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S3EC Sercos/EtherCAT-Bridge
S3EC connects Sercos and EtherCAT networks
S3EC Sercos/EtherCAT-Bridge

S3EC - Sercos®/EtherCAT®-Bridge

S3EC : Bridge between Sercos and EtherCAT networksWith the Sercos/EtherCAT-Bridge it is possible to connect Sercos and EtherCAT masters.
The S3EC allows to exchange data bidirectional between Sercos and EtherCAT real-time Ethernet networks.

Download: S3EC-Flyer

The Sercos/EtherCAT-Bridge acts on both busses as I/O device. The width of the real-time data is flexibly configurable in the range of 32 to 2048 bytes. The exchange of real-time data between the two busses is executed within one communication cycle. In addition to the application-specific I/O data also information about communication status and diagnostic data of the Sercos or EtherCAT bus is transferred to the respective other side. This allows the two masters to react very fast on changes of the communication state or on error events.

Beside the real-time data channel the device also supports a bidirectional channel for acyclic data exchange. On the Sercos side this mailbox mechanism is represented by IDNs which are readable and writeable over the service channel. From the EtherCAT side the mailboxes are accessible over CoE objects.

The device is carried out as compact module for DIN-rail mounting. For both Sercos and EtherCAT two RJ45 ports are available. A further RJ45 connector at the front side serves as standard Ethernet port. Over this interface devices can communicate with other devices connected to the real-time busses using the respective mechanisms (UC channel and EoE protocol). The IEEE 1588 master/slave also available on this interface can be used for clock synchronization.

Use case: Sercos master connected to KUKA KR C4 robot control

S3EC connects Sercos-Master and KUKA RobotThe A2-PAC controller with Sercos master in combination with the mxAutomation library for CODESYS, can directly communicate with KUKA robots. Thanks to the performance of the communication, the A2-PAC controller can send motion commands very fast to the robot and receive and handle feedback values in real-time. For application programming IEC-61131 languages are used, special know-how in robot programming languages is not required anymore. Robot visualization and diagnosis is handled by the A2-PAC, a robot hand-held HMI is not needed.

The technical data at a glance

Technical Data70069800
Sercos slaveFSP-IO, 2 x RJ45, 5 diagnosis LEDs
EtherCAT slaveDS-401 I/O profile, 2 x RJ45, 5 diagnosis LEDs
Length of real-time data32 - 2048 byte, adjustable over rotary switch
Standard Ethernet port1 x RJ45, 10/100 MBit/s, IEEE 1588 master/slave (optional)
Dimension (H x D x W)99 mm x 114,5 mm x 22,5 mm
Power supply24VDC (19 - 30 VDC)
MountingDIN-rail mounting
Operating temperature0°C - +55°C
Protection class


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