Lighting The Way. Ballast Specification Guide

Transcription

1 Lighting The Way To Energy Savings Ballast Specification Guide

2 Ballast Specification Guide Welcome to the American Ballast family of products and services In six short years, American Ballast has built an international reputation as an innovative developer and manufacturer of electrical lighting products. You will find our products in numerous business facilities around the world. What makes us unique? American Ballast provides high quality products independently rated at 99.7% reliability small case, at competitive prices. You can count on American Ballast for: Variety we provide a wide array of ballast designs, to meet a variety of lighting needs including standard small case, mini and European-style cans. Quality Control we develop and manufacture all American Ballast products within our own family of engineering labs and manufacturing plants to ensure the highest quality. Customer-oriented developer of custom design products Even with our extensive inventory, a special application may require something more. Our advanced research & development center in Mobile, Alabama can custom design equipment to your specifications, and then manufacture the product at one of our plants. If you can t find the right product to meet your application, call us. We will work with you to create the product you need. Our R&D team develops practical solutions for problems like inrush current levels or electro-magnetic interference and then improves on them. Our commitment to improving performance and saving energy also helps you differentiate your products within your target markets. American Ballast has an accessible management team dedicated to serve you and your customers. We are a large company with a small company approach to customer service. We stand by the quality of our products, all backed by a five-year warranty on materials and workmanship. American Ballast: Dedicated to bringing innovative and energy-saving lighting products to the consumers around the world. American Ballast Phone: Fax: Written by Shirley MacRae

3 TABLE OF CONTENTS Company Profile Lamp Application Matrix Electronic Fluorescent Ballast Products T8 Ballast Highlights... 6 T8 Instant Start Normal, Low & High Output Features & Benefits... 7 T8 Instant Start, High Efficiency Features & Benefits... 8 T8 Programmed Start Features & Benefits... 9 T8 Residential Features & Benefits T8 Lamp Chart T5 Programmed Start Ballast Highlights...18 T5 Programmed Start Features & Benefits T5 Lamp Chart T12 Ballast Highlights T12 Features & Benefits T12 Lamp Chart Energy Policy Act Compact Fluorescent Ballast Highlight Compact Fluorescent Features & Benefits Compact Fluorescent Lamp Chart Ordering Information Cross Reference Glossary of Terms Warranty Information Wiring Diagrams CAN Dimensions Ballast Specification Guide

4 Ballast Specification Guide Company Profile American Ballast offers one of the industry s most comprehensive ranges of high-performance electronic ballasts for commercial and residential lighting applications. The company was established in 2004 specifically to design and manufacture electronic energy-efficient fluorescent and HID ballasts for commercial and residential lighting customers in North America. Offering a broad range of products including T5, T8 and T12, compact and HID solutions American Ballast offers engineering excellence coupled with industry-leading manufacturing capabilities, geared toward producing energy savings while enhancing light levels and quality. The company s energy-efficient fluorescent and HID ballasts meet Energy Star and other industry standards. The company s major development centers in the U.S. and Asia, provide an ideal mix of technological process and designed-in efficiency to ensure value and performance for its customers. Additionally, every manufacturing facility is ISO 9001 and ISO certified. The company s processes and material sourcing are marked by rigorous quality standards that include 100% quality control on incoming components, as well as 100% burn-in, full-functional and advanced-life testing standards. American Ballast and its parent company have been instrumental in the development of many recent efficiency standards relevant to the company s product lines with direct participation in numerous international green committees. American Ballast is part of a $500 million global company, Phihong Technology Co., Ltd., a leader in electronic accessories and power supplies that has been shipping product to North America for more than 35 years. American Ballast benefits from decades of design, manufacturing and sales support excellence of its parent company, which includes the world s fifth-largest power supply manufacturer. Phihong Technology Co., Ltd. and its subsidiaries continually strive to provide the highest quality products and customer support. Phihong has engineering and manufacturing facilities in North and South America, Taiwan and mainland China. With a combined, more than 1.5 million square feet of manufacturing space, Phihong provides world-class quality and global flexibility to serve the expanding needs of its customers. Phihong offers both state-of-the-art surface mount and through-hole-process lines with less than 50ppm defect ratios. Every facility is ISO 9001 and ISO certified. For more information about American Ballast, visit or info@americanballast.com. 2

5 Committed to their customers As a subsidiary of Phihong, American Ballast Corp., measures success by its commitment to customers. Phihong is a global leader in electronic accessories and power supplies, striving for zero defects, on time delivery and support that meets and exceeds its customers expectations. The companies worldwide sales and service organizations have engineering and manufacturing facilities in North and South America, Taiwan and mainland China while providing hub services, application engineering support and local after sales service centers in Europe, Asia and North and South America. Engineering excellence Quality products start with quality engineering. Phihong and its subsidiaries operate major development centers in Silicon Valley, California and Taipei, Taiwan to provide the ideal mix of technological process and designed-in efficiency, ensuring value and performance for their customers. Ballast Specification Guide Manufacturing excellence With more than 700,000 square feet of manufacturing space, Phihong and its subsidiaries facilities in China, Taiwan and Brazil provide world-class quality and global flexibility to serve the expanding needs of its customers. Phihong and its subsidiaries offer both state-of-the-art surface mount and throughhole-process lines with less than 50ppm defect ratios. Every facility is ISO 9001 and ISO certified. Quality and reliability Phihong and its subsidiaries long-term customer relationships have been built through consistently delivering highly reliable products at competitive prices. The drive for quality runs through each aspect of Phihong s organizations. From supplier management, to engineering and manufacturing excellence, to customer-focused service teams Phihong is committed to delivering the best. 3

6 Ballast Specification Guide 4 T8 lamp application matrix T12 T8 T8 U T5 T12HO T5 HO T5C AB1-32-IP Lamp 17/25/30/32W 1 Lamp 16/24/31/32W AB2-32-IP Lamp 40, 2/1 Lamp 17/25/30/32W 2/1 Lamp 16/24/31/32W AB3-32-IP Lamp 40, 3/2 Lamp 17/25/30/32W 3/2 Lamp 16/24/31/32W AB4-32-IP Lamp 40, 4/3 Lamp 17/25/30/32W 4/3 Lamp 16/24/31/32W AB1-32-IP Lamp 17/25/30/32W 1 Lamp 16/24/31/32W AB2-32-IP Lamp 40, 2/1 Lamp 17/25/30/32W 2/1 Lamp 16/24/31/32W AB3-32-IP Lamp 40, 3/2 Lamp 17/25/30/32W 3/2 Lamp 16/24/31/32W AB4-32-IP Lamp 40, 4/3 Lamp 17/25/30/32W 4/3 Lamp 16/24/31/32W AB1-32-IP-UNV 1 Lamp 17/25/30/32W 1 Lamp 16/24/31/32W AB2-32-IP-UNV 1 Lamp 40, 2/1 Lamp 17/25/30/32W 2/1 Lamp 16/24/31/32W AB3-32-IP-UNV 2 Lamp 40, 3/2 Lamp 17/25/30/32W 3/2 Lamp 16/24/31/32W AB4-32-IP-UNV 3 Lamp 40, 4/3 Lamp 17/25/30/32W 4/3 Lamp 16/24/31/32W AB1-32-IP-120-HE 1 Lamp 17/25/28/32W 1 Lamp 17/25/28/32W AB2-32-IP-120-HE 1 Lamp 40, 2/1 Lamp 17/25/28/32W 2/1 Lamp 17/25/28/32W AB3-32-IP-120-HE 2 Lamp 40, 3/2 Lamp 17/25/28/32W 2/1 Lamp 17/25/28/32W AB4-32-IP-120-HE 3 Lamp 40, 4/3 Lamp 17/25/28/32W 2/1 Lamp 17/25/28/32W AB1-32-PS-UNV AB2-32-PS-UNV AB3-32-PS-UNV AB4-32-PS-UNV AB2-32-IP-120-R AB4-32-IP-120-R AB2-59-IP-UNV T5 AB2-40-PS-UNV-BX AB2-28-PS-UNV 1 lamp 17/24/25/31/32W 1 Lamp 40, 2/1 Lamp 17/24/25/31/32W 2 Lamp 40, 3/2 Lamp 17/24/25/31/32W 3 Lamp 40, 4/3 Lamp 17/24/25/31/32W 2/1 lamp 32/31/25/24/17/40/34W 4/3 lamp 32/31/25/24/17/40/34W 2/1 Lamp 59W/F96T8 AB2-54-PS-UNV AB4-54-PS-UNV 4 Foot T12 AB1-40-RS lamp 40/34W AB1-40-RS lamp 40/34W AB2-40-RS-120 2/1 lamp 40/34W 2 F32T8 AB2-40-RS-277 2/1 lamp 40/34W 2 F32T8 AB2-40-RS-120-R 2/1 lamp 40/34W 2 F32T8 8 Foot T12 AB2-96-IP-120 2/1 lamp 96/84/72/64/60/48 AB2-96HO-RS-120 AB2-96-IP-277 2/1 lamp 96/84/72/64/60/48 AB2-96HO-RS-277 AB2-96HO-RS-UNV 2/1 Lamp 14/21/28W 2/1 HO lamp 96//84/72/60/48W 2/1 HO lamp 96//84/72/60/48W 2/1 HO lamp 96//84/72/60/48W 2/1 Lamp 54W 4/3 Lamp 54W Compacts AB2-13-PS-UNV AB2-18-PS-UNV AB2-26-PS-UNV 1/22/40W AB2-42-PS-UNV 1/22W + 1/40W

7 FT CFQ CFTR CFM CFS T8 AB1-32-IP Lamp 18/24/27/36/39/40W AB2-32-IP Lamp 18/24/27/36/39/40W AB3-32-IP Lamp 18/24/27/36/39/40W AB4-32-IP-120 AB1-32-IP-277 AB2-32-IP Lamp 18/24/27/36/39/40W AB3-32-IP Lamp 18/24/27/36/39/40W AB4-32-IP Lamp 18/24/27/36/39/40W AB1-32-IP-UNV AB2-32-IP-UNV 1 Lamp 18/24/27/36/39/40W AB3-32-IP-UNV 2 Lamp 18/24/27/36/39/40W AB4-32-IP-UNV 3 Lamp 18/24/27/36/39/40W AB1-32-IP-120-HE AB2-32-IP-120-HE AB3-32-IP-120-HE AB4-32-IP-120-HE AB1-32-PS-UNV AB2-32-PS-UNV AB3-32-PS-UNV AB4-32-PS-UNV AB2-32-IP-120-R AB4-32-IP-120-R AB2-59-IP-UNV T5 AB2-40-PS-UNV-BX 2/1 Lamp 39/40W AB2-28-PS-UNV Ballast Specification Guide AB2-54-PS-UNV 2/1 Lamp 50/55W AB4-54-PS-UNV 4/3 Lamp 50/55W 4 Foot T12 AB1-40-RS-120 2/1 Lamp 13W 2/1 Lamp 10/16W AB1-40-RS-277 2/1 Lamp 18W 2/1 Lamp 18W 2/1 Lamp 21W AB2-40-RS Lamp 24/27/40W 2/1 Lamp 26W 2 Lamp 26W or 1 Lamp 32,42W 1/28/38W AB2-40-RS Lamp 24/27/40W 2/1 Lamp 26W 2/1 Lamp 26,32,42W 2 Lamp 28/38 AB2-40-RS-120-R 8 Foot T12 AB2-96-IP-120 AB2-96HO-RS-120 AB2-96-IP-277 AB2-96HO-RS-277 AB2-96HO-RS-UNV Compacts AB2-13-PS-UNV 2/1 Lamp 13W 2/1 Lamp 10/16W AB2-18-PS-UNV 2/1 Lamp 18W 2/1 Lamp 18W 2/1 Lamp 21W AB2-26-PS-UNV 1 Lamp 24/27/40W 2/1 Lamp 26W 2 Lamp 26W or 1 Lamp 32,42W 1/28/38W AB2-42-PS-UNV 2 Lamp 24/27/40W 2/1 Lamp 26W 2/1 Lamp 26,32,42W 2 Lamp 28/38 5

