Philips Indoor Furnishings 13781 0 User Manual

A simple change for  
significant impact  
Philips Energy AdvantageT8 25W Lamps  
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Why choose the Philips Energy AdvantageT8 25W over theT8 32W lamps?  
• It’s a simple way to immediately save money.All you need to do is replace your existing  
T8 32W. No ballast change required  
• It reduces your energy consumption which saves you money  
• It provides outstanding light quality97% lumen maintenance and 85 CRI  
• It’s better for the environment with extremely low mercury  
ReduceYour Energy Costs: Save 7 Watts Instantly!  
StandardT8 32W Lamp vs. Philips Energy AdvantageT8 25W Lamp  
Philips Energy Advantage  
T8 25W Lamps vs.  
StandardT8 32W Lamps  
Annual operating hours  
Savings Over Lamp Life  
(12 hours/day) (24 hours/day)  
(30,000 hrs Rated Average Life)  
kWh  
Rate  
4380 hours1  
8760 hours2  
1 lamp  
4 lamps  
0.06  
0.08  
0.10  
0.12  
0.15  
0.20  
$1.84  
$2.45  
$3.07  
$3.68  
$4.60  
$6.13  
$3.68  
$4.91  
$6.13  
$7.36  
$9.20  
$12.26  
$12.60  
$16.80  
$21.00  
$25.20  
$31.50  
$42.00  
$50.40  
$67.20  
$84.00  
$100.80  
$126.00  
$168.00  
Why choose the Philips Energy AdvantageT8 25W Extra Long Life  
over theT8 32W lamps?  
• It’s a great way to reduce your maintenance costs by extending the relamping cycle  
• It’s a simple way to immediately save money. All you need to do is replace  
your existingT8 32W. No ballast change required  
• It reduces your energy consumption which saves you money  
• It provides outstanding light quality97% lumen maintenance and 85 CRI  
• It’s better for the environment with extremely low mercury  
Philips Energy Advantage  
T8 25W Extra Long Life  
Lamps vs. StandardT8  
32W Lamps  
ReduceYour Energy Costs: Save 7 Watts Instantly!  
StandardT8 32W Lamp vs. Philips Energy AdvantageT8 25W  
Extra Long Life Lamp  
Annual operating hours  
Savings Over Lamp Life  
(12 hours/day) (24 hours/day)  
(30,000 hrs Rated Average Life)  
kWh  
Rate  
4380 hours1  
8760 hours2  
1 lamp  
4 lamps  
0.06  
0.08  
0.10  
0.12  
0.15  
0.20  
$1.84  
$2.45  
$3.07  
$3.68  
$4.60  
$6.13  
$3.68  
$4.91  
$6.13  
$7.36  
$9.20  
$12.26  
$16.80  
$22.40  
$28.00  
$33.60  
$42.00  
$56.00  
$67.20  
$89.60  
$112.00  
$134.40  
$168.00  
$224.00  
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Philips Energy Advantage  
T8 25W Lamps and Philips  
Advance Optanium® Ballasts  
Save even more when you pair Philips Energy  
AdvantageT8 25W Lamps with Philips Advance  
Optanium® ballasts.  
• It can help reduce energy consumption by over  
40% relative to older systems involvingT12 lamps  
and magnetic ballasts  
Developed jointly to optimize performance, combining a  
Philips Lighting’s Energy AdvantageT8 25W lamp featuring  
ALTO IITechnology with a Philips Advance Optanium®  
high efficiency electronic ballast creates one of the lowest  
energy-consuming 4-footT8 systems on the market.  
• It can help reduce energy consumption by 20–30%  
relative to systems utilizing conventionalT8 lamps  
and electronic ballasts  
• It is suitable for both new construction and  
retrofit applications  
• It provides maximum-efficiency and high-performance  
Why choose a system which includes Philips Energy  
AdvantageT8 25W Extra Long Life lamps and a Philips  
Advance Optanium® high efficiency electronic ballast?  
• It is a sustainable lighting solution for today’s general  
office, healthcare, education facilities, retail, and  
warehouse settings  
• It’s optimized by Philips Lighting and Philips Lighting  
Electronics N.A. for energy efficiency on both Instant  
and Programmed Start lamp ignition  
• It provides a range of powerful features  
ReduceYour Energy Costs: Save 27 Watts Instantly!  
