Siemens 7XV5653-0BA00 User manual

s
Two-channel Binary Signal Transducer
7XV5653-0BA00
Operating Instructions

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0General Notes
This manual includes all information required for the intended use of the
products described therein. It is intended for technically qualified
personnel who are especially trained or have special knowledge on the
fields of instrumentation, control and automatic control engineering (in
the following called automation). The knowledge and the technically
correct interpretation of the safety instructions and warnings included
in this manual are prerequisite for safe installation and commissioning,
aswellasforthesafetyduringoperationandmaintenanceoftheproduct
described.Onlyqualifiedpersonnelasdefinedoverleafhave the technical
knowledge required to interpret and apply the general safety notes and
warnings correctly in the individual cases. This manual is an integral part
of the delivery. For reasons of better overview, however, it cannot take
into account every detail for all design types of the product described
andcannotconsidereveryconceivablesituationwithregardtoinstallation,
operation or maintenance. For further information or if special problems
should arise, which are not treated precisely enough in this document,
please contact your local Siemens office or send your request directly to
the address stated on the last page of this manual.
Furthermore, we wish to point out that the contents of this product
documentation are neither part of any previous or current agreement,
promiseorlegal relationship, nor do theyimplyanymodificationsthereto.
.
Table of Contents
0General Notes ...............................................................................3
1Operating instructions .............................................................. 10
1.1 Scope of application.................................................................. 10
1.2 Applications .................................................................................14
1.2.1 Example of applications ...........................................................14
1.2.2 Binary signal transmission via leased line ..................................
modem LOGEM928 and LGH28.8D (firmware 4.13) ............16
1.2.3 Binary signal transmission via leased line ..................................
modem MT2834BLG (firmware 3.16d)...................................20
1.3 Technical data .............................................................................22
1.4 Description of the functional units ........................................26
1.4.1 Position and assignment of the terminals ..............................26
1.4.2 Switch positions and RS232 interface ....................................28
1.4.3 Dimensional drawings ..............................................................33
1.5 Ordering data ..............................................................................34
1.6 Installation and commissioning..............................................35
1.7 Settings.........................................................................................37
1.8 Maintenance ................................................................................37
List of Illustrations
Fig.1: Exampleof application ........................................................................ 14
Fig.2: Assignment ofconnecting cable modem- binary signaltranformer ...... 18
Fig. 3: Postion and assignment of terminals ................................................... 26
Fig. 4:Position ofthe switches ...................................................................... 28
Fig.5: Switching thresholdof the binary inputs .............................................. 32
List ofTables
Tab.1: Binary inputs...................................................................................... 13
Tab.2: Connector andcable for two-wire leasedline operation ........................17
Tab.3: Connector and cable for four-wireleased line operation ....................... 21
Tab. 4: Screw-type terminals ......................................................................... 27
Tab.5: RS232interface,9-pole sub-Dsocket .................................................. 29
Tab. 6: S1, DIP switch (2) ............................................................................... 29
Tab. 7: S2, DIP switch (8) ............................................................................... 30
Tab. 8:Switching threshold of thebinary inputs............................................. 32

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QUALIFIED PERSONNEL
Incaseoftamperingwith the device/system or disregard of the warnings
given in this manual severe bodily injuries or considerable property
damage can occur. Only appropriately qualified personnel may mesh
with this device/system. Qualified personnel as defined in the safety
notesoftheseoperatinginstructions or on the product itself are persons
who
•are either personnel involved in planning and configuration activities
and thus accustomed with the safety concepts of automation and
protection relaying;
•operating personnel instructed in operating automation devices
who know the contents of these operating instructions that relate
to operation;
•or commissioning and service personnel who are qualified for
repairing this kind of automation devices or authorized to perform
commissioning, grounding and labelling of circuitries and devices/
systems in accordance with the relevant standards for technical
safety.
Explanation of the symbols:
V Read the documentation.
To be operated only by qualified personnel.
Double insulation
VWarning!
It is inevitable during the operation of electrical devices that parts of
these devices are under dangerous voltage. If the warning notes are
not observed severe bodily injuries or considerable property damages
can therefore occur. Only appropriately qualified personnel should
operate this device. The faultless and safe operation of this device
requires proper transport, storage, mounting and installation as well
as careful operation and maintenance. Modules and devices are tested
with 3.7 dVAC and 5.2 kVDC with regard to their dielectric strength.

