Proyector BenQ PU9530 para grandes espacios

Ultra Flexible Installation

Seven Optional Lenses to Choose from

Seven high-quality glass, high performance lenses to choose from to support maximum projector installation and placement flexibility.

Motorized Horizontal/Vertical Lens Shift

Lens shift optically moves the projected image up or down, left or right on the screen while the projector remains at a fixed location. Provides installation flexibility as it helps installers overcome minor miscalculations during projector installation. Brings peace of mind, knowing the projected image will precisely land on the projection screen.

2D Keystone Correction

2D Keystone correction provides the ability to correct vertical and horizontal keystone errors introduced when the projector is placed off center from the screen. Provides setup flexibility.

HDBaseT Advanced Digital Connectivity

HDBaseT simplifies projector installation, combining Full HD video, audio, and device control signals from multiple sources including PCs, laptops, document cameras, Blu-ray, DVDs and gaming consoles over a single CAT5e/6 cable, capable of lossless transmissions up to 320 feet. This incredibly efficient and cost-effective connectivity is ideal for ceiling-mounted and other permanent installations.

360° Rotation-Capable Projection.

The PU9530 can be tilted at any angle along its horizontal axis, allowing projection onto ceilings, walls, floors, etc. Enables powerful visuals in museums, art galleries, theaters, malls and much more.

High Contrast Ratio

BenQ's precision engineering and manufacturing expertise are combined in the PU9530 to produce a remarkable 2800:1 contrast ratio. This results in projected images with crisp readable text and graphics with fantastic shadow detail. Enables audiences to easier comprehend and absorb the information presented.

(Simulated Photos)

Ultra High Brightness

With ultra high brightness powered by BenQ’s unique dual lamp design, presenters are able to present with large-sized projection without losing clarity or the attention of their audience. With two lamps at work, presentations can be carried on with optimal brightness even when one lamp goes out, ensuring sharply detailed, interruption-free presentations under just about any light conditions.

Independent 3D Color Management for Six Primary Colors

BenQ's exclusive 3D color management tool provides uncompromised color management and customization, enabling the ability to precisely adjust color by independently fine-tuning hue, grain and saturation levels of all six primary colors (R/G/B/C/M/Y).

Interchangeable Color Wheel System

A unique, user-changeable color wheel system enables the flexibility to tailor the projector for the intended application. Enabling high-brightness for business applications to superior color reproduction for more demanding applications.

LAN Management and Control

LAN Control is designed to help IT managers perform day-to-day projector management and maintenance tasks effectively and efficiently by providing full access and control over every projector on their network directly from their workstations. The BenQ PU9530 offers seamless support for Crestron RoomView and PJLink LAN Control systems.

Non-DLP Projector

BenQ DLP Projector

DLP Technology also includes a filter-free engine design for carefree confidence in long-lasting image quality and reduced TCO. BenQ's SmartEco™ Technology further boosts contrast performance and image quality endurance while saving up to 70% on lamp power consumption.

Vibrant, True-to-Life Colors:

Even in lit venues, BenQ DLP Projectors achieve the optimal balance of brightness and color accuracy, with BrilliantColor Technology additionally boosting true-to-life colors that captivate. BrilliantColor enables up to six-color processing by incorporating the secondary colors Yellow, Cyan, and Magenta along with primary Red, Blue, and Green. From intense hues to elusive mid-tones like aqua blues and light yellows, your every presentation is rendered in pure, living splendor.

(All photos portraying projection scenarios are simulated.)