Siemens 7XV5655-0BA00 User guide

7XV5655-0BA00
Manual C53000-G1176-C174-4
Application Instructions
Serial Hub
Ethernet hub for transmission of serial data or protocols
from devices with an RS232, RS485 or FO interface via Ethernet

Manual 7XV5655-0BA00
C53000-G1176-C174-4 Page 2 of 51 SIEMENS AG
CONTENTS
General Information ...................................................................................................... 3
Application .................................................................................................................... 8
Description of Interfaces, DIP Switches and Displays ................................................ 11
Mounting and Commissioning..................................................................................... 14
Mounting and Commissioning..................................................................................... 15
Practical Safety Information........................................................................................ 18
Preparing the Operating PC or Service Notebook ...................................................... 19
The Configuration Tool ............................................................................................... 26
Optimising Data Transfer............................................................................................ 39
Selecting a Password-Protected Serial Hub ............................................................... 40
Pin Assignment........................................................................................................... 42
Technical Data............................................................................................................ 45
Dimensions................................................................................................................. 50
Ordering Information................................................................................................... 51

Manual 7XV5655-0BA00
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0BGeneral Information
This manual contains the information that is necessary for proper and safe operation of
the products described. This manual is intended for technically qualified personnel
having received special training in, or having special knowledge of protection,
measurement and control engineering, hereinafter called automation engineering. The
knowledge and correct application of the warnings and instructions contained in this
manual are prerequisites to safe installation and commissioning of this product, as well
as to proper and safe operation and maintenance. Only qualified personnel as defined
overleaf have the special knowledge required for correct interpretation of the general
safety information and warnings given in this manual, and for their application to the
task in hand. This manual is included in the scope of delivery. For reasons of clarity,
however, it does not purport to contain every detail of all versions of the product
described, nor can it deal with all possible cases of erection, operation or maintenance.
If further information is desired or if special problems arise that are not treated
adequately in this document, it is possible to obtain additional details from your local
Siemens office or from the addresses stated on the back of this manual.
We should also like to point out that the contents of this product documentation are not
part of any previous or existing agreement or legal relationship, nor are they apt to
modify such an agreement or relationship. All obligations incurred by Siemens result
from the purchase contract, which also contains the complete and solely applicable
warranty conditions. Contractual warranty conditions are neither extended nor restricted
by the contents of this document.
Disclaimer of Liability
We have checked the contents of this document and
every effort has been made to ensure that the
descriptions of both the hardware and software are as
accurate as possible. However, since deviations cannot
be ruled out entirely, we do not accept liability for
complete conformity or for any errors or omissions.
The information given in this document is reviewed
regularly and any necessary corrections will be included
in subsequent editions. We are grateful for any
improvements that you care to suggest.
Subject to technical modifications without notice.
Release 4.00.00
Copyright
Copyright © Siemens AG 2012. All rights reserved.
The reproduction, transmission or use of this document
or 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.
Registered Trademarks
SIPROTEC, SINAUT, SICAM and DIGSI® are
registered trademarks of Siemens AG. Other
designations in this manual might be trademarks whose
use by third parties for their own purposes would
infringe the rights of the owner.

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Statement of Conformity
This product complies with the directive of the Council of the
European Communities in accordance with the laws of the member states relating to
electromagnetic compatibility (EMC Council Directive 2004/108/EC) and concerning
electrical equipment for use within specified voltage limits (Low Voltage Directive
2006/95/EC).
This conformity has been proven by tests performed according to the Council
Directives in agreement with the generic standards EN 61000-6-2
and EN 61000-6-4 (for EMC Directive) and with the standard EN 60255-6 (for Low
Voltage Directive) by Siemens AG.
The device is designed and manufactured for application in industrial environments. The
product conforms to the international standards of IEC 60255 and the German
regulations of VDE 0435.

