A combination
(total
of
the
single values) is
individually
possible.
The setting
of the CV187 determines
how fast
the
glare
function
should work. The step
size is CV value
*
1ms.
Blinking
of the
Light- and Function
Outputs
The locomotive
decoder has a
flashing
generator
which
can
be
assigned
to the
outputs.
Both
the switchon
and
switch-off time of the flashing
generator
can
be set separately
from
each
other.
ln
CV109,
you
can specify which
output
is
to
use
the flash
generator.
ln
addition, the
CVl10
can
be
used to
determine which
otttput is
to
use the
blinking
generator
with 180"
phase
rotation. For example,
a variable
flasher can
be implemented.
CV 109:
Value
CV
110:
Value
Bit
0
Light output
w/ flashing
generalor
1
Bit 0
Light output wl flashing
generator
180"
1
Bit 1
A1
with
flashing
generator
2
Bit
1
A1 with flashing
generator
180"
2
Bit 2 M with flashing
generator
4
Bit 2
M
with flashing
generator
180" 4
Bit
3
A3 with flashing
generator
I
Bit 3 A3 with
flashing
generator
180"
I
Bit 4 A4
with flashing
generator
16
Bit 4 A4 with flashing
generator
180' 16
Bit
5
A5 with flashing
generator
32
Bit
5 A5 with flashing
generator
180'
32
BitO
AGwithflashinggenerator
64 Bit6
A6withflashinggenerator
180"
64
Bit
7
A7
with
flashing
generator
128
Bit 7 A7 with
flashing
generator
180"
128
A combination
(total
of the single
values) is individually
possible.
ln CV111 the
switch-on time can be set
in steps of
100ms and in CV11?the
switch-off time
in steps of
100ms.
Turn-on
Efhct
of
a Neon Tube
/
Fluorescent
Tube
The
switch-on
effect
of
a
defective
fluorescent
lamp
can also
be output at the
light
and
function
outputs. This
effect consists of an adjustable,
maximum
number
of
flashes
(accidentally
a
flash
up to a
maximum
number
of
flashes)
and
an
adjustable flash
time, e.g.
how
fast
the
flashes
should
follow
each
other
Softly fade in and
out light and function
outputs
lf the
output
is
switched on or
off,
it
is softly faded in
or out.
ln
CV186,
you
can specify
which
output should receive this
dazzle function.
Value
Bit 0
Light
output
with dazzle
function 1
Bit 1 A1 with
dazzle function
2
Bit 2 A2 with
daule
function
4
Bit 3 A3 with daule function
I
Value
Bit 4 A4 with
dazzle function
16
Bit
5
A5
with
dazzle function
32
Bit
6
A6 with
dazzle
function
64
Bit 7 A7 with
dazzle function 128
Value
Bit 4
A4 wl fluorescent
lamp
effect 16
Bit 5 A5
w/
ffuorescent
lamp
effect
32
Bit
6
A6 wl fluorescent
lamp
efiect 64
Bit 7 A7
w/ fluorescent
lamp effect
128
Value
Bit 4 ,A4
as
energy-saving
lamp
16
Bit 5 A5 as
energy-saving
lamp
32
Bit 6 A6
as energy-saving
lamp
64
Bit 7
A7
as energy-saving
lamp
128
A combination
(sum
of the
single values) is
of course
also
possible
here.
The flash
time is
set in 5ms increments via
CV
189.
The maximum number
of
flashes
in
CV
190.
Energy-saving
lamp
effect when
switching
on the light and function
outputs
When
an energy-saving
lamp
is
switched
on,
it first
produces
a basic
brightness
before it slowly reaches
its
maximum
brightness. This
effect
can be assigned
to the outputs
of the decoder
as follows.
CV 188:
Value
Bit 0 Light
output
wl fluorescent
lamp
effect 1
Bit 1 A1
M
fluorescent
lamp
effect
2
Bit 2
A2
w/
fluorescent ldmp
effect 4
Bit 3 A3
wl fluorescent lamp
effect
I
CV 183:
Value
Bit 0 Light
ouput as energy-saving
lamp 1
Bit 1
A1
as
energy-saving lamp
2
Bit
2
A2
as energy-saving
lamp 4
Bit 3 A3
as energy-saving lamp
8
A
combination
(total
of the
single
values)
is
of course again
possible
here.
The
basic brightness
can be adjusted via
CV184.
The
setting of CV185 determines
how fast
the final
brightness
value (PWMI
in CVs 116
-
123)
should be
reached.
The
step
size is
CV
value
*
Sms. The
basic
brightness can be adjusted via
CV184.
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