8 Ballast Specification Guide 6 T8 Dedicated & Universal Voltage Instant/Programmed Start Ballast Models Include: Dedicated & Universal Voltage LX Low Light Output HX High Light Output Programmed Start Ballast Highlights: Instant Start HE High Efficiency R Residential UNV Universal-Voltage Performance All ballasts (1-, 2-, 3- and 4-lamp models) are designed with parallel circuitry to enable the remaining lamps to maintain full light output if one or more lamps fail to operate. (Does not include Program Start Mode - series circuitry). Ballasts shall operate from a 60Hz input source (120 to 277V), and sustain voltage variations of ±10%. UNV Model ballasts shall operate at either 50 or 60Hz input sources (108 to 305V), and sustain voltage variations of ±10%. Ballasts are high frequency, electronic-type models that operate lamps at a frequency higher than 20kHz. UNV models operate lamps at a frequency between khz or greater to avoid interference with infrared devices. Lamp current crest factor (peak lamp current/average lamp current) shall be 1.7 or less in accordance with lamp manufacturer recommendation ANSI C Ballasts shall operate in ambient temperatures up to 40 C and ballast case temperatures up to 90 C without damage. Ballasts shall comply with FCC Part 18, Class A (non-consumer) regulations for EMI levels (conducted and radiated). Ballasts shall provide transient immunity as recommended under ANSI C Ballasts shall be UL Listed (UL 935), Class P, Type 1 Outdoor and CSAcertified as required. Ballasts shall operate lamps at less than 3% flicker index (virtually nonvisible flicker). Normal light output ballasts shall exhibit a ballast factor greater than.85 (ANSI C ); Low light output ballasts (LX) shall exhibit a ballast factor greater than.76; and High light output ballasts (HX) shall exhibit a ballast factor of Total Harmonic Distortion (THD) shall not exceed 20% for primary lamp applications. UNV Model ballasts shall not exceed 10% THD for primary lamp applications. Residential (R Model) shall not exceed 200% THD. Ballasts shall have a Power Factor (ratio between real power and apparent power) greater than.98 for primary lamp applications. Residential (R Model) shall have a Power Factor greater than.50. Ballasts shall not contain PCBs (polychlorinated biphenyls). Ballasts shall have a Class A sound rating. Ballasts shall be manufactured in an ISO 9001-certified facility. Ballasts shall be provided with lead wires, color-coded in accordance with ANSI C82.11 standards. Ballasts shall be potted and are contained within a metal enclosure for optimum thermal performance. Ballasts shall be either remote- or tandem-wired up to a maximum of 18 feet overall lead length, measured from ballast to lamps. (Consult American Ballast engineering department for specific applications). American Ballast shall provide written warranty against defects in material or workmanship, including replacement for a period of five years from date of manufacture; residential for a period of two years.

9 T8 INSTANT START - NORMAL LIGHT OUTPUT - LOW LIGHT OUTPUT - HIGH LIGHT OUTPUT 120 /277 Voltages - Universal Voltage One ballast operates multiple lamp types Applications: New Construction and Retrofit Installations Board and Meeting Rooms Conference Rooms General Office Lighting Features and Benefits: Dedicated voltage 120 / 277V (60Hz) Universal input voltage ( volts, 50/60 Hz) - Installer-friendly ensures you have the right ballast every time - Reduces inventory costs and requirements - Ideal for international markets with multiple voltages Smaller case size - Optimizes luminaires for T8 lamp size and optics Ideal for thin profile fixtures Lighter weight - Easier to install - Less shipping cost - Ideal for suspended fixtures Standard mounting footprint and wiring for easy replacement - Fits all standard T12 and T8 fixtures Parallel lamp operation keeps other lamps functioning when one lamp fails Instant Start operation for maximum energy savings Full product family of 1 4 lamp 4-foot T8 models available 2-lamp T8 model for 8-foot applications Manufactured with surface mount technology components for enhanced reliability Total Harmonic Distortion < 10% Minimum start temperature: 0 F / -18 F Sound rating: Class A Complies with the limits of FCC Part 18C for non-consumer equipment Meets all ANSI requirements to assure proper lamp and ballast performance Normal Light Output Ballast Factor -.88 Low Light Output Ballast Factor -.78 Executive Offices Hospitals Schools Department Stores High Light Output Ballast Factor UL and CuL Listed Applicable models meet Energy Star requirements Ballast Specification Guide 7

10 Ballast Specification Guide T8 Instant Start - Universal Voltage High Efficiency NEMA Premium Ballast Ballast Models Include: Features and Benefits: High Efficiency: Ballast Factor -.88 Universal input voltage of 108 to 305 volts (50/60 Hz) - Installer-friendly ensures you have the right ballast every time - Reduces inventory costs and requirements - Ideal for international markets with multiple voltages Multiple lamp application - F32T8, F32T8ES, (30W, 28W, 25W), F25T8, F17T8 Parallel lamp operation keeps other lamps functioning when one lamp fails Auto-restrike as a standard feature Designed for maximum efficiency Total Harmonic Distortion < 10% Minimum start temperature: 0 F / -18 F Anti-Striation circuitry for energy saving lamps Meets NEMA and CEE High Efficiency T8 ballast specifications Sound rating: Class A Comply with the limits of FCC Part 18C for non-consumer equipment Low profile Standard mounting footprint and wiring for easy replacement Remote mounting up to 20 feet Tandem wiring up to 20 feet UL and CuL Listed The National Electrical Manufacturers Association established the NEMA Premium Ballast Program in accordance with standards established by the Consortium for Energy Efficiency (CEE). American Ballast is among the members of the ballast program offering products that represent the best energy-saving products. Applications: General Lighting Decorative Lighting Retail Lighting Indirect Lighting Occupancy Sensor Applications New Construction and Retrofit Installations 8

11 T8 Programmed Start - Universal Voltage One ballast operates multiple lamp types Applications: New Construction and Retrofit Installations Frequent On/Off Switching or Occupancy Sensor Controlled Spaces Features and Benefits: Programmed Rapid Start Operation Universal input voltage ( volts, 50/60 Hz) Installer-friendly you have the right voltage ballast for all jobs Reduces inventory costs and requirements Ideal for international markets with multiple voltages Smaller case size Optimizes luminaires for T8 lamp size and optics Ideal for thin profile fixtures Lighter weight - Easier to install - Less shipping cost - Ideal for suspended fixtures Maximizes lamp life provides up to 30,000 lamp cycles Reduced lamp replacement Ideal for use with occupancy sensors Standard mounting footprint and wiring for easy replacement Improved occupant safety when one lamp fails on one circuit, lamps on parallel circuit stay on Cost effective replace only the lamps that have failed without having to troubleshoot other lamp Capable of remote/tandem applications up to 20 feet One ballast can be used to operate two fixtures Manufactured using Surface Mount Technology for enhanced reliability THD < 10% Minimum Start Temperature: 0 F/-18 F Sound Rating: Class A Comply with the limits of FCC Part 18C for Non-Consumer equipment Meets all ANSI requirements to assure proper lamp and ballast performance General Office Lighting Boardrooms and Executive Offices Conference and Meeting Rooms UL and CuL Listed Applicable models meet Energy Star requirements Ballast Specification Guide 9

12 Ballast Specification Guide T8 RESIDENTIAL - 120V One ballast operates multiple lamp types Features and Benefits: High operating efficiency meets Energy Star requirements The family includes two models that operate one to four F32T8 lamps; 60Hz - Promotes flexibility in fixture designs - Instant-Start circuitry - Provides instant light Provides a low cost, economical ballast for residential applications Total Harmonic Distortion < 200% Meets Class P, Type 1 Outdoor standard ANSI rated full (.88 Ballast Factor) light output for F32T8 lamps Reliable starting at temperatures down to 0 F - Great for garage installations in most regions Instant Start technology for quick lamp strike Parallel lamp operation keeps other lamps functioning when one lamp fails Small dimensions and light weight for fixture design flexibility Fully complies with FCC consumer regulations for residential applications Sound rating: Class A ensures quiet operation Comply with the limits of FCC Part 18C consumer (Class B) UL and CuL Listed Applications: Lighting brings life into the house; it warms, brightens and enhances your home. If it is well thought out and carefully selected, it is a real bonus to comfort. Hallways Living Rooms Dining Rooms Kitchens Master Bedrooms Children s Rooms Bathrooms Home Offices 10

13 ELECTRONIC BALLASTS: T8 LAMPS LAMP APPLICATIONS: F32T8 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F32T8 HIGH 32 1 AB1-32-IP-UNV-HE % 91% F <10% H A EFFICIENCY 32 1 AB1-32-IP-UNV-HE % 91% F <10% H A 32 1 AB2-32-IP-UNV-HE % 105% F <10% H U 32 1 AB2-32-IP-UNV-HE % 105% F <10% H U STANDARD 32 1 AB1-32-IP % 87% F <20% A A 32 1 AB1-32-IP % 87% F <20% A A 32 1 AB1-32-IP-UNV % 88% F <10% A A 32 1 AB1-32-IP-UNV % 88% F <10% A A 32 1 AB2-32-IP % 105% F <20% A U 32 1 AB2-32-IP % 105% F <25% A U RESIDENTIAL 32 1 AB2-32-IP-120-R >50% 100% F <150% H U 32 1 AB2-40-RS-120-R % 105% F <150% A H PROGRAM 32 1 AB2-32-PS-UNV % 89% F <10% A H START 32 1 AB2-32-PS-UNV % 89% F <10% A H LOW 32 1 AB2-32-IP-UNV-LX % 97% F <10% H U 32 1 AB2-32-IP-UNV-LX % 97% F <10% H U HIGH 32 1 AB2-32-IP-UNV-HX % 141% F <10% A U 32 1 AB2-32-IP-UNV-HX % 141% F <10% A U HIGH 32 2 AB2-32-IP-UNV-HE % 89% F <10% H B EFFICIENCY 32 2 AB2-32-IP-UNV-HE % 89% F <10% H B 32 2 AB3-32-IP-UNV-HE % 99% F <10% A V 32 2 AB3-32-IP-UNV-HE % 99% F <10% A V STANDARD 32 2 AB2-32-IP-UNV % 88% F <10% A B 32 2 AB2-32-IP-UNV % 88% F <10% A B 32 2 AB2-32-IP % 88% F <20% A B 32 2 AB2-40-RS % 125% F <20% A F 32 2 AB2-32-IP % 88% F <20% A B 32 2 AB3-32-IP-UNV % 102% F <10% A V 32 2 AB3-32-IP-UNV % 102% F <10% A V 32 2 AB3-32-IP % 102% F <20% A V 32 2 AB3-32-IP % 102% F <20% A V RESIDENTIAL 32 2 AB2-32-IP-120-R >50% 85% F <135% H B 32 2 AB2-40-RS-120-R % 84% F <120% A F PROGRAM 32 2 AB2-32-PS-UNV % 87% F <10% A F START 32 2 AB2-32-PS-UNV % 87% F <10% A F LOW 32 2 AB2-32-IP-UNV-LX % 77% F <20% H B 32 2 AB2-32-IP-UNV-LX % 77% F <20% H B 32 2 AB3-32-IP-UNV-LX % 91% F <20% A V 32 2 AB3-32-IP-UNV-LX % 91% F <20% A V HIGH 32 2 AB2-32-IP-UNV-HX % 130% F <10% A B 32 2 AB2-32-IP-UNV-HX % 130% F <10% A B 32 2 AB3-32-IP-UNV-HX % 104% F <10% A V 32 2 AB3-32-IP-UNV-HX % 104% F <10% A V HIGH 32 3 AB3-32-IP-UNV-HE % 88% F <10% A C EFFICIENCY 32 3 AB3-32-IP-UNV-HE % 88% F <10% A C 32 3 AB4-32-IP-UNV-HE % 97% F <10% A W 32 3 AB4-32-IP-UNV-HE % 97% F <10% A W STANDARD 32 3 AB3-32-IP-UNV % 88% F <10% A C 32 3 AB3-32-IP-UNV % 88% F <10% A C Ballast Specification Guide 11

