The right fit for your high-output applications

The right fit for your high-output applications Philips dvance programmed-start entium ballasts for T5HO lamps are available for a wide variety of applications No matter what the conditions require, operating at a variety of line voltages between 0V to 80V, whether located in high ambient temperature environments (requiring a 90 rating) or not, our family of Philips dvance entium ballasts for T5HO lamps are ideal for a wide variety of applications. Most lamp configurations now available with our industry leading N-can at 9.5" x." x.0" or T-can at.7" x.8" x.06", which provides fixture manufacturers increased versatility in their newer generation fixture designs. ll of these ballasts utilize programmed-start circuitry which provides extended lamp life in frequent switching applications like those associated with the use of occupancy sensors or motion detectors. These ballasts additionally feature IntelliVolt multiple voltage technology, auto-restrike capability, and lamp End-OfLife (EOL) protection circuitry which safely removes power from the lamp upon failure. Our ballasts for T5HO lamps are the optimal choice for a broad range of retail, commercial, institutional and industrial applications including; schools, offices, specialty & department stores, warehouses and manufacturing. For additional energy saving opportunities Philips dvance T5HO ballasts are compatible with energy saving lamps. For specific lead lengths visit our e-catalog at www.philips.com/advance. Helps to extend lamp life in frequent switching applications such as occupancy sensors or daylight harvesting. Programmed start operation Suited for cold temperature applications (5W models only) Staring capability at -0 F (-9 ) One ballast can easily switch from -lamp to -lamp fixtures High-low switching is available on -lamp model

entium s for -80W T5HO ar Fluorescent (mps) Temp. ( F/ ) im. iagram FT5/HO (W) 0-77 IN-S-N 7.0 5 0.-0.0 0/-8 N 7 0-77 IN-S-T 6.0 0 0.-0.0 0/-8 T 7 0-77 IN-S9-N 0. 0 0.5-0. 0/-8 N 7 0-77 IN-S9-T 9. 0 0.5-0. 0/-8 T 7 0-77 IN-S-N 5-5.0 5 0.5-0.9 0/-8 N 7 0-77 IN-S-T 5.00 0 0.-0.9 0/-8 T 7 0-77 IN-S9-N 59-58. 0 0.9-0. 0/-8 N 7 0-77 IN-S9-T 57. 0 0.8-0. 0/-8 T 7 F9T5/HO (9W) 0-77 IN-S-N 0.96 5 0.-0.5 0/-8 N 7 0-77 IN-S-T 0 0.90 0 0.-0.5 0/-8 T 7 0-77 IN-S9-N.00 5 0.6-0.6 0/-8 N 7 0-77 IN-S9-T.0 0 0.7-0.6 0/-8 T 7 0-77 IN-S9-N 85-8.00 0 0.7-0.0 0/-8 N 7 0-77 IN-S9-T 86-85.00 0 0.7-0. 0/-8 T 7 F5T5/HO (W) 0-77 IN-S5-N 5.07 0 0.-0.0 5/-5 N 7 0-77 IN-S5-T 50.0 0 0.-0.8 5/-5 T 7 0-77 IN-S5-90-N 5.00 0 0.-0.0 5/-5 7 0-77 IN-S5-90-T 50.0 0 0.-0.8 5/-5 T 7 7-80 HN-S5-90-WL 5.00 0 0.6-0. 5/-5 L 7 0-77 IN-S5-N 0.05 0 0.8-0.7 5/-5 N 7 0-77 IN-S5-T 98.00 0 0.8-0.6 5/-5 T 7 0-77 IN-S5-90-N 0-0.00 0 0.86-0.7 5/-5 7 0-77 IN-S5-90-T 98.00 0 0.8-0.6 5/-5 T 7 7-80 HN-S5-90-WL 0.00 0 0.0-0. 5/-5 L 7 0-77 IN-S5-90-LS-G 9.00 0.5-0.5 5/-5 G 75 7-80 HN-S5-90-LS-G 5.00 0 0.-0. 5/-5 G 75 0-77 IN-S5-90-LS-G 00-97.00 0.66-0.7 5/-5 G 75 7-80 HN-S5-90-LS-G 00.00 0 0.58-0. 5/-5 G 75 F5T5/HO (9W) 0-77 IN-S5-N 60.0 5 0.50-0. -0/-9 N 7 0-77 IN-S5-T 57.0 0 0.8-0. -0/-9 T 7 0-77 IN-S5-90-N 58.0 0 0.9-0. -0/-9 7 0-77 IN-S5-90-T 57.0 0 0.8-0. -0/-9 T 7 7-80 HN-S5-90-WL 58.0 0 0.8-0. -0/-9 L 7 0-77 IN-S5-N 0.0 0 0.9-0.0-0/-9 N 7 0-77 IN-S5-T 07-0.00 0 0.90-0.8-0/-9 T 7 0-77 IN-S5-90-N -09.00 0 0.9-0.0-0/-9 7 0-77 IN-S5-90-T 07-0.00 0 0.90-0.8-0/-9 T 7 7-80 HN-S5-90-WL -09.00 0 0.5-0.5-0/-9 L 7 0-77 IN-S5-90-LS-G 68-65.00 0.5-0.66-0/-9 G 75 7-80 HN-S5-90-LS-G 75-7.00 0 0.5-0.9-0/-9 G 75 0-77 IN-S5-90-LS-G -6.00 0.00-0.86-0/-9 G 75 7-80 HN-S5-90-LS-G -8.00 0 0.69-0.50-0/-9 G 75