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Safety Notes
These operating instructions contain notes that are to be complied with
for your personal safety as well as to avoid property damages. These
notesaremarkedbyatriangularwarning symbolandthedifferentdegrees
of danger are categorized as follows:
VDanger
Disregardofthecorresponding precautionarymeasureswillcausedeath,
severe bodiliy injury or considerable property damage.
VWarning
Disregardof thecorrespondingprecautionarymeasures maycausedeath,
severe bodiliy injury or considerable property damage.
VAttention
Disregard of the corresponding precautionary measures may lead to
slight bodiliy injury or minor property damage.
Note
Shall draw your attention to special information on the product, product
handling or the corresponding section of the documentation.
Qualified personnel
Commissioning and operation of the equipment is to be performed by
qualified personnel only. In the context of safety notes in this manual,
the term qualified personnel refers to persons authorized to perform
commissioning,groundingand labelling of devices, systemsandelectrical
circuitries.
Intended Use
Please observe the following:
VWarning
The device must be operated only within the scope of its intended use
according to these operating instructions and in connection with third-
party equipment or compounds recommended or accepted by Siemens.
Faultless and safe operation of the product require proper transport,
storage, mounting and installation as well as careful operation and
maintenance.
Exclusion of liability
The contents of this document have been reviewed on their compliance
withthe hardwareandsoftware describedtherein.Yet,deviationscannot
be excluded, so that we cannot guarantee full compliance. The
specificationsinthisdocumentare,however, reviewedatregularintervals.
Necessarycorrectionswill be included inthe next edition. You areinvited
to send us your suggestions for improvement.
Copyright
Copyright Siemens AG 1999. All rights reserved.
Transmission or reproduction of this document, as well as the use and
forwarding of its contents is not permitted without express written
authority. Offenders will be liable for damages. All rights, including rights
created by patent grant or registration of a utility model or design, are
reserved.
Subject to technical changes without notice.

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Notes concerning CE labelling
•EU guideline EMC 89/336/EWG
For the interface connection as described in these operating instructions
the following is valid: Products with the CE label comply with the
requirements of EU guideline 89/336/EWG "electromagnetic
compatibility" and the harmonised European norms (EN) stated therein.
The EU conformity declarations are available according to above
mentioned EU guideline, paragraph 10, for competent authorities at:
Siemens AG
Industrial and Building Systems Group
ATD TD STG 32
PO Box 1448
D-71243 Ditzingen
•Scope of application
•Observe the installation guidelines
The binary signal transducer meets the requirements if you
1. follow the installation guidelines for installation and operation as
described in the operating instructions.
2. observe also the following rules concerning the installation of the
device and the operation of the control cabinets.
•Installation of the device
Interface modules are to be installed inside electrical operating areas or
in a closed housing (e.g. metal or plastic switch boxes). In addition the
device and the switch box (metal box) or at least the top-hat rail (plastic
box) on which the module is clipped on are to be grounded.
•Operating the control cabinets
To protect the modules from discharge of static electricity personnel
mustdischarge themselves beforeopeningthecontrolcabinets or switch
boxes.
Notes for the producer of machines
•General
The binary signal transducer is not a machine as defined in the EU
guideline "machines". Therefore there is no conformity declaration
regarding the EU guideline machines 89/392/EWG.
•EU guideline machines 89/392/EWG
The EU guideline machines 89/392/EWG determins the requirements
on a machine. Here a machine is seen as an totality of connected parts
or devices (also see EN292-1, chapter 3.1).
The binary signal transducer is part of the electrical equipment of a
machine and therefore to be integrated in the procedure concerning the
conformity declaration by the producer.
The binary signal transducer is designed for industrial use and
meets the following requirements:
Scope of
application Requirements on
Interference emission Interference
immunity
Industry EN 50081-2 : 1993 EN 50082-2 : 1995
The binary signal transducer can also be used in the residential
field (housing, commerce and trade, small businesses):
Scope of
application Requirements on
Interference
emission Interference immunity
Residential field EN 50081-1 : 1992 EN 50082-1 : 1992

