Belden lumberg automation LioN-P 0980 ESL 390-121 User manual

Information sheet LioN-P multiprotocol
Release 1.2 04/2017
Technical Support
[email protected]
Manual
LioN-P multiprotocol
Digital I/O modules and IO-Link Master:
0980 ESL 390-121
0980 ESL 391-121
0980 ESL 392-121
0980 ESL 393-121
0980 ESL 390-121-DCU1
0980 ESL 393-121-DCU1
0980 ESL 390-111
0980 ESL 391-111
0980 ESL 392-111
0980 ESL 393-111
0980 ESL 199-121
0980 ESL 199-122
0980 ESL 199-331
0980 ESL 199-332
0980 ESL 398-121
0980 ESL 399-121

2
Information sheet LioN-P multiprotocol
Release 1.2 04/2017

Content
Information sheet LioN-P multiprotocol
Release 1.2 04/2017 3
Content
1 About this manual 5
1.1 General information 5
1.2 Version information 5
2 About the LioN-P module series 6
3 Multiprotocol 7
4 Protocol settings for Digital I/O modules 8
4.1 EtherNet/IP – PROFINET – EtherCAT 8
4.1.1 EtherNet/IP 9
4.1.2 PROFINET 10
4.1.3 EtherCAT 10
4.2 Factory reset 10
5 Protocol settings for IO-Link master 11
5.1 EtherNet/IP – PROFINET 11
5.1.1 EtherNet/IP 12
5.1.2 PROFINET 12
5.2 Factory reset 13

Content
4Information sheet LioN-P multiprotocol
Release 1.2 04/2017

About this manual
Information sheet LioN-P multiprotocol
Release 1.2 04/2017
1.1 General information
5
1 About this manual
1.1 General information
Please read the explanations and configuration instructions in this manual
carefully before starting up the LioN-P multiprotocol modules. Keep this
manual where it is accessible to all users.
The texts, illustrations, diagrams, and examples serve to illustrate the
multiprotocol functionality of the LioN-P multiprotocol modules.
Please contact us if you have any detailed questions on installing and starting
up the devices. We will be happy to help you.
Belden Deutschland GmbH
– Lumberg Automation™ –
Im Gewerbepark 2
58579 Schalksmühle
Germany
Tel. [phone] / 5044-0
Fax [phone]
[email protected]
www.lumberg-automation.com
Belden Deutschland GmbH – Lumberg Automation™ – reserves the right to
make technical changes or changes to this manual at any time without notice.
1.2 Version information
Index Created Changed Changed
Version number Version 1.0 Version 1.1 Version 1.2
Date February 2016 September 2016 February 2017
Name/department Lieb/R&D MJ/R&D GL/MJ/R&D
Table 1: Overview of manual revisions

About the LioN-P module series
6Information sheet LioN-P multiprotocol
Release 1.2 04/2017
2 About the LioN-P module series
LioN modules (Lumberg input/output Network) function as the interface in an
industrial fieldbus system: They enable a central controller on the
management level to communicate with the decentralized sensors and
actuators on the field level. The line or ring topologies that they can be used
to create not only ensure reliable data communication but also significantly
reduce the cables required and thus also the costs for installation and
maintenance. They additionally enable easy, quick extension.
The modules of the LioN-P series have been substantially reduced in size
compared with the well-known LioN-R family; the modules have a very
rugged metal housing made of die-cast zinc. Housing variants with widths of
30mm and 60mm and different connector types are available. The
completely cast device housing protects the module electronics from
environmental effects and allows the device to be used in a wide temperature
range. Despite the sturdy construction, the modules have compact
dimensions and a low weight. They are especially suitable for use in
machines and installations with a moderate I/O concentration over separate
assemblies.

