Novatek ET-485 User manual

NOVATEK-ELECTRO LTD
Intelligent Industrial Electronics
Protocol converter
ЕТ- 485,
ЕТ- 485-24
OPERATING MANUAL
Quality control system on the development and production complies with requirements
ISO 9001:2015, IDT

CAUTIONS
Carefully study the operating manual before using the appliance.
Place the unit under operating conditions and wait at least 2 hours before connecting it to the electricity
mains.
Do not use abrasives or organic compounds (alcohol, gasoline, solvents, etc.) for cleaning.
DO NOT OPEN AND REPAIR THE EQUIPMENT YOURSELF.
It may contain energized parts.
DO NOT OPERATE THIS UNIT IN CASE OF ANY MECHANICAL DAMAGE TO THE CASING.
DO NOT EXPOSE THIS PRODUCT TO WATER OR OPERATE IN A HIGH HUMIDITY
ENVIRONMENT.
This is a safe in service unit if complying with operating procedures.
UKRAINE, Odessa www.novatek-electro.com

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ЕТ-485 NOVATEK-ELECTRO
CONTENT
1. DESIGNATION
3
2. SPECIFICATIONS
4
2.1. Main specifications
4
2.2. Operating conditions
4
3. STRUCTURE AND FUNCTIONING
4
3.1. Structure
4
3.1.1. Design
4
3.1.2. Display and control
5
3.2. Functioning
5
4. MAINTENANCE AND SAFETY MEASURES
6
4.1. Safety measures
6
4.2. Maintenance procedure for ЕТ-485
6
5. CONNECTING THE ЕТ-485
6
6. OPERATING THE ЕТ-485
6
6.1. General information
6
6.2. Operating ЕТ-485 over the HTTP protocol
7
6.3. Operating ЕТ-485 over the Modbus TCP protocol
7
6.4 The operation of ET-485 in the mode of active connection to the client
8
7. SETTINGS
8
7.1. General information
8
7.2. Parameters of ЕТ-485
8
7.3. Configuring ЕТ-485 through WEB interface
15
7.4. Configuring ЕТ-485 through Modbus interface
15
8. COMPLETE SET
16
9. SERVICE LIFE AND WARRANTY
16
10. TRANSPORTATION AND STORAGE
16
11. ACCEPTANCE CERTIFICATE
16
12. DATA ON CLAIMS
16
APPENDIX A. Versions and changes
17
APPENDIX B. Switching to Ethernet
18
APPENDIX C. Examples of Networks Topology
21
APPENDIX D. Updating of integral Software
25
APPENDIX E. Symbol codes according to ASCII
28

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NOVATEK-ELECTRO ЕТ-485
This Operating Manual is intended to familiarize you with the design, the requirements for safety, operation and
maintenance procedures of the Protocol converter ET-485 and ET-485-24 (hereinafter referred to as the "device";
ET-485; the abbreviation ET-485-24 is used separately when the power characteristics are different).
The unit meets the requirements of the following:
EN 60947-1, EN 60947-6-2; EN 55011; IEC 61000-4-2.
1. DESIGNATION
ЕТ-485 is a microprocessor unit.
The unit is designed to provide data exchange between the equipment, connected to Ethernet 10BASE-T and
100BASE-T network, and the equipment, supplied with RS-485 interface and forming Modbus network. The
examples of network topology with application of ЕТ-485 are shown in appendix С.
In the RS-485 master mode, the unit redirects Modbus-queries from the clients in Ethernet network to the
devices in Modbus network and returns the answers from the devices to the clients. In the query redirection to
remote server mode, the unit maintains the connection to Modbus TCP server in Ethernet network and in addition
directs client queries to this server. In the RS-485 slave mode, the unit in addition accepts RS-485 queries from a
Modbus-client within Modbus network.