Manual 7XV5655-0BA00
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19BInstructions and Warnings
The information and warnings in this manual must be observed for your safety and to
ensure an appropriate service life of the device.
The following terms and definitions are used:
DANGER
means that death, severe bodily injury or substantial material
damage UwillUoccur if the appropriate precautions are not taken.
Warning
means that death, severe bodily injury or substantial material
damage UcouldUoccur if the appropriate precautions are not taken.
Caution
indicates that minor bodily injury or material damage could result if
appropriate precautions are not taken. This applies in particular to
damage on or in the device itself and resulting consequential
damage.
Note
contains important information about the product or a part of the
document to which special attention is directed.
Warning
The 7XV5655-0BA00 is specifically intended for installation in a switchgear
cubicle or distribution box.
After installation, the entire area around the terminals must be appropriately
covered. Only then is the device sufficiently protected against improper
contact with live parts.

Manual 7XV5655-0BA00
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Warning!
Hazardous voltages occur in this electrical equipment during
operation. Severe personal injury or property damage can result if
the device is not handled with the appropriate care.
Only qualified personnel should work on or around this equipment.
The personnel must be thoroughly familiar with all warnings and
maintenance procedures contained in this manual, as well as the
appropriate safety regulations.
Successful and safe operation of the unit depends on proper
transportation, storage, mounting and assembly as well as the
observance of the warnings and instructions contained in this
manual.
In particular, the general installation and safety regulations for work
in power current plants (e.g. ANSI, IEC, EN, DIN, or other national
and international regulations) must be observed.
Failure to observe these precautions can result in death, personal
injury, or serious material damage.
Never look into fibre-optic components or the ends of the fibres.
20BQualified Personnel
For the purposes of this manual, the warnings on the product itself,
only persons who are acquainted with the mounting, installation,
commissioning and operation of the device and who possess the
appropriate qualifications for their task, such as
training and instruction to energise, de-energise, clear,
earth and tag circuits and equipment in accordance with
established safety practice,
training or instruction in accordance with established safety
practice for care and use of certain safety equipment,
training in rendering first aid can be considered as qualified
personnel

Manual 7XV5655-0BA00
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21BScope of Supply
•Serial Hub for DIN rail mounting
•Gender changer, 9-way, male-male
•CD with manual and configuration tool
•Installation Instructions
22BUnpacking and Repacking
The devices are factory-packed to meet the requirements of IEC 60255–21.
Unpacking and re-packing must be performed with the required care, without force and
only with the aid of suitable tools. Visually check the device immediately upon arrival for
correct mechanical condition.
Please also always follow instructions if they are supplied with the device.
The shipping packaging can be re-used in the same manner for further shipment.
Note that the storage packaging of individual devices is not sufficient for shipping.
If other packaging is used, the shock requirements acc. to IEC 60255–21–1 Class II and
IEC 60255–21–2 Class 1 must be met.
The device should be stored in the final operating area for a minimum of two hours
before the power source is first applied. This gives the device time to acclimatise to the
temperature equilibrium, thus avoiding dampness and condensation.
23BStorage
SIPROTEC® devices and associated parts should be stored in a dry and clean place.
The device as well as its replacement modules must be stored within the temperature
range, which is –10 °C to +55 °C.
The relative humidity is not allowed to lead to condensation or ice.
To avoid premature ageing of the electrolyte capacitors in the power supply unit, a
temperature range of +10 °C to +35 °C (+50 °F to +95 °F) is recommended for storage.
After extended storage, the power supply of the device should be energised,
approximately every two years for one or two days, to regenerate the electrolytic
capacitors in the power supply unit. This should also be done before the device is put
into service.

