Lgb 24266 User manual

ShourtLine.com

310-622-4431

[email protected]

Instruction

Manual and

Service

Drawings

LGB 24266 G

Nicki

&

Frank

S

Narrow

Gauge

Locomotive

&Tender

Safety

Notes

•

This

model

may

only

be

used

with

the

operating

system

designed

for

it.

•

Use

only

switched

mode

power

supply

units

and

transformers

that

are

designed

for

your

local

power

system.

•

This

locomotive

must

never

be

supplied

with

power

from

more

than

one

power

pack.

•

Pay

close

attention

to

the

safety

notes

in

the

instructions

for

your

operating

system.

•

Not

for

children

under

the

age

of

15.

•

WARNING!

Sharp

edges

and

points

required

for

operation.

Important

Notes

•

The

operating

instructions

are

a

component

part

olthe

product

and

must

therefore

be

kept

in

a

safe

place

as

well

as

included

with

the

product,

if

the

latter

is

given

to

someone

else.

•

Please

see

your

authorized

LGB

dealer

for

repairs

or

spare

parts.

•

Disposing:

www.maerklin.com/en/imprint.html

Functions

•

This

model

is

designed

for

operation

on

LGB

two-rail

DC

systems

with

conventio-

nal

LGB

DC

train

controllers

or

power

packs

(DC,

0-

24

volts).

•

Factory-installed

multiple

protocol

decoder

(DC,

DCC,

mix!.

•

The

model

is

programmed

with

locomotive

address

03

for

use

with

the

LGB

Multi

Train

System

(DCC).

The

locomotive

is

automatically

recognized

in

operation

with

mix.

Note:

Use

a

locomotive

controller

with

more

than

1

amp

of

train

current

for

this

model.

Preparation

Couple

the

locomotive

to

the

tender:

•

Plug

the

connecting

wire

for

the

locomotive

into

the

socket

on

the

tender

and

plug

the

wire

from

the

tender

into

the

locomotive.

Do

not

get

the

wires

mixed

upl

•

Hang

the

coupler

hook

on

the

locomotive

in

the

loop

on

the

tender.

Mode

of

Operation

Switch

This

model

has

a

four-position

mode

of

operation

switch

in

the

tender

under

the

right

water

hatch

(Figure

1).

Pos.O

Locomotive

stopped

without

current

Pos.l

Locomotive

motors,

sound,

and

lighting

are

turned

on

Pos.

2&3

Same

as

Pos.

1

Multi-Purpose

Socket

The

model

has

a"flat"

multi-purpose

socket,

with

a

removable

cover,

on

the

rear

of

the

tender

(Fig.

2).

If

you

are

equipping

a

car

with

interior

lighting

or

with

a

sound

effects

module,

you

can

connect

it

to

the

socket

and

power

that

circuit

with

track

DC

power

in

the

braking

block.

If

you

want

this

characteristic,

you

must

do

without

conventional

DC

power

operation

(CV

29/Bit

2=

0).

mfx

Protocol

Addresses

•

No

address

is

required;

each

decoder

is

given

a

one-time,

unique

identifier

(UIDI.

•

The

decoder

automatically

registers

itself

on

a

Central

Station

or

a

Mobile

Station

with

its

U

ID.

Programming

•

The

characteristics

can

be

programmed

using

the

graphic

screen

on

the

Central

Station

or

also

partially

with

the

Mobile

Station.

•

All

of

the

Configuration

Variables

(CV)

can

be

read

and

programmed

repeatedly.

•

The

programming

can

be

done

either

on

the

main

track

or

the

programming

track.

•

The

default

settings

(factory

settings)

can

be

produced

repeatedly.

•

Function

mapping:

Functions

can

be

assigned

to

any

olthe

function

but-

tons

with

the

help

of

the

60212

Central

Station

(with

limitations)

and

with

the

60213/60214/60215

Central

Station

(See

help

section

in

the

Central

Station).

DCC

Protocol

Addresses

•

Short

address

-long

address

-

multiple

unit

address

•

Address

range:

1-

127

for

short

address

and

multiple

unit

address,

1-

10239

for

long

address

•

Every

address

can

be

programmed

manually.

•

Short

or

long

address

is

selected

by

means

of

CV

29

(Bit

5).

• A

multiple

unit

address

that

is

being

used

deactivates

the

standard

address.

Programming

•

The

characteristics

can

be

changed

repeatedly

using

the

Configuration

Variables

(CV).

