How to use industrial displays in a wide temperature environment?

　　industrial displays have high performance requirements due to their use in industrial environments such as high and low temperature, dusty, water and oily environments. Especially in high and low temperature environments, this is a greater challenge for industrial display products.

　　 There are two methods for low-temperature heating: point-by-point heating and full-surface heating. The total power consumption of this display will increase 4-6 times. For example, the power consumption of a 15-inch liquid crystal display is 20ww at normal temperature (22°C), and 90-120w at low temperature (-40°C). This heating method keeps the machine in use for a long time. Sometimes the liquid crystal will flow out or it is difficult to recover.

　　The special high-voltage rod (which can generate a starting voltage of 2000v-3000v) is developed by to illuminate the backlight tube in a low temperature environment (-40°C). The huge heat generated by the backlight tube causes the liquid crystal to heat up. This method serves two purposes. It solves the problem of low temperature working of liquid crystals and solves the problem of visibility in the sun. This method is called the brightening method.
　　The liquid crystal will not freeze or change its state at low temperature (-40℃), otherwise heating or brightening will be invalid, so we consider using software to correct the drift of its electrical characteristics. Try to trigger the work of the liquid crystal at low temperatures. This requires adjustment of liquid crystal drive timing and so on. Through a lot of experimental research and extensive application, the technology has been very mature, no matter how the ambient temperature changes, the normal operation of the liquid crystal can be ensured by widening the trigger timing and matching the corresponding driver.
　　The front panel of the industrial display is designed with aluminum wire drawing process, and the arc edges are harmonious; at the same time, the touch mode supports five-wire resistance and capacitance types, and it is used in conjunction with a wide-temperature LED-backlit LCD screen. Standard test. In addition, in the use of the whole machine, its reliability, environmental adaptability, real-time performance, scalability, EMC compatibility and other performance have also received more attention.
　　 This configuration uses an independently developed RJ45 driver board, which supports HDMI input, DVI input, VGA input interface and other anti-dropping DC thread wide voltage power supply (12V~24V) interfaces to meet various application interfaces required by the scene. At the same time, it also supports embedded embedded, horizontal blind, wall-mounted and desktop installation methods to unlock more application scenarios.