CP6601-0021-0020 | BECKHOFF | PC panneau avec ARM Cortex™-A8

Description

Fulfilling the demand for space-saving control interfaces, the Beckhoff CP6601-0021-0020 built-in Panel PC combines an industrial-grade touch display with a reliable ARM Cortex-A8 processor to execute precise control and visualization tasks directly at the machine level. This hardware integration functions as an optimized control node, utilizing its 1 GHz processing core and Windows Embedded Compact 7 environment to run TwinCAT-based PLC automation projects with low power consumption. The mechanical design incorporates a robust aluminum front frame with a sheet-steel rear cover, engineered specifically for flush installation within control cabinets or console enclosures.

Features

• Efficient ARM Processing: Equipped with an ARM Cortex-A8 processor running at 1 GHz for deterministic control and real-time visualization.
• High-Speed Memory Architecture: Features 1 GB DDR3 RAM paired with onboard NOVRAM for secure system variables and volatile parameter buffering.
• Dual Network Interfaces: Built-in independent ports for standard 10/100BASE-T Ethernet and high-speed EtherCAT fieldbus networking.
• Integrated MicroSD Storage: Includes a dedicated slot supporting microSD cards up to 16 GB for system software, boot projects, and user configurations.
• Hardware-Level UPS: Outfitted with an integrated 1-second capacitive uninterruptible power supply (UPS) to safely back up persistent data to NOVRAM during sudden power loss.
• Industrial Environmental Protection: IP65 front-panel rating ensures resistance to dust, moisture, and water spray under operating conditions.

Applications

• Machine-level Human-Machine Interface (HMI) for specialized manufacturing cells.
• Compact controller and visualization nodes within packaging, material handling, and assembly systems.
• Decentralized data acquisition and protocol gateway stations linking field devices to higher-level networks.
• Sub-system controls requiring direct EtherCAT master capabilities inside space-restricted control panels.

Technical Specifications

Connections and Interfaces

Empirical Engineering Insights

Alternative Models & Compatibility

The CP6601-0021-0020 serves as an optimized, embedded replacement for older ARM9-based control panels. When migrating from legacy displays running Windows CE 6 to Windows Embedded Compact 7 on this device, ensure your TwinCAT boot project target platform is updated to ARMv7. The compiled binaries for older ARM9 architectures must be rebuilt in TwinCAT 2/3 to prevent runtime instruction-set mismatch faults during startup.

Application Pitfalls & Engineering Notes

The integrated 1-second capacitive UPS is designed exclusively to back up critical variables in the 128 kByte NOVRAM during an unexpected power disruption. This UPS does not support runtime buffering of the entire Windows system image; it is highly critical that cyclic file-writing operations directly to the microSD card are structured carefully. Excessive continuous writes can lead to premature wear of the microSD sectors, which can corrupt the operating system partition during system restarts.

Commissioning & Wiring Tips

To protect the resistive touchscreen from static-induced register shifts, ensure the front bezel makes solid electrical contact with the cabinet metalwork, and that the cabinet is tied to a low-impedance ground. Use shielded CAT5e or CAT6 cabling for both the RJ45 Ethernet and EtherCAT connections. Route communication cables separately from high-current motor cables and variable frequency drives to suppress electromagnetic interference (EMI).

Installation Guidelines