Users will enjoy luminous, soft, directional lighting, with the same warmth and great color characteristics that made Litepanels an integral part of television, broadcast news & motion picture productions worldwide.
Convenience, Control & Consistency
An integrated dimmer dial conveniently located at the top of the Micro housing puts instant 100% to 0 dimming with minimal color shift right at the operator's fingertips. Output is flicker-free and heat- free and remains consistent. For additional control, a flip down filterholder allows for work with the three included color/diffusion gels.
Pint-Sized Power Saver
Litepanels Micro produces 1.5 to 7 hours of continuous output from AA batteries (depending on brand). That's three times more efficient than a conventional tungsten camera light. It generates almost no heat, so it's remarkably easy to handle. And the system can be run off of either standard or rechargeable batteries. Power can be supplied optionally through a convenient 5-12V input jack located on the back of the unit.
Camera-Friendly/DV-Friendly Design
The compact, low-profile Litepanels Micro head is ideally suited for mounting on a mini DV camera. Measuring just 3.3" W x 3.3" H x 1.5" D (83.8mm x 83.8mm x 38.1mm), the head weighs less than 4 ounces (110g). Its black finish and sleek design make the fixture an unobtrusive addition to any camera.
Outfitted for Maximum Mounting Options
The Litepanels Micro housing comes equipped with an integrated camera shoe featuring an adjustable tilt mechanism. To allow for multiple configurations, it may also be mounted on the optional base plate for off-camera usage, or on an extension arm.
PHOTOMETRICS | |
2-ft Distance | 90FC 970 LUX |
4-ft Distance | 21FC 230 LUX |
6-ft Distance | 8.5FC 92 LUX |
Size | 3.3" W x 3.3" H x 1. 5" D (83.8mm x 83.8mm x 38.1mm) |
Weight | Under 4 oz (110g) |
Power Draw | 3 Watts |
Four AA batteries (internal) | |
Flip-down filterholder | |
5600°K Daylight Output (cool white) | |
Filters Included | 3200°K Tungsten conversion (warm white),1/4 warming and diffusion |