Multiprotocol
Information sheet LioN-P multiprotocol
Release 1.2 04/2017 7
3 Multiprotocol
The multiprotocol modules allow you to select different protocols for
communication within a fieldbus system. In this way the multiprotocol
modules can be integrated into different networks without it being necessary
to purchase modules specific for each protocol. This technology also gives
you the option to use the same module in different environments.
Using rotary encoding switches at the bottom of the modules, you can easily
and conveniently set both the protocol and the address of the module, if the
protocol to be used supports this. Once you have made a protocol selection
and started the cyclical communication, the module remembers this setting
and uses the selected protocol from this point on. To use another supported
protocol with this module, perform a factory reset.
For more about general settings, refer to the following sections on how to set
the protocol for EtherNet/IP, PROFINET and EtherCAT or how to perform a
factory reset if necessary.

Protocol settings for
Digital I/O modules
8
4.1 EtherNet/IP – PROFINET –
EtherCAT
Information sheet LioN-P multiprotocol
Release 1.2 04/2017
4 Protocol settings for Digital I/O modules
4.1 EtherNet/IP – PROFINET – EtherCAT
The following Digital - I/O modules support multiprotocol application for the
protocols EtherNet/IP (E/IP), PROFINET (P) and EtherCAT (EC):
0980 ESL 390-121
0980 ESL 391-121
0980 ESL 392-121
0980 ESL 393-121
0980 ESL 390-121-DCU1
0980 ESL 393-121-DCU1
0980 ESL 390-111
0980 ESL 391-111
0980 ESL 392-111
0980 ESL 393-111
The multiprotocol modules have a total of three rotary encoding switches.
With the first rotary encoding switch (x100) you set the protocol by using the
corresponding switch position.
With the other rotary encoding switches, you set the last two digits of the IP
address when you are using EtherNet/IP.

Protocol settings for
Digital I/O modules
Information sheet LioN-P multiprotocol
Release 1.2 04/2017
4.1 EtherNet/IP – PROFINET –
EtherCAT
9
The setting you make to select a protocol is described detailed in the
protocol-specific sections.
In delivery state no protocol settings are stored in the module. In this case
only the desired protocol has to be chosen. To take over a changed rotary
switch setting (protocol setting), a power cycle or “Reset” from the web
interface is necessary.
Please wait 10 seconds before power cycling the device after start-up with
changed rotary switch settings due to internal memory write processes.
Once you have set the protocol using the rotary encoding switches, the
module stores this setting when it starts in cyclic communication. Changing
the protocol using the rotary encoding switch is no longer possible after this
point. The module will always start using the stored protocol from that point
on. The IP address can be changed depending on the selected protocol.
To change the protocol, carry out a factory reset. In this way you restore the
factory settings of the respective module. How you perform the factory reset
for your module is described in chapter “Factory reset” on page 10.
If you position the rotary encoding switch in a manner that is invalid, the
device signals this to you with a blink code (the BF/MS/ERR LED blinks in
red three times).
4.1.1 EtherNet/IP
If you decide to use EtherNet/IP as a protocol, use the first rotary encoding
switch to set the 100 value of the last octet of the IP address of the module.
Using the first switch, a value from 0 to 2 can be set for the IP address. The
second rotary encoding switch (x10) can be used to configure the 10 position
of the last octet of the IP address, and the third rotary encoding switch (x1)
allows you to configure the 1 position. Values between0 and 9 can be
selected for the second and third switches. The first three octets of the IP
address are set by default to 192.168.1.
For example, the rotary encoding switch setting 2(x100), 1(x10) and 0(x1)
gives you an IP address of 192.168.1.210 for EtherNet/IP.
For more information use the LioN-P EtherNet/IP Digital I/O manual.
Protocol x100 x10 x1
EtherNet/IP 0-2 0-9 0-9
PROFINET P - -
EtherCAT EC - -
Table 2: Assignment of the rotary encoding switches for each protocol