14 Ballast Specification Guide ELECTRONIC BALLASTS: T8 LAMPS LAMP APPLICATIONS: F32T8, F32T8/ES(25W/28W/30W) PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F32T8 STANDARD 32 3 AB3-32-IP-UNV % 88% F <10% A C 32 3 AB3-32-IP-UNV % 88% F <10% A C 32 3 AB3-32-IP % 88% F <20% A C 32 3 AB3-32-IP % 88% F <20% A C 32 3 AB4-32-IP-UNV % 93% F <10% A W 32 3 AB4-32-IP-UNV % 93% F <10% A W 32 3 AB4-32-IP % 102% F <20% A W 32 3 AB4-32-IP % 102% F <20% A W RESIDENTIAL 32 3 AB4-32-IP-120-R >50% 92% F <200% A W 30 3 AB4-32-IP-120-R >50% 92% F <200% A W PROGRAM 32 3 AB4-32-PS-UNV % 93% F <10% A Q START 32 3 AB4-32-PS-UNV % 93% F <10% A Q LOW 32 3 AB3-32-IP-UNV-LX % 77% F <20% A C 32 3 AB3-32-IP-UNV-LX % 77% F <20% A C 32 3 AB4-32-IP-UNV-LX % 85% F <20% A W 32 3 AB4-32-IP-UNV-LX % 85% F <20% A W HIGH 32 3 AB3-32-IP-UNV-HX % 88% F <10% A C 32 3 AB3-32-IP-UNV-HX % 88% F <10% A C 30 3 AB3-32-IP-UNV-HX % 87% F <10% A C 30 3 AB3-32-IP-UNV-HX % 87% F <10% A C HIGH 32 4 AB4-32-IP-UNV-HE % 88% F <10% A D EFFICIENCY 32 4 AB4-32-IP-UNV-HE % 88% F <10% A D STANDARD 32 4 AB4-32-IP-UNV % 88% F <10% A D 32 4 AB4-32-IP-UNV % 88% F <10% A D 32 4 AB4-32-IP % 87% F <20% A D 32 4 AB4-32-IP % 87% F <20% A D RESIDENTIAL 32 4 AB4-32-IP-120-R >50% 84% F <150% A D PROGRAM 32 4 AB4-32-PS-UNV % 88% F <10% A QQ START 32 4 AB4-32-PS-UNV % 88% F <10% A QQ LOW 32 4 AB4-32-IP-UNV-LX % 77% F <20% A D 32 4 AB4-32-IP-UNV-LX % 77% F <20% A D HIGH 32 2 AB2-32-IP-UNV-HE % 89% F <10% H B EFFICIENCY 32 2 AB2-32-IP-UNV-HE % 89% F <10% H B F30T8 HIGH 30 1 AB1-32-IP-UNV-HE % 91% F <10% H A EFFICIENCY 30 1 AB1-32-IP-UNV-HE % 91% F <10% H A 30 1 AB2-32-IP-UNV-HE % 104% F <10% H U 30 1 AB2-32-IP-UNV-HE % 104% F <10% H STANDARD 30 1 AB1-32-IP % 87% F <20% A A 30 1 AB1-32-IP % 87% F <20% A A 30 1 AB1-32-IP-UNV % 87% F <10% H A 30 1 AB1-32-IP-UNV % 87% F <10% H A 30 1 AB2-32-IP % 105% F <20% A U 30 1 AB2-32-IP % 105% F <25% A U RESIDENTIAL 30 1 AB2-32-IP-120-R >50% 102% F <150% H U 30 1 AB2-40-RS-120-R >50% 106% F <150% A H PROGRAM 30 1 AB2-32-PS-UNV % 89% F <10% A H START 30 1 AB2-32-PS-UNV % 89% F <10% A H LOW 30 1 AB2-32-IP-UNV-LX % 93% F <10% H U 30 1 AB2-32-IP-UNV-LX % 93% F <10% H U HIGH 30 1 AB2-32-IP-UNV-HX % 141% F <10% A U 30 1 AB2-32-IP-UNV-HX % 141% F <10% A U 12

15 ELECTRONIC BALLASTS: T8 LAMPS 32/ES LAMP APPLICATIONS: F32T8, F32T8/ES(25W/28W/30W), FB031T8 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F30T8 HIGH 30 2 AB2-32-IP-UNV-HE % 89% F <10% H B EFFICIENCY 30 2 AB2-32-IP-UNV-HE % 89% F <10% H B 30 2 AB3-32-IP-UNV-HE % 104% F <10% A V 30 2 AB3-32-IP-UNV-HE % 104% F <10% A V STANDARD 30 2 AB2-32-IP-UNV % 88% F <10% A B 30 2 AB2-32-IP-UNV % 88% F <10% A B 30 2 AB2-32-IP % 87% F <20% A B 30 2 AB2-40-RS % 125% F <20% A F 30 2 AB2-32-IP % 88% F <20% A B 30 2 AB3-32-IP-UNV % 103% F <10% A V 30 2 AB3-32-IP-UNV % 103% F <10% A V 30 2 AB3-32-IP % 103% F <20% A V 30 2 AB3-32-IP % 103% F <20% A V RESIDENTIAL 30 2 AB2-32-IP-120-R >50% 85% F <135% H B 30 2 AB2-40-RS-120-R % 85% F <120% A F PROGRAM 30 2 AB2-32-PS-UNV % 87% F <10% A F START 30 2 AB2-32-PS-UNV % 87% F <10% A F LOW 30 2 AB2-32-IP-UNV-LX % 75% F <20% H B 30 2 AB2-32-IP-UNV-LX % 75% F <20% H B 30 2 AB3-32-IP-UNV-LX % 87% F <20% A V 30 2 AB3-32-IP-UNV-LX % 87% F <20% A V HIGH 30 2 AB2-32-IP-UNV-HX % 130% F <10% A B 30 2 AB2-32-IP-UNV-HX % 130% F <10% A B 30 2 AB3-32-IP-UNV-HX % 104% F <10% A V 30 2 AB3-32-IP-UNV-HX % 104% F <10% A V HIGH 30 3 AB3-32-IP-UNV-HE % 88% F <10% A C EFFICIENCY 30 3 AB3-32-IP-UNV-HE % 88% F <10% A C 30 3 AB4-32-IP-UNV-HE % 97% F <10% A W 30 3 AB4-32-IP-UNV-HE % 97% F <10% A W STANDARD 30 3 AB3-32-IP-UNV % 89% F <10% A C 30 3 AB3-32-IP-UNV % 89% F <10% A C 30 3 AB3-32-IP % 89% F <20% A C 30 3 AB3-32-IP % 89% F <20% A C 30 3 AB4-32-IP-UNV % 103% F <10% A W 30 3 AB4-32-IP-UNV % 103% F <10% A W 30 3 AB4-32-IP % 103% F <20% A W 30 3 AB4-32-IP % 103% F <20% A W RESIDENTIAL 30 3 AB4-32-IP-120-R >50% 92% F <200% A W PROGRAM 30 3 AB4-32-PS-UNV % 93% F <10% A QQ START 30 3 AB4-32-PS-UNV % 93% F <10% A QQ LOW 30 3 AB3-32-IP-UNV-LX % 75% F <20% A C 30 3 AB3-32-IP-UNV-LX % 75% F <20% A C 30 3 AB4-32-IP-UNV-LX % 81% F <20% A W 30 3 AB4-32-IP-UNV-LX % 81% F <20% A W HIGH 30 3 AB3-32-IP-UNV-HX % 87% F <10% A C 30 3 AB3-32-IP-UNV-HX % 87% F <10% A C HIGH 30 4 AB4-32-IP-UNV-HE % 88% F <10% A D EFFICIENCY 30 4 AB4-32-IP-UNV-HE % 88% F <10% A D STANDARD 30 4 AB4-32-IP-UNV % 88% F <10% A D 30 4 AB4-32-IP-UNV % 88% F <10% A D 30 4 AB4-32-IP % 88% F <20% A D 30 4 AB4-32-IP % 88% F <20% A D RESIDENTIAL 30 4 AB4-32-IP-120-R >50% 84% F <150% A D PROGRAM 30 4 AB4-32-PS-UNV % 88% F <10% A QQ START 30 4 AB4-32-PS-UNV % 88% F <10% A QQ LOW 30 4 AB4-32-IP-UNV-LX % 75% F <20% A D 30 4 AB4-32-IP-UNV-LX % 75% F <20% A D Ballast Specification Guide 13

16 Ballast Specification Guide ELECTRONIC BALLASTS: T8 LAMPS 32/ES LAMP APPLICATIONS: F28T8 & F25T8 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F28T8 HIGH 28 1 AB1-32-IP-UNV-HE % 91% F <10% H A EFFICIENCY 28 1 AB1-32-IP-UNV-HE % 91% F <10% H A 28 1 AB2-32-IP-UNV-HE % 104% F <10% H U 28 1 AB2-32-IP-UNV-HE % 104% F <10% H U 28 2 AB2-32-IP-UNV-HE % 89% F <10% H B 28 2 AB2-32-IP-UNV-HE % 89% F <10% H B 28 2 AB3-32-IP-UNV-HE % 104% F <10% A V 28 2 AB3-32-IP-UNV-HE % 104% F <10% A V 28 3 AB3-32-IP-UNV-HE % 88% F <10% A C 28 3 AB3-32-IP-UNV-HE % 88% F <10% A C 28 3 AB4-32-IP-UNV-HE % 98% F <10% A W 28 3 AB4-32-IP-UNV-HE % 98% F <10% A W 28 4 AB4-32-IP-UNV-HE % 88% F <10% A D 28 4 AB4-32-IP-UNV-HE % 88% F <10% A D PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F25T8 HIGH 25 1 AB1-32-IP-UNV-HE % 91% F <10% H A EFFICIENCY 25 1 AB1-32-IP-UNV-HE % 91% F <10% H A 25 1 AB2-32-IP-UNV-HE % 104% F <20% H U 25 1 AB2-32-IP-UNV-HE % 104% F <20% H U 25 2 AB2-32-IP-UNV-HE % 89% F <10% H B 25 2 AB2-32-IP-UNV-HE % 89% F <10% H B 25 2 AB3-32-IP-UNV-HE % 104% F <20% A V 25 2 AB3-32-IP-UNV-HE % 104% F <20% A V 25 3 AB3-32-IP-UNV-HE % 88% F <10% A C 25 3 AB3-32-IP-UNV-HE % 88% F <10% A C 25 3 AB4-32-IP-UNV-HE % 98% F <10% A W 25 3 AB4-32-IP-UNV-HE % 98% F <10% A W 25 4 AB4-32-IP-UNV-HE % 88% F <10% A D 25 4 AB4-32-IP-UNV-HE % 88% F <10% A D 14

17 ELECTRONIC BALLASTS: T8 LAMPS LAMP APPLICATIONS: F32T8, F32T8/ES(25W/28W/30W), F25T8 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F25T8 STANDARD 25 1 AB1-32-IP % 90% F <20% A A 25 1 AB1-32-IP % 90% F <20% A A 25 1 AB1-32-IP-UNV % 90% F <10% A A 25 1 AB1-32-IP-UNV % 90% F <10% A A 25 1 AB2-32-IP-UNV % 103% F <20% A U 25 1 AB2-32-IP-UNV % 103% F <20% A U 25 1 AB2-32-IP % 103% F <30% A U 25 1 AB2-32-IP % 112% F <30% A U RESIDENTIAL 25 1 AB2-32-IP-120-R >50% 105% F <200% H U PROGRAM 25 1 AB2-32-PS-UNV % 89% /-18 F <15% A H START 25 1 AB2-32-PS-UNV % 89% /-18 F <15% A H LOW 25 1 AB2-32-IP-UNV-LX % 100% F <20% H U 25 1 AB2-32-IP-UNV-LX % 100% F <20% H U HIGH 25 1 AB2-32-IP-UNV-HX % 130% F <10% A U 25 1 AB2-32-IP-UNV-HX % 130% F <10% A U HIGH 25 2 AB2-32-IP-UNV-HE % 90% F <20% H B EFFICIENCY 25 2 AB2-32-IP-UNV-HE % 90% F <20% H B 25 2 AB3-32-IP-UNV-HE % 105% F <20% A V 25 2 AB3-32-IP-UNV-HE % 105% F <20% A V STANDARD 25 2 AB2-32-IP-UNV % 88% F <10% A B 25 2 AB2-32-IP-UNV % 88% F <10% A B 25 2 AB2-32-IP % 90% F <20% A B 25 2 AB2-32-IP % 88% F <20% A B 25 2 AB3-32-IP-UNV % 103% F <20% A V 25 2 AB3-32-IP-UNV % 103% F <20% A V 25 2 AB3-32-IP % 103% F <20% A V 25 2 AB3-32-IP % 103% F <20% A V RESIDENTIAL 25 2 AB2-32-IP-120-R % 86% F <150% H B PROGRAM 25 2 AB2-32-PS-UNV % 88% F <10% A F START 25 2 AB2-32-PS-UNV % 88% F <10% A F LOW 25 2 AB2-32-IP-UNV-LX % 77% F <20% H B 25 2 AB2-32-IP-UNV-LX % 77% F <20% H B 25 2 AB3-32-IP-UNV-LX % 96% F <20% A V 25 2 AB3-32-IP-UNV-LX % 96% F <20% A V HIGH 25 2 AB2-32-IP-UNV-HX % 110% F <10% A B 25 2 AB2-32-IP-UNV-HX % 110% F <10% A B 25 2 AB3-32-IP-UNV-HX % 140% F <10% A V 25 2 AB3-32-IP-UNV-HX ` 96% 140% F <10% A V HIGH 25 3 AB3-32-IP-UNV-HE % 88% F <20% A C EFFICIENCY 25 3 AB3-32-IP-UNV-HE % 88% F <20% A C 25 3 AB4-32-IP-UNV-HE % 98% F <20% A W 25 3 AB4-32-IP-UNV-HE % 98% F <20% A W STANDARD 25 3 AB3-32-IP-UNV % 88% F <10% A C 25 3 AB3-32-IP-UNV % 88% F <10% A C 25 3 AB3-32-IP % 88% F <20% A C 25 3 AB3-32-IP % 88% F <20% A C 25 3 AB4-32-IP-UNV % 103% F <20% A W 25 3 AB4-32-IP-UNV % 103% F <20% A W 25 3 AB4-32-IP % 103% F <20% A W 25 3 AB4-32-IP % 103% F <20% A W RESIDENTIAL 25 3 AB4-32-IP-120-R % 88% F <200% A W PROGRAM 25 3 AB4-32-PS-UNV % 94% F <20% A QQ START 25 3 AB4-32-PS-UNV % 94% F <20% A QQ LOW 25 3 AB3-32-IP-UNV-LX % 82% F <20% A C 25 3 AB3-32-IP-UNV-LX % 82% F <20% A C 25 3 AB4-32-IP-UNV-LX % 85% F <20% A W 25 3 AB4-32-IP-UNV-LX % 85% F <20% A W HIGH 25 3 AB3-32-IP-UNV-HX % 116% F <10% A C 25 3 AB3-32-IP-UNV-HX % 116% F <10% A C HIGH 25 4 AB4-32-IP-UNV-HE % 89% F <10% A D EFFICIENCY 25 4 AB4-32-IP-UNV-HE % 89% F <10% A D Ballast Specification Guide 15

