ACER EY.JC601.001

PROYECTOR ACER P1101 (EY.JC601.001) SVGA, DLP 3D, 4000:1, 2700Lm, ECO, CBII, zoom, Bag, 2.5 Kg

The Acer P1 Series presents breathtaking visuals for remarkable SMB or classroom presentations. Convenient utilities enable easy setup, while advanced power-management solutions conserve energy and the Earth's resources. To top it off, the P1 Series is available for remarkably good value.

Prolific 3D imagery
Whether you're making business presentations or giving academic lectures, the DLP® 3D Ready P1 Series renders fascinating, multi-dimensional imagery1. Advanced Acer color technologies enliven graphics with lifelike colors and preserves image integrity even with prolonged use. High brightness, contrast ratio and resolution depict sharp details.

Convenient installation
The keystone correction feature eliminates image distortions resulting from elevated projection. Thanks to the installation menu, signal input from a notebook is no longer required, so mounting the P1 Series on the ceiling is fast and convenient. To top it off, the Acer Top-Loading Lamp design affords easy lamp replacement even while the projector is ceiling-mounted1.

Empowering usability
The Empowering Key offers instant access to Acer Empowering Technology tools for easy customization of power, viewing and timer settings. Acer SmartFormat technology facilitates projection of wide-format content without complicated resolution settings. Acer Instant Pack technology lets you safely unplug the power cord right after the projector is turned off, so you can pack up and go immediately.

Eco-friendly functionality
Acer EcoProjection technology cuts standby power consumption to a single watt, for environment-friendly power management. The long lamp life cuts lamp replacement costs and ensures long-term, dependable projector use; ECO mode extends lamp lifespan and reduces noise and power consumption. With the Auto ECO feature, the projector automatically enters ECO mode if there is no signal input for 5 minutes, resulting in an up to 20% further reduction of power consumption.