Lenz Digital plus LF101XF Bedienungsanleitung

LF101XF function decoder 1

The DIGITAL plus by Lenz LF101XF function decoder is suitable

for use in all scales. Features include:

∗Six function outputs rated at 200mA each with advanced function mapping.

∗Designed to allow control of external circuits that are polarity sensitive.

∗Directional or independent lighting with dimming and special effects.

∗Support for Advanced Consist Control and Extended Addressing.

∗Short circuit protection.

∗Support for programming on the mainline (operations mode programming).

∗Support for all form of programming as described in NMRA RP-9.2.3

∗Supports service mode decoder lock.

∗Size: L 0.85" x W 0.47"x H 0.12" L 21.6 mm x W 12.0 mm x H 3.0 mm

LF101XF Six Function

DCC Function Only Decoder

Art. No. 10104

February 2007

LF101XF function decoder 2

Important safety instructions

The function decoder LF101XF is to be used only with Lenz

DIGITAL plus or other standard digital controls with an NMRA-

conformance seal. If in doubt, ask the system supplier.

The maximum current-carrying capacity of the decoder outputs

must not be exceeded as this will destroy the decoder! The parts

of the decoder must not be allowed to touch the metal

components of the chassis or the body of the locomotive as this

will cause a short-circuit within the decoder resulting in its

destruction.

Never wrap the decoder in insulating tape as this prevents the

necessary air circulation around the decoder. Instead, use

insulating tape or something similar around the metal

components of the vehicle to avoid unintentional short-circuits

without depriving the decoder of air. Use double-sided adhesive

tape to affix the decoder.

Technical data:

Total current-carrying capacity: 0.4 A

Current-carrying capacity of the outputs: 200 mA each

Settable locomotive addresses: 1 - 9999

By default, the decoder is set as follows

(Of course, these default settings can be changed as desired):

Locomotive address: 3

Speed-step mode: 28 steps

Outputs A and B: controlled by F0, polarity-dependent

Output C: controlled by Function 3

Output D: controlled by Function 4

Output E: controlled by Function 5

Output F: controlled by Function 6

LF101XF function decoder 3

Features of the function decoder LF101XF

The LF101XF is a DCC function decoder used to control functions

in locomotives or coaches. (In analogue mode, the decoder

functions are inactive). A total of six outputs are available.

A typical application is the switching of coach lights or the

direction-dependent front light of control cars. The LF101XF has a

special drive for diode-equipped control cars. The LF101XF also

supports numerous lighting effects:

Dimming:

Setting the brightness of

bulbs or luminous diodes.

Flashing:

Individual outputs or

alternating flashing with two

outputs (ditch light). The

flashing frequency is

settable.

Marslight:

Rising and dimming of the

light, 1x:

Gyrolight:

Rising and dimming of the

light, 2x:

Strobe: Flash of light

Double strobe: Double

flash of light

The individual outputs A, B, C, D, E and F can be configured

individually have individual effects and to be controlled by various

functions of the Digital System. This allocation is carried out by

programming the CVs

LF101XF function decoder 4

Outputs

A and B:

- Use F0 to activate/deactivate the direction-

dependent function (output A forward and

output B reverse),

- Configurable for polarity-dependent lighting

(default setting of CV49)

- Output A and B can optionally be configured

(CV49=0) to be controlled by function key F0

to F8, In this case the default for A is F1, and

the default for B is F2.

- Dimming with settable brightness (an

individual dimming value can be set for each

output),

- Dimming can be controlled by a separate

function

- Various lighting effects

- Effects can be activated through a separate

function

- Integrated diodes facilitate direct connection

of relays

Outputs

C, D:

- Output C can be configured to be controlled

by function key F0 to F8, default F3

- Output D can be configured to be controlled

by function key F0 to F12, default F4

- Dimming with settable brightness

(an individual dimming value can be set for

each output),

- Dimming can be controlled by a separate

function

-Various lighting effects

- Effects can be activated through a separate

function

- Integrated diodes facilitate direct connection

of relays

Output

- Can be configured to be controlled by

function key F0 to F12, default F5

Output

- Can be configured to be controlled by

function key F4 to F12, default F6

LF101XF function decoder 5

Connections of the LF100XF

The LF100XF has a total of 10 connecting wires:

