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.

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Universal power supply 12/24 V

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Screw terminals for electrical interfaces

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250V/6A relay outputs

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2A digital outputs

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Real-time clock

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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.

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Open-source software

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Robust housing

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Open community

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Cloud computing

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Compact size

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Virtual containers

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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.

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2 x Ethernet interfaces

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2 x CAN interfaces (isolated)

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2 x RS-232s (isolated)

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Operating temperature -40 °C to +85 °C

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Cortex-A8 CPU with 1 GHz

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8 GByte flash and 512 MB DDR3 RAM

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FRAM memory

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Memory expansion via microSD card

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The phyBOARD-Regor was specially designed for use in standard top hat rail housings (e.g. Bopla CombiNorm-Connect). Conventional network and fieldbus interfaces such as 2x, LAN, CAN, RS485 and RS232 are built directly onto the board. The Regor can also be expanded via a 60-pin expansion bar.

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SOM based on phyCORE-AM3352

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1x CAN, 1x RS232, 1x RS485

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2x Ethernet (10/100)

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4x Digitale I/Os

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1x microSD

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1x microUSB OTG

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Additional interfaces on the expansion bus

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Software: Linux/Yocto

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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.

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Operating system: Linux / Windows

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CPU: AM3354, 800 MHz

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256 MB RAM, 128MB Flash, 4k EEProm

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Ethernet: 2x 10/100 Mbit/s

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1x USB OTG, 1x USB Host

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2x RS232

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1x CAN

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Temperature range: 0 °C to +70 °C

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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.

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CPU: BCM2835, 700 MHz

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RAM: 500 MByte

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Flash: 4 GByte

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OS: Raspbian / Debian Wheezy with RT patch

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RTC with 24 h buffering

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Power supply: min. 10.7 V, max. 28.8 V

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Allowed ambient temperature range: -40 to +55 °C

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ESD protection: 4 kV / 8 kV as per EN61131-2 and IEC 61000-6-2

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