TDK-Lambda Genesys Series User manual

Series
Programmable DC Power Supplies
GH1kW in 1U Half-Rack 0-600V / 0-100A
GH1.5kW in 1U Half-Rack 0-600V / 0-150A
G1kW in 1U 0-600V / 0-100A
G1.7kW in 1U 0-600V / 0-170A
G2.7kW in 1U 0-600V / 0-265A
G3.4kW in 1U 0-600V / 0-340A
G5kW in 1U 0-600V / 0-500A
GSP10kW in 2U 0-600V / 0-1000A
GSP15kW in 3U 0-600V / 0-1500A
Built in compliant LAN, USB, RS-232 & RS-485 Interface
Optional Interface: IEEE488.2 (GPIB), MODBUS TCP or EtherCAT
MODBUS TCP MANUAL
Manual Supplements
The full user manual is available on TDK-Lambda website or can be ordered, refer to User manual IA761-04-02_.
Modbus® is a registered trademark of Schneider Electric, licensed to the Modbus Organization, Inc.
EtherCAT® is a registered trademark and patented technology, licensed by Beckhoff Automation GmbH,
Germany.
IA761-04-04A

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TABLE OF CONTENTS
GENERAL INFORMATION.................................................................................................. 1
CHAPTER 1: INTRODUCTION ......................................................................................... 1
1.1 Introduction................................................................................................................. 1
1.2 Feature Summary....................................................................................................... 1
CHAPTER 2: SPECIFICATIONS ...................................................................................... 3
2.1 Power Supply Specifications ...................................................................................... 3
2.2 MODBUS TCP Specifications .................................................................................... 3
2.3 MODBUS TCP Command Speed .............................................................................. 5
CHAPTER 3: SELECT CONTROL METHOD ................................................................... 7
3.1 A Variety of Control Methods ..................................................................................... 7
3.2 MODBUS TCP, LAN, LOCAL, Serial or Analog Control ............................................ 7
3.2.1 Select Local (Front Panel) Mode .................................................................. 7
3.2.2 Select RS232/485, USB (Serial) or LAN Remote Mode............................... 8
3.2.3 Select MODBUS TCP Remote Mode ........................................................... 8
3.3 MODBUS TCP Interface Option Rear Panel View..................................................... 9
CHAPTER 4: CONNECT TO NETWORK ........................................................................10
4.1 Ethernet Cable ......................................................................................................... 10
4.2 Types of Networks.................................................................................................... 10
4.2.1 NETWORK WITH A DHCP SERVER......................................................... 10
4.2.2 PEER-TO-PEER NETWORK ..................................................................... 10
4.3 Power-up the MODBUS TCP Power Supply............................................................ 11
4.4 IP Addresses ............................................................................................................ 11
4.5 Hostname ................................................................................................................. 12
CHAPTER 5: MODBUS TCP SETUP...............................................................................13
5.1 View the IP and MAC Addresses ............................................................................. 13
5.2 Change the IP Address ............................................................................................ 13
5.3 MODBUS TCP Reset ............................................................................................... 14
CHAPTER 6: WEB PAGES..............................................................................................15
6.1 Benefits of Web Pages............................................................................................. 15
6.2 Opening the Overview Page .................................................................................... 15
6.3 MODULE Overview Page......................................................................................... 16
6.4 MODULE Parameters Page ..................................................................................... 16
6.5 NETWORK Status Page .......................................................................................... 16
6.5.1 General Ethernet Settings and Status View ............................................... 16
6.5.2 Interface Counters View.............................................................................. 17
6.5.3 Media Counters View.................................................................................. 17
6.5.4 MODBUS TCP Statistics View.................................................................... 18
6.6 NETWORK Configuration Page ............................................................................... 18
6.7 SERVICES SMTP Page........................................................................................... 19