Wire

color

Meaning Wire

color

Meaning

Red Connection to right

hand rail

White Function output A Pink Function output F

Yellow Function output B Brown Function output E

Blue Common connection

for functions

Blue Common connection

for functions

Green Function output C

Purple Function output D

Black Connection to left hand

rail

Blue Common connection

for functions

Basic connection of functions

The individual functions are all connected in accordance with the

same principle: From the decoder output to one function pole, and

from the other function pole to the blue decoder wire. Alternatively,

the blue wire can be substituted by a connection to a track

connection (red or black wire).

If a track connection is used instead of the blue wire for

Outputs A and B, then CV49 must be set to polarity-

independent lighting (CV 49 = 0)!

Please note that LEDs are polarity dependent. If a function output

is to be connected to an LED, note that the function output is

negative and that the blue wire is the positive. If you want to

connect LEDs to the LF101XF, do not forget voltage limiting

resistors as the Blue wire is one volt less then full track voltage.

You can install several LF101XFs in the same vehicle or you can

use the LF101XF in the same locomotive as a locomotive

decoder. If you install multiple decoders in the same locomotive,

make sure that you program the decoders separately; before

installation.

LF101XF function decoder 6

The figure above shows the basic connection of the

functions to the LF101XF. Here, all functions are

connected to the blue wire (positive pole).

In this figure above the C and D functions outputs are connected

to the black track connection:

Installation in a control car with polarity-dependent lighting

Control cars with direction-dependent light changes are normally

designed so that in analogue mode the direction-dependent

switching of the lighting (white/red) is done automatically via the

track polarity. Depending on the track voltage polarity, the white or

red light is activated: In the forward direction the positive pole is

located on the right rail and the white light is activated. In the

reverse direction, the red light is activated.

To facilitate conversion of these types of control cars, outputs A

and B of the LF101XF are designed so that you can simply insert

the LF101XF between the wheels and the electronics of the

control car. Outputs C, D, E and F are then available for other

functions, e.g. the internal lighting of the coach. CV49 = 1 (the

default) is used to set this mode of operation.

LF101XF function decoder 7

Direction

Internal

lighting

of the coach

The above diagram illustrates the connection before conversion:

red

white

yellow

black

Direction

Decoder

Internal

lighting

of the coach

The diagram above illustrates the connection after conversion:

Programming the locomotive address and the

function settings of the LF101XF

The locomotive address and all other settings of the locomotive

decoder can be changed as often as desired by PROGRAMMING.

The settings of the function decoder are ‘stored’ permanently in

several ‘storage’ locations even when the operational voltage is

switched off. In DCC parlance these locations are called

‘Configuration Variables’ or simply ‘CV’. The writing/reading of

values is done electronically; therefore it is not necessary to

reopen the locomotive after the decoder has been installed. Some

features are activated/deactivated by entering a decimal value,

others simply by setting or deleting bits in a CV. The table below

lists the meanings of bits wherever features are changed by

setting or deleting individual bits.

To program the locomotive decoder you need a command

station such as a LZ100/LZV100 with a handheld such as a

LH100, a LH90 or a computer Interface. For detailed

information on programming, please refer to the operating

manuals of the respective devices.

Resetting the decoder

If you wish to reset all the decoder CVs to the factory default

setting, enter value 33 or a value of 8 in CV 8.

LF101XF function decoder 8

List of CVs supported by the LF101XF

The left column shows the CV number. The second column lists

the permissible range of values or provides a list of the individual

bits supported (decimal values are given in square brackets). The

column ‘Description’ describes the CV or effect of individual bits

and the last column the default setting.

Value

/ Bit Description Default

setting

1 1-127 Basic locomotive address. This number is used

to address locomotives in the Digital plus by

Lenz ®system. The permissible value range for

Digital plus by Lenz®devices is 1-99.

When writing this CV, CV19 (consist address) in

the decoder and Bit 6 (extended address) in

CV29 are both automatically cleared.

