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Home My WebLink AboutSand Point Energy Efficiency Technology Assistance Assessment Report Final - Dec 2006FINAL REPORT December 2006 Prepared for the State of Alaska Alaska Energy Authority Rebecca Garrett- Program Manager Aleutian-Kodiak Region Energy Efficiency Technology Assistance Assessment Prepared By: CRW Engineering Group, LLC Sand Point Energy Efficiency Technology Assistance Assessment Aleutian-Kodiak Region Sand Point, Alaska Prepared for State of Alaska Alaska Energy Authority Rebecca Garrett – Program Manager PREPARED BY: CRW ENGINEERING GROUP, LLC FINAL REPORT NOVEMBER 2006 Table of Contents 1. Background Information.............................................................................4 1.1 Location..................................................................................................4 1.2 History ....................................................................................................4 1.3 Economy.................................................................................................4 1.4 Population...............................................................................................4 1.5 Facilities..................................................................................................5 1.6 Transportation ........................................................................................5 1.7 Climate ...................................................................................................5 2. Site Visit .......................................................................................................6 2.1 Contacts .................................................................................................6 3. Generation Efficiency Assessment............................................................8 3.1 Power Plant............................................................................................8 4. End Use Efficiency Assessment ................................................................9 4.1 City Building............................................................................................9 4.2 School...................................................................................................11 4.3 Community Center................................................................................13 4.4 Fire Hall................................................................................................15 4.5 Airport Terminal....................................................................................17 5. Conclusions...............................................................................................19 6. Appendices ................................................................................................20 EETAP 2 November 2006 Sand Point, Alaska List of Tables Table 1 List of Contacts Table 2 Power Plant Data Table 3 City Building Recommended Improvements Table 4 Sand Point School Annual Fuel Use Data Table 5 School Recommended Improvements Table 6 Community Center Fuel Use Data Table 7 Community Center Recommended Improvements Table 8 Fire Hall Recommended Improvements Table 9 Airport Terminal Fuel Use Data Table 10 Airport Terminal Recommendations List of Figures Figure 1 Aerial Photo of Sand Point Figure 2 View of Sand Point Figure 3 Location of Sand Point Facilities Figure 4 Sand Point City Building Figure 5 Office in City Building Figure 6 Corridor in City Building Figure 7 Sand Point School Figure 8 School Exterior Lighting Figure 9 Community Center Figure 10 Fire Hall Figure 11 Airport Terminal Figure 12 Airport Terminal Main Building Appendices Appendix A Cost Benefit Analyses Appendix B Product Data Sheets Appendix C Access Waivers EETAP 3 November 2006 Sand Point, Alaska Executive Summary This report was prepared by CRW Engineering Group, LLC (CRW) for the Alaska Energy Authority (AEA) Rural Energy Efficiency Technology Assistance Program (EETAP). The purpose of the study was to identify energy efficiency improvements which could be implemented to reduce the amount of power and fuel consumed by local public facilities. William McDonald visited Sand Point, Alaska on September 27, 2006. He met with members of the community and the school district, inspected several public facilities, and gathered available energy data. An evaluation and assessment of the power plant to increase generation efficiency was not performed. Recommendations provided in this report include: motion detectors, set back thermostats, boiler controls, high-efficiency lighting, and a heating system calibration and repair. The total estimated cost of completing the proposed improvements is approximately $190,000. Combined, the improvements could save more than $50,000 per year. The cost estimates for the various recommendations are based on $25/hr for local facility maintenance personnel and $100/hour for a licensed electrician. No allowance was made for grant administration, as it is assumed that the facility owners would administer the grant at no cost to the project. All material, equipment and freight costs are based on 2006 dollars. Any upgrades completed as a result of this study should be performed in compliance with appropriate national and local building codes and standards. EETAP 4 November 2006 Sand Point, Alaska 1. Background Information 1.1 Location Sand Point is located off the Alaska Peninsula on Popof Island, approximately 570 air miles from Anchorage. The city lies at approximately 55.3° North Latitude and -160.5° West Longitude in Section 8, Township 56 South, Range 73 West, Seward Meridian. Sand Point is located in the Aleutian Islands Recording District, and the area encompasses 7.8 square miles of land and 21.1 square miles of water. 1.2 History Sand Point was founded as a trading post and cod fishing station in 1898 by a San Francisco-based fishing company. Aleuts, from surrounding villages, and Scandinavian fishermen were the first residents of the community. Sand Point served as a repair and supply center for gold mining activities during the early 1900s. However, since the 1930s fish processing has become the dominant activity. Aleutian Cold Storage built a halibut processing plant in 1946. Today, Sand Point is home to the largest fishing fleet in the Aleutian Chain. The city government was incorporated in 1966. 1.3 Economy The State of Alaska provides regional jobs through public safety, fish and game, and the court system. Trident Seafoods (Trident) operates a major bottomfish, pollock, salmon and fish meal plant, and provides fuel and other services. Peter Pan Seafoods owns a storage and transfer station. 116 residents hold commercial fishing permits, and locals participate in subsistence consumption of fish and caribou. 1.4 Population Since the 1950s the population of the community has steadily grown from 100 to over 900. The highest U.S. Census population was 952 people in 2000. In 2005, the population, per the State Demographer, was estimated at 939. The Figure 1 – Aerial Photo of Sand Point EETAP 5 November 2006 Sand Point, Alaska population consists of 44.2% Alaska Native or part Native. The median age of the community is 36.5, and 16% of the population lives below the poverty level. 1.5 Facilities The city of Sand Point operates a piped water and sewer system that serves 170 fully plumbed households and 22 businesses. The city’s water supply is piped from Humboldt Creek and then treated. Since Trident has first right to the water, funds have been requested to develop a new groundwater source for the city. Trident recently built its own power generation facility and supplies all of its own processing power. 1.6 Transportation Sand Point has a State-owned airport with a 4,000-foot-long by 60-foot-wide paved runway. Marine facilities include a 25-acre boat harbor with four docks, 134 boat slips, a harbormaster office, a barge off-loading area, and a 150-ton lift. A new boat harbor is scheduled to be constructed at Black Point by the Army Corps of Engineers. 1.7 Climate The maritime climate of Sand Point is characterized by cool summers and relatively warm, rainy winters. Temperatures range from 9 degrees to 76 degrees Fahrenheit. Precipitation averages 33 inches annually, with an average annual snowfall of 52 inches. Figure 2 – View of Sand Point EETAP 6 November 2006 Sand Point, Alaska 2. Site Visit On September 27, William McDonald traveled to Sand Point and inspected the following facilities: City Building, School, Community Center, Fire Hall, and Airport Terminal. The approximate location of the facilities is shown on Figure 3. Upon arrival, Mr. McDonald met with Joanna Karlson of the Qagan Tayagungin Tribe of Sand Point (QTT) who provided access to the QTT offices located within the City Building. Crystal Carlson, the City Administrator, authorized the inspection of the Fire Hall and the city offices in the City Building. The following day Mr. McDonald inspected the Community Center and the Sand Point School. During the school inspection, Mr. McDonald met with the Principal\ Superintendent of Schools, Carl Warner and the District Facilities manager, Jim Brown. Mr. Brown escorted Mr. McDonald through the facility. Later, they all met to discuss potential energy savings at the school. Mr. McDonald also toured the Air Terminal building and discussed potential energy savings with Andrea Gundersen, Sand Point’s PenAir Manager. 2.1 Contacts While doing research on the facilities before, during, and after the site visit, the following people were contacted. TABLE 1 – LIST OF CONTACTS Crystal Carlson, City Clerk City of Sand Point P.O. Box 249 Sand Point, AK 99661 Phone 907-383-2696 Fax: 907-383-2698 Amber Karlson, Finance Clerk City of Sand Point P.O. Box 249 Sand Point, AK 99661 Phone 907-383-2696 Fax: 907-383-2698 Joanna Karlson, Administrative Assistant Qagan Tayagungin Tribe of Sand Point P.O. Box 447 Sand Point, AK 99661 Phone: 907-383-5616 Fax: 907-383-5814 Dorothy McCallum, President Qagan Tayagungin Tribe of Sand Point P.O. Box 447 Sand Point, AK 99661 Phone: 907-383-5616 Fax: 907-383-5814 Carl Warner, Superintendent Aleutians East Borough School District 100 Mossberry Lane Sand Point, AK 99661 Phone: (907) 383-5222 Jim Brown, Facilities Manager Aleutians East Borough School District 100 Mossberry Lane Sand Point, AK 99661 Phone: (907) 383-5222 Andrea Gundersen Air Terminal Manger PenAir Sand Point, AK 99661 Phone: (907) 383-6000 Nick Goodman TDX Sand Point Generating 4300 B Street, Suite 402 Anchorage, AK 99503 Phone: 907-278-2312 EETAP 8 November 2006 Sand Point, Alaska 3. Generation Efficiency Assessment 3.1 Power Plant The power plant in Sand Point is owned and operated by TDX Sand Point Generating (doing business as Sand Point Electric). The facility is approximately 15 years old, and the development of wind generation is currently underway. An inspection of the power plant during the site visit did not take place, because the utility chose not to participate in the energy audit program. Energy Production A review of available Power Cost Equalization (PCE) data indicates that the power plant is producing electricity at an average annual generation efficiency of about 13.7 kWh/gallon. The current cost of electricity without PCE is $0.35 per kilo-watt hour. A summary of available electrical generation data for 2004 through September 2006 is presented in Table 2. TABLE 2 – POWER PLANT DATA Electrical Generation (kWh) Fuel Use (gal) Generation Efficiency (kWh/gal) Electrical Generation (kWh) Fuel Use (gal) Generation Efficiency (kWh/gal) Electrical Generation (kWh) Fuel Use (gal) Generation Efficiency (kWh/gal) January 269,500 20,055 13.4 314,000 23,539 13.3 314,500 23,782 13.2 February 292,300 20,452 14.3 322,400 23,051 14.0 326,800 24,572 13.3 March 333,200 25,957 12.8 331,200 23,685 14.0 330,200 23,709 13.9 April 322,900 25,249 12.8 338,200 24,390 13.9 337,200 24,381 13.8 May 374,600 31,728 11.8 374,600 26,508 14.1 387,700 27,402 14.1 June 381,200 30,019 12.7 378,350 26,674 14.2 379,900 27,302 13.9 July 366,700 22,771 16.1 377,000 26,720 14.1 401,200 28,481 14.1 August 375,400 26,437 14.2 365,200 26,720 13.7 407,900 28,649 14.2 September 341,954 24,033 14.2 343,850 24,316 14.1 353,800 30,113 11.7 October 354,400 25,354 14.0 369,900 26,605 13.9 N/A N/A N/A November 321,367 23,424 13.7 342,800 24,512 14.0 N/A N/A N/A December 326,600 23,987 13.6 323,400 23,864 13.6 N/A N/A N/A Year 2006 Month Year 2004 Year 2005 EETAP 9 November 2006 Sand Point, Alaska 4. End Use Efficiency Assessment An energy efficiency assessment was performed for the following end-use facilities: City Building, School, Community Center, Fire Hall, and Airport Terminal. The current cost of diesel fuel in Sand Point is $3.32 per gallon. Identified in the following subsections are brief descriptions of each facility and specific recommendations for reducing energy usage. The recommendations include: proposed equipment, estimated costs, and projected annual savings. Cost-benefit analyses as well as equipment data sheets for each of the recommendations are included in the appendices at the back of this report. 4.1 City Building The City Building is a two- story, wood-frame structure that houses the majority of the city government and native corporation offices. Also located in the building are the police station and local radio station. The police station is manned 24 hours-per-day and the city and native corporation offices are open five days- per-week, with council and committee meetings in the evenings. Building heat and indirect hot water are provided by three boilers and a hot water heater located in the lower level of the building. According to the City Clerk, the estimated annual fuel use is 10,000 gallons. Lighting consists of standard fluorescent fixtures with T12 lamps and standard magnetic ballasts. City Building Recommendations For lighting it is recommended that the existing fixtures be replaced with high efficiency fixtures, electronic ballasts, and lamps, as described below. ¾ Replace fluorescent fixtures in the first floor office next to the radio station with two-lamp, T8 surface mounted fixtures.1 1 Refer to the produce sheet 2T8 DayBrite Surface Mount 4F32 (#OWW-4-32-120-1/2EB-10I) in Appendix B for detailed specifications. Figure 4 – Sand Point City Building EETAP 10 November 2006 Sand Point, Alaska ¾ Replace the fluorescent fixtures in the first floor radio station studio, restroom and storage area with four-lamp, T8 recessed grid troffer fixtures.2 ¾ Replace the fluorescent fixtures in the Mayor’s office on the second floor with four-lamp, T8 recessed parabolic fixtures.3 ¾ Replace the fluorescent fixtures in the second-floor corridor leading to the Mayor’s office with two-lamp, T8 recessed parabolic fixtures.4 ¾ Replace the remaining fluorescent fixtures in the city building with standard two-lamp, T8 surface mount fixtures.5 ¾ Replace incandescent lamps with compact fluorescent A19 size lamps.6 It is also recommended that light switches in the restrooms be replaced with switch-box motion detectors.7 Boiler controls should be installed to operate the boilers more efficiently.8 Set back thermostats should also be installed on each level of the building.9 2 Refer to the product sheet 4T8 Recessed Grid Troffer (#4TG8432-01-120-1/2-EB-10I) in Appendix B for detailed specifications. 3 Refer to the 4T8 Recessed Parabolic (#2S3P432-48-FL-120-2/2EB-10I) data sheets in Appendix B for detailed specifications. 4 Refer to the 2T8 Recessed Parabolic (#1S3P232-18-FL-120-1/2-EB-10I) data sheets in Appendix B for detailed specifications. 5 Refer to the Standard 2T8 Surface Mount (#OWN-2-32-120-1/2EB-10I) data sheets in Appendix B for detailed specifications. 6 Refer to the Compact Fluorescent Lamp (Sylvania CF14EL/A19) data sheet in Appendix B for detailed specifications. 7Refer to the Leviton Occupancy Wall Switch data sheets in Appendix B for detailed specifications. 8 Refer to the Boiler Control TekMar 265 data sheet in Appendix B for detailed specifications. 