entium s for -80W T5HO ar Fluorescent (mps) Temp. ( F/ ) im. iagram F5T5/HO (5W) 0-77 IN-S5-N 6.0 5 0.5-0. -0/-9 N 7 0-77 IN-S5-T 6.0 0 0.5-0. -0/-9 T 7 0-77 IN-S5-90-N 6.0 0 0.5-0. -0/-9 7 0-77 IN-S5-90-T 6.0 0 0.5-0. -0/-9 T 7 7-80 HN-S5-90-WL 6.0 0 0.8-0. -0/-9 L 7 0-77 IN-S5-N 0-6.00 0.00-0. -0/-9 N 7 0-77 IN-S5-T 8-5.00 0 0.98-0. -0/-9 T 7 0-77 IN-S5-90-N 0-7.00 0.00-0. -0/-9 7 0-77 IN-S5-90-T 8-5.00 0 0.98-0. -0/-9 T 7 7-80 HN-S5-90-WL 0-9.00 0 0.5-0.5-0/-9 L 7 0-77 IN-S5-90-LS-G 8-79.00 0.5-0.66-0/-9 G 75 7-80 HN-S5-90-LS-G 88-86.0 0 0.5-0.9-0/-9 G 75 0-77 IN-S5-90-LS-G 0-.00 0.00-0.86-0/-9 G 75 7-80 HN-S5-90-LS-G 9-7.00 0 0.69-0.50-0/-9 G 75 F80T5/HO (80W) 0-77 IN-S80-T 90-88.00 0 0.7-0. 0/-8 T 7 entium s for -80W Twin Tube (PL-L) Fluorescent (mps) Temp. ( F/ ) im. iagram FTW/G - /7W (PL-LW, F7X/RS, FTL) 0-77 IN-S-N 6 0.99 0 0.-0.0 0/-8 N 7 0-77 IN-S-T 6.0 0 0.-0.0 0/-8 T 7 0-77 IN-S9-N 9. 5 0.-0. 0/-8 N 7 0-77 IN-S9-T 9. 0 0.-0. 0/-8 T 7 0-77 IN-S-N 5-50.0 0 0.-0.8 0/-8 N 7 0-77 IN-S-T 5.00 0 0.-0.8 0/-8 T 7 0-77 IN-S9-N 56-55. 0 0.7-0. 0/-8 N 7 0-77 IN-S9-T 5.0 0 0.6-0.0 0/-8 T 7 FT6W/G - 6/9W (PL-L6W, F9X/RS, FT6L) 0-77 IN-S-N 0.8 5 0.6-0. 0/-8 N 7 0-77 IN-S-T 0.90 0 0.8-0. 0/-8 T 7 0-77 IN-S9-N - 0.90 5 0.8-0.5 0/-8 N 7 0-77 IN-S9-T 6 0.96 0 0.0-0. 0/-8 T 7 0-77 IN-S5-N 6. 0 0.9-0.8-0/-9 N 7 0-77 IN-S5-T.0 0 0.7-0.6-0/-9 T 7 0-77 IN-S5-90-N 6. 0 0.9-0.8-0/-9 7 0-77 IN-S5-90-T.0 0 0.7-0.6-0/-9 T 7 7-80 HN-S5-90-WL 6. 5 0.-0.0-0/-9 L 7