•

The

CV

numbers

and

the

CV

values

are

entered

directly.

•

The

CVs

can

be

read

and

programmed

repeatedly.

(Programming

is

done

on

the

programming

track.)

•

The

CVs

can

be

programmed

in

any

order

desired.

(Programming

can

be

done

on

the

main

track

PoM).

The

PoM

can

only

be

done

with

those

designated

in

the

CV

table.

Programming

on

the

main

track

PoM

must

be

supported

by

your

central

controller

(Please

see

the

description

for

this

unit.).

•

The

default

settings

(factory

settings)

can

be

produced

repeatedly.

voltage.

To

remove

the

cover

of

the

socket,

pull

it

straight

out.

If

the

cover

is

tight,

gently

use

a

small

straight

screwdriver

to

pry

it

out

(do

not

pull

outthe

rectangular

outer

housing).

Sound

This

model

has

a

volume

controller

in

the

tender

under

the

left

water

hatch

(Figure

3).

The

whistle

also

can

be

triggered

by

the

LGB

Sound

Magnet

(17050)

included

with

this

model.

The

17050

snaps

between

the

ties

of

most

LGB

track

sections.

The

magnet

in

the

17050

is

under

the

LGB

logo.

If

the

contact

is

installed

with

the

logo

on

the

right

side

of

the

track

(in

the

direction

of

travel),

it will

trigger

the

whistle

as

the

model

passes.

When

it

is

set

to

the

other

side,

the

bell

will

sound.

Multi-Protocol

Operation

Analog

Operation

This

decoder

can

also

be

operated

on

analog

layouts

or

areas

of

track

that

are

analog.

The

decoder

recognizes

alternating

current

(DC)

and

automatically

adapts

to

the

analog

track

voltage.

All

functions

that

were

set

under

mix

or

DCC

for

analog

operation

are

active

(see

Digital

Operation).

Digital

Operation

The

decoders

are

multi-protocol

decoders.

These

decoders

can

be

used

under

the

following

digital

protocols:

mix

or

DCC.

The

digital

protocol

with

the

most

possibilities

is

the

highest

order

digital

protocol.

The

sequence

of

digital

protocols

in

descending

order

is:

Priority

1:

mfx;

Priority

2:

DCC;

Priority

3:

DC

Note:

Digital

protocols

can

influence

each

other.

For

trouble-free

operation,

we

re-

commend

deactivating

those

digital

protocols

not

needed

by

using

CV

50.

Deactivate

unneeded

digital

protocols

at

this

CV

if

your

controller

supports

this

function.

If

two

or

more

digital

protocols

are

recognized

in

the

track,

the

decoder

automatically

takes

on

the

highest

order

digital

protocol,

example:

mfx/DCC;

the

decoder

takes

on

the

mix

digital

protocol

(see

Note:

Please

note

that

not

all

functions

are

possible

in

all

digital

protocols.

Several

settings

for

functions,

which

are

supposed

to

be

active

in

analog

operation,

can

be

done

under

mix

and

DCC.

Notes

on

digital

operation

•

The

operating

instructions

for

your

central

unit

will

give

you

exact

procedures

for

setting

the

different

parameters.

•

The

values

set

atthe

factory

have

been

selected

for

mlx/DCC

in

orderto

guarantee

the

best

possible

running

characteristics.

Adjustments

may

have

to

be

made

for

other

operating

systems.

•

The

setting

done

atthe

factory

does

not

permit

operation

with

opposite

polarity

•

14/28

or

126

speed

levels

can

be

set.

•

All

of

the

functions

can

be

controlled

according

to

the

function

mapping

(see

CV

description).

•

See

the

CV

description

for

the

DCC

protocol

for

additional

information.

We

recommend

that

in

general

programming

should

be

done

on

the

programming

track.

Controllable

Functions

Lighting

*

~

Sound

effect:

Long

locomotive

whistle

1

Sound

effect:

Operating

sounds

*2

Sound

effect:

Bell

3

Sound

effect:

Station

announcements

4

Sound

effect:

Short

whistle

blast

5

Sound

effect:

Blowing

off

steam

6

Smoke

generator

7

Sound

off/on

8

Engineer's

cab

lighting

9

Sound

effect:

Air

pump

10

Sound

effect:

Coal

being

shoveled

11

Sound

effect:

Generator

12

Sound

effect:

Squealing

brakes

off

13

ABV,

off

14

Low

speed

switching

range

&

Double

A

switching

light

15

*

active

in

analog

operation

Function

Mapping

It

is

possible

to

assign

functions

controlled

from

the

decoder

to

function

buttons

of

your

choice

{mapping}.

