8
P
R
O
GR
AM
Play
①
DMX Receive
Slave Receive
Sequence
Music
Slave Receive 1,2,3
Master / Alone
Master / Alone
DMX Receive
Choose slave position
Run Sequence
Music mode
Select Chase
②
Chase Part 1
Chase Part 2
Chase Part 3
Chase 1 ~ 8 Chase 1
Chase 1 ~ 8 Chase 2
Chase 1 ~ 8 Chase 3
Select and run auto
program
Edit Chase
②
Chase 1
:
Chase 8
Chase Test
Step 01
Step 64
=SCxxx
=SCxxx
Test
Beginning scene
Ending scene
Edit Scenes
②
Edit Scene 001
~ Edit Scene
250
Pan,Tilt,……
--Fade Time--
--Secne Time--
DMX Input
=xxx
=xxx
=xxx
Input manual scene
Modify manually fading
time
Modify manually scene
time
Input scene from
exterior controller
Scenes Record
ScXX=>ScXX
Auto Input scenes
5. DMX connection and DMX protocol
5.1 DMX addressing:
5.1.1 The device is controlled by universal DMX 512 protocol, DMX address is the start channel used to receive
instructions from the external controller. For independent control, each fixture must be assigned its unique address
control channels. For example, this device has four channel modes: 21/24/14/16, if we set the mode at standard 21
channels mode, and there are several models need to be independently controlled, we just simply address first fixture
at 1, and second fixture at 22, third one at 43, etc.
If the devices have the same address, they will behave synchronically.
DMX addressing is limited, don’t set the address so high that without enough control channels for the fixtures.
Display is flashing when no DMX signal is received.
5.1.2 This device is equipped with 3-pins DMX in and out sockets only.
Pin 1 = GND
Pin 2 = Signal (-)
Pin 3 = Signal (+)
5.1.3 The termination is prepared by soldering a 120Ω resistor between pins 2 and 3.
