In industrial automation projects, equipment control cabinets demand compact, high‑reliability computing terminals to complete local human‑machine interaction, parameter adjustment and on‑site data acquisition. The 10.4‑inch fully‑sealed fanless rack‑mount industrial touch all‑in‑one PC is developed to meet such cabinet‑installation requirements.

Adopting standard rack‑mount structure, this industrial computer can be directly installed inside control cabinets without occupying extra workshop space. The fully‑sealed enclosure removes fan components and applies passive heat dissipation technology. Without rotating fan parts, it effectively blocks dust, fine particles and humid air inside cabinets, greatly lowering hardware failure risks and supporting 7×24‑hour uninterrupted long‑time running.

Equipped with 10.4‑inch industrial touch display, it provides responsive touch operation. Operators can complete equipment debugging, parameter modification, running status viewing and fault checking directly on screen. Multiple Intel processor configurations are optional, covering low‑power and mainstream performance versions, adapting to different load scenarios from simple signal collection to complex equipment linkage control.

Rich industrial‑oriented interfaces are reserved, including dual gigabit LAN ports, switchable RS232 / RS485 serial ports, USB and other common interfaces. It can be conveniently connected with PLC, sensors and other cabinet internal peripherals. Optional WIFI, Bluetooth and 4G expansion modules realize local and remote data transmission. It supports Windows and Linux operating systems, convenient for secondary development and system docking.

This rack‑mount industrial pc has been widely deployed in multiple industry scenarios. Typical applications include automation production‑line control cabinets, mechanical supporting equipment cabinets, new‑energy device cabinets and intelligent detection equipment cabinets. As built‑in cabinet HMI terminal, it undertakes equipment status display, on‑site operation, real‑time data collection and fault‑alarm output functions.

With wide‑temperature working capacity, vibration‑resistance and anti‑electromagnetic‑interference capability, the machine keeps stable performance under high‑temperature, dusty and vibration‑prone cabinet inner environment. It is a practical and cost‑effective computing solution for cabinet‑built industrial human‑machine interaction.