Reflex Product Selection Guide 7.8.13
General Notes
REFLEX Lighting has prepared this manual to assist you and your clients in taking advantage of available utility incentive programs. The enclosed Product Selection Guide includes fixtures that apply to local prescriptive utility incentive programs. Use of products indicated does not guarantee an incentive. Please contact your local utility representative and/or REFLEX Lighting for any specific questions or concerns pertaining to your specific project. Other products, in addition to those listed, may be eligible for incentives, please contact your REFLEX representative for assistance. We also encourage you to visit the REFLEX website for updated Energy Services information regarding new products, links to application forms and important informational sites, beneficial energy analysis tools, etc. Please visit us at www.reflexlighting.com.
REFLEX Lighting
7 Tide Street Boston, MA 02210 Printed July 2013
Understanding & Utilizing Incentive Programs
*It is very important to involve the utility early on in your project as programs are continually evolving with new technology! Work with the appropriate program administrator to confirm available incentive programs, gain pre‐approval for products used and verify total project incentive $ value!
Need a Quotation?
[email protected] OR FAX to (617)269‐9443 “Attn: ENERGY” Include specific ballast catalog numbers (if required) Distributor to confirm accuracy of BOM
Need a Layout? [email protected] OR FAX to (617)269‐9443 “Attn: ENERGY”
Include room dimensions (Length, Width, Height) Mounting height of fixture above finished floor Is it a one for one retrofit (include existing fixture types and spacing) or new installation? Light Level Plane (2.5’ AFF, floor, other)? Footcandle Requirements Room Conditions / Reflectances o Clean (Office) – 80/50/20 o Medium (Light Commercial) – 70/30/20 o Dirty ( Heavy Industrial) – 50/30/10
A Simple Watts per Square Foot Calculation
(Input Watts per Fixture) x (Number of Fixtures) = Watts per square foot (Room Length) x (Room Width)
Typical Commercial Office Space Example 72’x72’ office with fixtures spaced 8’x10’ on center EXISTING: 3 lamp/18 cell parabolic fixture with (3) standard T8 lamps and electronic ballast (88 input watts)
(65) x (88) = 5720 = 1.10 Watts per square foot (72) x (72) 5184
PROPOSED ENERGY SAVING ALTERNATIVE: 2 lamp/12 cell parabolic fixture with (2) HPT8 lamps and NEMA Premium ballast (Normal .88 Ballast Factor) (65) x (53) = 3445 = .66 Watts per square foot (72) x (72) 5184
This Solution Provides:
Reduction in W/sqft. from 1.10 to .66 40% Energy savings 41 average maintained footcandles (IES recommends 30‐35 footcandles for office lighting) Potential Performance rebate to the owner Eligibility for an EPAct tax deduction
Lighting Power Density Limits Building Area Type Automotive Facility Gymnasium Manufacturing Facility Office Parking Garage Retail School / University Warehouse
LPD (W/ft2) 0.9 1.1 1.3 1.0 0.3 1.5 1.2 0.8
*Above LPD limits obtained from Chapter 13 Table 1308.6.2.1, for the Building Area Method. You may also reference Chapter 13 Table 1308.6.2.2 for the Space‐by‐Space method and corresponding LPD limits.
EPAct 2005 Accelerated Tax Deduction Why should you care? The Energy Policy Act of 2005 created the Energy Efficient Commercial Buildings Tax Deduction (CBTD) which includes an accelerated tax deduction designed to reduce the initial cost of investing in energy‐ efficient lighting and other building systems. In short, with the CBTD, the cost of new lighting or other building systems can be claimed in a single tax year instead of amortized over a period of years. This is especially beneficial in our local market because we are governed by a stricter building code and reduced LPD limits.
What do you need to know?
Federal Government extended through December 2013 Bi‐level switching required in all occupancies except: o Hotel guest rooms, store rooms, restrooms, public lobbies Minimum IESNA recommended light levels must be achieved Lighting systems must be capital expenditures that are normally depreciated (simple lamp replacements do not qualify) The total amount that can be deducted is capped at between $0.30 and $0.60/sq.ft. on the below sliding scale based on a 25‐40% reduction below the maximum allowable lighting power density in ASHRAE/IESNA 90.1 2001: ASHRAE/IESNA 90.1‐2001 LPD Limits (Watts/sq.ft.)
