Automation and control are key areas in the development of industrial technologies. Modern enterprises strive to reduce costs, increase productivity and minimize the human factor in managing complex processes. The use of automated systems improves product quality, ensures the stability of production processes and reduces downtime.
Automated control systems (ACS) are used in a variety of industries: from mechanical engineering and the food industry to chemical production and energy. Their task is to monitor the parameters of technological processes and promptly make adjustments to maintain optimal conditions. Such systems are based on complex circuits of sensors, actuators and computing power that manage all aspects of the production cycle.
ORION offers high-quality automation and control solutions that meet the requirements of a wide variety of industries. We provide a wide range of components, including sensors, controllers, relays, cables and control systems, which play a key role in the creation and operation of automated systems.
Programmable logic controllers (PLC) are the “brain” of any automated system. They control all processes, collecting data from sensors and transmitting commands to actuators. PLCs are used to control both simple systems (e.g. lighting systems) and complex technological processes (e.g. on production lines).
ORION components for PLCs include microprocessors, connectors, power supplies and other elements that ensure stable and reliable operation of controllers in a wide range of conditions. PLCs equipped with our solutions are capable of operating in extreme conditions: at high temperatures, humidity and exposure to vibrations.
Sensors play a vital role in automation and control systems, as they provide data collection on the state of objects and technological processes. This data is transmitted to control systems, where it is analyzed and decisions are made based on it. ORION offers a wide range of sensors, including temperature sensors, pressure sensors, liquid level sensors, position sensors and motion sensors.
Our sensors are used in a wide range of industries: from mechanical engineering to the chemical and food industries. They provide high measurement accuracy and resistance to external influences, which makes them ideal for use in harsh industrial conditions. For example, ORION temperature and pressure sensors are used in thermal process control systems, ensuring their stable operation and safety.
Actuators are an integral part of automated systems, since they execute commands from PLCs and other control systems. These can be electromagnetic valves, motors, servo drives, relays and other devices that perform mechanical or electrical actions to control processes.
ORION offers a wide range of actuators that are used in various automation systems. Our electromagnetic valves are used in liquid and gas flow control systems, and servo drives provide precise motion control in robotic systems. ORION components are highly reliable, wear-resistant and have low energy consumption.
The most important part of any automation system is the communication between various components and systems. Reliable and fast data transmission channels are necessary for operational control and monitoring of all stages of the production process. ORION provides solutions for creating reliable interfaces and communication networks that ensure data exchange between PLCs, sensors and actuators. We offer cable systems and connectors that support industrial communication protocols such as Modbus, Profibus, CAN and Ethernet. These systems are used in production lines, transport systems and energy facilities, ensuring accurate and fast data transfer.
With the development of technology, automation is entering a new level, where artificial intelligence (AI) and machine learning are playing a key role. Smart systems can analyze large volumes of data coming from sensors and make more accurate and timely decisions based on them. This allows for increased system performance and better management of complex processes.
ORION offers solutions for implementing AI in automation and control systems. We provide high-performance processors, machine learning modules and data processing systems that enable the creation of smart systems that adapt to changing conditions. These technologies are especially useful for predictive maintenance, where systems can anticipate equipment failures and prevent them in advance.
Automation and control are used in a variety of