18 Ballast Specification Guide ELECTRONIC BALLASTS: T8 LAMPS LAMP APPLICATIONS: F25T8, F17T8 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F25T8 STANDARD 25 4 AB4-32-IP-UNV % 88% F <10% A D 25 4 AB4-32-IP-UNV % 88% F <10% A D 25 4 AB4-32-IP % 88% F <20% A D 25 4 AB4-32-IP % 88% F <20% A D RESIDENTIAL 25 4 AB4-32-IP-120-R % 82% F <200% A D PROGRAM 25 4 AB4-32-PS-UNV % 89% F <10% A QQ START 25 4 AB4-32-PS-UNV % 89% F <10% A QQ LOW 25 4 AB4-32-IP-UNV-LX % 82% F <20% A D 25 4 AB4-32-IP-UNV-LX % 82% F <20% A D F17T8 RESIDENTIAL 25 1 AB2-32-IP-120-R % 106% F <200% H U 25 2 AB2-32-IP-120-R % 87% F <200% H B 25 3 AB4-32-IP-120-R % 88% F <200% A W 25 4 AB4-32-IP-120-R % 82% F <200% A D PROGRAM 25 1 AB2-32-PS-UNV % 89% F <15% A H START 25 2 AB2-32-PS-UNV % 88% F <10% A F 25 3 AB4-32-PS-UNV % 94% F <10% A QQ 25 4 AB4-32-PS-UNV % 89% F <10% A QQ 25 1 AB2-32-PS-UNV % 89% F <15% A H 25 2 AB2-32-PS-UNV % 88% F <10% A F 25 3 AB4-32-PS-UNV % 94% F <10% A QQ 25 4 AB4-32-PS-UNV % 89% F <10% A QQ HIGH 17 1 AB1-32-IP-UNV-HE % 92% F <20% H A EFFICIENCY 17 1 AB1-32-IP-UNV-HE % 92% F <20% H A 17 1 AB2-32-IP-UNV-HE % 105% F <20% H U 17 1 AB2-32-IP-UNV-HE % 105% F <20% H U STANDARD 17 1 AB1-32-IP % 91% F <25% A A 17 1 AB1-32-IP % 91% F <30% A A 17 1 AB1-32-IP-UNV % 92% F <10% A A 17 1 AB1-32-IP-UNV % 92% F <10% A A 17 1 AB2-32-IP % 116% F 33% A U 17 1 AB2-32-IP % 116% F 32% A U RESIDENTIAL 17 1 AB2-32-IP-120-R >50% 108% F <200% H U PROGRAM 17 1 AB2-32-PS-UNV % 96% F <15% A H START 17 1 AB2-32-PS-UNV % 96% F <15% A H LOW 17 1 AB2-32-IP-UNV-LX % 107% F <20% H U 17 1 AB2-32-IP-UNV-LX % 107% F <20% H U 17 1 AB2-32-IP-120-LX % 107% F <20% A U 17 1 AB2-32-IP-277-LX % 107% F <20% A U HIGH 17 1 AB2-32-IP-UNV-HX % 130% F <10% A U HIGH 17 2 AB2-32-IP-UNV-HE % 91% F <20% H B EFFICIENCY 17 2 AB2-32-IP-UNV-HE % 91% F <20% H B 17 2 AB3-32-IP-UNV-HE % 105% F <20% A V 17 2 AB3-32-IP-UNV-HE % 105% F <20% A V STANDARD 17 2 AB2-32-IP-UNV % 91% F <20% A B 17 2 AB2-32-IP-UNV % 91% F <20% A B 17 2 AB2-32-IP % 94% F <30% A B 17 2 AB2-32-IP % 96% F <30% A B 17 2 AB3-32-IP-UNV % 106% F <10% A V 17 2 AB3-32-IP-UNV % 106% F <30% A V 17 2 AB3-32-IP % 112% F <30% A V 17 2 AB3-32-IP % 116% F <30% A V RESIDENTIAL 17 2 AB2-32-IP-120-R % 90% F <150% H B PROGRAM 17 2 AB2-32-PS-UNV % 89% F <15% A F START 17 2 AB2-32-PS-UNV % 89% F <15% A F LOW 17 2 AB2-32-IP-UNV-LX % 85% F <20% H B 17 2 AB2-32-IP-UNV-LX % 85% F <20% H B 17 2 AB3-32-IP-UNV-LX % 100% F <20% A V 17 2 AB3-32-IP-UNV-LX % 100% F <20% A V 16

19 ELECTRONIC BALLASTS: T8 LAMPS LAMP APPLICATIONS: F17T8, F40T8, F40T12, F34T12, F96T8 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F17T8 HIGH 17 2 AB2-32-IP-UNV-HX % 118% F <10% A B 17 2 AB2-32-IP-UNV-HX % 118% F <10% A B 17 2 AB3-32-IP-UNV-HX % 142% F <10% A V 17 2 AB3-32-IP-UNV-HX % 142% F <10% A V HIGH 17 3 AB3-32-IP-UNV-HE % 92% F <20% A C EFFICIENCY 17 3 AB3-32-IP-UNV-HE % 92% F <20% A C 17 3 AB4-32-IP-UNV-HE % 102% F <20% A W 17 3 AB4-32-IP-UNV-HE % 102% F <20% A W STANDARD 17 3 AB3-32-IP-UNV % 91% F <10% A C 17 3 AB3-32-IP-UNV % 91% F <20% A C 17 3 AB3-32-IP % 96% F <20% A C 17 3 AB3-32-IP % 98% F <32% A C 17 3 AB4-32-IP-UNV % 99% F <20% A W 17 3 AB4-32-IP-UNV % 99% F <20% A W 17 3 AB4-32-IP % 94% F <10% A W 17 3 AB4-32-IP % 94% F <20% A W RESIDENTIAL 17 3 AB4-32-IP-120-R >50% 91% F <200% A W PROGRAM 17 3 AB4-32-PS-UNV % 95% F <20% A QQ START 17 3 AB4-32-PS-UNV % 95% F <20% A QQ LOW 17 3 AB3-32-IP-UNV-LX % 85% F <20% A C 17 3 AB3-32-IP-UNV-LX % 85% F <20% A C 17 3 AB4-32-IP-UNV-LX % 94% F <20% A W 17 3 AB4-32-IP-UNV-LX % 94% F <20% A W HIGH 17 3 AB3-32-IP-UNV-HX % 1.19% F <10% A C 17 3 AB3-32-IP-UNV-HX % 1.19% F <10% A C HIGH 17 4 AB4-32-IP-UNV-HE % 92% F <20% A D EFFICIENCY 17 4 AB4-32-IP-UNV-HE % 92% F <20% A D STANDARD 17 4 AB4-32-IP-UNV % 91% F <20% A D 17 4 AB4-32-IP-UNV % 91% F <20% A D 17 4 AB4-32-IP % 88% F <10% A D 17 4 AB4-32-IP % 89% F <20% A D RESIDENTIAL 17 4 AB4-32-IP-120-R % 83% F <200% A D PROGRAM 17 4 AB4-32-PS-UNV % 90% F <20% A QQ START 17 4 AB4-32-PS-UNV % 90% F <20% A QQ LOW 17 4 AB4-32-IP-UNV-LX % 85% F <20% A D 17 4 AB4-32-IP-UNV-LX % 85% F <20% A D F40T8 HIGH 40 1 AB2-32-IP-UNV-HE % 98% F <10% H U EFFICIENCY 40 1 AB2-32-IP-UNV-HE % 98% F <10% H U STANDARD 40 1 AB2-32-IP-UNV % 97% F <20% A U 40 1 AB2-32-IP-UNV % 97% F <20% A U 40 1 AB2-32-IP % 106% F <25% A U 40 1 AB2-32-IP % 106% F <25% A U PROGRAM 40 1 AB2-32-PS-UNV % 89% F <10% A H START 40 1 AB2-32-PS-UNV % 89% F <10% A H HIGH 40 2 AB3-32-IP-120-HE % 102% F <10% A V EFFICIENCY 40 2 AB3-32-IP-277-HE % 102% F <10% A V STANDARD 40 2 AB3-32-IP-UNV % 96% F <20% A V 40 2 AB3-32-IP-UNV % 96% F <20% A V 40 2 AB3-32-IP % 100% F <20% A V 40 2 AB3-32-IP % 102% F <20% A V HIGH 40 3 AB4-32-IP-120-HE % 94% F <10% A W EFFICIENCY 40 3 AB4-32-IP-277-HE % 94% F <10% A W STANDARD 40 3 AB4-32-IP-UNV % 96% F <10% A W 40 3 AB4-32-IP-UNV % 96% F <10% A W 40 3 AB4-32-IP % 96% F <20% A W 40 3 AB4-32-IP % 96% F <20% A W F40T12 RESIDENTIAL 40 1 AB2-32-IP-120-R % 69% F <150% H U 40 2 AB2-32-IP-120-R % 57% F <150% H B 40 3 AB4-32-IP-120-R % 60% F <150% A W 40 4 AB4-32-IP-120-R % 55% F <150% A D F34T12 RESIDENTIAL 34 1 AB2-32-IP-120-R % 68% F <200% H U 34 2 AB2-32-IP-120-R % 57% F <150% H B 34 3 AB4-32-IP-120-R % 58% F <200% A W 34 4 AB4-32-IP-120-R % 54% F <200% A D F96T8 STANDARD 59 1 AB2-59-IP-UNV % 117% F <10% A U 59 1 AB2-59-IP-UNV % 117% F <10% A U STANDARD 59 2 AB2-59-IP-UNV % 101% F <10% A B 59 2 AB2-59-IP-UNV % 102% F <10% A B Ballast Specification Guide 17

20 Ballast Specification Guide 18 T5 PROGRAMMED Start - Universal Voltage T5 - T5/HO - TT5 Ballast Models Include: Programmed Start Rapid Start T5 Linear Ballast Highlights: T5/HO TT5 All ballasts (1 and 2 lamp models) are designed with series circuitry. All ballasts shall have ELP (End-Of-Life Protection) shut down circuitry and auto restart functions to eliminate the need to cycle power after re-lamping. Ballasts shall be UNV and operate from 60Hz input source (108V or 305V), and sustain voltage variations of ±10%. Ballasts are high frequency, electronic-type models that operate lamps at a frequency higher than 20kHz. UNV models may operate lamps at a frequency between 40-52kHz or greater to avoid interference with infrared devices. Lamp current crest factor (peak lamp current/average lamp current) shall be 1.7 or less in accordance with lamp manufacturer recommendation ANSI C Ballasts shall operate in ambient temperatures up to 40 C and ballast case temperatures up to 90 C without damage. Ballasts shall comply with FCC Part 18, Class A (non-consumer) regulations for EMI levels (conducted and radiated). Ballasts shall provide transient immunity as recommended by ANSI C Ballasts shall be UL Listed (UL 935), Class P, Type 1 Outdoor, and CSA certified as required. Ballasts shall operate lamps at less than 3% flicker index (virtually non visible flicker). Ballasts shall have a ballast factor greater than.98. Total Harmonic Distortion (THD) shall not exceed 10% for the primary lamp applications. Ballast shall have a Power Factor (ratio between real power and apparent power) greater than.98 for primary lamp applications. Ballasts shall not contain any (polychlorinated biphenyls). Ballasts shall have a Class A sound rating. Ballasts shall be manufactured in an ISO 9001-certified facility. Ballasts shall be provided with lead wires, color-coded in accordance with ANSI C82.11 standards. Ballasts shall be potted and are contained within a metal enclosure for optimum thermal performance. Ballasts shall be either remote- or tandem-wired up to a maximum of 18 feet overall lead length, measured from ballast to lamps. (Consult American Ballast engineering department for specific applications). American Ballast shall provide written warranty against defects in material or workmanship, including replacement for a period of five years from date of manufacture.

