Sennheiser SKM 2020-D-US User Manual

Sennheiser electronic GmbH & Co. KG Am Labor 1, 30900 Wedemark, Germany
www.sennheiser.com/tourguide
TOURGUIDE 2020D
Information becomes an experience. Quite simply.
Tourguide 2020-D
Universally convincing
Specifications HDE 2020-D-II
Dimensions 245 x 125 x 20 mm
(9.65“ x 4.92“ x 0.79“)
Weight incl. battery
Modulation 2 FSK
RF frequency range
Frequency response
Sound pressure level
Typical operating time
Battery 830 mAh (Li-poly)
73 g (2.58 oz)
863 - 865 MHz 926 - 928 MHz (US-Version)
100 – 7,000 Hz
120 dB SPL at 1 kHz
8 h
Number of channels
THD at 1 kHz < 1 %
Operating temperature
Delivery includes HDE 2020-D-II,
Tourguide mode: 6 Conferene mode: 8
0° C – 50° C
Manual
Hassle free design
Tourguide 2020-D combines the wireless receiver and headphones in one device. That makes it easy to handle even for large scale setups with many visitors. Use the practical charging case (EZL 2020-20L) as a convenient solution for charging and storing of up to 20 receivers and additional accessories.
Simply intuitive
Best flexibility
Full flexibility for diverse application scenarios: The Tourguide 2020-D is not only fit for guidance and interpreter applications. For assistive listening in theaters or opera houses hearing aids can be easily connected to the system.
License free ISM band
Stethoset receiver
HDE 2020-D-II
Handheld transmitter
SKM 2020-D
Bodypack transmitter with headset microphone
SK 2020-D
+ HS 2
Guided tours applications – Tourguide 2020-D compact versatility
Bodypack receiver with headphones
EK 2020-D-II
+ HP 02
Bodypack receiver with induction neck loop
EK 2020-D-II
+ EZT 3011
Charging unit for handheld and bodypack transmitter and 20 receivers
EZL 2020-20L
The digital Tourguide 2020-D is designed for ease of use and doesn’t require special technical knowledge. Its intelligent technology ensures absolutely simple handling.
The Tourguide 2020-D runs within the license-free ISM frequency band (which can be operated world wide) and is therefore extremely quick to set up, without elaborate frequency planning.
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