Echelon 79010-01 IEEE 802.15.4 HAN Card with ANSI 2S 3.1 Meter Antenna User Manual IP Meter Supplement

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Document ID	1083211
Application ID	gi/guCTXGByb0RFf0e5EkQ==
Document Description	IP Meter Supplement
Short Term Confidential	No
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Document Type	User Manual
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Filesize	6.89kB (86090 bits)
Date Submitted	2009-03-20 00:00:00
Date Available	2009-03-20 00:00:00
Creation Date	2009-03-03 13:56:56
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Document Title	Microsoft Word - IP Meter Supplement.doc
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Document Author:	jwarnell

IP Meter Supplement
This appendix provides details you will need when using Echelon’s IP Meter. The IP
Meter supports all of the features described in the ANSI Electric Meter v3.1 User’s
Guide, and also contains an internal Data Concentrator. You can connect the IP
Meter to an Ethernet network and use this Data Concentrator to supervise NES
electrical meters and other NES devices over CENELEC A-Band power line
channels, and communicate with the NES System Software located in the utility’s
service center via an Ethernet connection.
To begin using the IP Meter’s internal Data Concentrator, follow these steps:
1. Install the IP meter in its desired location as described in the ANSI Electric
Meter v3.1 User’s Guide. You should be aware that the IP Meter is
approximately 2 inches taller than the v3.1 ANSI electric meter when
performing the installation.
2. Before the IP Meter can operate correctly in your system, it must be
configured with specific operating parameters. This configuration is called
“provisioning” and is performed by writing programs with preset values
directly to the meter optical port from a computer using the NES
Provisioning Tool application. The parameters in the Provisioning Tool
programs are set by administrative staff at the governing utility, and the
programs can be distributed to technicians for meter provisioning operations.
The meter provisioning may be performed by Echelon prior to shipment, at a
service depot before transportation to the meter installation site, or at the
installation site.
Consult the NES Provisioning Tool User’s Guide for instructions to follow
when using the Provisioning Tool with the IP Meter. Make sure to select
???? as the product model when you begin provisioning to ensure that you
create the proper program.
3. If you plan on connecting the IP Meter to an Ethernet network, you can do so
using the provided cable. You should also assign the IP Meter an IP address.
These tasks are described in the following section, Using the Ethernet Cable.
Note: The IP Meter also contains an internal Wide Area Network (WAN) card you
can use to connect to a TCP/IP-based WAN, and provide automatic
communication with the utility central office. You can configure the WAN
settings for the IP Meter when you provision it with the NES Provisioning
Tool.
4. You can now use the Data Concentrator to perform a wide variety of
functions associated with device supervision, system management,
communication, memory management, alarm reporting, and system
diagnostics. Consult Chapter 3, Operation, of the DC-1000/SL and DC1000/SLE Data Concentrator User’s Guide for an overview of the
functionality provided by Echelon’s Data Concentrators.
Using the Ethernet Cable
An Ethernet cable approximately 2 meters in length extends from the IP Meter.
Connect the 8P8C connector (commonly referred to as an RJ45 connector) on the end
of the Ethernet cable to an available 10BASE-T/100BASE-TX Ethernet port. The
10BASE-T/100BASE-TX Ethernet interface in the IP Meter will auto-negotiate
communication speed and duplex with the Ethernet port that it is plugged into.
The IP Meter is designed to be provisioned with the NES Provisioning Tool and then
plugged into an Ethernet port without further configuration. This is because the IP
Meter as configured at the factory will automatically obtain an IP address from a
Dynamic Host Configuration Protocol (DHCP) server when it is connected, as long as
it has been provisioned first.
If you connect the IP Meter to an Ethernet network and no DHCP server can be
found, the IP Meter will choose an AutoIP address in the range of 169.254.x.x. The
IP Meter will then continue to search for a DHCP server periodically until the search
is successful and the DHCP server is able to assign an IP address to the Data
Concentrator.
The only configuration options for the IP Meter’s Ethernet interface are to set a static
IP address, and to revert back to a dynamic IP address, as needed. Echelon strongly
recommends using the IP Meter in a DHCP environment so that the time-consuming
and error-prone manual configuration of static IP addresses can be avoided. The
following section describes how to assign a static IP address to the IP Meter.
Assigning a Static IP Address
To assign the IP Meter a static IP address, follow these steps:
1. Download Lantronix’s® DeviceInstaller™ utility from Lantronix’s Web site at
www.lantronix.com/device-networking/utilities-tools/device-installer.html,
and install it on your PC.
2. Start the DeviceInstaller utility. If your PC has multiple network interfaces,
check that the correct Ethernet network interface is shown in the left hand
pane. If not, select the correct network interface by selecting Options from
the Tools menu.
3. Connect the IP Meter and your PC to the same Ethernet network. It is
easiest if the IP Meter and the PC obtain their IP addresses from the same
DHCP server.
4. Power up or reset IP Meter. The IP Meter needs approximately 30 seconds to
boot up and activate the Ethernet port. Therefore, wait approximately 30
seconds before proceeding to the next step.
5. Click Search on the main DeviceInstaller window to automatically discover
the IP Meter. If a device named Unknown does not appear in the explorer
pane on the left hand side of the DeviceInstaller utility, click Search again
repeatedly. You must initiate the search approximately 30 to 60 seconds
after the IP Meter has been powered up or reset.
Note: DeviceInstaller’s search will only succeed if the PC running DeviceInstaller is
on the same Ethernet subnet as the IP Meter (meaning that there are no
routers between the PC and the IP Meter). If they cannot be attached to the
same Ethernet subnet, enter the IP Meter’s IP address manually by selecting
Add Device from the Device menu. Knowing the IP Meter’s IP address may
be difficult unless you are an IP networking specialist.
6. The IP Meter will be listed as Unknown in the device list on the main
DeviceInstaller window. Expand the Unknown device, then expand the
Unknown (X8) device under it. Select the IP address item below Unknown
(X8).
7. Click Assign IP. This opens the Assign IP Address Wizard.
8. On the Assignment Method page, select Assign a Specific IP Address and
then click Next. This opens the IP Settings window.
9. Enter an IP address that will be unique and valid on your network, the
subnet mask, and the default gateway.
10. Click Next. This opens the Assignment window. Click Assign. When a
status message indicating that the IP address has been successfully assigned
to the IP Meter displays, click Finish.
Note: The IP Meter has a 30 second window of time during which it accepts
commands from the DeviceInstaller. This 30 second window occurs
approximately 30 seconds after the IP Meter is powered up or reset. If any of
the configuration steps fail, reset the IP Meter and try again. Work quickly to
avoid missing the window of time.
Assigning a Dynamic IP Address
The steps to assign a dynamic IP address to an IP Meter are the same as those
required to assign it a static IP address, with the exception that starting in step 8
above, you should perform these steps:
1. Select Obtain An IP Address Automatically on the Assignment Method
page and click Next.
2. The IP Discovery Settings page opens. Click Next, and then click Assign.
When a status message indicating that the IP address has been successfully
assigned to the IP Meter displays, click Finish.

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