To

do

this

an

appropriate

value

must

be

entered

in

the

appropriate

CV.

The

CVs

(lines)

and

the

functions

(columns)

are

listed

in

the

tables

on

pages

42/43.

Four

CVs

belong

to

each

button.

For

space

reasons

the

4

CVs

were

put

together

in

one

line

starting

with

CV

282

(Button

F5).

It

is

basically

possible

to

assign

several

functions

to

one

button

or

one

function

to

several

buttons.

Note:

The

programming

for

function

mapping

should

be

done

only

by

experienced

users.

Individual

functions

can

be

controlled

by

means

of

SUS

I

depending

on

the

design

of

the

decoder.

These

functions

can

be

handled

by

the

decoder

as

sound.

The

volume

levels

belonging

to

these

functions

cannot

be

changed.

Examples

of

Function

Mapping:

AUX

2

is

to

be

forwards

and

backwards

on

Function

3

CV

272

&

CV

372

=8

CV

273

&

CV

373

=0

CV

274

&

CV

374

=0

CV

275

&

CV

375

=0

Sound

15

is

to

be

shifted

from

forwards

and

backwards

on

Function

3to

Function

8.

The

existing

function

at

Function

8

is

overwritten

in

the

process.

CV

275

&

CV

375

=0}

CV

273

&

CV

373

=0

CV

274

&

CV

374

=0

away

from

Function

3

CV

275

&

CV

375

=0

CV

297

&

CV

397

=0}

CV

298

&

CV

398

=0

CV

299

&

CV

399

=0

to

Function

8

CV300&CV400=4

t t

V> V>

"E "E

~

1

o u

-

'"

.a

Programming

by

means

of

Pages

(Universal-Handy

55015)

All

CVs

up

to

CV

1024

can

be

changed

with

programming

by

means

of

pages.

The

process

can

be

compared

to

programming

by

means

of

CVs,

but

it

uses

the

CVs

1

to

4

in

place

of

CV

5for

the

value.

Pages

are

areas

in

which

4

addresses

can

be

summa-

rized.

CVs

1

to

4

correspond

then

to

the

4

addresses

that

are

summarized

on

the

page.

The

numbers

to

be

entered

can

be

generated

with

the

following

equations:

(CV

- 1)/ 4=

Page

Whole

number

result

is

Page

(decimal

x

4)

+1=

Data

CV

Iffor

example

CV

322

is

to

be

programmed

at

200,

the

following

calculation

will

result:

(322-1)/4=80,25

Page

80;

CV6=80

0'25X4+1{%)~

inCV2

In

order

to

program

that

the

"page"

80

is

first

programmed

in

CV

6

and

the

value

200

is

immediately

programmed

in

CV

2.

Programming

the

CV

with

the

55015

Universal

Hand

Controller

The

decoder

built

into

your

locomotive

is

afurther

development

of

the

decoder-technology.

Alot

more

functions

are

available

on

this

decoder

than

was

previously

customary.

More

possibilities

for

making

settings

on

the

decoder

are

how-

ever,

necessary

compared

to

in

orderto

be

able

to

adaptthese

functions

to

your

personal

needs.

These

settings

can

also

be

done

with

the

55015

Uni-

versal

Hand

Controller.

Since

the

Universal

Hand

Controller

was

not

designed

for

this

decoder,

the

correct

procedure

with

this

controller

is

somewhat

more

involved.

We

basically

have

to

differentiate

among

3different

programming

methods:

•

Programming

by

means

of

registers

(up

to

CV

5)

•

Programming

by

means

of

CVs

(up

to

CV

255)

•

Programming

by

means

of

pages

(up

to

CV

1024)

The

individual

programming

processes

are

described

below.

There

is

a

requirement

in

each

case

that

the

programming

module

is

plugged

in

and

the

locomotive

with

the

decoder

is

standing

on

the

corresponding

track.

Programming

by

means

of

Registers

(Universal-Handy

55015)

CV

1- 5

can

be

programmed

when

programming

by

means

of

registers.

•

When

~rogramming

module

is

plugged

in,

the

hand

controller will

show~

•

Enter

the

desired

CV

as

a

twO-ldi9it

,umber,

example:

,,02".

