Box and cabinet industrial PCs are self-contained computers installed inside a control cabinet or on a machine frame, with no integrated display and no DIN rail I/O bus of their own. That separates them from panel PCs, which build the touch screen into the same housing, and from embedded PCs, which clip onto DIN rail directly alongside I/O terminals.
10 products
Beckhoff C6015-0010
$3,851.00
Beckhoff C6015-0020
$3,527.00
Beckhoff C6030-0070
$10,703.00
Beckhoff C6920-0030
$5,913.00
Beckhoff C6920-0050
$4,286.00
Beckhoff C6920-0060
$8,794.99
Beckhoff C6930-0040
$10,745.99
Beckhoff C9900-P223
$749.00
Beckhoff C9900-P224
$719.99
Beckhoff C9900-U330
$836.00
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Related families and series
Product families
Series
- C-Series IPC (10)
What are box and cabinet industrial PCs?
At Palm Parts Solution, we specialize in high-reliability IPC configurations that integrate seamlessly with automated machinery. These systems often run specialized operating systems (like Windows IoT Enterprise) and real-time kernels to manage complex motion control and logic tasks simultaneously.
Main Manufacturers
Our inventory focuses on industry-leading IPC technology, specifically from Beckhoff. As pioneers of PC-based control, Beckhoff offers a comprehensive range of hardware designed for the EtherCAT ecosystem.
- Beckhoff: Known for their diverse form factors, from ultra-compact DIN-rail PCs to high-end cabinet-mounted servers, Beckhoff hardware is the global standard for TwinCAT-driven automation.
Typical Applications
Industrial PCs are utilized where high computational data processing meets real-time machine hardware. Common applications include:
- Vision Systems: High-speed image processing for quality inspection and robotic guidance.
- Edge Computing & IIoT: Aggregating data from field devices for transmission to cloud platforms or local ERP systems.
- Complex Motion Control: Synchronizing dozens of axes in high-speed packaging or CNC machinery.
- SCADA & HMI: Running high-resolution visualization interfaces alongside background control logic.
Selection Guide
When sourcing an Industrial PC, evaluate the following technical specifications:
- Form Factor: Choose from C-series (Control Cabinet PCs) for maximum performance or CX-series (Embedded PCs) for modular DIN-rail mounting.
- Processing Power: Select Intel Atom or Celeron for simple HMI and data logging, or Intel Core i3/i5/i7 for multi-axis motion and vision.
- Thermal Management: Opt for fanless models in dusty or oily environments to prevent internal contamination.
- Storage Media: Ensure the use of industrial-grade SSDs or CFast cards for high-cycle write endurance and vibration resistance.
- Connectivity: Verify the availability of onboard EtherCAT, GigE, and USB 3.0 ports for peripheral integration.
Frequently asked questions
What is the difference between an Industrial PC and a standard desktop?
An IPC is designed for 24/7 operation in harsh environments, featuring fanless cooling, high vibration resistance, and wide operating temperature ranges (-20°C to +60°C). Unlike consumer PCs, IPCs offer long-term availability (often 10+ years) and support industrial interfaces like EtherCAT, PROFINET, and RS-232/485.
Can an Industrial PC replace a traditional PLC?
Yes. By using SoftPLC software like Beckhoff TwinCAT, an IPC can execute real-time control tasks traditionally handled by hardware PLCs. This allow for the integration of motion control, HMI, and data processing on a single hardware platform.
What are the typical voltage requirements for IPCs?
Most Industrial PCs operate on 24V DC power, which is the standard for industrial control cabinets. High-performance models or rack-mount versions may support 100-240V AC.
Why are fanless designs preferred in industrial environments?
Fanless IPCs use passive heat sinks and low-wattage processors to eliminate moving parts. This prevents dust ingestion, reduces maintenance (no filters to clean), and significantly increases the Mean Time Between Failures (MTBF) in environments with high particulate matter.
How do I select the right IPC for my application?
Key factors include processing power (Intel Atom vs. Core i7), mounting style (DIN-rail, wall, or rack), I/O requirements, environmental ratings (IP20 to IP67), and the required operating system (Windows 10 IoT, Linux, or Beckhoff TwinCAT RTOS).
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