OVERVIEW
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
4. New Banded Packaging
- Distributor-friendly for easy stocking and individual ballast sales
- Reduced waste
- Easy removable bands
- No tangled wires
These ballasts are also RoHS compliant and feature lead-free solder and manufacturing process.
SYLVANIA QUICKTRONIC High Efficiency (QHE) systems are also covered by the QUICK 60+® warranty, the first and most
comprehensive lamp and ballast system warranty in the industry.
Application:
SYLVANIA QUICKTRONIC High Efficiency ballasts are ideally suited for:
- Any applications where the lowest power T8 systems are needed for maximum energy savings
- Energy Retrofits
- Commercial and Retail
- Hospitality and Institutional
- New Construction Lamp Striation Control (LSC)
- General lighting applications where energy saving T8 lamps may striate, particularly for the F25 energy saving T8 lamps.
Key System 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 (120-277V)
- 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