LPD Reduction 0% 25% 30% 35% 40% 45% 50%
Office 1.3 0.975 0.910 0.845 0.780 0.715 0.650
School/ University 1.5 1.125 1.050 0.975 0.900 0.825 0.750
Retail
Warehouse
1.9 1.425 1.330 1.235 1.140 1.045 0.950
1.2 0.900 0.840 0.780 0.720 0.660 0.600
Tax Deduction Interim Lighting Rules Non‐ Warehouse $0.00 $0.30 $0.40 $0.50 $0.60 $0.60 $0.60
Warehouse $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.60
Who can take advantage?
Commercial Building owners get the deduction for depreciable property (June 2, 2006 IRS clarification) Public owned building ‐ the designer(s) of the system can claim the tax deduction Tenants may be eligible for the tax deduction if they carry the lighting fixtures as an asset (retail stores) Independent certification by a “qualified” individual is required
Above information taken from the Commercial Lighting Tax Deduction website. Please visit for additional information – http://lightingtaxdeduction.org
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES
CODE 10 ‐ High Performance or Reduced Wattage Lamp & Ballast System (4' T8 or 4' T5) Any new fluorescent fixture with High Performance / Reduced Wattage (HP/RW) 4' T8 or 4' T5 lamps and electronic ballast. Each new fixture is composed of a ballast and 1, 2, or 3 lamps. Only one incentive may be counted per fixture. Multiple fixtures served by a single ballast are only eligible for one incentive.
CODE 30A ‐ High Efficiency 2 Lamp Prismatic Lensed Fluorescent Fixture (2x2 or 2x4) CODE 30A ‐ High Efficiency 2 Lamp Prismatic Lensed Fluorescent Fixture (2x2 or 2x4) Minimum Watts Saved = 27W MANUF. METALUX METALUX
CATALOG # 2GC8‐217A‐UNV‐EB81 2GC8‐232A‐UNV‐HB81 2GC8 232A UNV HB81
DESCRIPTION 2X2 2T8 Lensed Troffer 2X4 2HPT8 Lensed Troffer
EFFICIENCY 76.9% 84.6%
CODE 30B ‐ High Efficiency 2 Lamp Parabolic Fluorescent Fixture (2x2 or 2x4) CODE 30B ‐ High Efficiency 2 Lamp Parabolic Fluorescent Fixture (2x2 or 2x4) Minimum Watts Saved = 27W MANUF. METALUX METALUX METALUX METALUX METALUX METALUX
CATALOG # 2P2GX‐217S24MI‐UNV‐EB81‐PAF 2HP2GX‐232S26I‐UNV‐HB81 2HP2GX‐217W23P‐UNV‐EB81 2HP2GX‐232W26P‐UNV‐HB81 2OPG‐217FB23W‐UNV‐EB81 2OPG‐232FB26W‐UNV‐HB81
DESCRIPTION 2X2 2T8 8 Cell Silver Parabolic 2X4 2HPT8 12 Cell Silver Parabolic 2X2 2T8 6 Cell White Parabolic 2X4 2HPT8 12 Cell White Parabolic 2X2 2T8 OPTICA 6 Cell White Parabolic with Tannenbaum Louvers 2X4 2HPT8 OPTICA 12 Cell White Parabolic with Tannenbaum Louvers
EFFICIENCY 80.9% 80.5% 81.9% 84.8% 82.5% 87.1%
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES
CODE 30C ‐ High Efficiency 2 Lamp Recessed Indirect/Direct Fluorescent Fixture (2x2 or 2x4) CODE 30C ‐ High Efficiency 2 Lamp Recessed Indirect/Direct Fluorescent Fixture (2x2 or 2x4) Minimum Watts Saved = 27W MANUF. METALUX METALUX METALUX METALUX METALUX METALUX NEO‐RAY NEO‐RAY
