Structuring and controlling the conference system
Structuring and controlling the conference system
Structuring the conference system
The ADN conference system is suitable for small to medium size conferences with approx. 30 conference units (divided up onto the two connection sockets PORT I and PORT II). Delegate units and chairman units can be combined in an arbitrary order and are connected to the central unit using SDC CBL
IN
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| PORT II PORT I |
|
|
| |
15 ... | 2 | 1 |
| 2 | ... 15 | |
| 1 | |||||
|
| 2x 52.8V | 1.75A | 50/60Hz 240W |
|
|
|
| Port II | Port I |
|
|
|
approx. | approx. |
| max. 80 m |
| approx. | approx. |
>35 V |
| Voltage supply = 52.8 V |
|
| >35 V |
In addition, you can connect audio devices to the central unit in order to e.g. feed audio signals to the floor channel or to output the floor channel via an external audio device. The ADN conference system can be completely integrated into a media control system.
Calculating the voltage drop on the system cables
For safe operation of the conference system, make sure that all conference units are supplied with a voltage of at least 35 V! The voltage supplied depends on the number of connected conference units and on the cable lengths. The standard cable length between the central unit and the first conference unit is 80 m max. and the standard cable length between the conference units is
The “ADN Cable Calculator” program allows you to calculate the voltage drops on the individual sections of a cable string and to plan the structure of the conference system. The program is available from your Sennheiser partner or from the “Product Downloads” area on the product page at www.sennheiser.com.
Integration into a media control system
The ADN conference system can be completely integrated into a media control system. You can monitor and control all functions of the conference system via the programmable commands of your media control system. For information on the integration into a media control system, refer to the detailed instruction manual.
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ADN CU1 7