About the Sanyo LNS-T02E Long Throw Zoom Projector Lens, 4.6-6.0:1
The Sanyo LNS-T02E is an advanced long-throw zoom lens engineered for specific high-lumen Sanyo projector models, designed to address the most demanding installation scenarios where the projector must be positioned a significant distance from the screen. With an impressive zoom ratio range of approximately 4.6:1 to 6.0:1, it provides an exceptionally wide adjustment capability, offering unparalleled flexibility in projector placement. This extensive range is critical for large venues such as auditoriums, lecture halls, houses of worship, and stadiums where the throw distance is substantial and fixed, but the exact screen size or placement may require fine-tuning during installation. The lens allows integrators to precisely calibrate the image size without physically moving the projector, which is often mounted in a rigid, inaccessible location.
Optically, the LNS-T02E is constructed with high-precision glass elements and advanced coatings to deliver sharp, bright, and color-accurate images even across its extreme zoom range and over long throw distances. It is engineered to maintain excellent corner-to-corner focus and minimize aberrations, ensuring the projector's full resolution and brightness are effectively utilized on the screen. The lens features robust manual zoom and focus rings, allowing for smooth and precise adjustments to lock in the perfect image. Its construction is built to withstand the thermal output of powerful installation-grade projectors, ensuring consistent performance and reliability over years of service.
This lens is a professional tool for large-scale, fixed installations where optical precision and flexibility are paramount. By enabling a single projector to cover a wide variety of screen sizes from a great distance, the Sanyo LNS-T02E simplifies system design and reduces the need for multiple projector/lens combinations. It provides system integrators with a reliable, high-performance solution to achieve a perfectly framed and focused image in challenging large-venue applications, where the relationship between projector placement and screen size is complex and critical to the success of the visual system.