CATALOG # 2RDI‐217FLS‐UNV‐EB81 2RDI‐232FLS‐UNV‐HB81 2RDI‐214T5RP‐UNV‐EBT1 2RDI‐224T5RP‐UNV‐EBT1 2RDI‐228T5RP‐UNV‐EBT1 2RDI‐214T5RP‐UNV‐EBT1 272R‐2T5HO‐ETG‐UEB‐SI 274R‐2T5‐ETG‐UEB‐SI
DESCRIPTION 2X2 2T8 OVATION Recessed Indirect/Direct with FLS Lens 2x4 2HPT8 OVATION Recessed Indirect/Direct with FLS Lens 2X2 2T5 OVATION Recessed Indirect/Direct with Center Perf Basket 2X2 2T5HO OVATION Recessed Indirect/Direct with Center Perf Basket 2X4 2T5 OVATION Recessed Indirect/Direct with Center Perf Basket 2X2 2T5 OVATION Recessed Indirect/Direct with Center Perf Basket 2X2 2T5HO FENESTRA Recessed Indirect/Direct with Center Perf Basket 2X4 2T5 FENESTRA Recessed Indirect/Direct with Center Perf Basket
EFFICIENCY 80.4% 82.0% 73.3% 73.3% 76.9% 73.3% 81.5% 81.1%
CODE 31 ‐ High Efficiency 3 Lamp Fluorescent Fixture (2x4) CODE 31 ‐ High Efficiency 3 Lamp Fluorescent Fixture (2x4) Minimum Watts Saved = 31W MANUF. CATALOG # DESCRIPTION METALUX 2GC8‐332A‐UNV‐HB81L 2X4 3HPT8 Lensed Troffer METALUX 2HP3GX‐332S36I‐UNV‐HB81L 2X4 3HPT8 18 Cell Silver Parabolic METALUX 2RDI‐332FLS‐UNV‐HB81L 2x4 3HPT8 OVATION Recessed Indirect/Direct with FLS Lens *Eligible fixtures are limited to 3 lamps with a low power ballast factor 196W)* CODE 57 ‐ High Intensity Fluorescent Fixture(HIF) for High & Low Bay Applications (> 196W)* Minimum Watts Saved = 95W MANUF MANUF. METALUX METALUX METALUX METALUX METALUX METALUX METALUX METALUX METALUX LUMARK
CATALOG # CATALOG # HBL‐632M‐UNV‐HB82H HBL‐832M‐UNV‐HB82H HBL‐454T5N‐UNV‐EBT1 HBL‐654T5M‐UNV‐EBT2 HBI‐632M‐UNV‐HB82H HBI‐454T5M‐UNV‐EBT1 HBI‐654T5W‐UNV‐EBT2 I5‐454T5‐UNV‐EBT1‐UPL 8TI5‐354T5‐UNV‐EBT2 CFDP‐AC22‐8/42‐UNV
DESCRIPTION 6HPT8 ‐ Open Body, Medium Distribution, High Ballast Factor 8HPT8 ‐ Open Body, Medium Distribution, High Ballast Factor 4T5HO ‐ Open Body, Narrow Distribution 6T5HO ‐ Open Body, Medium Distribution 6HPT8 ‐ Closed Body, Medium Distribution, High Ballast Factor 4T5HO ‐ Closed Body, Medium Distribution 6T5HO ‐ Closed Body, Wide Distribution 4T5HO ‐ 4' Linear HIF with Uplight Apertures 6T5HO ‐ 8' Linear HIF 8‐42W CFL 22" Acrylic High Bay Other High Intensity fixtures are available for recessed, hose down and cold weather applications. Multiple accessories, i.e.: wire guards, lenses, dimming ballast, etc. are also available.
*Minimum wattage is > 196W. Recommended mounting height > 20' AFF. Low power ballasts are not eligible.
CODE 70 ‐ Metal Halide Specialty Lighting Hard Wired Fixtures with Electronic Ballast* Minimum Watts Saved = 55W MANUF. HALO
CATALOG # L5056‐39
DESCRIPTION Stasis T6 CMH 39W Track Head Ask your Reflex Representative for other available options
*Metal Halide Specialty fixtures may be track, recessed or surface mounted and used for high quality display lighting.
