Description and Operating Instructions
J Gigabit LAN Switch
The MACH 3001 is a modular Gigabit
Switch with optional IP routing.
The MACH 3001 chassis includes:
– one power supply unit (230/120VAC)
– four fans
– one basic board with four media sockets
for connecting media modules or the
router module
– two connectors for redundant 24VDC
operating voltage, 10 A maximum
The MACH 3001 switches support ETHERNET
10 MBit/s, Fast ETHERNET 100 MBit/s and
Gigabit ETHERNET 1000 MBit/s. They support
switchted ETHERNET networks, and backbones in accordance with IEEE standard 802.3
using copper technology or fiber optic (F/O).
Functions:
– Spanning tree algorithm
– Frame switching
– IP routing (optional)
– Displays
– Redundancy
– SNMP and web management
– Security
Displays for:
– Integrated Power supply unit (PSU1)
– 24VDC connectors (PSU2, PSU3)
– Integrated fans (FAN1 to FAN4)
– Integrated basic board (BOOT/RUN,
MASTER/SLAVE, ERROR)
– Media modules (Link status/Data, Syn-
chronous, Link status, Data out, Data In)
– Router module: Activity, Transmit
The integrated basic board has 4 sockets for
connecting the router module and media
modules. The MACH 3001 enables configurations with up to 32 ports, depending on
the choice of media modules.
Media modules:
– 4 port ETHERNET multimode
– 2 port Fast ETHERNET singlemode
– 2 port Fast ETHERNET multimode
– 8 port Fast ETHERNET twisted pair
– 8 port Fast ETHERNET multimode
– 1 port Gigabit ETHERNET singlemode
– 2 port Gigabit ETHERNET singlemode
– 2 port Gigabit ETHERNET multimode
– 2 port Gigabit ETHERNET twisted pair
– Router module
The MACH 3001 has one V.24 interface for
external management.
You will find detailled description of the
Gigabit LAN Switch MACH 3000 in the
„MACH 3000 Manual – J Gigabit LAN
Switch“ on the CD-ROM enclosed with the
chassis.
MACH 3001
Order No.
943 739-001
MACH 3001
2
The performance features described here
are binding only if they have been expressly
guaranteed in the contract. We have
checked that the contents of the technical
publication agree with the hardware and
software described. However, it is not possible to rule out deviations completely, so we
are unable to guarantee complete agreement. However, the details in the technical
publication are checked regularly. Any corrections which prove necessary are contained in subsequent editions. We are grateful
for suggestions for improvement.
We reserve the right to make technical
modifications.
Permission is not given for the circulation
or reproduction of this document, its use or
the passing on of its contents unless granted expressly. Contravention renders the
perpetrator liable for compensation for
damages. All rights reserved, in particular
in the case of patent grant or registration of
a utility or design.
Copyright
© Hirschmann Electronics GmbH 2005
All Rights Reserved
Note
We would point out that the content of
these operating instructions is not part of,
nor is it intended to amend an earlier or existing agreement, permit or legal relationship. All obligations on Hirschmann arise
from the respective purchasing agreement
which also contains the full warranty conditions which have sole applicability. These
contractual warranty conditions are neither
extended nor restricted by comments in
these operating instructions.
We would furthermore point out that for
reasons of simplicity, these operating
instructions cannot describe every
conceivable problem associated with the
use of this equipment. Should you require
further information or should particular
problems occur which are not treated in
sufficient detail in the operating instructions, you can request the necessary information from your local Hirschmann sales
partner or directly from the Hirschmann
office (address: refer to chapter entitled
„Notes on CE identification“).
Safety Instructions
This manual contains instructions which
must be observed to ensure your own personal safety and to avoid
damage to devices and machinery. The
instructions are highlighted with a warning
triangle and are shown as
follows according to the degree of endangerment:
z
Danger!
means that death, serious injury or
considerable damage to property
will result if the appropriate safety
measures are not taken.
z
Warning!
means that death, serious injury or
considerable damage to property
can result if the appropriate safety
measures are not taken.
z
Caution!
means that light injury or damage to
property can result if the appropriate safety measures are not taken.
Note: is an important piece of information
about the product, how to use the product,
or the relevant section of the documentation to which particular attention is to be
drawn.
Certified usage
Please observe the following:
z
Warning
The device may only be employed
for the purposes described in the
catalog and technical description,
and only in conjunction with external
devices and components recommended or approved by Hirschmann.
The product can only be operated
correctly and safely if it is transported, stored, installed and assembled
properly and correctly. Furthermore,
it must be operated and serviced
carefully.
Safety Guidelines
Power Supply
For reasons of safety, the fuse installed in
the integrated power supply unit PSU1
must not be changed.
The power supply unit PSU1 (regional voltage input, 230/120VAC) is fixed in the chassis.
Only switch on the device when the
housing is closed. Close all empty slots
with a covering panel.
The devices may only be connected to
the supply voltage shown on the type
plate.
Check the configuration of the 24VDC
connectors and of the cables before you
connect an external 24VDC voltage to
the 24VDC inputs PSU 2 and/or PSU3.
Relevant for North America:
The subject unit is to be suppplied by a
Class 2 power source complying with the
requirements of the National Electrical
Code, table 11(b). If power is redundant
supplied (two individual power sources) the
power sources together should comply with
the requirements of the National Electrical
Code, table 11 (b).
Relevant for North America:
Peripheral equipment must be suitable for
the location it is used in.
Use 60/75°C or 75°C copper(CU)wire only.
Safety Guidelines
Shielding Ground
Note: The shielding ground of the connec-
table twisted pairs lines is connected to the
front panel as a conductor.
Beware of possible short circuits when
connecting a cable section with conductive
shielding braiding.
Safety Guidelines Housing
For installing media modules you have to
open the MACH3001 chassis.
z
Warning!
The chassis must not be opened
during operation.
If you use the internal 230/120VAC power
supply unit, the device is grounded via the
power supply cable which is included in the
scope of delivery.
If you use one or two external 24VDC power
supply units, the device has to be grounded
via the optional grounging thread on the
back of the chassis. It is located on the left
over the PSU2 connector.
Make sure that the electrical installation
meets local or nationally applicable safety
regulations.
z
Warning!
The ventilation slits must not be
covered so as to ensure free air circulation.
The distance to the ventilation slots
of the housing has to be a minimum
of 10 cm.
Never insert pointed objects (thin
screwdrivers, wires, etc.) into the
inside of the subrack! This especially applies to the area behind the
socket connectors. Failure to observe this point may result in injuries
caused by electric shocks.
Cover empty slots with blank
panels.
Note: The housing has to be mounted in
horizontal position.