ЕТ-485 has:
flexible addressing within the Ethernet network (overloading MAC-address, static and dynamic IP-address);
different data transfer modes for Modbus network (RTU and ASCII with/without odd-even check, wide range
of transmission speeds, selectable delay;
adjustable redirection of queries;
security access (IP address filtration and/or access password for condition reading, for setting the unit, for
connection to Modbus network, and for recording/reading within Modbus network).
possibility to update the embedded software.
Changes in the ET-485 specifications and operation depending on version are described in appendix A.
Terms and abbreviations:
10Base-T –Ethernet standard for twisted pair communication with the speed of 10Mbit/s;
100Base-T –Ethernet standard for twisted pair communication with the speed of 100Mbit/s;
8P8C/RJ45 –is an unified socket for 10Base-T / 100Base-T network connections;
ACC - Active Connection to the Client, where connecting side acts as a server;
ASCII –is a table of standard codes for information interchange;
Client –is a device, which is addressing the other devices (server) with a request toperform certain functions;
DCRS - Data Collection Remote Server, to which ET-485 connects in the ACC mode
Ethernet –is a standard for packet network communication and transmitting data between units (e.g., PCs);
HTTP –is a protocol for transferring Web-pages and other data over "client-server " technology;
Indicator –is a LED element;
Internet –is a global routing system of units for storing and transferring data;
IP (protocol) –is a routable protocol for transferring data over Ethernet. It is a part of TCP/IP and used for
Internet;
IP (address) –is a node address, which is unique within a single network, operating over the IP protocol;
IPv4 –is a four byte IP-address;
MAC (address) –is an address, used for device authentication during Ethernet transmissions. It is usually
unique although qualified personnel can change it under certain circumstances.
MAC-48 –is a six byte MAC-address;
Modbus –is a standard and protocol for packet communication over the "client-server " technology for
industrial electronic units;
Modbus RTU –is a communication protocol of the unit for bite wise transfer of the package;
Modbus ASCII –is a communication protocol of the unit forthe transfer of package in the form of ASCII-symbols;
Modbus TCP –is a protocol for transferring Modbus packages under the TCP/IP standard;
Package –is a block of data to be transmitted between devices;
RS-485/EIA-485 –is a network standard for communicating units over the twisted pair;
Server –is a unit, which performs specific functions at the request of other units;
TCP/IP –is a standard and a set of protocols for transferring data along the networks with delivery
verification;
Twisted pair –is a pair of insulated conductors inside the cable, which are twisted together in order to reduce
the distortion of the transmitted signal;
Unit –is the ЕТ-485 Protocol converter;
WEB –is a system for accessing documents on the server, used in the Internet.
WEB-page –is a document, file, recourse, which is available on the Web-server;
WEB-browser –is a WEB-server client for accessing the WEB-pages, which is primarily using the HTTP
protocol.

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ЕТ-485 NOVATEK-ELECTRO
2. TECHNICAL SPECIFICATIONS
2.1. MAIN SPECIFICATIONS
Main specifications are resulted in Table 1.
