ZIMO MS440C - Page 51

MS - SOUND decoders MS440 to MS990 and MN - NON-SOUND decoders MN170 to MN340 Page 51
CV
Denomination
Range
Default
Description
#287
Threshold
for
brake squeal
0 - 255
50
The brake squeal should start when the speed drops below a
specific speed step. It will be automatically stopped at speed 0
(based on back-EMF results).
#288
Brake squeal
Minimum drive time
0 - 255
=
0 - 25 sec
50
The braking squeal is to be suppressed when an engine is
driven for a short time only, which is usually a shunting run and
often without any cars (it is mostly the cars that are squealing
not the loco itself!).
NOTE: Brake squeal sounds can also be assigned to a function
key (see allocation procedure CV #300 = …), with which the
brake squeal can be started or stopped manually! (SW version
5.00 and higher)
#307
Cornering squeals
or
Reed configuration
Bit0 - switching input 1 activates cornering squeal
Bit1 - switching input 2 activates braking squeal
Bit2 - switching input 3 activates braking squeal
Bit3 - switching input 4 activates braking squeal
Bit7 - 0 = key defined in CV #308 suppresses cornering squeal
of Reed inputs if this key is ON
1 = key defined in CV #308 activates cornering squeal in-
dependent of Reed inputs
#308
cornering squeal key
0-28
25
0: No key defined. Reed inputs always active.
1-28 = key F1 to F28.
#133
Use of FO4
FO4 as normal
function output
or
FO4 as output for
steam exhaust fan
smoke generator in
steam locos
and
IN (reed) pins
Configuration
and
MS440: FO9 to pin IN4
0
= 0: FA4 used as normal function output,
i.e. controllable by a function key,
= 1: FA4 for smoke fan controlled by "simulated" axis detector
or by "real" axis detector. See CVs #267, #268!
NOTE: The operation mode of a fan is also determined by the
sound project.
NOTE: Large scale decoders have special outputs and setting
options for fans!
Bit 4 – inverts the polarity of Reed input 1
Bit 3 – inverts the polarity of Reed input 2
Bit 2 – inverts the polarity of Reed input 3
Bit 5 – inverts the polarity of Reed input 4
Bit 6 - (only types MS440) Pin IN4 becomes output FO9
#395
Maximum volume for
volume increase key
0 - 255
64
Configuration range for volume with the help of the louder key
according to CV #397; can also be higher than the basic config-
uration in CV #266.
#396
volume decrease key
0 - 29
0
0 = No key defined.
1-28 = key F1 to F28 29 = F0-key
#397
Volume increase key
0 - 29
0
0 = No key defined.
1-28 = key F1 to F28 29 = F0-key
#346
Conditions for switching be-
tween collections, as per
CV #345
Those CVs can be found in chapter
“Diesel and electro locos → ...”
.
They are valid for all types of drives,
but are mainly important for diesel locos.
#835
Further switching keys
#347
Switch key
for driving and sound perfor-
mance when driving solo
#348
Measures to be taken when
switching to solo drive (with key
selected in CV #347)
SW version 4.00 (sound projects for diesel and electro locos)
(not yet implemented in SW-version 4.00: Diesel with manual transmission)
Background sounds - Volume adjustments:
#574
“Simmering”
0 - 255
0
Volume driving sound “simmering”
#576
Sound “changing directions”
0 - 255
0
Volume driving sound for e.g. Johnson Bar
#578
“Brake squeal”
0 - 255
0
Braking squeal volume
#580
Thyristor sound
0 - 255
0
Thyristor sound volume (ELECTRIC engine)
#582
“Starting whistle”
0 - 255
0
Volume Starting whistle (STEAM/DIESEL)
#584
Blow-off
0 - 255
0
Blow-off volume (STEAM engine)
#586
Electric motor
0 - 255
0
Electric motor volume (ELECTRIC engine)
Planned for SW version 5.00
0 - 255
0
Driving sounds
#590
Electric switch gear sound
0 - 255
0
Switch gear volume (ELECTRIC engine)
#592
“Second thyristor”
0 - 255
0
Second thyristor (ELECTRIC)
Planned for SW version 5.00
0 - 255
0
Panto up (ELECTRIC)
Planned for SW version 5.00
0 - 255
0
Panto down (ELECTRIC)
Planned for SW version 5.00
0 - 255
0
Panto stop (ELECTRIC)
#600
Turbo
0 - 255
0
Turbocharger volume (DIESEL engine)
#602
Dynamic brakes
0 - 255
0
Volume “dynamic brake”
#604
“Cornering squeal”
0 - 255
0
Volume “cornering squeal”
Function sounds - Volume adjustments:
#571
Function sound F0
0 - 255
=
100, 1-
100 %
0
Sound volume operated with function key F0
= 0: full volume, original sound sample volume (same as 255)
= 1 - 254: reduced volume 1 – 99.5 %
= 255: full volume
#514
#517
#520
#523
…
#565
#568
Function sound F1
Function sound F2
Function sound F3
Function sound F4
…
Function sound F18
Function sound F19
0 - 255
0
Sound volume operated with function key F1
Sound volume operated with function key F2
Sound volume operated with function key F3
Sound volume operated with function key F4
…
Sound volume operated with function key F18
Sound volume operated with function key F19
#674
…
#698
Function sound F20
…
Function sound F28
0 - 255
0
Sound volume operated with function key F20
…
Sound volume operated with function key F28
NOTE: The CVs before the names (#573, #575, #577, etc.) contain information to the corresponding
sound sample (sound number, loop parameters), which can be modified, if necessary, usually by
the CV #300 procedure.
NOTE: The CVs between the above (#570, #572, #513, #515, #516, #518 etc.) contain information
to the corresponding sound samples (sample numbers, loop parameters etc.), which can also be
modified if needed, usually with the CV #300 procedures.