV-EB () Electronic Ballast () W T lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Micro-Bay Based on ft. x ft. Aisle ft ft ft ft ft Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD Qty FC LPD MB--NB..... MB--NB..... MB--FB..... MB--FB..... Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. System Performance Table Design S/P Cost of S/P Adj Lmns No of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs MB System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER MB--FB-EB % %... $. MB-T-FB-UNV-EBT % %... $. TMB--FB-EB % %... $. Comparison System () W T Strip % %... $. () " THO Strip % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data 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

22 HBOT HIGH-BAY INDUSTRIAL LUMINAIRE Side rails are used to protect optical cavity and add rigidity. Integral occupancy sensor available and provides from sq. ft. up to sq. ft. of coverage at a maximum mounting height of '. Specification grade open body housing, end plates and socket tracks are die formed gauge cold rolled steel. Pressure lock lampholders. Optional modular power receptacle and cord sets meets UL and NEC. and are UL/cUL rated for make and break under load from outside the luminaire. Thermally optimized F-Bay is suitable for environments up to F ( C) when used with high temperature environment ballasts. Die formed reflectors are faceted for lamp configurations with two optical distributions medium and wide. Medium beam optical modules utilize % specular Miro substrate while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Ordering Information Sample Number: HBOT--UNV-EB/PLUS-UPL-U Width =" wide Series HBOT=High Bay Open Top Version No of Lamps = Lamps Wattage (Length) =W T Lamps (") T=W THO Lamps (") Distribution Blank=Medium (Specular Aluminum) G=Wide (White Painted) 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 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: () Requires use of MC or MPC cord accessories, specify voltage for plugs () Voltage must be specified when ordered with plugs, motion or emergency ballasts () EBT ballast systems suitable for operation in ambient environments up to F ( C) () Specify voltage on ballast () For use with Top Connector Box options See accessories () lamp ballast configurations only in EHT-UNC versions () ER and EB ballast systems suitable for operation in ambient environments up to F ( C) in open uplight configuration Ballast Type T Systems EB =T Electronic Instant Start () or EB /PLUS= T Electronic Instant Start () No of Ballast High Ballast Factor > or ER =T Electronic Program Rapid Start () or ER /PLUS= T Electronic Program Start () High Ballast Factor > No of Ballast or T Systems EBT =T Linear Electronic Program Rapid Start (), or EHT =T Programmed Start High Ambient (), or DIM=Dimming Options Packaging UPL=Uplight Apertures U=Unit Pack PI/CPI=Plug-In (, or ) PAL=Palletized See pg Out of Carton TILW=Tandem Inline Wiring PALC=Palletized MWS=Modular Wiring System In Carton MS=Aisle Coverage Motion Sensor () MSO= Coverage Motion Sensor () () () MP=Modular Power Receptacle PC-=' Power Cord & Plug (Specify Voltage) () PC-=' Power Cord & Plug (Specify Voltage) () TCBP=Top Connector Box Plate () Accessories (order separately) AYC-CHAIN/SET/U=() Hooks, " Chain Sets w/s-hooks TCB=Top Connector Box RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop MPC=' Modular Power Cord & Plug (Specify Voltage) MC=' Modular Power Cord MMS-CPDH=Aisle Motion Sensor, Box, Modular Power Receptacle (/V) MMS-CPDH= Motion Sensor, Box, Modular Power Receptacle (/V)

23 Photometrics Effective floor cavity reflectance % rc % % % rw HBOT-T-UNV-EBT-UPL () Electronic Ballasts () FTHO/ W T lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: HBTUPL IES Illuminance Estimator Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Open Area HBOT L W THO w/uplight Mounting Height Illuminance Levels (FC) & Watts Per Sq. Ft. (LPD) Based on ft. x ft. Open Area HBOT L W T w/uplight Mounting Height Spacing ft ft ft ft ft ft on Center FC LPD FC LPD FC LPD FC LPD FC LPD FC LPD ft ft ft ft Spacing ft ft ft ft ft ft on Center FC LPD FC LPD FC LPD FC LPD FC LPD FC LPD ft ft ft ft Choose the spacing and mounting height to determine the average footcandle and watts per square foot values. System Performance HBOT Mounting Height ' W MH W MH ' ' Dimensions HBOT Lamp Configurations -lamp -/" [mm] X=" [mm] Dimensions for Top View X X X X X X X -/" [mm] -/" [mm] " [mm] ' Energy Savings % Light Gain/Loss -% % % % -/" [mm] Ceiling Standoff Embossment Top Connector Emboss /" KO () /" X " KO () Part Number HBOT- - EB/PLUS T HBOT- T- EBT T % light gain/light loss utilize S/P adjusted lumens. " [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 HBO System Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER HBOT--EB/PLUS % %... $. HBOT-T-EBT % %... $. Comparison System W Metal Halide High Bay % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data 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

