Philips HF3480 User manual

Philips
Wake-up Light
HF3480
Wake up naturally
Gradually wakes you up by light
The Wake-up Light wakes you up in a natural way, by light that increases gradually. From
now on waking up will be a pleasant experience. It makes use of an energy saving lamp and
the design in the shape of a lamp suits every bedroom.
Light intensity
• Up to 300 Lux for natural awakening
Wake up to your favorite radio station
• Digital FM radio
• Great sound quality thanks to the integrated sound box
Natural wake-up sounds
• Choice of 4 natural and pleasant wake-up sounds
Dusk simulation
• Drift to sleep with gradually dimming light and sound
Light wakes you gently
• Gradual light prepares your body to wake up
• Energy saving lamp

HF3480/60
Highlights
Wake-up Light
300 Lux light intensity
The senitivity to light differs a lot per person. In
general, when using a higher light intensity a
person needs less time to become fully awake.
The light intensity of the Wake-up Light can be
set up to 300 Lux. This makes sure you can wake
up to the light intensity that suits your personal
preference best.
4 natural wake-up sounds
At your set wake-up time, you will start hearing
a natural sound or the selected radio station. It
starts out quietly and takes a minute and a half
to reach the volume level you selected. There
are four sounds you can choose from: morning
birds in the forest, a relaxing beep, the sounds of
the African jungle or soft chimes in the wind.
The gradually increasing sound will make the
wake up process even more pleasant, ensuring
you are never rudely woken up.
Dusk simulation
The gradual decreasing light and sound help you
to drift to sleep. You can set your preferred
time for the duration of the dusk simulation.
Energy saving lamp
Wake-up Light is the only dawn simulator that
makes use of an energy saving lamp. It consumes
up to 24% less energy compared to a Wake-up
Light with a normal light bulb.
Light wakes you gently
Light gradually increases in 30 minutes before
your set wake up time. Light falls on your eyes
and positively affects your energy hormones,
preparing your body to wake up. This makes
waking up a more pleasant feeling.
Digital FM radio
The built-in digital FM radio lets you wake up to
your favourite songs or news station every day.
Just select your favourite radio station, and at
your set wake-up time it will start to play, at first
gently, gradually increasing over ninety seconds
to the volume level you selected.
Great sound quality
The speaker in this Wake-up Light is backed up
by an integrated sound box, assuring a great
sound quality when listing to the FM radio or
when waking up with the natural wake-up
sounds.

HF3480/60
Specifications
Wake-up Light
Easy to use
• Anti-slip rubber feet
• Alarm test function
• Snooze button for sound: 9 minute(s)
• Compact size: Limited bedside table space required
(14x19.5cm)
• Electricity back-up function: 5 minute(s)
Technical specifications
• Voltage: 110 V
• Frequency: 60 Hz
• Cord length: 200 cm
• Type of lamps: Philips Energy Saving Lamp
• Insulation: Class II (double isolation)
• Lifetime of lamps: expected >6.000 hours
•Power:26W
Safety
• UV-free: No UV radiation
Logistic data
• Country of origin: China
• CTV code: 884348060
Display
• Display brightness control: 4 settings
• Hidden LED display: Invisible display projected to the
product
Sound
• Digital FM radio
• Sound off function: Option to mute sound
immediately
• Premium sound box: Integrated sound box
• Number of Wake-up Sounds: 4 pcs
Light
• Light on/off function
• Sunrise Simulating process (0-: 30 minute(s)
• Light intensity dimmer: 0-300 Lux at 40-50 cm
•Dusksimulation
Weight and dimensions
• Product dimensions: 14x19.5x23 (DxWxH) cm
• Product weight: 1.3 kg
•
Issue date 2011-02-02
Version: 3.0.1
© 2011 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 * Norden, M.J. et al. Acta Psychiatr Scand, 1993; Gordijn, M. et al.
Universiteit van Groningen, 2007