Posiflex KS7410117DFL 10-Inch PCAP Touchscreen Terminal
Overview
The Posiflex KS7410117DFL is a 10-inch projective-capacitive (PCAP) touchscreen terminal built on Intel Celeron compute, running Windows 10 embedded. This is a fixed-install display—not a standalone monitor—designed for point-of-sale, order-entry, and self-service kiosk installations in retail, quick-service restaurant, and hospitality environments. The KS7410117DFL integrates processor, display, and I/O into a single wall- or VESA-mountable unit, eliminating the need for a separate CPU cabinet in space-constrained counter or wall-mounted deployments.
Compatibility
The KS7410117DFL pairs with POS software, transaction systems, and vertical applications that explicitly support Windows 10 IoT embedded—verify compatibility before deployment, as many legacy POS packages target full Windows 10 or older embedded editions only. USB and Ethernet connectivity accommodate barcode scanners, payment terminals, receipt printers, and back-office integration. The unit does not function as a standalone monitor; it requires application software provisioned for embedded Windows 10. Confirm your VMS, POS, or inventory system supports Windows 10 IoT before committing—integration failures are costly to diagnose post-install.
Installation Notes
The KS7410117DFL mounts via VESA standard or wall bracket (Generation 6 base: 14.88" W × 12.28" D × 13.38" H, 20 lbs; Generation 5.5 base: 14.88" W × 12.28" D × 14.61" H, 24 lbs; without base hardware: 13 lbs). Power is 12 VDC via 120W external adapter; verify outlet and UPS capacity for always-on environments. The unit is fan-free with aluminum chassis for passive heat dissipation—suitable for kitchen counters and high-dust retail floors. Onboard storage is fixed (no user-upgradeable SSD options in this configuration)—assess application storage footprint upfront, especially for local transaction logging or image caching. Operating temperature range: 0°C to 40°C (per KS7500 family spec). The device is HALT/HASS tested for temperature cycling, vibration, drop, and shock tolerance.
