Page 58
Large-scale Decoder & Sound Decoder MX695/6/7/9
CV
Designation
Range Default Description
6
#10
Compensation-Cutoff
0 - 252
0
Internal speed step, where BEMF intensity per
CV#113.
-
#11
------
-
#12
------
5
#13
Analog functions F1 -
F8
0 - 255
0
Select analog functions F1 (Bit 0), F2 (Bit 1)...
5
#14
Analog funct. F0, F9 … 0 - 255
0
Select analog functions, F0 forw (Bit 0), rev (Bit 1)...
-
#15
------
-
#16
------
4
#17,18
Extended address
128 -
10239
0
The long address. Active when CV #29, Bit 5 = 1.
4
#19
Consist address
0 - 127
0
Consist address active when > 0.
4
#21
Consist function F1 -
F8
0 - 255
0
Select consist functions F1 (Bit 0), F2 (Bit 1)….
4
#22
Consist function F0
0 - 3
0
Select consist function F0 forw (Bit 0), rev (Bit 1).
7
#23
Acceleration variation
0 - 255
0
For temporary adjustment to CV #3
7
#24
Deceleration variation
0 - 255
0
For temporary adjustment to CV #4
-
#25
------
-
#26
------
1
0
#27
Asym. Stop (ABC)
0, 1, 2, 3
0
Bit 0 = 1: Stop, with right rail Bit 1: left rail
2
#28
RailCom Configuration 0, 1, 2, 3
3
Bit 0 = 1: RailCom (Broadcast) Bit 1 = 1: Data
2
#29
DCC
Basic Settings
0 - 63
14 =
0000 1110
with Bits 1,
2, 3 (28 SS,
Analog,
RailCom)
Bit 0
– Direction: 0 = normal, 1 = reversed
Bit 1
– Speed step system: 0 = 14, 1 = 28, 128
Bit 2
– Automatic analog operation
Bit 3
– RailCom: 0 = OFF, 1 = ON
Bit 4
– Speed curve: 0 = 3-point, 1 = free definition
Bit 5
– Short/long address: 0 = CV #1, 1 = CV‘s
#17,18
1
4
#33
NMRA Function map
F0
0 - 255
1
Function mapping for F0 forward
1
4
#34
NMRA Function map
F0
0 - 255
2
Function mapping for F0 reverse
1
4
#35-46
Function mapp. F1 -
F12
0 - 255
4,8,2,4,8,..
.
Function mapping for F1 ... F12
-
#47
------
-
#48
------
9
#49
HLU Acceleration
0 - 255
0
Multiplied by 0.4 = signal controlled acceleration
9
#50
HLU Deceleration
0 - 255
0
Multiplied by 0.4 = signal controlled deceleration
9
#51
-
55
HLU Limits
0 - 255
20,40,…
Speed step for each of the 5 HLU speed limits
6
#56
Motor regulation
1 - 255
55
PID regulation: P-Value (tens digit), I-Value (Ones
digit)
CV
Designation
Range Default Description
6
#57
Voltage reference
0 - 255
0
Value = 1/10 of fixed voltage. “0” = track voltage.
6
#58
BEMF intensity
0 - 255
255
Load compensation at low speeds
9
#59
HLU Reaction time
0 - 255
5
Delay for HLU changes, in tenth of a second
1
8
#60
Dimming
0 - 255
0
Reduction of function output voltage through PWM.
1
4
#61
ZIMO ext. mapping
1,2...97,
98
0
Configurations not covered by NMRA mapping
2
1
#62
Light effects mod.
0 - 9
0
Adjusts minimum dim value
2
1
#63
Light effects mod.
0 - 99
51
Cycle time (tens digit), Off-time extension (ones dig-
it)
2
1
#64
Light effects mod.
0 - 9
5
Ditch light off-time modification
3
#65
SW-Subversion #
0 - 255
-
Completes the version number in CV #7.
6
#66
Forward trimming
0 - 255
0
Multiplies speed step by trim value/128
6
#67
-
94
Free speed table
0 - 255
0
Internal speed step for each of the 28 external steps
6
#95
Reverse trimming
0 - 255
0
Multiplies speed step by trim value/128
-
#96 ...
------
-
105, 6
User data
0 - 255
0
Free memory space for user data
1
6
#107
Light suppression
0 - 255
0
Light suppression for cab 1 (forward)
1
6
#108
Light suppression
0 - 255
0
Light suppression for cab 2 (rear)
-
109 …
------
1,
6,
2
0
…
#112
Special ZIMO
configuration bits
0 - 255
4 =
00000100
also Bit 2 = 1
(Loco ID puls-
es ON,
20 kHz)
Bit 1 = 1: High frequency acknowledgements
Bit 2 = 0 / 1: ZIMO loco ID ON/OFF
Bit 3 = 1: 8 Functions-Mode (for old ZIMO systems)
Bit 4 = 1: Pulse chain recognition (for old LGB-
System)
Bit 5 = 0 / 1: Motor control at 20 kHz or 40 kHz
Bit 6 = 1: „Märklin“-Braking (+ CV # 29, Bit 2, # 124,
5)
6
#113
BEMF reduction
0 - 255
0
Intensity reduced at speed step defined in CV #10.
18
#114
Dim Mask 1
Bits 0 - 7
0
Individual outputs exempted from dimming per CV
#60
23
#115
Uncoupler control
0 - 99
0
Eff 48: Pull-in V. (tens digit), Hold voltage (ones digit)
23
#116
Autom. uncoupling
0 - 199
0
Unload (Hundredth) Separat.(Tens), speed (Ones
digit)
19
#117
Flasher
0 - 99
0
ON time (Tens digit), OFF time (Ones digit)
19
#118
Flasher mask
Bits 0 - 7
0
Function outputs included for flashing as per CV
#117.
18
#119
F6 low beam mask
Bits 0 - 7
0
Enter FO for low-beam switching with F6 as per CV
#60
18
#120
F7 low beam mask
Bits 0 - 7
0
Enter FO for low-beam switching with F7 as per CV
Содержание MX695
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