What is an industrial computer?

What is an industrial computer?

Basic structure of an industrial computer

• Processor (CPU): Uses a powerful microprocessor (Intel Core i3/i5/i7, Atom, or specialized lines), enough to process complex data in real time.
• Memory (RAM, Storage): RAM from 4GB to 32GB or more, shockproof SSD/HDD.
• Enclosure: Made of metal (aluminum, stainless steel), meets IP65/IP67 protection standards (waterproof, dustproof). Fanless design to avoid damage due to dust.
• I/O Ports: Many communication ports such as RS232/485, USB, Ethernet, CAN, support connection with PLC, sensors, machines.
• Power supply: Operates with wide voltage (9-36V DC) or 220V AC, anti-voltage drop and interference.
• Operating system: Windows (10 IoT, Embedded), Linux, or real-time operating system (RTOS).

 

Features of industrial computers IPC

1. Durability and ability to operate in harsh environments

• Temperature: Stable operation in a wide temperature range, usually from -20°C to 70°C (some models up to -40°C to 85°C).
• Dust and water resistance: Meets IP65, IP66, or IP67 protection standards, preventing dust and water from entering.
• Anti-vibration and shock: Withstands vibration (5-500 Hz) and impact (up to 50G), suitable for factory or vehicle environments.

2. Fanless Design

• Features: No cooling fan, instead of passive heat dissipation through a metal case (usually aluminum).
• Benefits: Reduces the risk of damage due to dust sticking to the fan. Quiet operation, no noise. Increases lifespan in dusty environments.
• For example, Advantech UNO-2271G IPC uses passive heat dissipation, suitable for cold storage.

3. High reliability and continuous operation

• Operation time: Can run 24/7 without rest, ensuring continuous production.
• MTBF (Mean Time Between Failures): High mean time between failures (usually >100,000 hours).

4. Powerful and customizable performance

• Processor: Use low-end CPUs (Intel Atom, Celeron) to high-end CPUs (Core i5/i7, Xeon) depending on the application.
• Memory: 4-64GB RAM, shockproof SSD (64GB-1TB), support for large data processing.
• Customization: Can add I/O ports, PCIe slots, or configure according to specific needs (such as integrated GPU for image processing).
• For example, Beckhoff C6015 IPC with Core i7 CPU processes camera data in the inspection line.

5. Diverse and industrial-compatible connection ports

• I/O ports: Support RS232/485, USB, Ethernet, CAN, VGA/HDMI, connect to PLC, sensor, HMI.
• Protocol: Compatible with Modbus, Profinet, OPC UA, suitable for automation.
• For example: IPC in logistics has 4 RS485 ports to connect sensors on conveyor belts.

6. Flexible power supply

• Voltage: Wide range operation (9-36V DC or 110-240V AC), anti-voltage drop and interference.
• Protection: Integrated surge protection, overvoltage/overcurrent protection.
• For example: IPC on trains uses 24V DC power, withstands voltage fluctuations.

7. Support for industrial operating systems and software

• Operating systems: Windows 10 IoT, Linux, RTOS (Real-Time Operating System).
• Software: Compatible with SCADA, MES, or PLC programming software (TIA Portal, Codesys).
• For example, IPC runs Linux to monitor IoT data in smart factories.

- Advantages of industrial computers

- Advantages of industrial computers

• 24/7 continuous operation, fanless design, high MTBF (>100,000 hours), suitable for continuous production. Reduce downtime, increase productivity.
• Powerful performance and flexible customization, CPU from Atom to Core i7/Xeon, optional RAM/SSD, support complex and real-time data processing. Meet diverse needs from simple monitoring to AI applications.
• Compatible with industrial systems, diverse I/O ports (RS232/485, Ethernet), supporting protocols such as Modbus, Profinet, PLC connection, HMI. Easy integration into existing automation systems.
• Compact and space-saving design, compact Box PC or Panel PC, easy to install in narrow spaces.
• Scalability, high reliability

- Disadvantages of industrial computers

• High initial investment cost, much more expensive than conventional PCs (usually from 10-50 million VND or more).
• High technical requirements for operation and maintenance
• Difficult to repair when severely damaged
• Depending on the supplier

Uses of Industrial PCs

• Control and automation: Control machines, production lines and industrial equipment through connections with PLCs, sensors, and actuators.
• Monitoring and data collection: Collect real-time data from sensors (temperature, pressure, flow) and display via SCADA or HMI systems. Provide instant information for decision making, improve operational efficiency.
• Big Data processing or image analysis (machine vision) for quality control or production optimization.
• Industrial network connection and management: Act as a connection center between devices (IoT, PLC, robots) via protocols such as Modbus, Profinet, Ethernet.
• Human-machine interface (HMI) and display: Integrate touch screens to display system status and allow operators to interact directly.
• Real-time control: Process signals and issue instant commands in applications that require quick response (real-time control).
• Support smart manufacturing: Integrate IoT and AI technology to optimize production and predictive maintenance.