StandardT8 32W System vs. Optanium® Instant Start Electronic Ballast with a PhilipsT8 25W  
StandardT8 32W with a  
Standard Instant Start System  
Energy AdvantageT8 25W with a High-efficiency  
Optanium Instant Start Electronic Ballast  
Lamp and Ballast  
CRI  
Ballast Factor3  
78  
85  
0.88  
2800  
95%  
3
0.87  
2500  
97%  
4
Approx.Initial Lumens4,5  
Lumen Maintenance  
Number of Lamps  
Maintained Lumens6  
System Wattage  
7022  
88  
8439  
85  
Make the Switch and Here is WhatYou Can Save...  
Watts Saved...........................................................27Watts Saved  
Annual Savings in Energy Costs........................$2.96 Per Lamp7  
Energy Saved (in Dollars) ...................................$20.27 Per Lamp8 Over Rated Average Life9  
(See back page for footnotes)  
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Extend your  
relamp cycle  
Philips Energy AdvantageT8 25W Lamps  
Ordering, Electrical andTechnical Data (Subject to change without notice)  
Color  
Temp.  
(Kelvin)  
Nom.  
Length  
(In.)  
Rated Average Life (hrs)9  
Approx.  
Initial  
Product Ordering  
Number Code  
Pack.  
Qty.  
12-hr on  
Ins. Start  
12-hr on  
Prog. Start  
Design  
Lumen  
Maint.  
Watts  
Lumens10 Lumens11  
CRI  
13781-0  
13782-8  
13783-6  
13784-4  
F32T8/ADV830/XEW/ALTO  
25  
25  
25  
25  
25  
25  
25  
25  
3000  
3500  
4100  
5000  
48  
48  
48  
48  
30,000  
30,000  
30,000  
30,000  
36,000  
36,000  
36,000  
36,000  
2500  
2500  
2500  
2400  
2425  
2425  
2425  
2330  
85  
85  
85  
85  
97%  
97%  
97%  
97%  
F32T8/ADV835/XEW/ALTO  
F32T8/ADV841/XEW/ALTO  
F32T8/ADV850/XEW/ALTO  
Philips Energy AdvantageT8 25W Extra Long Life Lamps  
Ordering, Electrical andTechnical Data (Subject to change without notice)  
Color  
Temp.  
(Kelvin)  
Nom.  
Length  
(In.)  
Rated Average Life (hrs)9  
Approx.  
Initial  
Product Ordering  
Number Code  
Pack.  
Qty.  
12-hr on  
Ins. Start  
12-hr on  
Prog. Start  
Design  
Lumen  
Maint.  
Watts  
Lumens10 Lumens11  
CRI  
15206-6  
15207-4  
15208-2  
15209-0  
F32T8/ADV830/XLL/ALTO  
25  
25  
25  
25  
25  
25  
25  
25  
3000  
3500  
4100  
5000  
48  
48  
48  
48  
40,000  
40,000  
40,000  
40,000  
46,000  
46,000  
46,000  
46,000  
2400  
2400  
2400  
2350  
2330  
2330  
2330  
2280  
85  
85  
85  
85  
97%  
97%  
97%  
97%  
F32T8/ADV835/XLL/ALTO  
F32T8/ADV841/XLL/ALTO  
F32T8/ADV850/XLL/ALTO  
Philips Advance Optanium® High Efficiency IntelliVolt® Instant Start Ballasts  
Ordering, Electrical andTechnical Data (Subject to change without notice)  
Min.  
