SV Description for generic use

This Chapter describes the Usage of the SV Configuration Variables. Some SV Variables require special values, that are described later.

10 PCB Type RO

11 Software Version RO

SV 10 and 11 are Read Only. They identify the Board and the used Software Version. Do not change!

12 RESET Byte RW

The Reset Byte is used to reset the SVs to default values. The Reset Byte has to be 0x55h. If another value is written, all SVs are reseted by the software!

13 Sotware Type RW

See Table XY for Configuration.

14 Power Off Fuse RW

If the Decoder is unsed for solenoid motors, this Fuse selects, if the Output is switched off after the switch operation or if the output is poweres all the time.

15 Power Seconds RW

This Register configures the time in seconds, a switch operation enables the output, if SV 14 is enabled.

16 Initial State RW

Defines the initial state of the Decoder. Default is 0/Stop.
See table at "States".

17 Output Inversion Fuse RW

Inverts the Pins of all Outputs.

20 - 21 LotusNet Adress of Element 1 RW

The LocoNet Adress is calculated with SV20 x 100 + SV21

e.g. LN Adress 4711: SV20 = 47, SV21 = 11

22 - 23 LotusNet Adress of Element 2 RW

The LocoNet Adress is calculated with SV22 x 100 + SV23

24 - 25 LotusNet Adress of Element 3 RW

The LocoNet Adress is calculated with SV25 x 100 + SV24

26 - 27 LotusNet Adress of Element 4 RW

The LocoNet Adress is calculated with SV26 x 100 + SV27

28 - 29 LotusNet Adress of Element 5 RW

The LocoNet Adress is calculated with SV28 x 100 + SV29

30 - 31 LotusNet Adress of Element 6 RW

The LocoNet Adress is calculated with SV30 x 100 + SV31

32 - 33 LotusNet Adress of Element 7 RW

The LocoNet Adress is calculated with SV32 x 100 + SV33

34 - 35 LotusNet Adress of Element 8 RW

The LocoNet Adress is calculated with SV34 x 100 + SV35

36 - 37 LotusNet Adress of Input 1 RW

The LocoNet Adress is calculated with SV36 x 100 + SV37

38 - 39 LotusNet Adress of Input 2 RW

The LocoNet Adress is calculated with SV38 x 100 + SV39

40 - 41 LotusNet Adress of Input 3 RW

The LocoNet Adress is calculated with SV40 x 100 + SV41

42 - 43 LotusNet Adress of Input 4 RW

The LocoNet Adress is calculated with SV42 x 100 + SV43

45 Input Configuration RW

Bitmap to configure the usage of the 4 Inputs
BIT 0 - Send OPC_INPUT_REP on every state change
BIT 1 - not used
BIT 2 - not used
BIT 3 - Input N controlls outputs like an OPC_SW_REQ on address index N
BIT 4 - Strong filter for transition from low to high
BIT 5 - Strong filter for transition from high to low
BIT 6 - not used
BIT 7 - not used

50 - 52 Servo 1 Configuration RW

SV 50 - Servo End MIN ( 0 ... MAX - 1)
SV 51 - Servo End MAX ( MIN + 1 ... 255)
SV 52 - Servo Step, Speed of Servo

54 - 56 Servo 2 Configuration RW

See Servo 1 Configuration

58 - 60 Servo 3 Configuration RW

See Servo 1 Configuration

62 - 64 Servo 4 Configuration RW

See Servo 1 Configuration

66 - 68 Servo 5 Configuration RW

See Servo 1 Configuration

70 - 72 Servo 6 Configuration RW

See Servo 1 Configuration

SOFTWARE TYPES

0 Test Mode

1 Switch, 4 Turnouts with 2 Pins

2 Switch, 2 Turnouts with 2x2 Pins (2 Pins coupled)

9 Servo, 6 Servos

10 Servo, Analog Mode

20 Light Signals, Generic

STATES

0 Stop / Straight / Closed

1 Stop and Substitution Signal

2 Stop and Emergency Red 1

3 Stop and Emergency Red 2

4 Go / Diverging / Open

5 Go KS Signal, Next Signal Stop

6 Go KS Signal, Next Signal Slow

7 Go KS Signal, Next Signal Go

8 Go, Vmax = 10km/h

9 Go, Vmax = 20km/h

10 Go, Vmax = 30km/h

11 Go, Vmax = 40km/h

12 Go, Vmax = 50km/h

13 Go, Vmax = 60km/h

14 Go, Vmax = 70km/h

15 Go, Vmax = 80km/h

16 Go, Vmax = 100km/h

17 Go, Vmax = 110km/h

18 Go, Vmax = 120km/h

19 Stop at Shunting Signal ( use 0 instead!)

20 Go at Shunting Signal

21 Signal Dead

22 Signal Dead, Zs1

31 "Kennlicht"