EFFICIENCY 94.4% 94.7% 94.0% 92.9% 92.0% 95.0% 86.0% 97.0% 98.3% 84.0%
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES
CODE 61 ‐ Remote Mounted Occupancy Sensor (Minimum 110W Controlled)* CODE 61 ‐ Remote Mounted Occupancy Sensor (Minimum 110W Controlled)* MANUF. CATALOG # DESCRIPTION COOPER OAC‐DT‐0501‐R Dual Tech. Ceiling Sensor 500 sq.ft. COOPER OAC‐DT‐1000‐R Dual Tech. Ceiling Sensor 1000 sq.ft. COOPER OAC‐DT‐2000‐R Dual Tech. Ceiling Sensor 2000 sq.ft. COOPER SP20‐MV 120/277 power pack 20 amp *Lighting control installations required by the State Energy Code are not eligible for incentives.
CODE 62 ‐ Daylight Dimming or Occupancy Controlled Step Dimming System (Minimum 40W Controlled per Fixture)* CODE 62 ‐ Daylight Dimming or Occupancy Controlled Step Dimming System (Minimum 48W Controlled per Fixture)* MANUF. COOPER
CATALOG # RC3*
DESCRIPTION Room Controller ‐ (4) 120/277 relays / (4) 0‐10V dimming outputs ( ) y ( ) g p Part numbers do not include photocell, occupancy sensors, low voltage switches, factory startup.
*Daylight: Must have continuous dimming or adjust to a minimum of 4 levels. *Step‐Dimming: Ballast must be automatically controlled based on occupancy. Power consumption in low mode must not exceed 60%.
CODE 64 ‐ Wall Mounted Occupancy Sensors (Minimum 51W Controlled)* CODE 64 ‐ Wall Mounted Occupancy Sensors (Minimum 51W Controlled)* MANUF. CATALOG # DESCRIPTION Mult Tech. / Single circuit / (120/277) Wall switch sensor COOPER ONW‐D‐1001‐MV VNLW‐P‐1001‐MV‐N Passive Infrared Tech. / Single circuit / (120/277) Wall Switch Vacancy sensor COOPER *Sensors must operate as Automatic ON or Manual ON & Automatic OFF. Not eligible if installed in restrooms, locker rooms, stairwells or rooms > 250sqft.
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES
CODE 65 ‐ Photocell Sensors or Hard‐Wired Astronomical Timer Controlled Lighting (Minimum 70W Controlled)* CODE 65 ‐ Photocell Sensors or Hard‐Wired Astronomical Timer Controlled Lighting (Minimum 70W Controlled)* MANUF. CATALOG # DESCRIPTION Stand‐alone Photocell Sensor (can be connected to up to 50 ballasts) GREENGATE DLC‐PD‐DIM Lightkeeper Relay Panel with Astronomical Time Clock GREENGATE LK* *Photocell control for lighting systems that operate on 24 hours a day, 7 days a week (8,760 hours annually).
CODE 68 ‐ Integral High Bay Fluorescent Occupancy Control Systems (Minimum 95W Controlled per Fixture)* CODE 68 ‐ Integral High Bay Fluorescent Occupancy Control Systems (Minimum 95W Controlled per Fixture)* MANUF.
CATALOG #
COOPER
OEF‐P
DESCRIPTION High‐Bay Fixture Mount Occupancy Sensor ‐ 360 degree, Passive Infrared Technology, 800VA @120VAC, 1200VA @277VAC @ *Ballasts or LED Drivers must be automatically controlled based on occupancy. Systems with manual "ON" or override switches are not eligible. Occupancy sensors are integral to (built into) or permanently attached to each fixture.
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES Please note that LED products must be approved by the appropriate entity to qualify for utility incentives. Please contact Reflex for current listing of approved products under Energy Star and DesignLights Consortium (DLC) as products are continually being evaluated for approval and added to these lists.
