EDBLECOM-LI/GB
00367458
Lenze
Antriebstechnik
Opera
ting
Instructions
LECOM-LI
These Operating Instructions
app!y
to equipment with the following
name
plate
data:
2121
IB
2122
iB
2123
iB
2124
iB
2125
IB
2126
IB
Edition of: 09/03/1995
Date of
pnnt:
08/01/1996
About
these
Operating
Ins
tructions...
If
you
need
information
aboutaspecific
tople,
refertothe
Table
ol
Contentsatthe
beginning
and
the
Indexatthe
endofthese
Operating Instructions.
In
these Operating
Instructions,anumberoftons
are used
to
point
aut
important
facts
and
help
you
to find
relevant
information
quickly
This
icon pointsatinformation
that
helps
youtooperate
the
equipment properly
and
easily.
Information
that
mustbeobservedtoavoid
damage
to,
or
destructionofthe
equipment.
Information
that
mustbeobservedtoavoid
health hazards
and
personal
injurytothe
operator.
Lanze
Safety
Information
tor
electrical
equipment
usedinindustrial
power
installations.
The
electronical
equipment
and
machinery
describedinthese
Operating
lnstructions
are usedinindustrial
power installations.
This
equipment incorporates
hazardous
parts
that
are
live,
moving
or
rotating
during
operation.
Severe
personal
injuryordamage
to
equipment
may
occuriteg.
any
required
enolosuresorcovers
are
inappropriately
removedorthe
equipmentisinsutticiently
serviced.
The
persons
responsible
tor
the
satetyotthe
equiment
must
theretore ensure
that
•
onlyqualitied
personnel5allowedtoworkatthe
equipment
and
machinery,
•
the
personnel
has
the
Operating
lnstructions
and
other
documentationathand whenever
workingatthe
equipment
andisboundtoconsistently
observe
the
documentation,
•
non-qualitied
personnelisprohibited
trom
workingatthe
equipment
and
machineryorin
its
vicinity.
Oualitied
personnel inoludes persons
who,
basedontheir
training,
experience
and
instructionsasweilastheir knowledgeotthe
relevant standards,
regulations,
satety
standards
and
operational
environment,
have been
authorizedbythe
person
responsible
tor
the
safetyotthe
equipmenttopertorm
the
required
work
and
are
abletorecognize
and
avoid
potential
risks.
(Definitionotqualitied
personnel
accordingtoVDE
105ortEC
364).
These
satety intormationdonot
claimtobe exhaustive.ltany
questions
occur,
please
contact
your
local
Lanze
branch
ottice.
The
intormation
giveninthese
Operating
Instruetions
retertothe
specitied
hardware
and
sottware
versionsotthe
equipment.
The
processing
intormation
and
circuit
diagrams
presented
in
these Operating
lnstructions
indicate
the
general
principle
sud
shouldbecheckedinesch
case
to seeitthey
are
applleahletoa
specitic
pieceotequipment.
Lenze
does
not
guarantee
that
the
specitied
processes
and
proposed
circuits
willhetit
tor
any
specitic
application.
the
intormation
giveninthese
Operating
lnstructions
describe
the
teaturesotthe
products
butdonot
warrant
them.
Lanze
has
vew caretully
checked
the
hardware
sud
sottwareotthe
equipmentasweilesthe
product
documentation.
However,
Lenze
does not
guarantee
themtobe
tree
trom
errors
or detects.
Lanze
Table
of
contents
1.
SURVEV
1.t
Features
t.2
Fibre-optir
system
components
2.
GENERAL
7
2.1 Funetion 7
2.2.
Communication
protorol 7
2.3 Typeofconnection 8
2.3
1
Fibre-optic
riag
8
2.3.2
Fihre-optic
network
9
2.4 Connection
distanre
lt
2.5
Plastic
flbre-optic
rables
12
2.5.1
Technical
dass 12
2.5.2
Csbtetypes
t2
2.5.3
Preparatioa
ofeahtes
13
2.5.4
Connection
t3
2.5.5 Assembly 13
2.6
Numberofpartieipants 14
2.7
Commissioning
15
2.7.
t
Daager
notes
t5
2.7.2
Suppty
vottage
t5
2.7.3
Settiagofrhe
drive
coateolter
15
2.7.4
Connectioa
rest
t6
3.