The

hand

controller will

show

d -

•

Now,

enter

the

desired

value

and

confirm

it

by

pressing

on

the

arrow

button

~.

•

The

hand

controller will

again

show

IL::J.

The

programming

is

complete

and

the

desired

value

has

been

programmed

into

the

decoder.

Programming

by

means

of

CVs

Programming

by

means

of

CVs

only

allows

changes

to

CVs

1-

5.

Another

method

is

necessary

in

order

to

program

higher

CVs.

Programming

by

means

of

CVs

allows

changes

to

CVs

1-

255.

Maintenance

Lubrication

Oil

the

axle

bearings

and

the

side

rod

bearings

now

and

then

with

a

drop

of

MMrklin

oil

(item

no.

7149).

Replacing

Light

Bulbs

(E130023)

Lamps

(front,

above

in

the

rear):

Pull

the

lamp

housing

from

the

model.

Pull

the

light

bulb

from

the

socket.

Insert

the

new

light

bulb,

Put

the

model

back

together.

Lamps

(lower

rear):

Remove

the

ring

on

the

outside

of

the

lamp

glass.

Carefully

lift

the

glass

from

the

lantern.

Pull

the

light

bulb

from

the

socket

with

a

pair

of

tweezers.

Insert

the

new

light

bulb.

Put

the

model

back

together.

Interior

Lighting:

Pull

the

light

bulb

from

the

socket

with

a

pair

of

tweezers.

Insert

the

new

light

bulb.

Replacing

Traction

Tires

(E126174)

Remove

the

valve

gear

hanger

between

the

first

and

second

axle.

loosen

the

hex

head

screws

used

to

mountthe

drive

rods

and

side

rods

to

the

third

axle.

There

are

several

screws

on

the

underside

olthe

drive

gear:

Remove

the

second

and

fifth

screws

from

the

front.

Pull

the

drive

gear

out

of

the

frame.

Detach

the

wire.

Use

a

small

flat

blade

screwdriver

to

change

the

traction

tire:

lift

the

old

traction tire

from

the

groove

in

the

driving

wheel.

Carefully

push

the

new

traction tire

into

the

groove.

Make

sure

that

the

traction

tire

is

properly

seated.

Put

the

model

back

together.

Replacing

1he

Smoke

Unit

Pull

the

cover

from

the

smoke

stack

(Fig.

5).

Remove

ttie

damaged

smoke

unit

(smoke

stack

insert)

from

the

smoke

stack

with

needle

nose

pliers

or

a

pair

of

tweezers

(Fig.

6).

Cutthe

wires.

Connect

the

wires

to

the

new

smoke

unit.

When

doing

this

twist

the

ends

of

the

wire

that

have

had

insulation

stripped

from

them

and

insulate

them

from

contact

with

other

wires

(Fig.

7).

Push

the

new

smoke

unit

into

the

smoke

stack.

Put

the

model

back

together.

-";"..,:.

".

Register

Assignment

Range

Default

1

Address

1-127

3

2

Minimum

speed

0-255

25

3Acceleration

delay

0-255

5

4

Braking

delay

0-255

5

Maximum

speed

0-255

255

8

Reset

8

13

Function

Fl-

F8

with

alternative

track

signal

0-255

66

14

Function

FL,

F9

-

F15

with

alternative

track

signal

0-255 1

17

Expanded

address,

higher

value

byte

192-231

192

18

Expanded

address,

lower

value

byte

0-255

128

19

Multiple unit

operation

address

0-255 0

21

Functions

Fl -

F8

with

multiple

unit

operation

0-255

0

22

Function

FL,

F9

-

F15

with

multiple

unit

operation

0-255

0

Bit

0:

Direction

normal/inverted

0/1

29

Bit

1:

Number

of

speed

levels

14/281128)

0/2

6

Bit

2:

Analog

operation

off/on

0/4

Bit

5:

short/lona

address

active

0/32

Alternative

Formats

0/2

50

Bit

1:

Analog

DC

0/8

10

Bit

3:

mfx

off/on

53

Motor control-control

reference

0-255

230

54

Motor control-control

parameter

K0-255

16

55

Motor control- control

parameter

I

0-255

32

56

Motor control-control

influence

0-255

42

57

Steam

chuff 10

Register

Assignment

Range

Default

58

Steam

chuff22

63

Total

volume

0-255

255

64

Threshhold

for

squealing

brakes

0-255

55

67-94

Speed

table

for

speed

levels

1-

28

0-255

112

Mapping

lights

in

the

front,

mode

0-16

1

113

Mapping

lights

in

the

front,

dimmer

0-255

20

114

Mapping

lights

in

the

front

cycle

0-255

255

115-135

Mapping

phys.

