Viewsonic LS920WU data projector Standard throw projector 6000 ANSI lu

The LS920WU is an advanced 6.000 ANSI Lumens WUXGA installation projector. Adopting 2nd generation Laser Phosphor technology. the LS920WU offers high and consistent brightness with a lifespan of 20.000 hours and a screen size of up to 300". Wide lens shift. 1.6x optical zoom. 360° projection. and portrait mode combine for incredible flexibility that gives life to captivating creative installations. especially ideal for auditoriums. board rooms. commercial displays. restaurants. and sports bars. Dual HDMI 2.0b / HDCP 2.2 ports ensure access to original 4K quality content with HDR/HLG support. Add to that the compact size and the built-in HDBaseT for the perfect mix of high-quality projection and cost-effectiveness.High BrightnessPacked with 6.000 ANSI Lumens. it is guaranteed to produce high levels of brightness suitable for large spaces with a lot of ambient light.2nd Generation Laser Phosphor TechnologyThanks to 2nd generation Laser Phosphor technology. it improves brightness (by 20%). heat-resistance and reduces the product size in addition to excellent color performance. lamp-free design and instant on/off switch.Reliable Long-Term PerformanceLaser technology offers a lifespan of up to 20.000 hours (4 hours per day for more than 13 years) with no degradation in brightness over time so that your installations are consistently vibrant.Larger Screen Size. Lower Cost-Per-InchFlexible installation and effortless transportation of the projector allows for an up-to-300” image size. which is much larger and easier to install than multiple commercial displays combined.Installation FlexibilityThe tool-free. lens shift control knobs make adjusting the projection lens up. down. left. and right easy. It provides flexible installation options with a wide adjustable range (H: +/- 23%. V: +/-50%) and less placement restrictions.Adaptable to Any EnvironmentEquipped with a 1.6x optical zoom lens. the projector empowers users to choose the most ideal set-up location within a wider