9 Refer to the Honeywell T8600 Programmable Thermostat data sheet in Appendix B for detailed specifications. Figure 6 – Corridor in City Building Figure 5 – Office in City Building EETAP 11 November 2006 Sand Point, Alaska The recommended improvements and associated estimated capital costs and savings are summarized in Table 3. The cost-benefit analyses for the recommendations are included in Appendix A. TABLE 3 –CITY BUILDING RECOMMENDED IMPROVEMENTS Improvement Capital Costs Annual Savings 10-year Benefit Replace 217 two-lamp T12 surface-mounted fluorescent fixtures with new T8 fluorescent fixtures and electronic ballasts $35,500 Replace 32 four-lamp T12 surface-mounted fluorescent fixtures with new T8 fluorescent fixtures and electronic ballasts $9,300 Replace three incandescent lamps with compact fluorescent lamps $120 $6,500 $23,800 Replace restroom light switches with motion detector units $500 $1,600 $15,000 Install boiler controller unit $9,500 $3,300 $28,500 Install two set back thermostats $400 $1,000 $12,000 4.2 School The Sand Point School is a single-level wood frame structure that was built in 1983. It currently serves kindergarten through twelth grade. The heating system in the entire building is remotely monitored and controlled by a Direct Digital Control (DDC) system linked to the District Office. The DDC 8000 system is in need of repair and calibration. Two boilers provide all of the heat for the building and also serve the indirect hot water heaters. One boiler is scheduled to be replaced in 2007. Most of the Interior fluorescent lighting was recently upgraded with energy saving fixtures. However, fixtures in the gymnasium, pool, and shop were not upgraded. Exterior lighting consists of a combination of high Figure 7 – Sand Point School EETAP 12 November 2006 Sand Point, Alaska pressure sodium and incandescent fixtures. TABLE 4 – SAND POINT SCHOOL ANNUAL FUEL USE DATA Gallons Rate Total 2000 39,408 $1.37 $54,070 2001 42,516 $1.83 $77,698 2002 32,358 $1.67 $54,062 2003 25,000 $1.84 $46,025 2004 29,937 $2.13 $63,660 2005 29,190 $2.64 $77,072 Year Fuel School Recommendations To improve energy savings at the School, it is recommended that the following lighting improvements be implemented. 1. Replace 250-watt metal halide fixtures in the shop and pool area with four- foot ,T8 high bay fixtures.10 2. Replace the 400-watt metal halide fixtures in the gymnasium with six-lamp, T5 high bay fixtures.11 3. Replace the exterior incandescent fixtures with vandal resistant compact fluorescents. 12 In addition to lighting, it is recommended that the DDC system be repaired and calibrated. According to the school facilities manager, the heating system efficiency would improve by at least 30% if the system was repaired and calibrated. To increase boiler efficiency, it is also recommended that the School install a boiler controller along with the new boiler. To further reduce power consumption, it is recommended that ceiling mounted motion detectors be installed in all the classrooms.13 10 Refer to the 4T8 High Bay (Metalux 2HBHD 4 32 G A UNV TEB82) data sheet in Appendix B for detailed specifications. 11 Refer to the 6T5 High Bay (Metalux 2HB blank 6 54T5 blank A/WG UNV Lamps EBT3 TCB) data sheet in Appendix B for detailed specifications. 12 Refer to the Vandal Resistant Compact Fluorescent (VGR5 26DTT blank MVOLT DBLB TRS LPI) data sheet in Appendix B for detailed specifications. 13 Refer to the Ceiling Mounted Motion Detector data sheet in Appendix B for detailed specifications. Figure 8 – School Exterior Lighting EETAP 13 November 2006 Sand Point, Alaska The following table provides estimated capital costs, savings, and 10-year benefit for the recommended improvements. Additional supporting data is included in Appendix A. TABLE 5 – SCHOOL RECOMMENDED IMPROVEMENTS Improvement Capital Costs Annual Savings 10-year Benefit Replace 250-watt metal halide fixtures with new 4T8 high bay fixtures $10,800 $2,200 Replace 400-watt metal halide fixtures with new 6T5 high bay fixtures $6,300 $800 Replace existing incandescent fixtures with vandal resistant compact fluorescent fixtures $2,400 $100 $14,000 Install boiler controller $9,500 $9,900 $104,600 Repair and calibrate DDC 8000 system $60,000 $17,900 $145,500 Install 12 motion detectors $6,900 $2,200 $16,389 4.3 Community Center The Community Center, constructed in 2000, is a two-story metal building. The building includes a multipurpose room with mezzanine and balcony, Headstart facility, and lobby. The facility plan for the Headstart area includes an activity area, office, and small kitchen, and is also located on the lower level. The multipurpose room occupies about half of the lower level of the building. A lobby is used to access both floors. The mezzanine area, located above the multipurpose room, consists of a large open area and balcony. The open area is illuminated with high efficiency fluorescent fixtures. Figure 9 – Community Center EETAP 14 November 2006 Sand Point, Alaska The Headstart area is illuminated with energy efficient fluorescent fixtures equipped with the T8 lamps and electronic ballasts. The lobby has a pendant- mounted, 400-watt, high pressure sodium lamp. The multipurpose room is also lit with high pressure sodium fixtures and lamps. Two oil-fired furnaces on the mezzanine level supply heat to the building. A summary of available fuel use data for the Community Center is shown in Table 6. As would be expected, fuel consumption is generally higher in the winter than it is in the summer. Approximately 3,200 gallons of fuel were used to heat the facility in 2005. TABLE 6 – COMMUNITY CENTER FUEL USE DATA Community Center Recommendations It is recommended that the 400-watt high pressure sodium fixtures in the multipurpose room and lobby be replaced with T5 high bay fluorescent fixtures.14 It is also recommended that set back thermostats be installed to reduce fuel consumption.15 Estimated capital costs, savings, and 10-year benefit for the recommended improvement are included in Table 7. Additional supporting data is included in Appendix A. 14 Refer to the 6T5 High Bay (Metalux 2HB-6-54T5-G-A/WG-UNV-LAMPS-EBT3-TCB) data sheet in Appendix B for detailed specifications. 15 Refer to the Honeywell T8600 Programmable Chronotherm Thermostat data sheet in Appendix B for detailed specifications. Fuel (gal) Fuel Rate ($) Fuel (gal) Fuel Rate ($) Fuel (gal) Fuel Rate ($) January N/A N/A 287 2.61 387 3.06 February N/A N/A 239 2.61 508 2.91 March N/A N/A 450 2.75 485 2.94 April N/A N/A 335 2.75 208 2.94 May N/A N/A 307 2.80 234 3.10 June N/A N/A 181 2.80 108 3.27 July N/A N/A 163 2.80 173 3.27 August N/A N/A 81 3.01 148 3.32 September 212 2.44 148 2.97 N/A N/A October 218 2.51 287 3.01 N/A N/A Novemeber 431 2.61 388 3.06 N/A N/A December 436 2.61 326 3.06 N/A N/A Year 2006 Month Year 2004 Year 2005 EETAP 15 November 2006 Sand Point, Alaska TABLE 7 – COMMUNITY CENTER RECOMMENDED IMPROVEMENTS Improvement Capital Costs Annual Savings 10-year Benefit Replace eight high pressure sodium fixtures $5,300 $500 $300 Install two set back thermostats $400 $500 $5,700 4.4 Fire Hall The Fire Hall is a one-story building located adjacent to the City Building. The building is used as a firemen training facility, and is also used to store fire fighting equipment. Also located in the building, are a mechanical room, a restroom, a kitchen, and a small mezzanine area above the kitchen and training areas. Heating and hot water are provided by the boilers and hot- water heater in the City Building. Lighting consists of a combination of four-foot and eight-foot standard fluorescent fixtures with magnetic ballasts. Other lighting includes incandescent fixtures with 60-watt lamps. Fire Hall Recommendations To reduce energy consumption in the Fire Hall, it is recommended that the standard overhead fluorescent fixtures be replaced with new fluorescent fixtures equipped with high-efficiency electronic ballasts. The following lighting schedule outlines the recommended replacements. 1. Replace each of the eight foot, two-lamp fluorescent fixtures in the garage with two four-foot units equipped with T8 lamps and electronic ballasts.16 2. Replace the four-foot, two-lamp fluorescent fixtures in the garage with four-foot units equipped with T8 lamps and electronic ballasts. 16 16 Refer to the Standard 2T8 Surface Mount (DayBrite – TOWN232-120-1/2-EB10I) and the T8 F32XP Octron Lamp data sheets in Appendix B for detailed specifications. Figure 10 – Fire Hall EETAP 16 November 2006 Sand Point, Alaska 3. Replace the four-foot, four-lamp fluorescent surface mounted fixtures in the mezzanine area, vestibule and training area with four-foot units equipped with T8 lamps and electronic ballasts. 17 4. Replace incandescent lamps with compact fluorescent lamps.18 To further reduce energy consumption it is also recommended that a set back thermostat be installed in the main part of the building.19 The following table outlines the recommended improvements and provides estimated capital costs, savings, and 10-year benefit. Additional supporting data is included in Appendix A. TABLE 8 – FIRE HALL RECOMMENDED IMPROVEMENTS Improvement Capital Costs Annual Savings 10-year Benefit Install two four-foot, two-lamp T8 fluorescent fixtures and electronic ballasts for each eight- foot fixture for a total of 16 eight-foot fixtures $5,800 $350 Install seven two-lamp T8 fluorescent fixtures and electronic ballasts $1,200 $100 Install 18 four-lamp T8 fluorescent fixtures and electronic ballasts $3,100 $500 Replace 11 60-watt incandescent lamps with compact fluorescent lamps $450 $100 $800 Install one set back thermostat $200 $500 $6,000 17 Refer to the Standard 4T8 Surface Mount (DayBrite - OW W 4 32 120 1/4EB10I) and the T8 F32XP Octron Lamp data sheets in Appendix B for detailed specifications. 18Refer to the Compact Fluorescent Lamp (Sylvania CF14EL/A19) data sheet in Appendix B for detailed specifications. 19 Refer to the Honeywell T8600 Programmable Thermostat data sheet in Appendix B for detailed specifications. EETAP 17 November 2006 Sand Point, Alaska 4.5 Airport Terminal The airport terminal consists of a waiting/security room, office, ticket counter, baggage area, and maintenance garage. Heating consists of baseboard units throughout the main building, and a unit heater in the garage. A single boiler and indirect water heater provide heating and hot water for the facility. Lighting in the main building is provided by standard fluorescent fixtures with magnetic ballasts. The garage area is illuminated with high pressure sodium fixtures. A summary of available fuel data for the terminal building is shown in Table 9. Approximately 2,700 gallons of fuel were used to heat the building in 2005. TABLE 9 – AIRPORT TERMINAL FUEL USE DATA Fuel (gal) Fuel Rate ($) Fuel (gal) Fuel Rate ($) Fuel (gal) Fuel Rate ($) January N/A N/A 253 2.61 300 3.01 February N/A N/A 491 2.64 595 2.91 March N/A N/A 251 2.75 465 2.94 April N/A N/A 218 2.75 174 2.94 May N/A N/A 259 2.80 265 3.05 June N/A N/A 179 2.80 200 3.14 July N/A N/A 163 2.86 244 3.27 August N/A N/A N/A N/A N/A N/A September N/A N/A 151 3.11 N/A N/A October 244 2.61 N/A N/A N/A N/A Novemeber 232 2.61 259 3.01 N/A N/A December 178 2.61 142 3.06 N/A N/A Year 2005 Year 2006 Month Year 2004 Airport Terminal Recommendations Lighting recommendations for the airport terminal include replacing all existing lighting with new fluorescent fixtures. Figure 11 – Airport Terminal EETAP 18 November 2006 Sand Point, Alaska 1. Replace 29 standard fluorescent fixtures in the main building with new fluorescent three lamp grid troffer fixtures with electronic energy-saving ballasts and T-8 lamps.20 2. Retrofit all five high-pressure sodium fixtures in the garage area with six- lamp low bay fluorescent fixtures with electronic energy-saving ballasts and T-8 lamps.21 Additional recommendations include installing a set back thermostat22 in the main building and a boiler controller23 to conserve fuel. The following table outlines the recommended improvements and provides estimated capital costs, annual savings, and 10-year benefit. Additional supporting data is included in Appendix A. TABLE 10 – AIRPORT TERMINAL RECOMMENDATIONS 20 Refer to the 3T8 Recessed Grid Troffer (#2TG8 3 32 FA 01-blank- 120 1/3EB10I) and the T8 F32XP Octron Lamp data sheets in Appendix B for detailed specifications. 21 Refer to the 6T8 Low Bay (Metalux F-Bay 2HB Series 6 Lamp) and the T8 F32XP Octron Lamp data sheets in Appendix B for detailed specifications. 22 Refer to the Honeywell T8600 Programmable Chronotherm Thermostat data sheet in Appendix B for detailed specifications. 23 Refer to the Boiler Control TekMar 260 data sheet in Appendix B for detailed specifications. Improvement Capital Costs Annual Savings 10-year Benefit Replace 29 standard fluorescent fixtures in the main building $10,600 $1,600 Retrofit five high-pressure sodium fixtures in the garage area $1,400 $1,200 $17,500 Install one set back thermostat $200 $400 $4,900 Install boiler controller $9,500 $900 $700 Figure 12 – Airport Terminal Main Building EETAP 19 November 2006 Sand Point, Alaska 5. Conclusions In conclusion, the community of Sand Point could save up to $52,800 per year by implementing the recommended energy saving improvements. Of this total, $14,200 per year could be saved by completing the recommended improvements for the Community Building and the Fire Hall. In addition, approximately $33,400 additional annual savings may result from implementing cost effective lighting, upgrading the boiler system, and repairing and calibrating the School’s DDC heating control system. The Community Center could recognize a savings of a $1,100 annually by upgrading several components. The Airport Terminal building could save approximately $4,100 from energy efficient lighting and better controlling their heating system. EETAP 20 November 2006 Sand Point, Alaska 6. Appendices Appendix A – Cost Benefit Analyses City Building School Community Center Fire Hall Airport Terminal Appendix B – Product Data Sheets Light Fixtures and Lamps T8 F32XP Octron Lamp Compact Fluorescent Lamp Standard 2T8 Surface Mount Standard 4T8 Surface Mount 4T8 Recessed Grid Troffer 3T8 Recessed Grid Troffer 4T8 Recessed Parabolic 2T8 Recessed Parabolic 4T8 High Bay Fixture 6T8 Low Bay Fixture 6T5 High Bay Fixture Vandal Resistant Compact Fluorescent Fixture Boiler Control TekMar 265 Boiler Control TekMar 260 Honeywell T8600 Programmable Thermostat Motion Detector Leviton Occupancy Wall Switch Ceiling Mounted Motion Detector Appendix C – Access Waivers City Buildings School Community Center Air Terminal Appendix A - City Building Cost Benefit Analysis Table 1 - Lighting Fixture Upgrade Analysis Power Reduction Analysis # of fixt. kW Rating Hours of Operation (annual) Annual Power Use (kWh/year) $/kWH Cost to Operate Estimated Annual Savings Generation Efficiency (kWh/gal) Estimated Equivalent Annual Fuel Use Existing T12 fixtures: 2 lamp 110 0.077 1100 9317 $0.35 $3,261 13.7 680.1 New T8 fixtures with electronic ballasts: 2 lamp 110 0.059 1100 7139 $0.35 $2,499 $762 13.7 521.1 Existing T12 fixtures: 2 lamp 66 0.077 2100 10672.2 $0.35 $3,735 13.7 779.0 New T8 fixtures with electronic ballasts: 2 lamp 66 0.059 2100 8177.4 $0.35 $2,862 $873 13.7 596.9 Existing T12 Fixtures: 2 lamp 30 0.077 8500 19635 $0.35 $6,872 13.7 1433.2 New T8 fixtures with electronic ballasts: 2 lamp 30 0.059 8500 15045 $0.35 $5,266 $1,607 13.7 1098.2 Existing T12 Fixtures: 2 lamp 6 0.077 500 231 $0.35 $81 13.7 16.9 New T8 fixtures with electronic ballasts: 2 lamp 6 0.059 500 177 $0.35 $62 $19 13.7 12.9 Existing T12 Fixtures: 4 lamp 2 0.154 1100 338.8 $0.35 $119 13.7 24.7 New T8 fixtures with electronic ballasts: 4 lamp 2 0.107 1100 235.4 $0.35 $82 $36 13.7 17.2 Existing T12 Fixtures: 2 lamp 5 0.077 4300 1655.5 $0.35 $579 13.7 120.8 New T8 fixtures with electronic ballasts: 2 lamp 5 0.059 4300 1268.5 $0.35 $444 $135 13.7 92.6 Existing T12 Fixtures: 4 lamp 14 0.154 2100 4527.6 $0.35 $1,585 13.7 330.5 New T8 fixtures with electronic ballasts: 4 lamp 14 0.107 2100 3145.8 $0.35 $1,101 $484 13.7 229.6 Existing T12 Fixtures: 4 lamp 16 0.154 8500 20944 $0.35 $7,330 13.7 1528.8 New T8 fixtures with electronic ballasts: 4 lamp 16 0.107 8500 14552 $0.35 $5,093 $2,237 12 1212.7 Existing 60-watt incandescent lamps 3 0.06 8500 1530 $0.35 $536 13.7 111.7 New 14-watt compact fluorescent lamps 3 0.014 8500 357 $0.35 $125 $411 13.7 26.1 Annual Utility Fuel Reduction (gal) = 1218.4 Electricity Inflation 1% Total Annual Savings = $6,564 1st Floor Kitchen Mayor's Office, Additional Office, and 2nd Floor Kitchen 1st Floor Restroom, Radio Studio, and Radio Equipment Room 1st Floor Gym, Storage Area, Mechanical Room, and 2nd Floor Council Chambers and Storage area Mayor's Office Corridor, Office #2, Finance Office, City Reception Area,Restrooms, and Tenant Offices #1-4 Police Station: Vestibule, Corridor, Police, Reception Room, and Jail 1st Floor Storage Room EETAP 1 of 5 Sand Point, AK Appendix A - City Building Cost Benefit Analysis Capital Cost Qty Unit Unit Cost1 (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Fixture Labor Cost Equipment Rental Cost Total Cost Replace existing 2-lamp fixtures with T8 fixtures and electronic ballasts in various rooms throughout the building 212 EA $110 $23,320 $25 2 $10,600 $0 $33,920 Replace existing 2-lamp fixtures in the corridor in front of the Mayor's office with surface parabolic fixtures and electronic ballasts 2 EA $235 $470 $25 2 $100 $0 $570 Replace existing 2-lamp fixtures in the jail with heavy duty fluorescent fixtures and electronic ballasts 3 EA $260 $780 $25 2 $150 $0 $930 Replace existing 4-lamp fixtures in the first floor storage room, restroom and radio studio rooms with 4-lamp fluorescent grid troffer fixtures 18 EA $270 $4,860 $25 2 $900 $0 $5,760 Replace existing 4-lamp fixtures in the first floor office and kitchen with 4-lamp fluorescent surface mount fixtures 10 EA $170 $1,700 $25 2 $500 $0 $2,200 Replace existing 4-lamp fixtures in the Mayor's office with 4-lamp surface parabolic fluorescent fixtures 4 EA $270 $1,080 $25 2 $200 $0 $1,280 Replace existing incandescent lamps in first floor restroom with compact fluorescent lamps 3 EA $25 $75 $25 0.5 $38 $0 $113 Total Cost $44,773 Cost Benefit Analysis Annual Savings Cumulative Savings Capital Cost Reduction Year 1 6,564$ 6,564$ (38,209)$ Year 2 6,630$ 13,193$ (31,579)$ Year 3 6,696$ 19,889$ (24,883)$ Year 4 6,763$ 26,652$ (18,120)$ Year 5 6,830$ 33,482$ (11,290)$ Year 6 6,899$ 40,381$ (4,391)$ Year 7 6,968$ 47,349$ 2,576$ Year 8 7,037$ 54,386$ 9,614$ Year 9 7,108$ 61,494$ 16,722$ Year 10 7,179$ 68,673$ 23,829$ 1Unit cost for lighting fixtures includes replacement of lamps for the 10-year period. EETAP 2 of 5 Sand Point, AK Appendix A - City Building Cost Benefit Analysis Table 2 - Motion Detectors Analysis Power Reduction Analysis Qty kWH Rating Hours of Operation (annual) $/kWH Cost to Operate Estimated Annual Savings Estimated Equivalent Annual Fuel Use 1st Floor Restrooms Base line lighting cost calculation 4 0.059 8500 $0.35 $702 Lighting with motion detector 4 0.059 1500 $0.35 $124 $578 178 2nd Floor Restrooms Base line lighting cost calculation 4 0.107 8500 $0.35 $1,273 Lighting with motion detector 4 0.107 1500 $0.35 $225 $1,049 322 Total Annual Utility Fuel Reduction (gal) = 500 Electricity Inflation 1% Total Annual Savings = 1,627$ Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Replace restroom light switches with motion detector units 4EA 75$ 300$ $25 2 $200 $0.00 $500 Cost Benefit Analysis Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $1,627 $1,627 1,127$ Year 2 $1,643 $3,270 1,643$ Year 3 $1,659 $4,929 3,303$ Year 4 $1,676 $6,605 4,979$ Year 5 $1,693 $8,298 6,672$ Year 6 $1,710 $10,008 8,381$ Year 7 $1,727 $11,735 10,108$ Year 8 $1,744 $13,479 11,852$ Year 9 $1,762 $15,241 13,614$ Year 10 $1,779 $17,020 15,376$ EETAP 3 of 5 Sand Point, AK Appendix A - City Building Cost Benefit Analysis Table 3 - Boiler Controller Analysis Fuel Reduction Analysis Estimated Annual Fuel Use (gal) Fuel Cost $/Gal Estimated Annual Fuel Savings (%) Estimated Annual Fuel Savings (gal) Cost to Operate (2006) Estimated Annual Savings (2006) Existing boiler system 10,000 $3.32 $33,200 System with boiler controller 10%1,000 $29,880 $3,320 Fuel Cost inflation rate 3% Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Install new boiler controller 1 EA $3,000 $3,000 $100 40 $4,000 $0 $7,000 Mobilization (per diem, travel)$2,500 $2,500 Total Cost=$9,500 Cost Benefit Analysis Estimated Fuel Cost Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $3.32 3,320$ 3,320$ (6,180)$ Year 2 $3.42 3,420$ 6,740$ (2,760)$ Year 3 $3.52 3,522$ 10,262$ 762$ Year 4 $3.63 3,628$ 13,890$ 4,390$ Year 5 $3.74 3,737$ 17,626$ 8,126$ Year 6 $3.85 3,849$ 21,475$ 11,975$ Year 7 $3.96 3,964$ 25,439$ 15,939$ Year 8 $4.08 4,083$ 29,523$ 20,023$ Year 9 $4.21 4,206$ 33,728$ 24,228$ Year 10 $4.33 4,332$ 38,060$ 28,560$ EETAP 4 of 5 Sand Point, AK Appendix A - City Building Cost Benefit Analysis Table 4 - Setback Thermostat Analysis Description Estimated Annual Fuel Use1 (gal) Fuel Cost $/Gal (2006) Estimated Annual Fuel Use (gal) Estimated Annual Fuel Savings (gal) Cost to Operate (2006) Estimated Annual Savings (2006) Existing heating system 6,600 $3.32 $21,912 Heating system with setback thermostat 6,270 330 $20,816 $1,096 Total Annual Savings= $ 1,096 Thermostat reduction 5.0% Fuel Cost Inflation R 3.0% Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Install setback thermostat 2 EA $145 $290 $25 2 $100 $0 $390 Cost Benefit Analysis Estimated Fuel Cost Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $3.32 1,096$ 1,096$ 706$ Year 2 $3.42 1,128$ 2,224$ 1,834$ Year 3 $3.52 1,162$ 3,386$ 2,996$ Year 4 $3.63 1,197$ 4,584$ 4,194$ Year 5 $3.74 1,233$ 5,817$ 5,427$ Year 6 $3.85 1,270$ 7,087$ 6,697$ Year 7 $3.96 1,308$ 8,395$ 8,005$ Year 8 $4.08 1,347$ 9,742$ 9,352$ Year 9 $4.21 1,388$ 11,130$ 10,740$ Year 10 $4.33 1,430$ 12,560$ 12,128$ EETAP 5 of 5 Sand Point, AK Appendix A - School Cost Benefit Analysis Table 1 - Lighting Fixture Upgrade Analysis Power Reduction Analysis # of fixt. kW Rating Hours of Operation (annual) Annual Power Use (kWh/year) $/kWH Cost to Operate Estimated Annual Savings Generation Efficiency (kWh/gal) Estimated Equivalent Annual Fuel Use Existing 250-watt metal halide fixtures 24 0.295 1500 10620 $0.35 $3,717 13.7 775.2 New 4F32 T8 high bay fixtures 24 0.114 1500 4104 $0.35 $1,436 $2,281 13.7 299.6 Existing 400-watt metal halide fixtures 12 0.48 1500 8640 $0.35 $3,024 13.7 630.7 New 6T T5HO high bay fixtures 12 0.351 1500 6318 $0.35 $2,211 $813 13.7 461.2 Incandescent fixtures 12 0.06 1000 720 $0.35 $252 13.7 52.6 26-watt vandal resistant compact fluorescent fixtures 12 0.026 1000 312 $0.35 $109 $143 13.7 22.8 Annual Utility Fuel Reduction (gal) = 674.9 Electricity Inflation 1% Total Annual Savings = $3,236 Capital Cost Qty Unit Unit Cost1 (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Fixture Labor Cost Equipment Rental Cost Total Cost Replace 250-watt metal halide fixtures with new 4F32 T8 high bay fixtures 24 EA $350 $8,400 $25 4 $2,400 $1,250 $10,800 Replace 400-watt metal halide fixtures with new 6T T5HO high bay fixtures 12 EA $425 $5,100 $25 4 $1,200 $1,250 $6,300 Replace existing incandescent fixtures with vandal resistant compact fluorescent fixtures 12 EA $150 $1,800 $25 2 $600 $0 $2,400 Total Cost $19,500 Cost Benefit Analysis Annual Savings Cumulative Savings Capital Cost Reduction Year 1 3,236$ 3,236$ (16,264)$ Year 2 3,268$ 6,505$ (12,995)$ Year 3 3,301$ 9,806$ (9,694)$ Year 4 3,334$ 13,140$ (6,360)$ Year 5 3,367$ 16,507$ (2,993)$ Year 6 3,401$ 19,909$ 409$ Year 7 3,435$ 23,344$ 3,844$ Year 8 3,470$ 26,813$ 7,313$ Year 9 3,504$ 30,317$ 10,817$ Year 10 3,539$ 33,857$ 14,322$ 1Unit cost for lighting fixtures includes replacement of lamps for the 10-year period. EETAP 1 of 4 Sand Point, AK Appendix A - School Cost Benefit Analysis Table 2 - Boiler Control Analysis Fuel Reduction Analysis Estimated Annual Fuel Use (gal) Fuel Cost $/Gal Estimated Annual Fuel Savings (%) Estimated Annual Fuel Savings (gal) Cost to Operate (2006) Estimated Annual Savings (2006) Existing boiler system 30,000 $3.32 $99,600 System with boiler controller 10% 3,000 $89,640 $9,960 Total Annual Savings= $9,960 Fuel Cost inflation rate 3.0% Total Fuel Savings= 3,000 Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Install new boiler controller 1 EA $3,000 $3,000 $100 40 $4,000 $0 $7,000 Mobilization (per diem, travel)$2,500 $9,500 Total Cost= $9,500 Cost Benefit Analysis Estimated Fuel Cost Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $3.32 9,960$ 9,960$ 460$ Year 2 $3.42 10,259$ 20,219$ 10,719$ Year 3 $3.52 10,567$ 30,785$ 21,285$ Year 4 $3.63 10,884$ 41,669$ 32,169$ Year 5 $3.74 11,210$ 52,879$ 43,379$ Year 6 $3.85 11,546$ 64,425$ 54,925$ Year 7 $3.96 11,893$ 76,318$ 66,818$ Year 8 $4.08 12,250$ 88,568$ 79,068$ Year 9 $4.21 12,617$ 101,185$ 91,685$ Year 10 $4.33 12,996$ 114,180$ 104,680$ EETAP 2 of 4 Sand Point, AK Appendix A - School Cost Benefit Analysis Table 3 - Heating System Analysis Fuel Reduction Analysis Estimated Annual Fuel Use1 (gal) Fuel Cost $/Gal Estimated Annual Fuel Savings (%) Estimated Annual Fuel Savings (gal) Cost to Operate (2006) Estimated Annual Savings (2006) Repair & calibrate DDC 8000 system 27,000 $3.32 20% 5,400 $89,640 $71,712 $17,928 Total Annual Savings= $17,928 Fuel Cost inflation rate 3.0% Total Fuel Savings= 5,400 Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Repair & calibrate DDC 8000 system 1LS $60,000 Total Cost= $60,000 Cost Benefit Analysis Estimated Fuel Cost Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $3.32 17,928$ 17,928$ (42,072)$ Year 2 $3.42 18,466$ 36,394$ (23,606)$ Year 3 $3.52 19,020$ 55,414$ (4,586)$ Year 4 $3.63 19,590$ 75,004$ 15,004$ Year 5 $3.74 20,178$ 95,182$ 35,182$ Year 6 $3.85 20,783$ 115,966$ 55,966$ Year 7 $3.96 21,407$ 137,373$ 77,373$ Year 8 $4.08 22,049$ 159,422$ 99,422$ Year 9 $4.21 22,711$ 182,132$ 122,132$ Year 10 $4.33 23,392$ 205,524$ 145,524$ EETAP 3 of 4 Sand Point, AK Appendix A - School Cost Benefit Analysis Table 4 - Motion Detectors Analysis Power Reduction Analysis Qty kWH Rating Hours of Operation (annual) $/kWH Cost to Operate Estimated Annual Savings Estimated Equivalent Annual Fuel Use Base line lighting cost calculation 119 0.107 1500 $0.35 $6,685 Lighting with motion detector 119 0.107 1000 $0.35 $4,457 $2,228 684.6 Total Annual Utility Fuel Reduction (gal) = 684.6 Electricity Inflation 1% Total Annual Savings = 2,228$ Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Install motion detectors with power packs 12 EA 325$ 3,900$ $25 10 $3,000 $0.00 $6,900 Cost Benefit Analysis Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $2,228 $2,228 (4,672)$ Year 2 $2,251 $4,479 (2,421)$ Year 3 $2,273 $6,752 (148)$ Year 4 $2,296 $9,048 2,148$ Year 5 $2,319 $11,366 4,466$ Year 6 $2,342 $13,708 6,808$ Year 7 $2,365 $16,074 9,174$ Year 8 $2,389 $18,463 11,563$ Year 9 $2,413 $20,876 13,976$ Year 10 $2,437 $23,313 16,389$ EETAP 4 of 4 Sand Point, AK Appendix A - Community Center Cost Benefit Analysis Table 1 - Lighting Fixture Upgrade Analysis Power Reduction Analysis # of fixt. kW Rating Hours of Operation (annual) Annual Power Use (kWh/year) $/kWH Cost to Operate Estimated Annual Savings Generation Efficiency (kWh/gal) Estimated Equivalent Annual Fuel Use Existing 400-watt high pressure sodium fixtures 8 0.48 1,500 5,760 $0.35 $2,016 13.7 420.4 New 6T5 high output fluorescent fixtures 8 0.351 1,500 4,212 $0.35 $1,474 $542 13.7 307.4 Annual Utility Fuel Reduction (gal) = 113.0 Electricity Inflation 1% Total Annual Savings = $542 Capital Cost Qty Unit Unit Cost1 (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Fixture Labor Cost Equipment Rental Cost Total Cost Replace existing 400-watt high pressure sodium fixtures with 6T5 high output fluorescent fixtures 8 EA $425 $3,400 $25 2 $400 $1,500 $5,300 Total Cost $5,300 Cost Benefit Analysis Annual Savings Cumulative Savings Capital Cost Reduction Year 1 542$ 542$ (4,758)$ Year 2 547$ 1,089$ (4,211)$ Year 3 553$ 1,642$ (3,658)$ Year 4 558$ 2,200$ (3,100)$ Year 5 564$ 2,764$ (2,536)$ Year 6 569$ 3,333$ (1,967)$ Year 7 575$ 3,908$ (1,392)$ Year 8 581$ 4,489$ (811)$ Year 9 587$ 5,076$ (224)$ Year 10 593$ 5,668$ 363$ 1Unit cost for lighting fixtures includes replacement of lamps for the 10-year period. EETAP 1 of 2 Sand Point, AK Appendix A - Community Center Cost Benefit Analysis Table 2 - Setback Thermostat Analysis Description Estimated Annual Fuel Use (gal) Fuel Cost $/Gal (2006) Estimated Annual Fuel Use (gal) Estimated Annual Fuel Savings (gal) Cost to Operate (2006) Estimated Annual Savings (2006) Existing heating system 3,200 $3.32 $10,624 Heating system with setback thermostat 3,040 160 $10,093 $531 Total Annual Savings= $531 Thermostat reduction 5.0% Fuel Cost Inflation R 3.0% Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Install setback thermostat 2 EA $145 $290 $25 2 $50 $0 $340 Cost Benefit Analysis Estimated Fuel Cost Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $3.32 531$ 531$ 191$ Year 2 $3.42 547$ 1,078$ 738$ Year 3 $3.52 564$ 1,642$ 1,302$ Year 4 $3.63 580$ 2,222$ 1,882$ Year 5 $3.74 598$ 2,820$ 2,480$ Year 6 $3.85 616$ 3,436$ 3,096$ Year 7 $3.96 634$ 4,070$ 3,730$ Year 8 $4.08 653$ 4,724$ 4,384$ Year 9 $4.21 673$ 5,397$ 5,057$ Year 10 $4.33 693$ 6,090$ 5,729$ EETAP 2 of 2 Sand Point, AK Appendix A - Fire Hall Cost Benefit Analysis Table 1 - Lighting Fixture Upgrade Analysis Power Reduction Analysis # of fixt. kW Rating Hours of Operation (annual) Annual Power Use (kWh/year) $/kWH Cost to Operate Estimated Annual Savings Generation Efficiency (kWh/gal) Estimated Equivalent Annual Fuel Use Existing 8-foot fluorescent fixtures: 2 lamp 18 0.158 1500 4266 $0.35 $1,493 13.7 311.4 New 4-foot T8 fixtures with electronic ballasts 36 0.059 1500 3186 $0.35 $1,115 $378 13.7 232.6 Existing four-foot fluorescent fixtures 7 0.086 1500 903 $0.35 $316 13.7 65.9 New four-foot T8 fixtures with electronic ballasts: 2 lamp 7 0.059 1500 619.5 $0.35 $217 $99 13.7 45.2 Existing fluorescent fixtures 18 0.16 1500 4320 $0.35 $1,512 13.7 315.3 New four-foot T8 fixtures with electronic ballasts: 4 lamp 18 0.107 1500 2889 $0.35 $1,011 $501 13.7 210.9 Existing 60-watt lamps 11 0.06 500 330 $0.35 $116 13.7 24.1 New 14-watt compact fluorescent lamps 11 0.014 500 77 $0.35 $27 $89 13.7 5.6 Annual Utility Fuel Reduction (gal) = 222.4 Electricity Inflation 1% Total Annual Savings = $1,067 Capital Cost Qty Unit Unit Cost1 (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Fixture Labor Cost Equipment Rental Cost Total Cost Replace with T8 fluorescent fixtures and electronic ballasts: 2 lamp 36 EA $110 $3,960 $25 2 $1,800 $0 $5,760 Replace with T8 fluorescent fixtures and electronic ballasts: 2 lamp 7 EA $110 $770 $25 2 $350 $0 $1,120 Replace with T8 fluorescent fixtures and electronic ballasts: 4 lamp 18 EA $120 $2,160 $25 2 $900 $0 $3,060 Replace incandescent lamps with compact fluorescent lamps 11 EA $25 $275 $25 0.5 $138 $0 $413 Total Cost $10,353 Cost Benefit Analysis Annual Savings Cumulative Savings Capital Cost Reduction Year 1 1,067$ 1,067$ (9,286)$ Year 2 1,077$ 2,144$ (8,209)$ Year 3 1,088$ 3,232$ (7,121)$ Year 4 1,099$ 4,331$ (6,022)$ Year 5 1,110$ 5,441$ (4,912)$ Year 6 1,121$ 6,562$ (3,791)$ Year 7 1,132$ 7,694$ (2,658)$ Year 8 1,144$ 8,838$ (1,515)$ Year 9 1,155$ 9,993$ (360)$ Year 10 1,167$ 11,159$ 795$ 1Unit cost for lighting fixtures includes replacement of lamps for the 10-year period. EETAP 1 of 2 Sand Point, AK Appendix A - Fire Hall Cost Benefit Analysis Table 2 - Setback Thermostat Analysis Description Estimated Annual Fuel Use (gal) Fuel Cost $/Gal (2006) Estimated Annual Fuel Use (gal) Estimated Annual Fuel Savings (gal) Cost to Operate (2006) Estimated Annual Savings (2006) Existing heating system 3,300 $3.32 $10,956 Heating system with setback thermostat 3,135 165 $10,408 $548 Total Annual Savings= $548 Thermostat reduction 5.0% Fuel Cost Inflation R 3.0% Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Install setback thermostat 1 EA $145 $145 $25 2 $50 $0 $195 Cost Benefit Analysis Estimated Fuel Cost Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $3.32 548$ 548$ 353$ Year 2 $3.42 564$ 1,112$ 917$ Year 3 $3.52 581$ 1,693$ 1,498$ Year 4 $3.63 599$ 2,292$ 2,097$ Year 5 $3.74 617$ 2,908$ 2,713$ Year 6 $3.85 635$ 3,543$ 3,348$ Year 7 $3.96 654$ 4,197$ 4,002$ Year 8 $4.08 674$ 4,871$ 4,676$ Year 9 $4.21 694$ 5,565$ 5,370$ Year 10 $4.33 715$ 6,280$ 6,064$ EETAP 2 of 2 Sand Point, AK Appendix A - Airport Terminal Cost Benefit Analysis Table 1 - Lighting Fixture Upgrade Analysis Power Reduction Analysis # of fixt. kW Rating Hours of Operation (annual) Annual Power Use (kWh/year) $/kWH Cost to Operate Estimated Annual Savings Generation Efficiency (kWh/gal) Estimated Equivalent Annual Fuel Use Existing fluorescent fixtures 29 0.115 1500 5002.5 $0.35 $1,751 13.7 365.1 New T8 recessed grid troffer fixtures with electronic ballasts: 3 lamp 29 0.0084 1500 365.4 $0.35 $128 $1,623 13.7 26.7 Existing 400-watt high pressure sodium fixtures 5 0.48 2200 5280 $0.35 $1,848 13.7 385.4 New T8 fixtures with electronic ballasts: 6 lamp 5 0.168 2200 1848 $0.35 $647 $1,201 13.7 134.9 Annual Utility Fuel Reduction (gal) = 589.0 Electricity Inflation 1% Total Annual Savings = $2,824 Capital Cost Qty Unit Unit Cost1 (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Fixture Labor Cost Equipment Rental Cost Total Cost Replace with T8 recessed grid troffer fixtures and electronic ballasts: 3 lamp 29 EA $265 $7,685 $25 4 $2,900 $0 $10,585 Replace high pressure sodium fixtures in garage area T8 fixtures and electronic ballasts: 6 lamp 5 EA $180 $900 $25 4 $500 $0 $1,400 Total Cost $11,985 Cost Benefit Analysis Annual Savings Cumulative Savings Capital Cost Reduction Year 1 2,824$ 2,824$ (9,161)$ Year 2 2,852$ 5,677$ (6,308)$ Year 3 2,881$ 8,558$ (3,427)$ Year 4 2,910$ 11,467$ (518)$ Year 5 2,939$ 14,406$ 2,421$ Year 6 2,968$ 17,374$ 5,389$ Year 7 2,998$ 20,372$ 8,387$ Year 8 3,028$ 23,400$ 11,415$ Year 9 3,058$ 26,458$ 14,473$ Year 10 3,089$ 29,547$ 17,532$ 1Unit cost for lighting fixtures includes replacement of lamps for the 10-year period. EETAP 1 of 3 Sand Point, AK Appendix A - Airport Terminal Cost Benefit Analysis Table 2 - Setback Thermostat Analysis Description Estimated Annual Fuel Use (gal) Fuel Cost $/Gal (2006) Estimated Annual Fuel Use (gal) Estimated Annual Fuel Savings (gal) Cost to Operate (2006) Estimated Annual Savings (2006) Existing heating system 2,700 $3.32 $8,964 Heating system with setback thermostat 2,565 135 $8,516 $448 Total Annual Savings= $448 Thermostat reduction 5.0% Fuel Cost Inflation R 3.0% Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Install