21 T5 PROGRAMMED Start - Universal Voltage T5 - T5/HO - TT5 One ballast operates multiple lamp types Features and Benefits: Small profile case Ideal for narrow profile fixtures Optimizes luminaires for T5 and T5HO lamp optics Universal input voltage ( V, 50/60Hz) Reduces inventory costs and requirements Correct voltage is always available Program rapid start for long lamp life Ideal for long and short cycle applications Low temperature starting: -20 F Ideal for refrigeration installations End-of-lamp-life shutdown circuitry Safely powers down lamp at end-of-life New lamp ignites upon insertion Auto restart after lamp replacement No need to cycle power when replacing lamps Total Harmonic Distortion < 10% Lighter weight - Easier to install - Less shipping cost - Ideal for suspended fixtures Supports 14-, 21-, 28- and 35-watt T5 lamps Supports 1 or 2: 24-, 39- and 54-watt T5HO lamps Supports 1 or 2: 24-, 40-, 50- and 55-watt Long Twin tube lamps UL and CuL Listed Applicable models meet Energy Star requirements Ballast Specification Guide Applications: Atriums Gymnasiums Lobbies Hotels Offices Schools Industrial/Manufacturing Restaurants Boardrooms Auditoriums Training Areas Specialty Stores Conference Rooms Department Stores Houses of Worship Healthcare Facilities 19

22 Ballast Specification Guide 20 ELECTRONIC BALLASTS: TT5 (TWIN), T5 linear & t5/40 lamps LAMP APPLICATIONS: FT55T5, FT50T5, FT40T5, FT39T5, FT36T5, FT27/24T5, FT18T5, F35T5, F28T5, F21T5, F14T5, f54t5ho, f39t5ho, f24t5ho TT5 (TWIN) PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. FT55T5 STANDARD 55 1 AB2-54-PS-UNV % 94% F <10% G M 55 1 AB2-54-PS-UNV % 94% F <10% G M 55 2 AB2-54-PS-UNV % 92% F <10% G N 55 2 AB2-54-PS-UNV % 92% F <10% G N FT50T5 STANDARD 50 1 AB2-54-PS-UNV % 110% F <10% G M 50 1 AB2-54-PS-UNV % 110% F <10% G M 50 2 AB2-54-PS-UNV % 106% F <10% G N 50 2 AB2-54-PS-UNV % 106% F <10% G N FT40T5 STANDARD 40 1 AB2-40-PS-UNV-BX % 105% F <10% H M 40 1 AB2-40-PS-UNV-BX % 106% F <10% H M 40 1 AB2-32-IP-UNV % 100% F <10% A I 40 1 AB2-32-IP-UNV % 100% F <10% A I 40 1 AB2-26-PS-UNV-CF % 98% F <10% AA M 40 1 AB2-26-PS-UNV-CF % 98% F <10% AA M 40 1 AB2-32-IP % 95% F <20% A I 40 1 AB2-32-IP % 95% F <20% A I 40 2 AB2-40-PS-UNV-BX % 100% F <10% H N 40 2 AB2-40-PS-UNV-BX % 100% F <10% H N 40 2 AB3-32-IP-UNV % 88% F <10% A J 40 2 AB3-32-IP-UNV % 88% F <10% A J 40 2 AB2-42-PS-UNV-CF % 89% F <10% BB N 40 2 AB2-42-PS-UNV-CF % 89% F <10% BB N 40 2 AB3-32-IP % 90% F <10% A J 40 2 AB3-32-IP % 90% F <10% A J 40 3 AB4-32-IP-UNV % 81% F <10% A K 40 3 AB4-32-IP-UNV % 81% F <10% A K 40 3 AB4-32-IP % 84% F <10% A K 40 3 AB4-32-IP % 84% F <10% A K FT39T AB2-40-PS-UNV-BX % 100% F <10% H M 39 1 AB2-40-PS-UNV-BX % 100% F <10% H M 39 2 AB2-40-PS-UNV-BX >99% 100% F <10% H N 39 2 AB2-40-PS-UNV-BX >99% 100% F <10% H N FT36T5 STANDARD 36 1 AB2-32-IP-UNV % 76% F <10% A I 36 1 AB2-32-IP-UNV % 76% F <10% A I 36 1 AB2-32-IP % 79% F <10% A I 36 1 AB2-32-IP % 79% F <10% A I 36 2 AB3-32-IP-UNV % 72% F <10% A J 36 2 AB3-32-IP-UNV % 72% F <10% A J 36 2 AB3-32-IP % 78% F <10% A J 36 2 AB3-32-IP % 78% F <10% A J 36 3 AB4-32-IP-UNV % 72% F <10% A K 36 3 AB4-32-IP-UNV % 72% F <10% A K 36 3 AB4-32-IP % 72% F <10% A K 36 3 AB4-32-IP % 72% F <10% A K FT27/24T5 STANDARD 27/24 1 AB2-32-IP-UNV % 81% F <10% A I 27/24 1 AB2-32-IP-UNV % 81% F <10% A I 27/24 1 AB2-32-IP % 81% F <10% A I 27/24 1 AB2-32-IP % 81% F <10% A I 27/24 2 AB2-32-IP-UNV % 73% F <10% A PP 27/24 2 AB2-32-IP-UNV % 73% F <10% A PP 27/24 2 AB2-32-IP % 73% F <10% A PP 27/24 2 AB2-32-IP % 73% F <10% A PP 27/24 2 AB3-32-IP-UNV % 70% F <10% A J 27/24 2 AB3-32-IP-UNV % 70% F <10% A J 27/24 2 AB3-32-IP % 78% F <10% A J 27/24 2 AB3-32-IP % 78% F <10% A J 27/24 3 AB3-32-IP-UNV % 65% F <10% A NN 27/24 3 AB3-32-IP-UNV % 65% F <10% A NN 27/24 3 AB3-32-IP % 70% F <10% A NN 27/24 3 AB3-32-IP % 70% F <10% A NN 27/24 3 AB4-32-IP-UNV % 72% F <10% A K 27/24 3 AB4-32-IP-UNV % 72% F <10% A K 27/24 3 AB4-32-IP % 72% F <10% A K 27/24 3 AB4-32-IP % 72% F <10% A K 27/24 4 AB4-32-IP-UNV % 70% F <10% A OO 27/24 4 AB4-32-IP-UNV % 70% F <10% A OO 27/24 4 AB4-32-IP % 70% F <10% A OO 27/24 4 AB4-32-IP % 70% F <10% A OO

23 ELECTRONIC BALLASTS:T5 LINEAR LAMPS LAMP APPLICATIONS: F35T5, F28T5, F21T5, F14T5 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. FT18T5 STANDARD 18 1 AB2-32-IP-UNV % 72% F <10% A I 18 1 AB2-32-IP-UNV % 72% F <10% A I 18 1 AB2-32-IP % 72% F <10% A I 18 1 AB2-32-IP % 72% F <10% A I 18 2 AB2-32-IP-UNV % 72% F <10% A PP 18 2 AB2-32-IP-UNV % 72% F <10% A PP 18 2 AB2-32-IP % 72% F <10% A PP 18 2 AB2-32-IP % 72% F <10% A PP 18 2 AB3-32-IP-UNV % 67% F <10% A J 18 2 AB3-32-IP-UNV % 67% F <10% A J 18 2 AB3-32-IP % 78% F <10% A J 18 2 AB3-32-IP % 78% F <10% A J 18 3 AB3-32-IP-UNV % 65% F <10% A NN 18 3 AB3-32-IP-UNV % 65% F <10% A NN 18 3 AB3-32-IP % 73% F <10% A NN 18 3 AB3-32-IP % 73% F <10% A NN 18 3 AB4-32-IP-UNV % 75% F <10% A K 18 3 AB4-32-IP-UNV % 75% F <10% A K 18 3 AB4-32-IP % 75% F <10% A K 18 3 AB4-32-IP % 75% F <10% A K 18 4 AB4-32-IP-UNV % 71% F <10% A OO 18 4 AB4-32-IP-UNV % 71% F <10% A OO 18 4 AB4-32-IP % 71% F <10% A OO 18 4 AB4-32-IP % 71% F <10% A OO T5 linear Ballast Specification Guide PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F35T5 STANDARD 35 1 AB2-28-PS-UNV % 102% F <10% G H 35 1 AB2-28-PS-UNV % 102% F <10% G H F28T5 STANDARD 28 1 AB2-28-PS-UNV % 100% F <10% G H 28 1 AB2-28-PS-UNV % 100% F <10% G H 28 2 AB2-28-PS-UNV % 100% F <10% G F 28 2 AB2-28-PS-UNV % 100% F <10% G F F21T5 STANDARD 21 1 AB2-28-PS-UNV % 104% F <10% G H 21 1 AB2-28-PS-UNV % 104% F <10% G H 21 2 AB2-28-PS-UNV % 100% F <10% G F 21 2 AB2-28-PS-UNV % 100% F <10% G F F14T5 STANDARD 14 1 AB2-28-PS-UNV % 106% F <10% G H 14 1 AB2-28-PS-UNV % 106% F <10% G H 14 2 AB2-28-PS-UNV % 100% F <10% G F 14 2 AB2-28-PS-UNV % 100% F <10% G F T5/HO PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F54T5HO STANDARD 54 1 AB2-54-PS-UNV % 105% F <10% G H 54 1 AB2-54-PS-UNV % 105% F <10% G H 54 2 AB2-54-PS-UNV % 100% F <10% G F 54 2 AB2-54-PS-UNV % 100% F <10% G F 54 3 AB4-54-PS-UNV % 103% F <10% G-1 SS 54 3 AB4-54-PS-UNV % 103% F <10% G-1 SS 54 4 AB4-54-PS-UNV % 100% F <10% G-1 SS 54 4 AB4-54-PS-UNV % 100% F <10% G-1 SS F39T5HO STANDARD 39 2 AB2-39-PS-UNV % 100% F <10% G F 39 2 AB2-39-PS-UNV % 100% F <10% G F 39 1 AB2-39-PS-UNV % 118% F <10% G H 39 1 AB2-39-PS-UNV % 118% F <10% G H F24T5HO STANDARD 24 2 AB2-39-PS-UNV % 120% F <10% G F 24 2 AB2-39-PS-UNV % 120% F <10% G F 24 1 AB2-39-PS-UNV % 130% F <10% G H 24 1 AB2-39-PS-UNV % 130% F <10% G H 21

24 Ballast Specification Guide 22 T12 4 and 8 - Dedicated and Universal Voltage Ballast Models Include: Instant Start/Rapid Start Models Ballast Highlights: Instant start ballasts (1, 2, 3, or 4 lamp models) are designed with parallel circuitry enabling the remaining lamps to maintain full light output if one or more lamps fail to operate. (Rapid start models are designed with series circuitry). Ballasts shall operate from 60Hz input source (120V), and sustain voltage variations of ±10%. Ballasts are high frequency, electronic-type models that operate lamps at a frequency higher than 20kHz. Lamp current crest factor (peak lamp current/average lamp current) shall be 1.7 or less in accordance with lamp manufacturer recommendation ANSI C Ballasts shall operate in ambient temperatures up to 40 C and ballast case temperatures up to 90 C without damage. Ballasts shall comply with FCC Part 18, Class B (consumer) regulations in regards to EMI levels (conducted and radiated). Ballasts shall provide transient immunity as recommended under ANSI C Ballasts shall be UL Listed (UL 935), Class P, Type 1 Outdoor; and CSA-certified as required. Ballasts shall operate lamps at less than 3% flicker index (virtually nonvisible flicker). Normal light output ballasts shall exhibit a ballast factor greater than.87. Ballasts shall have a Power Factor (ratio between real power and apparent power) greater than.98 for primary lamp applications. Ballasts shall not contain PCBs (polychlorinated biphenyls). Ballasts shall have a Class A sound rating. Ballasts shall be manufactured in an ISO 9001-certified facility. Ballasts shall be provided with lead wires, color-coded in accordance with ANSI C82.11 standards. Ballasts shall be potted and are contained within a metal enclosure for optimum thermal performance. Ballasts shall be either remote- or tandem-wired up to a maximum of 18 feet overall lead length, measured from ballast to lamps. (Consult American Ballast engineering department for specific applications). American Ballast shall provide written warranty against defects in material or workmanship, including replacement for a period of five years from date of manufacture.