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1BApplication
24BGeneral scope of application
The Serial Hub is designed for operation in industrial areas and substations.
The Serial Hub enables devices with serial interfaces (RS232, RS485, or FO) to convert
data to the UDP protocol and to transmit and receive data via a TCP/IP network. This
enables devices without dedicated network ports to exchange data via Ethernet.
Ethernet Ethernet
WAN, e.g. Internet
(LAN, e.g. Intranet)
10/100 Mbps Parameterisation, e.g.
with a notebook
Serial hub Serial hub Serial hub
Measuring
e
q
ui
p
ment Safety equipment Munich
Hambur
g
Berlin
TCP/IP
Ethernet
Fig. 1: General scope of application of the Serial Hub

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25BApplication in Substations
When using a 7XV5655-0BA00 Serial Hub with a fixed IP address, one or more
SIPROTEC®protection units can exchange serial data via an Ethernet network.
On the operating PC, a configuration tool is applied to link a virtual COM port with the IP
address of a Serial Hub. The use of DIGSI 4 enables the operation of all protection units
connected to the Serial Hub via the virtual COM port.
The protection unit is connected to the Serial Hub via its serial interface. The serial
interface types available are RS232 or RS485 (same connector), and FO (fibre optic
cable). The serial data is converted to the UDP protocol with error detection and
correction in the Serial Hub and transmitted via the TCP/IP Ethernet network.
The hub meets the requirements for standard compliance, uninterrupted transmission of
serial DIGSI®or IEC 60870-5-103/101 frames via the network by listening into the serial
frame traffic and sending the serial IEC telegrams via the Ethernet. packed into blocks.
Both full-duplex and half-duplex data transmission (RS485) is possible. Serial control
lines are not supported. The Serial Hub can be configured with password protection.
Configuration of the Serial Hub is performed using the configuration tool which is
included in the scope of supply.
RS485-Bus-Cable 7XV5103
SIPROTEC
SIEMENS
L1 402,1A Max450 .1A
L2 402,1A Max450 .1A
L3 402,1A Max450 .1A
E 00.0A
Anr. L1
Anr. L2
Anr. L3
Anr. Erd e
Automat
RUN ERROR
LAN
FO-Cable 6XV8100
SIPROTEC
SIEMENS
L1 402,1A Max450 .1A
L2 402,1A Max450 .1A
L3 402,1A Max450 .1A
E 00.0A
Anr. L1
Anr. L2
Anr. L3
Anr. Erd e
Automat
RUN ERROR
Router / Switch
DIGSI 4
Config-Tool
Patch-Cable
WAN (Private Network)
2134
Ethernet-
Hub
7XV5655
5 6up
Ethernet-
Hub
7XV5655
Mini-Star-
coupler
7XV5450
INPUT
L2 402,1A Max450.1A
L3 402,1A Max450.1A
L2 402,1A Max450.1A
L3 402,1A Max450.1A
7XV5101
SIPROTEC
SIEMENS
L1 402,1A Max450 .1A
L2 402,1A Max450 .1A
L3 402,1A Max450 .1A
E 00.0A
Anr. L1
Anr. L2
Anr. L3
Anr. Erde
Automat
RUN ERROR
SIEMENS
RUN
ERROR
Anr. L1
Anr. L2
RS485-FO
Converter
7XV5650
SIEMENS
RUN
ERROR
Anr. L1
Anr. L2
7XV5103
Max. 31 SIPROTEC 3
Devices with
RS485-Interface
Max. 4 SIPROTEC 3 Devices
with optical Interface
Station-PC for
Remote control
and Configuration for
the Ethernet-Modems
Substation-
modem 1 Substation- modem 2
SIPROTEC 4
with Ethernet-
Interface
Max. 31 SIPROTEC 4 Devices
with RS485-Interface
Fig. 2: Serial Hub, application in substations with SIPROTEC®devices