CHAPTER 7: PROGRAMMING USING SOCKETS.........................................................20
7.1 Socket Description ................................................................................................... 20
7.2 Communicating Using Sockets ................................................................................ 20
7.3 Controller Access ..................................................................................................... 20
7.4 Input Buffer Requirements ....................................................................................... 20
CHAPTER 8: CONNECTING OVER WAN.......................................................................21
8.1 View Web Pages Over WAN.................................................................................... 21
8.2 Use Sockets Over WAN ........................................................................................... 21
CHAPTER 9: MODBUS TCP DATA STRUCTURE .........................................................22
9.1 Programming / Monitoring Values Translation ......................................................... 22
9.2 Data Type ................................................................................................................. 23
9.3 Data Access ............................................................................................................. 25
9.4 Data Length (Number of Registers) ......................................................................... 25
9.5 Parameters Range ................................................................................................... 25
9.6 Read / Write Registers ............................................................................................. 25
9.7 Registers Mapping ................................................................................................... 26
9.8 MODBUS TCP Unique Commands Structure.......................................................... 29
9.9 Sequencer Activation ............................................................................................... 34
CHAPTER 10: Multi Drop Connection .............................................................................36
10.1 Selecting a Single Power Supply in a Multi Drop Chain .......................................... 36
10.2 Power Supply Configuration..................................................................................... 36

1
GENERAL INFORMATION
Documentation (including this Manual) is subject to change without notice. Refer to TDK-Lambda Technical
Data web page for an up-to-date documentation:
https://www.emea.lambda.tdk.com/uk/technical-data/data.aspx?resource=Installation-Manuals
CHAPTER 1: INTRODUCTION
1.1 Introduction
The MODBUS TCP (a short form of MODBUS TCP/IP) option for the power supply series allows
the user to remotely program, measure and check status of the power supply by MODBUS TCP protocol
implementation over the internet. MODBUS TCP is listening on a reserved system port 502 on the TCP/IP
protocol. Refer to SAFETY & INSTALLATION manual (IA761-04-01_) for information on safety
requirements, specifications and installation. Refer to USER MANUAL (IA761-04-02_) for
information on power supply operation.
Figure 1–1: Rear Panel MODBUS TCP View
1.2 Feature Summary
A. Communicate over any standard TCP/IP network
•LAN (Local Area Network).
•WAN (Wide Area Network).
•Communicate across the world using the Internet.
•PING server is supported.
•Timeout – TCP socket is closed after 1 minute if no commands are sent.
B. Web page viewable with any web page browser
•Configure network connection settings.
•Interface / Media counters monitoring.
Link/Activity LED
(Port 1)
Link/Activity LED
(Port 2)
Network Status
LEDs
Module Status
LEDs
MODBUS TCP
RJ45 Port 1
MODBUS TCP
RJ45 Port 2

2
C. Full remote programming and monitoring functions
•Uses MODBUS TCP command language.
•Compatible with MODBUS TCP test & measurement utilities.
•TCP sockets which support PLCs, Linux and other non-VISA controllers.
•Multiple and simultaneous (up to 4) sockets connections are allowed by port 502.
D. Front Panel features
•View IP and MAC addresses.
•Set a complete IP address.
•MODBUS TCP (OPT) reset.
•Remote “Blink” identity function to locate the power supply in a rack.
E. Rear Panel features (2-Port MODBUS TCP)
•Two Ethernet RJ-45 connectors (standard 8 pin jack).
•Allow connection of multiple MODBUS TCP power supplies directly.
•Each power supply receives its own IP address.
•Network status, module status and two ports link/activity indicators.
F. RS-485 Multi-drop Chain
•Allow connection of up to 31 power supplies using a simple link cable.
•One MODBUS TCP IP address shared by all RS-485 power supplies.
NOTE
Only one of the two Ethernet RJ-45 connectors should be connected to a master PC/PLC.

3
CHAPTER 2: SPECIFICATIONS
2.1 Power Supply Specifications
When using MODBUS TCP, power supply ratings and accuracies are the same as for digital remote
programming and monitoring using RS-232/485, USB or LAN. Refer to USER MANUAL (IA761-04-02_) for
those specifications.
2.2 MODBUS TCP Specifications
ELECTRICAL
ETHERNET Meets IEEE 802.3u specifications
Auto-MDIX Accepts patch or cross-over cable connection
Auto-Negotiate Selects fastest of 10Base-T or 100Base-T networks (10 or 100
Megabits per second (Half or Full Duplex)
NETWORK CONFIGURATION
MAC Address MODBUS TCP has a unique MAC address (different from the built-in
LAN).
IP Address View or set from front panel or embedded web page
DHCP Receive address from network server. Lease service.
Static IP Any IP fixed by operator
Address Resolution ARP Protocol
Hostname DNS protocol. Operator settable hostname.
Subnet Mask Mask set by DHCP or Static
Default Gateway Address set by DHCP or Static
DNS Server
PING Server
Address set by DHCP
Verify MODBUS TCP connection to instrument
MODBUS TCP Reset Reset to default configuration
MODBUS TCP PROTOCOLS
TCP MODBUS TCP packets follow Transmission Control Protocol
IPv4 Internet Protocol version 4
COMMANDS
MODBUS TCP MODBUS TCP packets follow Transmission Control Protocol
MULTIPLE CONTROLLERS
Multiple Client Up to 4 concurrent web pages or 4 TCP socket channels

