ADJ Inno Pocket Scan

It’s time for a Scanner revolution! With it’s compact size and light weight, the ADJ Inno Pocket Scan is an ideal lighting effect for any mobile entertainer, small nightclub, bar or lounge and for Bowling and entertainment centers. This fixture features a bright 12-Watt LED engine and 12 exciting built-in light shows in a very compact, mobile case. This pocket sized, flat mirrored Scanner has a 14-degrees beam angle that projects 8 fixed GOBO/Color patterns (plus spot/white) from a single wheel. The Inno Pocket Spot is built with high quality, precision stepper motors for speed and accuracy.

The fast mirror speed means that the Inno Pocket Scan is great for high energy music, and provides a great compliment to Moving Head effects for pure lighting excitement.

Specifications:

• 12-Watt LED DMX Flat Mirrored Scanner
• Single GOBO/Color wheel: 8 fixed GOBO/Colors + spot/white
• 3 Operational modes: DMX, Sound Active & Internal Show control modes
• 6 DMX channels
• 12 Built-in shows
• Gobo Shake effect
• Gobo scroll mode
• Beam Angle: 14-degrees
• X/Y mirror movement
• Stepper motors with micro stepping
• 5 selectable Dim Curves (Standard, Stage, TV, Architectural & Theatre)
• Shutter: Pulse effect; random strobe slow to fast
• Dimming: 0% - 100%
• Display Inversion Mode
• With Wired Digital Communication Network
• IEC AC IN/OUT on rear to daisy chain power (up to 19 Inno Pocket Scan’s @ 120V and 35 Inno Pocket Scan’s @ 230V )
• Hanging Yoke + safety hook included
• Optional IR wireless remote control: Full On, Stand by, Strobe, Color Change, Dimming, Sound Active On/Off (ADJ UC IR Not Included)
• Power consumption: 33W (Full-On)
• Light output: 3,110 LUX @ 2M; 860 LUX @ 4M (13-degree beam)
• Multi-voltage Operation: AC 100 - 240V, 50/60Hz
• Power cable length: 1.5 meter (IEC)
• LED Source: 12W White LED source (Rated at approximately 50,000 hrs)
• Dimensions (LxWxH): 11.5” x 5.25” x 6.5” / 294 x 132 x 160mm
• Weight: 6 lbs. / 2.4 kgs.

ADJ Inno Pocket Scan User Manual.pdf
ADJ Inno Pocket Scan Photometrics.pdf