Lamp Outlets - Broncolor Scoro Serie Mode D'emploi

3.1 Individual energy distribution (asymmetry) & flash cut-off
Scoro power packs incorporate an electronic flash cut-off system for all 3 channels. The units
have two respectively three individual lamp outlets which can be controlled, with neutral col-
our (Enhanced Colour Temperature Control) over the whole range, and with asymmetry up to
6 f-stop intervals and independently of each other. The unit allows power selection in 1/10 and whole
f-stop intervals.
3.2 Colour temperature control / Asymmetry (in case flash duration t 0.1 is optimal)*
All Scoro S units are equipped with an enhanced ECTC process which ensures that no colour
temperature shifts or double exposure can occur during individual power distribution. On partial
power, the colour temperature of the set energy can be influenced by relative shifts in intervals of
200 K upwards or downwards (see section 13.5, "Colour temperature"). The control range of the
colour temperature adjustment is increased when on reduced power.
Due to the direct dependence of colour temperature and flash duration, t 0.1 is automatically
adjusted.

4. LAMP OUTLETS

The lamp outlets of the Scoro units are marked
with the numerals 1 – 2 respectively 1 – 3. Lamp
plugs and sockets have a mechanical locking
device to prevent them from accidentally com-
ing loose. When plugging in, ensure that the
front part of the plug is inserted first, and after
that the rear locking device locks completely
into place. To release, press down the locking
device spring under the cable guide and lift out
the plug from the socket. The power pack must
be switched off whilst plugging in and unplug-
ging.
Each outlet may be switched individually (7.1, 7.2, 7.3*). The digital power distribution displays (11)
indicate the set energy of each individual lamp. The digital master power display (12) indicates the
total energy control range of all the connected or activated lamps.
In addition Scoro E shows the energy performance in joules per connected lamphead.
It is unnecessary to disconnect a lamp when not in use, simply deactivate it by using the lamp out-
let on/off switch. Energy can be asymmetrically allocated to the individual lamps until the maxi-
mum energy has been achieved. If an additional lamp is connected, and should the other lamps
already be using the maximum energy, no more energy can be allocated to the newly connected
lamp. By reducing the already set total energy, additional energy can be allocated to a further lamp.
* Scoro S only 13