4
WEB PAGE
Multiple Users Multiple web pages (up to 4) can be opened at the same time
LAN Configuration View and set LAN configuration
SUPPLY CONFIGURATIONS
Local Control Supply may be controlled from the front panel even if operator is
monitoring via MODBUS TCP connection
MODBUS TCP
Remote Control
Supply may be controlled and monitored through MODBUS TCP
connection
RS232/485, USB or
LAN
MODBUS TCP interface can be disabled to use RS232/485, USB or
LAN interfaces
Analog Control MODBUS TCP can monitor power supply while analog control is used
INDICATORS
IP & MAC Addresses View addresses on front panel
Multi-Drop Address View RS485 address on front panel
Link & Activity LEDs Indicate Ethernet cable connected at both ends, defines connection
speed and LAN packets detected (LED per MODBUS TCP port)
Network Status LED Indicate no IP address or IP exception, an error, connection timeout,
waiting for first MODBUS TCP message or at least one MODBUS TCP
message received
Module Status LED Indicates no power, normal operation, fault or firmware update
SECURITY
Block All Protocols All protocols except MODBUS TCP are blocked
TCP Sockets Only TCP sockets (up to 4) can be opened
Single Port Only port 502 is listening
COMPLIANCE
UL, IEC, TUV, CE,
ROHS, etc…
Conformances that are granted to basic power supply also apply to
power supply with MODBUS TCP interface installed

5
2.3 MODBUS TCP Command Speed
The following communication speeds are typical values only. In addition to the variability in the
MODBUS TCP interface, there are timing variations within the controller and the network routing.
Test is done using a single TCP socket application with the power supply set to a static IP address, peer-peer
configuration.
NOTE
The following speed specifications are subject to change without notice.
Typical command or query speeds (including commands not listed below):
90% of
Commands
in less than:
100% of
Commands
in less than:
Basic Settings and Measurements
Examples: 8 mSec 12 mSec
VOLT nn.nn VOLT?
MEAS:VOLT?
MEAS:CURR?
MEAS:POW?
OUTP OUTP?
OUTP:MODE?
VOLT:PROT:LEV VOLT:PROT:LEV?
System Queries
Examples: 60 mSec 74 mSec
SYST:ERR?
*ESR?
*OPT?
SYST:PON:TIME?
SYST:TEMP?
Status Register Settings and Queries
Examples: 8 mSec 12 mSec
STAT:QUES:COND STAT:QUES:COND?
STAT:QUES:ENAB STAT:QUES:ENAB?

6
90% of
Commands
in less than:
100% of
Commands
in less than:
Instrument Select for Multi-Drop
Example: 6 mSec 14 mSec
INST:NSEL INST:NSEL?
Identity Query
Example: 46 mSec 56 mSec
*IDN?
Operation Complete
Example: 6 mSec 12 mSec
*OPC *OPC?
NOTES
1. Data is shown as SCPI commands. Actual tests are performed on MODBUS TCP registers.
2. Commands which are longer than a single register might require additional execution time.
3. Sequencer commands depend on the amount of registers being read/written.

