Listing is for (1) *NEW*
SYLVANIA QHE4X32T8/UNV ISL-SC
HIGH EFFICIENCY
4 Lamp T8 Fluorescent
Electronic Ballast -120-277V
Low Ballast Factor
** BRAND NEW FROM SHELF STOCK **
For: (4) 32w T8 lamps
Also operates:
FBO32, FBO31, FO25, FBO24, FO17,
FBO16, FO30/SS (30W), FBO30/SS
(30W), FBO29/SS (29W), FO28/SS (28W)
& FO25/SS (25W)
SYLVANIA QUICKTRONIC High Efficiency,
(QHE) energy-saving electronic T8 ballasts
offer several advantages:
1. Same Light, Less Power!
? Up to 6% in energy savings
compared to standard T8 low
power electronic ballasts without
compromising light output
? Maximum energy savings when
compared to F40T12 magnetically
ballasted systems
2. Parallel Circuitry: keeps remaining
lamps lit if one or more go out.
3. Lamp Striation Control (LSC): T8
energy saving lamps should be
operated above 60°F, but under certain
conditions the lamps may striate. LSC
circuitry may minimize or eliminate this
condition; however there are limited
applications where LSC circuitry may
not entirely mitigate lamp striations
KEY FEATURES
High Efficiency Systems over
90% efficient
? Lamp Striation Control (LSC)
? Over 100 LPW (lumens/watt) with
OCTRON SUPERSAVER® lamps
? Lowest power T8 I.S. Systems
? Universal voltage (120-277)
? Small Can enclosure size
? 30-50% Energy savings
? Min. Starting Temp:
? -20°F (-29°C) for T8 lamps
? 60°F (16°C) for Energy Saving
T8 lamps
? 0°F (-18°C) for FO40T8 lamps
? <10% THD
? Virtually eliminates lamp flicker
? RoHS compliant
? Lead-free solder and manufacturing
process
FOR MODEL INFO, SEE:
Ballast Factor Explained:
When to use a low ballast factor
Go with a low ballast factor if energy efficiency is your primary goal and you don?t mind getting a little less than the rated light output from your fluorescent tubes. If you?re pairing a low-wattage T8 with a low ballast factor, though, be careful with applications that are subject to low temperatures (freezers, exterior applications in cold climates). This ultra-efficient option doesn?t like the cold very much. Honestly, LED might be a great option to consider if you're in this boat.
When to use a normal ballast factor
If you aren?t concerned with maximizing efficiency and you are looking for standard light output, or if your application is subject to low temperatures, a normal ballast factor might be a good option.