CODE 80A ‐ LED Downlight Fixtures
REFLEX Lighting has prepared this manual to assist you and your clients in taking advantage of available utility incentive programs. The enclosed Product Selection Guide includes fixtures that apply to local prescriptive utility incentive programs. Use of products indicated does not guarantee an incentive. Please contact your local utility representative and/or REFLEX Lighting for any specific questions or concerns pertaining to your specific project. Other products, in addition to those listed, may be eligible for incentives, please contact your REFLEX representative for assistance. We also encourage you to visit the REFLEX website for updated Energy Services information regarding new products, links to application forms and important informational sites, beneficial energy analysis tools, etc. Please visit us at www.reflexlighting.com.
REFLEX Lighting
7 Tide Street Boston, MA 02210 Printed July 2013
Understanding & Utilizing Incentive Programs
*It is very important to involve the utility early on in your project as programs are continually evolving with new technology! Work with the appropriate program administrator to confirm available incentive programs, gain pre‐approval for products used and verify total project incentive $ value!
Need a Quotation?
[email protected] OR FAX to (617)269‐9443 “Attn: ENERGY” Include specific ballast catalog numbers (if required) Distributor to confirm accuracy of BOM
Need a Layout? [email protected] OR FAX to (617)269‐9443 “Attn: ENERGY”
Include room dimensions (Length, Width, Height) Mounting height of fixture above finished floor Is it a one for one retrofit (include existing fixture types and spacing) or new installation? Light Level Plane (2.5’ AFF, floor, other)? Footcandle Requirements Room Conditions / Reflectances o Clean (Office) – 80/50/20 o Medium (Light Commercial) – 70/30/20 o Dirty ( Heavy Industrial) – 50/30/10
A Simple Watts per Square Foot Calculation
(Input Watts per Fixture) x (Number of Fixtures) = Watts per square foot (Room Length) x (Room Width)
Typical Commercial Office Space Example 72’x72’ office with fixtures spaced 8’x10’ on center EXISTING: 3 lamp/18 cell parabolic fixture with (3) standard T8 lamps and electronic ballast (88 input watts)
(65) x (88) = 5720 = 1.10 Watts per square foot (72) x (72) 5184
PROPOSED ENERGY SAVING ALTERNATIVE: 2 lamp/12 cell parabolic fixture with (2) HPT8 lamps and NEMA Premium ballast (Normal .88 Ballast Factor) (65) x (53) = 3445 = .66 Watts per square foot (72) x (72) 5184
This Solution Provides:
Reduction in W/sqft. from 1.10 to .66 40% Energy savings 41 average maintained footcandles (IES recommends 30‐35 footcandles for office lighting) Potential Performance rebate to the owner Eligibility for an EPAct tax deduction
Lighting Power Density Limits Building Area Type Automotive Facility Gymnasium Manufacturing Facility Office Parking Garage Retail School / University Warehouse
LPD (W/ft2) 0.9 1.1 1.3 1.0 0.3 1.5 1.2 0.8
*Above LPD limits obtained from Chapter 13 Table 1308.6.2.1, for the Building Area Method. You may also reference Chapter 13 Table 1308.6.2.2 for the Space‐by‐Space method and corresponding LPD limits.
EPAct 2005 Accelerated Tax Deduction Why should you care? The Energy Policy Act of 2005 created the Energy Efficient Commercial Buildings Tax Deduction (CBTD) which includes an accelerated tax deduction designed to reduce the initial cost of investing in energy‐ efficient lighting and other building systems. In short, with the CBTD, the cost of new lighting or other building systems can be claimed in a single tax year instead of amortized over a period of years. This is especially beneficial in our local market because we are governed by a stricter building code and reduced LPD limits.
What do you need to know?
Federal Government extended through December 2013 Bi‐level switching required in all occupancies except: o Hotel guest rooms, store rooms, restrooms, public lobbies Minimum IESNA recommended light levels must be achieved Lighting systems must be capital expenditures that are normally depreciated (simple lamp replacements do not qualify) The total amount that can be deducted is capped at between $0.30 and $0.60/sq.ft. on the below sliding scale based on a 25‐40% reduction below the maximum allowable lighting power density in ASHRAE/IESNA 90.1 2001: ASHRAE/IESNA 90.1‐2001 LPD Limits (Watts/sq.ft.)
