DMX Chart Version 1.03

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P9
6.3 Streaming ACN
The headlight can be controlled via sACN - Streaming ACN. To do this, set the sACN address
via the menu item DMX / NET ADDR -> SACN ADDRESS and also select it via the menu item
PERSONALITY -> DMX INPUT CONFIG -> NETWORK -> MODE -> SACN. In addition, dene
the IP address of the spotlight via PERSONALITY -> DMX INPUT CONFIG -> NETWORK -> IP
ADDRESS.
6.4 Wireless-DMX
The P9 Beamspot is equipped with a Lumen Radio CRMX receiver for wireless DMX. The receiv-
er can process both DMX and RDM. If there is a cable and wireless connection to the P9 Beam-
spot, the cable connection has priority! The received signal can be output via the DMX connec-
tion. To do this, set the DMX OUTPUT CONFIG setting to ON in the PERSONALITY menu. After
conrming with ENTER, the spotlight will output the entire universe received via wireless DMX.
6.5 RDM
The P9 Beamspot can communicate via RDM (Remote Device Management) in accordance with
ESTA American National Standard E1.20-2006. RDM is a bidirectional communication protocol
for use in DMX512 control systems. It is the open standard for the conguration and status
monitoring of DMX-512 devices. The RDM protocol enables data packets to be inserted into
a DMX-512 data stream without affecting existing non-RDM devices. It enables a console or
dedicated RDM controller to send commands to specic devices and receive messages. The P18
can send and receive RDM via DMX and Artnet 4. The spotlight is also designed to send RDM via
sACN and receive it via Artnet. The RDM functionality depends on the lighting control desk used,
the operating instructions of the respective desk manufacturer must also be observed.
Every P9 Beamspot has a factory-set RDM-UID (unique identication number), which makes it
addressable and identiable in RDM systems.
6.5.1 RDM-UID
The P9 Beamspot supports the RDM PIDs (parameter IDs) required by ESTA as well as manu-
facturer-specic PIDs.
6.5.2 RDM-PIDs