Panasonic ET-ELU20 Ultra-Short Throw Lens

Overview

The Panasonic ET-ELU20 is an ultra-short throw zoom lens designed for select PT-MZ series projectors, enabling large, clear images from a very short distance. With a throw ratio between 0.33 and 0.353:1 for widescreen formats and 0.397 to 0.425:1 for 4:3 aspect ratio, it fits well in tight spaces like small meeting rooms, classrooms, or retail displays. The lens features a fixed f/2.0 aperture and a focal length range of 5.43 to 5.82 mm, ensuring consistent brightness and sharpness while allowing fine image size adjustments through its 1.07x optical zoom.

Key features

• Ultra-short throw ratio that lets you project large images from close distances, saving space in compact environments
• Fixed f/2.0 aperture maintains steady brightness and image clarity regardless of zoom level
• 1.07x optical zoom enables precise image size adjustments without moving the projector
• Lens shift and zoom functions provide flexibility in projector placement and image alignment
• Designed specifically for Panasonic PT-MZ880, MZ780, and MZ680 series projectors to ensure optimal compatibility and performance

Key specs

• Throw ratio: 0.33–0.353:1 (16:10 and 16:9), 0.397–0.425:1 (4:3)
• Lens aperture: fixed f/2.0
• Focal length: 5.43–5.82 mm
• Optical zoom: 1.07x

Connectivity and compatibility

This lens is compatible exclusively with Panasonic PT-MZ880, MZ780, and MZ680 series projectors, ensuring seamless integration and reliable performance. Its design supports ultra-short throw projection, making it a strong choice for setups where projector placement options are limited but image size and quality cannot be compromised.

Ideal uses and environments

The ET-ELU20 lens works well in environments where space is at a premium but large, bright images are needed. It fits naturally into small meeting rooms, classrooms, and retail displays, providing clear visuals without requiring long throw distances. This lens is a practical solution for users who want to maximize image size while minimizing projector footprint.