25 T12 Electronic / 277 Voltage 4-foot T12 / 8-foot T12 - Universal Voltage One ballast operates multiple lamp types Features and Benefits: Energy efficient Greater than 20% increase in efficiency over magnetic ballasts Lower lighting operation costs Full light output Provides same light levels as magnetic ballast being replaced Quiet operation Significantly quieter than magnetic ballasts High frequency operation No lamp flickering Lighter weight - Easier to install - Less shipping cost - Ideal for suspended fixtures Less interference with ballast channel cover during replacement Slimline ballasts feature parallel lamp operation keeps other lamps functions when one lamp fails Same warranty as energy saving magnetic types Minimum starting temperatures: - HO Models: -20 F - Slimline Models: 50ºF - 4-foot Models: 32ºF Sound rating: Class A Operates within ±10% of the ballast specified line voltage at 60Hz Comply with the limits of FCC Part 18C, Class A UL and CuL Listed Applicable models meet Energy Star requirements Ballast Specification Guide Applications: General Shopping Areas Gymnasiums Manufacturing Outdoor Parking Garages Shipping/Receiving Warehouses 23

26 Ballast Specification Guide ELECTRONIC BALLASTS: T12 Lamps - 8 foot & 4 foot LAMP APPLICATIONS: T12 8 Foot: F96T12/HO, F96T12/HO/ES, F72T12/HO, F60T12/HO, F48T12/HO PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. F96T12HO HIGH OUTPUT AB2-96HO-RS % 103% F <10% D-1 H AB2-96HO-RS % 103% F <10% D-1 H AB2-96HO-RS % 90% F <10% D-1 F AB2-96HO-RS % 90% F <10% D-1 F F96T12HO/ES HIGH OUTPUT 95 1 AB2-96HO-RS % 103% F <15% D-1 H 95 1 AB2-96HO-RS % 103% F <15% D-1 H 95 2 AB2-96HO-RS % 89% F <10% D-1 F 95 2 AB2-96HO-RS % 89% F <10% D-1 F F72T12HO HIGH OUTPUT 85 1 AB2-96HO-RS % 105% F <15% D-1 H 85 1 AB2-96HO-RS % 105% F <15% D-1 H 85 2 AB2-96HO-RS % 90% F <10% D-1 F 85 2 AB2-96HO-RS % 90% F <10% D-1 F F60T12HO HIGH OUTPUT 75 1 AB2-96HO-RS % 108% F <15% D-1 H 75 1 AB2-96HO-RS % 108% F <15% D-1 H 75 2 AB2-96HO-RS % 96% F <10% D-1 F 75 2 AB2-96HO-RS % 96% F <10% D-1 F F48T12HO HIGH OUTPUT 60 1 AB2-96HO-RS % 112% F <15% D-1 H 60 1 AB2-96HO-RS % 112% F <15% D-1 H 60 2 AB2-96HO-RS % 99% F <10% D-1 F 60 2 AB2-96HO-RS % 99% F <10% D-1 F F96T12 STANDARD 75 1 AB2-96-IP % 105% F <10% C U 75 1 AB2-96-IP % 105% F <10% C U 75 2 AB2-96-IP % 95% F <10% C B 75 2 AB2-96-IP % 95% F <10% C B F96T12/ES STANDARD 60 1 AB2-96-IP % 107% F <10% C U 60 1 AB2-96-IP % 107% F <10% C U 60 2 AB2-96-IP % 94% F <10% C B 60 2 AB2-96-IP % 94% F <10% C B F84T12 STANDARD 70 1 AB2-96-IP % 105% F <10% C U 70 1 AB2-96-IP % 105% F <10% C U 70 2 AB2-96-IP % 96% F <10% C B 70 2 AB2-96-IP % 96% F <10% C B F72T12 STANDARD 57 1 AB2-96-IP % 117% F <10% C U 57 1 AB2-96-IP % 117% F <10% C U 57 2 AB2-96-IP % 103% F <10% C B 57 2 AB2-96-IP % 103% F <10% C B F64T12 STANDARD 52 1 AB2-96-IP % 115% F <10% C U 52 1 AB2-96-IP % 115% F <10% C U 52 2 AB2-96-IP % 101% F <10% C B 52 2 AB2-96-IP % 101% F <10% C B F60T12 STANDARD 50 1 AB2-96-IP % 115% F <10% C U 50 1 AB2-96-IP % 115% F <10% C U 50 2 AB2-96-IP % 100% F <10% C B 50 2 AB2-96-IP % 100% F <10% C B F48T12 STANDARD 39 1 AB2-96-IP % 113% F <10% C U 39 1 AB2-96-IP % 113% F <10% C U 39 2 AB2-96-IP % 97% F <10% C B 39 2 AB2-96-IP % 97% F <10% C B LAMP APPLICATIONS: T12 4 Foot: F40T12, F40T10, F34T12 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. 24 F40T12 STANDARD 40 1 AB2-40-RS % 103% F <30% A H 40 1 AB2-40-RS % 103% F <30% A H 40 2 AB2-40-RS % 88% F <20% A F 40 2 AB2-40-RS % 88% F <20% A F F40T10 STANDARD 40 1 AB2-40-RS % 104% F <30% A H 40 1 AB2-40-RS % 104% F <30% A H 40 2 AB2-40-RS % 89% F <20% A F 40 2 AB2-40-RS % 89% F <20% A F F34T12 STANDARD 34 1 AB2-40-RS % 104% F <30% A H 34 1 AB2-40-RS % 104% F <30% A H 34 2 AB2-40-RS % 91% F <20% A F 34 2 AB2-40-RS % 91% F <20% A F

27 Energy Policy Act Update: Fluorescent Ballast Requirements and Efficacy factor Increases A new ruling by the Department of Energy was finalized already to reduce energy emissions and provide significant energy savings. The commercial and industrial lighting sectors will be subject to new energyefficient lighting regulations beginning April 1, Under these regulations OEMs (Original Equipment Manufacturers) can no longer use ballasts in new lighting fixtures, from ballast manufacturers, unless the ballasts meet the new minimum BEF (Ballast Efficacy Factor) requirements. The new regulations target ballasts that operate T12 fluorescent lamps. There is a differentiation in the effective date for these ballasts in regards to installation into new fixtures vs. the replacement of ballasts in the field and/or the sale of replacement ballasts. Based on existing technologies today, only the electronic ballasts comply with these new DOE guidelines. A summary of the new regulation, effective dates, and exemptions are listed below: BALLAST REGULATIONS: Effective Dates: April 1, Ballast manufacturers can no longer produce ballast that do not meet the minimum efficiency requirements that are intended for sale to OEM s. Production of these products for replacement use is still allowed but the products must be marked for replacement use only and incorporate short lead wires. July 1, Ballast manufacturers can no longer sell ballasts that do not meet the minimum efficiency requirements to OEM s for installation into new luminaires. April 1, Lighting fixture manufacturers can no longer incorporate ballasts that do not meet the new BEF requirements in new fixtures. July 1, Ballasts manufacturers can no longer sell ballasts that do not meet the minimum efficiency requirements for replacement. BEF Requirements: Application Ballast Voltage BEF Requirement One F40T12 Lamp 120 or Two F40T12 Lamps 120 or Two F96T12 Lamps 120 or Two F96T12HO Lamps 120 or Minimum requirements have to be set for T8 lamps, since there are few applications where electronic ballasts would not be used and the low frequency magnetic ballasts would be necessary. T12 Magnetic Ballasts: T12 magnetic ballasts, for REPLACEMENT purposes, in existing installations can be manufactured until June 30, 2010, but MUST meet the following requirements: Ballast label must state For Replacement Use Only Ballast leads shall be shorter than the length of lamps (intended) to operate Ballasts shipped in packages not exceeding 10 units Meet existing T12 magnetic BEF criteria Exceptions: T12 dimming ballasts that dim to 50% or less Two lamp F96T12HO ballasts designed for -20F operation and used in an outdoor sign Magnetic ballasts with PF less than 0.90 designed and labeled for residential applications Ballast Specification Guide 25

28 Ballast Specification Guide 26 Compact Fluorescent T5 Circline & 2-D Universal voltage Ballast Models Include: T5 Circline 2-D Universal Voltage Ballast Highlights: All ballasts (1 and 2 lamp models) are designed with series circuitry. All ballasts shall have ELP (End-Of-Life Protection) shut down circuitry and auto-restart functions to eliminate the need to cycle power after re-lamping. Ballast shall be UNV model and operate at either 50 or 60Hz input sources (108 to 305V), and sustain voltage variations of ±10%. Ballasts are high frequency, electronic-type models that operate lamps at a frequency higher than 20kHz. UNV models may operate lamps at a frequency of 42Khz or greater to avoid interference with infrared devices. Lamp current crest factor (peak lamp current/average lamp current) shall be 1.7 or less in accordance with lamp manufacturer recommendation ANSI C Ballasts shall operate in ambient temperatures up to 40 C and ballast case temperatures up to 90 C without damage. Ballasts shall comply with FCC Part 18, Class A (non-consumer) regulations for EMI levels (conducted and radiated). Ballasts shall provide transient immunity as recommended under ANSI C Ballasts shall be UL Listed (UL 935), Class P, Type 1 Outdoor; and CSAcertified as required. Ballasts shall operate lamps at less than 3% flicker index (virtually non-visible flicker). Ballasts have a ballast factor greater than.98. Total Harmonic Distortion (THD) shall not exceed 10% for primary lamp applications. Ballasts shall have a Power Factor (ratio between real power and apparent power) greater than.98 for primary lamp applications. Ballasts shall not contain PCBs (polychlorinated biphenyls). Ballasts shall have a Class A sound rating. Ballasts shall be manufactured in an ISO 9001-certified facility. Ballasts shall be provided with connectors, color-coded in accordance with ANSI C82.11 standards. Ballasts shall be potted and are contained within a metal enclosure for optimum thermal performance. Ballasts shall be either remote- or tandem-wired up to a maximum of 18 feet overall lead length, measured from ballast to lamps. (Consult American Ballast engineering department for specific applications). American Ballast shall provide written warranty against defects in material or workmanship, including replacement for a period of five years from date of manufacture.