Media modules and router modules
may only be installed or deinstalled by
an electrician.
The internal workings of the chassis are
not for users! Do not reach inside a
switched-on device because of the danger caused by high energy densities.
In case a device is switched off, fan bla-
des continue rotating for about 30
seconds. Do not reach into the rotating
fan!
Note: If installed in a living area or office
environment, the device must be operated
exclusively in switch cabinets with fire protection characteristics according to EN
60950..
Safety Guidelines Environment
z
Warning!
The device may only be operated in
a maximum surrounding air temperature of 0°C to +50°C at a relative
air humidity of 20% to 90% (noncondensing).
The installation location is to be selected so as to ensure compliance with the climatic limits listed in the Technical Data.
To be used in an up to Pollution Degree
2 environment only (IEC 60664-1).
3
Staff qualification
requirements
Qualified personnel, as understood in this
manual and in the warning signs, are persons who are familiar with the setup,
assembly, startup, and operation of this
product and are appropriately qualified for
their job. This includes, for example, those
persons who have been:
– trained or directed or authorized to
switch on and off, to ground and to label
power circuits and devices or systems in
accordance with current safety engineering standards
– trained or directed in the care and use of
appropriate safety equipment in accordance with the current standards of safety
engineering
– trained in providing first aid.
General Safety Instructions
This device is electrically operated.
Adhere strictly to the safety requirements
relating to voltages applied to the device as
described in the operating instructions!
z
Warning!
Failure to observe the information
given in the warnings could result in
serious injury and/or major damage.
Only personnel that have received
appropriate training should operate
this device or work in its immediate
vicinity. The personnel must be fully
familiar with all of the warnings and
maintenance measures in these
operating instructions.
Correct transport, storage, and
assembly as well as careful operation and maintenance are essential in
ensuring safe and reliable operation
of this device.
Use only undamaged parts!
These products are only to be used in
the manner indicated in this version of the
”Description and Operating Instructions”.
Particular attention is to be paid to all
warnings and items of information relating
to safety.
z
Warning!
Any work that may have to be performed on the electrical installation
should be performed by fully qualified technicians only.
z
Warning!
LED- or LASER components according to IEC 60825-1 (2001):
CLASS 1 LASER PRODUCT.
LIGHT EMITTING DIODE - CLASS 1
LED PRODUCT.
Based specifications and
standards:
The devices fulfil the following specifications and standards:
– EN 61000-6-2:2001 Basic standard – inter-
ference resistance in industry
– EN 55022:1998 + A1 2000 – Interference
characteristics for IT systems
– EN 60950:1997 – Security in IT systems
– FCC 47 CFR Part 15:2000 – Code of Federal
Regulations
– cUL 508:1998 – Safety for Industrial Con-
trol Equipment
Certified devices are marked with a certification identifier.
ESD guidelines
The router modules and the media modules
contain components highly sensitive to
electrostatic fields. These components can
be easily destroyed or have their lives shortened by an electrical field or by a discharge
caused by touching the card. For these reasons, the extension modules are delivered
in a conducting ESD protective bag. This
packaging can be reused.
Be sure to observe the following precautions for electrostatic sensitive devices
when handling the components:
Establish electrical potential equality
between yourself and your surroundings, e.g. with the aid of a wrist bracelet that you attach to the chassis. If the
power supply cable is connected, the
chassis is grounded via the power
connection.
Only then remove the extension modu-
les from the conducting bag.
Store the modules in their conducting
bags whenever they are not in the chassis.
ESD protective field kits are available for
working with electrostatic sensitive devices.
You can find more information about devices vulnerable to electrostatic fields in
DIN/IEC 47 (Sec) 1330; February 1994 Edition and DIN EN 100 015.
7
Notes on CE
identification
The devices comply with the regulations of the following European
directive:
89/336/EEC
Council Directive on the harmonization of the legal regulations of member states on electromagnetic compatibility (amended by Directives
91/263/EEC, 92/31/EEC and
93/68/EEC).
Low Voltage Directive 73/23/EEC,
amended by the Directive 93/68/EWG
The EU declaration of conformity is
kept available for the responsible
authorities in accordance with the
above-mentioned EU directives at:
Hirschmann Electronics GmbH
Automation and Network Solutions
Stuttgarter Straße 45-51
D-72654 Neckartenzlingen
Telefon 01805-14-1538
The product can be used in the residential sphere (residential sphere,
business and trade sphere and small
companies) and in the industrial
sphere.
z
Warning!
This is a Class A device. This equipment may cause radio interference if
used in a residential area; in this
case it is the operator´s responsibility to take appropriate measures.
The precondition for compliance
with EMC limit values is strict adherence to the construction guidelines
specified in this description and
operating instructions.
FCC Note:
This equipment has been tested and found
to comply with the limits for a Class A digital device, persuant to part 15 of the FCC
Rules. These limits are designed to provide
reasonable protection against harmful interference when the equipment is operated in
a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy and, if not installed and
used in accordance with the instruction
manual, may cause harmful interference to
radio communications. Operation of this
equipment in a residential area is likely to
cause harmful interference in which case
the user will be required to correct the interference at his own expense.
,
Recycling Note:
After its use, this product has to be
processed as electronic scrap and
disposed of according to the prevailing waste disposal regulations of
your community / district / country /
state.
4
1. Functional description
The MACH 3001 is a modular Gigabit
Switch with the functions spanning tree
algorithmus, frame switching, IP routing,
displays, redundancy, management and
security.
The integrated basic board is for connecting
the network segments.
It has
– the complete logic for controlling the data
traffic
– its own management agent
– as well as 4 sockets for connecting media
modules. Media modules form the direct
interface for connecting to network seg-
ments.
The basic board has a management agent
with an IP address and a MAC address.
Three LEDs show the operating status of
the integrated basic board.
1.1 HARDWARE FUNCTIONS
Diagnosis
When restarting, the MACH 3001 performs
a hardware self-test. During operation, an
integrated watchdog (monitoring unit)
monitors the function of the software.
Autonegotiation
Autonegotiation is a procedure in which the
switch automatically selects the operating
mode of its 10/100 RJ-45 ports. When a link
is set up for the first time, the switch detects
the speed (10 or 100 Mbit/s) and the transmission mode of the linked network (half
duplex or full duplex). The automatic setting of the ports eliminates the need for
manual intervention on the part of the user.
The autonegotiation function is
activated/deactivated by the management.
Autopolarity exchange
If the receive-line pair of a twisted-pair
cable is incorrectly connected (RD+ and RDare reversed), polarity is reversed automatically.
