Product Description

This controller leverages an Intel Celeron dual-core processor and 4GB of RAM to offer strong performance for industrial applications. An optimized Windows Embedded Standard 7 operating system provides a stable and secure software platform. Combined with 32GB of solid state storage, engineers have ample capabilities for programming complex automation solutions. A 7-inch LCD touchscreen with 800 by 480 resolution offers an intuitive interface for user interaction.

Connectivity is a core strength, with Ethernet, USB, and serial interfaces that facilitate seamless integration. Data sharing between disparate controllers and machines on the plant floor is achieved with ease. Maintenance technicians benefit from simple service port access as well. With industry-standard connection methods, extensive third-party support accelerates development timelines. Investment protection is granted through future-proof interfaces that endure lifecycle changes. Constructed with long-term durability in mind, an all-metal enclosure and solid state design deliver dependable functionality. Compact dimensions at 200 by 150 by 60 millimeters allow for versatile installations within tight spaces or distributed panel configurations. Weighing only 1.5 kilograms also cuts workload for mounting tasks. An IP20 rating enables protected indoor deployment near production lines.

Reliability stems from the use of robust solid state components instead of fragile mechanical drives. Vibration tolerance and reduced noise benefit precision machining processes that demand pristine signal integrity. Gentle operating demands extend service lifetimes and spare downtime for part replacements. Overall equipment effectiveness grows through continuous availability. A wide zero to 50 degree operating temperature range accommodates constantly heated or cooled environments without derating performance or incurring unplanned downtime. Extended temperature resilient chips ensure accurate control is maintained 24/7 all year long. Adverse conditions pose no barrier to mission-critical uptime demands.