7
CHAPTER 3: SELECT CONTROL METHOD
3.1 A Variety of Control Methods
The power supply with MODBUS TCP interface is very flexible. In addition to the MODBUS TCP
interface, there are other ways the supply can be used.
Refer to USER MANUAL (IA761-04-02_) for more details on the local operation mode (Front Panel), Serial
operation mode (RS232/485 or USB), LAN operation mode (Ethernet) or Analog (Via J1, DB26HD).
3.2 MODBUS TCP, LAN, LOCAL, Serial or Analog Control
The power supply, with MODBUS TCP interface option installed, may be operated through five
interfaces. This section describes how to enable each.
MODE MODE DESCRIPTION
1 MODBUS
TCP
Control using Ethernet connection
by MODBUS TCP registers
MODBUS TCP disables serial and
LAN communication ports
2 LAN Control using Ethernet connection
by SCPI commands
MODBUS TCP is disabled if LAN is
selected
3 Local Control using the front panel
buttons and encoders
MODBUS TCP can be used to
monitor while in local mode
4 Serial Control using RS232/485 or USB MODBUS TCP is disabled if Serial
is selected
5 Analog Control using analog signals to the
26 pin ‘J1’ DB26HD connector
MODBUS TCP, LAN, Local or
Serial can be used to monitor and
set protections
3.2.1 Select Local (Front Panel) Mode
The supply may be operated in the local (or front panel) mode, even when a computer is using the MODBUS
TCP connection.
If the supply is in remote mode, the front panel REM indicator is ON. The supply may be returned to local by
pressing SYST / Lock Front Panel Button and acknowledged by clicking the Current Encoder Button.
If the power supply does not switch into local mode, then:
•If a MODBUS TCP program is running to change power supply settings/parameters, it will
automatically go to remote with every command. Stop MODBUS TCP program and then return
the supply to local mode by pressing SYST / Lock Front Panel Button and acknowledge by
clicking the Current Encoder Button.
•The supply may be set to Local Lockout. Use MODBUS TCP Register 1006 to read or write
power supply remote state, or turn the supply AC off and back on, and then press SYST / Lock
Front Panel Button and acknowledge by clicking the Current Encoder Button.

8
3.2.2 Select RS232/485, USB (Serial) or LAN Remote Mode
The serial (RS232/485 & USB) and LAN remote control may be selected even if MODBUS TCP option is
installed. The serial and LAN remote modes are described in the USER MANUAL (IA761-04-02_).
The MODBUS TCP has similar capabilities as the serial and LAN remote modes, but the MODBUS TCP
programming language is not compatible with the serial or LAN languages (GEN or SCPI).
To select RS232/485, USB or LAN mode:
1. Press the COMM button.
COMM LED illuminates. INTFC message appears on the Voltage display.
2. Rotate the Current encoder to select the required communication interface.
3. Press the Current encoder to accept parameter.
When the parameter is accepted, the display blinks once.
4. To exit the menu, press the COMM button or the BACK button.
3.2.3 Select MODBUS TCP Remote Mode
Selecting the MODBUS TCP mode allows programming over the Ethernet cable. Any setting and
measurement may be done from a remote computer using the MODBUS TCP communication. Network
configuration settings can be done via built-in web pages.
To select MODBUS TCP mode:
1. Press the COMM button.
COMM LED illuminates. INTFC message appears on the Voltage display.
2. Rotate the Current encoder to select the OPT communication interface.
3. Press the Current encoder to accept parameter.
When the parameter is accepted, the display blinks once.
4. To exit the menu, press the COMM button or the BACK button.
NOTE
Refer to USER MANUAL (IA761-04-02_), SYSTem[:COMMunicate]:INTerface <DSC> command
to select MODBUS TCP (OPT) communication interface via communication (via RS232/485, USB or LAN).

9
3.3 MODBUS TCP Interface Option Rear Panel View
The power supply rear panel, with the MODBUS TCP option installed, is shown below:
Figure 3–1: Rear Panel MODBUS TCP View
Network Status LEDs
Off – No IP address or in an EXCEPTION state
Green – At least one MODBUS TCP message received
Green, flashing – Waiting for first MODBUS TCP message
Red – Duplicate IP
Module Status LEDs
Off – No power
Green – Normal operation
Red – Major fault (including Anybus exception)
Red, flashing – Minor fault
Alternating Red / Green – Firmware update from file system in progress
Link / Activity LED
Off – No link, no activity
Green – Link (100 Mbps) established
Green, flickering – Activity (100Mbps)
Yellow – Link (10 Mbps) established
Yellow, flickering – Activity (10 Mbps)
NOTE
MODBUS TCP interface supply is ready for communication as soon as Network Status LEDs turn Green or
flashing Green. If communication is established prior the interface is ready, communication interruptions may
occur.
Link/Activity LED
(Port 1)
Link/Activity LED
(Port 2)
Network Status
LEDs
Module Status
LEDs
MODBUS TCP
RJ45 Port 1
MODBUS TCP
RJ45 Port 2

