Product Description
The LCD graphic panel display 4D1166.00-K19 is a robust and flexible component created for industrial applications that require detailed visual outputs and reliable performance. This display, with vertical orientation, offers high resolutions, solid construction, and user-friendly interfaces, which make it suitable for demanding environments. Besides having a resolution of 128 x 240 pixels allowing clear and accurate graphics to be shown, in text mode, it supports 16 lines by 40 characters, providing comprehensive information display space. In bright-light or dark-light conditions, the background illumination will come from a small-sized fluorescent lamp (CFL), ensuring excellent visibility.
This display panel has been designed in such a way that integration with any practical industrial system becomes easy; however, its measurements are: width 214 mm, height 328 mm, and depth 38.6 mm. The dimensions, together with the vertical orientation and an IP65-rated aluminum front, make this device strong enough to withstand various tough industrial environments, hence can serve several purposes within these fields. The IP rating ensures dust tightness and protection against low-pressure water jets, making it perfect for harsh conditions. The shock resistance of the 4D1166.00-K19 is outstanding. It meets IEC standard 60068-2-27, whereby it can withstand three mutually perpendicular half-sinusoidal shocks of positive polarity each applied along one axis, resulting in acceleration equivalence equal to fifteen times the gravitational constant (15g) during eleven milliseconds (11 ms).
Similarly, according to IEC standard 60068-2-6, there should be no problem regarding vibration resistance since the design can cope with twenty cycles per axis where the frequency range lies between fifty-eight Hertz (58 Hz) up to one hundred fifty Hertz (150 Hz); also, the amplitude must not exceed zero point zero seven five millimeters (0.075 mm), while acceleration levels ought not to go beyond nine point eight meters per second squared (9.8 m/s).