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26BFeatures
Protocol detection according to EN 60870-5-101/103 and DIGSI protocol (similar
to IEC60870-5-103), UDP protocol with error detection and correction
A 10-Mbit Ethernet interface (10BaseT) for the 10/100 Mbit network.
RS232/RS485 (switchable port) or FO interface for data transfer.
Serial baud-rate and data format to the terminal devices is automatically set by
the application, e.g. DIGSI 4 at 2400 Bd to 57.6 kBd (115.2 kBd) with data
formats 8N1, 8N2, 8E1.
Re-set to default values (factory settings) with INIT button: 9600 baud, 8N1
DIP switch for RS232/RS485 selection and RS485 bus termination as well as FO
idle state
Enhanced security is possible with password protection
LED displays for operating voltage and data traffic are located on the front panel.
DIN rail module in the plastic housing with integrated wide-range power supply
unit (24 - 250 V DC and 60 - 230 V AC) which provides connection to all
conventional substation batteries or AC power systems.
Protective conductor (PE) connection
Easy configuration with the configuration tool
Configuration tool V15 for Microsoft Windows®XP Prof. 32-Bit SP3
Microsoft Windows®7 Prof. 32-Bit SP1
Microsoft Windows®7 Prof. 64-Bit SP1
Microsoft Windows®Server 2008 R2 / 64-Bit

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2BDescription of Interfaces, DIP Switches and Displays
The Serial Hub has the following connectors:
•A switchable RS232/RS485 interface (9-way SubD male connector)
•FO transmitter and receiver port with ST connectors
•10-Mbit Ethernet connector (10BaseT) for a 10/100 Mbit network
•DIP switches for RS232/RS485 switchover and RS485 termination as well as
setting of the FO idle state
•AC/DC power supply and protective conductor (PE) connection via 3-way screw
terminals
27BCommunications Interfaces
The RS232/RS485 or FO interfaces are controlled internally by the same processor
interface. The electrical interface is selected via the DIP switches. A choice exists
between RS232 or RS485; the FO interface always operates in parallel with RS232 or
RS485 at the transmitter end and is OR’ed with RS232/485 at the receiver end, that is,
both streams of receive data are unlocked and are received and checked with equal
priority. To rule out data collisions, the connected protection units are addressed
selectively by DIGSI®. This is done via the interface address of the protection units.
59BRS232 Interface
The terminal device (protection unit) (e.g. a
SIPROTEC®4 unit) or a device from the
SIEMENS accessory program (e.g. a
7XV5300 or 7XV5450 star coupler for
operating two or more SIPROTEC®
devices) can be connected directly to the
RS232 port. The data is exchanged
between the protection unit and the Serial
Hub via this interface.
To operate the RS232 interface, DIP switch
S2-1 must be set to RS232 and DIP
switches S1-1+2 to (RS485 termination)
OFF. The DIP switch for the FO idle state
(S2-2) must be OFF (see Fig. 3).
Note: The factory settings for all interfaces are 9600 baud / data format 8N1. The
settings are automatically adapted to the terminal device's interface by the application
(e.g. DIGSI) on connection.
Fig. 3: Connectors and DIP switch positions
RS232

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60BRS485 Interface
The bus-capable RS485 interface
provides a link with increased noise
immunity than the RS232 interface. The
data transfer rate is identical for both
interfaces. The terminal device (e.g.
SIPROTEC®4 device) which is to be
applied, or up to 30 further bus-capable
SIPROTEC®devices can be connected
directly to the RS485 port.
To apply the RS485 interface, DIP switch
S2-1 must be set to RS485. The position
of DIP switches S1-1+2 is dependent on
the requirement of a RS485 termination
(the termination is set to ON as the first or
last device on the RS485 bus).
The DIP switch for the FO idle state (S2-
2) must be OFF for idle state = OFF (see
Fig. 4). For the RS485 mode, "half-
duplex" mode it must be set using the
configuration tool (see p. 36 RS232
Interface Settings)!
61BFO Interface
The FO interface has a transmitter and
receiver port with an ST connector. It is
a noise-immune link and is used
whenever especially high interference
levels are to be expected in the
operating environment, or when
equipotential bonding with the terminal
device must be avoided. The data
transfer rate is that of the RS232
interface. The terminal device (e.g. a
SIPROTEC®4 unit) or a further device
from the Siemens accessory program
(e.g. 7XV5300 or 7XV5450 star coupler
for operating two or more SIPROTEC®
devices) can be connected directly to
the FO port.
Note: The FO interface is always active with the RS232 interface; the DIP switch (FO-
OFF/FO-ON) only sets the idle state.
Fig. 4: Connectors and DIP switch positions
RS485
Fig. 5: Connectors and DIP switch positions FO

