Taiden hcs-8300, Installation And Operation Manual

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5.1.4 Connection between HCS-8300 PMCS and digital infrared language distribution system
By connecting to HCS-5100 digital infrared language
distribution system, the audio signal of the HCS-8300M
CMU can be converted into an infrared signal and
transmitted. The participators can listen to the clear voice
from the infrared receiver. Digital infrared language
distribution system includes: HCS-5100M/N series digital
infrared transmitter, HCS-5100T/S series digital infrared
radiator and HCS-5100R/RA series digital infrared
transceiver.
TAIDEN
digital infrared language distribution
system has 4 series: 4 CHs, 8 CHs, 16 CHs and 32 CHs.
Install digital infrared radiators according to the area of
the venue. In principle, the quantity of the receivers is
unlimited, provided that they are within the coverage
area of the infrared signal.

CMU connecting to digital infrared language
distribution system via HCS-5100MA/N
HCS-5100MA(/FS)/N transmitter can be connected
directly to HCS-8300M CMU.
1. HCS-5100MA(/FS)/N transmitter can be connected
directly to HCS-8300M CMU in three ways (only one of
them can be used at one time):

Connect one outlet (6P-DIN) trunk-line cable
connector of the HCS-8300 CMU to
"INTERPRETER’S UNIT / MAIN UNIT" interface of
the HCS-5100MA(/FS)/N transmitter with a
dedicated 6 -pin cable.

Connect the "EXTENSION" interface of the
HCS-8300 CMU to the "DCS" interface of the
HCS-5100MA(/FS)/N transmitter with a Cat.5 cable.

Connect the fiber port of the HCS-8300MAU/FS or
HCS-8300MAD/FS/20 CMU to the fiber port of the
HCS-5100MA/FS/N transmitter.
2. The digital infrared transmitter and the radiator are
linked up via a coaxial cable with 75 Ohm impedance.
Connect one end (BNC) of the coaxial cable to the “HF
OUT” port of HCS-5100MA(/FS)/N, and another end to
the “MODULATION IN” of the radiator. If extra
radiators are needed, connect the “MODULATION
OUT” of the previous one to the “MODULATION IN” of
the current one via the coaxial cable. Each outlet can
connect up to 30 radiators, while the digital infrared
transmitter provides 6 such outlets.

CMU connecting to digital infrared language
distribution system via HCS-5100MC/N
The HCS-5100MC/N transmitter does not have a digital
audio input interface, therefore connection to the
HCS-8300M CMU is realized via the HCS-8300MO 8
CHs Analog/Digital Audio Output Device.
1. HCS-8300MO can be connected directly to
HCS-8300M CMU in three ways (only one of them can
be used at one time):
♦
Connect the "EXTENSION" interface of the
HCS-8300 CMU to the "EXTENSION IN" interface
of the HCS-8300MO with a Cat. 5 cable.
♦
Connect one outlet (6P-DIN) of the HCS-8300
CMU to the "DELEGATE IN" interface of the
HCS-8300MO with a dedicated 6-pin cable.
♦
Connect the fiber port of the HCS-8300MAU/FS or
HCS-8300MAD/FS/20 to the fiber port of the
HCS-8300MO/FS(D).
2. The HCS-8300MO contains 8 CHs symmetrical audio
outputs (RCA) associated with 8 CHs outputs of the
interpreter units. The HCS-5100MC/N contains 4 CHs,
8 CHs, 16 CHs and 32 CHs analog audio inputs (RCA,
“AUDIO IN CH0-CH7”), which can be connected
accordingly to the output interface of the
HCS-8300MO with audio wire.
3. The digital infrared transmitter and the radiator are
linked up via a coaxial cable with 75 Ohm impedance.
Connect one end (BNC) of the coaxial cable to the “HF
OUT” port of the HCS-5100MC/N, and another end to
the “MODULATION IN” of the radiator. If extra
radiators are needed, connect the “MODULATION
OUT” of the previous one to the “MODULATION IN” of
the current one via the coaxial cable. Each outlet can
connect up to 30 radiators, while the digital infrared
transmitter provides 6 such outlets.
Note:

If more than 8 channels languages are required,
extra HCS-8300MO is needed.