EuroLite 41700060, Руководство пользователя

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DMX512 CONTROL
Via QuickDMX
Connect the transmitters to the DMX controller. Put each transmitter and the device into operation. Use the
buttons of the control board to set the function "WIRELESS" - "POWER" to "ON". The QuickDMX status
indicator shortly flashes red, green and blue. Afterward, it lights up permanently according to the selected
transmission channel.
Set each transmitter and receiver to the same transmission channel using the function “WIRELESS” -“ID
Set”. The selected transmission channel is indicated by the status indicator.
Channel Color
1 Red
2 Green
3 Blue
4 Yellow (red/green)
5 Cyan (green/blue)
6 Magenta (red/blue)
Thus, the wireless DMX network is set up and the receivers are paired to the transmitter. The assignment of
the receivers to the transmitter is kept memorized even after disconnecting the power supply. As soon as the
transmitter receives a DMX signal, the status indicator switches to red and flashes. Shortly afterward, the
status indicators of the receivers start flashing green to indicate that the DMX signal is being received. The
DMX-controlled units can now be controlled via radio. After the operation, disconnect the power supply cable
from the mains outlet, to prevent unnecessary power consumption.
USE
Several receivers may be assigned to a transmitter. It is possible to operate a maximum of 512 receivers.
Transmission 1:1
The DMX signal is fed to a transmitter which sends it
via RF. A receiver with the same transmission channel
receives the RF signal and distributes it as a DMX
signal.
Transmission 1: Many
The DMX signal is fed to a transmitter which sends it
via RF. Several receivers with the same transmission
channel receive the RF signal and distribute it as a
DMX signal.
Parallel Transmission
It is possible to operate 6 wireless DMX networks with
6 transmitters in parallel without mutual interference by
adjusting them to different transmission channels. The
wireless DMX networks operate independent of each
other in 1:1 or 1: many transmission modes.