24 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. 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. Prismatic and clear lens with door frame option Die formed reflectors are faceted for and lamp configurations with two optical distributions medium and wide. Medium beam optical modules utilize % specular Miro substrate while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Pressure lock lampholders. 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 Lamps (") Distribution Optic Blank=Medium (Specular Aluminum) G=Wide (White Painted) Downlight Optic 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 () or EB /PLUS= T Electronic Instant Start () No of Ballast High Ballast Factor > or ER =T Electronic Program Rapid Start () or ER /PLUS= T Electronic Program Start High Ballast Factor > () or T Systems EBT =T or THO Linear Electronic Program Rapid Start or Ceiling Compatibility G Grid/Lay-in Standard F 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 Slot Grid G Flange F

25 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] ' Dimensions for Top View -/" [mm] Energy Savings % % % % % % % % /" [mm] K.O. () Access Plate /" [mm] K.O. () % Light Gain/Loss -% - % % % % % % % -/" [mm] Part Number HBG--ER/PLUS HBG--ER/PLUS HBG--EBT HBG--EBT -/" [mm] T % light gain/light loss utilize S/P adjusted lumens. System Performance Table T -/" [mm] -/" [mm] -/" [mm] " [mm] 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 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

26 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. 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 Miro substrate while the wide distribution utilizes a high performance % reflective polyester powder coated finish. UL/cUL and CSA listed for wet locations. Manufactured in compliance with USDA, FDA, NSF and Federal Standard E in surface mount applications. 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 Lamps (") Distribution Blank=Medium (Specular Aluminum) G=Wide (High Reflectance White) 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 GL=Single Element Fuse GM=Double Element Fuse EL=Emergency Installed () (see table on pg ) Ballast Type () T Systems EB =T Electronic Instant Start or EB /PLUS= T Electronic Instant Start No of Ballast High Ballast Factor > or ER =T Electronic Program Rapid Start or ER /PLUS= T Electronic Program Start High Ballast Factor > No of Ballast or T Systems EBT =T Linear Electronic Program Rapid Start, or EHT =T Linear Electronic Start High Ambient (), or DIM=Dimming 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 PM=Pendant Mount () Accessories (order separately) SCA-=Stem Set Adjustable " length SCF-=Stem Set Fixed (specify length) SCS=Stem Set Swivel (specify length) NOTES: () Voltage must be specified when ordered with plugs or emergency ballasts () lamp ballast configurations only in UNC versions () Cord and plug options only available with pendant mount option () Stems must be ordered separately, see accessories

27 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] ' " " " [mm] [mm] [mm] -/" [mm] W MH W HPS W MH W HPS -lamp ' -/" [mm] ' W MH W HPS W MH W HPS X=-/" [mm] X X X X X -/" [mm] Dimensions for Top View Energy Savings % % % % % % % % () /" [mm] Dia Mounting Hole () /" [mm] KO Gasketed Access Plate % Light Gain/Loss Part Number % -% HBHD--CL- EB/PLUS T % -% HBHD--CL- EB/PLUS % light gain/light loss utilize S/P adjusted lumens. % % HBHD--CL-EBT T % -% HBHD--CL-EBT " [mm] " [mm] /" [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 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 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