1.2 SPECIFIC FUNCTIONS OF THE
TP/TX INTERFACE
Line monitoring (link control)
Using regular link-test pulses in accordance
with the IEEE 802.3 10BASE-T/100BASE-TX
standard, the MACH 3001 monitors the
connected TP line segments for short circuiting or interruptions. The MACH 3001
does not send any data to a TP segment
from which it does not receive a link-test
pulse.
Note: An unassigned interface is interpreted as a line interruption. The TP line to a
deactivated terminal device is also interpreted as a line interruption, since the currentfree connected device is unable to send
link-test pulses.
1.3 SPECIFIC FUNCTIONS OF THE
FIBER OPTIC INTERFACE
F/O monitoring
A MACH 3001 monitors the connected fiber
optic lines for breaks in accordance with the
IEEE 802.3 10BASE-FL and 100BASE-FX
standard.
Note (concerning 1.2 and 1.3): If a line
interruption occurs the management agent
sends a trap to the management station.
The sending of such a trap can be stopped
by the management.
1.4 FURTHER FUNCTIONS AND
FEATURES
Reset
The MACH 3001 is reset by the following
events:
– management
– insufficient level of all three input voltages
– watch dog
– Reset button (basic board)
The following actions are carried out after a
reset:
– self-test
– initialization
1.5 SECURITY
SNMP
In the delivery state, the switch is accessible
via the community ”public” (read only) and
”private” (read and write) to every computer.
To protect your switch from unwanted
access:
First define a new community which
you can access from your computer
with all rights.
Note: Make a note of the community name
and the associated index. For reasons of
security, the community name cannot be
read later. Access to the community access,
trap destination and trap configuration table
is made via the community index.
Treat this community with discretion
since everyone who knows the community can access the switch MIB with the
IP address of your computer.
Limit the access rights of the known
communities or delete their entries.
Overwrite the variable (instant) hmAuth-
HostTable.1.0.0.0.0.0 with new values.
SNMP traps
If unusual events occur, they are reported
immediately to the management station via
traps. Traps are alarm messages which
bypass the polling procedure (to poll means
to query the data stations at regular intervals).
Traps make it possible to react quickly to
critical situations, e.g.:
– a hardware reset
– changing the basic device configuration
– segmentation of a port
Traps can be sent to various hosts to increase the transmission reliability for the messages. The management agent sends traps
to those hosts that are entered in the target
table (trap destination table). The trap destination table can be configured with the
management station via SNMP.
User groups
The user group function is a special application of the VLAN function with emphasis on
security. While VLANs generally work portbased, the user groups are based on portrelated MAC addresses.
The configuration is carried out via the network management software HiVision.
Fig. 1: MACH 3001 chassis with plug-in modules
integrated:
FAN1
FAN2
FAN3
FAN4
(PSU1 to PSU3)
3-pole DIP switch
for specifying the
configuration of the
power supply units
socket 1
reset button
for media module
socket 2
V.24 connection for
for media module
external management
integrated:
power supply unit
PSU1
socket 3
for media module
rear of the device:
24VDC connector PSU3
socket 4
for media module
24VDC connector PSU2
5
1.5 DISPLAYS
On the front of the MACH3001, from left to
right, are the "PSU1", "PSU2", "PSU3"
(power supply state) and "FAN1", "FAN2",
"FAN3", "FAN4” (fan rotation speed monitoring) LEDs, as well as the LEDs of the integrated basic board (fig. 2). The fans are
numbered in order from the back to the
front. FAN1 is at the rear left of the device,
FAN4 at the front left (fig. 1).
Power supply unit
PSU1 – Power Supply Unit 1
(green LED)
– lit green: – the secondary voltage
supply 1 is within the specified voltage range
– not lit: – the secondary voltage
supply 1 is not present
PSU2 – Power Supply Unit 2
(green LED)
– lit green: – the voltage at the PSU2
24VDC connection is within the specified voltage
range
– not lit: – there is no voltage at the
PSU2 24VDC connection
PSU3 – Power Supply Unit 3
(green LED)
– lit green: – the voltage at the PSU3
24VDC connection is within the specified voltage
range
– not lit: – there is no voltage at the
PSU3 24VDC connection
Fans
FAN 1 (green LED)
– not lit: – the fan speed of Fan 1 is
outside the stipluated
speed
– lit green: – the fan speed of Fan 1 is
within the stipluated
speed range
FAN 2 (green LED)
– not lit: – the fan speed of Fan 2 is
outside the stipluated
speed
– lit green: – the fan speed of Fan 2 is
within the stipluated
speed range
FAN 3 (green LED)
– not lit: – the fan speed of Fan 3 is
outside the stipluated
speed
– lit green: – the fan speed of Fan 3 is
within the stipluated
speed range
FAN 4 (green LED)
– not lit: – the fan speed of Fan 4 is
outside the stipluated
speed
– lit green: – the fan speed of Fan 4 is
within the stipluated
speed range
Integrated basic board
These LEDs provide information on the operating status of the basic board.
BOOT/RUN (green/yellow LED)
– not lit: – no power supply
– lit yellow: – system start
– flashes yellow and MASTER LED lit:
– loading the configuration
– lit green: – operating correctly after
system start
MASTER/SLAVE (green LED)
– not lit: – system start
– lit green: – the management is active
LEDs
BOOT/
RUN and MASTER
/SLAVE
flash simultaneously (from Rel. 3.10 on):
– slowly: – saving actual configura-
tion data into the ACA
– fast: – loading configuration
data from the ACA
ERROR (red LED)
– not lit: – operating correctly
– lit red: – An error has occurred,
press the reset-button to
restart the card. To localize the error use a connected V.24 terminal.
– flashes red: – An error has occured
during the self test. The
switch is working with
little limitations. For locating the error use the network management software HiVision.
Media Modules
These LEDs provide information on the operating status of the media modules. The
media modules have a number of LEDs per
Port. They have one or more of the following LEDs.
LS/DA – Link Status / Data
(green/yellow LED)
– not lit: – no link
– lit yellow: – data transmission
– lit green: – active link without data
transmission
SYNC – Synchronous (green LED)
– not lit: – no synchronous signal
being received
– lit green: – receiving synchronous
signal
LS – Link Status (green LED)
– not lit: – no link
– lit green: – correct link
DO – Data Out (yellow LED)
– not lit: – currently no active trans-
mission
– lit yellow: – data being transmitted
DI – Data In (yellow LED)
– not lit: – currently no data being
received
– lit yellow: – data being received
Router module
These LEDs provide information on the operating status of the router module.
