Industrial Communication

The SAE J1939-73 DBC file contains decoding rules for converting 'version 4' J1939 diagnostic messages (DM1, DM2, ...) to 'physical values'. This lets you identify issues in e.g. trucks, tractors and buses.

DBC is a CAN database format used in most automotive tools - incl. our CAN software/APIs.

The download includes a legal J1939-73 DBC and license, based on the J1939-73 PDF standard (also included). We offer this in collaboration with SAE.

The IP67 enclosure kit is a plug & play solution for your CANedge CAN bus data logger - making it 100% dust-tight and waterproof.

Simply mount your CANedge onto the end plate PCB and slide it into the IP67 enclosure. The IP67 DTM06-12SA connector exposes all CANedge pins - with optional adapters including our DTM06-12SA-DB9/DB9 adapter and DTM06-12SA connector kit.

The kit includes all you need for your installation and can be used with both the CANedge1, CANedge2 and CANedge3.

Want to install your CANedge in our IP67 enclosure - yet still be able to use our DB9 adapter cables?

If so, this DTM06-12SA-DB9/DB9 adapter is the ideal solution. It converts the DTM06-12SA connector of our IP67 enclosure to two DB9 male connectors matching the pinouts of the CANedge CH1/CH2 DB9 connectors.

This means that you can directly use any of our DB9 adapter cables out-the-box for quick, flexible installation and testing.

SIL3 certified Safety-over-EtherCAT safety communication layer primarily for EtherCAT networks.

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EC-Master Tutorial: Getting Started with EC-Master On Windows

SIL3 certified Safety-over-EtherCAT safety communication layer primarily for EtherCAT networks.

The EC-Simulator virtualizes EtherCAT® networks by simulating the EtherCAT® slave devices in order to run EtherCAT Master applications without real EtherCAT® slave hardware available.
The EtherCAT® simulation is provided on a physical network adapter or virtually, e.g. to realize a completely simulated machine setup. Configuring the simulation instance is seamless using the ENI file of the real network.
Reaction to Process Data, SDOs, Slave Stack interaction, etc. can be programmed using C/C++ or .NET opening the EtherCAT data to various other engineering, testing or virtualizing tools like ISG Virtuos®.

The EC-STA EtherCAT Slave Test Application is useful for manufacturers of EtherCAT slave devices to perform comprehensive tests based on the proven and widely used EC-Master stack. Typically, the EC-STA will be used while creating and testing EtherCAT slave software as well as for slave production tests. The core component of the EC-STA is a Windows application based on the Microsoft .NET technology and written in the C# programming language. As the complete source code is included, the user is able to add customer-specific functions very easily, for example running automatic, script based test sequences. The EC-STA offers a comfortable and clear user interface with many features and allows testing any existing EtherCAT slave device.

Important: To assure that a EtherCAT Slave Device is conforming to the EtherCAT Standard the EtherCAT Slave Conformance Tool has to be used.
See: http://www.ethercat.org/en/conformance.html

The EtherCAT Automation Protocol (EAP) defines interfaces and services for an equal exchange of information between controllers (master/master communication) or for interfacing with a central master computer. The cyclic EAP communication can be handled directly in the user data of an Ethernet telegram, without the need for an additional transport or backup protocol. The EAP therefore enables very efficient data exchange without significant protocol overhead, with cycle times down to one millisecond or even faster. EAP is the preferred choice to implement a fast controller to controller communication. The protocol can used on any system equipped with a Standard Ethernet Controller. The lean protocol is suitable for high performance PCs as well as for low power ARM controllers.

EtherCAT EAP is an application layer protocol that runs on top of the EtherCAT network protocol.