TK Engineering executed a project for a customer that utilized CANtrace’s Python scripting to decode float signals from channel multiplexed CAN messages. This meant that the signals were converted to fixed point and transmitted without multiplexing on a virtual CAN channel, allowing the data to be plotted and logged like standard CAN signals. Python code […]
We are delighted to share some exciting news – TKE Sweden is now open for online purchases!
WCS-10 DNV certificate WCS-10 Marine Certified CAN Switch / Bridge has been certified by DNV GL for use in GL classed vessels. We have updated this certificate for the latest WCS-10 release.
TK Engineering Oy will participate in the upcoming International CAN Conference (iCC), a gathering dedicated to Controller Area Network (CAN), CAN FD and CAN XL technologies. Event organizes CiA CAN in Automation, international users’ and manufacturers’ group for CAN (Controller Area Network).
Introducing Kvasers latest innovation, the M.2 PCIe 4xCAN embedded board. A cutting-edge compact board designed to elevate your connectivity experience, equipped with four distributed controller area network (CAN) transceivers. The M.2 PCIe card seamlessly integrates high-speed CAN/CAN FD with any host computer featuring PCI Express connectivity and an available B or M keyed M.2 slot.
TK Engineering designed a display application for truck cargo space heater for SSC Climate Group Ab. The application gives the driver a way to control the heaters temperature set value, monitor the current temperatures and the possible error states of the system from the cabin. That way the driver can ensure a precise temperature for […]
The Kvaser Leaf series represents one of the easiest and most cost-effective methods of connecting a computer to a CAN network to monitor and transmit CAN and CAN FD frames. CAN FD propels the Leaf into the next generation of CAN communication. Now, you can interface with classical CAN or CAN FD buses using just […]
CiA 408 defines the CANopen-based control interface for valves including device state management, control signals, and common device parameters. This article introduces CiA 408, describes a valve controller deployment, and discusses deployment with experiences from real-system projects.
CAN in Automation (CiA) has published Heikki Saha article about CANopen controller for independent metering control valves. CiA 408 defines the CANopen-based control interface for valves including device state management, control signals, and common device parameters.