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Full duplex operation
Binary information is transmitted bidirectional at the same time, e.g.
for direction comparison or signal comparison (condition as delivered).
•Alarm relay M1 drops if voltage supply fails.
•If no signal is received from the remote converter an LED indication
is done (redLED: ERR) and alarm relay M1 drops.
When operated via modem the binary signal transducer sends furt-
her data only after 15 s in order to avoid overstrain of the modems,
if the data connection is interrupted by any reason.
Exception: A change of signal at a binary input of the binary
transducer is transmitted instantly.
Half duplex operation
Both binary information are transmitted only in one direction via
optical fibre. Therefore only one fibre cable is necessary from the
input device to the output device.
Transmitter:
(Setting "transmitter only" with S2 / DIP 7 (see table 7))
• Alarm relay M1 drops if voltage supply breaks down.
• No monitoring of the transmission link from the transmitter.
Receiver:
(Setting"send/receive" with S2 / DIP 7 (see table 7))
• Alarm relay drops if voltage supply breaks down.
• If no signal is received from the transmitter steady light lights up as
fault indicator (red LED: ERR)and alarm relay M1 drops.
1Operating instructions
1.1 Scope of application
The two-channel bidirectional binary signal transducer converts binary
signals with a wide-range input and sends their state serially via a
duplex optical fibre to a similar remote converter. In the remote
converter the information is instantly put out command contacts. The
converter is dimensioned for the application in switchgears and allows
an interference-free transfer of signals with fibre optic cables. Faulty
operation or transmission failures are safely detected and signaled via
an alarm relay. The factory setting of the binary transducer is prepared
for direct FO connection via multimode fibre cables.
Technical data
•2 isolated binary inputs with a wide input voltage range
(18V..250VDC).
•2 isolated command relays with high switching capacity.
•Short operation time due to point-to-point connection (12..118ms),
depending on the data speed.
•Interference-free due to FO connection even in an environment
with high electromagnetic interference.
•Safe transmission due to protocol communication with monitoring
functions.
•Distance up to 3 km via multimode fibre 62,5/125µm.
•Up to 100 km with a monomode fibre if cascaded with the 820/
1300nm converter 7XV5461-0BA00.
•Integrated wide-range power supply unit with alarm contact.

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General data
Auxiliary DC or AC power is connected by 2 terminals (N/L-, L1/L-). The
wide range of auxiliary supply (24 - 250V DC and 60 - 230V AC) allows
the connection to all common substation batteries or AC mains voltages
(without jumpers in the device).
An LED display for the operating voltage (green LED: RUN) is attached
to the front, to indicate correct operation.
Data transfer
The optical interface works in positive logic (light OFF in idle state),
incoming light is treated as active = 1 (high). For the adaption to systems
with negative logic a switch is integrated which allows the negative
logic setting (FO interface).
Position as delivered is positive logic (lights OFF in idle state).
Both convertes must operate in the same logic. It is recommended to
remain the factory setting.
FO connection
The optical fibre cables are connected to the converter via
ST-connectors.
Connecting to the serial RS232 interface
Connecting to the RS232 interface disconnect the FO-transmitting and
set the communication to seriell interface.
The Connection to the serial interface of the converter can be done via
a serial 7XV5100-4 cable.
For use with an other cable, Pins 7 and 8 of this cable must be bridged
and Pin 1 and 4 (X1 at BST) has no assignment.
Binary inputs
Both binary inputs BI-1 and BI-2 operate with a wide range of input
voltage. Logic high "1" is a voltage level of 24V-250V DC / -15% +20%
with polarity reversal protection and a pick up threshold at 18V. The
threshold can be raised in exceptional cases (e.g. long and unshielded
lines and high electrical interference, see table 8 and fig. 7).
Logiclow"0"is avoltagelevelbelowthe threshold.Theassociatedyellow
LEDs (BI-1, BI-2) light up if the corresponding binary input is activated (if
it is in a logic high state).
Binary input 1
BI-1 Binary input 2 BI-2 LED BI-1 LED BI-2 LED K1 LED K2
Activ Lights up
Activ Lights up
Table 1: Binary inputs
The LEDs K1, K2 show the state of the outputs contacts wich are set by
the binary inputs from the remote converter via a serial telegramm
transmitted via fibre optic cables or RS232 connection (e.g. modem
with RS232 interface).

