HBL HIGH-BAY INDUSTRIAL LUMINAIRE

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Alaina Bridges
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HBL HIGH-BAY INDUSTRIAL LUMINAIRE Stiffening brackets add additional strength and rigidity to channel and reflector.

Die formed reflectors are faceted for,, and lamp configurations with three optical distributions narrow, medium and wide. Optional uplight apertures (approximately % uplight).

and is UL/cUL rated for make and break under load from outside the luminaire to speed maintenance.

T or T systems are warranted for ambient environments up to F ( C) for three years and F ( C) for five years in open uplight and downlight configurations.

Modular F-Bay Power Supply Cooper Lighting s F-Bay Modular Power Supply allows external fixture access for safe and easy servicing.

Access to the individual fixture s power supply allows servicing without turning off all the fixtures disrupting occupants.

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

Mounting Accessories HBL-SPM=Single Monopoint Hanger w/hub (Galvanized) FH-=Fixture Hook -/" (must be used

HBL-SPM) HBAYC=New Mounting Chain Set w/v-hook Hangers (ideal for gymnasium applications) Y=Mounting

Wireguard swings open for easy lamp maintenance.

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 - F Vented w/uplight T Unvented wo/uplight Vented w/uplight Unvented wo/uplight THO Vented w/uplight

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

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

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

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

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

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

FLUORESCENT HIGH BAYS FLUORESCENT LOW BAYS COMPLEX ENVIRONMENT Industrial Fluorescent Energy Solutions Our world is increasingly recognizing the importance of environmental sustainability and efficiency