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In-Ear Headphones
Technical specifications
Packaging Data
•
12NC:
908210005645
•
EAN/UPC/GTIN:
0 26616 02270 0
•
Gross weight:
0.080 kg
•
Tare weight:
0.029 kg
•
Net weight:
0.051 kg
•
Length:
156 mm
•
Width:
117 mm
•
Height:
41 mm
Inner Carton
•
12NC:
9082 100 05645
•
EAN/UPC/GTIN:
1 26616 02270 7
•
Quantity:
6
•
Gross weight:
0.652 kg
•
Tare weight:
0.172 kg
Date of issue 2006-09-26
Version: 1.0
12 NC: 9082 100 05645
UPC: 0 26616 02270 0
For preview purpose only
•
Net weight:
•
Length:
273 mm
•
Width:
124 mm
•
Height:
177 mm
Outer Carton
•
12NC:
908210005645
•
EAN/UPC/GTIN:
•
Quantity:
•
Gross weight:
•
Tare weight:
•
Net Weight:
•
Length:
522 mm
•
Width:
394 mm
•
Height:
392 mm
•
Specifications are subject to change without notice.
Trademarks are the property of Koninklijke Philips
Electronics N.V. or their respective owners.
© 2006 Koninklijke Philips Electronics N.V.
All Rights reserved.
www.philips.com
0.480 kg
2 26616 02270 4
72
11.430 kg
1.014 kg
10.416 kg
SHE592/07
Product highlights
1.2 meter cable
The ideal cable length to give you the freedom to put
your audio device where you want.
15 mm speaker driver
Small enough for optimum wearing comfort and big
enough to deliver crisp, non-distorted sound, the 15 mm
speaker driver is an ideal size for listening enjoyment.
Asymmetric cabling system
This simple yet highly effective solution to cable tangling
works effectivly by enabling you to hang the cable
behind your neck instead of under your chin.
Carrying Case
This case is the most convenient way to look after your
headphones and prevent cable tangling when not in
use.
Flexi-Grip design
A soft, flexible part protects the cable connection from
damage that otherwise would occur due to repeated
bending.
In-line volume control
Adjust the volume to your preferred level without having
to go to the audio source unit.
Virtual Surround design
This Philips patented 'reflected-speaker' design creates
a virtual surround sound effect that gives you the kind
of 'out-of-head' audio experience that was previously
only possible by using complicated time delay circuits
and signal processors. It also makes using your
headphones for extended periods far less tiring.
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