Issue date 2010-06-03
Version: 2.0.1
© 2010 Koninklijke Philips Electronics N.V.
All Rights reserved.
Specifications are subject to change without notice.
Trademarks are the property of Koninklijke Philips
Electronics N.V. or their respective owners.
www.philips.com
Highlights
HF3329/60
GoLITE BLU energy light
Specifications
Clinically proven*
Independent clinical research shows that the blue
light from the summer sky triggers our bodies to be
active and energetic, and regulates our mood.
Effective treatment
Using the goLITE energy light for as little as 15 to 45
minutes a day naturally improves your mood and
energy level throughout the day.
Be flexible during treatment
A wide field of light gives the freedom during
treatment to engage in activities such as computer
work, reading or watching TV.
Portable
Sleek design and rechargable battery make the
device easy to use, store and travel with.
Customize your treatment
Set the timer according to your needs by using the
touch display and choose the right level of brightness
out of the four levels by using the dimmer.
Long lasting blue LEDs
These blue LEDs have a lifetime of over 50 years, if
the appliance is used 30 minutes a day throughout
the year.
Easy to use
• On/off button
• Pause function
• Backlit touch screen
• Built in clock
• Treatment reminder alarm
• Treatment timer
Weight and dimensions
• Product dimensions: 14x 14 x 2.5 cm
• Product weight: 0.4 kg
• Box dimensions (WxHxD): 7 x 7 x 7 in - 17.8 x
17.8 x 17.8 cm
• Box weight: 0.9 kg
• Master carton: 4
Technical specifications
• Power: 12 W
• Voltage: 100-240 V
• Frequency: 50/60 Hz
• Type of lamps: LED
• Lifetime of lamps: 10,000 hour(s)
• Adapter cord length (cm): 180 cm
Safety
• cTUVus safety mark
• FCC Part 15 compliance
• UV-free: No UV or near UV radiation
Logistic data
• Country of origin: China
• CTV code: 884332960
Comfortable light
• Advanced diffusion optics
• Wide treatment field
Portable
• Internal rechargeable battery
• Protective case included
• Small, compact design
•
* Lockley, S. et al. SLEEP, Vol. 29, No. 2, 2006; Lehrl, S. et al. J Neural
Transm (2007) 114: 457-460
