CP6522-0000-0080 | BECKHOFF | Écran 15 pouces 1024 x 768

Description

Designed for demanding machine control and visualization tasks in harsh industrial environments, the Beckhoff CP6522-0000-0080 is a high-performance built-in Panel PC that combines a brilliant 15-inch display with a highly expandable, modular ATX controller backbone. This unit integrates a 1024 x 768 display into a robust frame designed for direct control cabinet installation, ensuring excellent operator visibility and reliable operational tactile feedback. Built to withstand continuous industrial operation, its front-side sealing protects against fluid ingress while the rear enclosure houses a multi-slot ATX motherboard, providing the necessary processing power and modular expansion capabilities for real-time PLC, Motion Control, and HMI applications running on TwinCAT software platforms.

Features

• Industrial-grade 15-inch TFT display with a clear 1024 x 768 XGA resolution.
• Robust construction featuring an IP65 rated front panel and an IP20 rated rear-side protective housing.
• Integrated 7-slot ATX housing with multiple PCIe and PCI slots for long-format expansion cards up to 190 mm.
• Tool-free mounting system using pull-out clamping levers for rapid, secure installation without loose parts.
• Dual on-board 100/1000BASE-T Ethernet interfaces for independent network routing and fieldbus connectivity.
• Versatile peripheral connection options including high-speed USB 3.0, DVI, DisplayPort, and serial RS232 interfaces.

Applications

• Real-time machine control and multi-axis motion control coordinates via EtherCAT.
• Main visual display and human-machine interface (HMI) for automotive production lines.
• Process monitoring, logging, and SCADA database clients in chemical processing plants.
• High-density IO cell controllers requiring physical PCI/PCIe frame-grabber or fieldbus interface cards.

Technical Specifications

Empirical Engineering Insights

Alternative Models & Compatibility

The CP6522 model functions as a mid-sized alternative to the 12-inch CP6502 and the larger 19-inch CP6532 systems. When replacing legacy CP6522 modules, engineers must verify the generation of the integrated ATX motherboard. Motherboards equipped with 6th/7th Generation Intel processors require TwinCAT 3 runtime licenses calibrated to Platform Level 50 (for Celeron configurations) or Platform Level 80 (for high-power Core i7 configurations). Upgrading older, legacy CP65xx systems may also require a partition table migration (MBR to GPT) when transitioning to newer UEFI-supported operating systems like Windows 10 IoT Enterprise.

Application Pitfalls & Engineering Notes

Because the 7-slot ATX housing allows for multiple expansion cards, internal thermal dissipation must be carefully managed. When populated with high-power expansion cards or dedicated frame grabbers, passive heat dissipation is insufficient. In high ambient dust conditions, ensure that external cabinet filtration systems are clean to prevent the PC's intake fans from drawing in conductive particulate matter, which can cause intermittent shorting on the exposed PCIe trace paths.

Commissioning & Wiring Tips

Always ground the front panel using the dedicated low-impedance ground lug located near the mounting frame. Poor chassis grounding is the primary cause of static buildup on the touch overlay, leading to touchscreen drift or phantom click events. If utilizing the integrated UPS battery module option, verify that the TwinCAT UPS driver is configured for the correct COM port or USB interface pathway to guarantee a clean shutdown sequence during unexpected facility power failures.

Installation Guidelines

1. 1 Prepare the cutout in the control cabinet door to the exact dimensions specified for the 15-inch CP6522 chassis (ensure the sealing gasket is clear of debris).
2. 2 Insert the Panel PC into the cutout from the front side, ensuring the rubber seal aligns flat against the mounting plate surface for complete IP65 protection.
3. 3 From the inside of the cabinet, push out the integrated clamping levers and tighten them securely against the back of the cabinet door to lock the unit.
4. 4 Connect a low-impedance grounding strap from the functional earth terminal on the housing to the master system grounding busbar.