DESCRIPTION
OF THE
UNIIS
17
3.1 Fibre-optir
adaptor
2121
for
8100£5inverter series
17
3.t.t
Assembly
17
3.1
.2
Techaicat
dasa
II
3.2
Fibre.optic
adaptors
2122
and
2123
for
all
drive
eontrollers
19
3.2.1
Assembty
t9
3.2.2
Teehnteal
dara 20
3.3
Fibre-optir
distributor
2124
21
3.3.t
Assembty
21
3.3.2
Teehnleal
dass
22
3.4
Ftbre.optic
adaptort
2125
and
2126
for
master
computer 23
3.4.1
Assembty
23
3.4.2
Techaleat
data
24
Lanze
5
6
6
3
3.5
Plug-in
power
snpply
linitpart
no.
362 016 25
3.5.1
Assembtv
3.5.2 Techaical
dara
Lanze
1.
Survey
LECOM-LIisa
grnupetcennectinn
elementstecentrel
the
Lenze
drive
centrellers
via
plaatic
tibre-optic
cablea.
The
greupetLECOM-LI cnnnectien
elements
cemprises
adaptnrs
with
optical
tranamitters
and
nptical
receivers,
diatributers
and
pewer
supply
unit
tor intercennecting
plastic
fibre-eptic
cables.
As
drive
centrnller
yen
mey
use
any unitofthe
follewing
series
equipped
with
the
RS-232
interface:
•
4800
•
4900
•
8100
•
8300
•
8600
•
9200
Any
computer
equipped
with
the
RS-232
interface
canbeuaed
as
master:
• PLC
•
PC
•
treely
pregrammable
procesaer
The
tibre-eptic adapter
must be directly
cennectedtethe
RS-232
interfaceefthe
Lenze
drive controtler
and
the
master
computer.
All
the
single
drives
are
interconnectedina
ring-type
netwerk
by
means otantibre-eptic
cable
which starta and
endsatthe
master.
The
drive
controliers
are
optically,
not
electrically interconnected.
Asaresult
the
communication
cables
have the
best
posaible
protection
againat
electrical
interterences
(EMC>.
Lanze
1.1
Features
Features
Advantages
Optical
transfer
best
EMC protection
145-232
adaptor
cbrectly
connectable10controller,
PC,
PLC.
and
processor
Supporte
LECOM-5
protseol
reasonable communication
system
max.52unitsintibre-opkc
ring
control01arge
ptants
max.90unltein1
Sre-optic
networt<
mao.66m
between2anIs
equsls
3.4kmtengIh
ot flog
Canbeseparalndbymeans
01 5
ncreased
tailure
Salate
diatributor
Supplybydrivs
controller
redoxed
wiring
1.2
Fibre-optic
system components
Unit
Paul
na. Deseription
2121
ta 345
773 Fibre-Optic
adaptor
torSo8100
senes
equipped
mith
ofrangeovercmIch
tor0and
66
m
libre
optic
longIh,
power suppty0ycontrotFer
212215
345 774
Fibre-opticadaptortorail
digitized
dnae
controtlaa
toralength
0101040
m,
power
supptybydrive controtler
21235
345 775
Ebw-optic
adaptor
tor
alt
d,g~zized
drian
controtem;
torantibre-optic
lengIhcl30
- 65
m,
power supptybydnve
COntrotler
212415
345 775
Fibre
cptic
distributor
1-10-4,
power
supply
15-25VAC/OC
soternal
212515
345 822
Ftbra-optic
adaptor
tor
master
computer
(PLC,
PC
etc.)
with
148-232
interface,
toranoptical
tibre
lengIs01010
40 m
optical
tibre
tengts,
soppliedbypower
supply
unit,
part
cc.
362
016
212515
345 823
Fibre-optic
adaptor
tor
master
computer
)PLC,
PC,
etc.)
with RS-232
intertaxe;
torant~bre-optic
tengthei301066
m
suppiiectbypower sapply
Jni1,
part
no.
352
ole
Power
352016 Plug-n powsraupply
unilgVOC1or2125
and
aupply
an~t
212e
Cable
359 e75
Singte-core
libre-optic
wit6
blackPSSlreatir
Cable
359
ett
Singie-core
libre
optic
with
red
PUR
555510
Oocamen-
348 940
Tec6rricai
ctescriptiorr
tatiOn
Lanze
2.
General
2.1
Function
LECOM-LI
werksonthe
basisofoptical
transmissionbymeans ot
plastic
tibre-optic
cables.
The
tibre-optic
adaptors
are
equipped
withanoptical tranamitter
andanoptical receiver.
By
meaes ot
the
electrooptic
tranaducer
(light tranamitter)
electrical
signals
are
changedtooptical
signals,
the
optoelectric
transducer
changes
(light
receiver) optical
signalsteelectrical
signals.
The
fibre-optic adaptorisequipped
with
two
Iamps
tortunction
control:
The
receivlflg
pilot
lamp
(RxD)
flashes
when receiving
an
optical
signal.
