542592 12/11 Printed in Germany Sennheiser is a registered trademark of Sennheiser electronic GmbH & Co. KG www.sennheiser.com
Technical Data
EAN 4044155073515
UPC 615104221048
Article no 504963
Frequency characteristic Diffuse field equalized
Frequency response 15–40,000 Hz (-3 dB)
8–44,000 Hz (-10 dB)
Transducer principle Dynamic, open
Nominal impedance 150 O
Characteristic sound pressure level
(at 1 KHz)
105 dB SPL (1 kHz, 1 Vrms)
Max. nominal continuous
input power
Max. nominal long-term input power 500 mW
in acc. with EN 60-268-7
Total harmonic distortion Harmonic distortion ⱕ0.03% (1 kHz, 1 Vrms)
Ear coupling Circumaural
Weight (without cable) approx. 270 g
Connector ¼” (6.3 mm) stereo jack plug
Cable Symmetrical, silver-plated oxygen-free (OFC) copper cable, 3 m
Operating temperature -10° C to + 55° C
Delivery includes 1 HD 700
Instruction manual
Packaging
Dimensions product packaging
(W x D x H)
236 x 150 x 317 mm
Weight of product incl. packaging 1270 g
Dimensions of inner master carton
(W x D x H)
517 x 339 x 347 mm
Number of products per inner
master carton
4
HD 700
HD 700
If the HD 700 headphones were a music
group, it would be equally gifted in every
style. Whether classic, jazz or rock, it would
have sound mastery of each genre.
Regardless of what song it’s currently
playing, its timbre is always warm and
emotional. With its exceptional and unique
range, reproduction of the lowest and
highest tones that the human ear cannot
consciously perceive is now achievable.
This is a true maestro and an unforgettable
listening experience suited for every
musical taste.
Open, circumaural dynamic stereo
headphones for maximum wearing
comfort
Outstanding soundstage with a warm
and balanced audio reproduction
Specially-tuned, highly efficient drivers
capable of delivering high sound pressure
levels and a flat frequency response
Highly optimised ventilated magnet
system minimises air turbulence and
harmonic, intermodulation distortion
Open-back ear cups facilitate transparent
sound while showcasing cutting-edge
industrial design