setback thermostat 1 EA $145 $145 $25 2 $50 $0 $195 Cost Benefit Analysis Estimated Fuel Cost Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $3.32 448$ 448$ 253$ Year 2 $3.42 462$ 910$ 715$ Year 3 $3.52 475$ 1,385$ 1,190$ Year 4 $3.63 490$ 1,875$ 1,680$ Year 5 $3.74 504$ 2,380$ 2,185$ Year 6 $3.85 520$ 2,899$ 2,704$ Year 7 $3.96 535$ 3,434$ 3,239$ Year 8 $4.08 551$ 3,986$ 3,791$ Year 9 $4.21 568$ 4,553$ 4,358$ Year 10 $4.33 585$ 5,138$ 4,926$ EETAP 2 of 3 Sand Point, AK Appendix A - Airport Terminal Cost Benefit Analysis Table 3 - Boiler Controller Analysis Fuel Reduction Analysis Estimated Annual Fuel Use (gal) Fuel Cost $/Gal Estimated Annual Fuel Savings (%) Estimated Annual Fuel Savings (gal) Cost to Operate (2006) Estimated Annual Savings (2006) Existing boiler system 2,700 $3.32 $8,964 System with boiler controller 10% 270 $8,068 $896 Fuel Cost inflation rate 3.0% Capital Cost Qty Unit Unit Cost (materials & freight) Materials Cost Labor Rate ($/hour) Hours per Unit Total Labor Cost Equipment Rental Cost Total Cost Install new boiler controller 1 EA $3,000 $3,000 $100 40 $4,000 $0 $7,000 Mobilization (per diem, travel)$2,500 $9,500 Cost Benefit Analysis Estimated Fuel Cost Annual Savings Cumulative Savings Capital Cost Reduction Year 1 $3.32 896$ 896$ (8,604)$ Year 2 $3.42 923$ 1,820$ (7,680)$ Year 3 $3.52 951$ 2,771$ (6,729)$ Year 4 $3.63 980$ 3,750$ (5,750)$ Year 5 $3.74 1,009$ 4,759$ (4,741)$ Year 6 $3.85 1,039$ 5,798$ (3,702)$ Year 7 $3.96 1,070$ 6,869$ (2,631)$ Year 8 $4.08 1,102$ 7,971$ (1,529)$ Year 9 $4.21 1,136$ 9,107$ (393)$ Year 10 $4.33 1,170$ 10,276$ 776$ EETAP 3 of 3 Sand Point, AK 45 Main St. STE 403 Brooklyn, NY 11201 Toll Free: 877-402-6100 Fax: 347-402-6100 www.goodmart.com Sylvania 32W, 48 MOL, T8 OCTRON Extended Performance (XP) fluorescent lamp, 4100K color temperature, rare earth phosphor, 82 CRI, suitable for IS or RS operation, ECOLOGIC Product Name: FO32/841/XP/ECO Product #: 21767 Manufacturer: Sylvania Unit of Measure: Each (1) Our Price/Unit: $2.66 Average Wholesale Price/Unit:$10.44 You Save:$7.78 (74.52%)/Unit Quantity of Units/Case:30 Minimum Quantity of Cases to Order:1 Our Price/Case: $79.80 *Image accuracy not guaranteed Sylvania Octron lamps operate on standard T8 instant start systems. Additionally, on instant start ballasts life ratings increase to 24,000 hours at 3 hours per start and 30,000 hours at 12 hours per start. On Programmed Start Ballasts life ratings are 30,000 hours at 3 hours per start and 36,000 hours at 12 hours per start. Abbrev. With Packaging Info.: FO32841XPECO 30/CS 1/SKU Actual Length (in): 47.78 Actual Length (mm): 1213.6 Average Rated Life (hr): 30,000 Hours at 12 Hours Per Start Using an Instant Start Ballast. Base: Medium Bipin Bulb: T8 Color Rendering Index (CRI): 85 Color Temperature/CCT (K): 4100 Diameter (in): 1.10 Diameter (mm): 27.9 Family Brand Name: Octron 800 XP, Ecologic Industry Standards: ANSI C78.1 - 1991 Initial Lumens at 25C: 3000 Mean Lumens at 25C: 2850 Nominal Length (in): 48 Nominal Wattage (W): 32 Ordering Abbreviation: FO32/841/XP/ECO Value Added Product: YES This product can be used with: -->Central Lighting Plastics - FO32T8 Tube Guard-CLEAR -->Central Lighting Plastics - FO32T8 Tube Guard-UV Filtering -->Sylvania - QTP2X32T8/UNV-ISN-SC -->Sylvania - QTP1X32T8/UNV DIM-TC -->Sylvania - QTP2X32T8/UNV DIM-TC You may also be interested in our Fluorescent Tube Guard for Four and Eight Foot Fluorescent Lamps Price valid as of 10/28/2006. Buy online or check www.goodmart.com/products/33286.htm for current price. ...is cur Call Us Toll Free: 800.838.0977 (8-5, M-F, CST) or E-Mail Us What do I search for? Use the Bulb Finder Service Lighting Fluorescents : Compact : Pear/A-Line : SL29468 Service Lighting HOME About Us Contact Us Testimonials Terms & Conditions Sitemap Newsletter Periodic mailings of sales and new products! E-Mail Address: GO Our Vendors Osram Sylvania Westinghouse Universal Eveready Duracell Maglite GE Philips EIKO Panasonic Maxlite TCP Other Related Products: 14 watt 120 volt A19 Medium Base 3,000K Compact Fluorescent Sylvania Light Bulb Sylvania CF14EL/A19 29468 General Information Our Part #:SL29468 Manufacturer:Sylvania Manufacturer Code:CF14EL/A Price:$6.37 Eac Case Size:12 ($76. Specifications Light Output:800 lumen Energy Used:14 watts Average Lifetime:6,000 hou Volts:120 Bulb Type:A19 Base Type:Medium E Color Temperature:3,000K CRI:82 Length:4.75 inche NOTE: Product pricing is listed as individual/each, not as cases. However, all parts can be ordered in case/multiple quantities. QUANTITY TO ORDER: Picture Part Information 14 watt 120 volt A19 Medium Base 3,000K Compact Fluorescent Sylvania Light Bulb DISCONTINUED Part #: SL29345 - Mfgr: Sylvania - Mfgr Code: CF14EL/A19/1BL 14W 14 watt 120 volt A19 Medium Base 3,000K Buglight Compact Fluorescent Sylvania Light Bulb CONSTRUCTION/FINISH • Pattern 12 bottom prisms with interior linear side wall prisms for maximum cleanliness and light control. • 100% virgin acrylic lens hinges from either side for easy maintenance. • Housing is multi-stage phosphate treated for maximum corrosion resistance and finish coat is high reflectance baked white enamel. • Multiple knockouts accomodate a variety of mounting methods. • Heavy duty channel of code gauge die formed steel. • For surface or stem mounting. ELECTRICAL • UL listed for direct mounting on low density ceilings and damp locations. • Class P, HPF, CBM certified ballasts comply with Federal Ballast Law (Public Law 100-357,1988). • Lampholders may be individually replaced or rewired. • Self-contained fluorescent emergency power packs can be incorporated. 4' OR 8' OW NARROW WRAPAROUND JOB INFORMATION 1026-WP CATALOG NUMBER (not included) 2 See Section 1600-OA for Option Information. See Page 950-SS for Mounting Hardware. 32 – 32wT8 (48") 40 – 40wT12 (48") OW – Wraparound TOW – Tandem (8") N - Narrow 120 277 347 PRODUCT FAMILY WIDTH NO. OF LAMPS PER CROSS SECTION OPTIONS VOLTAGE LAMP TYPE WATTAGE –N 2 – 2 Lamp T8 or T12 E • With generic Electronic Ballasts (Brand selected by Day-Brite) Suffix Catalog # with– Ballast Quantity – / -EB Lamps Per Ballast. Example: –1/2-EB = One 2 Lamp Electronic Ballast. Example: –1/4-EB = One 4 Lamp Electronic Ballast. NOTES: OW N 2 32 120 EB101 Job Name: Type: OW NARROW WRAPAROUND '$<%5,7(/,*+7,1* 6RXWK*UHHQ6WUHHW7XSHOR0LVVLVVLSSL3+)$; &$1$',$1',9,6,21 %XOORFN'ULYH0DUNKDP2QWDULR/3:3+)$; 1026-WP Genlyte Thomas Group ©2000 DAY-BRITE LIGHTING HOT 03-00-20M DAY-BRITE RESERVES THE RIGHT TO MAKE CHANGES WITHOUT NOTICE. DIMENSIONS 8 5/8" (219 mm) 2 13/16" (71 mm) (2438 mm) (1219 mm)(1219 mm) Fixture Size & # of Lamps 4' 2- Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – 89 54 38 – – 61 37 – – 135 45 – – – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 808080 777777 7171 1 726866 696764 6359 2 666056 645855 5552 3 605447 575246 4845 4 564741 544640 4439 5 514236 484135 3934 6 463933 463632 3430 7 443428 413428 3227 8 403226 393026 2925 9 382823 362823 2723 10 35 27 22 34 26 20 25 20 CATALOG # OWN 240 LAMPS =F40 ES INPUT WATTS = 75 TEST # 41977 S/MH=1.3 BALLAST = ESB BALLAST FACTOR = .88PHOTOMETRIC DATA CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION LIGHT DISTRIBUTION AVERAGE LUMINANCE CD/SQ.M WITH 2650 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Angle End 45 Cross 0 1152 1152 1152 5 1152 1151 1150 15 1111 1125 1133 25 1028 1067 1094 35 907 976 998 45 737 822 845 55 458 529 511 65 217 262 341 75 97 152 243 85 30 100 221 95 0 104 204 105 1 122 192 115 3 105 159 125 6 72 109 135 8 43 71 145 7 26 38 155 7 18 27 165 6 10 17 175 6 5 6 ANGLE END 45° CROSS 45 4173 4228 3982 55 3197 3228 2770 65 2056 2041 2256 75 1500 1709 2145 85 1378 2135 3073 80-50-20 Reflectances (Ceiling-Wall-Floor) LLF = 0.73 2650 Lumens/Lamp very clean Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 64 66 56 62 40x40 61 63 51 56 60x30 64 67 61 65 60x60 58 59 45 50 100x100 55 56 39 43 DEGREES LUMENS % LAMP % FIXTURE 0-30 920 17.4 25.3 0-40 1525 28.8 42.0 0-60 2616 49.4 72.0 0-90 3201 60.4 88.1 90-180 434 8.2 11.9 0-180 3636 68.6 100.0 LLF = .73 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = 0.88 ESB BALLAST & 34W LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = 43 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $5.58 BASED ON 3000 HRS. AND $.08 PER KWH. Fixture Size & # of Lamps 4' 2- Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – 108 65 46 32 – 75 45 32 – – 55 33 – – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 848484 818181 7676 1 777369 737068 6664 2 696559 686157 5755 3 645651 615550 5246 4 585144 564842 4640 5 544539 524438 4135 6 504034 474034 3832 7 463630 453529 3428 8 423428 413327 3026 9 403025 392925 2823 10 38 28 23 36 28 23 27 22 CATALOG # OWN 232-1/2-EB LAMPS =F32 T8 INPUT WATTS = 59 TEST # 41979 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .92PHOTOMETRIC DATA CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION LIGHT DISTRIBUTION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Angle End 45 Cross 0 1315 1315 1315 5 1317 1315 1310 15 1275 1291 1302 25 1180 1233 1269 35 1042 1138 1168 45 855 962 999 55 541 617 595 65 252 299 385 75 112 173 278 85 36 118 269 95 0 126 265 105 1 157 244 115 4 123 182 125 7 71 112 135 10 36 53 145 9 31 41 155 8 22 32 165 7 12 20 175 7 7 8 ANGLE END 45° CROSS 45 4841 4948 4708 55 3776 3765 3225 65 2387 2329 2547 75 1733 1945 2454 85 1654 2519 3741 80-50-20 Reflectances (Ceiling-Wall-Floor) LLF = 0.76 2900 Lumens/Lamp very clean Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 60 63 53 58 40x40 57 59 48 52 60x30 61 64 57 62 60x60 54 56 41 46 100x100 52 53 35 39 DEGREES LUMENS % LAMP % FIXTURE 0-30 1057 18.2 25.0 0-40 1761 30.4 41.7 0-60 3035 52.3 71.9 0-90 3711 64.0 87.9 90-180 511 8.8 12.1 0-180 4222 72.8 100.0 LLF = .76 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = 0.92 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = 66 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.64 BASED ON 3000 HRS. AND $.08 PER KWH. FIXTURE EFFICIENCY= 68.6% FIXTURE EFFICIENCY= 72.8% CONSTRUCTION/FINISH • Pattern 12 bottom prisms with interior linear side wall prisms for maximum cleanliness and light control. • 100% virgin acrylic lens hinges from either side for easy maintenance. • Housing is multi-stage phosphate treated for maximum corrosion resistance and finish coat is high reflectance baked white enamel. • Multiple knockouts accomodate a variety of mounting methods. • Heavy duty channel of code gauge die formed steel. • For surface or stem mounting. ELECTRICAL • UL listed for direct mounting on low density ceilings and damp locations. • Class P, HPF, CBM certified ballasts comply with Federal Ballast Law (Public Law 100-357,1988). • Lampholders may be individually replaced or rewired. • Self-contained fluorescent emergency power packs can be incorporated. 4' OW WIDE WRAPAROUND JOB INFORMATION 1027-WP CATALOG NUMBER (not included) 2 4 See Section 1600-OA for Option Information. See Page 950-SS for Mounting Hardware. 32 – 32wT8 (48") 40 – 40wT12 (48") OW – Wraparound W - Wide 120 277 347 PRODUCT FAMILY WIDTH NO. OF LAMPS PER CROSS SECTION OPTIONS VOLTAGE LAMP TYPE WATTAGE –OW W – 2 or 4 Lamp T8 or T12 E • With generic Electronic Ballasts (Brand selected by Day-Brite) Suffix Catalog # with– Ballast Quantity – / -EB Lamps Per Ballast. Example: –1/2-EB = One 2 Lamp Electronic Ballast. Example: –1/4-EB = One 4 Lamp Electronic Ballast. NOTES: OW N 4 32 120 1/4-EB Job Name: Type: OW WIDE WRAPAROUND '$<%5,7(/,*+7,1* 6RXWK*UHHQ6WUHHW7XSHOR0LVVLVVLSSL3+)$; &$1$',$1',9,6,21 %XOORFN'ULYH0DUNKDP2QWDULR/3:3+)$; 1027-WP Genlyte Thomas Group ©2000 DAY-BRITE LIGHTING HOT 03-00-20M DAY-BRITE RESERVES THE RIGHT TO MAKE CHANGES WITHOUT NOTICE. DIMENSIONS 13 7/8" (352 mm) (1219 mm) 2 13/16" (71 mm) Fixture Size & # of Lamps 4' 4- Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – – 108 77 54 – 125 75 54 38 – 92 55 39 – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 808080 787878 7272 1 726967 706866 6461 2 676156 655956 5653 3 605548 585347 5046 4 564842 554641 4540 5 524438 504236 4035 6 473933 463833 3632 7 453529 423428 3328 8 413327 403227 3026 9 392923 382823 2823 10 35 28 22 34 27 22 26 20 CATALOG # OWW 440 LAMPS =F40 ES INPUT WATTS = 147 TEST # 41978 S/MH=1.4 BALLAST = ESB BALLAST FACTOR = .88PHOTOMETRIC DATA CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION LIGHT DISTRIBUTION AVERAGE LUMINANCE CD/SQ.M WITH 2650 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Angle End 45 Cross 0 2452 2452 2452 5 2453 2449 2442 15 2373 2398 2415 25 2204 2284 2342 35 1951 2098 2184 45 1599 1785 1843 55 969 1116 1028 65 466 600 612 75 234 325 439 85 83 159 296 95 0 125 229 105 3 138 215 115 4 122 178 125 8 95 137 135 8 62 93 145 10 42 58 155 10 27 40 165 8 14 23 175 7 9 12 ANGLE END 45° CROSS 45 5509 5794 5656 55 4116 4358 3716 65 2686 3057 2793 75 2203 2489 2835 85 2320 2613 3445 80-50-20 Reflectances (Ceiling-Wall-Floor) LLF = 0.73 2650 Lumens/Lamp very clean Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 53 56 49 54 40x40 51 53 45 40 60x30 55 58 53 57 60x60 48 49 40 44 100x100 47 47 37 39 DEGREES LUMENS % LAMP % FIXTURE 0-30 1963 18.5 27.1 0-40 3269 30.8 45.1 0-60 5591 52.7 77.1 0-90 6727 63.5 92.7 90-180 526 5.0 7.3 0-180 7253 68.4 100.0 LLF = .73 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = 0.88 ESB BALLAST & 34W LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = 43 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS =$5.58 BASED ON 3000 HRS. AND $.08 PER KWH. Fixture Size & # of Lamps 4' 4- Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – – 133 95 66 – – 92 65 46 – 112 67 48 34 pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 868686 838383 7979 1 807672 777370 6967 2 726761 696559 6057 3 665853 645652 5450 4 605246 585145 4844 5 564640 544640 4438 6 524135 504034 4034 7 473832 463832 3530 8 453428 423428 3328 9 413226 403026 2925 10 39 29 23 38 28 23 28 23 CATALOG # OWW 432-1/4-EB LAMPS =F32 T8 INPUT WATTS = 107 TEST # 41980 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .91PHOTOMETRIC DATA CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION LIGHT DISTRIBUTION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Angle End 45 Cross 0 2848 2848 2848 5 2852 2847 2840 15 2761 2792 2818 25 2567 2667 2741 35 2281 2457 2567 45 1875 2120 2248 55 1144 1349 1267 65 555 727 739 75 276 390 528 85 98 195 379 95 1 159 311 105 2 183 270 115 6 141 202 125 9 100 142 135 11 63 88 145 12 48 64 155 12 33 47 165 11 19 28 175 9 11 15 ANGLE END 45° CROSS 45 6460 6882 6899 55 4859 5268 4579 65 3199 3704 3373 75 2598 2987 3410 85 2739 3205 4411 80-50-20 Reflectances (Ceiling-Wall-Floor) LLF = 0.75 2900 Lumens/Lamp very clean Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 49 52 45 49 40x40 46 48 40 44 60x30 51 54 49 52 60x60 43 45 36 39 100x100 43 43 32 34 DEGREES LUMENS % LAMP % FIXTURE 0-30 2289 19.7 26.6 0-40 3817 32.9 44.4 0-60 6596 56.9 76.7 0-90 7968 68.7 92.7 90-180 631 5.4 7.3 0-180 8599 74.1 100.0 LLF = .75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = 0.91 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = 73 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.29 BASED ON 3000 HRS. AND $.08 PER KWH. FIXTURE EFFICIENCY= 68.4% FIXTURE EFFICIENCY= 74.1% CONSTRUCTION/FINISH • A quality low-profile troffer with specification features for NEMA “G” grid, NEMA “NFG” narrow face grid, NEMA “GR” grid regressed, NEMA “NFSG” narrow faced slot grid, or NEMA “F” flange ceiling types. • Designed around T8 lamps. • 3" nominal housing depth, 3-3/16" maximum depth. • Smooth rolled edges on all four sides for easy handling. • Die-formed one piece housing includes stiffening embosses and provides increased rigidity. • Housing is multi-stage phosphate treated for maximum cor- rosion resistance and finish coat is high reflectance baked white enamel. • Lamp pin openings in housing ends for easier relamping (can be relamped without using openings). • Integral baffling system to prevent light leaks. • 2 sets of integral grid clips (wraparound and fold out) for maximum mounting flexibility. • Integral wire hanger holes for independent wire suspension. • Embosses with holes provided in housing end for screwing to T-bar if desired. • On T8 models, a single lamp can be changed without dis- turbing other lamps or wireway cover. • 7/8" K.O.’s provided in each end cap for through wiring. • Factory installed access plate in housing top includes 7/8" hole with rolled edge and 7/8" K.O. • Carton includes integral carrying handle for easy handling. ELECTRICAL • Class P, HPF ballasts comply with Federal Ballast Law (Public Law 100-357,1988). • UL listed, suitable for damp locations. Canadian certified optional. • Self-contained fluorescent emergency power packs can be incorporated, UL listed for dry locations. • Rotating ring locking lampholder is standard for secure and positive retention of lamps. ENCLOSURES • Full “C” channel door frames for improved lens support and reduced shipping damage. • Flat steel door frame features smooth rolled edges inside and outside. • All door frames have mitered corners. • All door frames use T-hinges and can be hinged and latched from either side. • Opposable spring loaded latches are standard for easy operation and consistent retention. 