Industrial ETHERNET

Industrial ETHERNET – for inverter technology made by SEW-EURODRIVE of course: you can build on the speed and reliability of these fieldbuses in centralized as well as decentralized installation topologies.

One cable – numerous possibilities

Industrial ETHERNET
Industrial ETHERNET – vertical and horizontal integration
Industrial ETHERNET – vertical and horizontal integration

The high transmission rate of Industrial ETHERNET is just one reason for the widespread use of this medium.

Industrial ETHERNET ensures vertical data communication to the control level with high bandwidth as well as horizontal process data communication between the controller and the application, e.g. with drive or frequency inverters. Industrial ETHERNET: the communications link between actuators, sensors and control technology. The protocols of Industrial Ethernet differ in terms of the application protocols and real time properties.

Industrial Ethernet also enables you to use IT technologies that everybody knows such as email for notification in the event of an error and Internet Explorer for diagnostics of the components used. It is also indispensable for achieving quick and efficient startups and for ensuring ongoing operation.

Our comprehensive offering for process data communication within inverter technology complements this capability perfectly. Be sure to use the quick and safe communication with our inverter technology and fieldbus systems based on Industrial ETHERNET in your machines and systems.

Get in touch with us.

  • Our experts know your industry and its requirements.
  • Our global network ensures that we are there wherever and whenever you need us.
  • We have the expertise and the tools to provide optimum support and advice.

Your benefits

  • Trouble-free communication

    as Industrial ETHERNET can be used vertically and horizontally in your communication structures.
  • Consistent speed

    Industrial ETHERNET delivers a consistent speed of 100 Mbit/s during data transfer, as well as for horizontal and vertical system integration.

Technologies

PROFINET

builds on the proven functional model of PROFIBUS DP and simultaneously provides a transmission option for process data and parameters as well as IT functions. Like with PROFIBUS DP, with PROFINET IO the decentralized field units are connected to the controller using a unit description.

  • Further information is available from the PNO.

EtherNET/IPTM

is widespread in the English-speaking world and is used in many industrial applications. However, manufacturers in Central Europe who export to these countries also use EtherNet/IP™.

  • Further information is available from the ODVA.

EtherCAT®

is a HART (real time) capable communication technology, which also proves to be flexible during installation. Star, tree and line topologies, all also with spur lines, can be implemented practically without impacting performance.

  • Further information is available from the ETG.

POWERLINK

is based on the standard Ethernet communication system and is used in automation technology for sending and receiving process data.

Ethernet POWERLINK combines the high flexibility and compatibility of Ethernet with real-time capability.

  • Further information is available from the EPSG.

Overview of fieldbus options

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Industrial ETHERNET PROFINET® EtherNet/IPTM Modbus/TCP EtherCAT® POWERLINK
Inverter technology Control cabinet installation  
MOVITRAC® LTE-B+ basic inverter Option:
DFE32B/UOH
Option:
DFE33B/UOH
Option:
DFE33B/UOH
Option:
DFE24B/UOH
MOVITRAC® LTP-B standard inverter Options:
DFE32B/UOH
DHR controller
LT FE 32A
Options:
DFE33B/UOH
DHR controller
LT FE 33A
Options:
DFE33B/UOH
DHR controller
LT FE 31A
Option:
DFE24B/UOH

LT FE 24A
Option:


LT FE 32A
MOVITRAC® B standard inverter Options:
DFE32B
DFE32B/UOH
DFS21B/PROFIsafe
Options:
DFE33B
DFE33B/UOH

Options:
DFE33B
DFE33B/UOH

Options:
FSE24B
DFE24B
DFE24B/UOH
MOVITRAC® advanced standard inverter Unit design:
...-T0./.../CFN

Unit design:
...-T0./.../CFE

Unit design:
...-T0./.../CFE

Unit design:
...-S0./...(SBusPLUS)
...-E00/...(CiA402)
Unit design:
...-L00./.../CFL

MOVIDRIVE® B application inverter Options:
DFE32B
DFS21B/PROFIsafe
DHR Controller
Options:
DFE33B

DHR Controller
Options:
DFE33B

DHR Controller
Option:
DFE24B


MOVIDRIVE® application inverter
(design technology)
Option card:
CFN21A
Unit design:
-T00
Option card:
CFE21A
Unit design:
-T00
Option card:
CFE21A
Unit design:
-T00
Option card:
CFL21A
Unit design:
-L00 CiA402
MOVIDRIVE® application inverter
(design modular and system)
Unit design:
S00 SBUSPLUS
E00 EtherCAT®
E00 EtherCAT® CiA402
Multi-axis servo inverter
MOVIAXIS®
Options:
UFR41B
DHR controller
Options:
UFR41B
DHR controller
Options:
UFR41B
DHR controller
Option:
XFE24A

Decentralized inverter  
Standard inverter
MOVIMOT®
Options:

  • MFE52A
  • Optional MOVIFIT® MC PROFIsafe

Option:
MOVIFIT® option MC





Option:
MOVIFIT® MC






Option:
MFE72A






MOVIFIT® SC motor starter; MOVIFIT® MC distributor for MOVIMOT®; standard inverter
MOVIFIT® FC
On-board interface
PROFIsafe (optional)
On-board interface
On-board interface
Standard inverter
MOVIPRO®
On-board interface
PROFIsafe (optional)
On-board interface
On-board interface
Decentralized drives / mechatronics  
Gearmotor with integrated inverter
MOVIMOT®
Options:

  • MFE52A
  • Optional MOVIFIT® MC PROFIsafe

Option:
MOVIMOT® MC






Option:
MOVIMOT® MC






Option:
MFE72A






MOVIGEAR® SNI and
DRC-SNI electronic motor
On board Interface in MOVIFIT® FDC On board Interface in MOVIFIT® FDC On board Interface in MOVIFIT® FDC
MOVIGEAR® DSC and
DRC-DSC electronic motor
Options:
DFE32B/UOH
DFS21B/PROFIsafe
Option:
DFE33B/UOH

Option:
DFE33B/UOH

Option:
DFE24B/UOH

Fieldbus gateway Options:
UFR41B
DFE32B/UOH
Options:
UFR41B
DFE33B/UOH
Options:
UFR41B
DFE33B/UOH
Option:
DFE24B/UOH
Controller
MOVI-PLC® and CCU (Configurable Control Unit)
as well as MOVIFIT® FDC
On-board interface: DHR On-board interface: DHR On-board interface: DHR
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Areas of application

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Industry General conditions Goals
Automotive industry A large number of participants

  • Good diagnostics methods
  • Save energy
  • Use flexible drive technology

Airport baggage handling A large number of participants
Large scale
Various transport goods

  • High availability
  • Good maintenance options

Transport and logistics Various transport goods

  • Scalable communication systems
  • Use flexible drive technology

Beverage industry – bottling Various cycle times

  • Fast communication
  • Use flexible drive technology

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