outputs,

lights

in

the

rear,

Aux

1-

6,

0-16

comoare

112

-

114

0-255

137

Factor

for

switching

range

1-128

128

138

Volume

for

squealing

brakes

0-255

255

139-155

Volume

for

individual

sounds

0-255

255

176

Minimum

speed

in

analog

DC

0-255

80

177

Maximum

speed

in

analog

DC

0-255

255

257

-260

Function

mapping

Function

FL

forwards

0-255 257= 1

262-265

Function

mapping

Function

Fl

forwards

0-255 263=

16

267-270

Function

mapping

Function

F2

forwards

0-255

268=8

272-275

Function

mapping

Function

F3

forwards

0-255 273=64

277-280

Function

mapping

Function

F4

forwards

0-255 278=

128

282-285

Function

mapping

Function

F5

forwards

0-255 283=32

287-290

Function

mapping

Function

F6

forwards

0-255

290=

1

292-295

Function

mapping

Function

F7

forwards

0-255 292= 1

297-300

Function

mapping

Function

F8

forwards

0-255 300=2

Register

Assignment

Range

Default

302-305

Function

mapping

Function

F9

forwards

0-255

302=8

307-310

Function

mapping

Function

FlO

forwards

0-255

309=64

312-315

Function

mapping

Function

Fll

forwards

0-255 314=

16

317-320

Function

mapping

Function

F12

forwards

0-255

319=8

322-325

Function

mapping

Function

F13

forwards

0-255

323=4

327-330

Function

mapping

Function

F14

forwards

0-255

328= 1

332-335

Function

mapping

Function

F15

forwards

0-255

332=3

337

-340

Function

mapping

standstill

forwards

0-255

342-345

Function

mapping

running

forwards

0-255

347

-350

Function

mapping

Sensor

1

forwards

0-255

352-355

Function

mapping

Sensor

2

forwards

0-255

357-360

Function

mapping

Function

FL

backwards

0-255

357=2

362-365

Function

mapping

Function

Fl

backwards

0-255

363

=

16

367

-370

Function

mapping

Function

F2

backwards

0-255

368=8

372-375

Function

mapping

Function

F3

backwards

0-255

373

=64

377

-380

Function

mapping

Function

F4

backwards

0-255

378

=

128

382-385

Function

mapping

Function

F5

backwards

0-255 383=32

387-390

Function

mapping

Function

F6

backwards

0-255

390=

1

392-395

Function

mapping

Function

F7

backwards

0-255 392= 1

397

-400

Function

mapping

Function

F8

backwards

0-255 400=2

402-405

Function

mapping

Function

F9

backwards

0-255 402=8

407-410

Function

mapping

Function

FlO

backwards

0-255

409=64

15

Register

Assignment

Range

Default

412-415

Function

mapping

Function

Fll

backwards

0-255

414=

16

417-420

Function

mapping

Function

F12

backwards

0-255

419=8

422-425

Function

mapping

Function

F13

backwards

0-255

423=4

427-430

Function

mapping

Function

F/4

backwards

0-255

428= 1

432-435

Function

mapping

Function

F15

backwards

0-255

432=2

437-440

Function

mapping

standstill

forwards

backwards

0-255

442-445

Function

mapping

running

forwards

backwards

0-255

447·450

Function

mapping

Sensor

1

backwards

0-255

452-455

Function

mapping

Sensor

2

backwards

0-255

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1,

Betriebsartenschalter

Fig.

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d'exploitation

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1,

Bedrijfssoorten

schakelaar

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Selector

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modo

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tipo

di

esercizio

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2,

Mehrzweck-Steckdose

Fig.

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socket

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2,

Douille

8

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a

innesto

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uso

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3,

Lautstarkeregler

Fig.

3,

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Control

Img.

3,

Commande

de

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du

volume

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3,

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rln

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7,

zum

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Fig.

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remove

the

screws

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in

the

image

in

order

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the

locomotive

Img.

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ouvrir

la

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retirez

les

vis

marquees

Afb.

7,

voor

het

openen

van

de

loc

de

gemarkeerde

schroeven

verwijderen

Fig.