2' x 4' TG8 JOB INFORMATION 425.2-SR E • With generic Electronic Ballasts (Brand selected by Day-Brite) Suffix Catalog # with– Ballast Quantity – / -EB Lamps Per Ballast. Example: –1/2-EB = One 2 Lamp Electronic Ballast. Example: –1/3-EB = One 3 Lamp Electronic Ballast.Example: –1/4-EB = One 4 Lamp Electronic Ballast. Example: –1/21-EB = One 2 Lamp Electronic Ballast and One 1 Lamp Electronic Ballast.Example: –2/2-EB = Two 2 Lamp Electronic Ballasts. NOTES: 2, 3, or 4 Lamp T8 Prismatic Acrylic Lens CATALOG NUMBER 32 – 32wT8 (48") BLANK – White Door B – Black Door BLANK – Flat Steel FA – Flat Alum. RA – Regr. Alum. 2 – 2' TG8 – TG8 Troffer, Grid TF8 – TG8 Troffer, Flange (not included) 2 3 4 120 277 347 UNV – Universal voltage, 120-277 volt WIDTH FIXTURE FAMILY NO. OF LAMPS LAMP TYPE/WATTAGE DOOR FINISH LENS OPTIONS VOLTAGE DOOR FRAME –––2 01 – Pattern 12 prismatic acrylic 12 – DB-12, .125" nominal 19 – DB-19, .156" nominal 21 – Pattern 12, .125" nominal 30 – 1/2"x1/2"x1/2" silver plastic louver 34 – 1-1/2"x1-1/2"x1-1/2" silver plastic louver 52 – 3/4"x3/4"x1/2" silver plastic louver 93 – drop dish acrylic OBS – Lamp obscuring lens, .125" nominal See Sheet 420-SR for other options. 1/3 – one 3 lamp electronic ballast (see note below for other config.) EB – generic electronic ballast, instant start, <20% THD EB10I – generic electronic ballast, instant start, <10% THD EB10R – generic electronic ballast, rapid start, <10% THD CM – Canadian market E1 – factory inst. DEB-1 emerg. ballast E7 – factory inst. DEB-7B emerg. ballast F1 – factory inst. flex-3 wire, 18 gauge, 6' F2 – factory inst. flex-4 wire, 18 gauge, 6' GLR#– fast blow fuse (#=1 for single, 2 for dual ballast) JP – job pack (stretch wrapped less car- tons) LPT735 – factory inst. generic lamps, 70+ CRI, 3500K SI – silverado insert TG8 3 32 FA 01 BLANK 120 1/3 EB101 Job Name: Sand Point Airport Terminal Type: Main Building Area Built In Grid Clip Bend Grid Clip Until It Fits Over And "Hooks Onto" The "T" Bar "T" Bar If Desired, Drive #8 - Screw (By Others) To Secure The Grid Clip To The "T" Bar - 4 Places DIMENSIONS 425.2-SR 2' X 4' 2 LAMP (81mm)(76mm) 3-3/16"3" 24" O.C. Grid Tees (610 mm) (Lamp Center To Lens) 1-7/8" (NEMA Type F) Flange for acoustical ceilings using concealed mechanical sus- pension. Swing-jack mounting brackets: adjustment 2-13/16" max.and 5/8" min. Refer to sheet 801-CL for cut-out information. (NEMA Type G) Lay-in acoustical ceilings using exposed grid suspen- sion, with tees for fixtures on 24" x 48" spacing. F = FLANGE (NEMA F) CEILING TYPE G = GRID (NEMA G) 2 T G 2 32 ➞24" SIDE SIDE ➞13" 2-13/16" Max. 5/8" Min. 25"24" (610 mm) (635 mm) CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2850 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2-Lamp T8 Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – 131 78 56 39 –905439 – –6640 – – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 104 104 104 101 101 101 96 96 1 94 91 88 93 89 85 85 82 2 86 80 75 84 79 72 76 70 3 80 70 64 78 69 63 67 61 4 72 63 56 70 61 55 59 54 5 67 56 48 66 56 48 54 47 6 61 51 44 60 50 42 48 41 7 57 46 39 56 46 39 44 38 8 54 41 34 53 41 34 40 34 9 50 39 32 48 38 32 36 30 10 46 35 28 46 34 28 34 28 CATALOG # 2TG8232-01-1/2-EB LAMPS = F32T8 INPUT WATTS = 59 TEST #22916 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .88PHOTOMETRIC DATA Angle End 45 Cross 0 1838 1838 1838 5 1841 1835 1827 10 1815 1821 1823 15 1774 1796 1818 20 1715 1761 1802 25 1631 1711 1778 30 1530 1643 1737 35 1411 1550 1667 40 1271 1416 1551 45 1111 1244 1373 50 931 1065 1154 55 747 872 931 60 572 653 709 65 430 445 514 70 329 289 361 75 260 201 251 80 193 156 176 85 102 94 94 ANGLE END 45° CROSS 45 2521 2823 3116 55 2090 2439 2604 65 1633 1690 1952 75 1612 1246 1556 85 1878 1731 1731 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2850 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 60 65 60 64 40x40 57 61 57 60 60x30 63 67 62 66 60x60 53 56 53 56 100x100 50 52 51 52 DEGREES LUMENS % LAMP % FIXTURE 0-30 1470 25.8 29.6 0-40 2433 42.7 49.0 0-60 4147 72.8 83.5 0-90 4966 87.1 100.0LLF = 0.75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.91 @ 40% RATED LAMP LIFE BF = 0.88 ELECTRONIC BALLAST & T-8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FL-74 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS =$3.24 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 87.1% 8 One 7/8" dia. K.O. One 7/8" dia. hole Access Plate Location Wraparound Grid Clips Fold-Out Grid Clips Built In Grid Clip Bend Grid Clip Until It Fits Over And "Hooks Onto" The "T" Bar "T" Bar If Desired, Drive #8 - Screw (By Others) To Secure The Grid Clip To The "T" Bar - 4 Places One 7/8" dia. K.O. One 7/8" dia. hole (610 mm) 24" O.C. Grid Tees (81mm)(76mm) 3-3/16"3" (Lamp Center To Lens) 1-7/8" 425.2-SR 2' X 4' 3 LAMP DIMENSIONS CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2850 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 3-Lamp T8 Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – – 114 82 57 – 132 79 57 40 –975842 – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 101 101 101 98 98 98 93 93 1 938984 908683 8281 2 847872 827771 7368 3 786863 766861 6559 4 706154 685954 5753 5 665547 645446 5346 6 605041 584841 4740 7 564538 554538 4236 8 534034 514034 4034 9 483830 473630 3630 10 46 34 28 45 34 28 34 28 CATALOG # 2TG8332-01-1/3-EB LAMPS =F32T8 INPUT WATTS = 84 TEST #22921 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .88PHOTOMETRIC DATA Angle End 45 Cross 0 2708 2708 2708 5 2709 2703 2694 10 2673 2681 2688 15 2618 2645 2677 20 2526 2593 2657 25 2402 2518 2616 30 2253 2413 2544 35 2078 2269 2429 40 1867 2069 2247 45 1630 1818 1985 50 1365 1545 1663 55 1093 1263 1339 60 841 943 1019 65 634 643 741 70 481 419 518 75 377 291 362 80 279 225 257 85 145 133 149 ANGLE END 45° CROSS 45 3699 4125 4504 55 3058 3533 3746 65 2407 2441 2813 75 2337 1804 2244 85 2669 2449 2743 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2850 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 51 56 51 55 40x40 48 52 48 51 60x30 54 59 54 58 60x60 44 47 44 47 100x100 42 43 41 43 DEGREES LUMENS % LAMP % FIXTURE 0-30 2163 25.3 29.8 0-40 3573 41.8 49.2 0-60 6064 70.9 83.6 0-90 7253 84.8 100.0 LLF = 0.75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.91 @ 40% RATED LAMP LIFE BF = 0.88 ELECTRONIC BALLAST & T-8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FL-76 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.16 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 84.8% Access Plate Location Wraparound Grid Clips Fold-Out Grid Clips Built In Grid Clip Bend Grid Clip Until It Fits Over And "Hooks Onto" The "T" Bar "T" Bar If Desired, Drive #8 - Screw (By Others) To Secure The Grid Clip To The "T" Bar - 4 Places One 7/8" dia. K.O. One 7/8" dia. hole 24" O.C. Grid Tees (610 mm) (81mm)(76mm) 3-3/16"3" (Lamp Center To Lens) 1-7/8" 2' X 4' 4 LAMP 425.2-SR Genlyte Thomas Group ©2003 DAY-BRITE LIGHTING DL 08-03-2M DAY-BRITE RESERVES THE RIGHT TO MAKE CHANGES WITHOUT NOTICE. DIMENSIONS Fixture Size & # of Lamps 4-Lamp T8 Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – – 149 107 75 – – 104 74 52 – 127 76 54 38 pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 989898 959595 9292 1 918683 888481 8179 2 82 76 70 81 75 69 71 68 3 76 68 60 73 66 59 64 58 4 69 59 53 68 58 53 56 51 5 64 54 46 63 53 46 51 45 6 59 48 41 57 47 40 46 40 7 55 44 36 54 44 36 41 35 8 514034 504033 3933 9 473630 463629 3529 10 45 34 28 44 34 28 33 27 CATALOG # 2TG8432-01-1/4-EB LAMPS =F32T8 INPUT WATTS = 112 TEST #22910 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .88PHOTOMETRIC DATA CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION LIGHT DISTRIBUTION AVERAGE LUMINANCE CD/SQ.M WITH 2850 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Angle End 45 Cross 0 3551 3551 3551 5 3559 3546 3527 10 3514 3517 3519 15 3433 3475 3505 20 3316 3404 3473 25 3158 3299 3410 30 2964 3160 3312 35 2735 2963 3154 40 2461 2695 2904 45 2140 2364 2568 50 1781 2011 2137 55 1426 1630 1718 60 1097 1223 1304 65 819 835 945 70 619 539 672 75 487 371 472 80 368 287 335 85 204 178 190 ANGLE END 45° CROSS 45 3804 4041 4319 55 2985 3205 3367 65 2248 2165 2331 75 1955 1603 2214 85 2503 2156 2850 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2850 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 45 50 44 49 40x40 41 45 41 45 60x30 48 52 47 51 60x60 37 40 38 41 100x100 35 37 35 37 DEGREES LUMENS % LAMP % FIXTURE 0-30 2834 24.9 30.0 0-40 4675 41.0 49.4 0-60 7911 69.4 83.7 0-90 9455 82.9 100.0LLF = 0.75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.91 @ 40% RATED LAMP LIFE BF = 0.88 ELECTRONIC BALLAST & T-8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FL-74 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.24 BASED ON 3000 HRS. AND $.08 PER KWH.FIXTURE EFFICIENCY= 82.9% Access Plate Location Wraparound Grid Clips Fold-Out Grid Clips DAY-BRITE LIGHTING • www.daybritelighting.com 776 South Green Street • Tupelo, Mississippi 38804 • PH: (662) 842-7212 • FAX: (662) 841-5501 CANADIAN DIVISION 189 Bullock Drive • Markham, Ontario L3P 1W4 • PH: (905) 294-9570 • FAX: (905) 294-9811 CONSTRUCTION/FINISH • A quality low-profile troffer with specification features for NEMA “G” grid, NEMA “NFG” narrow face grid, NEMA “GR” grid regressed, NEMA “NFSG” narrow faced slot grid, or NEMA “F” flange ceiling types. • Designed around T8 lamps. • 3" nominal housing depth, 3-3/16" maximum depth. • Smooth rolled edges on all four sides for easy handling. • Die-formed one piece housing includes stiffening embosses and provides increased rigidity. • Housing is multi-stage phosphate treated for maximum cor- rosion resistance and finish coat is high reflectance baked white enamel. • Lamp pin openings in housing ends for easier relamping (can be relamped without using openings). • Integral baffling system to prevent light leaks. • 2 sets of integral grid clips (wraparound and fold out) for maximum mounting flexibility. • Integral wire hanger holes for independent wire suspension. • Embosses with holes provided in housing end for screwing to T-bar if desired. • On T8 models, a single lamp can be changed without dis- turbing other lamps or wireway cover. • 7/8" K.O.’s provided in each end cap for through wiring. • Factory installed access plate in housing top includes 7/8" hole with rolled edge and 7/8" K.O. • Carton includes integral carrying handle for easy handling. ELECTRICAL • Class P, HPF ballasts comply with Federal Ballast Law (Public Law 100-357,1988). • UL listed, suitable for damp locations. Canadian certified optional. • Self-contained fluorescent emergency power packs can be incorporated, UL listed for dry locations. • Rotating ring locking lampholder is standard for secure and positive retention of lamps. ENCLOSURES • Full “C” channel door frames for improved lens support and reduced shipping damage. • Flat steel door frame features smooth rolled edges inside and outside. • All door frames have mitered corners. • All door frames use T-hinges and can be hinged and latched from either side. • Opposable spring loaded latches are standard for easy operation and consistent retention. 2' x 4' TG8 JOB INFORMATION 425.2-SR E • With generic Electronic Ballasts (Brand selected by Day-Brite) Suffix Catalog # with– Ballast Quantity – / -EB Lamps Per Ballast. Example: –1/2-EB = One 2 Lamp Electronic Ballast. Example: –1/3-EB = One 3 Lamp Electronic Ballast.Example: –1/4-EB = One 4 Lamp Electronic Ballast. Example: –1/21-EB = One 2 Lamp Electronic Ballast and One 1 Lamp Electronic Ballast.Example: –2/2-EB = Two 2 Lamp Electronic Ballasts. NOTES: 2, 3, or 4 Lamp T8 Prismatic Acrylic Lens CATALOG NUMBER 32 – 32wT8 (48") BLANK – White Door B – Black Door BLANK – Flat Steel FA – Flat Alum. RA – Regr. Alum. 2 – 2' TG8 – TG8 Troffer, Grid TF8 – TG8 Troffer, Flange (not included) 2 3 4 120 277 347 UNV – Universal voltage, 120-277 volt WIDTH FIXTURE FAMILY NO. OF LAMPS LAMP TYPE/WATTAGE DOOR FINISH LENS OPTIONS VOLTAGE DOOR FRAME –––2 01 – Pattern 12 prismatic acrylic 12 – DB-12, .125" nominal 19 – DB-19, .156" nominal 21 – Pattern 12, .125" nominal 30 – 1/2"x1/2"x1/2" silver plastic louver 34 – 1-1/2"x1-1/2"x1-1/2" silver plastic louver 52 – 3/4"x3/4"x1/2" silver plastic louver 93 – drop dish acrylic OBS – Lamp obscuring lens, .125" nominal See Sheet 420-SR for other options. 1/3 – one 3 lamp electronic ballast (see note below for other config.) EB – generic electronic ballast, instant start, <20% THD EB10I – generic electronic ballast, instant start, <10% THD EB10R – generic electronic ballast, rapid start, <10% THD CM – Canadian market E1 – factory inst. DEB-1 emerg. ballast E7 – factory inst. DEB-7B emerg. ballast F1 – factory inst. flex-3 wire, 18 gauge, 6' F2 – factory inst. flex-4 wire, 18 gauge, 6' GLR#– fast blow fuse (#=1 for single, 2 for dual ballast) JP – job pack (stretch wrapped less car- tons) LPT735 – factory inst. generic lamps, 70+ CRI, 3500K SI – silverado insert TG8 3 32 FA 01 BLANK 120 1/3 EB101 Job Name: Sand Point Airport Terminal Type: Main Building Area Built In Grid Clip Bend Grid Clip Until It Fits Over And "Hooks Onto" The "T" Bar "T" Bar If Desired, Drive #8 - Screw (By Others) To Secure The Grid Clip To The "T" Bar - 4 Places DIMENSIONS 425.2-SR 2' X 4' 2 LAMP (81mm)(76mm) 3-3/16"3" 24" O.C. Grid Tees (610 mm) (Lamp Center To Lens) 1-7/8" (NEMA Type F) Flange for acoustical ceilings using concealed mechanical sus- pension. Swing-jack mounting brackets: adjustment 2-13/16" max.and 5/8" min. Refer to sheet 801-CL for cut-out information. (NEMA Type G) Lay-in acoustical ceilings using exposed grid suspen- sion, with tees for fixtures on 24" x 48" spacing. F = FLANGE (NEMA F) CEILING TYPE G = GRID (NEMA G) 2 T G 2 32 ➞24" SIDE SIDE ➞13" 2-13/16" Max. 5/8" Min. 25"24" (610 mm) (635 mm) CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2850 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2-Lamp T8 Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – 131 78 56 39 –905439 – –6640 – – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 104 104 104 101 101 101 96 96 1 94 91 88 93 89 85 85 82 2 86 80 75 84 79 72 76 70 3 80 70 64 78 69 63 67 61 4 72 63 56 70 61 55 59 54 5 67 56 48 66 56 48 54 47 6 61 51 44 60 50 42 48 41 7 57 46 39 56 46 39 44 38 8 54 41 34 53 41 34 40 34 9 50 39 32 48 38 32 36 30 10 46 35 28 46 34 28 34 28 CATALOG # 2TG8232-01-1/2-EB LAMPS = F32T8 INPUT WATTS = 59 TEST #22916 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .88PHOTOMETRIC DATA Angle End 45 Cross 0 1838 1838 1838 5 1841 1835 1827 10 1815 1821 1823 15 1774 1796 1818 20 1715 1761 1802 25 1631 1711 1778 30 1530 1643 1737 35 1411 1550 1667 40 1271 1416 1551 45 1111 1244 1373 50 931 1065 1154 55 747 872 931 60 572 653 709 65 430 445 514 70 329 289 361 75 260 201 251 80 193 156 176 85 102 94 94 ANGLE END 45° CROSS 45 2521 2823 3116 55 2090 2439 2604 65 1633 1690 1952 75 1612 1246 1556 85 1878 1731 1731 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2850 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 60 65 60 64 40x40 57 61 57 60 60x30 63 67 62 66 60x60 53 56 53 56 100x100 50 52 51 52 DEGREES LUMENS % LAMP % FIXTURE 0-30 1470 25.8 29.6 0-40 2433 42.7 49.0 0-60 4147 72.8 83.5 0-90 4966 87.1 100.0LLF = 0.75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.91 @ 40% RATED LAMP LIFE BF = 0.88 ELECTRONIC BALLAST & T-8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FL-74 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS =$3.24 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 87.1% 8 One 7/8" dia. K.O. One 7/8" dia. hole Access Plate Location Wraparound Grid Clips Fold-Out Grid Clips Built In Grid Clip Bend Grid Clip Until It Fits Over And "Hooks Onto" The "T" Bar "T" Bar If Desired, Drive #8 - Screw (By Others) To Secure The Grid Clip To The "T" Bar - 4 Places One 7/8" dia. K.O. One 7/8" dia. hole (610 mm) 24" O.C. Grid Tees (81mm)(76mm) 3-3/16"3" (Lamp Center To Lens) 1-7/8" 425.2-SR 2' X 4' 3 LAMP DIMENSIONS CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2850 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 3-Lamp T8 Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – – 114 82 57 – 132 79 57 40 –975842 – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 101 101 101 98 98 98 93 93 1 938984 908683 8281 2 847872 827771 7368 3 786863 766861 6559 4 706154 685954 5753 5 665547 645446 5346 6 605041 584841 4740 7 564538 554538 4236 8 534034 514034 4034 9 483830 473630 3630 10 46 34 28 45 34 28 34 28 CATALOG # 2TG8332-01-1/3-EB LAMPS =F32T8 INPUT WATTS = 84 TEST #22921 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .88PHOTOMETRIC DATA Angle End 45 Cross 0 2708 2708 2708 5 2709 