P1.9 Mwall - Indoor, fixed installation only, IC DP3265, SMD1515, full black LED, copper wire, Nova A5S Plus, module flash function, 800 - 1000 nit, ≤3840 Hz, 500 x 500 mm, 5.6 kg

Indoor, fixed installation only, IC DP3265, SMD1515, full black LED, copper wire, Nova A5S Plus, module flash function, 800 - 1000 nit, ≤3840 Hz, 500 x 500 mm, 5.6 kg

P1.9 Mwall LED display, 500 x 500 mm, SMD1515, copper wire, full black LED, for fixed indoor installations (800 - 1000 nit) with contrast of 9000:1. The possible application scenarios are: hotels, schools, shopping centers, multifunctional rooms of companies and institutions, conference rooms, sports facilities, stations and terminals, etc...

Thanks to a die-cast aluminum alloy cabinet, it is lighter than similar products, more precise in structure and offers better flatness of the entire screen. The positioning of the module with a magnetic system allows for greater assembly speed. The magnet is fixed directly on the PCB board, the accumulated tolerance is very small. The cabinet is light and thin, weighing only 5.6 kg per tile and the thickness is 65 mm, for savings in installation costs and space: ideal for wall mounting, it also allows stacking on the ground. The 10° external curvature adapts to multiple applications.

The high refresh rate of 3840 Hz, fast driver decoding response, smooth display effects and 9000:1 contrast enhance the overall image quality for an excellent viewing experience. Wide viewing angle of 160° / 155°, no color difference, reduced pixel pitch to optimize close observation are further features of this LED display. Uniform heat dissipation ensures the long-term durability of the product. The test button can test each module before installation.

Finally, P1.9 Mwall allows frontal maintenance: modules, power supply and receiving card can be removed from the front. The quick lock structure (optional) makes the LEDwall faster to install. The module, Hub card and receiving card are based on wireless design. Fire resistance can reach V-0, eliminating the risk of incurring penalties. The lamps are protected from collisions thanks to a shock-absorbing design at the bottom of the cabinet.

Technical characteristics