Thetransmitting
pilot
lamp
(TxD)
tlashes
when
transmitting an
optical
signal
The
tibre-optic adaptor
must be directly
connectedtethe
RS-232
interfaceofthe
digitized Lenze
drive
controllerorthe
master
computer.
Fuflction blocksofthe
ftbre-optic
adaptor
__________________
RS-232
Receiver
Electrical
signal
-
RS-232
Tranamitter
Convert er
and
Repeater
Light
tranamitter
-—---*
Opt,cal
signal
Light
rece
iver
2.2.
Cammunlcatian
protacol
LECOM-LI
supports
the
communication
protocol
—
LECOM-A/B.
The
protocol
LECOM-A/B
allows
the
master
computerteuse
all
parametersofthe
drive
controller. LECOM-A/B
transmits
all
parameter
valuesin(ormotacknowledged
messages.
The
transmission
timeis9600 baud
which
means20te
30
parametern
are
transmitted
per
second.
The
transmissionotone
parameter
usually
takes
abeut30mstemax.50ms.
Lanze
7
2.3
Typeafcannectian
LECOM-LIisthe
optical
connection
between
the
master computer
and
the
drive
controller.
2.3.1
Fibre-aptic
ring
A
ring.shaped topologyisused.
The
signals
are
transmittedtothe
next
ring
by means01an
tibre-optic
adaptor.
The
optical
signal
is
amplitied by
the
fibre-optic adaptor
and
transmittedtethe
next
componentotthe
ring.
The
TxD-lampatIhe
tibre-optic adaptor
flashes
whenanoptical
signalisamplified
and
transmitted
and
a
signalistransmiltedbythe
controller.
~TxDI
~ZZ~
=
LWL
adaptor
TxD=LWL
tranamitter connection
RxD=LWL
receiver connection
maximum 52 LWL
adaptorinLWL
~ng
Lanze
2122
ontmller
TxD
Flbre.optlc
ring
Erklärung:
2122
2.3.2
Fibre-optic
netwark
The
tibre-optic distributor
2124
physically
subdivides
the
fibre-optL
enginsuorings
and
interconnects
themtoa
network.ttis
not
necessarytoassign
all 4
subrings.
Fibre.optic network
2125
Master
computer
—
_i
TxD
0
xD
2124
TxD
1w~
2122
r-~-
-
TxD
‚Controller
3
TxD~
L
Erklärung:
1~1~D1
—
LWL
adaptor
TxD=LWL
transmitter
connection
RxD—LWL
receiver connection
0
=
LWL
upperring
1
.4
~LWLsubringlto4
maximum 90 LWL
adaptorinLWL
mama
L
____________________________
Lanze
2122
r
Controller!
____
4
2122 -
Dontroller
1
5j
__-J
Txt
—i
9
•
The
fibre-optic
d~stributor
transmits
the
signais (rom
the
tibra-optic
top
ring
(channei0)to
all 4
fibre-optic
subrings (channel
1-4))
and
the
signals
from
the4t;bre-optic
subrings (channel
1-4)
are
tranamittedtothe
tibre-optic
top
ring
(channel
0).
You
can
connect
either
one,
severalorne
drive
controllerstoa
fibre-optic
subring.
Wben
de-energizing
the
drive
controller, only
the
communication
with
the
drive
controtlers
connected
to this
aubringisinterrupted, all
•
•
other
drive
controllers
canbecontacted.
Multi-cascadingoftbe
tibre-optic
distributors5possible,
i.e.
another
tibre-optic distributor
canhaconnectedtothe
fibre-optic
sehnig,
and
then
another tibre-optic distributor
canhaconnected
to thls
subring,
etc.
(to
find
out
about
the
maximum
numberof(ihre-
oplic
diatnibutons,
please
see
2.6).
Becauseofthe
multi-cascadingotthe
tibre-optic
distrihutors,itis
possibletoconnect only
one
drive
controllertoa
fihre-opt:c
suhring.
If
oneofthe drive
controllersisde-energized,
the
commun~cation
with
the
other
drive
controllers
will not
ha interrupted.
Lanze
2.4
Cannectian
distance
The
maximum
ttbre-optic cable
length
between
two
tibre-optic
adaptore,
dopende
on
•
tranamitter‘s output
•
receivers sensitivity
•
tibre-optic cable
attenuation.
lt
the
transmission
powerotthe
tibre-optic adaptoristoo
email,
the
signal
will nothareceived
CIearly.ltthe
transmission
poweristOo
high, the
signal
willbeoverdriven.
The
cable
attenuation
depende
on
•
tibre-optic
cable
quality
•
tibre-optic
cable
Iength
•
wave
length.
The
wave
length
used5b6Onm.