2703 2694 10 2673 2681 2688 15 2618 2645 2677 20 2526 2593 2657 25 2402 2518 2616 30 2253 2413 2544 35 2078 2269 2429 40 1867 2069 2247 45 1630 1818 1985 50 1365 1545 1663 55 1093 1263 1339 60 841 943 1019 65 634 643 741 70 481 419 518 75 377 291 362 80 279 225 257 85 145 133 149 ANGLE END 45° CROSS 45 3699 4125 4504 55 3058 3533 3746 65 2407 2441 2813 75 2337 1804 2244 85 2669 2449 2743 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2850 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 51 56 51 55 40x40 48 52 48 51 60x30 54 59 54 58 60x60 44 47 44 47 100x100 42 43 41 43 DEGREES LUMENS % LAMP % FIXTURE 0-30 2163 25.3 29.8 0-40 3573 41.8 49.2 0-60 6064 70.9 83.6 0-90 7253 84.8 100.0 LLF = 0.75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.91 @ 40% RATED LAMP LIFE BF = 0.88 ELECTRONIC BALLAST & T-8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FL-76 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.16 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 84.8% Access Plate Location Wraparound Grid Clips Fold-Out Grid Clips Built In Grid Clip Bend Grid Clip Until It Fits Over And "Hooks Onto" The "T" Bar "T" Bar If Desired, Drive #8 - Screw (By Others) To Secure The Grid Clip To The "T" Bar - 4 Places One 7/8" dia. K.O. One 7/8" dia. hole 24" O.C. Grid Tees (610 mm) (81mm)(76mm) 3-3/16"3" (Lamp Center To Lens) 1-7/8" 2' X 4' 4 LAMP 425.2-SR Genlyte Thomas Group ©2003 DAY-BRITE LIGHTING DL 08-03-2M DAY-BRITE RESERVES THE RIGHT TO MAKE CHANGES WITHOUT NOTICE. DIMENSIONS Fixture Size & # of Lamps 4-Lamp T8 Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – – 149 107 75 – – 104 74 52 – 127 76 54 38 pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 989898 959595 9292 1 918683 888481 8179 2 82 76 70 81 75 69 71 68 3 76 68 60 73 66 59 64 58 4 69 59 53 68 58 53 56 51 5 64 54 46 63 53 46 51 45 6 59 48 41 57 47 40 46 40 7 55 44 36 54 44 36 41 35 8 514034 504033 3933 9 473630 463629 3529 10 45 34 28 44 34 28 33 27 CATALOG # 2TG8432-01-1/4-EB LAMPS =F32T8 INPUT WATTS = 112 TEST #22910 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .88PHOTOMETRIC DATA CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION LIGHT DISTRIBUTION AVERAGE LUMINANCE CD/SQ.M WITH 2850 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Angle End 45 Cross 0 3551 3551 3551 5 3559 3546 3527 10 3514 3517 3519 15 3433 3475 3505 20 3316 3404 3473 25 3158 3299 3410 30 2964 3160 3312 35 2735 2963 3154 40 2461 2695 2904 45 2140 2364 2568 50 1781 2011 2137 55 1426 1630 1718 60 1097 1223 1304 65 819 835 945 70 619 539 672 75 487 371 472 80 368 287 335 85 204 178 190 ANGLE END 45° CROSS 45 3804 4041 4319 55 2985 3205 3367 65 2248 2165 2331 75 1955 1603 2214 85 2503 2156 2850 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2850 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 45 50 44 49 40x40 41 45 41 45 60x30 48 52 47 51 60x60 37 40 38 41 100x100 35 37 35 37 DEGREES LUMENS % LAMP % FIXTURE 0-30 2834 24.9 30.0 0-40 4675 41.0 49.4 0-60 7911 69.4 83.7 0-90 9455 82.9 100.0LLF = 0.75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.91 @ 40% RATED LAMP LIFE BF = 0.88 ELECTRONIC BALLAST & T-8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FL-74 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.24 BASED ON 3000 HRS. AND $.08 PER KWH.FIXTURE EFFICIENCY= 82.9% Access Plate Location Wraparound Grid Clips Fold-Out Grid Clips DAY-BRITE LIGHTING • www.daybritelighting.com 776 South Green Street • Tupelo, Mississippi 38804 • PH: (662) 842-7212 • FAX: (662) 841-5501 CANADIAN DIVISION 189 Bullock Drive • Markham, Ontario L3P 1W4 • PH: (905) 294-9570 • FAX: (905) 294-9811 APPLICATION • Low-brightness troffer for most ceilings: – Grid inverted T (NEMA “G”) – Flange-type for concealed mechanical suspension (NEMA “F”) – Modular and “Z” spline (NEMA “M/Z”) – Screw Slot; with louvers at ceiling plane (NEMA “SS”) • Designed for air supply/return through side slots and/or heat transfer. Select the appropriate catalog no. for air function desired. Air boots by others. • Air handling or combination models are available with optional factory installed snap-in air slot covers (ASC) or adjustable air pattern control blades (APC). • Excellent visual comfort and inconspicuous appearance. CONSTRUCTION/FINISH • Housing is multi-stage phosphate treated for maximum corrosion resistance and finish coat is high reflectance baked white enamel. • Painted after fabrication housing available • Flat black finish inside perimeter reveal for “floating door” appearance. • T-bar grid clips (UL listed, patented) built into fixture end plates, no extra parts required. Designed for use with standard grid ceiling members, 1-1/2" maximum height • Shallow wireway cover standard. • Deep wireway cover available for cell segregation (DWC). • Factory installed access plate includes 7/8" hole, 7/8" knockout and grounding screw. • One-piece housing features integral end plates that increase rigidity and minimize damage from handling or shipping ELECTRICAL • Class P, HPF ballasts comply with Federal Ballast Law (Public Law 100-357,1988). • UL listed for damp locations. C.S.A. certified optional. • Self-contained fluorescent emergency power packs can be incorporated, UL listed for dry locations ENCLOSURES • Full 3" parabolic-shaped louvers closely controlled for uniform low-brightness appearance, and interlocked to avoid vibration. • Lengthwise shielding is 30°. Crosswise shielding is 45° for 32 cell louver. • Bottom aluminum flange has mitered corners and fits flush with ceiling. • T-hinges are standard for positive support of the enclosure • Guide-post spring loaded latches are standard for ease of use and secure retention of the louver. • Can be hinged and latched from either side. • Shipped with plastic film to keep out construction dirt. 2' x 4' 3" PARALOUVER JOB INFORMATION 234.1-PLV E • With generic Electronic Ballasts (Brand selected by Day-Brite) Suffix Catalog # with– Ballast Quantity – / -EB Lamps Per Ballast. Example: –1/4-EB = One 3 Lamp Electronic Ballast. Example: –2/2-EB = Two 2 Lamp Electronic Ballasts. NOTES: (not included) 4 (cells wide x cells long) 46 – 4 x 6 48 – 4 x 8 2 – 2' 32 – 32wT8 (48") 40 – 40wT12 (48") P3 – Paralouver (3") P3C – CSA Certified Model F – Flange G – Grid T – Screw Slot Z – Z Spline Modular WIDTH FIXTURE FAMILY CEILING TYPE LAMP TYPE/WATTAGE NO. OF LAMPS LOUVER CONFIGURATION VOLTAGE CATALOG NUMBER 2 4 120 277 347 A – Air Supply C – Combination (Air & Heat Transfer) H – Heat Transfer S – Static (no air function) AIR FUNCTION 4 Lamp T8 or T12 24 or 32 Cell 32 Cell Model Shown LOUVER FINISH OPTIONS AL – Semi-Specular Low Iridescence SL – Premium Semi- Specular Low Iridescence FL – Full Specular Low Iridescence See Section 1600-OA for Option Info. ASC – Snap-in air slot covers APC – Adjustable air pattern control blades DWC – Deep wireway cover PAF – Housing painted after fabrication Job Name: Sand Point Airport Terminal Type: Main Building Area TG8 32 120 1/3 EB101 DIMENSIONS 234.1-PLV 2' X 4' 4 LAMP 32 CELL 24" O.C. GRID TEES (609.6 mm) O.C. GRID TEES 5-3/4" (146.1 mm) CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2' X 4' 4 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – – 128 91 64 – – 93 66 47 – 116 70 50 35 pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 818181 797979 7575 1 76 72 70 73 71 69 68 67 2 69 66 61 68 65 60 61 59 3 65 58 55 63 57 54 56 53 4 59 53 47 58 52 47 51 46 5 56 47 42 54 46 41 46 41 6 52 44 38 50 42 38 41 36 7 47 40 34 46 39 34 38 34 8 45 35 30 44 35 30 34 30 9 41 34 28 40 33 28 32 28 10 39 30 26 39 30 26 29 26 CATALOG # 2P3GS432-48SL-1/4-EB LAMPS = F32 T8 INPUT WATTS = 111 TEST #15685 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .91PHOTOMETRIC DATA Angle End 45 Cross 0 3448 3448 3448 5 3468 3444 3459 10 3402 3444 3501 15 3299 3408 3503 20 3178 3340 3475 25 3027 3246 3714 30 2860 3237 3837 35 2650 3227 3346 40 2413 2969 2446 45 2147 2351 1788 50 1821 1682 1524 55 1466 1226 1527 60 751 741 711 65 113 188 167 70 44 57 64 75 22 27 28 80 11 13 12 85 554 ANGLE END 45° CROSS 45 4851 5311 4040 55 4083 3415 4253 65 427 711 631 75 136 167 173 85 92 92 73 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 89 83 89 83 40x40 92 88 92 87 60x30 93 89 93 89 60x60 94 91 95 91 100x100 97 95 97 95 DEGREES LUMENS % LAMP % FIXTURE 0-30 2825 24.4 35.9 0-40 4738 40.8 60.2 0-60 7592 65.5 96.5 0-90 7871 67.9 100.0 LLF = .75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = .91 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-65 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.69 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 67.9% Optional Air Pattern Control (on Air and Combination Units) • Fully adjustable – Closed= Static – 45°= Horizontal Air Supply – 90°= (fully open) – Vertical Air Supply • Side Slots may also be used for Return Air to Plenum • Snap-in Air Slot Covers (ASC) also available One 7/8" dia. K.O. One 7/8" dia. hole Access Plate CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2' X 4' 4 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c ––1178358 – 140 84 60 42 – 105 63 45 31 pfc 20 Ceil 80 70 50 Wall 70 50 30 70 50 30 50 30 RCR 0 737373 717171 6868 1 686765 676564 6360 2 645956 615856 5654 3 585448 575348 5147 4 554742 534642 4641 5 514239 484238 4138 6 463934 463934 3834 7 443530 423430 3429 8 403328 403228 3227 9 382926 362925 2825 10 35 28 23 34 28 23 27 23 CATALOG # 2P3GS432-48AL-1/4-EB LAMPS = F32 T8 INPUT WATTS = 112 TEST #17852 S/MH=1.4 BALLAST = ELECTRONIC BALLAST FACTOR = .91PHOTOMETRIC DATA Angle End 45 Cross 0 3102 3102 3102 5 3100 3098 3104 10 3025 3086 3156 15 2936 3068 3192 20 2831 3022 3192 25 2701 2956 3383 30 2554 2916 3400 35 2382 2832 2875 40 2177 2518 2090 45 1953 1974 1543 50 1659 1436 1341 55 1308 1091 1568 60 861 772 987 65 375 306 220 70 109 95 86 75 41 43 38 80 16 19 16 85 564 ANGLE END 45° CROSS 45 4412 4459 3486 55 3642 3038 4366 65 1417 1156 831 75 253 265 234 85 91 110 73 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 84 79 85 79 40x40 88 83 89 84 60x30 89 85 90 85 60x60 90 87 92 87 100x100 95 92 95 92 DEGREES LUMENS % LAMP % FIXTURE 0–30 2753 23.7 38.2 0–40 4432 38.2 61.6 0–60 6877 59.3 95.5 0–90 7199 62.1 100.0 LLF = .75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = .91 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-58 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $4.14 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 62.1% DEEP WIREWAY COVER SHOWNSTANDARD WIREWAY COVER SHOWN 234.1-PLV 2' X 4' SIDE 25"➞➞24" SIDE SIDE ➞12" (NEMA Type F) Flange for acoustical ceilings using concealed mechanical suspension. Swing-jack mounting brackets: adjustment 4" max. and 1-5/8" min. Refer to sheet 801-CL for cut-out information. (NEMA Type G) Lay-in acoustical ceilings using exposed grid suspension, with tees for fixtures on 24" x 48" spacing. (NEMA M/Z) Modular and “Z” Spline using concealed mechanical suspension. Swing-jack mounting brackets: adjustment 4" max. and 1-5/8" min. Louvered fixture with louvers at the ceiling plane. (NEMA Type SS) Typical Screw Slot Ceiling System. Bottom of louver is flush with ceiling plane. F = FLANGE (NEMA F) CEILING TYPE G = GRID (NEMA G) Z = (NEMA M/Z) MODULAR AND “Z” SPLINE T = SCREW SLOT (NEMA SS) 2 P3 G S 4 32 SIDE ➞24" 4" Max. 1-5/8" Min. 4" Max. 1-5/8" Min. 24" (609.6 mm)(635 mm)(609.6 mm) (609.6 mm) DEGREES LUMENS % LAMP % FIXTURE 0-30 2889 24.9 34.7 0-40 4955 42.7 59.6 0-60 8104 69.9 97.5 0-90 8316 71.7 100.0 CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2' X 4' 4 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – – 135 97 68 – – 98 70 49 – 122 73 52 37 pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 848484 828282 8080 1 80 77 75 78 76 73 72 70 2 73 69 66 72 68 65 66 63 3 68 61 57 67 60 56 58 56 4 64 56 51 61 55 50 54 48 5 58 51 45 56 50 45 48 44 6 54 46 40 53 45 40 44 39 7 51 41 35 48 40 35 40 34 8 46 38 33 46 38 32 36 32 9 44 34 29 42 34 29 34 28 10 40 32 27 40 32 27 30 27 CATALOG # 2P3GS432-48FL-1/4-EB LAMPS = F32 T8 INPUT WATTS = 112 TEST #15684 S/MH=1.5 BALLAST = ELECTRONIC BALLAST FACTOR = .91PHOTOMETRIC DATA Angle End 45 Cross 0 3479 3479 3479 5 3499 3481 3492 10 3432 3489 3559 15 3338 3473 3546 20 3223 3394 3494 25 3077 3290 3890 30 2905 3347 4231 35 2706 3562 3709 40 2481 3389 2660 45 2221 2651 1879 50 1914 1853 1523 55 1564 1414 1706 60 831 836 823 65 101 86 58 70 11 10 9 75 654 80 432 85 321 ANGLE END 45° CROSS 45 5018 5989 4245 55 4356 3938 4752 65 382 325 219 75 37 31 25 85 55 37 18 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.75 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 92 85 93 85 40x40 95 90 95 90 60x30 95 90 95 90 60x60 96 93 97 93 100x100 98 96 98 96 LLF = .75 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF =.91 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-68 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.53 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 71.7% APPLICATION • Low-brightness troffer for most ceilings: – Grid inverted T (NEMA “G”) – Flange-type for concealed mechanical suspension (NEMA “F”) – Modular and “Z” spline (NEMA “M/Z”) – Screw Slot; with louvers at ceiling plane (NEMA “SS”) • Designed for air supply/return through side slots and/or heat transfer. Select the appropriate catalog no. for air function desired. Air boots by others. • Air handling or combination models are available with optional factory installed snap-in air slot covers (ASC) or adjustable air pattern control blades (APC). • Excellent visual comfort and inconspicuous appearance. CONSTRUCTION/FINISH • Housing is multi-stage phosphate treated for maximum corrosion resistance and finish coat is high reflectance baked white enamel. • Painted after fabrication housing available. • Flat black finish inside perimeter reveal for “floating door” appearance. • T-bar grid clips (UL listed, patented) built into fixture end plates, no extra parts required. Designed for use with standard grid ceiling members, 1-1/2" maximum height. • Shallow wireway cover standard. • Deep wireway cover available for cell segregation (DWC). • Factory installed access plate includes 7/8" hole, 7/8" knockout and grounding screw. • One-piece housing features integral end plates that increase rigidity and minimize damage from handling or shipping. ELECTRICAL • Class P, HPF ballasts comply with Federal Ballast Law (Public Law 100-357,1988). • UL listed for damp locations. C.S.A. certified optional. • Self-contained fluorescent emergency power packs can be incorporated, UL listed for dry locations ENCLOSURES • Full 3" parabolic-shaped louvers closely controlled for uniform low-brightness appearance, and interlocked to avoid vibration. • 12 Cell: Lengthwise shielding is 23°. Crosswise shielding is 31°. • 32 Cell: Lengthwise shielding is 30°. Crosswise shielding is 45°. • Bottom aluminum flange has mitered corners and fits flush with ceiling. • T-hinges are standard for positive support of the enclosure. • Guide-post spring loaded latches are standard for ease of use and secure retention of the louver. • Can be hinged and latched from either side. • Shipped with plastic film to keep out construction dirt. 2' x 4' 3" PARALOUVER JOB INFORMATION 232.1-PLV E • With generic Electronic Ballasts (Brand selected by Day-Brite) Suffix Catalog # with– Ballast Quantity – / -EB Lamps Per Ballast. Example:–1/2-EB = One 2 Lamp Electronic Ballast. NOTES: (not included) 2 (cells wide x cells long) 26 – 2 x 6 28 – 2 x 8 48 – 4 x 8 2 – 2' 32 – 32wT8 (48") 40 – 40wT12 (48") P3 – Paralouver (3") P3C – CSA Certified Model F – Flange G – Grid T – Screw Slot Z – Z Spline Modular WIDTH FIXTURE FAMILY CEILING TYPE LAMP TYPE/WATTAGE NO. OF LAMPS LOUVER CONFIGURATION VOLTAGE CATALOG NUMBER 2 2 120 277 347 A – Air Supply C – Combination (Air & Heat Transfer) H – Heat Transfer S – Static (no air function) AIR FUNCTION 12 Cell Model Shown 2 Lamp T8 or T12 12, 16, or 32 Cell 32 cell fixtures meet the requirements of IESNA RP-1 for use in spaces containing Video Display Terminals. LOUVER FINISH OPTIONS AL – Semi-Specular Low Iridescence SL – Premium Semi- Specular Low Iridescence FL – Full Specular Low Iridescence See Section 1600-OA for Option Info. ASC – Snap-in air slot covers APC – Adjustable air pattern control blades DWC – Deep wireway cover PAF – Housing painted after fabrication Job Name: Sand Point Airport Terminal Type: Main Building Area TG8 32 120 1/3 EB101 DIMENSIONS 232.1-PLV 2' X 4' 2 LAMP 12 CELL 24" O.C. GRID TEES (609.6 mm) O.C. GRID TEES 5-3/4" (146.1 mm) CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2' X 4' 2 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – 125 75 54 38 –8752 37 – –6338 –– pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 949494 939393 88 88 1 88 84 81 85 82 81 8078 2 817570 797369 7068 3 73 67 60 71 66 59 63 58 4 68 58 53 66 57 52 56 51 5 63 53 46 60 52 46 51 45 6 57 47 40 56 46 40 46 40 7 54 42 35 52 42 35 40 35 8 50 39 33 47 39 32 38 32 9 46 35 29 45 34 28 34 28 10 42 33 27 41 33 27 32 26 CATALOG # 2P3GS232-26SL-1/2-EB LAMPS = F32 T8 INPUT WATTS = 62 TEST #15678 S/MH = 1.5 BALLAST = ELECTRONIC BALLAST FACTOR = .92PHOTOMETRIC DATA Angle End 45 Cross 0 168516851685 5 1690 1679 1670 10 1660 1662 1662 15 1612 1632 1656 20 1553 1590 1641 25 1482 1543 1638 30 1398 1491 1639 35 1300 1442 1610 40 1193 1383 1540 45 1062 1314 1736 50 923 1239 2015 55 756 1172 1173 60 552 890 509 65 266 351 287 70 57 107 126 75 24 25 31 80 10 11 11 85 333 ANGLE END 45° CROSS 45 2399 2969 3922 55 2106 3264 3267 65 1005 1327 1085 75 148 154 191 85 55 55 55 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.76 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 85 81 8378 40x40 90 86 88 84 60x30 90 87 89 85 60x60 93 899188 100x100 96 94 95 93 DEGREES LUMENS % LAMP % FIXTURE 0-30 1337 23.129.0 0-40 2242 38.748.5 0-60 4243 73.191.9 0-90 4619 79.6 100.0LLF = .76 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = .92 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-69 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.48 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 79.6% Optional Air Pattern Control (on Air and Combination Units) •Fully adjustable – Closed= Static – 45°= Horizontal Air Supply – 90°= (fully open) – Vertical Air Supply •Side Slots may also be used for Return Air to Plenum •Snap-in Air Slot Covers (ASC) also available One 7/8" dia. K.O. One 7/8" dia. hole Access Plate CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2' X 4' 2 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c — 120 72 52 36 —84 5036 — —61 36— — pfc 20 ceil 80 70 50 wall 70 50 30 70 50 30 50 30 RCR 0 91 91 91 89 89 89 84 84 1 84 8179 82 8078 77 75 2 78 71 68 76 70 67 68 65 3 70 64 57 69 63 56 60 56 4 65 56 50 64 56 50 54 48 5 59 51 44 58 50 44 47 42 6 55 46 39 54 45 39 42 38 7 51 40 34 50 40 34 39 34 8 47 36 30 46 36 30 35 29 9 44 34 28 42 34 28 33 28 10 41 32 26 40 30 25 29 25 CATALOG # 2P3GS232-26AL-1/2-EB LAMPS = F32 T8 INPUT WATTS = 56 TEST #17862 S/MH = 1.5 BALLAST = ELECTRONIC BALLAST FACTOR = .92PHOTOMETRIC DATA Angle End 45 Cross 0 1588 1588 1588 5 1594 1586 1568 10 1563 1567 1565 15 1522 1538 1561 20 1470 1504 1550 25 1403 1462 1556 30 1326 1413 1555 35 1239 1364 1534 40 1134 1309 1472 45 1027 1240 1628 50 902 11861858 55 753 1103 1107 60 563 823 534 65 307 365 438 70 89 154 187 75 27 42 47 80 10 15 18 85 245 ANGLE END 45° CROSS 45 2320 2801 3678 55 2097 3071 3083 65 1160 1379 1655 75 167 259 290 85 37 73 91 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.76 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 8379 7975 40x40 87 83 84 81 60x30 88 84 86 82 60x60 91 87 88 84 100x100 95 92 93 90 DEGREES LUMENS % LAMP % FIXTURE 0-30 1363 23.530.6 0-40 2238 38.650.2 0-60 408970.591.8 0-90 4454 76.8 100.0LLF = .76 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = .92 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-73 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.29 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 76.8% DEEP WIREWAY COVER SHOWNSTANDARD WIREWAY COVER SHOWN 232.1-PLV 2' X 4' 2 LAMP 32 CELL DIMENSIONS 24" O.C. GRID TEES (609.6 mm) O.C. GRID TEES 5-3/4" (146.1 mm) Optional Air Pattern Control (on Air and Combination Units) •Fully adjustable – Closed= Static – 45°= Horizontal Air Supply – 90°= (fully open) – Vertical Air Supply •Side Slots may also be used for Return Air to Plenum •Snap-in Air Slot Covers (ASC) also available One 7/8" dia. K.O. One 7/8" dia. hole Access Plate DEGREES LUMENS % LAMP % FIXTURE 0-30 1340 23.128.6 0-40 2250 38.8 48.0 0-60 4364 75.293.1 0-90 4690 80.9 100.0 CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2' X 4' 2 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – 127 76 55 38 –8953 38 – –6439– – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 959595 939393 9090 1 90 85 83 88 84 81 8179 2 817771 807570 7168 3 76 68 61 73 67 60 64 59 4 68 59 54 68 58 53 56 52 5 64 54 46 61 53 46 51 46 6 58 47 40 56 47 40 46 40 7 54 44 36 53 42 36 41 35 8 50 40 33 48 39 33 38 32 9 46 35 29 46 35 29 34 28 10 44 33 27 42 33 27 32 27 CATALOG # 2P3GS232-26FL-1/2-EB LAMPS = F32 T8 INPUT WATTS = 62 TEST #15677 S/MH = 1.5 BALLAST = ELECTRONIC BALLAST FACTOR = .92PHOTOMETRIC DATA Angle End 45 Cross 0 168216821682 5 1686 1678 1671 10 1659 1664 1663 15 1616 1635 1654 20 1558 1596 1634 25 1488 1547 1638 30 1407 1498 1640 35 1308 1458 1610 40 1203 1394 1494 45 1077 1329 1737 50 946 1331 2302 55 772 1331 1280 60 588 980 434 65 212 323 260 70 8 71 87 75 347 80 122 85 111 ANGLE END 45° CROSS 45 2433 3003 3924 55 2150 3707 3565 65 801 1221 983 75 19 25 43 85 18 18 18 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.76 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 88 84 86 80 40x40 93 899187 60x30 93 899187 60x60 95 92 94 91 100x100 97 96 96 94 LLF = .76 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF =.92 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-70 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.43 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 80.9% CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2' X 4' 2 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c — 101 60 43 30 —70 4230 — —51 31— — pfc 20 Ceil 80 70 50 Wall 70 50 30 70 50 30 50 30 RCR 0 76 76 76 73 73 73 70 70 1 70 68 66 68 67 65 64 63 2 65 60 56 64 58 56 56 54 3 59 54 48 57 53 47 51 46 4 55 47 42 53 46 41 45 40 5 50 42 36 48 41 36 40 35 6 46 38 33 45 38 33 36 32 7 42 34 28 41 34 28 33 28 8 40 30 26 39 30 26 29 26 9 36 28 23 35 28 23 28 23 10 34 26 20 34 26 20 25 20 CATALOG # 2P3GS232-48AL-1/2-EB LAMPS = F32 T8 INPUT WATTS = 56 TEST #17863 S/MH = 1.7 BALLAST = ELECTRONIC BALLAST FACTOR = .92PHOTOMETRIC DATA Angle End 45 Cross 0 1203 1203 1203 5 1210 1206 1199 10 1186 1208 1230 15 1157 1212 1283 20 1121 1222 1342 25 1082 1228 1407 30 1030 1232 1450 35 971 1222 1438 40 901 11861389 45 824 1131 1608 50 725 1083 1774 55 603 9831089 60 409 602 509 65 187 173 113 70 52 51 45 75 21 23 21 80 8 10 9 85 232 ANGLE END 45° CROSS 45 1861 2555 3632 55 1679 2737 3032 65 707 654 427 75 130 142 130 85 37 55 37 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.76 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 90 86 88 84 40x40 93 90 92 88 60x30 93 91 92 89 60x60 95 93 94 92 100x100 97 96 97 95 DEGREES LUMENS % LAMP % FIXTURE 0-30 1116 19.230.1 0-40 1888 32.550.8 0-60 3533 60.995.2 0-90 3713 64.0 100.0LLF = .76 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = .92 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-61 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS = $3.93 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION FIXTURE EFFICIENCY= 64.0% DEEP WIREWAY COVER SHOWNSTANDARD WIREWAY COVER SHOWN 2' X 4' DAY-BRITE LIGHTING • www.daybritelighting.com 776 South Green Street • Tupelo, Mississippi 38804 • PH: (662) 842-7212 • FAX: (662) 841-5501 CANADIAN DIVISION 189 Bullock Drive • Markham, Ontario L3P 1W4 • PH: (905) 294-9570 • FAX: (905) 294-9811 232.1-PLV Genlyte Thomas Group (NEMA Type F) Flange for acoustical ceilings using concealed mechanical suspension. Swing-jack mounting brackets: adjustment 4" max. and 1-5/8" min. Refer to sheet 801-CL for cut-out information (NEMA Type G) Lay-in acoustical ceilings using exposed grid suspension, with tees for fixtures on 24" x 48" spacing. (NEMA M/Z) Modular and “Z” Spline using concealed mechanical suspension. Swing-jack mounting brackets: adjustment 4" max. and 1-5/8" min. Louvered fixture with louvers at the ceiling plane (NEMA Type SS) Typical Screw Slot Ceiling System. Bottom of louver is flush with ceiling plane. F = FLANGE (NEMA F) CEILING TYPE G = GRID (NEMA G) Z = (NEMA M/Z) MODULAR AND “Z” SPLINE T = SCREW SLOT (NEMA SS) 2 P3 G S 2 32 4" Max. 1-5/8" Min.4" Max. 1-5/8" Min.➞24" SIDE SIDE 25"➞SIDE ➞12"24” SIDE ➞24" (609.6 mm) (635 mm)(609.6 mm) (609.6 mm) ©2002 DAY-BRITE LIGHTING DB 11-02-3.5M DAY-BRITE RESERVES THE RIGHT TO MAKE CHANGES WITHOUT NOTICE. CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Fixture Size & # of Lamps 2' X 4' 2 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – 109 65 47 33 –77 4633 – –56 33– – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 81 81 81 80 80 807777 1 77 73 71 75 71 69 69 68 2 70 66 61 68 64 60 61 58 3 65 57 53 63 56 53 55 51 4 59 52 46 57 51 46 48 45 5 55 46 40 53 46 40 44 40 6 50 41 35 48 40 35 40 34 7 46 38 32 45 36 32 35 30 8 42 34 28 41 34 28 33 28 9 40 30 26 39 30 26 29 25 10 38 28 23 36 28 23 28 23 CATALOG # 2P3GS232-48SL-1/2-EB LAMPS = F32 T8 INPUT WATTS = 62 TEST #15680 S/MH = 1.7 BALLAST = ELECTRONIC BALLAST FACTOR = .92PHOTOMETRIC DATA Angle End 45 Cross 0 1338 1338 1338 5 1343 1342 1342 10 1321 1347 1368 15 1287 1352 1411 20 1243 1354 1467 25 1191 1360 1534 30 1131 1363 1568 35 1058 1359 1544 40 977 1320 1502 45 876 1271 1801 50 755 1235 2050 55 610 1130 1087 60 330 617 303 65 52 113 87 70 21 32 35 75 11 15 16 80 677 85 222 ANGLE END 45° CROSS 45 19822876 4075 55 1701 3152 3032 65 197 428 329 75 68 93 99 85 37 37 37 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.76 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 93 899086 40x40 96 93 94 90 60x30 96 93 94 91 60x60 97 95 96 93 100x100 98 97 98 96 DEGREES LUMENS % LAMP % FIXTURE 0-30 1139 19.628.5 0-40 1968 33.949.2 0-60 3838 66.296.0 0-90 3998 68.9 100.0LLF = .76 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = .92 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-59 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS =$4.07 BASED ON 3000 HRS. AND $.08 PER KWH. LIGHT DISTRIBUTION Fixture Size & # of Lamps 2' X 4' 2 Lamp Room Width Room Height 5 2 1 Approx. Area (sq. ft.)per Fixture 10 ft-c 30 ft-c 50 ft-c 70 ft-c 100 ft-c – 116 69 50 35 –814935– –59 35– – pfc 20 pcc 80 70 50 pw 70 50 30 70 50 30 50 30 RCR 0 86 86 86 84 84 84 81 81 1 817976 797775 7371 2 75 69 66 72 68 65 66 63 3 68 61 56 67 60 56 58 55 4 63 55 48 61 54 48 52 47 5 57 48 42 56 47 42 46 41 6 53 44 38 52 42 38 41 36 7 48 40 34 47 39 33 38 33 8 46 35 29 45 35 29 34 28 9 42 33 27 41 33 27 32 27 10 40 29 25 39 29 23 28 23 CATALOG # 2P3GS232-48FL-120-1/2-EB LAMPS = F32 T8 INPUT WATTS = 62 TEST #15679 S/MH = 1.7 BALLAST = ELECTRONIC BALLAST FACTOR = .92PHOTOMETRIC DATA CANDLEPOWER MAINTAINED ILLUMINATION TABLE- Square Feet/Fixture*COEFFICIENT OF UTILIZATION LIGHT DISTRIBUTION AVERAGE LUMINANCE CD/SQ.M WITH 2900 LUMEN LAMPS TYPICAL V.C.P.’s Room Mounting Height Size Lengthwise Crosswise Angle End 45 Cross 0 138913891389 5 1403 1394 1384 10 1380 1397 1410 15 1346 1400 1450 20 1303 1399 1509 25 1251 1412 1598 30 1185 1429 1615 35 1112 1430 1581 40 1028 1376 1506 45 932 1321 1776 50 813 1382 2350 55 675 1367 1363 60 365 746 277 65 49 54 25 70 565 75 332 80 311 85 111 ANGLE END 45° CROSS 45 2109 2989 4018 55 18833813 3802 65 185 204 95 75 19 19 12 85 18 18 18 ■80-50-20 Reflectances (Ceiling-Wall-Floor) ■LLF = 0.76 2900 Lumens/Lamp very clean ■Room width divided by room height = 5 or more, 2 or 1 = 8.5 10 8.5 10 30x30 94 90 92 87 40x40 96 94 95 91 60x30 96 94 95 91 60x60 97 96 96 94 100x100 99 98 98 97 DEGREES LUMENS % LAMP % FIXTURE 0-30 118420.427.9 0-40 2046 35.348.2 0-60 4121 71.097.0 0-90 4246 73.2 100.0LLF = .76 LLF = LIGHT LOSS FACTOR LLF = LDD X LLD X BF LDD = VERY CLEAN 0.94 CLEAN 0.90 LLD = 0.88 @ 40% RATED LAMP LIFE BF = 0.92 ELECTRONIC BALLAST & T8 LAMP (RELAMP AT 70% LAMP LIFE) *Observe Fixture S/MH Requirements for Specific Applications LER = FP-63 COMPARATIVE YEARLY LIGHTING ENERGY COST PER 1000 LUMENS =$3.81 BASED ON 3000 HRS. AND $.08 PER KWH. FIXTURE EFFICIENCY= 68.9% FIXTURE EFFICIENCY= 73.2% All dimensions are inches (centimeters). FEATURES & SPECIFICATIONS INTENDED USE Architectural low-profile luminaire provides general illumination for exterior or interior applications. Ideal for rough service (vandal resistant) applications where safety and security are concerns. ATTRIBUTES Designed to complement building architecture and to endure extreme environmental conditions and physical abuse. CONSTRUCTION Bezel – One-piece, marine grade die-cast aluminum, low copper alloy (<1% copper), .125 inch thick. Encloses lens and secures to housing with stainless steel Torx® T10 set screws (two included) or optional stainless steel tamper-resistant screws (see Options). Backplate – Corrosion resistant, 16 gauge steel, post-painted in black polyester powder coat, and has a keyhole mounting detail. Gasket – Polycarbonate perimeter lens gasket is one-piece silicone "O" ring, mechanically held in lens channel. Glass: Perimeter lens gasket is closed-silicone. Pad mounting gasket is closed-cell neoprene that seals backplate to mounting surface. Gaskets help cushion impact shock. FINISH Standard finish is textured polyester powder coat in white, black or bronze. Optional architectural colors available (see Options). OPTICAL SYSTEM Lens-polycarbonate – Translucent white, injection molded, UV stabilized lens is .125 inch thick. Smooth exterior allows for easy cleaning, and interior pattern diffuses light for even surface illumination. Lens-glass –Tempered borosilicate lens, .250 inch thick, has smooth exterior for easy cleaning and textured interior. Reflector – Internal reflector is semi-specular aluminum, with high-reflectance white powder coat perimeter for maximum light output. Lamp positioning assures uniform brightness and illumination. ELECTRICAL SYSTEM Ballast - Class P, Electronic, High Power Factor multi-volt with starting temperature of -5°F (-20°C). Socket - High-temperature thermoplastic with lamp retention clip. Lamp - 35K lamp(s) included unless specified L/LP. INSTALLATION Unit may be ceiling or wall mounted. For maximum vandal resistance, use four hole mounting pattern. For installation on irregular or uneven surfaces, caulk/ sealant may be required for a more positve seal. LISTING UL Listed (standard). UL Listed to US and Canadian safety Standards (see Options). NOM Certified (see Options). UL Listed for 25oC ambient and wet locations. IP65 rated. 4.0" (10.2)13.7" (34.8) ORDERING INFORMATION Choose the boldface catalog nomenclature that best suits your needs and write it on the appropriate line. Order accessories as separate catalog number. Options Shipped installed in fixture DS Dual switching GLR Internal fast-blow fusing4 GMF Internal slow-blow fusing4 NLCF Compact fluorescent night-light (9W Max.)1,5,6 TRS Tamper-resistant screws7 CSA Listed and labeled to comply with Canadian safety standardsCSA certified NOM NOM Certified NOTES: 1 120V only. 2 Multi-volt electronic ballast (for DTT and TRT lamps) capable of operating on any line voltage between 120 and 277 volt. 3 For additional colors, refer to Architectural Paint brochure. 4 Must specify voltage. Not available with MVOLT. 5 Maximum wattage lamp provided. 