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1.2 Applications
1.2.1 Example of applications
With the help of the binary signal transducer 2 binary signals can be
detected and directly transmitted over FO distances up to 3 km via
multimode cables and can be put out in the remote station via relay
contacts. A repeater 7XV5461 is available for transmission with mono-
mode fibres up to 100 km (fig. 2a).
Transmission can, however, also be carried out via modem or PCM
devices (fig. 2b) after connecting the equipment to the RS232 interface.
L2 402,1A Max450.1A
L3 402,1A Max450.1A L2 402,1A Max450.1A L3 402,1A Max450.1A
K1
FO
Binary signal
transformer
BE1 BE2 K2
RS232
L2 402,1A Max450.1A
L3 402,1A Max450.1A L2 402,1A Max450.1A L3 402,1A Max450.1A
K1
FO
BE1 BE2 K2
RS232
Modem
or
PCM-device
Modem
or
PCM-device Digital
communication networks
or 2 pilot pairs
Binary signal
transformer
Fig. 1a: Example of application for direct fibre connections with
multimode or single mode fibre.
Fig. 1b: Example of application for a serial connection via modem
or a comms-device.
L2 402,1A Max450.1A
L3 402,1A Max450.1A L2 402,1A Max450.1A L3 402,1A Max450.1A
K1
FO
Binary signal
transformer
BE1 BE2 K2
RS232
Binary signal
transformer
L2 402,1A Max450.1A
L3 402,1A Max450.1A L2 402,1A Max450.1A L3 402,1A Max450.1A
K1
FO
BE1 BE2 K2
RS232
Binary signal
transformer
FO 820
FO 1300
Repeater
FO 820
FO 1300
Repeater
Monomode fibre up to 100 km
Multimode fibre up to 4 km

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1.2.2 Binary signal transmission via leased line
modem LOGEM928 and LGH28.8D (firmware 4.13)
in two-pilot wire operation
• Setting the DIP switches at the modem
Beforethemodem is initialized the DIP switchesare to be set asfollows:
S1
S2
off
¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦ ¦¦
on
1
2
3
4
5
6
7
8
9
10 123456789
10
Attention! Switch off the modem for this setting.
The changed settings are request only with the switching on of the
modem.
• Initialization of the modems
The modems are to be initialized before commissioning.
This is best be done with the help of a terminal program, e.g. Hyper-
terminal.
-A null modem cable is needed for the connection between PC and
modem where the terminal program runs.
-Reset the modem before initializing the modem (press the switch
when connecting the auxiliary supply until LED "A/O" flashes).
-Put in the following text string into Hyperterminal and press ↵to
send them to the modem. Then the modem answers with OK.
-Than you can disconnect the modem from the PC interface and
connect the serial interface of the modem with the serial interface
of the converter.
Explanation of the commands:
&F0 = Load factory setting
\N0 = Normal mode (without data compression,
no error correction)
\Q0 = No flow control
&D0 = Control cable S1/108 is ignored
F40 = Transmission mode V.34
S51=11 = Fixed baud rate to terminal device (RS232 interface)
%C0 = No Data compression
S20=0 = Ignore signs in the command phase
&L2 = Calling modem
&L3 = Accepting modem
E0 = No echoe
Q1 = Switch off result codes
&W = Save settings in the EEPROM of the modem
For 19200 baud:
ModemA: AT &F0 \N0 \Q0 &D0 F40 S51=11 %C0 S20=0 &L2 E0 Q1 &W↵
ModemB: AT &F0 \N0 \Q0 &D0 F40 S51=11 %C0 S20=0 &L3 E0 Q1 &W ↵
Note:
Two-wire operated transmission was tested successfully with these
settings.
The baud rate chosen must also be adjusted at the two binary signal
transducers (also see setting at binary transducer 7XV5653).
Connector and cable for two-wire leased line operation
For two-wire leased line operation use the supplied cables with the
imprint leased line. The RJ-11 connector is to be connected to the socket
marked with LEASED.
TheotherendofthecableistobeconnectedtoaTAE-Ncodedtelephone
outlet box as follows.
Tab.2: Connector and cable for two-wire leased line operation
TAE-N 1 TAE-N 2
1
2
1
2