The
tibre-optic
Cable
qualityixdetinedindeeibel
per
kIlometer
(dB/km)
and
detcrminedbythe
cable used.
Some
tibre-optic
adaptore
have
changeable
transmission
powers
(minimum
and
maximum),
and
theretore
they
canhaused
tor
two
ditterent cable
lengths.
In
the
tollowing,
the
possible
cable
lengtha
are
aasignedtothe
transmission
powersotIhe
single
adaptore
tors
cable
attenuation
ot
150dB/km:
Fibre-optio
adaptor
and
cable
lenglh
tor
150dB/km
Unit
changeover
awitoh
Transmission
power
cable
angSt
2121
yes min
max
min0-4cm
max
30-65m
2122
ne
min mix0-4cm
3133
ne
max max
30-SSm
2124
yes min
max
min0-4cm
max
30-SSm
2125
ne
min
0
-40m
2128
xc
mao
30 - 85 m
With
unpoliahed
tibre-optic cable
ends,
the
maximum
Cable
length
is
typically reducedby13 m.
They
are
typically reducedby2mat
every
arc
(30mmradius>.
Note:
The
tibre-optic cable
may
not
be ahorter
than
the
minimum
lengthl
Lanze
11
2.5
Plastic
fibre-aptic
cables
The
eslensionotdelivery
does
not
Comprise
plaatio
tibre-opttt
oables.
They
are
standard
produtts
which
are
soldbymost
Cable
suppliers.
2.5.1
Technical
data
The
tibre-optit
muat
have the
tollowing teatures:
Fibre
nore
Polymelltyt
1?
878pm(toteranos+20 im)
mstbacryist
IPMMAI
Fibra
claoding
Flsorise polymer
1?
1000im(toleranne
+ 20 ym)
Oder
oheslh
Thermopiastic
2.20mmIloteranneu0.07 mm)
polyester
(PC)
Bending
radius
min.30mm
Tensile streoglh
mao.
100
N
Eteotrin
strenglS
110
kV/m
Operaang
lemperstem
-40‘CIn.nCOt
tor
ohort
peneds
lx
xlOO‘C
Wave
tength
880
nm
Altonsabon
150
dB/km
The
tibre-optit
with
rad
PUR sheath
bas
hie
tollowing
additional
teatures:
Ostar
sasath:
TIiermopisslic
potysrelbart IPURI
Oiamctcr:
8.0
mm
Seeding
radios:
Wort-lima 30
mm
nontiesoss
50
mm
Tenoita
strength:
abort-time
400
N
flontinoss
100
N
2.5.2
Cable types
The
tihre-optiC
Cables
delivered by
Lenze
are:
single-core
tibre-optit,
black, part
no.
359 679 and
•
single-core
tibre-optic
with
red
PUR
sheath,
part
no.
359
681.
Qutside
hie
control
osbinet,
you
ahould usa
the
tibre-optit
Cable
with
additional
red
PUR sheathl
Lanze
2.5.3
Preparationofcables
•
Gut
cabletolcngthatright anglasana
rigid
base
usingasharp
knite.
Be
aura
to usaagood as
naw
blade
(e.g.
utility
knife)
•
Remove20mmotthe rad
PUR
sheath,itpresont.
•
Poliah
ondottibre
optic
cable
(grain=Pl
000).
Note:
With
unpolishad tibre-optic
Cable
ends,
the
maximum
Cable
langthistypically
reducad
by 13m(sf150
dB/km).
A
spetial
)ibra-optic connectorisnot
raquired.
2.5.4
Connectlon
•
Insert
tibre-optic
cable
end
info
tha
tranamitter
or receivar
houaingasfarasposaible.
•
Tighten
ptnch
screw
joint
cautiously.
2.5.5
Assembly
•
Gonneet
tha
white fibre-optic adaptor connactor
(trransmittar,
ToD)otthe
master computertothe
black tibre-optic adaptor
connector
(recaiver,
RaD) ot
Ihe
cuntrollerbyusingaplastic
fibre-optic
cable.
•
Connect
the
white tibra-optic adaptor connector
(tranamitter,
ToD)otthe
controllertotho
black tibre-optic adaptor connector
(receiver,
RxD>ottho
noxt
controller,
etc.
•
Connect
the
white fibre-optic adaptor connactor
(tranamitter,
ToD>ottha
last
controllertotha
black tibre-optic adaptor
connector
(recetver,
RxD) ot
the
master
computer.
Wheri
using
tha
tibre-optic distributor,
please
act
corraapondingly
(see fig.
2.3.2).
Note:
__
Banding radius
shouldhaat
least 30
mm.
