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Example how to "read" the following table: A turnout is connected to two function
outputs („1" and „2", which could be any pair of consecutive outputs). The Mode-CV
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output „2" is programmed automatically.
$SSOLFDWLRQ
1
Turnout
2
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for the second output is ignored. Opposing to the default settings the switching pulse
duration, the fade-in and fade-out times must be set for both outputs. This requires a
total of 6 to 8 CV write commands in opposite to the simple usage of the programming
button. This, however, will set up all function outputs of the decoder to identical
values (besides the address), which is not always desired.
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1
Block Signal
2
1
Three-aspect
2
Signal
3
1
1 out of 3
2
lamps active
3
Blinking light
3KRWR ÁDVK
light (single)
Cyclic (Photo)
ÁDVK OLJKW
Vapor
discharge lamp
(e.g. street lighting)
60 seconds blinking
Staircase lighting
Mode Address
2
A
Turnout
0
-
Mode Address
2
A
Signal
0
-
19
A
Signal
0
-
0
-
3
A
single
0
-
0
-
1
A
blink
1
A
ÁDVK
1
A
ÁDVK
1
A
lamp
1
A
light
1
A
light
IXUWKHU &9 SURSHUWLHV
t
= switching puls duration
on
,
= 0
t
t
r
f
IXUWKHU &9 SURSHUWLHV
No changes required
A three-aspect light signal requires the
CV-Mode value = „19" as an exception.
No further changes required
No changes required
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and t
on
t
= 1 (1/100 second), t
on
Use a bright LED, no light bulb.
t
= 1, t
= 0, t
on
f
r
&RQÀJXUH W
( WLPH EHWZHHQ ÁDVK HYHQWV)
off
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(e.g. 248 for 120 seconds = 2 minutes).
Use a light bulb! A LED will fade-in non-linear.
t
= t
= 50, n
on
off
pulse
&RQÀJXUH W
and t
on
seconds), t
= 2000 (20 seconds)
off
off
= 0, t
= 40
f
r
= 40
= 60
, e.g. t
= 1000 (10
off
on
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