28 ARCTIC BAY - AB Series HIGH-BAY INDUSTRIAL LUMINAIRE Enclosed, full bodied gauge 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. Sealed and gasketed door frame provides a thermal environment for optimal lamp operation. Optional clear or prismatic shielding available. 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. Ordering Information Sample Number: AB-T-UNV-EBT-MS/B-U RELATIVE LIGHT OUTPUT % % % % % % % % % % % % Occupancy sensor: integral high humidity, low temperature sensor provides sq. ft. of coverage in mounting heights up to '. MS/OB option keeps two inner lamps illuminated full time using outer lamps for occupancy control. MS/AO Option relay rotates on/off cycle between lamp and lamp ballasts to minimize lamp degradation. ARCTIC BAY - F (- C) - F (- C) F (- C) F ( C) F ( C) AMBIENT TEMPERATURE - DEGREE (F) Width Blank=" =" Series AB=Arctic Bay Mounting Arrangement Blank=Stand Alone R=Continuous Row Mount No of Lamps = Lamps (AB) = Lamps (AB) Lamp Type T=W THO Lamps (") Distribution Blank=Medium (Specular Aluminum) G=Wide (White Painted) 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 GL=Single Element Fuse GM=Double Element Fuse EL=Emergency installed (see table on pg ) () Ballast Type EBTL =T Linear Electronic Program Rapid Start Minimum Start Temp - F (- C), or DIM=Dimming Options C=' White Cord Fixture Attached C=' White Cord Fixture Attached MS/OB=Aisle Modular Sensor Wired with Inner Two Lamps Constant On () MSO/OB= Modular Sensor Wired with Inner Two Lamps Constant On () MS/AO=Aisle Motion Sensor/Alternate Off () () (Alternate Ballast Relay) MSO/AO= Motion Sensor/Alternate Off () () (Alternate Ballast Relay) PC-Voltage=' Cord/Plug Fixture Attached () PC-Voltage=' Cord/Plug Fixture Attached () TCBP=Top Connector Box Plate Packaging U=Unit Pack PAL=Palletized Out of Carton PALC=Job Pack In Carton Accessories (order separately) AYC-CHAIN/SET/U=() Hooks, " Chain Sets w/s-hooks RH-=Retrofit Hanger FH-=Fixture Hook FL-=Fixture Loop HB-SPS=Single Point Cable Kit (" Drop Length) Gripple Y-=Y Mounting Toggle, # Cable (Specify ' or ') TCB=Top Connector Box 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 or emergency ballasts () Specify voltage of ballast () Requires () ballasts Not available in V

29 Mounting Accessories TCB=Top Connector Box FH-=Fixture Hook -/" (must be used with TCB) FL-=Fixture Loop -/" (must be used with TCB) RH-=Retrofit Hanger (must be used with TCB) SC-_-_=Stem Sets (fixed, Swivel or Adjustable SCF=Fixed SCA=Adjustable SCS=Swivel AYC-Mounting chain set Y=Mounting Toggle and ' or ' cable HB-SPS=Single Point Cable Kit HB-SPS=Two Point Suspension Dimensions Arctic Bay Lamp Configurations -/" [mm] AB -Lamp -/" [mm] AB -Lamp Dimensions for Top View Access Plate Opening Mounting for Top Connector Box /" [mm] K O /" Diameter Hole X=-/" [mm] X X X -/" [mm] X=-/" [mm] X X X X X " [mm] " [mm] System Performance Mounting Height ' AB " [mm] -/" [mm] -/" [mm] Energy Savings ' ' ' % Light Gain/Loss Part Number W MH % % W HPS -% % AB-T-UNV-EBTL T System Performance Table W MH % % W HPS % % AB-T-UNV-EBTL % light gain/light loss utilize S/P adjusted lumens. Photometrics Effective floor cavity reflectance % rc % % % rw AB-T-UNV-EBT-U Electronic Ballasts () FW THO lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: BAL IES 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 AB-T-UNV-EBTL % %... $. AB-T-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 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