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To use the FO interface, DIP switch S2-2 must be set to match the FO idle state of the
communications partner (ON or OFF). DIP switch S2-1 for RS232/485 selection must
be set to RS232. DIP switches S1-1 and S1-2 must be set to OFF (see Fig. 5).
On SIPROTEC units, the idle state is pre-set to OFF. This is also the factory setting of
the Serial Hub.
The 9-way RS232 interface can be used in parallel. If it is not, please cover it with
the red protective cover included in the scope of supply !
If the FO interface is not used, it must also be covered with the protective covers
included in the scope of supply.
62BEthernet Interface (10BaseT)
The Ethernet interface 10BaseT (RJ45) is connected via an Ethernet patch cable (1:1,
not cross-over) directly to the output of a router or switch. The data packed in the UDP
protocol is transmitted to and received by the Ethernet via this interface. The Serial Hub
can be configured using the configuration tool on a PC connected to this network via an
ordinary patch cable.
By using the configuration tool on a PC with an Ethernet interface and a cross-over
Ethernet patch cable connected directly to the Serial Hub, it is possible to configure the
Serial Hub as well.
The configuration tool is included in the scope of supply.
28BAuxiliary voltage
The auxiliary voltage Vaux (AC/DC) and the protective earth conductor are connected via
three terminals. The wide-range power supply unit has reverse polarity protection
(terminals L+ and L- could be exchanged to AC and DC operation) and can for example
be used in substations with substation batteries. It features double or reinforced
insulation and backs up the auxiliary voltage for >50ms.
29BGOK Contact
The isolated GOK contact (device run) is for alarming faulty device states. The device
internally monitors the supply voltage and proper functioning of the device.
The contact is open in the normal operating state and closes on faults and auxiliary
voltage failure. It is connected via two terminals (GOK 1+2).
30BINIT button
The INIT button is for resetting the Serial Hub to its factory (default) settings and should
only be operated by technically qualified personnel.
It can be used to set a defined baud-rate locally for service work. The default baud-rate
is 9600 8N1. The Serial Hub also outputs a reset string with the date and version
number of the firmware on its serial interface (RS232 / RS485 / FO).
This reset string can be read by a terminal program (e.g. HyperTerminal in Windows) on
a connected PC. The serial interface of the PC must be set to the default baud-rate.
You do not need to use the INIT button if you know the baud-rate!
Operating the INIT button does not alter any settings relevant to security such as IP
addresses or password!

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31BMeaning of Displays
The LEDs indicate the state of the device and have the following meaning:
Fig. 6: Connectors, displays (LEDs) and INIT button
•GOK Device run: switched on, operating voltage OK
(GOK) device operational
•System Slow flashing (approx. 1Hz):
no connection to the terminal device
fast flashing (approx. 2Hz) :
connection with the terminal device is running (CONNECT)
•LAN Physical connection with the network is operational
•LAN RxD Receiving data packets from the Ethernet
•LAN TxD Transmitting data packets to the Ethernet
•COM RxD Receiving data on the serial line
from the terminal device (RS232/485 or FO)
•COM TxD Transmitting data on the serial line
to the terminal device (RS232/485 or FO)
•ERROR Error on the serial line (RS232/485 or FO)