LPD Reduction 0% 25% 30% 35% 40% 45% 50%
Office 1.3 0.975 0.910 0.845 0.780 0.715 0.650
School/ University 1.5 1.125 1.050 0.975 0.900 0.825 0.750
Retail
Warehouse
1.9 1.425 1.330 1.235 1.140 1.045 0.950
1.2 0.900 0.840 0.780 0.720 0.660 0.600
Tax Deduction Interim Lighting Rules Non‐ Warehouse $0.00 $0.30 $0.40 $0.50 $0.60 $0.60 $0.60
Warehouse $0.00 $0.00 $0.00 $0.00 $0.00 $0.00 $0.60
Who can take advantage?
Commercial Building owners get the deduction for depreciable property (June 2, 2006 IRS clarification) Public owned building ‐ the designer(s) of the system can claim the tax deduction Tenants may be eligible for the tax deduction if they carry the lighting fixtures as an asset (retail stores) Independent certification by a “qualified” individual is required
Above information taken from the Commercial Lighting Tax Deduction website. Please visit for additional information – http://lightingtaxdeduction.org
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES
CODE 10 ‐ High Performance or Reduced Wattage Lamp & Ballast System (4' T8 or 4' T5) Any new fluorescent fixture with High Performance / Reduced Wattage (HP/RW) 4' T8 or 4' T5 lamps and electronic ballast. Each new fixture is composed of a ballast and 1, 2, or 3 lamps. Only one incentive may be counted per fixture. Multiple fixtures served by a single ballast are only eligible for one incentive.
CODE 30A ‐ High Efficiency 2 Lamp Prismatic Lensed Fluorescent Fixture (2x2 or 2x4) CODE 30A ‐ High Efficiency 2 Lamp Prismatic Lensed Fluorescent Fixture (2x2 or 2x4) Minimum Watts Saved = 27W MANUF. METALUX METALUX
CATALOG # 2GC8‐217A‐UNV‐EB81 2GC8‐232A‐UNV‐HB81 2GC8 232A UNV HB81
DESCRIPTION 2X2 2T8 Lensed Troffer 2X4 2HPT8 Lensed Troffer
EFFICIENCY 76.9% 84.6%
CODE 30B ‐ High Efficiency 2 Lamp Parabolic Fluorescent Fixture (2x2 or 2x4) CODE 30B ‐ High Efficiency 2 Lamp Parabolic Fluorescent Fixture (2x2 or 2x4) Minimum Watts Saved = 27W MANUF. METALUX METALUX METALUX METALUX METALUX METALUX
CATALOG # 2P2GX‐217S24MI‐UNV‐EB81‐PAF 2HP2GX‐232S26I‐UNV‐HB81 2HP2GX‐217W23P‐UNV‐EB81 2HP2GX‐232W26P‐UNV‐HB81 2OPG‐217FB23W‐UNV‐EB81 2OPG‐232FB26W‐UNV‐HB81
DESCRIPTION 2X2 2T8 8 Cell Silver Parabolic 2X4 2HPT8 12 Cell Silver Parabolic 2X2 2T8 6 Cell White Parabolic 2X4 2HPT8 12 Cell White Parabolic 2X2 2T8 OPTICA 6 Cell White Parabolic with Tannenbaum Louvers 2X4 2HPT8 OPTICA 12 Cell White Parabolic with Tannenbaum Louvers
EFFICIENCY 80.9% 80.5% 81.9% 84.8% 82.5% 87.1%
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES
CODE 30C ‐ High Efficiency 2 Lamp Recessed Indirect/Direct Fluorescent Fixture (2x2 or 2x4) CODE 30C ‐ High Efficiency 2 Lamp Recessed Indirect/Direct Fluorescent Fixture (2x2 or 2x4) Minimum Watts Saved = 27W MANUF. METALUX METALUX METALUX METALUX METALUX METALUX NEO‐RAY NEO‐RAY