29 Compact fluorescent Programmed Start & Universal Voltage One ballast operates multiple lamp types Applications: Auditoriums Boardrooms Conference Rooms Display Areas Educational Facilities Healthcare Facilities Hotels Features and Benefits: Universal input voltage of 108 to 305 volts Installer-friendly ensures you have the right ballast every time Reduces inventory costs and requirements Metal can construction Meets all plenum requirements No exposed plastic (Base Exit/Base Exit Stud versions) Maximum heat transfer to fixture 1- or 2-lamp operation of multiple lamp applications Color-coded connectors increase wiring accuracy Duel entry terminal blocks significantly reduce assembly and ballast installation time End-of-lamp-life shutdown circuitry Safely powers down lamp at end-of-life New lamp ignites upon insertion Auto restart after lamp replacement No need to cycle power when replacing lamps Total Harmonic Distortion < 10%; Power Factor >.98 Sound rating: Class A Meets Class P, Type 1 Outdoor standard Operates within ±10% of the ballast specified line voltage of 50/60Hz Complies with the limits of FCC Part 18C for non-consumer equipment Programmed Rapid Starting (PRS) Meets all requirements of rapid start specifications Increases lamp life for frequently switched applications (occupancy sensors) Temperature test point of 90ºC Allows for easy ballast and fixture testing, assuring proper temperature application Maximum case temperature of 90 C UL and CuL Listed Houses of Worship Applicable models meet Energy Star requirements Private and Executive Offices Restaurants Specialty Stores Stairways Ballast Specification Guide 27

30 Ballast Specification Guide ELECTRONIC BALLASTS: COMPACT LAMPS LAMP APPLICATIONS: CFQ13, CFTR13, CFQ26, CFTR26, CFTR32, CFTR42, CFM57, CFM70 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. CFQ13 STANDARD 13 1 AB2-13-PS-UNV-CF % 100% ºF <10% AA Q 13 1 AB2-13-PS-UNV-CF % 100% ºF <10% AA Q 13 2 AB2-13-PS-UNV-CF % 98% ºF <10% AA R 13 2 AB2-13-PS-UNV-CF % 98% ºF <10% AA R CFQ18 STANDARD 18 1 AB2-18-PS-UNV-CF % 100% ºF <10% AA Q CFTR AB2-18-PS-UNV-CF % 100% ºF <10% AA Q 18 2 AB2-18-PS-UNV-CF % 98% ºF <10% AA R 18 2 AB2-18-PS-UNV-CF % 98% ºF <10% AA R CFQ26 STANDARD 26 1 AB2-26-PS-UNV-CF % 100% ºF <10% AA Q CFTR AB2-26-PS-UNV-CF % 100% ºF <10% AA Q 26 2 AB2-26-PS-UNV-CF % 100% ºF <10% AA R 26 2 AB2-26-PS-UNV-CF % 100% ºF <10% AA R 26 2 AB2-42-PS-UNV-CF % 100% ºF <10% BB R 26 2 AB2-42-PS-UNV-CF % 100% ºF <10% BB R CFTR32 STANDARD 32 1 AB2-26-PS-UNV-CF % 98% ºF <10% AA Q 32 1 AB2-26-PS-UNV-CF % 98% ºF <10% AA Q 32 2 AB2-42-PS-UNV-CF % 98% ºF <10% BB R 32 2 AB2-42-PS-UNV-CF % 98% ºF <10% BB R CFTR42 STANDARD 42 1 AB2-26-PS-UNV-CF % 98% ºF <10% AA Q 42 1 AB2-26-PS-UNV-CF % 98% ºF <10% AA Q 42 1 AB2-42-PS-UNV-CF % 100% ºF <10% BB Q 42 1 AB2-42-PS-UNV-CF % 100% ºF <10% BB Q 42 2 AB2-42-PS-UNV-CF % 98% ºF <10% BB R 42 2 AB2-42-PS-UNV-CF % 98% ºF <10% BB R CFTR57 STANDARD 57 1 AB2-42-PS-UNV-CF % 100% ºF <10% BB Q 57 1 AB2-42-PS-UNV-CF % 100% ºF <10% BB Q CFM70 STANDARD 70 1 AB2-42-PS-UNV-CF % 100% ºF <10% BB Q 70 1 AB2-42-PS-UNV-CF % 100% 137 0ºF <10% BB Q ELECTRONIC BALLASTS: T5 CIRCLINE AND 2-D LAMPS LAMP APPLICATIONS: FC9T5, FC12T5, CFS10, CFS16, CFS21, CFS28, CFS38 PRIMARY LAMP Power Lamp No. of Model Line Input Input Power Ballast Min. Start THD Can Wire LOAD Level Watts Lamps Number Volt Watts Current Factor Factor % B.E.F. Temp. % Size Diag. 28 FC9T5 STANDARD 22W 1 AB2-26-PS-UNV-CF % 100% ºF <10% AA O 22W 1 AB2-39-PS-UNV % 120% F <10% G O 22W 1 AB2-39-PS-UNV % 120% F <10% G O 22W 2 AB2-26-PS-UNV-CF % 100% F <10% AA P 22W 2 AB2-39-PS-UNV % 120% F <10% G P 22W 2 AB2-39-PS-UNV % 120% F <10% G P FC12T5 STANDARD 40W 1 AB2-26-PS-UNV-CF % 95% F <20% AA O 40W 2 AB2-26-PS-UNV-CF % 95% F <20% AA P FC9T5 & STANDARD 22W & 40W BOTH AB2-42-PS-UNV-CF % 85% F <10% BB P FC12T5 22W & 40W BOTH AB2-42-PS-UNV-CF % 85% F <10% BB P CFS10 STANDARD 10W 1 AB2-13-PS-UNV-CF % 102% F <10% AA Q 10W 1 AB2-13-PS-UNV-CF % 102% F <10% AA Q 10W 2 AB2-13-PS-UNV-CF % 102% F <10% AA R 10W 2 AB2-13-PS-UNV-CF % 102% ºF <10% AA R CFS16 STANDARD 16W 1 AB2-13-PS-UNV-CF % 95% F <10% AA Q 16W 1 AB2-13-PS-UNV-CF % 95% F <10% AA Q 16W 2 AB2-13-PS-UNV-CF % 95% F <10% AA R 16W 2 AB2-13-PS-UNV-CF % 95% F <10% AA R CFS21 STANDARD 21W 1 AB2-18-PS-UNV-CF % 98% F <10% AA Q 21W 1 AB2-18-PS-UNV-CF % 98% F <10% AA Q 21W 2 AB2-18-PS-UNV-CF % 95% F <10% AA R 21W 2 AB2-18-PS-UNV-CF % 95% F <10% AA R CFS28 STANDARD 28W 1 AB2-26-PS-UNV-CF % 100% F <10% AA Q 28W 1 AB2-26-PS-UNV-CF % 100% F <10% AA Q CFS38 STANDARD 38W 1 AB2-26-PS-UNV-CF % 85% F <10% AA Q 38W 1 AB2-26-PS-UNV-CF % 85% F <10% AA Q

31 ordering information The alpha/numeric catalog number provides a complete description of any American Ballast. AB 2 32 I P 120 XXX Speciality Design/Model Specific: LX : Low Power, 78 Ballast Factor HX : High Power, 1.18 Ballast Factor BX : Biax HE : High Efficiency R : Residential Input Line Voltage 120 = 120 Volts 240 = 240 Volts 277 = 277 Volts 220 = 220 Volts 347 = 347 Volts UNV = Universal Input Ballast Specification Guide Ballast Wiring Method P : Parallel Wired Ballast S : Series Wired Ballast Lamp Starting Method I = Instant Start R = Rapid Start P = Programmed Start Lamp Watts Maximum number of lamps supported by ballast American Ballast 29

32 Ballast Specification Guide 30 american BALLAST cross reference guide American Ballast Advance Universal Osram Howard Application AB1-32-IP-UNV ICN-1P32-SC B132IUNVHP-B QTP1X32T8/UNV-SC EP1/32IS/ Lamp 32/25/17WT8 Multi Voltage THD<10% AB2-32-IP-UNV ICN-2P32-SC B232IUNVHP-B QTP2X32T8/UNV-SC EP2/32IS/ OR 1 Lamp 32/25/17WT8 Multi Voltage THD<10% AB3-32-IP-UNV ICN-3P32-SC B332IUNVHP-A QTP3X32T8/UNV-SC EP3/32IS/ OR 2 Lamp 32/25/17WT8 Multi Voltage THD <10% AB4-32-IP-UNV ICN-4P32-SC B432IUNVHP-A QTP4X32T8/UNV-SC EP4/32IS/ OR 3 Lamp 32/25/17WT8 Multi Voltage THD <10% AB1-32-IP-120 REL-1P32-SC B132I120RH-A QT1X32/120IS-SC E1/32/IS Lamp 32/25/17WT8<20% THD AB2-32-IP-120 REL-2P32-SC B232I120RH-A QT2X32/120IS-SC E2/32IS OR 1 Lamp 32/25/17WT8<20% THD AB3-32-IP-120 REL-3P32-SC B332I120RH-A QT3X32/120IS-SC E3/32IS OR 2 Lamp 32/25/17WT8 THD<20% AB4-32-IP-120 REL-4P32-SC B432I120RH-A QT4X32/120IS-SC E4/32IS OR 3 Lamp 32/25/17WT8 THD<20% AB1-32-IP-277 VEL-1P32-SC B132I277RH-A QT1X32/277IS-SC E1/32/IS Lamp 32/25/17WT8 THD<20% AB2-32-IP-277 VEL-2P32-SC B232I1277RH-A QT2X32/277IS-SC E2/32IS OR 1 Lamp 32/25/17WT8 THD<20% AB3-32-IP-277 VEL-3P32-SC B332I277RH-A QT3X32/277IS-SC E3/32IS OR 2 Lamp 32/25/17WT8 THD<20% AB4-32-IP-277 VEL-4P32-SC B432I277RH-A QT4X32/277IS-SC E4/32IS OR 3 Lamp 32/25/17WT8 THD<20% AB2-59-IP-UNV REL-2P59 B259I120H QT2X59/120IS-SC E2/59IS OR 1 Lamp F96T8 AB2-59-IP-UNV VEL-2P59 B259I2770H QT2X59/277IS-SC E2/59IS OR 1 Lamp F96T8 AB2-59-IP-UNV IOP-2P59-SC NA QT2X59/277IS-SC E2/59IS OR 1 Lamp F96T8 AB1-32-IP-UNV-HE IOPA-1P32-SC B132IUNVHE-A QHE1X32T8/UNV ISN-SC EP2/32IS/MV/SC/HE 1 Lamp 120/277V 32/25/17W T8 NEMA Premium AB2-32-IP-UNV-HE IOPA-2P32-SC B232IUNVHE-A QHE2X32T8/UNV ISN-SC EP2/32IS/MV/SC/HE 2 Lamp 120/277V 32/25/17W T8 NEMA Premium AB3-32-IP-UNV-HE IOPA-3P32-SC B332IUNVHE-A QHE3X32T8/UNV ISN-SC EP3/32IS/MV/SC/HE 3 Lamp 120/277V 32/25/17W T8 NEMA Premium AB4-32-IP-UNV-HE IOPA-4P32-SC B432IUNVHE-A QHE4X32T8/UNV ISN-SC EP4/32IS/MV/SC/HE 4 Lamp 120/277V 32/25/17W T8 NEMA Premium AB1-32-PS-UNV IOP-1S32-SC B132IUNVHP-A QTP1X32T8/UNV PSN-TC EP2/32PRS/MV/MC/HE 1 Lamp 120/277V 32/25/17W T8 <10%THD AB2-32-PS-UNV IOP-2S32-SC B232IUNVHP-A QTP2X32T8/UNV PSN-TC EP2/32PRS/MV/MC/HE 2 Lamp 120/277V 32/25/17W T8 <10%THD AB3-32-PS-UNV IOP-3S32-SC B332IUNVHP-A QTP3X32T8/UNV PSN-TC NA 3 Lamp 120/277V 32/25/17W T8 <10%THD AB4-32-PS-UNV IOP-4S32-SC B432IUNVHP-A QTP4X32T8/UNV PSN-TC NA 4 Lamp 120/277V 32/25/17W T8 <10%THD AB2-32-IP-UNV-L REL-2P32-LW-RH-TP B232I120L QT2X32/120LP EL2/32IS OR 1 Lamp 32/25/17WT8<20% THD AB3-32-IP-UNV-L REL-3P32-LW-RH-TP B332I120L QT3X32/120LP EL3/32IS OR 2 Lamp 32/25/17WT8 THD<20% AB4-32-IP-UNV-L REL-4P32-LW-RH-TP B432I120L QT4X32/120LP EL4/32IS OR 3 Lamp 32/25/17WT8 THD<20% AB2-32-IP-UNV-L VEL-2P32-LW-RH-TP B232I277L QT2X32/277LP EL2/32IS OR 1 Lamp 32/25/17WT8<20% THD AB3-32-IP-UNV-L VEL-3P32-LW-RH-TP B332IS277L QT3X32/277LP EL3/32IS OR 2 Lamp 32/25/17WT8 THD<20% AB4-32-IP-UNV-L VEL4P32-LW-RH-TP B432I277L QT4X32/277LP EL4/32IS OR 3 Lamp 32/25/17WT8 THD<20% AB2-32-IP-120-HX AB2-32-IP-277-HX AB3-32-IP-120-HX AB3-32-IP-277-HX REL-2P32-HL- RH-TP VEL-2P32-HL- RH-TP REL-3P32-HL- RH-TP VEL-3P32-HL- RH-TP B232I120RHH QT2X32/IS/120PLUS EH2/32IS OR 1 Lamp 32/25/17WT8<20% THD 1.18 BF B232I277RHH QT2X32/IS/277PLUS EH2/32IS OR 1 Lamp 32/25/17WT8<20% THD 1.18 BF B332I120RHH QT3X32/IS/120PLUS EH3/32IS OR 2 Lamp 32/25/17WT8<20% THD 1.18 BF B332I277RHH QT3X32/IS/277PLUS EH3/32IS OR 2 Lamp 32/25/17WT8<20% THD 1.18 BF AB1-25-RP-120 NA NA NA NA Rapid Start 1 Lamp 25/17WT8 (THD<200%) ( PF >.5) AB1-32-RS-120 NA NA NA NA Rapid Start 1 Lamp 32/25WT8 (THD<200%) ( PF >.5) AB2-32-IP-120-R REB-2P32-SC B232I120RES- A AB4-32-IP-120-R REB-4P32-SC B432I120RES- A QTR2X32T8/120 ISN-SC NA 2 OR 1 Lamp 32/25/17WT8 (THD<200%) ( PF >.5) QTR4X32T8/120 ISN-SC NA 4 OR 3 Lamp 32/25/17WT8 (THD<200%) ( PF >.5) AB2-40-RS-120 REL2S40-SC B240R120HP QTP2x40T12/120RSN-B E2/40/RS Lamp 40/34W T12 AB1-40-RS-277 VEL1S40-SC B140R277HP QTP1x40T12/277RSN-B NA 1 Lamp 40/34W T12 AB2-40-RS-277 VEL2S40-SC B240R277HP QTP2x40T12/277RSN-B E2/40/RS Lamp 40/34W T12 AB2-96-IP-120 REL-2P60 B260I120RH QT2x96/120IS E2/75IS or 1 lamp 96T12W AB2-96HO-RS-120 REL-2S110 B295SR120HP QT2x96/120HO E2/110RS or 1 lamp 96T12HOW AB2-96HO-RS-UNV NA B295SRUNVHP NA NA AB2-96-IP-277 VEL-2P60 B260I277RH QT2x96/277IS E2/75IS or 1 lamp 96T12W AB2-96HO-RS-277 VEL-2S110 B295SR277HP QT2x96/277HO E2/110RS or 1 lamp 96T12HOW