entium s for -80W Twin Tube (PL-L) Fluorescent (mps) Temp. ( F/ ) im. iagram FT6W/G - 6/9W (PL-L6W, F9X/RS, FT6L) 0-77 IN-S9-N 66-65 0.90 0 0.55-0. 0/-8 N 7 0-77 IN-S9-T 69 0.9 0 0.59-0.5 0/-8 T 7 0-77 IN-S5-N 90-87. 0 0.75-0. -0/-9 N 7 0-77 IN-S5-T 8-8.6 0 0.68-0.9-0/-9 T 7 0-77 IN-S5-90-N 89-86.0 0 0.75-0. -0/-9 7 0-77 IN-S5-90-T 8-8.6 0 0.68-0.9-0/-9 T 7 7-80 HN-S5-90-WL 89.0 0 0.6-0.9-0/-9 L 7 0-77 IN-S5-90-LS-G -.0 0.-0.9-0/-9 G 75 7-80 HN-S5-90-LS-G 7-5.0 0 0.0-0.9-0/-9 G 75 0-77 IN-S5-90-LS-G 76-7.0 0.7-0.6-0/-9 G 75 7-80 HN-S5-90-LS-G 8-80.0 0 0.5-0.8-0/-9 G 75 FT0W/G/RS - 0W 0-77 IN-S-T 6.00 0 0.9-0.7 0/-8 T 7 0-77 IN-S9-T 50.0 0 0.-0.9 0/-8 T 7 FT50W/G/RS - 50W (PL-L50W, F50X/RS) 0-77 IN-S5-N 6. 5 0.5-0. -0/-9 N 7 0-77 IN-S5-T 60. 0 0.50-0. -0/-9 T 7 0-77 IN-S5-90-N 6. 5 0.5-0. -0/-9 7 0-77 IN-S5-90-T 60. 0 0.50-0. -0/-9 T 7 7-80 HN-S5-90-WL 6. 0 0.8-0. -0/-9 L 7 0-77 IN-S5-N 8-5.07 0 0.99-0. -0/-9 N 7 0-77 IN-S5-T -09.0 0 0.9-0.9-0/-9 T 7 0-77 IN-S5-90-N 8-5.0 0 0.99-0. -0/-9 7 0-77 IN-S5-90-T -09.0 0 0.9-0.9-0/-9 T 7 7-80 HN-S5-90-WL 8.0 0 0.-0.5-0/-9 L 7 0-77 IN-S5-90-LS-G 78-75.0 0.9-0.65-0/-9 G 75 7-80 HN-S5-90-LS-G 85-8.0 0 0.5-0.9-0/-9 G 75 0-77 IN-S5-90-LS-G 5-0.0 0.96-0.8-0/-9 G 75 7-80 HN-S5-90-LS-G 6-.0 0 0.68-0.9-0/-9 G 75 FT55W/G - 55W (PL-L55W, F55X, FT55L) 0-77 IN-S5-N 58 0.98 5 0.9-0. -0/-9 N 7 0-77 IN-S5-T 58 0.9 0 0.9-0. -0/-9 T 7 0-77 IN-S5-90-N 58 0.9 5 0.9-0. -0/-9 7 0-77 IN-S5-90-T 58 0.9 0 0.9-0. -0/-9 T 7 7-80 HN-S5-90-WL 58 0.9 0 0.7-0. -0/-9 L 7 0-77 IN-S5-N -09 0.9 0 0.9-0. -0/-9 N 7 0-77 IN-S5-T 08-05 0.90 0 0.90-0.8-0/-9 T 7 0-77 IN-S5-90-N -09 0.90 0 0.9-0. -0/-9 7 0-77 IN-S5-90-T 08-05 0.90 0 0.90-0.8-0/-9 T 7 7-80 HN-S5-90-WL 0.90 0 0.-0. -0/-9 L 7 0-77 IN-S5-90-LS-G 69-66 0.90 0.-0.6-0/-9 G 75 7-80 HN-S5-90-LS-G 78-76 0.90 0 0.5-0.7-0/-9 G 75 0-77 IN-S5-90-LS-G -7 0.90 0.86-0.80-0/-9 G 75 7-80 HN-S5-90-LS-G 8-6 0.90 0 0.66-0.7-0/-9 G 75 FT80W/G - 80W (PL-L80W, FT80L) 0-77 IN-S80-T 90-88.00 0 0.7-0. 0/-8 T 7