30 VT/VT VAPORTITE INDUSTRIAL Fiberglass housing is reinforced polyester and self-extinguishing (ASTM-D-) plastic of a permanent pearl gray color. No holes required for surface/chain mounting from supplied mounting bracket. 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. A watertite hub for /" conduit entry is provided at each end of housing (standard) for continuous feed. Sturdy cam latches clamp diffuser tightly for a positive seal between housing, gasketing and diffuser. Unit has full metal liner (channel) secured by brass internal/external mounting studs for positive grounding, maximum protection and rigidity. Optional die formed or % Specular Miro finished reflector. New Architectural Form VT VT s EN-SEAL TM gasketing offers IP resistance to water absorption. Ordering Information Sample Number: TVT-DR-UNV-EB-M-U Width Blank=' Length T=' Length Series VT=Vaportite VT=Vaportite (Gasketed Enclosure) Number of Lamps () = lamp (T or T) = lamps (T or T) = lamps (T only) (Lamps not included) Lamp Type =W T Lamp (' Long) =W T Lamp (' Long) T=W THO Lamp (' Long) 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 ) Lens DR=Internal Prismatic Lens/% DR High Impact Additive (Standard) DR-=% High Impact Additive DR-%=% High Impact Additive (Extreme) LEX=High Impact Clear Polycarbonate LEXAN Lens/Low Brightness Pattern NOTES: () Ballast type used only if ballast & voltage is chosen () Not available when specifying emergency ballasts, voltage must be specific () THO is only available in or -lamp versions only () Emergency option in lamp version must use remote mount test switch () Top Hub required when stem mounting () VT only () () WL=Wet Ballast Type () Location Label T Systems EB =T Electronic Instant Start () or EB /PLUS= T Electronic Instant Start () No of Ballast High Ballast Factor > or ER =T Electronic Program Rapid Start () or ER /PLUS= T Electronic Program Start () High Ballast Factor > No of Ballast or EB /L= T Electronic Instant Start Low Ballast Factor > No of Total Harmonic Distortion < % Ballast or T Systems EBT =T Electronic Program Start or EHT =THO Linear Electronic Program Rapid Start High Ambient or Options Packaging RIF=Radio U=Unit Pack Interference Suppressor PALC=Job Pack TH=() Top Watertite Hubs () in Carton TEH=() Top & () End Watertite Hubs (all Watertite Hubs have /" Conduit Entry) () DD=Deep Diffuser (' Length) () (Available for ' Fixture Length) To Complement Deep Diffuser Depth of -/" [mm] ' Fixture M=Specular Reflector SSL=Stainless Steel Latches Accessories (order separately) VT-Chain/Set-U=Chain Hanging Set Includes ft of chain, large S-Hooks and small S-Hooks Order Two () Kits for each ' or ' Fixture VT-SS-MBK=Stainless Steel Mounting Bracket VT Stem Bushing=/" /" (Required when using Stem Sets Requires () per Stem Set )

31 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw VT-DR -UNV-EB-WL-M-U Electronic Ballast () F/T/ Lamps Lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: P VT-DR-UNV-EB-WL-M-U Electronic Ballast () T Lamps Lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: P Dimensions -lamp -lamp -lamp (T only) Dimensions for Top View " [mm] X -/" [mm] " [mm] Z Y " [mm] X W=-/" [mm] X=-/" [mm] Y=-/" [mm] Z=-/" [mm] W -/" [mm] " [mm] Z Y " [mm] X ' W -/" [mm] " [mm] Z Y ' -/" [mm] X=-/" [mm] X -/" [mm] Optional Back Hub Locations -/" [mm] /" x " Stud ( Places) -/" [mm] Optional Back Hub Locations -/" [mm] /" x " Stud ( Places) -/" [mm] Y Y=-/" [mm] -/" [mm] System Performance Lamp Type MH W HPS X=-/" [mm] Y=-/" [mm] VT X -/" [mm] MH W HPS MH W HPS -/" [mm] -/" [mm] -/" [mm] Y Energy Savings % % % % % % % Light Gain/Loss % % % % % % Part Number VT-TDR-M VT-DR-EB/PLUS-M VT-DR-EB/PLUS-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 Vaportite Comparison No of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs (Specular Reflector) Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER VT-TDR-M % %... $. VT-DR-EB/PLUS-M % %... $. VT-DR-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 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

32 ECOFIT STRIPS ENERGY EFFICIENT CONVERSION KITS Description Ecofit conversion kits are an economical means of increasing fixture efficiency and energy savings. Ecofit conversion kits are ideal for applications where fixture removal is cost-prohibitive. Ecofit conversion kits are designed for applications with conventional or -lamp strip/channel fixtures, such as task, coves, display cases, utility, and general area lighting. Construction Socket tracks are die formed gauge cold rolled steel. Toolless ballast access for easy wiring access and installation Optical Modules Die formed reflectors faceted for and lamp configurations with two optical distributions medium and wide. Medium beam optical modules utilize % specular Miro substrate while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Electrical Optional electronic ballasts are Class P and are positively secured by mounting bolts. Twist-lock lampholders. UL/cUL listed. Suitable for damp locations. Mounting Retrofit installation in standard ' and ' strip lengths and fits channels " to -/" wide. Hardware included. Kits are bulk packed for easier handling. Ordering Information Sample Number: ECS--M-UNV-EB-B Width Blank=' =' Series ECS=Ecofit Strip No of Lamps = Lamp = Lamps Lamp Type =W T Lamp (") =W THO Lamp (") Optics M=Medium (Specular Aluminum) W=Wide (White Painted) Voltage NB=No Ballast UNV=Universal Voltage Ballast Included Ballast/Socket Type T Systems EB =T Electronic Instant Start (), or Blank EB /PLUS=T Electronic Instant Start () No of Ballast or High Ballast Factor > EB /L=T Electronic Instant Start w/ < () Ballast Factor Total Harmonic No of Distortion < % Ballast or ER =T Electronic Program Rapid Start (), or Blank ER /PLUS= T Electronic Program Rapid Start No of Ballast or High Ballast Factor > Packaging B= Pack Quantities B= Pack Quantities U=Unit Pack T Systems EBT =THO Electronic Program Start or NOTES: () When using Ecofit Kits without ballasts, indicate ballast type and system to designate shunted or unshunted sockets Ex: ECS--M-NB-EB-B