Lanze
13
2.6
Numberofparticipants
To
ensure
best
receiving
quality
tor tibre-optic
adaptors,
the
numberotparticipantsislimitert.
All
tibre-optic
adaptors
directlyorindirectly
connected10a
master
computer
tibre-optic adaptor
formafibre-optic
ring
(see
page
6).
When
using
tibre-optic
distributors, an
tibre-optic
network
will
be
tormert
<see
page
7).
Number
ot participantsina
fibre-aptic
ring
A
tibra-optic
ring
with
max.52tibre-optic
admptors
may
ha
connectedtothe
master computer
tibre-optic
adaptors
2125
and
2126.
Numberotpartlaipantreina
fibre-opfle
network
WI,en
using
hie
tibre
optic distributors,
Ihe
sIgnale pass
through
hie
fibre-optic
subringsatIhe
same
lima.
Qnly
hie
fibre-optic
subring
with
Wie
most
tibre-optic
adaptors
must be
considerad
tor
Ihe
calculattonothie signal
distortion.Asa
result,
more
Ihan
52
tibre-optic
adaptors
canhausedina
tibre-optic
network
willi
fibre
-
optic
distributore.
Calculationotdie
maximum numberotfibre-optic
adaptore
connectedtoa
master calculator
fibre-optic
adaptor:
•
Add
the
signal
distortionotIhe
passed
fibre-optic
adaptors
and
Wie
tibre-optic
distribulors.
You
wIll
tind
the
signal
distortion
ot
every
unitinthe
Technical
dato‘
(see
Descriptionoftha
units“,
chapter
3).
•
The
sum01tha
stgnal distortions
may
not
exceed
40,5
Ps.
LECQM-AJB
can
organize
max.90addresses,
i.e.
max.
90
lilire
-
oplic
adaplore
can
ha usedina
tibre-optlc
network.
Lanze
2.7
Commissioning
27.1
Danger
notes
2.7.2 Supply
voltage
The
tibre-optic adaptoratthe
drive
controllerisauppliedbythe
drive
controller
itselt.
The
tibre-optic adaptorStthe
master
computerissupplied
by an
extarrtal
power
supply
unit
(part
no.
352
016).
The
tibre-Optic
&stributor5supplied
by an
esternal 24V
DC
voltage.
Note:
lt
the
drive
controller5de-energized
(disconnected
trom
mama)
the
tibre-optic
ring
will
ha interruptad.
When
having5separate
supplyotpower
stage
and
control
stege
ot
the
drive controllcr,
the
power
stage
mayhade-energized
(eg.
tor
sataty
reasons).
The
control
stage,
and
thus
the
tibre-optic
adaptor,
remain
ready
tor
Operation
2.7.3
Settingofthe drive
controller
To
connect
the
drive
controllartoa
tibre-optic
ringera
tibra-optic
network,
the
tollowing
parameters must be
set:
•
Enter
contruller
address
under
coo
•
Setoperating
mode
under
001:
-2- tor
parameter
setting
via interface
RS-232
-3- tor
control
and
parameter
setting
via
interface
RS-232.
•
Save
changed
parameters
under
003.
1
Note:
Each
controller
address
can
only
be assirtned
once.
Lanze
Caution:
1.
The
opticar
tibre
canhain)luertcedbystrong
magnetic
tields
(e.g.busbarsotgalvanic
systems).
2. For
external
supplyotIhe
tibre-optic
adaptors
2125
and 2126,
pin9ot
the
sub-D
socket may
notbewiredinthe
master
computer, otherwise,
the
master computer
canbedastroyad.
15
2.7.4
Connection
test
We
recommendtocheck
the
tibre-optic
ring
tor
Commissioning
the
communication
network
LECOM-LI.
Vou
rio
not
needamaster
computer
tor
this
test.
After
having
completed
the
installationotthe
tibre-optic
network,
Ihe
tollowing
fest
helpstocheck
the
network:
•
Separate
the
fibre-optic adaptor
2125or2126
trom
Ihe
master
drive.
•
Graste
ahorting
plug
(bride9pole
Sub-D-plug,
pin9and
pin
3
with
lkD
/aW).
•
Connect
ahorting
plugtotibre-opttc adaptor
2125or2126.
•
Apply
supply
voltagetoall
drive
controllersinIhe
tibre-optic
network.
•
Apply
supply
voltagetoall
tibre-optic
distributors.
•
Apply
suppiy
voltagetothe
tibre-optic adaptor
2125or2126.
Reault:
TxD
and
RxD
lampsotall
tibre-optic
adaptors
and
tibre-
optic
distributors
are
tlashing,
i.e.
all
tibre-optic
adaptors
are
connected
properlytothe
tibre-optic
cable.
