GLP's Impression Spot One is designed to provide an even beam for color mixing and achieve a focusable area for gobo projections. It uses an RGB LED engine with 8- or 16-bit control over each color, allowing for delicate color changes or instantaneous color bumps. The spectrum it achieves has been calibrated to be as wide as possible – from soft pastel colors to deep saturated shades. The color field also remains even across the entire beam, regardless of size or sharpness of focus. The electronic control of the LED engine promises full and smooth dimming along with fast, solid state intensity snaps and variable speed strobe rates between 1 and 10 flashes per second.
Designed for operation in noise-sensitive environments, its size is kept to a minimum by trimming the fixture's base unit. Beam flexibility is achieved through a motorized optical zoom system with a range of 10 to 32 degrees, coupled with a motorized focus system that allows beam projections to be focused at any range.
In terms of projection possibilities, the impression spot one has a graphics engine and two gobo wheels. Both wheels are fitted with seven interchangeable rotating gobos. All gobos are fully rotating at various DMX controlled speeds and fully indexable with 16-bit precision.
An additional effects wheel allows an oversized gobo to be used in the beam to give animation and movement to the standard gobos at various speeds and directions.
The combination of these three wheels allows for a wide range of combinations and effects, including light through trees, drifting water or rainstorm effects.
To control beam size output, the impression spot one features a variable iris that goes from open to closed in 0.2 seconds. The optical effects include a variable speed and bi-directional rotating prism. Along with its compact dimensions – on par with the impression Meisterstuck – the fixture weighs in at 48.5 lbs. / 22 kg. It also features a fully auto-sensing power supply, operating anywhere from 100-240V at 50/60 Hz.
For more information, please visit www.glp.de.