Protocol settings for
Digital I/O modules
10
4.2 Factory reset
Information sheet LioN-P multiprotocol
Release 1.2 04/2017
4.1.2 PROFINET
If you decide to use PROFINET, set the first rotary encoding switch to the
value of P. For more Information use the LioN-P PROFINET Digital I/O
manual.
4.1.3 EtherCAT
If you decide to use EtherCAT, set the first rotary encoding switch to the
value of EC. For more information use the LioN-P EtherCAT Digital I/O
manual.
4.2 Factory reset
A factory reset restores the original factory settings and thus resets the
changes and settings you have made up to that point. It also resets the
protocol selection. To perform a factory reset, set the first rotary encoding
switch (x100) to 9, the second (x10) to 7, and the third (x1) also to 9.
Afterwards perform a power cycle and wait 10 seconds.
Follow the steps from section “EtherNet/IP – PROFINET – EtherCAT” on
page 8 again to select a new protocol.
x100 x10 x1
Factory Reset 9 7 9

Protocol settings for IO-Link master
Information sheet LioN-P multiprotocol
Release 1.2 04/2017
5.1 EtherNet/IP – PROFINET
11
5 Protocol settings for IO-Link master
5.1 EtherNet/IP – PROFINET
The following LioN-P IO-Link master modules support multiprotocol
application for the protocols EtherNet/IP (E/IP) and PROFINET (P):
0980 ESL 199-121
0980 ESL 199-122
0980 ESL 199-331
0980 ESL 199-332
0980 ESL 398-121
0980 ESL 399-121
The multiprotocol modules have a total of three rotary encoding switches.
With the first rotary encoding switch (x100) you set the protocol by using the
corresponding switch position.
With the other rotary encoding switches, you set the last two digits of the IP
address when you are using EtherNet/IP.
The setting you make to select a protocol is described detailed in the
protocol-specific sections.
Protocol x100 x10 x1
EtherNet/IP 0-2 0-9 0-9
PROFINET P - -
Table 3: Assignment of the rotary encoding switches for each protocol

Protocol settings for IO-Link master
12
5.1 EtherNet/IP – PROFINET
Information sheet LioN-P multiprotocol
Release 1.2 04/2017
In delivery state no protocol settings are stored in the module. In this case
only the desired protocol has to be chosen. To take over a changed rotary
switch setting (protocol setting), a power cycle or “Reset” from the web
interface is necessary.
Once you have set the protocol using the rotary encoding switches, the
module stores this setting when it starts in cyclic communication. Changing
the protocol using the rotary encoding switch is no longer possible after this
point. The module will always start using the stored protocol from that point
on. The IP address can be changed depending on the selected protocol.
To change the protocol, carry out a factory reset. In this way you restore the
factory settings of the respective module. How you perform the factory reset
for your module is described in chapter “Factory reset” on page 13.
If you position the rotary encoding switch in a manner that is invalid, the
device signals this to you with a blink code (the BF/MS LED blinks in red
three times).
5.1.1 EtherNet/IP
If you decide to use EtherNet/IP as a protocol, use the first rotary encoding
switch to set the 100 value of the last octet of the IP address of the module.
Using the first switch, a value from 0 to 2 can be set for the IP address. The
second rotary encoding switch (x10) can be used to configure the 10 position
of the last octet of the IP address, and the third rotary encoding switch (x1)
allows you to configure the 1 position. Values between0 and 9 can be
selected for the second and third switches. The first three octets of the IP
address are set by default to 192.168.1.
For example, the rotary encoding switch setting 2(x100), 1(x10) and 0(x1)
gives you an IP address of 192.168.1.210 for EtherNet/IP.
For more information use the LioN-P EtherNet/IP IO-Link manual.
5.1.2 PROFINET
If you decide to use PROFINET, set the first rotary encoding switch to the
value of P.
For more information use the LioN-P PROFINET IO-Link manual.

Protocol settings for IO-Link master
Information sheet LioN-P multiprotocol
Release 1.2 04/2017
5.2 Factory reset
13
5.2 Factory reset
A factory reset restores the original factory settings and thus resets the
changes and settings you have made up to that point. It also resets the
protocol selection. To perform a factory reset, set the first rotary encoding
switch (x100) to 9, the second (x10) to 7, and the third (x1) also to 9.
Afterwards perform a power cycle and wait 10 seconds due to internal
memory write processes.
Follow the steps from section “EtherNet/IP – PROFINET” on page 11 again
to select a new protocol.
x100 x10 x1
Factory Reset 9 7 9