Table 1 –Main specifications of the unit
Parameters
ET-485
ET-485-24
Operating supply voltage, VAC
230
Voltage to maintain normal operation, V
- alternating current
- direct current
- voltage of DC backup power
100 –250
140 –350
-
100 –250
140 –350
7 –24
Supply frequency, Hz
47 –63
Data Exchange Interface over the Ethernet network
10BASE-T/100BASE-T (twisted pair)
Supported Ethernet protocols
ARP, IP, TCP, Modbus TCP, HTTP
Maximum number of connections over the Modbus TCP protocol
11
Integrated servers
Modbus-server, HTTP-server
Data Exchange Interface over the Modbus network
RS-485
Modbus network exchange modes
Driving (Master) / Driven (Slave)
Supported Modbus protocols
Modbus RTU, Modbus ASCII
RS-485 driver maximum output voltage, V
3.3
RS-485 output current of short circuit driver (limiting), mA
250
RS-485 receiver input current, mA, no more than
0.125
Integrated terminator resistance, Ohm
300
1600
Recommend number of connected units within the Modbus network:
-when receivers input current of RS-485 bus is doesn‟t more 0,125 mA
-when receivers input current of RS-485 bus is doesn‟t more 1mA
256, not more
32, not more
Indication
LED‟s
Readiness time upon switching the unit to the mains, sec, no more than
1
Rower consumption, W, not more
2.2
1.2
Weight, kg, at most
0.200
Dimensions, mm
95 х 52 х 67
Unit purpose
Control and distribution device
Nominal operation condition
continuous
Cross section of terminals connection wires, mm²
0.3 –3
Terminal screws, N*m
0.4
Level of unit protection:
IP20
Protection class against electrical shock
II
Permissible pollution density
II
Overvoltage category
II
Rated insulation voltage, V
450
Rated impulse withstand voltage, kV
2.5
Operating position
arbitrary
Pollutants in the amount, which is not to exceed the maximum
permissible concentration
None
2.2. OPERATING CONDITIONS
This unit is designed to operate under conditions resulted in Table 2.
Table 2 –Operating conditions
Operating temperature, °С
from minus 35 to +55
Atmospheric pressure, kPa
from 84 to 106.7
Relative air humidity (at 25°С), %
from 30 to 80
3. STRUCTURE AND OPERATION
3.1. STRUCTURE
3.1.1. Design
The unit has a standard plastic case, which can be attached to the DIN-rails with the width of 35 mm. The unit
drawing, together with the overall and setting dimensions, is provided in Figure 1.

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NOVATEK-ELECTRO ЕТ-485
Figure 1 –Overall dimensions of the unit
3.1.2. Display and control
The front panel of ЕТ-485 is provided in Figure 2.
1 –Reset button "R" (the «R»reset button (is under the body and
accessible for pressing through the opening in the body) is designed to
restart the unit or factory reset.
2 –Power indicator «Power» is activated if supply voltage is available.
3 –Error indicator «Error» warns about errors (to include format errors of
incoming data packages).
4 –Indicator «RS-485» is activated while waiting a reply from the unit in
the Modbus network; is flashing while data exchange over the Modbus
network.
5 –Indicator «Ethernet» is activated when connected to the Ethernet
network; is flashing while data exchange over the Ethernet network.
Figure 2 –Front panel of ET-485
3.2. OPERATION
Simplified structural diagram of the unit is provided in Figure 3.
32-digit RISC-processor with ARM architecture provides data routing between the Modbus RTU/ASCII
(RS-485) network and Ethernet (10base-T/100base-T) network. The operating speed and availability of channels for
direct access to the memory allows to process the high-speed data flow. Indicators provide information on the
connection status and data transfer over the Modbus and Ethernet networks.
The "Reset" button allows of restart the unit, without switching it off the mains, or do a factory reset:
to do a factory reset –press and hold down the reset button "R" for 8 seconds; "Error" indicator shall be
activated in 2 seconds; the unit shall be restarted and the indicator "RS-485" shall be activated and deactivated
after 8 seconds of holding down the button; release the "R" button;
to reset the unit while saving user configurations –press and hold down the reset button "R"; release the "R"
button when "Error" indicator shall become activated.
Note –When restarting the unit, the clients may need to renew the connections.
The unit has a memory to save settings. Every unit is provided with a globally unique MAC-address (during the
production) and can be connected to local networks with a protected access to Internet.

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ЕТ-485 NOVATEK-ELECTRO
Figure 3 –Structural diagram of the unit
4. MAINTENANCE AND SAFETY MEASURES
4.1. SAFETY MEASURES
4.1.1 ЕТ- 485 IS OPERATING A POTENTIALLY LETHAL VOLTAGE;
Power off the unit, as well as any other units connected to it, before maintenance, trouble-shooting
or installation works.
4.1.2 The unit is not designed for operation under impact or vibration conditions.
4.1.3 Do not expose the inner electric components of the unit, as well as input contacts of terminal blocks and
sockets, to water.