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Example for testing the modem communication:
The modems can not be connected directly via a short pilot pair in
testing/laboratory mode. In this case the connecting cable should
have a small resistance transmission errors otherwise the receiver
of the modem is disturbed by a to high transmission level. For this
reason we recommend to install a resistor of 470 Ωin each of the
connections (also see figure below).
• Settings at the binary signal transducer 7XV5653
When binary signals are transmitted baud rates and data formats of
both RS232 are to be set as equal.
The baud rate of the RS232 interface should not be higher than the rate
of the transmission link. If settings are chosen as shown in these
instructions the modems are connected at a rate of 28800 baud. Stan-
dard setting 8N1 was chosen as data format between the converter and
the modem.
For 19200 bd:
UP
¦¦ ¦¦
¦¦
¦¦
¦¦
¦¦
off
DOWN
¦¦ ¦¦
on
1
2
3
4
5
6
7
8
• Connecting cable modem - binary signal transducer 7XV5653
The cable from the modem (25-pole pin) to the binary signal transducer
(9 pole pin) has the following connections and bridges:
2
3
7
6
20
Housing
3
2
TxD
RxD
GND
Modem
25pole pin Length max. 3 m
4
5
Binary signal-
transformer.
9pole pin
5
Housing
7
8
Fig. 2: Assignment of connecting cable modem - binary signal
transducer
1.2.3 Binary signal transmission via leased line
modem MT2834BLG by company MultiTech in four-
wire operation (firmware 3.16d)
• Setting the DIP switches at the modem
Beforethemodem is initialized the DIP switchesare to be set asfollows:
off Up
¦¦ ¦¦ ¦¦ ¦¦
on
Down
1
2
3
4
5
*
*
116 127 138
*) modem-1 DIP switch 5 off, modem-2 DIP switch 5 on
149 1510 16
Attention! Switch off modem for setting.
The changed settings are adopted only with the switching on of the
modem.

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Explanation of the commands:
AT = If connected correctly the modem answers with
OK
&F = load factory settings
\E0 = No echoe
#F0 = Stabilization of performance speed
$SB19200 = Fixed baud rate to terminal device (RS232
interface)
$MB19200 = Fixed baud rate between modem-1 and modem-2
&E14 = Data compression deactivated
&E3 = Switch off flow control
&W0 = Save settings
Note:
Four-wire operated transmission was tested successfully with these
settings.
The baud rate chosen must also be adjusted at the two binary signal
transducers (also see setting at binary transducer 7XV5653).
Connector and cable for four-wire leased line operation
For four-wire leased line operation use the supplied cables with the
imprint leased line. The RJ-11 connector is to be connected to the socket
marked with LEASED.
TheotherendofthecableistobeconnectedtoaTAE-Ncodedtelephone
outlet box as follows.
TAE-N 1
TAE-N 2
1
5
2
6
6
2
5
1
Tab.3: Connector and cable for four-wire leased line operation
• Initialization of the modems
The modems are to be initialized before commissioning.
This is best be done with the help of a terminal program, e.g. Hyper-
terminal.
-A null modem is needed for the connection between PC and
modem.
-Put in the following data into Hyperterminal and press ↵to send
them to the modem. The modem will reply with OK.
For 19200 baud:
AT&FE0#F0$SB19200MB19200&E14&E3&W0↵

