Microcontrollers from the Arduino family find wide areas of application in the automation branch – most often however in research facilities & laboratories.
Controllino is a new microcontroller based on Arduino designed for professional use and is housed in a rugged DIN rail case. Three different variants (Mini, Maxi and Mega) are available for different areas of application.With the HARTING MICA (Modular Industry Computing Architecture), digitalisation projects can be realised directly in systems and machines simply and quickly.
The industrial, modular mini-computer is suitable for a wide array of application scenarios, thanks to the modular software and flexible open-source Linux-based software, that can be adapted to overcome any challenges. Everything is packed in a rugged housing that was specially designed for use in industrial environments.
Download the logi.RTS runtime system and get started with your evaluation of logi.CAD 3 on the MICA.The freely programmable automation controller µMIC.200 is equipped with an ARM controller with a maximum clock speed of 1 GHz.
512 MByte RAM and 8 GByte flash memory is available on the module, which can be expanded over a microSD slot. The maximum power consumption is 4 watts. The compact automation controller µMIC.200 only takes up 62 mm on a top hat rail. Pluggable COMBICON® connectors are used for digital signal, CAN bus and RS-232 connections. The real-time Linux operating system supports flexible software development and the necessary toolchain is located on the automation controller.The phyBOARD-Wega in Pico-ITX format (100 x 72 mm) is the tiniest member of the phyBOARD family.
A subset of interfaces is available through the phyBOARD, which is completely sufficient for many applications. In addition, modules can be added to the phyBOARD-Wega over expansion bars. The phyCORE-AMS3354 module (in the DSC variant) with an ARM Cortex-A8 processor is soldered directly onto the phyBOARD-Wega, thereby further reducing the costs of the overall solution.The Revolution Pi by Kunbus is a single-board computer based on the Raspberry Pi Compute module.
In addition to a universal voltage input of 10.7 to 28.8V, the industrial open source microcontroller is equipped with a special PiBridge interface. The PiBridge connects additional I/O and Fieldbus modules with the RevPi-Core module. Communication protocols such as MQTT help in realising Industry 4.0 and cloud applications.