ACTIVITY (green LED)
– not lit: – Module is not active
– lit green: – Module is active
TX – Transmit (yellow LED)
– not lit: – Transmitting is actually
not active
– lit yellow: – data being transmitted
1.6 INTERFACES
Depending on the media modules connected, the MACH 3001 provides you with the
following interfaces:
10/100 Mbit/s twisted pair connection
10/100 Mbit/s ports (8-pin R45 socket) on
the MACH 3001 enable the connection of
terminal devices or independent network
segments in compliance with the IEEE 802.3
100BASE-TX / 10BASE-T standards. These
ports support:
– autonegotiation
– full or half duplex mode
– flow control
– tagging und
– autopolarity
State on delivery: autonegotiation activated.
The socket housing is electrically connected
to the front panel. The pin assignment corresponds to MDI-X.
Fig. 3: Pin assignment of a TP/TX
interface
10 Mbit/s F/O connection
10 MBit/s F/O ports (BFOC sockets) enable
the connection of terminal devices or independent network segments in compliance
with the IEEE 802.3 10BASE-FL standard.
These ports support:
– full or half duplex mode
– flow control
– tagging
State on delivery: half duplex
100 Mbit/s F/O connection
100 MBit/s F/O ports (DSC sockets) enable
the connection of terminal devices or independent network segments in compliance
with the IEEE 802.3 100BASE-FX standard.
These ports support:
– full or half duplex mode
– flow control
– tagging
– far end fault.
State on delivery: full duplex
3-pole DIP switch
Fig. 2: Display elements of the MACH 3001
for specifying the
configuration of the
power supply units
(PSU1 to PSU3)
Display elements of the
media modules (Link Status/
Data, Synchron, Link Status,
Data Out, Data In)
Reset button
Status displays for:
Fans (FAN1 to FAN4)
Power supply unit PSU1
24VDC connectors PSU2, PSU3
MASTER/SLAVE, ERROR)
Basis board (BOOT/RUN,
V.24 interface for
external management
n.c. Pin 8
n.c. Pin 7
TD- Pin 6
n.c. Pin 5
n.c. Pin 4
Pin 3TD+
Pin 2RDPin 1RD+
6
1000 Mbit/s F/O connection
1000 MBit/s F/O ports (DSC sockets) enable
the connection of terminal devices or independent network segments in compliance
with the IEEE 802-3, 1998 Edition
1000BASE-SX and 1000BASE-LX standard.
These ports support:
– full duplex mode
– flow control
– tagging
– far end fault
– autonegotiation
1000 Mbit/s twisted pair connection
1000 MBit/s twisted pair ports (8-pole RJ45
sockets) enable the connection of terminal
devices or independent network segments
in compliance with the IEEE 802-3, 2000 Edition 1000BASE-T standard. These ports support:
– full duplex mode (1000 MBit/s fixed)
– flow control
– tagging
– far end fault
– automatic MDI/MDI-X configuration
– autopolarity
The socket housing is electrically connected
to the front panel. The pin assignment corresponds to MDI-X.
Fig. 4: Pin assignment of a 1000 MBit/s
twisted pair interface
V.24 interface
(external management)
A serial interface is provided on the RJ11
socket (V.24 interface) for the local connection
– of an external management station (VT100
terminal or PC with appropriate terminal
emulation). This makes it possible to esta-
blish a connection to the UI user interface.
– of an ACA 11 Auto Configuration Adapter
(from Rel. 3.10 on).
VT-100 Terminal settings :
– Speed: 9600 baud
– Data: 8 bit
– Stopbit: 1 bit
– Handshake: off
– Parity: none
PPP access settings:
– Speed: 38.400 baud
– Data: 8 bit
– Stopbit: 1 bit
– Handshake: off
– Parity: none
Start your browser and enter the desired IP
address. The agent’s IP address is determined by the base IP address + slot no. + 9
(default base IP address: 192.168.10.1).
Should you not be able to intially establish
a connection, repeat the procedure.
The socket housing is electrically connected
to the front panel of the device.
– Pin configuration of the V.24 interface:
– TX: Pin 3, RX: Pin 5
– GND: Pin 4
– Pin 1, 2, 6: not used.
Fig. 5: Pin assignment of the V24 interface
– ACA Auto Configuration Adapter:
(from Rel. 3.10 on):
The ACA is a device for storing the configuration data of a switch of the MICE, RS2
or MACH 3000 type. In the case of a
switch failure, the configuration data can
be transferred easily by means of a substitute switch of the same type.
– Save actual configuration data to
the ACA:
With "Save local configuration" you have
the option to transmit the actual switch
configuration to the ACA and to the flash
memory. The LEDs RUN and Master are
flashing simultaneously and slowly during
the writing process.
– Load configuration data from the
ACA:
On a restart the switch assumes the configuration data of the ACA and saves it non
volatile in the flash memory. The LEDs
RUN and Master are flashing simultaneously and fast during the reading process.
2. Redundancy functions
2.1 REDUNDANT POWER SUPPLY
With the MACH 3001, you can realize
double redundancy (with 2 external
24VDC/165W power supply units) or single
redundancy (1 internal and 1 external
power supply unit or 2 external power supply units). You can achieve enhanced redundancy by means of a separate voltage supply input from different sources.
3. Installation and startup
The MACH 3001 has been developed for the
backbones of company-wide networks.
Because of its modularity and the support
provided via network management software HiVision, installation is extremely simple. A few configuration settings are required for operation.
Before installation and startup please
observe the chaptures „Safety instructions“
and „ESD guidelines“.
3.1 UNPACKING, CHECKING
Check whether the package was deliver-
ed complete (see scope of delivery).
Check the individual parts for transport
damage.
z
Warning!
Use only undamaged parts!
3.2 DEVICE INSTALLATION
Power supply unit
The PSU1 power supply unit (regional voltage input 230/120VAC) is permanently built
in and cannot be replaced by the user.
Setting the selected power supply
unit-configuration on the DIP switch
The MACH 3001 supports a redundant voltage supply. The device contains an integrated 230/120 VAC power supply unit and two
additional 24VDC connections.
– PSU1: a permanently built-in power supp-
ly unit, regional voltage input (fully equipped, max. approx. 200W/0.91A/230VAC )
– PSU2, PSU3: two redundant 24VDC inputs
(industrial voltage range 19V-32V; ”Immunity Limits for Power Ports” in line with
PLC norm, IEC/EN 61131-2; with reverse
polarity protection; fully equipped max.
165W/9A for 19V, 165W/7A for 24VDC).
PSU2 and PSU3 are located at the back of
the device (from left to right, fig. 1).
On the front of the MACH 3001, from left to
right, you will find the ”PSU1 active”,
”PSU2 active” and ”PSU3 active” DIP switches (fig. 6).