33 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw ECS--M-EB Electronic Ballast () W T lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: ECSMEB ECS--M-EB Electronic Ballast () W T lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: ECSMEB Installation -Lamp -Lamp All components (reflectors, socket brackets, sockets, screws, and wire nuts) are included in each kit for installation and require only a few basic tools for assembly. System Performance Strip ECOFIT Reflector Dimensions -/" [mm] LAMP T LAMP T SL " [mm] Energy Savings % % X -/" [mm] X=-/" [mm] % Light Gain/Loss % % Part Number ECS-- M-EB ECS-- M - EB/PLUS % light gain/light loss utilize S/P adjusted lumens. System Performance Table Cost of Industrial & Channel (Strip) Design S/P S/P Adj Lmns No of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs Ecofit Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER ECS--M-EB % %... $. ECS--M-EB/PLUS % %... $. Comparison System L T Strip % %... $. L T SL Strip % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data 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

34 ECOFIT TROFFERS ENERGY EFFICIENT CONVERSION KITS Description Ecofit conversion kits are an economical means of increasing fixture efficiency and energy savings. Ecofit conversion kits are ideal for applications where fixture removal is cost-prohibitive. Ecofit conversion kits are designed for applications with conventional or -lamp recessed ' x ' fixtures. Retrofitting and -lamp troffers to -lamps with high performance retrofit conversion kits can reap up to % energy savings. Construction Socket tracks are die formed gauge cold rolled steel. Toolless ballast access for easy wiring access and installation. Optical Modules Die formed reflectors are faceted for lamp configuration with two optical distributions medium and wide. Medium beam optical modules utilize % specular Miro substrate while the wide distribution utilizes a high performance % reflective polyester powder coated finish. Electrical Optional electronic ballasts are Class P and are positively secured by mounting bolts. Twist-lock lampholders. () UL/cUL listed. Suitable for damp locations. Mounting Retrofit installation in standard ' x ' and ' x ' recessed troffers. Hardware included. Ordering Information Sample Number: ECT--M-UNV-EB-B Width =" Wide (only) Series ECT=Ecofit Troffer No of Lamps = Lamps = Lamps Lamp Type =W T Lamp (") =W T Lamp (") =W THO Lamp (") =W THO Lamp (") Optics M=Medium (Specular Aluminum) W=Wide (White Painted) Voltage NB=No Ballast UNV=Universal Voltage Ballast Included Ballast/Socket Type T Systems EB =T Electronic Instant Start (), or Blank EB /PLUS= T Electronic Instant Start () No of Ballast or High Ballast Factor > ER =T Electronic Program Rapid Start (), or Blank ER /PLUS= T Electronic Program Rapid Start () High Ballast Factor > No of Ballast or EB /L=T Electronic Instant Start w/ < () Ballast Factor Total Harmonic No of Distortion < % Ballast or Packaging B= Pack Quantities B= Pack Quantities U=Unit Pack T Systems EBT =THO Electronic Program Start, or Blank NOTES: () When using Ecofit Kits without ballasts, indicate ballast type and system to designate shunted or unshunted sockets Ex: ECT--M-NB-EB-B

