Industrial computers play a key role in automating production processes, controlling machines, and analyzing data in real time. Unlike standard office computers, they must be highly durable, reliable, and adaptable to specific industrial conditions. What parameters are most important when choosing them? Let's find out!
Environmental Resistance - Industrial environments can be harsh – high temperatures, humidity, dust, vibrations, and electromagnetic interference are commonplace. Therefore, it is important for a computer to have:
Example: Computers for automation in the metallurgical industry must operate in extreme temperatures and be resistant to metal dust.
Processor type and performance - Choosing the right processor depends on the computer's application. In automation, the following are important:
Example: Vision systems in factories use GPU graphics cards to recognize product defects in real time.
Type of RAM and storage media - Industrial computers often process large amounts of data, so they need:
Example: In assembly line control systems, every millisecond of delay can cause downtime. Fast SSDs eliminate this risk.
Communication Interfaces - An industrial computer must support a wide range of interfaces for communicating with sensors, PLCs, and SCADA systems:
Example: In modern factories Industrial computers must support TSN (Time-Sensitive Networking) Ethernet networks to ensure precise machine synchronization.
Operating system and software - The operating system should be stable and adapted to the requirements of the industry:
Example: In automation, containerization is increasingly used, which allows for easy implementation and Control software update.
Power Supply and Energy Efficiency - In industrial plants, reliable power supply and low energy consumption are key:
Example:In solar installations and wind farms, industrial computers must operate in energy-saving mode, often on battery power.
Cooling and Fanless Design - In industry, dust and dirt can lead to computer failures, so it's worth choosing fanless designs. with passive cooling:
Example: Computers in mines often use passive cooling because traditional fans quickly become clogged with dust.
Summary – how to choose the perfect industrial computer?
When choosing a computer for industrial automation, it's worth paying attention to:
RSS Feed