In order for the management to identify
your power supply unit configuration, you
specify via these DIP switches how you are
operating the device. Thus the management
can access to the correspondant MIB variable and you can monitor the function of the
power supply units via the management.
Specify via the DIP switches on the front
of the MACH 3001 which PSUs you are
using:
ON = power supply unit present and
switched on
OFF = power supply unit not present
Fig. 6: DIP switch for setting the power
supply unit configuration of the
MACH 3001
Fans (FAN1 bis FAN4)
The fans FAN1 to FAN4 are permanently
built in and cannot be replaced by the user
(fig. 1).
Basic board
The basic board is permanently built in and
cannot be replaced by the user.
Opening the device
To open the MACH 3001, you proceed as
follows:
Make sure the device is voltage-free,
with respect to the 230/120VAC connection and both the 24VDC connections.
z
Warning!
The printed circuit boards in the
MACH 3001 are torsion-sensitive.
You must therefore avoid bending
them to any degree. Place the
device on a flat surface before
opening it.
Remove the three screws on the back of
the chassis.
BI_DC-
Pin 8
BI_DC+
Pin 7
BI_DA-
Pin 6
BI_DD-
Pin 5
Pin 4
BI_DD+
BI_DA+
Pin 3
BI_DB-
Pin 2
BI_DB+
Pin 1
V.24 interface
Pin number
not connected
Pin 1
not connected
Pin 6
Pin 5
Pin 4
Pin 3
Pin 2
Pin 1
Pin 2
Pin 3
Pin 4
Pin 5
Pin 6
RXTXReceive Data
Transmit Data
TX
GND
RX
not connected
7
Fig
. 7: MACH 3001 back of the device
Lift the cover to an angle of 15° (see ➀
fig. 8).
z
Caution!
Make sure that you do not bend the
cover of the device too much,
because the fixing loops could become buckled otherwise.
Finally remove the cover by pulling it
forwards (see ➁ fig. 8).
Fig. 8: Opening the MACH 3001 chassis
Assembling/disassembling the media
modules or the router module
The integrated basic board has four sockets
for connecting one media module each. The
number of connectable network segments
depends on the number and type of the
basic boards installed.
Note: The media modules or router module must be current-free during replacement
(no hot swapping). The chassis of the
MACH 3001 must be opened for this purpose.
Caution! In case a device is switched off,
fan blades continue rotating for about 30
seconds. Do not reach into the rotating fan!
Assembly
z Please observe the ESD and safety
instructions on page 2 and 3.
Open the MACH 3001 in line with the
description in ”Opening the device”.
Select a socket not being used. You can
choose any free socket you like. Remove covering panel of module socket.
Keep the covering panel and screws so
that the opening can be covered if a
module is removed later.
Remove countersunk screws in the front
panel holders of the module. The countersunk screws will be required again
immediately.
z The basic board and modules are easily
bent. Choose an even surface for the
installation process.
Remove the screws from both spacers.
You will need the screws immediately
afterwards to fasten the module.
15°
1
2
first lift the cover of the chassis
to an angle of 15°
finally pull the cover of
the chassis forwards
Remove the three screws
Ensure that the screw in the middle of
the free module slot (see ➁ Fig. 12) is
screwed all the way down before you
insert the module. This screw is for
levering the media module when
disassembling the media module.
Insert the module (see Fig. 9).
Press the module downwards onto the
connector strips. In doing so press on
the point marked with an arrow (see
Fig. 10). Avoid any pressure on the
components. Avoid bending the circuit
board.
Fasten the module with the screws on
both spacers (see ➀ Fig. 12).
Fasten the front panel of the module
(see Fig. 11).
Close the MACH 3001 device by repla-
cing the cover and tightening the 3
screws on the back of the device.
Disassembly
z Please observe the ESD and safety
instructions on page 2 and 3.
Open the MACH 3001 in line with the
description in ”Opening the device”.
Remove the front panel of the module.
Remove both screws from the spacers
(see ➀ Fig. 13).
There is a screw beneath the opening
module (see ➁ Fig. 13) circuit board.
Loosening this screw levers the module
out of the socket without exerting any
bending pressure on the circuit board.
Remove the module and retighten the
screw.
Install another module or close the ope-
ning with the covering panel which you
kept after the initial installtion of the
module.
Close the MACH 3001 device by repla-
cing the cover and tightening the 3
screws on the back of the device.
MACH3001 chassis
Setup
Using the basic device as a desktop device:
Attach the rubber foot delivered with
the device to its underside.
– First remove the protective film from
the rubber foot.
➀
➁
Fig. 9: Installing the media module
Fig. 10: Media module contacts
Fig. 11: Installing and securing the front
panel of the media module
Fig. 12: Fastening the media module
➀
➁
Fig. 13: Disassembly the media module
8
– Stick one rubber foot approximately
2 cm from each corner.
Note: The adhesive surface should be free
of dust and grease.
Installation
The devices are intended to be built into a
19” rack.
Make sure there is sufficient ventilation.
If necessary, provide a fan for the 19”
rack. This will prevent the basic device
from overheating.
Measure the depth of the 19” rack so as
to allow the power supply cable and
possibly the 24VDC cables from the
back and data cables to be connected
from the front.
Note: For rack mounting use chassis
runners.
Ground
When the device is being operated by
means of the integrated PSU1 230/120VAC
power supply unit, it is grounded via the
safety plug.
In the case of operation with external
24VDC voltage via the PSU2/PSU3 24VDC
connections, the device can be grounded
via the optional grounding screw. This is
located over the PSU2 connector on the
back of the device.
Connecting the LAN cable
Connect the cable for connecting the
LAN to the appropriate media modules.
Connecting the voltage supply (PSU1)
The devices may only be connected to
the supply voltage specified on their
type plate. Connect the power supply
cable to the power supply.
Connecting the external
24VDC power supply units
Only the voltage specified on the type plate
may be connected to the 24VDC connections
(PSU2, PSU3) on the back of the device.
The two 24VDC connection sockets included
in delivery (sockets for the PSU2 and PSU3
plugs) must be connected to the cables of
the external 24VDC voltage supply:
- Stripping the 24VDC connection
cable
Strip the 24VDC connection cable as
shown in fig. 15.
- Mounting the 24VDC connection
socket
Mount the 24VDC connection cable on
the 24VDC connection socket as shown
in figs. 15 and 16.
The device is equipped with reverse polarity
protection.
Fig. 15: Stripping and assignment of the
24VDC connection cables
Fig. 16: Mounting the 24VDC connection
cable to the 24VDC connection socket
- Connecting
After preparing the connection cable
and the connection plug, connect the
external 24VDC voltage supply to the
required DC voltage connection PSU2 or
PSU3 on the back of the chassis of the
MACH 3001.