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Optical interface
Optical inputs/outputs
Optical connection
Data display
Wave length
Launched power
Sensitivity
Optical budget
Maximum distance that can
be spanned
Maximum baud rate
Minimum baud rate
1 transmitter, 1 receiver
as-delivered position: light off in idle
state
Transmitter ST : HFBR 1404
Receiver ST : HFBR 2402
ST (protective caps made of plastic)
None
820 nm
50/125µm:
-19dBm multimode fibre
62,5/125µm:
-15dBm multimode fibre
200µm; -6,2dBm HCS fibre
-30dBm
10dB (+3 dB system budget)
3 km mit 62,5/125µm FO
115200 baud(recomm. for fibre conn.)
1200 baud
2 binary inputs
Connection
Switching voltage
Power consumption (not
depending on voltage)
Status display
2-pole connector Phoenix isolated
24-250 V DC –15 %, +20%
approx. 2,5mA
1 yellow LED indic. per input (BI-1, BI-2)
1.3 Technical data
Mechanical design
Housing
Dimensions
Weight
Degree of protection
accorging to EN60529
Housing
Terminals
Plastic EG90
see dimensional drawings
approx. 250g
IP 20 plastic
IP 20
Auxiliary power UH
Connection
Rated input voltage
- DC voltage
- AC voltage
Degree of protection
Power consumption
-DC voltage
-AC voltage
Internal fuse, not
exchangable
Status display
2-pole connector Phoenix
24 V - 250 V DC ±20 %
60 V - 230 V AC ±20 % / 45-65 Hz
II
at UH= UHN; typical value
3 W
3,5 VA
1,25 AT
1 green operating LED (RUN)
RS232 connection
Connection
Maximum baud rate
Minimum baud rate
9-pole sub-D, socket
115200 baud
1200 baud

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Safety
According to DIN EN 61010 part
1
Overvoltage category
Degree of pollution
Fire resistance classification
according to UL 94
III (3,7kVAC / 5,2kVDC)
2
V0
Dielectric tests
EN61010
Voltage test
(routine test)
- Power to relay to binary inputs
- Power to RS232
- RS232 to relay to binary inputs
3,1kV DC / 1s
(with by-pass capacitors)
2,0kV AC / 50Hz / 1s
(without by-pass capacitors)
Electromagnetic immunity tests
EN 50082-2
Electromagnetic emission tests
EN 50081-1
Admissible environmental
conditions
Operating temperature
Storage temperatur
with factory packing
Transport temperature
with factory packing
Humidity
Air pressure
-5°C to +55°C
-25°C to +70°C
-25°C to +70°C
10% to 93%
(moisture condensation not
admissible)
0 to 3000 asl
2 command outputs
Relay
Connection
Switching voltage
(nominal voltage)
Switching capacity
Switching current
Status display
Response time in FO operation
(event binary input transformer A to
reactionbinary output attransformer
B) 1200 baud
2400 baud
4800 baud
9600 baud
19200 baud
38400 baud
57600 baud
115200 baud
Response time in modem
operation
(modem MT2843BLG)
(event binary signal transformer A to
reaction binary signal transformer B)
9600 baud
19200 baud
MSR relay (K1,K2) 1 floating make relay
2-pole terminal Phoenix
250 V AC/DC
50..270W (voltage dependent),1000 VA
5 A permanently
30 A for 0,5s
each 1 yellow LED (K1,K2)
if relay displayed
118 ms
63 ms
34 ms
20 ms
17 ms
15 ms
14 ms
12 ms *(recomm. for direct
fibre optic connections)
102 ms
71 ms
Fault indicatior output relay
Relay
Connection
Switching voltage
(nominal voltage)
Switching capacity
Switching current
Fault indicator
MSR relay (M1) 1 normally closed contact
2-pole terminal Phoenix
250 V AC/DC
30 W/VA
1 A permanently
LED (ERR) permanently red in case of
faulty data transmission or if data
cannot be used.

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Terminal assignment
Pin Meaning Abbreviation
L+ Voltage supply L+ AC: L1 DC: L+
L- Voltage supply L- AC: N DC: L-
Pin 1 Fault signal relay contact M1 1 (NC contact)
Pin 2 Fault signal relay contact M1 2 (NC contact)
Pin 3 Command relay K1 3 (NO contact)
Pin 4 Command relay K1 4 (NO contact)
Pin 5- Binary input 1- BI-1-
Pin 6+ Binary input 1+ BI-1+
Pin 7- Binary input 2- BI-2-
Pin 8+ Binary input 2+ BI-2+
Pin 9 Command relay K2 9 (NO contact)
Pin 10 Command relay K2 10 (NO contact)
Tab. 4: Screw-type terminals
1.4 Description of the functional units
The signal converters inside the housing are hard-wired and tested
functional units. They are provided with a clip-on mounting for a DIN EN
50022top-hat rail35mm.Auxiliary powersupplycanbe safelyconnected
at the screw-type terminals. The FO channels are adapted via the ST-
terminals. The RS232 interface is connected via a 9-pole sub-D
socket. The devices are free of silicone and halogen as well as
flame-retardant.
1.4.1 Position and assignment of the terminals
Fig. 3: Position and assignment of the terminals
8+ 46+ 27- 35- 1
L1/L+
10 K29
Binärsignalübertrager
7XV5653-0BA00
SERIES:TDD-M2-450085
U
H
:
U
H
:
5
RUN Bl-1
Bl-1Bl-2
Bl-2 K1
K1 M1
24-250VDC/5W
60-230VAC/5VA
(45-60 Hz)
K2
ERR