CATALOG # 2RDI‐217FLS‐UNV‐EB81 2RDI‐232FLS‐UNV‐HB81 2RDI‐214T5RP‐UNV‐EBT1 2RDI‐224T5RP‐UNV‐EBT1 2RDI‐228T5RP‐UNV‐EBT1 2RDI‐214T5RP‐UNV‐EBT1 272R‐2T5HO‐ETG‐UEB‐SI 274R‐2T5‐ETG‐UEB‐SI
DESCRIPTION 2X2 2T8 OVATION Recessed Indirect/Direct with FLS Lens 2x4 2HPT8 OVATION Recessed Indirect/Direct with FLS Lens 2X2 2T5 OVATION Recessed Indirect/Direct with Center Perf Basket 2X2 2T5HO OVATION Recessed Indirect/Direct with Center Perf Basket 2X4 2T5 OVATION Recessed Indirect/Direct with Center Perf Basket 2X2 2T5 OVATION Recessed Indirect/Direct with Center Perf Basket 2X2 2T5HO FENESTRA Recessed Indirect/Direct with Center Perf Basket 2X4 2T5 FENESTRA Recessed Indirect/Direct with Center Perf Basket
EFFICIENCY 80.4% 82.0% 73.3% 73.3% 76.9% 73.3% 81.5% 81.1%
CODE 31 ‐ High Efficiency 3 Lamp Fluorescent Fixture (2x4) CODE 31 ‐ High Efficiency 3 Lamp Fluorescent Fixture (2x4) Minimum Watts Saved = 31W MANUF. CATALOG # DESCRIPTION METALUX 2GC8‐332A‐UNV‐HB81L 2X4 3HPT8 Lensed Troffer METALUX 2HP3GX‐332S36I‐UNV‐HB81L 2X4 3HPT8 18 Cell Silver Parabolic METALUX 2RDI‐332FLS‐UNV‐HB81L 2x4 3HPT8 OVATION Recessed Indirect/Direct with FLS Lens *Eligible fixtures are limited to 3 lamps with a low power ballast factor 196W)* CODE 57 ‐ High Intensity Fluorescent Fixture(HIF) for High & Low Bay Applications (> 196W)* Minimum Watts Saved = 95W MANUF MANUF. METALUX METALUX METALUX METALUX METALUX METALUX METALUX METALUX METALUX LUMARK
CATALOG # CATALOG # HBL‐632M‐UNV‐HB82H HBL‐832M‐UNV‐HB82H HBL‐454T5N‐UNV‐EBT1 HBL‐654T5M‐UNV‐EBT2 HBI‐632M‐UNV‐HB82H HBI‐454T5M‐UNV‐EBT1 HBI‐654T5W‐UNV‐EBT2 I5‐454T5‐UNV‐EBT1‐UPL 8TI5‐354T5‐UNV‐EBT2 CFDP‐AC22‐8/42‐UNV
DESCRIPTION 6HPT8 ‐ Open Body, Medium Distribution, High Ballast Factor 8HPT8 ‐ Open Body, Medium Distribution, High Ballast Factor 4T5HO ‐ Open Body, Narrow Distribution 6T5HO ‐ Open Body, Medium Distribution 6HPT8 ‐ Closed Body, Medium Distribution, High Ballast Factor 4T5HO ‐ Closed Body, Medium Distribution 6T5HO ‐ Closed Body, Wide Distribution 4T5HO ‐ 4' Linear HIF with Uplight Apertures 6T5HO ‐ 8' Linear HIF 8‐42W CFL 22" Acrylic High Bay Other High Intensity fixtures are available for recessed, hose down and cold weather applications. Multiple accessories, i.e.: wire guards, lenses, dimming ballast, etc. are also available.
*Minimum wattage is > 196W. Recommended mounting height > 20' AFF. Low power ballasts are not eligible.
CODE 70 ‐ Metal Halide Specialty Lighting Hard Wired Fixtures with Electronic Ballast* Minimum Watts Saved = 55W MANUF. HALO
CATALOG # L5056‐39
DESCRIPTION Stasis T6 CMH 39W Track Head Ask your Reflex Representative for other available options
*Metal Halide Specialty fixtures may be track, recessed or surface mounted and used for high quality display lighting.