1)
they
are
not
connected
properly,
the
TxD
and
RxD
lamps
will
remain
dark
as trom
the
pointotinterruptionotthe
tibre-optic
netwo
rk.
This
test
helpsIneasily
find
taults
occudnginthe
fibre-optic
network.
Lanze
3.
Description
of
the
units
3.1
Fibre-optic
adaptor
2121
tor
8100
E5 inverter
series
Fibre-optic
adaptor
2121in8100
3.1.1
Assembly
1.
De-energize
the
8100
controller.
2.
Assemble
the
tibre-optit
adaptor
2121
direttly
into
the
8100
by
means ot twa
strews
insteadotthe
Opole
Sub-D
connection.
3.
Connect
the
enclosed
ribbon
Cabletothe
terminal connection
X2otthe
8100
POB.
4. Set
tranamitter
powerbymeansotthe
jumper
(presetting:
‚min).
5.
Connect
tibre-optic
cable.
Lanze
17
3.1.2
Technical
data
Ccntrolicr
type
8100
everter
sories,
cxc
ca ussesoIrom
Biss
E.5x.xx
Ccntrcller
plag lype
MiCA
10 by
Lomberg
Controierpin
aoeignmsnt
Fix1- NC
Pin8-
NC
Pin
2 -
NC
Ps7-
NC
Contrcller nonneolon
signale
145-232C
)RxOxTeOl
Controlier
sopply
av
OC xS%,
max.70mA
Fibre-optin cable
conneclion
Pinch
enrem
cml
torlibw-cptic
cable
willi
2.2mmoder
iliamotar
Optical
tranemitter
Transaissios
pomer
nanbeonangse
Irom
~min
In
m50“;
~me“:
typ.50pW
= -13
dOm
1cr0-880cable
atleesalion
man“:
typ.
100pW= -10 lOm
tor
4-10oBcable
attensation
)iedicatec5169
Iaorrcbed
light
ostpot
witir5malacisstmet
nf=
0.1
mml
Oplical
refleiner
typ.10pW
-20
dOm
Baod
rate
max.
9800 basS
Signal
distortion Ligat-sligSt
=
typ.
0.7
Ps
RS-232->tight=typ.
0.2
Ps
Ligirt-x145-232=hrn.
4.0
Ps
)inrlicatcdamICe
pstsc/irrtarputse
period
dislortion
anS
160
signal
delsy)
Enotosare
DIN
4005D-1P2D
when
assombied
Oparsting
temperature
Dt-45~C
Storage
temperature
Dt-45~C
Humklity
10%-90%
rel.
humidity,
ncn-concensng
Dimeosions
)LoWxH)
73
mmx82mme17
mm
WeigSt
33
g
Lanze
3.2
Fibre-optic
adaptors
2122
and
2123
for
all
drive
cofltrollers
Fibre-optic
adaptor
2122or2123
3.2.1
Assembly
1.
De-enargize drive
controller.
2.
Connect
the
tibre-optic adaptor
2122or2123to9
pole
Sub-
D-connectionotthe
sertal
interfaceX6ot
the
drive
controller.
3.
Ccnnect
the
tibre-optic adaptor
2122or2123tothe
controller
housing
by meansot2
locking
screws.
4.
Connect
fibre-optic
cable.
Lanze
19
3.2.2
Technical
data
Cnnlrotlor
type
4900
4900
9100
A
8300
9500
9200
Controller
connector
type
speieam0-piog
Controller
pin
aoaignmont
Pin1-
St
Pin
8 - NC
Pin2-
TxO
Pis
7 -
NC
Par3
FoO
Pmb
-Nt
Pie4
-Nt
Po9
-+5V
PieS
-t,NO
Coelroller connector
signal
145-232C
11400,-TxO)
Controller
sappty
5VOCat‘%,
max.70mA
Fibre-oytic cable
cOnnectios
Pioch
anram
ixint
tor
libre-optic
cable
willi
2.2mmooter
ojameler
Optinal
tranemitter
2122
Transmission power
„mm“:
min.
typ.S0pW=-t3demtdro-eOecable
attenustirn
)isdicatecixISa
launchol
igel
oatpxt
mith
5
malxolaalmentof=0.1
mm)
Optical
tranamitter
2123
Tronswissios
pomer
~mao
7
„max:
typ.
100iW=
-10
oem
for
4-10oecable
attensati
cm
)indicatecisISa
taxncaeo
ligat
oatpxt
mitS
a
maladjaotmestof=0.1
mml
Optinal
rexeiner
typ.10p\V
—-20
dem
Oaoo
rate
max.
5803 baad
Signal
olstortion
LigIrt—*l:
3h1
=
typ.