4.1.4 Do not operate the unit in aggressive environment with the presence of acids, alkalies, oils, etc. in the air.
4.1.5 Switching, adjustment and maintenance of the unit should be conducted by the qualified personnel, who
is familiar with the provisions of this Operating Manual.
4.1.6 The following regulations should be enforced while operating and maintaining the unit: "Regulations for
Operation of Consumer Electrical Installations”; “Safety Rules for Operation of Consumer Electrical
Installations”; “Occupational Safety in Operation of Electrical Installations”.
4.2. MAINTENANCE PROCEDURE FOR ЕТ-485
Suggested maintenance interval –every six month.
The maintenance procedure includes visual inspection to verify the connection of cables to the ЕТ-485
terminals, as well as the absence of fractures and cracks on the case.
All safety regulations provided under section 4.1 should be enforced during the maintenance.
5. SWITCHING OF ЕТ-485
The unit is switched according to the diagram, see Fig. 4. Examples of Networks Topology for the different
solution of tasks are given in Appendix C.
Note. To improve performance of the device in power supply circuit of ET-485 it is recommended to install the
circuit breakers (fuses) F1 and F2 or their analogues for the current of no more than 1 А.
1)Switch the cable connection with Modbus network (twisted pair cable of Cat.1 or higher) to the "RS- 485" socket
and Modbus network (or directly to the unit with RS-485 interface).
Note - Contact “A” is designed for transferring non-inverted signal, while contact “B” is used for the
inverted signal.
2) Switch the cable connection with Ethernet network (supplied) to the “Ethernet” socket and Ethernet network.
Examples of the networks topology to solve different tasks are given in Appendix В.
3) In case of using mains supply, connect the cable to the mains (the cable with copper stranded wires of
section of at least 0.75 mm2and maximum operating voltage of at least 400 V) to the connector “230 V” and to the
mains.
4) In case of using the backup power or primary power supply with voltage up to 24 V DC, connect the cable to
the backup power supply (the cable with copper stranded wires of section of at least 0.75 mm2and maximum
operating voltage of at least 50 V) to the connector “7†24 V” and to the backup power source corresponding to the
unit specifications.
6. APPLICATION ЕТ-485
6.1. GENERAL INFORMATION
Powering up the unit will activate "Error" and "RS-485" indicators, while the unit shall start initiating transceivers.
After that, both indicators go out within 1 second and the unit starts working (Ethernet network connection may
take more time depending on the settings of the unit as well as other units connected to the network).
WARNING! CONTINUOUS ACTIVATION OR FLASHING OF “ERROR” INDICATOR IN THE ABSENCE
OF CONNECTIONS TO THE UNIT INDICATES UNIT MALFUNCTION.
Ethernet network connection pending. The network connection is established, if “Ethernet” indicator becomes
activated. Flashing of “Ethernet” indicator stands for transmitting data over the network.

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NOVATEK-ELECTRO ЕТ-485
GB1 –DC backup power source of 7†24 V, 1.2 W;
F1, F2 –fuses or their analogues of up to 1 A current;
Figure 4 –Unit connection diagram
6.2. OPERATING ЕТ-485 OVER THE HTTP PROTOCOL
ET-485 waits for a connection to an Ethernet network using the HTTP protocol on port 80. PC connection can
be established using the WEB-browser.
When a client connects to port 80, the unit starts expecting requests for HTML-pages. These requests may
contain certain parameters. In case of a valid request, those parameters are processed and the client receives the
text of a selected HTML-page. In case of a request without an indication of certain page, the client is returned to the
title page. When the page is transferred, the unit deactivates the client and awaits for further connection.
6.3. OPERATING ЕТ-485 OVER THE MODBUS TCP PROTOCOL
While operating, the ET-485 waits for a connection to an Ethernet network using the Modbus TCP protocol
on port 502. The connection port for Modbus TCP can be changed by the user. PC connection can be established
using any software –Modbus TCP of the clients. Client software for ОС Windows can be downloaded from the
manufacturer's web-site (http://novatek-electro.com/eu/software.html).
