ZIMO MS440C, Инструкция по эксплуатации

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MS-SOUND-decoders MS440 to MS990 Page 61
CV Denomination Range Default Description
3.19 #120 Low beam mask for
F7
Bits 0 - 7 Same as CV #119 but with F7 as low beam key.
3.7 #123
Adaptive
Acceleration and de-
celeration momen-
tum
0 - 99 0
Raising or lowering the speed to the next internal step
occurs only if the preceding step is almost reached. The
tolerance for reaching the preceding step can be defined
by this CV (the smaller this value the smoother the accel-
eration/deceleration).
Value 0 = no adaptive accel. or decel.
Tens digit: 0 - 9 for acceleration (1 = strong effect)
Ones digit: 0 - 9 for deceleration
= 11: strongest effect;
3.24
#124
ATTENTION :
Bits 2, 3, 4, 6 (i.e.
selection for shunt-
ing key functions)
are only valid if CVs
#155 and #156 = 0
(These allow ex-
tended selection and
are preferred for
new projects).
Shunt key functions:
Half-speed, acceler-
ation deactivation
Bits 0,1 (i.e. type of
acceleration deacti-
vation) are always
valid, also together
with CVs #155,
#156.
Bit 7 :
Switchover SUSI -
Logic level outputs
Bits
0 - 4, 6
Bit 7
0
0
Selection of a shunting key to activate the HALF SPEED:
Bit 4 = 1 (and bit 3 = 0): F3 as half-speed key
Bit 3 = 1 (and bit 4 = 0): F7 as half-speed key
Selection of a marshalling key for deactivation of ACCEL-
ERATION TIMES:
Bit 2 = 0 (and bit 6 = 0): MN key as acceler. deact.
Bit 2 = 1 (and bit 6 = 0): F4 as acceleration deactivation
Bit 6 = 1 (bit 2 irrelevant): F3 as acceleration deact.
Type (range of action) of key (MN, F3 or F4) for deac-
tivating acceleration times:
Bits 1,0 = 00: no influence on acceleration times
= 10: reduces acceleration/deceleration time
to ¼ of the values according to CVs #3, #4.
= 11: deactivates acceleration/deceleration time
completely.
EXAMPLES:
F3 as half speed key, if CV #124 = 16
F3 as half speed key and
F4 to completely disable acceleration/deceleration time,
if bits 0, 1, 2, 4 = 1, so CV #124 = 23
F3 as half-speed key and for Accel. deact.
if bits 0, 1, 4, 6 = 1, i.e. CV #124 = 83
Bit 7 = 0: SUSI interface active (or servos,
if defined in CVs #181, #182, ...
= 1: Logic level activated instead of SUSI.
3.20
#125
Effects
American
lighting effects, and
other effects,
couplings, smoke
generators, etc.
on the
Function output
“Front light”,
Configurations and
modifications
of the effects by
0
Bits 1, 0 = 00: bidirectional (active in both directions)
= 01: only active in forward direction
= 10: only active in reverse direction
ATTENTION in case of CV #125 and #126: change CVs
#33, #34.... if direction is wrong!
Bits 7, 6, 5, 4, 3, 2 = Effect-Code
EXAMPLES (Effect - value programmed into CV #125)
Mars light, only forward
- 00000101 = “5”
Gyralite, independent of direction - 00011100 = “28”
Ditch type 1 left, only forward - 00100101 = “37”
Uncoupler -00110000 = “48”
Soft start of output - 00110100 = “52”
Automatic Brake light -00111000 = 56
Automatic Cab light OFF - 00111100 = “60”
Speed/load depen. Smoke - 01001000 = “72”
Speed/load depen. Diesel smoke - 01010000 = “80”
CV Denomination Range Default Description
CVs #62, #63, #64,
and CV #115, #116
(for coupler).
3.20
#126
Effects
on function output
rear light
0
See CV #125 for details
#125
→
Front headlight
#126
→
Rear headlight
3.19
3.20
#127
-
#132
Effects on
FO1, FO2,
FO3, FO4, FO5,
FO6
0
See CV #125 for details
#127
→
FO1 #128
→
FO2
#129
→
FO3 #130
→
FO4
#131
→
FO5 #132
→
FO6
3.21
5.3
#133
Using FO4 as
Cam-sensor output
for the module of
your choice
or
FO4 as output for
Steam fan of the
Smoke generator of
steam locos
Reed configuration
Bit 0 0
= 0 (Default): FO4 is used as normal function output
so it’s controllable by function key instead of a cam
sensor.
= 1: FO4 for smoke-fan whcih is usually controlled by a
real or “virtual” cam sensor. Also see CVs #267,
#268!
NOTE
: The fan operation is also determined by the
sound project.
NOTE : Large-scale decoders do have special outputs
and additional configuration possibilities for smoke 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 FA9
3.24 #136
Fine adjustment of
the
speed feedback
or
km/h - control num-
ber calibration run
RailCom
Display
factor
128
RailCom speed feedback correction factor.
or (see chapter 5.8 in manual for small decoders)
reading out the result of the internally computed speed
after the calibration run.
3.21
#137
#138
#139
Definitions of
smoke generator
characteristic, con-
nected to FO1 – 6.
PWM at stand still
PWM at steady
speed
PWM during accel-
eration
0 - 255
0 - 255
0 - 255
0
0
0
This is valid, if in one of the CVs #127 - #132 has set on
of the function effects “smoke generation” (i.e. “72” or
“80”): The values in CVs #137 – #139 define a character-
istic for the function outputs (FO1 - FO8; referred to be-
low as FOx).
CV #137: PWM of FOx at standstill
CV #138: PWM of FOx at steady speed
CV #139: PWM of FOx at acceleration