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Explanation
DIP switch (S1, S2)
Table 6: S1, DIP switch (2)
Bold type = factory setting
1.4.2 Switch positions and RS232 interface
The DIP switches can be operated from outside.
Position of the DIP-Schalter: View from the front
1
2
S1
FO receiver ST input •
FO transmitter ST output •
8
7
6
5
4
3
2
1
S2
X1
ON OFF
OFF ON
Fig. 4: Positions of the switches
Pin Description Abbreviation Direction as
DTE
1- - No connection
2Receive data RxD In ←
3Transmit data TxD Out →
4- - No connection
5Signal ground GND -
6- - -
7Signal ground GND -
8Active interface
selection Bridge Input
9- - -
Switch Meaning Remark
Not connected FO connection active Pin 8 open
Factory setting is
FO connection RS232 connection active Bridge pin 8 – 7 At the converter input
Switch Position Meaning
1Open = off
Closed = on Light off in idle state: FO receiving Light on in idle state: FO receiving
2Open = off
Closed = on Light off in idle state: FO
transmitting
Light on in idle state: FO transmitting
Table 5: RS232 interface, 9-pole sub-D socket

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Table 7: S2, DIP switches (8)
bold type = factory setting
Explanation:
8E1 = 8 data, even parity, 1 stop bit
8N1 = 8 data, no parity, 1 stop bit
Testmode on:
Thebinarysignal transducer runs a self-test.Ifthebinaryinputisactivated
(voltage impressed) the binary LED lights up (BI-1 or BI-2) and the
correspondingrelay(K1 or K2) with associatedLED(K1orK2)isactivated.
The diagnosis of the memory test and the position of the DIP switches
are put out on the serial interface (RS232) and can be displayed with a
terminal programm, running on a PC.
DIP 8 DIP 7 DIP 6 DIP 5 DIP 4 DIP 3 DIP 2 DIP 1
Meaning
- - - - - ON ON ON
1200 baud
- - - - - ON ON OFF
2400 baud
- - - - - ON OFF ON
4800 baud
- - - - - ON OFF OFF
9600 baud
- - - - - OFF ON ON
19200 baud
- - - - - OFF ON OFF
38400 baud
- - - - - OFF OFF ON
57600 baud
- - - - - OFF OFF OFF
115200 baud
- - - - ON --- 8E1
- - - - OFF --- 8N1
- - - ON - - - -
Block MA
- - - OFF - - - -
Enable MA
- - ON - - - - -
Testmode on
- - OFF - - - - -
Testmode off
-ON - - - - - -
Transmitter only
-OFF - - - - - -
Transmit/receive
ON - - - - - - -
Bootloader on
OFF - - - - - - -
Bootloader off
Setting of the baud rate via S2:
The baud rate (position of the DIP switches) is queried once after the
switching on. During active testmode the baud rate is queried
continuously and set anew.
Baud rate during operation: set baud rate via DIP switch 0..2, shortly
switch on and off DIP switch 6(testmode).
Pitch up threshold of the binary inputs
Testmode off: The binary signal transducer is ready for normal operation.
Block MA: Block message outputs, the relays are not controlled.
Enable MA: Normal operation, message outputs are not put out.
Transmitter only:The binary signal transducer acts as transmitter only.
Missing incoming signals are not reported as comm. errors.
THE DEVICE MUST NOT BE OPERATED WHEN OPEN.
Remove Powersupply in this case!
Warning !
To change the threshold of the binary inputs the binary signal transducer
has to be opened and jumpers have to be changed.