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3BMounting and Commissioning
This chapter is intended for experienced commissioning personnel. This personnel must
be familiar with the commissioning of protection and control systems, with the
management of power systems and with the relevant safety rules and standards.
Hardware modifications that might have to be made in certain cases are explained. For
primary testing, the connected protection unit must be switched on.
General
Warning of improper transport, storage,
installation or mounting of the device
Failure to observe these precautions can result in death, personal
injury, or serious material damage.
Problem-free and safe use of this device depends on proper
transport, storage, installation and mounting of the device. All
warnings and instructions in this manual must be taken into
account.
In particular, the general installation and safety regulations for
work with power current equipment (e.g. ANSI, IEC, EN, DIN, or
other national and international regulations) must be observed.
32BMounting Instructions
Devices for DIN rail mounting are only permitted for operation in enclosed housings or
cubicles, and may only be mounted in locations that are accessible to qualified
personnel only.
The DIN rail housing is intended for mounting on a symmetrical mounting rail according
to EN 60715.
For mounting, the device is swung downwards onto the DIN rail, pressed downwards,
and snapped on by pressing backwards. The connection is released by lifting the
locking element on the underside of the device using a flat screwdriver to loosen it from
the mounting rail. The device can then be lifted off the DIN rail in the opposite direction
to the snap-on movement.
The data lines for electrical interfaces, e.g. RS232 or RS485, must be encased in
screened, earthed cables.
The FO cables must comply with the connection standard of the device (technical data).
The mounting location should be as vibration-free as possible. The permissible ambient
temperature (operating and functional temperature) must be observed (see Technical
Data).
Operation outside the functional temperature range or in environments with increased
air pollution can lead to malfunctions, failure, and destruction of the device (note the IP
class of the device).

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Connecting the Device
This describes the connection of all data and power supply lines that are necessary for
safe operation.
In the case of electrical installation, follow the rules governing mounting of power
current equipment.
Warning
Always use wire end ferrules for stranded conductors.
Warning
Never look into fibre-optic waveguide elements or the ends of the
fibres.
Please observe the permissible bending radii of the optical fibre waveguide
(manufacturer data).
Bending cables to a smaller radius than the minimum bending radius can destroy the
FO fibres.
33BAuxiliary Power Connection
The contacts for the operating voltage are established via the terminals on top of the
device. For the assignment of terminals please refer to the relevant sections of this
manual.
The supply voltage of the device must be protected with an external disconnection
device including a fuse, and identified as such. The fuse selected must be suitable for
the cross-section of the connection wires or for the cubicle wiring. (For the fuse value,
see the Technical Data.)
Screw terminal connection
Minimum cross-section of the
wires for auxiliary voltage and
earth (ground)
Nominal conductor cross-section
Tightening torque
Solid or stranded conductors with wire end ferrules
for conductor cross-sections 0.25 mm2 to 2.5 mm2.
The dielectric strength of the connecting wires must
be at least 300 V AC.
Stripping length: up to 8 mm
1.5 mm2
2.5 mm² , rigid conductor or with wire end ferrule
0.5 Nm

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34BConnection to the Sub D connector
The Sub D connector must be fastened tightly after connection. The pin assignment is
to be found in the relevant sections of this manual (page 41 ff).
35BEthernet Connection
The Serial Hub is connected to the network, i.e. a router or switch, by using a patch
cable, via the RJ45 (10BaseT) connector.
The dielectric strength of the Ethernet cable must be at least 300 V AC.
OR
The Serial Hub is connected directly to the LAN port of the operating PC using a cross-
over patch cable via the RJ45 connector.
The "link LAN" LED indicates correct connection with the Ethernet.
If that is not the case, check the network connection or network cable.
Cat5 cables (or better) must be used.
36BCommissioning
Check whether the operating data match the values on the rating plate. Do not make
any changes on the device that are not described in this manual.
Plug in the connecting cable for the RS232/RS485 and fasten it tight or plug in the FO
cable and secure it. If you are not using the Sub D connector for RS232/RS485, attach
the red cover supplied.
Set the DIP switches for serial mode (RS232 / 485 / FO).
Maintenance and Cleaning
The device is maintenance-free. Use only a dry cloth for cleaning.
Never use liquid or aerosol cleaning agents.