7 - Version number 80

8 - Manufacturer’s ID 99

17 192-

231 Extended locomotive address, high-order byte 192

18 0-255 Extended locomotive address, low-order byte 100

19 1-99 Consist address 0

1 (0)

2 (1)

3 (2)

Decoder Configuration

Locomotive direction of travel:

0 = normal, 1 = reversed

Headlight mode:

0 = 14 or 27 speed step systems.

1 = 28, 55 or 128 speed steps.

Extended Addressing

0= 2 digit, 1= Four digit

2 (dec)

30 Bit Fault display 0 (dec)

1 (0) 1 Short-circuit 0

–

Value

range

Function mapping for function outputs:

To allocate a function of the Digital System to a

function output, look for the section where the

row of the desired function intersects with the

column of the desired function output. Write the

number found into the relevant CV. For

clarification, the table shows the default settings

in bold print.

Example ‘Function output C is to be activated

with function 3”. Where row CV37/Function 3

intersects with column Function output C, you

will find number 32.

Default

setting

LF101XF function decoder 9

Value

/ Bit Description Default

setting

Function

output: A B C D E F

33 0-255 F0 forward 8 16 32 64 128 0

34 0-255 F0

backward 8 16 32 64 128 0

35 0-255 Function 1 8 16 32 64 128 8

36 0-255 Function 2 8 16 32 64 128 16

37 0-255 Function 3 8 16 32 64 128 32

38 0-255 Function 4 1 2 4 8 16 32 8

39 0-255 Function 5 1 2 4 8 16 32 16

40 0-255 Function 6 1 2 4 8 16 32 32

41 0-255 Function 7 1 2 4 8 16 32 0

42 0-255 Function 8 1 2 4 8 16 32 0

43 0-255 Function 9 1 2 4 0

44 0-255 Function

10 1 2 4 0

45 0-255 Function

11 1 2 4 0

46 0-255 Function

12 1 2 4 0

If a function is to have an effect on several

function outputs, the values found at the

intersections must be added up and the result

written into the CV.

Example: Function outputs C and D are to be

switched with function 1. You must add up the

two values found at the intersections of row

CV35/Function 1 and the columns Function

output D and C and enter the result in CV35:

32+64=96.

49 Bit Polarity-dependent lighting for

outputs A and B

1 (0) 1 Outputs A and B change their polarity

depending on the direction of motion. In the

forward direction, output A is the negative

pole, in the backward direction, output B is

the negative pole.

0 Outputs A and B do not change their polarity

and act as normal functions activated by the

values in CVs 33-42.

LF101XF function decoder 10

Value

/ Bit Description Default

setting

Dimming values for function outputs A to D. An

individual value can be set for each output.

Value 255 corresponds to maximum brightness.

Technically, the brightness is set via a so-called

pulse-width control, i.e. the voltage at the

output is not reduced. This is why setting the

brightness is no adequate way of adapting to

low-volt bulbs!

50 0-255 Dimming value for function output A 255

51 0-255 Dimming value for function output B 255

52 0-255 Dimming value for function output C 255

53 0-255 Dimming value for function output D 255

Function mapping for dimming:

If value 10 is entered in the CV (no bit set), the

corresponding output is permanently dimmed. If

an allocation is entered (value greater than 0, at

least one bit set), the dimming can be

activated/deactivated with the selected function.

Each bit of the CV stands for a function of the

Digital System: Bit 1(0) for function 1, Bit 2(1) for

function 2 and so on up to Bit 8(7) for function 8.

If you want to allocate a function to the dimming,

the respective bit must be set.

54 0-255 Dimming mapping for output A 0

55 0-255 Dimming mapping for output B 0

56 0-255 Dimming mapping for output C 0

57 0-255 Dimming mapping for output D 0

58 0-255 Lighting effects at function outputs A and B 0

The tens digit of the

value stands for

function output B:

0 No effect

1 Marslight

2 Gyralight

3 Strobe

4 Double strobe

The units digit of the

value stands for function

output A:

0 No effect

1 Marslight

2 Gyralight

3 Strobe

4 Double strobe

Examples:

‘00’ - No effect on outputs A and B.

‘01’ - Marslight at output A, no effect on output B

‘23’ - Gyralight at output B, Strobe at output A

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