entium s for -55W ircline Fluorescent (mps) Temp. ( F/ ) im. iagram F9T5 (W ircline) 0-77 IN-S-N 8 0.98 0 0.-0. 0/-8 N 7 0-77 IN-S-T 6.0 0 0.-0.0 0/-8 T 7 0-77 IN-S9-N 9.09 0 0.-0. 0/-8 N 7 0-77 IN-S9-T 9. 0 0.-0. 0/-8 T 7 0-77 IN-S-N 9 0.98 0 0.-0.8 0/-8 N 7 0-77 IN-S-T 5.00 0 0.-0.8 0/-8 T 7 0-77 IN-S9-N 5.07 5 0.5-0.0 0/-8 N 7 0-77 IN-S9-T 5.0 0 0.6-0.0 0/-8 T 7 FT5 (0W ircline) 0-77 IN-S-N 9-8 0.8 5 0.-0. 0/-8 N 7 0-77 IN-S-T 0 0.8 0 0.-0.5 0/-8 T 7 0-77 IN-S9-N 5.0 5 0.8-0.7 0/-8 N 7 0-77 IN-S9-T 0.9 0 0.5-0.6 0/-8 T 7 0-77 IN-S9-N 8 0.9 0 0.68-0.0 0/-8 N 7 0-77 IN-S9-T 79 0.90 0 0.66-0.9 0/-8 T 7 () F9T5 & () FT5 {() W & () 0W ircline} & 0-77 IN-S9-N 66 0.9 0 0.56-0. 0/-8 N 7 0-77 IN-S9-T 68.00 0 0.57-0.5 0/-8 T 7 FT5/HO (55W ircline) 0-77 IN-S5-T 58 0.9 0 0.9-0. 0/-8 T 7 0-77 IN-S5-90-N 55 0.87 5 0.6-0. 0/-8 7 0-77 IN-S5-90-T 58 0.9 0 0.9-0. 0/-8 T 7 7-80 HN-S5-90-WL 55 0.87 0 0.6-0. 0/-8 L 7 0-77 IN-S5-T 0-08 0.88 0 0.9-0.9 0/-8 T 7 0-77 IN-S5-90-N 06-0 0.85 0 0.89-0.8 0/-8 7 0-77 IN-S5-90-T 0-08 0.88 0 0.9-0.9 0/-8 T 7 7-80 HN-S5-90-WL 06 0.85 0 0.-0. 0/-8 L 7

iagrams -lamp ORNGE LMP For one lamp operation, do not use yellow leads. S ON OFF LMPS Neutral or (any hot) LMPS ON LMPS ON LK WHITE GREY/RE S 50V, m RE LUE ROWN YELLOW LMP LMP iag. 7* iag. 75* iag. 7* iag. 75* * For all HN ballasts hot leads are black with orange and black with white Grey/red wire must be connected to the neutrals or any hot

imensions Figure Figure G Figure L Figure N Figure T Figure.8".70" 8.90" 9.50" G.8".70" 6." 6.70" L.00".8" 6." 6.70" N.00".0" 8.90" 9.50" T.06".8".78".7"

Specification Section I - Physical haracteristics. shall be physically interchangeable with standard electromagnetic or standard electronic ballasts, where applicable.. shall be provided with color-coded integral leads or connectors per 8.. Section II - Performance Requirements. shall be.. shall contain auto restart circuitry in order to restart lamps without resetting power.. shall operate from 50/60 Hz input source of 0V through 77V or 7V through 80V with sustained variations of +/- 0% (voltage and frequency) with no damage to the ballast.. shall be high frequency electronic type and operate lamps at a frequency between khz and 5kHz to avoid interference with infrared devices, eliminate visible flicker and avoid rticle Surveillance Systems, such as anti-theft devices..5 shall have a Power greater than 0.98 for primary lamp..6 shall have a minimum ballast factor of.0 for primary lamps..7 shall provide for a Lamp rest of.7 or less in accordance with lamp manufacturer recommendations..8 input current shall have Total Harmonic istortion (TH) of less than 0% when operated at normal line voltage with full load primary lamps..9 shall have a lass sound rating..0 shall have a minimum starting temperature of -8 (0 F) or -9 (-0 F) for primary lamp.. shall provide Lamp EOL Protection.. shall tolerate sustained open circuit and short circuit output conditions without damage. Section III - Regulatory Requirements. shall not contain any Polychlorinated iphenyl (P).. shall be Underwriters Laboratories (UL) listed, lass P and Type Outdoor; and anadian Standards ssociation (S) certified where applicable.. shall comply with 6. ategory for transient protection.. shall comply with 8. where applicable..5 shall comply with the requirements of the Federal ommunications ommission (F) rules and regulations, Title 7 FR part 8, Non-onsumer (lass ) for EMI/RFI (conducted and radiated)..6 shall comply with UL Type rating. Section IV - Other. shall be manufactured in a factory certified to ISO 900 Quality System Standards.. shall carry a limited warranty from date of manufacture against defects in material or workmanship. (Go to our web site for up-to-date warranty information: www.philips.com/advancewarranty).. Manufacturer shall have a twenty-year history of producing electronic ballasts for the North merican market. 0 Koninklijke Philips N.V. (Royal Philips) ll rights reserved. Printed in the US Form No. EL-070-G Philips Lighting Electronics N.. 075 West Higgins Road Rosemont, IL 6008 Tel: 800--086 Fax: 888--88 ustomer Support/Technical Service: 800-7- OEM Support: 866-95-5886 www.philips.com/advance