0.7
in
Fl5-232+liglrt—typ.
0.2
Ps
Liglit—145-232=typ.
e.0
ps
)inoicatec
am Isa
pulso/interpulse
perioo
diotortion
and
Ihe
signa
oelsy)
Enclosore
OIN
40050-1P20
mhon
sosembleo
Operating
temperstore
lt
-45“2
Storage
temperatore
0‘C -
45“D
Homio
ty
10%-90%
rel.
trxmiohy,
non-conoansing
Olmensioss
)LxWoH)
73mwx32mw o17mm
WaigSt
31
g
Lanze
0
3.3
Fibre-optic distributor
2124
Fibre-optic
distributor
Erklärung:
=
LWL-Sender-Anschlul3
LRxD=LWL-Emptänger-Anschlul3
0
=
LWL-Obarring
1
...4=
LWL-Unterring1bis
4
=1=
=
Versorgung
3.3.1
Assernbly
1.
Fasten
hie
tibre-optit
distributor
2124 on
tha
mounting
plate.
2. Set
transmission
powerot
the
tibre-opticdistributor2l24
indivictually
tor
tha
channal
0-4
by meansottha
jumper
(presetting:
„min‘).
3.
Gonnett
tibre-optit
cable.
4.
External
supplyotthe
tibre-optit
distrlbutor
2124
witha24V
AG‘DC.
Lanze
2124
~
0
21
3.3.2
Technical
data
Fibre-optin connoctioe
PinoS
screw
jeint
tor
libro-optic
cable
willi
2.2mmnutor
diamoter
OpScal
Iranamittor
Transmission power
tor
obannel
0 -4cxc59iadiaiooslly
casrlgeo
trum
„minIn„max“;
„mm“.
typ.50pW=-1
3dRm
tor
0 -8d~
nable
attenualon,
max“:
typ.
100
pW—
IDdOm
cr4-
lOde
cable
attonoation
l,ndicatedislire
laonchod
liglit
power
wite
a
maladisotmealut=5.1
mm)
Opbcsl
roneiver
tyP-10pW=-20
dem
aaad
rate
max.
9800 bbod
Signal
disturtion
Liglit—sigel=typ.
1.0
Ps
lnoicatedamIhe
pulae/laterpxloa
perind
distortien
bnd
lire
signal
dolay)
Oirect
raseining
aopprossun
400-500
je
lt
Ihn
libre-uptin oletribator
reneivesasignslxllIre
ReO
inpotutIhn
topdng
lclrannal
0),
tIre
coenootiun
botmeon
150
Rad
apsIsutIhe
sobringe
lohannelllo4)and
Ihn
TxO
osIpetotIce
lopring
willSointorrxpted.
TIris
inlarraption
will
isst
tor
400-500Psalter
Iranemission
01
signal.
Sappig
selernal 15V-28VACor
15V-
40V
OC,
max.
200
mAle
Spule
Weidmann
piag-in
lerminal
Enolusure
OIN
40050-1P20
Opersting
temperatore
Dt-45t
Slorage
temperalomn
Dt-45~C
Homidily
10%-90%
rel.
homiety,
nun-sondensing
Dimeasruns
)LxWaH)
192mw 078
maaS3
mm
WeigSt
433
9
Lanze
22
3.4
Fibre-optic
adaptors
2125
and
2126
for
master
computer
Fibre-optic
adaptor
2125or2126
3.4.1
Assembly
1.
De-energize
master-computer.
2.
Connect
the
tibre-optit
adaptor
2125or2126tothe9pole
Sub-D
connectionotthe
serial
interfaceothie
serial
interface
(eg.
COMI)otthe
master
Computer.
3.
Connect
the
tibre-optic
conneclor
2125or2126tothe
master
computer
houstngbymeans ot2locking
screws.
4.
Gonnatt tibre-optic
cable.
5.
Connecl
tibre-optit
adaptor
2125or2126
with
plug-in
power
supply
unit,
part
no.
362 016
(jatk
cortnectionaltha
side
ot
the
tibre-optic
adaptor).
6.
Insert
plug-in
power
supply
unit
in hor‘izontally
titted
mama
socket-outlel.