When a request for client connection to the Modbus TCP port is received, the unit starts verifying the client's IP-
address (if connection filtering over IP is activated). If this address does not correspond with the preset value, the
connection is rejected. Otherwise, the unit starts checking the list of available connections. In case of no available
connections, the unit (depending on the configuration) can connect a new client instead of the previously connected
one (if no activity of the client was registered over a set period of time, or if the connection is maintained longer than
prescribed).
When connecting the client to Modbus TCP port, the client is added to the internal list of clients in service (but
of the number no more than indicated in specifications).
When connection of the client is established, the unit awaits a Modbus-query from the client. In the mode of slave
via RS-485, it also accepts a client connection.
When the query from the client has been received, the unit analyzes the query and, depending on the
requested function code and the current rights of the client, either processes or blocks it. When the query is
blocked, ET-485 can generate and transfer the client-specified Modbus exception code (default –code 1) to the
client. The rights of the client, depending on the settings, are determined according to its IP address (the Modbus
network master IP address is considered to be 127.0.0.1) and input passwords.
If the query is addressed to ЕТ-485, the unit does not redirect the query, processes it and transfers the answer
to the client.
In the RS-485 master mode, queries to other devices are redirected to Modbus network and an answer form
Modbus network is awaited –herewith the «RS-485» indicator will start to glow. If the data have been received or
the standby time has run out, the «RS-485» indicator will go out.
In the mode of redirection to the remote server, if there is a connection with the remote server Modbus TCP in
Ethernet, then the other devices should be also accepted the connection.
Note –The answer is received from the first answering addressee, therefore there must be no devices
with same Modbus addresses (identifiers) in Modbus network and among the addressees, available through
the remote server.

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ЕТ-485 NOVATEK-ELECTRO
If a query failed to be redirected (e.g. in the RS-485 slave mode, if connection to the remote server was broken),
ET-485 can generate and transfer the client-specified Modbus exception code (default –code 10) to the client.
If there is no answer, ET-485 can generate and transfer the client-specified Modbus exception code (default –
code 11) to the client.
If the answer to the query has been received, ЕТ-485 transfers it to the client, which sent the query.
In case of any format errors, an “Error” indicator shall become activated for 0.5 seconds and no response is
provided to the client.
6.4. THE OPERATION OF ET-485 IN THE MODE OF ACTIVE CONNECTION TO THE CLIENT
In this mode in addition to providing other connections ET-485 autonomously establishes and further maintains
active connection to the client (data collection remote server) with a set host name or IP address.
ET-485 receives Modbus TCP queries from this client and returns responses. The mode allows one user to work with
one or more ET-485 units viathe Internet without static address assignment to each unit (see Appendix C).
7. SETTING
7.1. GENERAL INFORMATION
Configurable parameters are described in section 7.2. All parameters are saved at the power off.
Unit configuration can be done in two ways:
through WEB-interface, see Section 7.3;
through Modbus-interface, see Section 7.4;
WARNING! ANY CHANGES IN UNIT CONFIGURATION MAY RESULT IN BLOCKING OR
OBSTRUCTION WHILE TRYING TO REACH THE UNIT OVER THE NETWORK.
In this case, all parameters should be factory reset (see Section 3.2).
7.2. PARAMETERS OF ЕТ-485
A collection of parameters available via Modbus protocol is provided in Table 3. The inner structure of any
collection of parameters is similar to the structure of collection, which is described in table 8 (apart from start-address).
The presentation format of parameters in Modbus registers is detailed in Table 4.
The unit describing parameters are given in Table 5.
The unit current mode parameters are available for reading and recording and specified in Table 6.
All parameters to determine the current condition of the unit (available for read-only) are provided in Table 7.
