Epson EB-PQ2010W Body Only Projector

Product Overview

Experience exceptional image clarity and powerful performance with the Epson High-Brightness Installation Projector, engineered for large venues, auditoriums, and professional installations. Designed to deliver vibrant visuals even in well-lit environments, this projector is the ultimate solution for impactful presentations and immersive displays.

Available at Meetingstore.co.uk, a division of 21st Century AV Ltd.

With advanced installation features and robust connectivity, this projector ensures seamless integration into any AV setup, making it the preferred choice for event spaces, lecture halls, and conference centers.

Key Features

• Ultra-High Brightness: Delivers outstanding image quality with high lumen output, ensuring clear visuals in large, bright spaces.
• Flexible Installation: Motorized lens shift, zoom, and focus allow for precise image alignment and easy setup in challenging environments.
• Comprehensive Connectivity: Multiple digital inputs, including HDMI and HDBaseT, support a wide range of devices and sources.
• Long-Life Laser Light Source: Provides up to 20,000 hours of maintenance-free operation, reducing downtime and total cost of ownership.
• Edge Blending & Stacking: Advanced image processing for seamless multi-projector setups and panoramic displays.

Use Cases

• Large conference rooms and auditoriums requiring high-impact visuals
• Houses of worship seeking reliable, bright projection for congregations
• Event venues and exhibition halls needing flexible, scalable display solutions
• Educational institutions delivering lectures to large student groups

Compatibility Details

• Compatible with a wide range of Epson motorized lenses for custom throw distances
• Supports integration with leading AV control systems
• Works seamlessly with digital sources via HDMI, HDBaseT, and VGA

What’s in the Box

• Epson High-Brightness Installation Projector
• Power cable
• Remote control with batteries
• Quick setup guide
• Lens (if included, model dependent)