Outdoor Vertical Advertising Machine

Performance design of totem kiosk LCD display screen of outdoor vertical advertising machine takes "dealing with complex outdoor environment and ensuring stable and efficient operation" as the core, giving consideration to the display effect and practical needs, which can be analyzed from five aspects:
A, Strong weather resistance and adaptability.
The outdoor vertical advertising machine totem kiosk liquid crystal display screen equipment can work stably in a wide temperature range of-30℃~60℃, equipped with high-precision temperature and humidity sensors, and cooperated with the intelligent temperature control system-the outdoor vertical advertising machine totem kiosk liquid crystal display screen automatically starts the heating module at low temperature, and turns on the double fans to dissipate heat at high temperature, so as to avoid the components from being damaged due to temperature difference.
The waterproof and dustproof level of the outdoor vertical advertising machine totem kiosk liquid crystal display screen reaches IP65.
The waterproof rubber strip and interface waterproof case design at the joint of the outdoor vertical advertising machine totem kiosk liquid crystal display screen can resist the attack of rainstorm and dust, and it is not easy to break down even if it is exposed to the outdoor for a long time.

Totem kiosk LCD display screen of outdoor vertical advertising machine has built-in overload, overvoltage and short circuit protection functions to avoid sudden circuit problems from damaging the equipment.

Totem kiosk LCD screen of outdoor vertical advertising machine is equipped with IOT module, which supports 4G/5G/Wi-Fi remote management. Workers can update advertising content, adjust playing parameters and monitor equipment status (such as temperature and power) through the background of outdoor vertical advertising machine totem kiosk LCD screen, without field operation. Some devices also have human body sensing function, which can automatically brighten the screen when pedestrians are detected, reduce the brightness and save energy when no one is around, giving consideration to both display and power saving.