6 Option available for single lamp units only. 7 T-20 screws with center reject pin. 8 Lamp(s) included unless L/LP is specified. VGR5 Series VGR5 Voltage 120 277 347 MVOLT2 Wattage 13TT One 13W twin-tube lamp1 2/13TT Two 13W twin-tube lamps1 13DTT One 13W double twin-tube lamp 2/13DTT Two 13W double twin-tube lamps 18DTT One 18W double twin-tube lamp 2/18DTT Two 18W double twin-tube lamps 26DTT One 26W double twin-tube lamp 2/26DTT Two 26W double twin-tube lamps 26TRT One 26W triple-tube lamp 2/26TRT Two 26W triple-tube lamps 32TRT One 32W triple-tube lamp 42TRT One 42W triple-tube lamp Paint Finishes3 Standard Textured Colors: DWHG White DBLB Black DDBT Dark Bronze DNAT Natural Aluminum DSST Sandstone Optional Textured Colors: DBNH Bronze DSPD Dark Gray DSPE Green DSPF Rust DSPG Dark Red DSPH Light Red DSPJ Light Gray ADA COMPLIANT Rough Service Fixture VGR5 COMPACT FLUORESCENT Round Double Grille Ceiling / Wall Mounted Accessories Order as separate catalog numbers. RK1 T10DRV Torx TX10 screwdriver, for use with Gateway set screws. RK1 T20BIT Hex-base driver bit, Torx TX20, for tamper-resistant screws with center reject pin. RK1 T20DRV Torx TX20 screwdriver for use with tamper-resistant screws with center reject pin. Example: VGR5 42TRT GL 120 DSPD NLCF LPI Lamp8 LPI Lamp(s) included (standard) L/LP Less lamp(s) Catalog Number Notes Type Sheet #:VGR5F_O BM-2007Outdoor and Special Environments Lens (blank) Polycarbonate GL Borosilicate glass Specifications subject to change without notice. Tested to current IES and NEMA standards under stabilized laboratory conditions. Various operating factors can cause differences between laboratory data and actual field measurements. Dimensions and specifications on this sheet are based on the most current available data and are subject to change without notice. VGR5 Rough Service Ceiling/Wall-Mounted Fixture, Compact Fluorescent 0˚15˚30˚45˚ 60˚ 75˚ 85˚ 90˚ 95˚ 105˚ 120˚ 135˚150˚165˚180˚ 600 400 200 VGR5 42TRT 120 (CEILING),SYLVANIA CF42DT/E/IN/835 lamp, 1.3 s/mh, 3200 rated lumens, test no. 98091002 Spacing criterion: 1.3 Spacing to mounting height: 1.3 Output data Zone Lumens %lamp 0˚- 30˚ 451 14.1 0˚- 40˚ 742 23.2 0˚- 60˚ 1332 41.6 0˚- 90˚ 1794 56.1 90˚- 180˚ 39 1.2 0˚- 180˚ 1833 *57.3 * Fixtureefficiency Distribution data Angle 0˚ 5˚ 15˚ 25˚ 35˚ 45˚ 55˚ 65˚ 75˚ 85˚ 90˚ 95˚ 105˚ 115˚ 125˚ 135˚ 145˚ 155˚ 165˚ 175˚ 180˚ cp. 576 573 553 517 464 396 315 229 145 75 49 29 7 0 0 0 0 0 0 0 0 Lumens 0 55 157 239 291 307 283 227 153 82 0 32 7 0 0 0 0 0 0 0 0 0˚15˚30˚45˚ 60˚ 75˚ 85˚ 90˚ 95˚ 105˚ 120˚ 135˚150˚165˚180˚ 600 400 200 VGR5 42TRT 120 (WALL),SYLVANIA CF42DT/E/IN/835 lamp, 1.5 s/mh, 3200 rated lumens, test no. 9809102W Spacing criterion: 1.5 Spacing to mounting height: 1.5 Output data Zone Lumens %lamp 0˚- 30˚ 58 1.8 0˚- 40˚ 123 3.8 0˚- 60˚ 353 11.0 0˚- 90˚ 895 28.0 90˚- 180˚ 931 29.1 0˚- 180˚ 1826 *57.1 * Fixtureefficiency Distribution data Angle 0˚ 5˚ 15˚ 25˚ 35˚ 45˚ 55˚ 65˚ 75˚ 85˚ 90˚ 95˚ 105˚ 115˚ 125˚ 135˚ 145˚ 155˚ 165˚ 175˚ 180˚ cp. 47 47 59 80 103 127 147 163 174 180 182 181 177 168 153 135 113 90 70 58 58 Lumens 0 4 17 37 65 98 132 162 184 196 0 197 187 166 138 104 71 42 20 6 0 A B C D A B C D VGR5 42TRT WALL MOUNT (in feet) HORIZONTAL PLANE ISOCANDLE LINE (8 FT. SHOWN) 78 9 10 A 2.6 2.0 1.6 1.3 B 1.3 1.0 .80 .65 C .65 .50 .40 .32 D .32 .25 .20 .16 VGR5 42TRT CEILING MOUNT (in feet) HORIZONTAL PLANE ISOCANDLE LINE (8 FT. SHOWN) 78 9 10 A 2.6 2.0 1.6 1.3 B 1.3 1.0 .80 .65 C .65 .50 .40 .32 D .32 .25 .20 .16 ©2002 Acuity Lighting Group, Inc. 11/04Sheet #: VGR5F_O Lithonia Lighting Acuity Lighting Group, Inc. Rough Service Lighting One Lithonia Way, Conyers, GA 30012 Phone: 800-315-4693, Fax: 770-602-1531 In Canada: 160 avenue Labrosse, Pointe-Clarie, P.Q., H9R 1A1 www.lithonia.com - Data Brochure Boiler Control 265 D 265 10/03 1 of 36 © 2003 D 265 - 10/03 The tekmar Boiler Control 265 can control the supply water temperature on up to three modulating boilers based on outdoor temperature or setpoint requirements. The control can be set to control up to two modulating boilers based on outdoor temperature or domestic hot water requirements. A large easy to read display provides current system temperatures and operating status. The control has outputs for a primary pump, individual boiler pumps, and either a combustion air damper or an alarm. Additional functions include: • Outdoor Reset • Sequential or Parallel Modulation • Installer and Advanced access levels • Primary pump output • Individual boiler pump outputs • Pump purging • Boiler demand for space heating loads • DHW demand for domestic hot water loads • Setpoint demand for setpoint loads • 0 – 10 V (dc) BAS / EMS input • Test sequence to ensure proper component operation • Setback input for energy savings • CSA C US certified • Pump exercising Input Universal Sensor Included Input Universal Sensor Included Input Outdoor Sensor Included or Input 0-10 V (dc) External Signal Input Boiler Demand Output Modulating Boiler Output Boiler Enable Output Pump Output Boiler Enable or Pump Input Setpoint or DHW Demand Input 115 V (ac) Power Supply Output Primary Pump Input Timer or Switch Optional Output Combustion Air or Alarm 1 Com – 2 Boil Sup 3 Boil Ret 4 Out + 5 UnO Sw 6 + 7 –+–+– 8 Mod2 mAMod1 mA 9 10 11 12 13 Prim P1 L 14 N 15 16 17 1 18 1 19 2 20 2 21 22 23 24 25 26 27 28 29 Boil Dem 30 Com Dem 31 Setp/ DHW Boiler Control 265 Three Modulating Boiler & DHW / Setpoint Do not apply power Mod3 mA Power Boiler BoilerC.A./ Alarm Boiler 3 / DHW Boiler Pump 1 Boiler Pump 2 Boiler Pump 3 H20XXAMenu Item Boiler Demand DHW / Setpoint Demand WWSD Modulation Boiler Output (x10,000 BTU/hr) External Input Signal Offset / Priority Override Test off not testing red testing red testing paused For maximum heat, press & hold Test for 3 seconds. Meets Class B: Canadian ICES FCC Part 15 Date CodeMade in Canada by tekmar Control Systems Ltd. Power 115 V ±10% 60 Hz 600 VA Relays 230 V (ac) 5 A 1/3 hp, pilot duty 240 VA Demands 20 to 260 V (ac) 2 VA Stand Alone Advanced External Input OffCA. OffAlarm Fixed Lead First On / Last Off First On / First Off Soft Stop Rotate Parallel Installer Exercise Sequential Output Modulating Boiler Output Modulating Boiler or Signal wiring must be rated at least 300 V. Copyright © 2000 I 110 -03/00 6 of 12 M MM Outdoor Sensor Boiler Sensor 120 V (ac) 260 M MM Outdoor Sensor 120 V (ac) Boiler Sensor 260 The Boiler Control 260 is a complete solution for single boiler and Domestic Hot Water (DHW) applications. The easy to read LCD provides current ogic eliminates cumbersome external relay wiring for DHW priority, while at the same time provides many more control features. An optional indoor air sensor allows the control to sense the actual building indoor air temperature and to fine tune the system supply water temperature. The control includes a setback timer input in order to lower the supply water temperature during the setback period for further energy savings. • Boiler Post Purge When the boiler is turned off, some heat remains in the mass of the boiler. In some cases this residual heat may be enough to cause some of the water in the boiler to flash into steam. To avoid this, the boiler pump is kept on for a period of 20 seconds after the boiler is shut off. • DHW Priority Override In extreme cases, DHW priority has the potential of causing building freeze up as the heating system is held off for DHW generation. In order to avoid this, the control will limit the length of DHW priority based on the outdoor temperature. After an extended call for DHW, the control will override the DHW priority and will provide heating and DHW generation at the same time. Control Features Mechanical Applications Same as 256 plus: • 120 V (ac) Power Supply • DHW Pump/Valve Relay • Easy Plug-in System • Boiler Pump Relay • Indoor Air Sensor An indoor air sensor gives the control the ability to fine tune the supply water temperature required by the building. If the building is too cold, the control will automatically increase the supply temperature. If the building is too warm, the control will automatically reduce the supply water temperature. • DHW Post Purge Once the DHW tank is satisfied, the residual heat from the boiler is purged into the DHW tank in order to reduce stand-by losses. Boiler Control 260 One Stage Boiler & DHW Thermostat controlled zone valves with outdoor reset of a single boiler. Boiler pump control for automatic WWSD. Thermostat controlled zone valves with outdoor reset of a single boiler. DHW zone pump allows for DHW priority. Boiler pump control for automatic WWSD. To increase or decrease the building temperature: Boiler Control 260 One Stage Boiler & DHW Boiler Demand C US 158033 Made in Canada by tekmar Control Systems Ltd. Power: Relays: Demand: 120 V ± 10% 50/60 Hz 1300 VA 240 V (ac) 10 A 1/3 hp, pilot duty 240 VA 20 to 260 V (ac) 2 VA Signal wiring must be rated at least 300V.H1154ABOIL °F VIEW Test 13 14 15 16 17 Do not apply power UnO Sw Com Boil Out Com 1112 Boiler 1 2345 6 7 8 Boiler Demand L Power N Boil P1 N DHW Demand Display defaults back to VIEW menu after 20 sec. ROOM - Set to desired room temp. OUTDR DSGN - Set to coldest (design) outdoor temp. Installer Instructions Terminal Unit Set to High Mass Radiant Low Mass Radiant Fan Coil Convector Radiator Baseboard 1 2 3 4 5 6 Refer to brochure for more information 9 10 DHW Pmp/Vlv 18 Indr Terminal Unit Fire Delay DHW Demand Return OffInstaller Advanced DHW during UnOcc DHW Pump Off DHW PriorityDHW Valve Item Press the Item, , buttons simultaneously for 1 sec. to enter the ADJUST menu Use the , buttons to adjust the ROOM setting OCC Honeywell T8600 Programmable Chronotherm Thermostat Home About Us Contact Us View Cart Shipping Policies Privacy Site Map EXTRA 5% OFF SALE ENDS TONIGHT - USE CODE "STAT" Thermostats Programmable Thermostats White Rodgers Thermostats Robertshaw Thermostats Full Thermostat Line Vision Pro Thermostats Heat Pump Thermostats Line Voltage Thermostats Telephone Thermostats Wireless Thermostats Gas Valves Thermostat Accessories Shipping Ground Shipping $4.95 3 Day Air $9.95 2 Day Air $12.95 Next Day $24.95 Thermostat Finder Testimonials Honeywell T8600 Programmable Chronotherm Thermostat - ALL THE FEATURES YOU WOULD EVER WANT - A CUSTOMER FAVORITE Order Information Availability: Usually ships same business day List Price: $179.95 Our Price: $119.95 QTY: Color Outdoor Temperature Sensor Universal Lock Box Buy a 2nd Unit for Only $109.95 SAVE 5% Off Your Order! Use Code "STAT" DURING CHECKOUT Click "Add To Cart" To See Your Savings SALE ENDS TONIGHT!!! Benefits: ●Auto Changeover from heat to cool ●Backlight display ●ALL THE FEATURES YOU WOULD EVER WANT - A CUSTOMER FAVORITE http://www.programmable-thermostat.com/honeywell/t8600-thermostat.htm (1 of 3)10/8/2006 6:38:36 PM 1 White None (+0.00) None (+0.00) Single Unit Only Honeywell T8600 Programmable Chronotherm Thermostat Click to Read More - Anne, Glendale, CA - Joe, Citrus Heights, CA - Sabrina, Duvall, WA Popular Programmable Thermostats: TH8110 VisionPRO Thermostat TH8320 VisionPRO Thermostat T8775 Digital Thermostat T4700 Line Voltage Thermostat T498 Line Voltage Thermostat T8090 Honeywell Thermostat T8600 Thermostat T8602 Thermostat T8611 Thermostat T8624 Thermostat T8665A Wireless Thermostat Contact Us Description: NEW Honeywell T8600 Chronotherm IV Programmable thermostat provides electronic control of the following applications: 24 volt single-stage heating and cooling systems, 750 mili-volt gas heating only systems, or 750 mili-volt gas heating systems with 24 volt cooling systems. Honeywell T8600 Programmable Chronotherm Thermostat - ALL THE FEATURES YOU WOULD EVER WANT - A CUSTOMER FAVORITE Features: ●T8600 Honeywell thermostat provides electronic control of the following applications: 24 volt single-stage heating and cooling systems, 750 milli- volt gas heating only systems, or 750 millivolt gas heating systems with 24 volt cooling systems. ●Copy key makes programming this Honeywell thermostat easier and faster ●Daylight Savings Time (DST) key for quick change in and out of Daylight Savings Time. ●Easy temporary temperature set point changes for current period, vacation hold (1 to 255 days) or indefinite hold adds to your comfort and energy savings. ●Frequently used keys are located by the Liquid Crystal Display (LCD) for quick and easy access to information. ●NEW Honeywell T8600 thermostat and comes in WHITE color with a complete 1 year warranty. ●Thermostat styling complements any decor to the homeowner's delight. ●Back lighting the large display makes the Honeywell T8600 LCD very easy to read. ●Models available with outdoor temperature sensor capability for homeowner convenience. The sensor is also more accurate than a thermometer. ●Configurable T8600 thermostat features: ●— °F or °C temperature display; ●— Automatic or manual changeover from heat to cool; ●— Electric or conventional heat fan operation ●— Adjustable heating cycle rate. ●Adaptive Intelligent Recovery™ control brings the room temperature to temperature set point at the programmed time, maximizing comfort and energy savings. ●Honeywell T8600 Chronotherm Set points are permanently held in memory and retained during power outages for increased installer and homeowner convenience. ●Easy ordering and FAST shipping CUSTOMER SATISFACTION PROMISE: We value ALL of our customers; offering friendly, helpful customer service. Your privacy and personal information http://www.programmable-thermostat.com/honeywell/t8600-thermostat.htm (2 of 3)10/8/2006 6:38:36 PM Product Bulletin For Occupancy Sensor Wall Switches (Cat. Nos. PR150 & PR180) Equipped with passive infrared (PIR) sensing technology, these versatile, top-quality devices turn lights ON when a person enters a room and OFF when they leave – automatically. That saves energy, provides convenience and lowers electrical bills. FEATURES AND BENEFITS: PR180 and PR150 • Adjustable time-delay interval (15 seconds - 15 minutes) • Ambient-light override prevents lights from being turned on when there is sufficient daylight • Delayed-OFF adjustment to set how long lights stay on when a room is left unoccupied • Manual override to use as a standard ON/OFF switch, when desired • Elegant Decora® designer styling harmonizes with any interior • Available in Ivory, White and Almond PR180 Only • 180º field of view is approximately 20 feet wide by 20 feet deep, covering over 600 square feet • Single-pole and 3-way switching • Ideal for large rooms, home offices and a variety of light commercial and residential applications • Can be used with incandescent and fluorescent (Rapid Start Magnetic ballast ONLY) lighting PR150 Only • 150º field of view is approximately 20 feet wide by 20 feet deep, with a coverage area of 525 square feet • Single-pole switching • Can be used with incandescent and fluorescent (Rapid Start Magnetic ballast ONLY) lighting • Ideal for a wide variety of residential applications Occupancy Sensors Deliver Hands-Free Switching, Convenience and Energy Savings Cat No. PR180 Cat No. PR150 UPC Code 07847712722 3 07847712723 0 07847712727 8 Color Ivory White Almond ©2003 Leviton Manufacturing Co., Inc. All rights reserved.G-6700/F3-tp Agency Standards: • UL Listed (File No. E-118904) • CSA Certified (File No. LR-91148M) Commercial Grade 180° Field-of-View Single-Pole and 3-Way Cat. No. R01-PR180-1LI R02-PR180-1LW R03-PR180-1LA Ordering Information: Standard Pack 3 3 3 UPC Code 07847712724 7 07847712725 4 07847712726 1 Color Ivory White Almond Cat. No. R01-PR150-1LI R02-PR150-1LW R03-PR150-1LA Standard Pack 3 3 3 Residential Grade 150° Field-of-View Single-Pole 500 Watts Incandescent, 400VA Fluorescent (Rapid Start Magnetic ONLY), 1/8 HP @ 120V AC 500 Watts Incandescent, 400VA Fluorescent (Rapid Start Magnetic ONLY), 1/8 HP @ 120V AC Leviton Manufacturing Co., Inc. 59-25 Little Neck Parkway, Little Neck, New York 11362-2591 Phone: 1-800-327-5424 • FAX: 1-800-832-9538 Tech Line (8:30AM-7:30PM E.S.T. Monday-Friday) 1-800-824-3005 Leviton Manufacturing of Canada, Ltd. 165 Hymus Boulevard, Pointe Claire, Quebec H9R 1E9 Tel: 1-800-469-7890 • Tech Line: 1-800-405-5320 FAX: 1-800-563-1853 www.leviton.com For Technical Assistance call: 1-800-824-3005 Packed in Rack Packs – must be ordered in multiples of the standard pack. ORDERING INFORMATION Example:LMTO H Multi-Technology Sensing Head Specification-Grade Occupancy Sensors LMTO LMTO FEATURES & SPECIFICATIONS The Litronic LMTO is an omni-directional ceiling-mount occupancy sensor employing both infrared and ultrasonic sensing technologies to provide effective coverage for automatic on/off lighting control in indoor applications. The sensor immediately switches the lights on when movement is detected. After the room is vacated for a preset length of time, the sensor will automati- cally switch the lights off. FEATURES•Detects occupancy in areas up to 2000 square feet (180m2)•Infrared and ultrasonic technologies•32 kilohertz operation•Maximum immunity to false triggering •Dual LED motion indicators•Hand movement coverage•360 degree coverage•Simple mounting to box or ceiling tile•Automatic sensitivity adjustment•Automatic time-out adjustment •Class 2 low voltage device•5-year warranty•UL and CUL listed CONSTRUCTION•Ceiling mounting via threaded stem•Injection-molded housing, neutral white color OPERATION•2000 square foot coverage [180m2]•32 kHz operation•30 second to 30 minute timer settings, six-second test mode•Accessible timer and dual sensitivity adjustment controls•Self-adjusting circuitry adapts sensitivity and time-out for installation and usage patterns by adjusting timer and sensitivity settings when in automatic mode•Learned and adjusted settings saved in protected memory and are not lost during power outages•PIR masking kit supplied ELECTRICAL Input 32mA at 24VDC. Class 2 low voltage device. Requires LPCS MVOLT power control station for stand-alone operation. Connects to Digital Equinox station, Synergy® analog input, or SwitchPak™ for special control scenarios. MOUNTING Hardware supplied for acoustic tile or drywall mounting Optionally mounts to a 4" x 1-1/2" octagon box or wire molded round fixture box. LITRONIC® Accessories Order as separate item LPCS MVOLT Power control station, 120, 220 or 277 volts as required for operation of sensing head. See spec sheet LPCS. LPCS 347 Power control station for 347 volts Series LMTO Sensing head H Sensing head, requires LPCS power control station for stand-alone operation H Sheet#:LMTO SEN-140Controls Catalog Number Notes Type DIMENSIONS All dimensions are inches (millimeters). Subject to change without notice. WIRING DIAGRAM LMTO Multi-Technology Sensing Head COVERAGE PATTERNS Based on an 8' (2.4) ceiling height. All dimensions are in feet (meters). ©2000 Acuity Lighting Group, Inc., Rev. 03/06Sheet#:LMTO Lithonia Lighting Acuity Lighting Group, Inc. Lighting Controls Systems One Lithonia Way, Bldg. 3 Conyers, GA 30012 Phone: 800-533-2719 In Canada: 160 avenue Labrosse, Pointe-Claire, P.Q., H9R 1A1 www.lithonia.com Note: Lithonia recommends that only rapid start or program start fluorescent ballasts be used with occupancy sensors. 1.4 (38) 4.5 (115) 1.5 (38) 0 20 8 16 16 11.5 11.5 20 SIDE VIEW TOP VIEW 0335.5 5.59911 1115 1520 20 32 3222.5 22.5