Starting  
Temp. (˚F/˚C) Volts  
Min. Power  
Factor  
(Measured)  
No. of  
Lamps  
Input  
Ballast  
Family  
Catalog  
Number  
Line Current  
(Amps)  
Input Power  
ANSI (Watt)  
Ballast  
Factor  
MaxTHD%  
(Measured)  
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
3
3
3
3
3
3
3
3
4
4
4
4
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
60°/15°  
120  
120  
277  
277  
120  
120  
277  
277  
120  
120  
277  
277  
120  
120  
277  
277  
120  
120  
277  
277  
120  
120  
277  
277  
120  
120  
277  
277  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
Optanium  
IOP-1P32-SC  
IOPA-1P32-SC  
IOP-1P32-SC  
IOPA-1P32-SC  
IOP-2P32-SC  
IOPA-2P32-SC  
IOP-2P32-SC  
IOPA-2P32-SC  
IOP-2P32-SC  
IOPA-2P32-SC  
IOP-2P32-SC  
IOPA-2P32-SC  
IOP-3P32-SC  
IOPA-3P32-SC  
IOP-3P32-SC  
IOPA-3P32-SC  
IOP-3P32-SC  
IOPA-3P32-SC  
IOP-3P32-SC  
IOPA-3P32-SC  
IOP-4P32-SC  
IOPA-4P32-SC  
IOP-4P32-SC  
IOPA-4P32-SC  
IOP-4P32-SC  
IOPA-4P32-SC  
IOP-4P32-SC  
IOPA-4P32-SC  
0.20  
0.20  
0.09  
0.09  
0.23  
0.23  
0.10  
0.10  
0.37  
0.37  
0.16  
0.16  
0.42  
0.42  
0.18  
0.18  
0.55  
0.55  
0.24  
0.24  
0.59  
0.59  
0.26  
0.26  
0.73  
0.73  
0.31  
0.31  
23  
23  
23  
23  
27  
27  
27  
27  
44  
44  
43  
43  
49  
49  
49  
49  
65  
65  
64  
64  
70  
70  
69  
69  
87  
87  
85  
85  
0.87  
0.87  
0.87  
0.87  
1.05  
1.05  
1.05  
1.05  
0.87  
0.87  
0.87  
0.87  
1.00  
1.00  
1.00  
1.00  
0.87  
0.87  
0.87  
0.87  
0.97  
0.97  
0.97  
0.97  
0.87  
0.87  
0.87  
0.87  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
10  
0.99  
0.99  
0.98  
0.98  
0.99  
0.99  
0.97  
0.97  
0.99  
0.99  
0.98  
0.98  
0.99  
0.99  
0.97  
0.97  
0.99  
0.99  
0.98  
0.98  
0.99  
0.99  
0.97  
0.97  
0.99  
0.99  
0.98  
0.98  
(See back page for footnotes)  
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FOOTNOTES:  
* Not available in IOPA models.  
1) 4380 based on operating the lamps 12 hours per day/7 days a week.  
2) 8760 based on operating the lamps 24 hours per day/7 days a week.  
3) Ballast Factor (BF): Measure of light output from lamp operated by commercial ballast, as compared to a laboratory standard reference ballast.  
4) Approximate initial lumens.The lamp lumen output is based upon lamp performance after 100 hours of operating life, when the output is measured during operation  
on a reference ballast under standard laboratory conditions.  
5) For expected lamp lumen output, commercial ballast manufacturers can advise the appropriate ballast factor for each of their ballasts when they are informed of the  
designated lamp. The ballast factor is a multiplier applied to the designated lamp lumen output.  
6) Maintained lumens = Approx. initial lumens x ballast factor x lumen maintenance x number of lamps.  
7) Based on watts saved per lamp x annual operating hours (4380) x kWh rate ($0.10) / 1000 / 3. Kilowatt hour rate may vary depending on location and energy company.  
8) Based on watts saved per lamp x rated average life (36,000 hrs) x kWh rate ($0.10) / 1000 / 3. Kilowatt hour rate may vary depending on location and energy company.  
9) Average life under engineering data with lamps turned off and restarted once every 12 operating hours.  
10) Approximate initial lumens.The lamp lumen output is based upon lamp performance after 100 hours of operating life, when the output is measured during operation on  
a reference ballast under standard laboratory conditions. For expected lamp lumen output, commercial ballast manufacturers can advise the appropriate ballast factor for  
each of their ballasts when they are informed of the designated lamp.The ballast factor is a multiplier applied to the designated lamp lumen output.  
11) Design lumens are the approximate lamp lumen output at 40% of the lamp’s rated average life.This output is based upon measurements obtained during lamp operation  
on a reference ballast under standard laboratory conditions.  
© 2009 Philips Lighting Company.  
All rights reserved.  
Printed in USA 7/09  
Philips Lighting Company  
200 Franklin Square Drive  
P.O. Box 6800  
Somerset, NJ 08875-6800  
1-800-555-0050  
Philips Lighting  
Philips Lighting Electronics N.A.  
10275West Higgins Road  
Rosemont, IL 60018-5603  
1-800-322-2086  
281 Hillmount Road  
Markham, Ontario  
Canada L6C 2S3  
P-5671-B  
1-800-555-0050  
A Division of Philips Electronics  
North America Corporation  
A Division of Philips Electronics Ltd.  
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