The μMIC.200 from MicroControl is an innovative control system, integrating the best of the world of automation for IoT/Industry 4.0. The concept offers more than conventional compact industrial control units: i.e. increased temperature range, memory, voltage supply, flexibility etc.

Additionally it can easily be programmed in Node-RED, or C/C++ programming for more demanding tasks. Intuitive, quick and secure programming through its graphic user interface offers clear advantages:

Node-Red

• quick results for prompt application
• no additional local software installation
• 2 CAN-, 2 Ethernet- and 2 serial interfaces
• easy and quick connection to IoT cloud services/Industry 4.0

C/C++

• freely available development environment Eclipse
• real-time Linux operating system for flexible development of applications
• C/C++ libraries and applications can easily be integrated in Node-RED

With its 62 mm casing suited for DIN rail mounting, the µMIC.200 is significantly smaller than conventional control units by about 25%. The µMIC.200 is equipped with eight configurable digital in-/outputs, together with four freely controllable LEDs, as well as a real-time clock.

The µMIC.200 may be used in a multitude of different applications, however it is particularly suited for industrial applications and harsh environments.

Example Applications

Controlling large solar power plants

In sunny regions solar power plants are equipped with thousands of mirrors which have to be optimally positioned according to the required performance, the position of the sun as well as the weather conditions and temperatures.

Each line of mirrors is equipped with a μMIC.200 plus CAN modules to communicate the current performance data of the plant to the main computer and store them safely in a cloud.

Mobile Test Facilities

Before motor vehicles are approved for road traffic, they have to be tested in extreme conditions and mobile test facilities have to cope with these as well. Due to its intuitive Node-RED programming, the μMIC.200 can be adjusted easily and safely to quickly changing conditions. Robust MicroControl boxes ensure reliable data transmission on the CAN bus even in harshest environments.

For more information on the μMIC.200 Control System, please view the product page here.

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The protocol stacks are optimized for: 

• low resource consumption (RAM/Flash)
• quick and easy integration
• different development environments (IDEs)
• requirements of software designers

The modular Protocol Stacks can be thought of as interlocking bricks, which you can combine to achieve various desired functions.

	CANpie FD driver an open interface for more than 160 microcontrollers
	CANopen/CANopen FD Master versatile configuration options to control CANopen networks also available as “Safety” versions and are EN 50325-S compliant.
	CANopen/CANopen FD Slave resource optimized and particularly suited for intelligent sensors and actuators
	J1939/J1939 FD designed for easy integration of these standards into mobile systems
	CANopen/CANopen FD Bootloader contains the complete functionality for the integration into your existing devices

The CANpie FD Server visualizes development environments and can be executed on all PC operating systems. Additionally, the Code Generator with its graphic user interface facilitates the selection and compilation of the individual protocol packages.

Furthermore, existing libraries and software components may also be used. The modular structure of the protocol stacks is guaranteed at any time. Different hardware platforms can also be integrated and adjusted. Similarly drivers for functional extensions and additional hardware components can be installed at any time.

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