Make allowances for strain relief.
– Setting the DIP switch
Specify via the DIP switch which PSUs
you are using, as described in section
3.2.
3.3 STARTUP
You start operation of the MACH 3001 by
switching on the voltage supply and/or the
external 24VDC power supply units.
3.4 BASIC SETTINGS
On the first installation of the MACH 3001
the following settings are necessary for correct operation of the management:
Entering IP addresses
In state of delivery the IP address is entered
by BOOTP. If there is nor a BOOTP neither a
DHCP server in your network you enter the
IP address via the V.24 interface:
Connect the VT100 terminal to the RJ11
socket
Settings VT100 terminal ref. chapter
„V.24 interface (external management)“
The user interface starts after key press
Enter password
(State of delivery: private)
Enter IP addresses under System para-
meter
4. Hardware
4.1 MACH 3001 CHASSIS
Table 1 gives you an overview about the
number of media modules, power supply
units and fan units in the MACH 3001 chassis.
Equipped with 2 or 3 power supply units
(1 internal power supply unit and 1 or 2
external 24VDC power supply units) the
MACH 3001 works
– with single redundancy
(using 2 power supply units)
– with double redundancy
(using 3 power supply units)
as regards the power supply.
By means of an integrated basic board, the
MACH 3001 allows you to configure a
switch with up to 32 ports, depending on
the selection of modules.
Chassis MACH3001
Media modules up to 4
Ports up to 32
Router modules 1 maximum
Internal power
supply units 1 (integrated, 230/120VAC)
External power
supply units up to 2 (24VDC each)
Fans 4 (integrated)
Tab. 1: MACH 3001 chassis
4.2 INTERNAL/EXTERNAL POWER
SUPPLY UNITS
The separate supply of the voltage from different sources also provides a redundancy.
All power supplies can be connected simultaneously.
Three LEDs lighting up green show the correct status of the output voltages of the
PSU1 internal power supply unit and the
PSU2 and PSU3 external power supply
units.
You set the power supply unit configuration
you have realized on the DIP switch on the
front on the MACH 3001 (fig. 6).
4.3 INTEGRATED FANS
Four fans blow the warmed air on the lefthand side of the MACH 3001 chassis to the
outside. The resulting negative pressure
causes a continuous flow of cooler external
air into the chassis.
A green flashing LED per fan (FAN1 to
FAN4) shows that the fan is in correct working order.
Fig. 14: 24VDC connectors of the MACH3001
DC voltage connection
for supply circuit PSU3
pin 3
DC voltage connection
for supply circuit PSU2
-U
E2
pin 2
not connected
pin 1
+U
safety conductor
safety conductor
-U
pin 3
pin 2
pin 1
(ground, 0V)
(+24VDC)
E2
(ground, 0V)
E3
not connected
+U
(+24VDC)
E3
mains connection
PSU1
6 - 12 mm
24VDC con-
nection cable
+Ue (+24VDC)
-Ue (0V)
safety conductor
~ 25 mm
: red
: blue
: green/yellow
safety conductor
pin 3
pin 2
pin 1
24VDC connection socket for PSU2 and PSU3
o -
~ 5 mm
ø 1,5 mm
ø 1,5 mm
ø 1,5 mm
ground
not connected
+24VDC
2
2
2
9
4.4 INTEGRATED BASIC BOARD
The integrated basic board is for connecting
the network segments.
The basic board has
– the complete logic for controlling the data
traffic
– its own management agent
– as well as 4 sockets for connecting media
modules. Modules form the direct interface for connecting to network segments.
4.5 MEDIA MODULES
The media modules form the direct interface to the network segments.
4-port ETHERNET Multimode
The 4-port ETHERNET multimode media
module M-ETH 4MM-ST has 4 BFOC socket
pairs for connecting up to 4 multimode F/O
network segments in accordance with IEEE
802-3, 1998 Edition 10BASE-FL.
A green/yellow LED per port indicates the
link status as well as the data traffic.
Fig. 17: M-ETH 4MM-ST media module
8-port Fast ETHERNET twisted pair
The 8-port, Fast ETHERNET, twisted pair,
M-FAST 8TP-RJ media module has 8 RJ-45
sockets for connecting up to 8 twisted-pair
network segments in accordance with IEEE
802-3, 1998 Edition 10BASE-T/-100BASE-TX.
A green/yellow LED per port indicates the
link status as well as the data traffic.
Fig. 18: M-FAST 8TP-RJ media module
2 port Gigabit ETHERNET twisted pair
The 2 port gigabit ETHERNET twisted pair
media module M-GIGA 2TP-RJ has 2 RJ-45
sockets for connecting up to 2 twisted-pair
network segments in accordance with IEEE
802-3, 1998 Edition 1000BASE-TX. Two
green LEDs indicate the link status and synchronization, two yellow LEDs indicate that
data is being sent or received.
(2 GBit/s exchange performance maximum
with FDX)
Fig. 19: Media module M-GIGA 2TP-RJ
2-port Fast ETHERNET
The 2-port Fast ETHERNET media modules
have two DSC sockets for connecting up to
two F/O network segments in accordance
with IEEE 802-3, 1998 Edition, 100BASE-FX.
One green/yellow LED per port indicates the
link status as well as the data traffic.
Three different 2-port Fast ETHERNET
media modules are available:
– M-FAST 2LH-SC singlemode for large
distances,
– M-FAST 2SM-SC singlemode for middle
distances
– M-FAST 2MM-SC multimode for short
distances
Fig. 20: M-FAST 2SM-SC media module
8-port Fast ETHERNET multimode
The 8 port Fast ETHERNET multimode
M-FAST 8MM-MT media module has 8
MTRJ jacks for connecting up to 8 multimode F/O network segments in accordance
with IEEE 802-3, 1998 Edition, 100BASE-FX.
A green/yellow LED per port indicates the
link status as well as the data traffic.
Fig. 21: M-FAST 8MM-MT media module
1-port Gigabit ETHERNET
The 1-port Gigabit ETHERNET media modules have 1 DSC socket for connecting a F/O
network segment in accordance with IEEE
802-3, 1998 Edition, 1000BASE-LX.
Two green LEDs indicate the link status and
synchronization, two yellow LEDs indicate
that data is being sent or received.
Two different 1-port Gigabit ETHERNET
media modules are available:
– M-GIGA 1LH-SC singlemode for large
distances,
– M-GIGA 1LX-SC single/multimode for
middle distances.