Note:
With
external
supply,
the
pin9ot
the
Sub-D-socket
may
not
be
connactedtothe
master drive
(otherwise
teedback
voltage
5
post>ible)l
Lanze
23
3.4.2
Technical
data
Master
cumpeter
pleg
type
9
pole
Sub 0
plog
Ihn
sssignmenl
Pin1-
Nt
Pin
5 -
Nt
Pie2 -
ToO
Pin7 -
Nt
Pin3
-RxO
PinS
-Nt
Pina
-Nt
Pie9
-+5V
Pin
5 -
GNO
Cunneotor
eigasis
R5-232C
)14e0xTeE))
Supyly
5VOCx5%,
max.70mA
xis
5s5-0-xocket
enlernal
eapply
9VOtinstableur9V-12VOtstable,
max.70mA,
xis
2,5
mm aok
millt
plespule
allee
nore
)peak)
Oplisal
connector
Pinolt
onrore
eint
tor
oplinal
cable
m:t5
2.2mmnater
eismeler
Opliest
Iranemitter
2125
Tranomiwion
pomer
„mm“;
„mm“;
typ.50pW=-13dem
tor0-8dB
cable
altonaation
)indicaledislan
lasonirnd
ligirtoslpol milir
a
msladjsslmentut=0.1
mm)
Opliost
transmitter
2128
Transmission power „max“:
„mxx“:
typ.
100pW—
-IDd5m
für
4-10dacable
atlenaation
)indinsleoislire
Isonnirnd
ligirt
ostpel
willi
a
mslao)sslmentuf=01mm)
Oplicsl
reosiver
typ.10pW=-20
dRm
aasd
rate
max.
9800 baad
Signal
disturtion LigSt—liglil
=
typ.
0.7
Ps
148-232—igSl=typ.
0.2
Ps
Ligel—*145-232=typ.
4.0
Ps
)inoissled
are Ice
pslae/interpalw
diolortien
and
lira
signal delsyl
Oirecl
receieirrg
sappressiOn
400
-800
es
lt
lIre
fibrs-uplio
adaplur
transmitsasignalIxlhe
fibre
uptin
ToO
nolpet1mill
inlerrapt
Ihn
ibm
optin
Fleo
inpol.
Tiris
interruplion
will
Isstoptu 400-800psaller lire
tranemisalunofIce signal.
Ennlosare
OIN
40050-1P20
Operating
lemporaleme
u“C -
ast
Sturage
temperatome
0‘C -
45“C
Homaoity
10%-90%
rel.
homioity,
noa-coaoensieg
O:meesiuns ILxWaHI
73
mmx52mmc17mm
Weigat
Sag
Lanze
2
3.5 Plug-in
power
supply
unit part
no.
362
016
The
plug-in
power
supplv
unit,
part
no.
362 016jausad
torthe
exlarnal powar
supply01the
tibra-optirz
adaptor
2125
and
2126.
Plug-in
power
Supply
unlt
382 016
3.5.1
Assembly
1.
Gonnatt
Ihe
plug-in
powar
supply
unil
with
the
jarzk
connaclion
tittedaltha
sideotthe
tibre-optic adaplor.
2.
Gonnett
plug-in
power
supply
unit toahorizontally
titted mama
socket
outlat.
3.5.2
Techn‘cal
data
opal
piag taue
OIN49484
F
opel
vollage
230V
AG +81-10%
50Hz
opel
power
5.7 VA
OsIpul
pleg type
2.5mm)ack
witIr
plospulexlIhn
sure
)peak)
sed2.0 m
0090eoIioo cable
Oulpol
‚Ioltage
5VOC±7,5%,
linearly
cuntrolled
Outpol
norrent
max.
180
mA
Oslput
ripple
voltage
max.
180
mv
insolation
lenI
notlage
4kVbetween
npd and
uetpat
Ennlusore
OIN
40050-1P20
Operatirig
lemperature
D“Ctu<-45t
Storage
tempersture
-40“Ctu<-70t
l-lumidity
10%-95%
rel.
iramidily.
noo-cundenniog
Oimensions
)LxWxl-l)
78
mmc
48,8
mmx39mm
tsr78mmleni.
mama
plug)
Weighl
229
g
Lanze
25
Lenzeinaller
Welt
Stammwerk
Heed
offlce
Lanze GmbH&Co
KG
Puotlacir1013 82
0-31783 Hameln
Meihsndnts
Anfrfrbnnekoo
M•chsniooi
Dito.
.
Oioolouor
mroe•
3
0-nase
encx
19l.loo
10515582-0
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1551
041
83.1812
Ksededeit
. e.roio•
nmeoe
BeeI,m004,
eeelaom
5±95.3
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Telaim
051
041
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82-r3se
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schaue
0.71332
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W•rk•ndd•rfr•srng
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3,4-4410
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T96o‘, 0722313421.0
T901•o
0722313290
Bdeiam
Leim
hob..
NoorOso
133. Oxe
15
8-2<30
Amoo•ipei
Tedofon
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71,11
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031322091
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risse..
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9.0
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04717-903
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01112457011
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01115221777
Bois•i6•
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—
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08110
±06.5
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