35 Photometrics Effective floor cavity reflectance % rc % % % rw Effective floor cavity reflectance % rc % % % rw ECT--W-EB Electronic Ballast () FO/ lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: ECTWEB ECT--M-EB Electronic Ballast () W T FT/TL lamps lumens Spacing criterion: (II) x mounting height, ( ) x mounting height Efficiency % Test Report: ECTMEB Installation All components (reflectors, socket brackets, sockets, screws, and wire nuts) are included in each kit for installation and require only a few basic tools for assembly. System Performance Troffer ECOFIT Reflector Dimensions X LAMP T LAMP T LAMP T LAMP T LAMP T LAMP T LAMP T LAMP T -/" [mm] X=-/" [mm] Energy Savings % % % % % % % % -/" [mm] % Light Gain/Loss % % % -% % -% % -% Part Number ECT--M-EB/PLUS ECT--W-EB/PLUS ECT--M-EB ECT--W-EB % light gain/light loss utilize S/P adjusted lumens. System Performance Table Cost of Design S/P S/P Adj Lmns No of Lamp Lumen Fixture Ballast System S/P Brightness Adjusted hrs Troffer Ecofit Comparison Lamps Lumens Maintenance Efficiency Factor Lumens Ratio Perception Lumens Wattage $. kwh LER ECT--M-EB/PLUS % %... $. ECT--W-EB/PLUS % %... $. ECT--M-EB % %... $. ECT--W-EB % %... $. Comparison System L T Parabolic % %... $. L T Troffer % %... $. FOOTNOTES: Lumen maintenance is based on lamp manufacturer's stated data 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 OPTIONS & ACCESSORIES Lamp Options Brand Lamp HB/HB I I MB () HBO/HBOT HBG HBHD AB VT () VT () Generic L X X X X X X X X L X X X X X X X X L X X X X X X X X LB LB LB L X X X X X X X X X L X X X X X X X X X L X X X X X X X X X GE LGSPM/OC (GE) X X X X X X X X LGSPM/OC (GE) X X X X X X X X LGSPM/OC (GE) X X X X X X X X LGSPXM/OC (GE) X X X X X X X X LGSPXM/OC (GE) X X X X X X X X LGSPXM/OC (GE) X X X X X X X X LGFTM/ (GE) LGFTM/ (GE) LGFTM/ (GE) LGFTM/ (GE) X X X X X X LGFTM/ (GE) X X X X X X LGFTM/ (GE) X X X X X X LGFTM/ (GE) X X X X X X X X X LGFTM/ (GE) X X X X X X X X X LGFTM/ (GE) X X X X X X X X X Philips LWFTM/TL (Philips) LWFTM/TL (Philips) LWFTM/TL (Philips) LWFTM/TL (Philips) X X X X X X LWFTM/TL (Philips) X X X X X X LWFTM/TL (Philips) X X X X X X LWFTM/TL (Philips) LWFTM/TL (Philips) LWFTM/TL (Philips) LWFTM/TL (Philips) X X X X X X X LWFTM/TL (Philips) X X X X X X X LWFTM/TL (Philips) X X X X X X X LWFTM/ (Philips) LWFTM/ (Philips) LWFTM/ (Philips) LWFTM/ (Philips) X X X X X X LWFTM/ (Philips) X X X X X X LWFTM/ (Philips) X X X X X X LWFTM/ (Philips) X X X X X X X X X LWFTM/ (Philips) X X X X X X X X X LWFTM/ (Philips) X X X X X X X X X Sylvania LSFOM/K (OSI) LSFOM/K (OSI) LSFOM/K (OSI) LSFOM/K (OSI) LSFOM/K (OSI) LSFOM/K (OSI) LSFOM/K (OSI) X X X X X X X X LSFOM/K (OSI) X X X X X X X X LSFOM/K (OSI) X X X X X X X X LSFOM/K (OSI) X X X X X X X X LSFOM/K (OSI) X X X X X X X X LSFOM/K (OSI) X X X X X X X X LSFTM/ (OSI) LSFTM/ (OSI) LSFTM/ (OSI) LSFTM/ (OSI) X X X X X X LSFTM/ (OSI) X X X X X X LSFTM/ (OSI) X X X X X X LSFTM/ (OSI) X X X X X X X X X LSFTM/ (OSI) X X X X X X X X X LSFTM/ (OSI) X X X X X X X X X NOTES: () Lamps supplied, not installed