Applications of industrial computers in industries

• Control automatic production lines (conveyors, assembly robots).
• Monitor and collect data from sensors, PLCs via SCADA/MES systems.
• Check product quality using image processing (machine vision).
• Example: Advantech IPC controls welding robots in Toyota automobile factories.

• Manage filling, packaging, and sterilization machines.
• Monitor temperature, humidity in cold storage or ovens.
• Ensure compliance with hygiene standards (HACCP, GMP).
• Example: Beckhoff IPC runs SCADA to control bread packaging machines in food factories.

• Monitor and control substations, wind turbines, solar power systems.
• Collect data from sensors (voltage, current) and analyze performance.
• Manage energy storage systems (battery management).

• Control pumps, valves, and chemical reactions in factories.
• Safety monitoring (temperature, pressure) in explosive environments.
• Data analysis to optimize production processes.

• Management of sorting conveyor systems, stacking robots (AGV - Automated Guided Vehicle).
• Control of automated warehouses (AS / RS - Automated Storage and Retrieval System).
• Track goods via RFID or IoT.

• Control of crushers, ore conveyors, mining systems.
• Monitoring the environment (dust, toxic gases) in mines.

• Control of traffic lights, train systems, smart parking lots.
• Monitoring and managing vehicles via GPS, IoT.

• Controlling pharmaceutical manufacturing machines, medical equipment (3D printers, packaging machines).
• Monitoring clean room environments (temperature, humidity, pressure).

 

How to choose the right IPC industrial computer

• Control: Connect PLC, sensors to control machinery (conveyors, robots).
• Monitoring: Display data via HMI/SCADA.
• Analysis: Big data processing, AI, or machine vision.

• Clearly define the computer's working environment (temperature, humidity, dust, vibration, etc.). Choose a computer that can withstand these harsh conditions.
• The operating range of the IPC must be suitable (usually -20°C to 70°C).

• CPU: Basic applications (monitoring) → Intel Atom, Celeron. Medium applications (multitasking control) → Core i3/i5. Heavy applications (AI, image processing) → Core i7, Xeon.
• RAM: 4-8GB for simple control. 16-32GB for large data processing.
• Memory: SSD (shockproof) 128-512GB for speed and durability.
• GPU: Needed if image processing or AI (like NVIDIA GTX).

• I/O ports: RS232/485 for PLC, sensors. Ethernet (industrial) for SCADA, IoT networks. USB, CAN for peripherals.
• Protocol: Modbus, Profinet, OPC UA depending on the existing system.

Popular types of industrial computers

1. Box PC (Box PC)

• Features: Compact design, no screen, usually fanless. Size from super small (palm-sized) to medium. Diverse I/O ports (RS232/485, Ethernet, USB).
• Advantages: Compact, space-saving. Durable operation in dusty, high temperature environments.
• Disadvantages: No direct interface, need external monitor.
• Application: PLC control in production line. Collect data from sensors in cold storage.

2. Panel PC (Control Panel Computer)

• Features: Integrated touch screen (from 7" to 24") and CPU in one device. Waterproof/dustproof housing (IP65/IP66), usually fanless. Support HMI (Human-Machine Interface).
• Advantages: Intuitive interface, easy to operate. Integrated control and display in one.
• Disadvantages: Price is higher than Box PC. Larger size, difficult to move.
• Application: Monitoring and controlling food packaging machines. HMI in automobile manufacturing plants.

3. Rack PC (Rack PC)

• Features: Designed to be installed in a 19-inch rack (1U, 2U, 4U), usually with a fan or strong heatsink. High performance, supports multiple expansion slots (PCIe, PCI). Used in large control centers.
• Advantages: Strong performance, easy to expand. Suitable for complex systems.
• Disadvantages: Bulky, requires rack space. Larger power consumption.
• Applications: Smart factory data center management. Control SCADA systems in power plants.

4. DIN Rail PC (DIN Rail PC)

• Features: Mounted on a DIN rail in an electrical cabinet, compact. Fanless, supports industrial I/O ports. Used in distributed control systems.
• Advantages: Easy to install in an electrical cabinet. Suitable for tight spaces.
• Disadvantages: Average performance, no display.
• Applications: Monitoring water pumps in wastewater treatment plants. Controlling traffic lights.

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