Fig. 22: M-GIGA 1LX-SC media module
2-port Gigabit ETHERNET
The 2-port Gigabit ETHERNET media modules have two DSC sockets for connecting up
to two F/O network segments in accordance
with IEEE 802-3, 1998 Edition 1000BASELX/SX.
Two yellow LEDs per port indicate that data
is being sent or received. Two green LEDs
per port indicate the link status and
synchronization.
(2 GBit/s exchange performance maximum
with FDX)
Three different 2-port Gigabit ETHERNET
media modules are available:
– M-GIGA 2LH-SC singlemode for large
distances,
– M-GIGA 2LX-SC singlemode for middle
distances
– M-GIGA 2SX-SC multimode for short
distances
Fig. 23: M-GIGA 2SX-SC media module
Router module
The M-ROUTER router module has 40 IP
interfaces and covers a performance of
1 Gbit/s. The routing table contains up to
2048 entries including IP addresses.
A yellow LED indicates the traffic.
Fig. 24: M-ROUTER
10
5 Management
5.1 INTRODUCTION
The MACH 3001 supports SNMP and Web-
based management and thus offers a extensive diagnosis and configuration functions.
5.2 WEB-BASED MANAGEMENT
In order to open the Web-based management interface you need a Web browser
(program which enables to read hypertext),
for example the Netscape Navigator/Communicator or the Microsoft Internet Explorer
from version 4.x on.
Start your Web browser.
Make sure that Javascript and Java in
your browser is switched on.
To establish the connection enter the IP
address of the MACH 3001 you want to
manage with the Web-based management in the address field of the Web
browser in the following way:
http://xxx.xxx.xxx.xxx
Note: The Web-based interface uses the
plugin "Java™ Runtime Environment Version 1.3". If this is not installed on your computer, an installation via the internet is started automatically on the first start of the
Web-based interface. This installation takes
a lot of time.
For Windows NT users: Because of that
stop the installation. Install the plugin from
the enclosed CDROM. For that start the program file j2re1_3_1_xx-win-i.exe in the Java
table on the CDROM.
Login window
Choose the desired language.
In the password field the password
"public", which gives you reading
access, is pre-setted. If you want to
access the MACH 3001 with writing
access, mark the contents of the password field and overwrite it with the
password "private" (state of delivery).
Changing the password protects the
MACH 3001 against illegal access.
Click on OK.
5.3 USER INTERFACE
The User Interface offers users the option of
choosing certain functions of the management agent in a menu-driven way.
After connecting the management agent
with a VT100 terminal via V.24 or telnet,
press a key. A window will appear on
the screen for entering the password. A
maximum of up to 5 users can access
the User Interface simultaneously (one
user via V.24, the others via telnet).
Enter the password. The default value
for the password is „private“ .You can
change the password later in the User
Interface or via the WWW interface.
Please note that passwords are casesensitive. The main menu screen
appears.
Working with the User Interface
– Use the arrow keys or the tab key to move
the cursor. Pay attention to the terminal
settings.
– To change the specified values in a selec-
tion field, press the space bar.
– The new settings are accepted if the cur-
sor is in the APPLY field, and the enter key
is pressed.
– The bottom line contains a help text for
the selected item.
– To exit the User Interface, select LOGOUT
in the main menu and press the enter key.
The User Interface enables the following
functions:
– System Parameter
This menu is for entering the IP address,
Subnet mask and Gateway IP address,
VLAN ID, for displaying the MAC address of
the MACH 3001 and for executing Plug &
Play.
– System Time
This menu is for entering the system time.
– Switching General
This menu is for switching on/off the Spanning Tree, GVRP and GMRP.
– Switch Security
This menu is for switching on/off the telnet
and the Web access. State of delivery: Telnet and Web switched on.
– Port Configuration/Statistics
This menu is for port configuration and displaying the port statistic tables.
– PPP Configuration
This menu is for access the Web-based
Management via the V.24 interface.
– HIPER-Ring
This menu is for HIPER-Ring (ring redundancy) configuration.
– Configuration
The MACH 3001 has the default setting and
the user-defined setting.
This submenu offers the option of storing a
user-defined configuration. This configuration can be reloaded
– automatically when restarting or
– after restarting with the default settings
reloaded again
Any changes in this window are accepted
by choosing APPLY.
– Update
Before you can update the software, you
need to know the correct location (pathname) of the update file.
Enter the correct pathname in the field
URL of update file and then press the
enter key.
In the line Reset you can decide whether the
MACH 3001 should be restarted immediately after loading an update or at a later time.
Choose Apply to load the update. It is active
after a restart.
– Password
To protect your MACH 3001 from unauthorized access, change the password in this
submenu.
Enter your new password in the field
New Password and press the enter key.
Repeat the entry of your new password
in the field Retype password and press
the enter key.
To accept the new password, choose
APPLY and then press the entry key.
To ensure that the new password is
available after a restart, save the configuration.
– Ping
In the menu Ping you can test the accessibility of another network station.
Enter the IP address of the host, the IP
address of the desired station, and then
press the enter key.
Choose Apply to call up the answer of the
desired station.
Depending on the accessibility of the station, you will receive the answer: „Host
alive“ or „Host not alive“.
– System Reset
This menu is for resetting the system. Via
the menu „Configuration“ you define
whether the factory settings or the user
defined configuration is to be load after the
reset.
6. Further support
In the event of technical queries, please talk
to the Hirschmann contract partner responsible for looking after your account or directly to the Hirschmann office. You can find
the addresses of our contract partners
– on the Internet
(http://www.hirschmann.de).
Our support line is also at your disposal:
Tel. +49(1805) 14-1538
Fax +49(7127) 14-1551
Answers on frequently asked questions you
will find in the Internet pages of Hirschmann:
www.hirschmann.de
In the Automation and Network Solutions
Division on the SERVICES pages you will
find the catagory FAQ with MACH 3001.
www.hicomcenter.com gives you an up-todate overview of training courses about
technology and products.
