You can build cost-effective machines and systems that will adapt to the industrial revolution with Mikrodev products and solutions.
Industrial automation is the complete or partial automation of an industrial process, which includes automation systems that use mechanical, electrical, and electronic components in factories, production lines, distribution centers, and other industrial facilities. Industry 4.0 is considered as the near future evolution of industrial automation technologies, which involves the digitalization and integration of production processes using automation technology and data analytics. This enables production processes to become more flexible, efficient, and scalable, supporting production productivity.
In our world where information technologies are developing, it is extremely important for the industry sector to adapt to this development. One of the main objectives of Industry 4.0 is to produce quality products by working quickly and efficiently with less cost and in less area. The facilities established with Industry 4.0, less energy use and reduction of heat production have a positive effect on the correct consumption of resources.
On the other hand, Industry 4.0 also includes the concept of “Smart Factories”, which allows machines, robots, and other production equipment used in factories to be integrated with each other and with production planning systems. This enables factories to become more efficient with less human intervention, and production processes to be made faster and more error-free. The Industry 4.0 concept also enables the analysis of large amounts of data obtained through the digitalization of production processes. This data can be evaluated for the optimization of production processes, the reduction of breakdown, downtime, and waiting times, as well as for the more effective planning of production in industrial automation systems.
Mikrodev offers cost-effective solutions complying with the Industry 4.0 revolution.
Process Automation
Process automation system is a subfield of industrial automation and involves the automation of industrial processes. The Industry 4.0 revolution, as mentioned above, encompasses the digitalization and integration of production processes via automation technology and data analytics. Within this framework, Industry 4.0 can be viewed as a more sophisticated version of industrial automation. Process control and automation constitutes an integral constituent of the Industry 4.0 revolution, and when combined with the latter, it fosters increased intelligence and efficiency of industrial processes.
Within the scope of that Mikrodev products can be used in Process Automation systems to control the system from a single center. For energy monitoring in the system, data is provided via Ethernet, GSM, Wi-Fi or RF communication channels over Mikrodev IoT protocol converter product family. Physical information such as operation and malfunction of production facilities and statistical data such as production efficiency calculation and consumption value are transferred to the center via PLC/Remote IO products. All data is sent to the remote system via industrial communication protocols such as MODBUS, MQTT.
Machine Automation
Machine automation is a fundamental aspect of both industrial automation and process automation, encompassing the automatic control and management of machines. The advent of Industry 4.0 has propelled machine automation to a higher technological level, enabling industrial processes to become more intelligent and efficient. When integrated into industrial automation processes, machine automation works in tandem with Industry 4.0 to maximize the optimization of production processes in manufacturing lines and factories.
Mikrodev, a key stakeholder in industrial automation processes as well as in the Industry 4.0 and, provides solutions in machine automation with its compact products. The machine start/stop operation can be managed via physical signals. Comparison and mathematical operations can be made in Mikrodev PLC products with the physical and analog signal information received over the sensors in the machine. Hardware or software logic signals in milliseconds can be followed over the fast counter inputs of the PLC. Frequency controlled output signal is generated via PWM (Pulse Width Modulation) and PTO (Pulse Train Output) outputs.
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