10
CHAPTER 4: CONNECT TO NETWORK
4.1 Ethernet Cable
The Ethernet cable must be supplied by the customer. It may be a standard straight “patch” CAT-5 (or better)
network cable or a “crossover” cable. Cable type is auto-detected by the power supply.
NOTE
The serial link (RS-485) cable (0.5 meters long) provided with the power supply cannot be used
for MODBUS TCP connection.
4.2 Types of Networks
There are two types of networks discussed in this document:
4.2.1 NETWORK WITH A DHCP SERVER
A typical local area network with a server computer and network administrator to keep it operating. The server
downloads the IP address and other settings to the power supply.
Figure 4–1: Network with a DHCP Server
4.2.2 PEER-TO-PEER NETWORK
In this type of configuration, the power supply is connected directly to a computer that is not a network server.
The power supply configures its own IP address and other settings.
Figure 4–2: Peer-to-Peer Network
IP address is assigned by the server using
DHCP or the Genesys+ may be set to a
static IP address
Computer with a web browser and a
program to send MODBUS TCP commands
Computer with a web browser and a program to send
MODBUS TCP commands.
The computer is not connected to any other network
IP address is a static.
IP address is set manually
CAT-5
Cables
CAT-5 Cable
(Patch or cross-over)

11
4.3 Power-up the MODBUS TCP Power Supply
The power supply MODBUS TCP option automatically detects if it is connected or disconnected from a
network. It automatically searches for a network server and receives or creates an IP address (set manually).
It will also broadcast its IP address and hostname to all other devices on the network.
1. Apply the AC power and switch ON the power supply.
2. Connect the Ethernet cable before or after the power supply is switched ON.
3. For a network with a DHCP server, wait about 10 seconds. Module Status LED turns Green.
4. For a peer-to-peer Static IP configuration, set Static IP and wait about 10 seconds. Module
Status LED turns ON. The computer screen may show LAN notification, "This connection has
limited or no connectivity".
NOTE
Power supply IP address can be viewed via the Front Panel.
4.4 IP Addresses
The simplest and most reliable way to open a network connection is via the power supply’s IP address, which
is represented by a group of four numbers separated by periods (i.e. 10.1.15.123).
The power supply can receive an IP address in two modes:
DHCP Static IP
IP Mode Select DHCP is default after “MODBUS
TCP Reset”
May be set in the web page (6.6)
or by setting via the front panel
(5.2)
IP Assignment Assigned by the network server Assigned in the web page (6.6) or
by setting via the front panel (5.2)
IP Range Any address Any address
IP Lifetime Address may change as the
DHCP server assigns addresses
dynamically to many instruments
Always fixed for the power supply
Duplicate IP Addresses The DHCP server should prevent
duplicate IP addresses
Network Status LED turns Red. IP
address is set to 0.0.0.0
NOTE
Auto-IP method is not supported.

12
4.5 Hostname
The hostname is an address in the form of name instead of IP address (i.e. G10-170). This address mode is
less common than the IP address because the hostname cannot be viewed from the front panel, and because
a naming service (such as NetBIOS or DNS) must be running on the network or the host PC.
The default hostname has the following format:
< Product Series Name> < Voltage rating > – < Current rating >.
If default power supply rating has decimal point, it is represented as “P”.
For example:
Model Default Hostname
G10-500 G10-500
G600-2.8 G600-2P8
A custom host name can be created through the web pages (refer to Section 6.6).
For example, host name can be set to TDK. In this case, the control program can send commands to TDK.
MODBUS TCP (OPT) Reset changes the host name to default.
The power supply may be set to one of the two network modes, each with a different way to use the host
name. This is shown in the table:
DHCP Static IP
Default Hostname xxxxvvvv-aaaa (Refer to
hostname example above
None, hostname cannot be
used
Hostname Protocol Hostname by DNS None, hostname cannot be
used
Hostname on Web Page Shows hostname in the
Network Configuration page
None, hostname cannot be
used
NOTE
There is no mechanism to detect duplicate hostname. Avoid setting of hostname which is already available in
the network.

