CP2712-0020 | BECKHOFF | PC Panel intégré multi-touch sans ventilateur

Description

Engineered for seamless integration into control cabinets, the BECKHOFF CP2712-0020 fanless built-in Panel PC delivers high-performance processing capabilities in a robust, space-saving form factor. Utilizing an advanced multi-finger touch screen and a durable aluminum housing with a high-resistance glass front, this industrial computing interface is optimized for reliable operation in demanding environments. The system motherboard supports energy-efficient Intel Atom processors, offering flexible computing performance for TwinCAT-based automation tasks and complex industrial visualization processes.

Features

• Robust Enclosure Design: Features an aluminum housing combined with a resilient glass front, ensuring high mechanical stability.
• Efficient Mounting: Equipped with pull-out clamping levers for rapid, tool-free installation without loose parts.
• Fanless Operation: Completely fanless design minimizes maintenance overhead and prevents internal dust accumulation.
• Storage Flexibility: Features 2 dedicated slots for CFast cards, facilitating flexible storage scaling and fast system backups.
• Industrial-Grade Protection: Front panel provides IP65 protection against liquid and dust ingress, while the rear housing carries an IP20 rating.

Applications

• Machine tool control and visualization interfaces.
• Power generation and distribution facility monitoring.
• Automated packaging and production line HMI terminals.
• Water and wastewater management control systems.

Technical Specifications

Installation Guidelines

• Clamping Lever Installation: Utilize the integrated pull-out clamping levers to secure the panel into the cabinet cutout. Do not over-torque the mechanical elements during mounting.
• Thermal Management: Maintain adequate clearance around the rear IP20 enclosure to ensure passive convection cooling is not restricted. Avoid installing the unit near localized heat sources.
• Power Supply Wiring: Wire the 24 V DC supply using appropriately rated copper conductors. Implement protective earth (PE) grounding directly to the chassis to minimize electromagnetic interference (EMI).