33 American Ballast Advance Universal Osram Howard Application AB2-40-RS-120-R RELB-2S40-SC B240R120RH NA NA 2 OR 1 Lamp 40/34WT12 (THD<200%) ( PF >.5) AB1-13-PP-120 NA NA NA NA 1 Lamp 13WT5 (THD<200%) ( PF >.5) EOL ballast shutdown AB2-13-PP-120 NA NA NA NA 2 Lamp 13WT5 (THD<200%) ( PF >.5) EOL ballast shutdown AB2-28-PS-UNV ICN-2S28 B228PUNV-C QT2x28/120 or 277PS NA 2 Lamp: 28/21/14WT5: Program Start AB2-54-PS-UNV ICN-2S54 B254PUNV-D QTP2x54T5HOUNVNL EP2/54HO/PRS/MV 2 Lamp: 54WT5HO: Program Start AB4-54-PS-UNV ICN-4S54 B454PUNV-D QTP4x54T5HOUNVNL NA 4 or 3 Lamp 54WT5HO: Program Start AB2-40-PS-UNV-BX ICF-2S42 C240PUNVHP-B QTP1x40TT5/120 or 277 PSN-F EP1/40ISTT/ OR 1 Lamp 40W BIAX: Program Start AB2-13-PS-UNV ICF-2S13 C213UNVBE QTP 1/2X13CF/UNV EP2/13CF/MV 2 OR 1 Lamp CFQ13/CFS10/CFS16W AB2-18-PS-UNV ICF-2S18 C218UNVBE QTP 1/2X18CF/UNV EP2/18CF/MV 2 OR 1 Lamp CFQ18W & CFTR18W AB2-26-PS-UNV ICF-2S26 C2642UNV QTP 1X26/32/42/UNV EP2/26CF/MV (2/I) CFQ26W/CFTR26W OR (I), CFTR32W, & CFTR42W AB2-42-PS-UNV ICF-2S42 C2642UNV QTP 2X26/32/42/UNV EP2/42CF/MV (2/1) CFQ26W/CFTR26W, CFTR32W, OR CFTR42W Ballast Specification Guide 31

34 Ballast Specification Guide 32 Glossary of Terms ANSI (American National Standards Institute): Non-profit organization that generates voluntary product performance standards for many U.S. industries. ANSI Standard C82.1 applies to electromagnetic ballast; ANSI Standard C82.11 applies to electronic ballast. Auto-Restart Capability: Eliminates the need to reset main power after failed lamps are replaced. Burned out lamps can be replaced without disconnection power to the ballast. Ballast Cycling: Undesirable condition under which the ballast turns lamps on and off (cycles) due to the overheating of the thermal switch inside the ballast. This may be due to incorrect lamps, improper voltage being supplied, high ambient temperature around the fixture, or the early stage of ballast failure. Ballast Efficacy Factor (BEF): Value used to evaluate various lighting systems based upon light output and power input. Mathematical formula: Ballast Efficacy Factor equals Ballast Factor (percent value) divided by ballast Input Power (watts). Ballast Factor (BF): Measure of light output from lamp operated by commercial ballast, as compared to laboratory standard reference ballast. Ballast factor.90 means ballast produces 90% of light produced by ANSI C82.2 reference ballast operating same lamps. Canadian Standards Association (CSA): Group that generates product performance and/or safety standards for many Canadian Industries. Crest Factor (Lamp Current Crest Factor): Ratio of peak lamp current to RMS or average lamp operating current. This measurement measures how perfect the sinusoid is. Example if the peak current divided by RMS current will equal for a perfect sin wave current without any peaks or imperfections. ANSI requires that the lamp current CF must be less than 1.7. Efficacy: Lumen output per unit of power supplied to ballast (lumens per watt). EMI (Electromagnetic Interference): Electrical interference ( noise ) generated by electrical and electronic devices. Levels generated by high frequency electronic devices are subject to regulation by Federal Communications Commission (FCC). Electrical Testing Laboratory (ETL): Independent electrical testing laboratory that performs ballast tests and certifies accuracy of performance data. EOL End of Life Shutdown Circuitry: As the lamp ages the cathodes of the lamp will degrade based upon chemical and/or electrical actions within the lamp and the lamp itself. This may cause excessive heat within the lamp with could result in rupturing the glass. T5 and smaller diameter lamps require EOL circuitry as a function of the ballast. FCC Regulations: Legally enforceable U.S. government standards for EMI and FRI that must be met by high frequency electronic devices used in U.S. for Class A (industrial) and Class B (residential) applications. Frequency: Rate of alternation in an AC current. Expressed in cycles per second or Hertz (Hz). Harmonic Distortion: Distortion of an AC waveform caused by multiples of the fundamental frequency (harmonics). Odd triplet harmonics (thirds, ninths, etc.) may result in large currents on the neutral line in a four-wire Wye threephase system. Harmonics: Refers to components of the overall frequency, an integral multiple of the fundamental sine wave frequency. Hertz (Hz): Unit used to measure frequency (cycles per second) of alternating current or voltage. Input Voltage: Voltage, provided by a power line or power supply, to the ballast or driver. Input watts total power input to the ballast that includes lamp watts and ballast losses. Inrush Current: A transient condition that occurs during ballast start-up. Instant Start: Lamp starting method in which lamps are started by high voltage input with no preheating of lamp cathodes. Lamp Flicker: Rapid visible light change occurring in fluorescent lighting systems. Parallel Lamp Circuit: Ballast circuit in which the lamps connected to one ballast operate independently of one another if one lamp fails, the rest remain lit. Potting: Material used to fill the cases of electromagnetic and electronic ballasts to dampen sound, protect from moisture, improve head removal and increase reliability. Power Factor PF: A measurement of how efficiently an electrical device uses power supplied by the power lines. PF Watts / (volts x Amps). Programmed Start Ballast: An electronic lighting circuit similar to rapid start that provides precise heating of the lamp filaments and tightly controlling the preheat duration before applying starting voltage to ignite the lamp. NOM (Normas Oficial Mexicana): Laboratory that sets safety standards for building materials, electrical appliances and other products for Mexico. Series Circuit: Ballast circuit in which the lamps connected to one ballast operate as a group. If one lamp fails or is removed, then all lamps in the circuit turn off. Series-Parallel Circuit: Ballast circuit in which the lamps connected to one ballast operate both as a group and independently. If one lamp fails or is removed in the series connected section, then all lamps in that section will turn off, but the lamps in the parallel circuit remain on. Universal Voltage (UNV): Provides the most cost effective options when reviewing total cost of material management. You are assured to have the correct voltage for any of the most common commercial voltages used in the United States. Ballast instantly identify the supply voltage, and then adjusts the starting and operation mode to accommodate. Voltage ranges from 108~305 volt are all easily and instantly accommodated. UL (Underwriters Laboratories, Inc.): A non profit organization in the US that generates product performance and safety standards for electrical equipment, building materials, and other products. End use products such as lighting fixtures, fully encased ballast, and home appliances are examples of UL Listed products and bear the UL Logo.

35 Warranty Electronic Fluorescent Ballast Warranty American Ballast warrants to the purchaser that its products will be free from defect in material and workmanship and will be of the designated kind and quality for a period of five (5) years from the date of manufacture by American Ballast. This warranty is not applicable to any ballast manufactured by American Ballast which is not installed and operated in accordance with the current edition of the National Electric Code (NEC), all applicable state and local codes, and Underwriters Laboratories, Inc. (UL) standards for safety. This warranty also is not applicable to any electronic ballast not installed and operated in accordance with all applicable American National Standards Institute (ANSI), and American Ballast s instructions for installation (including, but not limited to, approved OUTDOOR installations) or to any ballast which has been subjected to abnormal operating conditions including, but not limited to, case temperatures that exceed the maximum level as listed on the ballast label. Ballast Specification Guide If it appears within five (5) years from the date of manufacture by American Ballast that any ballast does not meet the warranty specified above, the purchaser must notify American Ballast, by calling or , of its warranty claim and, after receiving proper authorization, return the product(s) to American Ballast. Within thirty (30) days of receipt, American Ballast shall correct any defects at American Ballast s expense and, at American Ballast s option; said correction of defect shall be made either by (a) repairing any defective part or parts by making available a repaired part or product, or (b) replacing any defective part or parts by making available a replacement part or product. In addition, American Ballast shall pay a U.S. $10.00 labor allowance for each American Ballast electronic ballast found to be defective after proper installation. LIMITATIONS OF LIABILITY: (a) SELLER WILL NOT UNDER ANY CIRCUMSTANCES, WHETHER AS A RESULT OF BREACH OF CONTRACT, BREACH OF WARRANTY, TORT OR OTHERWISE BE LIABLE FOR CONSEQUENTIAL, INCIDENTAL, SPECIAL OR EXEMPLARY DAMAGES including, but not limited to, loss of profits or revenues, loss of use of or damage to any associated equipment, cost of capital, cost of substitute products, facilities or services, downtime costs, or claims of purchaser s customers; (b) SELLER S LIABILITY ON ANY CLAIM OF ANY KIND FOR ANY LOSS OR DAMAGE ARISING OUT OF, RESULTING FROM, OR CONCERNING ANY ASPECT OF THIS AGREEMENT OR FROM THE PRODUCTS OR SERVICES FURNISHED HEREUNDER SHALL NOT EXCEED THE PRICE OF THE SPECIFIC ORDER WHICH GIVES RISE TO THE CLAIM. This Warranty is designated a LIMITED WARRANTY pursuant to the Federal Consumer Product Warranties Act. This Warranty is in lieu of all other warranties whether statutory, express, implied, written or oral, including implied warranties of merchantability, suitability or fitness for particular purpose and except as specifically set forth above, no other warranties of any kind, statutory or otherwise are herein expressed. 33

36 Ballast Specification Guide Wiring Diagrams 34

37 Wiring Diagrams Ballast Specification Guide 35

38 Ballast Specification Guide Wiring Diagrams 36

39 Wiring Diagrams Ballast Specification Guide 37

40 Ballast Specification Guide Wiring Diagrams WIRING DIAGRAM QQ CAP 1 red lead for 3 lamp operation WIRING DIAGRAM SS CAP yellow/black leads for 3 lamp operation 38

41 CAN Dimensions Ballast Specification Guide 39

42 Ballast Specification Guide CAN Dimensions 40

43 notes Ballast Specification Guide Corporate Office: Engineering Office Fremont Blvd. 900 Western America Circle, Suite 205 Fremont, CA Mobile, AL Phone: Phone: Fax: Fax:

44 Corporate Office Fremont Blvd. Fremont, CA Tel: Fax: Engineering Office 900 Western America Circle Suite 205 Mobile, AL Tel: Fax: China Office No. 357 Jinfeng Rd. New District Syzhou Jiangsu , China Tel: Fax: Copyright 2009 American Ballast