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4BPractical Safety Information
As is the case for all electrical equipment, there are some basic safety precautions to be
taken. These safety precautions are primarily for your own protection but also prevent
damage to the device.
Settings not described in the manual, and changes to the device electronics can only be
carried out by an authorised vendor.
Read the device manual carefully and keep it close at hand.
Make sure that …
the device is always connected to protective earth
the device is never placed near a heating source or the outlet of an air-
conditioning unit.
the device is never exposed to direct sunlight.
the device never comes into direct contact with liquids of any kind. Never use
liquids in the vicinity of the device.
opening the housing can lead to electric shock and other damage. Never make
any changes to the device that are not permitted in this manual. Doing so could
damage the device. Any damage caused by unauthorised handling of the device
are done at own risk and own cost of repair or replacement.
Make sure that …
the rating of the supply voltage corresponds to the specification on the device
main plate If in doubt, contact your supplier.
the supply voltage is protected against surges and other disturbances.
the maximum power rating of the connected cables is not exceeded and
conductors have the required minimum cross-section.
all connected cables are protected against damage.
a damaged supply voltage cable is replaced immediately.
the line-side fuse is removed before cleaning the device to ensure complete
disconnection from the power source, and precautions are taken to prevent
unintentional reconnection.

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5BPreparing the Operating PC or Service Notebook
Before commissioning the Serial Hub, the following precautions must be taken on the
on the operating PC or service Notebook:
Installation of the hub driver
To operate a serial hub from a WINDOWS®application in which an Ethernet link
is intended to be established, a driver providing a virtual serial COM port must
first be installed, using the configuration tool. This is done by installing and
setting up the configuration software.
In the application, the virtual COM ports look like interfaces integrated into the
PC/Notebook. Up to 255 virtual COM ports (minus the number of physical COM
ports) can be installed on a PC/Notebook.
This requires the following operating systems
Microsoft Windows®XP Prof. 32-Bit SP3
Microsoft Windows®7 Prof. 32-Bit SP1
Microsoft Windows®7 Prof. 64-Bit SP1
Microsoft Windows®Server 2008 R2 / 64-Bit
These Windows Operating Systems were used to test the installation as well as
the full scope of functionalities of the device.
•Installing the Configuration Software
For the installation of the configuration tool corresponding set-up files are
available for the various WINDOWS®-Operating Systems.
“ipEther.config.Setup_x86.exe” for Windows®XP SP3 and 7 SP1 32-Bit
“ipEther.config.Setup_x64.exe” for Windows®7 SP1 64-Bit and Server 2008 R2
There are two ways of configuring the Serial Hub, using the configuration tool, via
the Ethernet interface.
1. The Serial Hub is connected directly to the operating PC/Notebook, using
a cross-over patch cable. After the configuration tool has been started, the
connected Serial Hub is automatically located and can be configured.
2. The Serial Hub is connected with a patch cable to a switch in an existing
network, to which the operating PC/Notebook is connected as well. After
the configuration tool has been started, all connected Serial Hubs are
located automatically and can be configured. To configure Serial Hubs
that are located in another network segment (e.g. behind a router), they
must be searched for in the network by manually entering the IP address.
•Configuring the Ethernet Interface of the Operating PC
In order to enable the operating PC to communicate with the Serial Hub, the
Ethernet interface of the operating PC/Notebook must be configured accordingly.

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14BConfiguring the LAN Interface of the Operating PC
There are two ways of configuring the Serial Hub on a PC/Notebook using the
configuration tool via its Ethernet interface:
37BDirect PC <–> Serial Hub LAN connection with "cross-over patch cable"
The Serial Hub is connected directly to the operating PC/Notebook using a cross-over
patch cable. A fixed IP address must be assigned to the LAN interface of the computer
for this purpose.
Note: If the computer is operated in a company LAN, a variable IP address is usually
assigned by the server (see next section). If the Serial Hub is to be configured directly
via the cross-over cable with this computer, a fixed IP address must be assigned to this
computer for this time.
Select the appropriate "Local area connection"
under "Connections".
In the "Local area connection status" window,
click the
"Properties"
button to switch to the local area connection
settings.