Place of Origin:
Guangdong, China
Brand Name:
ZXTLCD
Certification:
CE/Rohs/FCC
Wide-temperature embedded industrial computers, featuring military-grade durability and a modular architecture, function as "all-weather control centers" in demanding applications such as energy exploration, rail transportation, and high-altitude manufacturing, reliably delivering industrial-grade computing performance across extreme temperature ranges from -40℃ to 85℃.
Robust Protection with Industrial Design
The chassis features a 3mm-thickened, full-aluminum frame and a galvanized sheet metal enclosure, finished with a nano-sprayed coating for salt spray corrosion resistance that meets the ASTM B117-2000 standard for hours of testing.
An innovative cold and heat isolation chamber design separates the core motherboard and I/O interfaces into independently temperature-controlled zones. Combined with honeycomb-patterned ventilation, this design ensures reliable operation despite high-temperature radiation from steel mills and low-temperature frost from polar research stations.
Wide-Temperature Operation and Anti-Interference Certification
Equipped with wide-temperature grade solid-state capacitors and industrial chipsets, passing the following tests:
Temperature Limits: -40℃ cold start / 85℃ full load continuous operation;
Environmental Resilience: 30 cold/hot cycle tests (-40℃↔85℃);
Anti-Interference Capability: EMC Level 4 certified, zero packet loss communication under 10kV/m strong electromagnetic fields.
Supports 9-36V wide-range DC input with a voltage fluctuation tolerance of ±40%, ideal for unstable power environments such as mobile power generation vehicles and mining equipment.
Edge Computing and Agile Deployment
Features a built-in dual-core Xeon E series processor with support for:
System compatibility: Windows/Linux/Real-time OS (e.g., VxWorks);
Protocol expansion: EtherCAT, Profinet, CANopen industrial buses;
Rapid deployment: Power-on self-start, tool-free snap-in installation, and pre-installed device health monitoring algorithms.
Equipped with M12 military-grade interfaces (4×USB 3.1, dual network ports, 6-channel GPIO), and optional 5G module and edge AI acceleration card, enabling unmanned applications such as intelligent oil and gas pipeline inspection and glacier monitoring stations.
From continuous casting control in steel plants to high-altitude photovoltaic power stations, wide-temperature embedded industrial computers redefine the environmental adaptability of industrial equipment with robust 'ice and fire resistant' performance, providing an uncompromising intelligent foundation for extreme environments.
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