TK Engineering Oy has developed a CiA 408 device profile compliant four-edge valve controller. The four-edge valve controller simplifies the control of hydraulic cylinder piston velocities. The piston velocity is controlled through a standardized CAN communication interface specified by the CiA 408 device profile. The modular implementation of the controller enables it to be easily integrated into control systems.
TKE Wireless CAN Diagnostics package – Everything you need for wireless CAN data logging and analyzing
Package includes CAN analyzer software, a pair of wireless CAN bridge interfaces and a traditional CAN interface for data logging. This package includes plug-and-play units to rapidly exchange raw CAN data to analyzer software for further analysis. The package is designed for use cases where a traditional wired connection is unsuitable or challenging to implement.
Introducing TK Engineering Oy‘s pioneering Wireless CAN data collection solution for Android tablets. This state-of-the-art system uses wireless CAN technology to enable seamless data transfer, giving users real-time insights and advanced features.
Thanks to the Kvaser BlackBird v2 wireless CAN interface, the solution ensures compatibility and reliability in a variety of environments. Consequently, this innovation opens up new paths for mobile and industrial automation, ranging from enhancing the user experience in driver training applications to enabling flexible system configurations.
Tampere Vocational College Tredu approached TKE with the need for a truck driver training tool. The main goal of the tool was to increase effectiveness and safety of the truck driver training process. TKE delivered TKE Driver applications to Tredus Volvo and Renault trucks.
TKE Rover brings a new level of creativity to RC cars with groundbreaking wireless applications in CAN technology. It replicates real mobile machines and uses a sophisticated CAN bus configuration, enhanced by wireless CAN interfaces such as the Kvaser Air Bridge.
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 was also used to log CAN channel data in multiple CSV files for spreadsheet analysis.
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). Read more
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.