Lampo HYPERCOLOR 575 User Manual - page 9
8
STAND-ALONE FUNCTIONS
HYPERCOLOR can work in Stand-alone both single and in banks, that means without the need of a control unit, in
Master/Slave function, since any luminaries can be Master of a bank, it becomes able to control synchronously all
the other HYPERCOLOR fixtures and to manage a menu for a total of 6 options.
To make the HYPERCOLOR operating in Stand-alone mode, you must put in position ON the dip-switch 10. This
enable the projector to start its own program.
With HYPERCOLOR, once in stand-alone functioning, you just connect the DMX cable starting from the DMX OUT
(see page 2 object n°5) and the unit will perform the same program to all the other units.
All the “Slave” fixtures must be addressed on DMX 001. This means with the dip-switch 1 in position ON and all the
other dip-switches in OFF position.
Putting the dip-switch n°10 in position ON enable the unit to work in stand-alone functioning performing
the menu of channel 6 (see page 6).
Practically the DMX value is setted directly through the dip-switches value.
EXAMPLES
- The first 5 dip switches set the speed of the colour sequences (increasing from 1 to 31 binary code)
- The switches 6 –7 – 8 set the colours change mode, combining the 3 dip switches we can obtain 7 different colour
sequences:
from colour 1 to colour 4 (fading) = 32
from colour 1 to colour 4 (no fading) = 64
from colour 2 to colour 4 (fading) = 96 (32+64)
from colour 2 to colour 4 (no fading) = 128
from colour 2 to colour 7 (fading) = 160 (32+128)
from colour 1 to colour 7 (fading) = 192 (64+128)
from colour 1 to colour 7 (no fading) = 224 (32+64+128)
EX 1:
Dip-switch 10 in position ON
Medium speed, the binary code is 1+2+8 = 11
Colour change from 1 to 4, whit fading, the binary code is 32
EX 2:
Dip-switch 10 in position ON
Medium speed, the binary code is 2+8 = 10
Colour change from 2 to 7, whit fading, the binary code is 32+128=160