11
6. Technical Data
General data
MACH 3001 Chassis
MACH 3001 Chassis with built-in basic board M-BASIC4, power supply unit and 4 fans;
for up to 4 media modules, up to 2 external 24VDC power supply units
Integrated power supply unit:
Operating voltage 230/120VAC (85VAC to 264VAC)
Input frequency 50/60 Hz (47Hz to 63Hz)
Current input 0.9 A(230VAC); 1.8A (120VAC)
Power failure bridging > 20 ms
Cosine phi at maximum load 0.98
Activation current Max. 40 A
Fuse Built into the power supply unit
Fuse of the 16 A power supply network, B characteristic
24VDC inputs at back:
Operating voltage 24VDC (-20% +33%) Safety Extra Low Voltage (SELV)
(redundant inputs uncoupled, with reverse polarity protection)
0 Volt connection of the 24VDC input plug(back) is connected to chassis!
Buffer time Min. 10 ms at 24VDC
Current consumption with media modules Max. 6.9 A at 24VDC
Overload current protection at input Non-changeable thermal fuse
Recommendation Protect every power supply unit in a device via its own power circuit
Required power
MACH 3001 40 W M-FAST 8MM-MT 1 6 W
M-PSU1 60 W M-GIGA 1LH-SC 8.5 W
M-BASIC 4 50 W M-GIGA 1LX-SC 8.5 W
M-ETH 4MM-ST 8 W M-GIGA 2LH-SC 10 W
M-FAST 8TP-RJ 10 W M-GIGA 2LX-SC 10 W
M-FAST 2LH-SC 7.5 W M-GIGA 2SX-SC 10 W
M-FAST 2MM-SC 7.5 W M-GIGA 2TP-RJ 10 W
M-FAST 2SM-SC 7.5 W M-Router 5 W
Dimensions W x H x D 482.6 mm (= 19 ") x 88.1 mm (= 2 HE) x 515 mm
Mass (state of delivery) 8.5 kg appox.
Ambient temperature Surrounding air 0 ºC to + 50 ºC + 32 °F to + 122 °F
Storage temperature Surrounding air - 20 ºC to + 80 ºC - 4 °F to + 176 °F
Humidity 20% to 90% (non condensing)
Atmospheric pressure up to 2000 m (795 hPa, higher altitudes on demand)
Laser protection Class 1 conforming to EN 60825
Protection type IP 30
Interference characteristics EN 55022 Class A, CFR-47 Part 15, FCC, Class A
Specifications and standards
EMV
– Emission – EN55022:Class A – Information technology equipment – Radio disturbance characteristics
– EN61000-3-2
– EN61000-3-3
– CFR-47 Part 15 – Code of Federal Regulations, FCC, Class A
– Immunity – EN 61000-6-2 Generic standards – Immunity for industrial environments
– (EN61131-2 – Programmable Controllers) IEC 65B/421/CDV
– EN55024 – Immunity Limits for Power Ports
Security
– General – EN60950 – Safety of Information Technology Equipment (ITE)
– cUL505 – Safety of Industrial Control Equipment
– Laser protection – EN60825-1
Certifications cUL 508 /CSA C22.2 No.142
Interfaces of the media modules
M-ETH 4MM-ST 4 ports based on 10BASE-FL with BFOC sockets
transmission distance 2 km / 6,500 ft with multimode fiber
M-FAST 8TP-RJ 8 ports based on 10BASE-T/100BASE-TX with RJ45 sockets (10/100 MBit/s)
transmission distance 100 m / 330 ft twisted pair
M-FAST 2LH-SC 2 ports based on 100BASE-FX with DSC sockets
transmission distance 80 km / 262,400 ft maximum (9 µm SMF, 1550 nm)
M-FAST 2 SM-SC 2 ports based on 100BASE-FX singlemode with DSC sockets,
transmission distance 20 km / 65,000 ft with singlemode fiber
M-FAST 2 MM-SC 2 ports based on 100BASE-FX with DSC sockets,
transmission distance 2 km / 6,500 ft with multimode fiber
M-FAST 8 MM-MT 8 ports based on 100BASE-FX with MTRJ sockets,
transmission distance 2 km / 6,500 ft with multimode fiber
M-GIGA 1LH-SC 1 port based on 1000BASE-LX with DSC socket
transmission distance 70 km / 229,600 ft maximum (9 µm SMF, 1550 nm)
M-GIGA 1LX-SC 1 port based on 1000BASE-LX with DSC socket
transmission distance 550 m / 1,800 ft (62,5 µm MMF*, 50 µm MMF*),10 km (9 µm SMF)
M-GIGA 2LH-SC 2 port based on 1000BASE-LX with DSC socket
transmission distance 70 km / 229,600 ft maximum (9 µm SMF, 1550 nm)
M-GIGA 2LX-SC 2 port based on 1000BASE-LX with DSC sockets
transmission distance 550 m / 1,800 ft (62,5 µm MMF*, 50 µm MMF*),10 km (9 µm SMF)
M-GIGA 2SX-SC 2 ports based on 1000BASE-SX with DSC sockets
transmission distance 275 m / 900 ft (62,5 µm MMF), 550 m (50 µm MMF)
M-GIGA 2TP-RJ 2 ports based on 1000BASE-TX with RJ45 sockets (1000 MBit/s)
transmission distance 100 m / 330 ft twisted pair
M-ROUTER 40 internal IP interfaces
* with singlemode fiber offset-launch mode conditioning patch cord as specified in IEEE 802.3z Draft 5.
Scope of delivery
MACH 3001 1 chassis
with a basic board M-BASIC4 permanently built into a MACH 3001 chassis
with integrated 230VAC power supply unit and 4 integrated fans, non-heating appliance
power plug (Euro), terminal cable, mains connection cable, manual on CD-ROM,
brief instructions; two 24VDC connection sockets (sockets for the PSU2 and PSU3 plugs);
contains all agent and switching functions, Java-based Web interface,
4 media sockets for the connection of router/media modules,
19" mounting angle, 3 covering panels mounted, rubber feet
Order number
MACH 3001 943 739-001
Media module M-ETH 4MM-ST 943 704-021
Media module M-FAST 8TP-RJ 943 680-001
Media module M-FAST 2LH-SC 943 749-001
Media module M-FAST 2SM-SC 943 683-001
Media module M-FAST 2MM-SC 943 682-001
Media module M-FAST 8MM-MT 943 681-001
Media module M-GIGA 1LH-SC 943 742-001
Media module M-GIGA 1LX-SC 943 685-001
Media module M-GIGA 2LH-SC 943 743-001
Media module M-GIGA 2LX-SC 943 737-001
Media module M-GIGA 2SX-SC 943 684-001
Media module M-GIGA 2TP-RJ 943 741-001
Router module M-ROUTER 943 714-001
Accessories
Manual
Basics Industrial ETHERNET and TCP/IP 280 720-834
AutoConfigurationAdapter ACA 11 943 751-001 (from Rel. 3.10 on)
Terminal access cable 943 301-001
Network Management Software HiVision 943 471-100
Hirschmann Electronics GmbH
Automation and Network Solutions
Stuttgarter Straße 45-51
D-72654 Neckartenzlingen
Germany
Tel.: ++49 / 1805 / 14-1538
Fax: ++49 / 7127 / 14-1551
E-Mail: ans-support@hirschmann.de
Internet: http://www.hirschmann.com
Printed in Germany
Subject to alterations
039627004030305000
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