The ARM11-based machine, which operates the Wince system, provides for the installation of an integrated master control software. YL24 is a high-performance embedded integrated control machine with a built-in low-capacity CPU core. The product was designed using a 10-inch high-light TFT LCD (resolution 800 x 600) or a four-wire resistive touch screen (resolution 1024 x 1024), with six national patents, rigorously tested, shell-jet copper, internal alloy shielding, and good electromagnetic shielding of the product for multi-...
The ARM11-based control machine, which operates the Wince system, provides for the installation of the constituent master control software.
YL24 is a high-performance embedded integrated handler with a built-in low-power CPU core. The product design uses a 10-inch high-light TFT LCD (resolution 800 x 600) or a four-wire resistive touch screen (resolution 1024 x 1024), with six national patents, rigorously tested, shell-jet copper, internal alloy shielding, and good electromagnetic shielding for the product in a variety of environments. This machine pre-assesssssed the Microsoft-based real-time multi-task operating system Win CE.NET (Chinese version) and embedded groupware (operational version) to meet the needs of different industries.
Liquid crystal screen 10'TFT liquid crystal screen, resolution (800*600)
CPU master board ARM structure embedded low-capacity CPU core
Touch screen four-wire resistive
Memory 64M SDRAM Storage 64M NAND Flash
10*RS485, 1*RS232/485, 2*USB, 1*LAN
Product specifications Plastic steel structure, shell-jet copper treatment
Installation method Embedded installation
Power supply DC24V/40W
Total size 323 mm*246 mm*65.5 mm
Front Panel 323 mm*246 mm*9.5 mm
Panel view mouth 249 mm*188 mm
300mm*223mm*56mm
Lockhole 303mm*226mm
Net weight 6.2kg Application environment
Working temperature 0℃~50℃
Working humidity 5%~90%
Storage temperature -10℃~60℃
Storage humidity 8%~90%
Vibration frequency 10-57 Hz 57-150 Hz
Vibration acceleration 0.075 mm 9.8 m/s2
Vibration Sweep Rate Oct/min ≤1