All parameters available in the configuration mode only are provided in Table 8.
ACC identification state parameters (table 9) are available for ACC and in a parameter mode.
ACC identification control parameters are available only for ACC and are described in table 10.
The user registers are available for reading and recording and they are given in Table 11.
The virtual registers are available for reading and recording and they are given in Table 12.
Table 3 –Collection of parameters available via Modbus protocol
Collection
Description
Access
Address
Acting settings
Current unit configuration
In any mode,
read-only
200–299,
1200–1241
Saved settings
The collection is saved regardless of power supply
and further used as the restart.
In configuration mode only,
read-only
300–399,
1300–1341
Factory
settings
Fixed collection, which can be activated as shown in
sections 7.3 and 7.4
In configuration mode only,
read-only
400–499,
1400–1441
Changeable
settings
All parameters listed in table 8, which can be modified
and incorporated as described in Section 7.4
In configuration mode only,
reading and writing
500–599,
1500–1541
Table 4 –Presentation format of parameters in Modbus registers
Parameter
Range of values
Description
Number of
Registers
Number
0 –65535
Integer (16 bits) in a standard range of Modbus register
1
Number
0 –4294967295 in two
registers, upper part –first
Integer number, which cannot exceed the limit for
Modbus register (65535)
2
Character
string
In every register number
from 0 to 255 –ASCII
character code or 0 (end of
string)
The set of values, each one of which is equal to code 1
of one a symbol in ASCII code.
If the string is shorter than maximum length, last
character is followed by the code 0.
Maximum length
of the string for
the given
parameter
IP-address
(IP-mask)
In every register –one byte
(0-255)
A set of four byte IPv4 address, from left to right
4
MAC-
address
In every register –one byte
(0-255)
A set of six byte MAC-48 address, from left to right
6

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NOVATEK-ELECTRO ЕТ-485
Table 5 –The Unit Describing Parameters
Parameter
Description
Address
Unit type
Code identifying the Modbus unit by the manufacturer (12 –ET-485)
0
Firmware version
Version of firmware of the integrated software of the unit
1
Table 6 –The Unit Current Mode Parameters
Parameter
Min –Max
Initial value
Description
Address
Entering
password
String of
characters
0
When a valid password is input, the corresponding permit is
given to the client (see registers 543-580).
When an empty string is input, the rights of the client are reset
to the level of rights at the moment of connection.
100 –
119
Control
command
0 –444,
writing in the
configuration
mode
0
0: no activity
1: «Restart» – unit restart
2: «Save» – save the changed settings on the Modbus
444: «Factory reset» – reset the unit to factory settings
120
Table 7 –Parameters to determine the current condition of the unit
Parameter
Description
Address
Mode
(more detailed see register 141)
0: User mode
1: Configuration mode
121
Current IP-address
IP-address of the unit in Ethernet network
122–125
Current MAC-address
MAC-address to authenticate the unit in Ethernet network
126–131
Number of Modbus TCP clients
Number of connections provided over the Modbus TCP protocol
132
Modbus TCP clients limit
Total number of Modbus TCP connections (herewith, one
connection is always reserved for the main client)
133
Time, min
Number of minutes since the start
134–135
Modbus TCP loading, requests/sec
Number of requests processed in a second
136
Number of Ethernet network
congestions
Number of input buffer overflows for Ethernet –from the moment
of start-up
137
Number of communication errors
Number of identified errors (connection/communication) after
which the work was continued, - since the start
138
Number of programmed resets
Number of resets according to user‟s setting – during all working
time of the unit
139
Number of critical errors
Number of identified errors (failures) resulting in a restart of the
unit - during the whole period of operation
140
Access mode flags
Bit 0
0: the connected client cannot get the permit for requesting
functions of non-recording the devices, connected to ET-485
1: the connected client can get the permit for requesting
functions of non-recording the devices, connected to ET-485
141
Bit 1
0: the connected client does not have the permit for
