ENGLISH
OPERATION MANUAL
JB SYSTEMS®
3/89
SM-1612 SCANMASTER
Never let the power-cord come into contact with other cables!
In order to avoid a hazard, the unit shall only be used with the AC-adaptor delivered
with it. If the AC-adaptor is damaged, a same model adaptor shall be used only.
In order to prevent electric shock, do not open the cover. Apart from the mains fuse
there are no user serviceable parts inside.
Never
repair a fuse or bypass the fuse holder.
Always
replace a damaged fuse with
a fuse of the same type and electrical specifications!
In the event of serious operating problems, stop using the appliance and contact
your dealer immediately.
Please use the original packing when the device is to be transported.
Due to safety reasons it is prohibited to make unauthorized modifications to the unit.
Some words explained:
SCENE:
A scene is a set of different fader values that describes a certain condition
at a given moment.
Example: You have set the faders on the SM-1612 to put a fixture in a certain
direction, with a certain gobo and a certain color. The combination of these different
fader values is called “SCENE”
BANK
: On the SM-1612 there are 8 scene buttons. Under each scene button a
scene can be stored. To have a total of 240 scene memories you need to put these
scenes in banks. That is why you have 30 banks with each 8 scenes: 30 x 8 = 240
scenes.
Example:
BANK1
(scene1 ; scene2 ; scene3 ; … scene8)
BANK2
(scene1 ; scene2 ; scene3 ; … scene8)
BANK3
(scene1 ; scene2 ; scene3 ; … scene8)
…
BANK30
(scene1 ; scene2 ; scene3 ; … scene8)
CHASE
: On the SM-1612 there are 6 programmable chases. A chase is a
succession of scenes. This succession of scenes can be programmed by the user in
any order. One chase contains a maximum of 240 scenes.
SPEED
: time between 2 scenes in a chase running in automatic mode.
FADE TIME
: This is the amount of time it takes for a fixture (or fixtures) to move from
one place to another.
PAN/TILT
: PAN means moving horizontally or moving on the X-axis.
TILT means moving vertically or moving on the Y-axis.