7,

para

abrir laloco,

extraer

los

tomillos

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per

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della

locomotiva

[imuovere

Ie

viti

contrassegnate

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4,5

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6,

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64

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263

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64

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264

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64

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64

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128

64

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268

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128

64

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16

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269

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274

F3

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F3

128

64

32

16

8 4 2 1

277

F4

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128

64

32

16

8 4 2 1

278

F4

128

64

32

16

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128

64

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16

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280

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282-285

F5

128

64

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16

8 4 21

128

64

32

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128

64

32

16

8 4 21

128

64

32

16

8 4 21

287-290

F6

128

64

32

/6 8 4 21

128

64

32

16

8 4 2 1

128

64

32

16

842 1

128

64

32

16

8 4 2 1

292-295

F7

128

64

32

16

8 4 2 1

128

64

32

16

8421

128

64

32

16

8 4 21

128

64

32

16

8 4 2 1

297-300

F8

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

128

64

32

16

8421

128

64

32

16

842 1

302-305

F9

128

64

32

16

842 1

128

64

32

16

842 1

128

64

32

16

8 4 21

128

64

32

16

8421

307-310

FlO

128

64

32

16

8 4 21

128

64

32

16

8 4 2 1

128

64

32

16

84 2 1

128

64

32

16

8 4 2 1

312-315

Fl1

128

64

32

16

8 4 2 1

128

64

32

16

84 2 /

128

64

32

16

8 4 21

128

64

32

16

8 4 2/

317-320

F12

128

64

32

16

8 4 2/

128

64

32

16

8 4 21

128

64

32

16

8 4 2 1

128

64

32

16

842/

322-325

F/3

128

64

32

16

8 4 21

128

64

32

16

84 2 1

128

64

32

16

84 2 1

128

64

32

16

8 4 2 1

327-330

F/4

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

128

64

32

16

8421

332-335

F15

128

64

32

16

8 4 2 1

128

64

32

16

8 4 21

128

64

32

16

8 4 21

128

64

32

16

8 4 2 1

337-340

St8nd

128

64

32

16

8 4 2 1

128

64

32

16

84 2 1

128

64

32

16

8 4 21

128

64

32

16

8 4 2 1

342-345

F8hrt

128

64

32

16

8 4 2/

128

64

32

16

8 4 2/

128

64

32

16

8 4 2 1

/28

64

32

16

8 4 2 1

347-350

Sen.

1

128

64

32

16

8 4 2 1

128

64

32

16

84 2 1

128

64

32

16

8 4 21

128

64

32

16

8 4 2 1

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16

8 4 2 1

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64

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16

8421

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64

32

16

8 4 2 1

128

64

32

16

8421

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128

64

32

16

8421

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

362-365

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128

64

32

16

842 1

128

64

32

16

84 2 1

128

64

32

16

8 4 2 1

128

64

32

16

84 2 1

367-370

F2

128

64

32

16

842 1

128

64

32

16

84 2 1

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

372-375

F3

128

64

32

16

8421

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

128

64

32

16

842 1

377-380

F4

128

64

32

16

8421

128

64

32

16

8 4 2 1

128

64

32

16

84 2 1

128

64

32

16

8 4 2 1

382-385

F5

128

64

32

16

84 2 1

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

387-390

F6

128

64

32

16

842 1

128

64

32

16

84 2 1

128

64

32

16

84 2 1

128

64

32

16

8 4 2 1

392-395

F7

128

64

32

16

8 4 2 1

128

64

32

16

8421

128

64

32

16

8 4 2 1

128

64

32

16

8421

397-400

F8

128

64

32

16

84 2 1

128

64

32

16

84 2 1

128

64

32

16

84 2 1

128

64

32

16

8421

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8 4 2 1

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64

32

16

84 2 1

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407-410

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842 1

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842 1

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842 1

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8 4 2 1

417-420

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842 1

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16

84 2 1

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16

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842 1

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16

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64

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16

8 4 2 1

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64

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16

8 4 2 1

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64

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16

8 4 2 1

432-435

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64

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8421

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32

16

8421

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64

32

16

84 2 1

128

64

32

16

842 1

437-440

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64

32

16

8 4 2 1

128

64

32

16

8421

128

64

32

16

8 4 2 1

128

64

32

16

8 4 2 1

442-445

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16

842 1

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64

32

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8 4 2 1

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64

32

16

8 4 2 1

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LGB 24266 User manual

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