37 Emergency Options Nomenclature Description HB/HB I I MB HBO/HBOT HBG HBHD AB VT VT Generic EL (- Im) X X X X X X X X X EL (- Im) X X X X X X X X X Sure-Lites EL-FBPX (- Im) X X X X X X X X EL-FBPU (- Im) X X X X X X X X EL-FBPM (- Im) X X X X X X X X EL-FBPH (- Im) X X X X X X X X Bodine EL-B (- Im) X X X X X X X X EL-B (- Im) X X X X X X X X EL-BA (- Im) X X X X X X X X EL-B (- Im) X X X X X X X X EL-BU (- Im) X X X X X X X X EL-B (- Im) () X X X X X X X X EL-BU (- Im) () X X X X X X X X EL-BST (- Im) () X X X X X X X X EL-BRCT (- Im) () X X X X X X X X Iota EL-I (up to Im) X X X X X X X X X EL-I (up to Im) X X X X X X X X EL-I (up to Im) X X X X X X X X EL-I ( Im) () X X X X X X X X X EL-I ( Im) () X X X X X X X X X EL-I Im) X X X X X X X X X EL-ISD ( Im) () () X X X X X X X X X EL-IDL (up to Im) () X X X X X X X X X EL-IDL (up to Im) () X X X X X X X X X EL-IDL ( Im) () X X X X X X X X X EL-IDL Im) () 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 Gripple Gripple Gripple Fixture TCB/ TCB/ TCB/ TCB/ Single Y Loop Series AYC STEM RH- FH- FL- HB-SPS Toggle Toggle Hanger HB X X X X X X X HB X X X X X X X HBO/HBOT X X X X X X X I X X X X X X X X I X X X X X X X X AB X X X X X X X MB X X X Packaging Options Nomenclature Description HB/HB I I MB HBO/HBOT HBG HBHD AB VT VT U Unit Pack X X X X X X X X X X PAL Palletized out of carton on a X X X X () X X X " x " pallet, shrink wrapped PALC Palletized in carton on a X X X X () X X X X X " x " pallet, shrink wrapped NOTES: () Pallet size is " x "

38 Mounting MOUNTING ACCESSORIES DESIGNATION DESCRIPTION Top Connector Box TCB= Top Connector Box (Includes Plate) TCBP= Top Connector Box Plate (Mounted on fixture) HB-TCB-KIT-U= Complete TCB Kit (Supplied Separately) HB-TCB-KIT-NO-PLATE-U= Kit for Fixture w/tcbp Installed SIDE FRONT TOP -/" [mm] 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. Ideal for Retrofit opportunities! -/" [mm] -/" [mm] X -/" [mm] X=-/" [mm] MOUNTING METHODS DESIGNATION DESCRIPTION Hook and Safety Hook FH = Fixture Hook Fixture Hook -/" (must be used with TCB) TOP -/" [mm] -/" [mm] -/" HEX. [mm] -/" [mm] " [mm] MOUNTING METHODS DESIGNATION DESCRIPTION Loop FL = Fixture Loop Fixture Loop -/" (must be used with TCB) MOUNTING METHODS DESIGNATION DESCRIPTION Retrofit Hanger RH = Retrofit Hanger Cast Aluminum Hanger w/toggle Nut & Carriage Bolt for quick installation (must be used with TCB) MOUNTING METHODS DESIGNATION DESCRIPTION Stem Accessories (order separately) SC = Stem Set (Order Two Per Fixture) Length: ", ", ", ", ", ", ", ") F=Fixed S= Swivel A=Adjustable (" Only) Fixed, swivel or adjustable stem sets are available in various lengths.

39 Mounting MOUNTING METHODS DESIGNATION DESCRIPTION AYC Chain Set AYC Chain/Set U=Mounting chain set () () sturdy Wire Hooks and " 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 Gripple Y =Mounting Toggle and ' Cable Gripple Y -=Mounting Toggle and ' Cable ', Y Toggle # Cable ', Y Toggle # Cable MOUNTING METHODS DESIGNATION DESCRIPTION Loop Hanger/Single Toggle Loop Hanger Single Toggle Gripple Loop Gripple Loop Gripple Toggle Gripple Toggle ' Loop Hanger # Cable ' Loop Hanger # Cable ' Single Toggle # Cable ' Single Toggle # Cable MOUNTING METHODS DESIGNATION DESCRIPTION SPS Cable Kit SINGLE POINT TWO POINT HB SPS () () Single Point Cable Kit= Stainless Steel Cable Kit for single point suspension. (Fixture dropped below mounting point by ") Two Point Suspension= (Fixture dropped below mounting point by ") Note: Not for use in high abuse areas such as gymnasiums or similar recreational facilities. NOTES: () Only one required per fixture () Fixture Hook not included