EFFICIENCY 94.4% 94.7% 94.0% 92.9% 92.0% 95.0% 86.0% 97.0% 98.3% 84.0%
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES
CODE 61 ‐ Remote Mounted Occupancy Sensor (Minimum 110W Controlled)* CODE 61 ‐ Remote Mounted Occupancy Sensor (Minimum 110W Controlled)* MANUF. CATALOG # DESCRIPTION COOPER OAC‐DT‐0501‐R Dual Tech. Ceiling Sensor 500 sq.ft. COOPER OAC‐DT‐1000‐R Dual Tech. Ceiling Sensor 1000 sq.ft. COOPER OAC‐DT‐2000‐R Dual Tech. Ceiling Sensor 2000 sq.ft. COOPER SP20‐MV 120/277 power pack 20 amp *Lighting control installations required by the State Energy Code are not eligible for incentives.
CODE 62 ‐ Daylight Dimming or Occupancy Controlled Step Dimming System (Minimum 40W Controlled per Fixture)* CODE 62 ‐ Daylight Dimming or Occupancy Controlled Step Dimming System (Minimum 48W Controlled per Fixture)* MANUF. COOPER
CATALOG # RC3*
DESCRIPTION Room Controller ‐ (4) 120/277 relays / (4) 0‐10V dimming outputs ( ) y ( ) g p Part numbers do not include photocell, occupancy sensors, low voltage switches, factory startup.
*Daylight: Must have continuous dimming or adjust to a minimum of 4 levels. *Step‐Dimming: Ballast must be automatically controlled based on occupancy. Power consumption in low mode must not exceed 60%.
CODE 64 ‐ Wall Mounted Occupancy Sensors (Minimum 51W Controlled)* CODE 64 ‐ Wall Mounted Occupancy Sensors (Minimum 51W Controlled)* MANUF. CATALOG # DESCRIPTION Mult Tech. / Single circuit / (120/277) Wall switch sensor COOPER ONW‐D‐1001‐MV VNLW‐P‐1001‐MV‐N Passive Infrared Tech. / Single circuit / (120/277) Wall Switch Vacancy sensor COOPER *Sensors must operate as Automatic ON or Manual ON & Automatic OFF. Not eligible if installed in restrooms, locker rooms, stairwells or rooms > 250sqft.
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES
CODE 65 ‐ Photocell Sensors or Hard‐Wired Astronomical Timer Controlled Lighting (Minimum 70W Controlled)* CODE 65 ‐ Photocell Sensors or Hard‐Wired Astronomical Timer Controlled Lighting (Minimum 70W Controlled)* MANUF. CATALOG # DESCRIPTION Stand‐alone Photocell Sensor (can be connected to up to 50 ballasts) GREENGATE DLC‐PD‐DIM Lightkeeper Relay Panel with Astronomical Time Clock GREENGATE LK* *Photocell control for lighting systems that operate on 24 hours a day, 7 days a week (8,760 hours annually).
CODE 68 ‐ Integral High Bay Fluorescent Occupancy Control Systems (Minimum 95W Controlled per Fixture)* CODE 68 ‐ Integral High Bay Fluorescent Occupancy Control Systems (Minimum 95W Controlled per Fixture)* MANUF.
CATALOG #
COOPER
OEF‐P
DESCRIPTION High‐Bay Fixture Mount Occupancy Sensor ‐ 360 degree, Passive Infrared Technology, 800VA @120VAC, 1200VA @277VAC @ *Ballasts or LED Drivers must be automatically controlled based on occupancy. Systems with manual "ON" or override switches are not eligible. Occupancy sensors are integral to (built into) or permanently attached to each fixture.
PRODUCT SELECTION GUIDE NEW CONSTRUCTION INCENTIVES RETROFIT INCENTIVES Please note that LED products must be approved by the appropriate entity to qualify for utility incentives. Please contact Reflex for current listing of approved products under Energy Star and DesignLights Consortium (DLC) as products are continually being evaluated for approval and added to these lists.
CODE 80A ‐ LED Downlight Fixtures