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Fig. 5: Switching threshold of the binary inputs
To change the jumper positions, the following instructions must be
observed:
•Disconnect the device
•Remove the cover of the housing
•with a small screwdriver, force the clips of the cover carefully
toward inside of the device
•change the jumper positions as shown in table 8
•snap the cover back into its position
Jumper Position Pick up
threshold Binary inputs
X100 1-2 17 V 1 (BI-1)
X100 2-3 70 V 1 (BI-1)
X200 1-2 17 V 2 (BI-2)
X200 2-3 70 V 2 (BI-2)
Table 8: Switching threshold of the binary inputs
bold type = factory setting
X200
X100
1
1
105
95
8+ 46+ 2
7-
3
5-
1
L1/L+
10 K29
Binärsignalübertrager
7XV5653-0BA00
SERIES:TDD-M2-450085
U
H
:
U
H
:
90
95
5
R
U
N
B
l
-
1
Bl-1
Bl-2
Bl-2
K1
K1 M1
24-250 VDC/5W
60-230 VAC/5VA
(45-60Hz)
K2
ERR
clips
(see page 32)
1.4.3 Dimensional drawings

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Name Order No.
Binary signal transducer
7XV two-channel
2 binary inputs,
2 command inputs,
1 fault signal output via terminals
1.5 Ordering data
5 6 5 B03
Code
A0 0
1.6 Installation and commissioning
Warning!
When operating electrical devices, certain parts of these devices are
necessarily under dangerous voltage. Therefore, disregard of the
operating notes may cause severe bodily injury or property damage.
Installationandelectricalconnectionofthe device should be performed
by adequately qualified personnel only.
In particular, all warnings must be strictly observed.
Do not look directly into the FO transmission diodes when
wearing optical aids !!!
Warning !
THE DEVICE MUST NOT BE OPERATED WHEN OPEN.
Warning !

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Connection
• For the electrical connection the regulations on the erection of
heavy-current installations are to be observed.
• The connection of the device is to be carried out according to
VDE0100 and VDE0160.
• The auxiliary supply of the device is to be provided with an external
disconnector (switch) for the safety isolation of the power supply
and with a safety device (fuse), 2AT or 4AT.
The external disconnector is to be labelled accordingly. A safety cut-
out can possibly act in both functions.
• Cable cross section (single-core cable or litz wire):
0,5mm² - 2,5mm²
• Recommended stripping length: 5mm.
Installation
•The installation location should be free of vibrations.
The admissible ambient temperature (operation or functional
temperature) is to be observed (see technical data).
•Disregard of the temperature range required for proper function
may cause malfunction of the device and failure of the signal
converter.
•Plastic housing, overvoltage categorey III according to DIN EN
61010 part 1.
•The signal transducer can be clipped on a 35 mm top-hat rail
(according to DIN EN 50022).
•The devices are permitted only for operation within enclosed
housing or cabinets and the places of installation are to be
accessible only for qualified personnel.
Any connections with litz wire are to be realised with the
help of wire end ferrules with isolation (this avoids fraying).
Warning !
1.7 Settings
Allsettings of thebinarysignaltransducer can becarriedoutfrom outside
via DIP switches (except pick up voltage of binary inputs). The housing
does not have to be opened for this. Exception: Setting of the switching
threshold (see chapter 1.4.2).
Description see chapter 1.2.2.
1.8 Maintenance
The binary signal transducer requires no maintenance.
Do not use any liquid agents or substances for cleaning.
Commissioning
•Check whether the operation data comply with the values on the
rating plate.
•Do not make any changes at the device.
•Clip the binary signal transducer on the top-hat rail with the help of
the clip-on mounting.
•Connect auxiliary power to terminals UH (DC:L+ / AC:L1) and (DC:L-
/ AC:N).
•Connect FO cable to FO receiver and FO transmitter with the help
of ST-type terminals.
•Or connect RS232 cable.
•The binary signal transducer is ready for use after switching on
auxiliary power. The green LED 'RUN' lights up.
•Only optical fibres prepared according to the regulations are to be
used.
•FO types: see technical data.
•The admissibla optical budget is to be observed
(see technical data).
•When installing optical fibres the prescribed bending radius is to be
observed!

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