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18 LokSoundXL User Manual V2.1 05/2002

5.2.5 Brake sections

The LokSoundXL decoder responds to the two most

commonly used brake generators, which are:

•Lenz and ROCO brake generators in DCC operation

•Märklin® brake track

As soon as the LokSoundXL decoder recognizes a

brake command it brakes with a deceleration, which

may be set independently. After this forced stop the

locomotive begins to move again and accelerates to

the previously set speed. The acceleration may be

programmed separately from the standard acceleration

/ deceleration value (CV 61 and CV 62).

This feature is activated in CV 49.

Lenz LG100 / ROCO 10763

No settings are required. Both brake generators use

the mechanisms recommended by the NMRA

standards. They are always supported by LokSoundXL

decoders. n.

Märklin® brake track

Instead of digital signals the Märklin® brake track

supplies a DC voltage to the tracks. To activate this

you must set bit 1 in CV 49.

Do not activate the Märklin® brake track and

the analogue DC operation at the same time,

because the DC of the Märklin® brake track could

be interpreted as analogue DC operation. With

CV 29 you may switch off the analogue mode

(see paragraph 7.1).

5.2.7 Reed switch inputs

*** new for version 2.0 ***

In order to activate special sound effects two inputs

may be connected to reed contacts.

Typically this would be used to activate sound effects

without using the command control station. If you

install a magnet at a level crossing and a reed switchon

the locomotive chassis, it is possible to configure the

LokSoundXL decoder in such a way that every time

the locomotive passes the crossing the whistle will be

activated.

How to connect these reed contacts has been

described in section 3.7.4. The following explains how

to set the decoder for this application.

Brake sections / Reed switch inputs

The inputs REED-IN1 and REED-IN2 share the

terminals 2-7 and 2-8 with AUX5 and AUX6. Therefore

you can only use either the inputs or the outputs but

not both at the same time.

These inputs work as follows: If a contact is closed (by

a magnet) then the effect is the same as if a function

key had been pressed. For REED-IN1 this may be F5

or F9, for REED-IN2 it could be F6 or F10.

The effect you have set to be activated by the

respective function key will now also be activated by

the reed contact. How to allocate certain functions

to specific function keys is described in section 5.2.3.

To activate REED-IN1 and REED-IN2 use CV 119 and

120. Depending on which function key should activate

which input the appropriate value has to be entered

in the CVs.:

Input Key Control-CV Value

REED-IN1 F5 CV 119 14

REED-IN1 F9 CV 119 15

REED-IN2 F6 CV 120 14

REED-IN2 F10 CV 120 15

Fig. 13:Fig. 13:

Fig. 13: Values for CV 119 and CV 120

Examples:

Let’s assume, you want to activate a whistle via REED-

IN1. The appropriate sound is stored in sound slot 1.

This simulates pressing the function key F5.

Enter 14 in CV 119. Then allocate the whistle (sound

slot 1) to function key F5 (respectively to REED-IN1).

CV 39 controls F5 (refer to fig. 12 on page 26). To

activate sound slot 1 set CV 39 to 16.

Let’s assume, you want to activate the bell via REED-

IN2. This sound effect is stored in sound slot 2. This

simulates pressing function key F6.

Enter 14 in CV 120. Then allocate the bell (sound slot

2) to function key F6 (respectively to REED-IN2). CV

40 controls F6. To activate sound slot 2 set CV 40 to

32.

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