temperature resistance 15.6 inch industrial computer

Industrial Fanless Touchscreen PC with RK3568: High-Performance Industrial Control Solution for Global Markets This ruggedized Industrial Computer is engineered for demanding environments, offering reliable 24/7 operation in manufacturing, logistics, and automation settings. Featuring a 15.6-inch Full HD display with capacitive multi-touch capability, this fanless embedded system combines durability, performance, and flexibility—ideal for global industrial applications outside China and its territories. Key Features: - **Fanless Design**: Silent, maintenance-free cooling ensures uninterrupted performance in dusty or humid conditions. - **Robust Build**: IP65-rated front panel resists water, dust, and oil ingress—perfect for harsh industrial spaces. - **High-Performance ARM SoC**: Powered by the RK3568 quad-core Cortex-A55 processor (up to 2.0GHz), delivering efficient computing power for real-time control tasks. - **Flexible Interface Options**: Supports HDMI output, USB 3.0/2.0, Gigabit Ethernet, Wi-Fi, Bluetooth, serial ports (RS232/RS485), and GPIO expansion—tailored to diverse integration needs. - **Wide Operating Temperature Range**: Functions reliably from -10°C to +60°C, making it suitable for extreme climates across Europe, North America, and beyond. - **Industrial-Grade Reliability**: Meets EMI/EMC standards, ESD protection (contact 4kV / air 8kV), seismic resistance (GB2423), and flammability safety certifications. Detailed Description: The BGDR-15.6 industrial pc integrates advanced hardware and software features into a compact, lightweight enclosure made of aluminum alloy and sheet metal. With a 1920x1080 resolution screen offering 350 cd/m² brightness and wide viewing angles (89°/89°/89°/89°), this unit delivers clear visuals even under challenging lighting. Its touch interface supports up to 10 simultaneous points with response times under 15ms and positional accuracy within ±2mm across most of the surface—an ideal choice for interactive control panels, machine monitoring systems, and kiosks. The device runs Android 11.0 out-of-the-box but supports custom OS configurations including Windows 10 IoT Enterprise via optional Intel Core i5-3rd Gen motherboard. A comprehensive SDK toolkit enables developers to build tailored applications for specific use cases such as smart factory automation, retail POS terminals, or public information displays. Use Cases: Ideal for deployment in automated production lines, vending machines, transportation hubs, medical diagnostic equipment, outdoor signage, and energy management systems where continuous uptime, environmental resilience, and ease of installation are critical. Whether wall-mounted, desktop, or cantilevered, this industrial-grade touchscreen PC adapts seamlessly to various mounting methods—supporting vertical, horizontal, or ceiling installations. Customer Feedback: Users praise the stability during extended operations, noting minimal heat generation due to the fanless design and consistent touch responsiveness in high-stress environments. Many appreciate the modular interface options that allow easy integration with legacy PLCs, sensors, and network infrastructure without requiring extensive rewiring or redesign. Frequently Asked Questions: What makes this industrial PC different from standard consumer models? Unlike typical PCs, this unit uses an industrial-grade ARM-based motherboard with enhanced thermal management, electromagnetic compatibility, and mechanical robustness designed for 7x24 operational cycles in tough conditions. Can I customize the operating system or install my own application? Yes—both Android and Windows variants are available. Developers can leverage the provided SDK to create custom apps using APIs for hardware access, sensor integration, and remote updates via TF card or over-the-air (OTA) methods. Is it compatible with existing industrial protocols like Modbus or CAN bus? While not pre-configured, the unit’s customizable interfaces (including TTL serial ports and dual Ethernet options) make it adaptable to common industrial communication standards through firmware configuration or third-party modules.