Panel PCs are compact, ruggedised workstations designed to operate in extreme industrial environments. Equipped with touch screens and high-performance processors, such as those based on the Elkhart Lake architecture, these devices enable real-time control and monitoring of industrial processes. Their ability to integrate with other systems and their resistance to adverse conditions such as dust, vibration and extreme temperatures make them an ideal solution for automation applications.

Benefits of Panel PCs in Automation:

• Real-Time Control and Monitoring: Improve the accurate management of industrial processes.
• Improved Reliability: Designed to minimise failures in demanding environments.
• All-in-One Solutions: Combines a touch interface and computing power in a compact and efficient device.

Industrial displays are essential for displaying real-time information and facilitating interaction with control systems. Resistant to harsh conditions such as extreme temperatures and dusty environments, these displays allow you to monitor and manage processes with clarity.

Benefits of Displays in Automation:

• Visualise key data and alerts for faster decision making.
• Facilitate the operation of machinery and equipment in industrial environments.
• Withstand extreme conditions, ensuring durability and reliability at all times.

Industrial sensors are essential for monitoring variables such as temperature, pressure, humidity and proximity in industrial environments. They detect changes in their environment and send this information to control systems to enable an automatic response. They are robust, accurate and adaptable to extreme conditions.

Benefits of Sensors in Automation:

• They monitor and control processes in real time, improving operational efficiency.
• Increase accuracy in data collection for decision making.
• They allow the automation of tasks, optimising resources and reducing costs.

Industrial antennas ensure wireless connectivity for real-time communications, IIoT device integration and critical data transmission in automated processes. Designed to operate in extreme industrial environments, they withstand vibration, high temperatures, humidity and electromagnetic noise. They are essential in applications such as remote machine control, SCADA systems and intelligent monitoring of production lines.

Benefits of Antennas in Automation:

• Real-Time Connectivity: They ensure instant and stable communication in SCADA systems, remote control and continuous monitoring, even in demanding industrial environments.
• Multiband Support and Private Networks: Enables integration of multiple technologies (5G, WiFi, NB-IoT), essential for smart factories and secure low latency networks.
• Robustness and Durability: Designed to operate in adverse conditions such as vibrations, high temperatures and exposure to corrosive agents, ensuring reliability and operational continuity.

Industrial power supplies are crucial to ensure the constant and safe operation of automation equipment. They provide stable power to systems, protecting against spikes, sags and surges. Their reliability and efficiency are critical to maintaining continuity of operations and protecting connected devices.

Benefits of Power Supplies in Automation:

• They guarantee a constant and secure power supply for all industrial devices.
• Protect against power failures, increasing operational stability.
• Optimise energy efficiency, reducing consumption and operating costs.

Switches

Switches in automation are essential for ensuring reliable and continuous connectivity between machines, sensors, and systems in automated environments. With their robust design, they withstand harsh conditions and ensure the constant flow of data required for automated processes.

Routers

Industrial routers in automation provide the necessary connectivity for interconnected systems to operate efficiently and securely. These devices enable stable, real-time data transmission essential for process operation and monitoring.

Gateways and Protocol Converters

Gateways and protocol converters facilitate communication between devices using different network protocols. They allow the integration of systems that would otherwise be incompatible by converting data from one protocol to another, ensuring seamless information flow.

Módulos IO Modbus

Modbus RTU/TCP I/O modules enable data exchange and connectivity between control devices and industrial automation systems via the Modbus protocol. They provide a standardized interface for connecting sensors, actuators, and other devices, facilitating data acquisition and control.

PoE Injectors and Extenders

PoE (Power over Ethernet) injectors and extenders supply power to devices such as IP cameras, Wi-Fi access points, and sensors via a single Ethernet cable. This simplifies installations and reduces costs by eliminating the need for additional power cabling. They are essential in industrial environments to ensure the efficiency of monitoring and control systems.

Media converters

Media converters enable communication between different network types, such as Ethernet and fiber optics, facilitating the integration of devices and systems using various transmission technologies. This is crucial in industrial environments that require flexible solutions to adapt legacy infrastructure to new technologies while maintaining connectivity.

Serial Device Servers

Serial Device Servers connect legacy devices to modern networks, enabling seamless integration into industrial automation environments. They convert serial protocols to Ethernet, optimizing communication between control systems and older equipment while ensuring compatibility and performance.