requesting functions of non-recording the devices, connected
to ET-485
1: the connected client has the permit for requesting
functions of non-recording the devices, connected to ET-485
Bit 2
0: the connected client cannot get the permit for requesting
functions of recording the devices, connected to ET-485
1: the connected client can get the permit for requesting
functions of recording the devices, connected to ET-485
Bit 3
0: the connected client does not have the permit for requesting
functions of recording the devices,connected to ET-485
1: the connected client has the permit for requesting
functions of recording the devices, connected to ET-485
Bit 4
0: the connected client cannot get the permit for access to
ET-485 registers, except for registers of version, password,
mode and access flags
1: the connected client cannot get the permit for access to
ET-485 registers, besides registers of version, password,
mode and access flags
Bit 5
0: the connected client does not have the permit for access to
ET-485 registers, except for registers of version, password,
mode and access flags

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ЕТ-485 NOVATEK-ELECTRO
Table 7 (continued)
Parameter
Description
Address
Access mode flags
1: the connected client has the permit for access to ET-485
registers, except for registers of version, password, mode and
access flags
141
Bit 6
0: the connected client does not have the permit for
requesting function of recording ET-485
1: the connected client has the permit for requesting
function of recording ET-485
Bit 7
0: the connected client does not have the permit for setting
ET-485
1: the connected client has the permit for setting ET-485
(similar to register 121)
Bit 8
0: the client is not the main client
1: the client is the main client
Bit 9
1: the client has the right for connection
(always read as “1” after connection)
Bit
10
0: the client is connected not by ACC
1: the client is connected by ACC
Maximum of Modbus TCP clients
Maximum observed number of Modbus TCP clients (from the
moment of start-up)
142
Maximum of queries, queries/sec
Maximum observed load of Modbus (from the moment of start-up)
143
Frequency of answered queries,
queries/sec
Number of processed queries per second, to which the answer is
formed without any errors
144
Time before connection to Modbus
TCP remote server
0: connection to remote server established
1: connection to remote server is being established
2 –65534: number of seconds to repeated connection
65535: redirection to remote server is off
145
Time before active connection to
the client (or DCRS)
0: ACC is established
1: ACC is being established;
2 –65534: number of seconds to repeated ACC
65535: ACC is off
146
Table 8 –Unit configuration settings
Parameter
Min –
Max
Factory
setting
Description
Address
Ethernet network
Static IP-
address
IP-
address
192.168.0.111
IP-address of the unit in Ethernet network shall be equal to
this value if dynamic addressing is disabled or not available.
500–
503
Subnet mask
IP-mask
255.255.255.0
Used only with static IP address
504–507
Gateway
IP-
address
192.168.0.1
Used only with static IP address or as an IP filter for
DHCP server
508–
511
Dynamic
addressing
mode using
DHCP server
0 –2
1
0: preset IP-address, mask and gateway is used for
addressing in Ethernet.
1: the device uses the DHCP server of the network to
determine the gateway, mask and masked part of the IP
address, which means the network. The rest of the
address is used from the specified static address. If the
server is unavailable, the static addressing values are
used.
2: the device uses the DHCP server of the network to
determine the gateway, mask and IP address.
512
Enable IP-
address filter of
the DHCP server
0 –1
0
Used if dynamic addressing is enabled.
0: unit receives addressing data from the first DHCP-
server to respond
1: unit receives addressing data only from DHCP-server
with IP-address of the gateway
513
Enable manually
set MAC-address
0 –1
0
0: a unique value is used as MAC address for each unit
1: manually set value is used for MAC-address
514
Manually set
MAC-address
MAC-
address
Unique for
every unit
Used if manually set MAC-address is enabled for the
authentication of unit in the Ethernet network
515 –
520
Client Switching to Ethernet network
Connection port
for Modbus TCP
1 –
65535
502
Used in case of TCP-connection to the unit via Ethernet to
exchange data over Modbus TCP protocol
521