40 Occupancy Sensors OCCUPANCY SENSORS DESIGNATION DESCRIPTION CPD-H MS= Aisle Coverage Occupancy Sensor (V-V) () CPD- Aisle Coverage Occupancy Sensor (V-V) (Rectangular Beam, Pattern Coverage) ' sq ft ' Height MMS-CPDH= Aisle Motion Sensor for Modular Power Supply Option (V/V) () Supplied with Mounting Box and Modular Power Supply Receptacle. ' sq. ft. For use with MP option ENDPLATE X Width -/" [mm] X=Height -/" [mm] Length -/" [mm] NOTES: () One motion sensor per fixture required OCCUPANCY SENSORS DESIGNATION DESCRIPTION CPD-H MSO= Coverage Occupancy Sensor (V-V) () CPD- Coverage Occupancy Sensor (V-V) ( Circular Pattern Coverage) Approximately sq ft MMS-CPDH= Motion Sensor for Modular Power Supply Option (V/V) () Supplied with Mounting Box and Modular Power Supply Receptacle For use with MP option NOTES: () One Motion Sensor per fixture required

41 Power Connections POWER CONNECTIONS DESIGNATION DESCRIPTION PC, PC PC= ' Power Cord & Plug (specify voltage for plug) PC= ' Power Cord & Plug (specify voltage for plug) MPC=' Modular Power Cord & Plug MPC=' Modular Power Cord & Plug PC ' long Cord & Plug set w/nema L or L twist lock plug (white) PC ' long Cord & Plug set w/nema L or L twist lock plug (white) MPC=' long Modular Cord & Plug set w/nema L/ or L twist lock plug - white. Use with MP option. MPC=' long Modular Cord & Plug set w/nema L/ or L twist lock plug - white. Use with MP option. POWER CONNECTIONS DESIGNATION DESCRIPTION C, C C= ' Cord C= ' Cord MC=' Cord MC=' Cord C ' long / STW white Power Cord C ' long / STW white Power Cord MC ' long /" Standard Modular Power Cord. For use with MP option. MC ' long /" Standard Modular Power Cord. For use with MP option. POWER CONNECTIONS DESIGNATION DESCRIPTION MWS MWS= Modular Wiring System MDS= ' Modular Power Cord with MWS MWS is a simple and cost effective modular wiring system consisting of factory assembled components. MWS arrives at the job site 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. Reduces labor by % for lowest total installed cost. Fixtures and wiring are portable for future flexibility. DS/GMP Connect directly to F-Bay or Motion Sensor 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)

42 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= ' 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

43 HB/HB Lens, Door Frames and Wireguards HB/HB LENS & DOOR FRAME DESIGNATION DESCRIPTION PRISMATIC & CLEAR ACRYLIC LENS & DOOR FRAME HB-FRM/LENS PK= Prismatic Acrylic Lens & Door Frame for HB (use with general distribution reflector) HB--A W/FRM PK= Prismatic Acrylic Lens & Door Frame for HB (use with general distribution reflector) HB-FRM/CL PK= Clear Acrylic Lens & Door Frame for HB HB-FRM/CL PK= Clear Acrylic Lens & Door Frame for HB A wide choice of acrylic lenses in a steel door frame (G & G optional) HB/HB LENS & WIREGUARD DESIGNATION WIREGUARD HB-FRM/WG PK= Frame and Wireguard for HB HB-FRM/WG PK= Frame and Wireguard for HB HB-FRM/LENS/WG PK= Frame and Prismatic Acrylic Lens with Wireguard for HB HB-FRM/CL/WG PK= Frame and Clear Lens with Wireguard for HB HB/HB DROP WIREGUARD DROP WIREGUARD DESIGNATION HB-FRM/DROPWG PK= Frame and Drop Wireguard for HB HB-FRM/CL/DROPWG PK= Drop Wireguard, Clear Acrylic Lens and Door Frame for HB HB-FRM/LENS/DROPWG PK= Drop Wireguard, Prismatic Acrylic Lens and Door Frame for HB HB-FRM/DROPWG PK= Drop Wireguard and Door Frame for HB HB/HB HEAVY DUTY WIREGUARD DESIGNATION DESCRIPTION HEAVY DUTY STOCK WIREGUARD SWG/HB-FT-B= Heavy Duty Wireguard for field installation, HB only SWG/HB-FT-B= Heavy Duty Wireguard for field installation, HB only Finished in white