Opengear sd4001 Quick Start Manual

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SD4001 Quick Start (520015-Rev 2) Page 1
SD4001
Quick Start Guide
User Manual
on the CDROM.
Step1 Check kit contents
SD4001
serial device server
Quick Start &
CDROM
Universal input
12VDC
power pack
Cisco RJ
adapter
Step 2 Connect the hardware
Plug the power pack into the AC mains and connect the DC power cable to the
12VDC
power socket on the SD4001
Connect the SD4001
LAN
port to your network
Connect your serial device to the serial port on the DB-9 male connector. With
the RJ adapter you can connect to a Cisco RJ-45 serial console with a UTP cable
By default the SD4001 is configured in RS232 mode (with a vertical jumper in
place on the left hand SEL pins). To set the port in RS422 or RS485 mode you must remove the jumper and then configure the
Signaling Protocol
in software
(refer Step 4). The DB9 pin-outs for the modes are:
Pin: Mode: RS232 RS422 RS485 1 DCD DCD+ ­2 RXD RX - ­3 TXD TX + D+ 4 DTR DTR+ ­5 GND GND GND 6 DSR RX + ­7 RTS TX - D­8 CTS DCD- ­9 - DTR- -
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SD4001 Quick Start (520015-Rev 2) Page 2
Step 3 Set up the serial device server
The default serial device server IP address is
192.168.0.1
(subnet mask
255.255.255.0
).
With a web browser on any computer that is LAN connected to the serial device server:
Enter https://192.168.0.1 into the address bar
Note: The LAN connected computer must have an IP address in the same network
range (192.168.0.xxx) as the serial device server. If this is not convenient, you can use the
ARP Ping
command to set the IP address (refer
User Manual
or online FAQ for details). The serial device server also has its DHCP client enabled by default, so it will automatically accept any network IP address assigned by any DHCP server on your network – and will then respond at both 192.168.0.1 and its DHCP address.
Log in using the default system user name
root
and the default password
default,
a Welcome screen listing the basic configuration steps is displayed
Select System: Administration, enter and confirm a new System Password
and click Apply
To assign your serial device server a static IP address or to permanently enable
DHCP, select System: IP then Network Interface and check DHCP or Static for Configuration Method
Step 4 Configure serial & network devices
Select Serial & Network: Serial Port which will display the label, mode and
protocol options currently set
To configure the serial port, click Edit
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SD4001 Quick Start (520015-Rev 2) Page 3
Configure the Common Settings (Baud Rate, Parity, Data Bits, Stop Bits and
Flow Control) to match those of the serial device being controlled
Set the Signaling Protocol to RS232, RS422 or RS485
By default the serial port is in
Console server
mode. Refer to the User Manual on
your CDROM for configuring other modes (
Terminal server, SDT, Serial bridging
)
In Console Server Settings select the protocols (
Telnet, SSH, TCP, RFC2217,
Unauthenticated telnet
) that are to be used for the data connection to the
device server and the serial port
You may also wish to set the Logging Level which specifies the details of the
communications which will be logged and monitored for this serial port. By default logging is disabled
Click Apply
Step 5 Add new users
Note: It is recommended that you set up a new Administrator user (in the
admin
group with full access privileges) and login as this new user for all ongoing administration functions (rather than continuing as
root
).
For each new user, select Serial & Network: Users & Groups and click Add
User
Enter a Username and enter and confirm a Password, and nominate the
Accessible Hosts and Accessible Ports the user is allowed to access
To grant limited access to the Management Console, check the user Group, to
grant full access to the Management Console, check the admin Group – by default the user is granted no Management Console access
Click Apply
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SD4001 Quick Start (520015-Rev 2) Page 4
Step 6 Advanced configurations
The serial device server offers many more advanced functions including:
The Alerts & Logging: Alerts facility monitors the serial port, user logins and
Managed Devices (network hosts, UPS, PDU, EMD etc). A broad selection of trigger events (such data patterns, temperature or battery levels) can be specified. When triggered, a warning email, SMS, Nagios or SNMP alert is sent to a nominated destination
Extensive management of UPSes and RPCs using open source
NUT
and
Powerman
tools. The Manage: Power facility enables both administrators and regular users to monitor and control attached PDU power strips, and servers with embedded IPMI BMCs
Historical logs of all communications with serial and network attached Managed
Devices, system activity, UPS and PDU power status, environmental status, etc. The level of logging is set as ports and devices are configured, Alerts & Logging: Port Log allows this history to be saved locally or remotely. Logs can be viewed from the Status and Manage menus
Please register your product to activate the warranty and to automatically receive advice of future firmware updates. Go to:
http://opengear.com/product-registration.html
SDT Connector
On the CDROM you will find the SDT Connector software tool. Once you have configured the serial device server, this tool provides you with secure, point and click access to the serial device server and all the attached devices.
Refer to the provided
SDT Connector Quick Start
or the User Manual on your CDROM
for details on remote management of the serial device server and connected devices.
Port Share
On the CDROM you will also find PortShare software which enables applications on your Windows or Linux PC /server/ virtual server to control serial port devices attached to a remote SD4001 serial device server.
To use PortShare configure the SD4001 serial port in
Console server
mode and specify
the appropriate protocol to be used (either RFC2117 or RAW).
Refer to the provided
PortShare Quick Start
or the User Manual on your CDROM for
more details
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