13
CHAPTER 5: MODBUS TCP SETUP
5.1 View the IP and MAC Addresses
When the power supply is operating with the MODBUS TCP enabled, IP and MAC addresses may be viewed
on the front panel. To view the IP and MAC addresses, perform the following steps:
To view the IP address:
1. Press COMM button.
2. Rotate Voltage Encoder until IP appears on the Voltage display, 1appears on the Current
display.
3. Press Current encoder to enter IP configuration. Rotate Voltage encoder to view the IP
address.
The voltage display shows IP1-IP4 by rotating Voltage encoder. The current display shows the
corresponding IP field.
4. To exit the menu, press the COMM button or the BACK button.
To view the MAC address:
1. Press COMM button.
2. Rotate Voltage Encoder until MAC appears on the Voltage display, 1 appears on the Current
display.
3. Press Current encoder to enter MAC configuration. Rotate Voltage encoder to view the MAC
address.
The voltage display shows MAC1-MAC6 by rotating Voltage encoder. The current display shows
the corresponding MAC field.
4. To exit the menu, press the COMM button or the BACK button.
5.2 Change the IP Address
The power supply allows changing all four numbers (octets) of the IP address via the front panel.
The IP address has four numbers (i.e. 10.97.4.4). Each number may be set to any value from 0 to 255.
NOTE
Some restrictions may apply due to subnet settings restrictions.

14
To change the IP address:
1. Press COMM button. Rotate Voltage Encoder until IP appears on the Voltage display, 1
appears on the Current display.
2. Press Current encoder to enter IP configuration. Rotate Voltage encoder to view the IP
address. Voltage display shows IP1-IP4 by rotating Voltage encoder. The Current display
shows the corresponding IP address.
3. Rotate Current encoder to change the IP address. Press Current encoder to acknowledge new
IP address.
4. If another device is using the same address, Network Status LED turns Red.
5. To exit the menu, press the COMM button or the BACK button.
NOTES
1. Modifying the IP address via the Front Panel switches to STATIC IP addressing. (DHCP addressing is
disabled).
2. If power supply is turned on (AC or power switch) with a duplicate IP (same IP address is already
available in the network), IP address setting is 0.0.0.0.
5.3 MODBUS TCP Reset
To reset MODBUS TCP settings to its factory settings, perform the following steps:
1. Press the COMM button.
2. Rotate Voltage Encoder until OPT appears on the Voltage display, RESET appears on the
Current display. Press Current encoder.
3. SURE appears on the Voltage display, NO appears on the Current display. Rotate current
encoder one click clockwise. YES appears on the Current display.
4. Press Current encoder to reset MODBUS TCP configuration to factory default settings.
Default MODBUS TCP settings are:
•DHCP is enabled.
•If DHCP fails to get a lease, 0.0.0.0 IP setting will be obtained:
IP Address
0.0.0.0.
Subnet Mask
255.255.254.0
Gateway Address
0.0.0.0
Hostname
Refer to Section 4.5
Domain Name
Empty
DNS Server #1
0.0.0.0
DNS Server #2
0.0.0.0
Ethernet Configuration Port 1
Auto
Ethernet Configuration Port 2
Auto

15
CHAPTER 6: WEB PAGES
6.1 Benefits of Web Pages
The web pages are useful for:
•Read Ethernet configuration, statistics and verify communication with the power supply.
•Configuring the LAN connection.
6.2 Opening the Overview Page
Once the rear Module Status LED turns Green and Network Status LED turns Green or Flashing Green (refer
to Section 3.3 for LEDs overview), the web page is accessible.
1. Read the IP address from the front panel (refer to Section 5.1).
2. Open a web page browser program. Enter power supply’s IP address as shown below.
3. Press the Enter key.
Figure 6–1: IP Main Page
The power supply Overview page appears.
Alternately, the hostname may be used for addressing the web page as shown below (if the power supply is
set for DHCP, and if a DNS naming service is running on the computer). Refer to Section 4.5 for a description
of the hostname. Refer to the example below.
Figure 6–2: Hostname Main Page
The power supply Overview page appears.

16
6.3 MODULE Overview Page
The following page appears when the web page is opened for the first time or when it is refreshed:
Figure 6–3: Overview Page
Overview page contains basic information related to the optional module name (communication
type), serial number, FW (firmware) revision, operation time since last communication enable
(uptime) and internal (optional card only) CPU load.
6.4 MODULE Parameters Page
When the Parameters page is selected, the following web page opens. This page is not in use, it
contains no data (page is kept as optional).
Figure 6–4: Parameters Page
6.5 NETWORK Status Page
The Status contains four categories. General Ethernet Settings and Status view, Interface
Counters, Media Counters and MODBUS TCP Statistics.
6.5.1 General Ethernet Settings and Status View
General Ethernet Settings and Status view provides Ethernet configuration info. The info includes DHCP
status, MAC address, IP address, hostname, subnet mask, gateway, DNS, domain name and Ports (Port 1
and port 2) link status.