Q-SPOT 40 RGBW WH Compact Spotlight with 40W RGBW LED in White Housing
The compact Cameo Q-Spot 40 is equipped with a powerful 40 watt Osram quad LED that has a 50,000 hour life expectancy. The RDM enabled spotlight sports a custom lens for a tightly focussed 4.5° beam spread. It comes with two replacement lenses offering versatility and a choice of 10° and 25° angles. Using 16-bit technology, the Q-Spot 40 achieves intense high definition RGBW colour mixes and ultra smooth dimming with selectable curves and response. Highly efficient convection cooling ensures silent operation, and the fixture's 3,600 Hz refresh rate and flicker-free performance make it ideal for motion picture and TV applications.
The Q-Spot 40 provides 5 modes of DMX control, sound activation and master, slave and standalone capability. A convenient infrared remote control unit is available as accessory. The spotlight features a high-speed strobe function, colour temperature correction and a 4-button OLED display for easy configuration. The rugged all-metal housing provides 3-pin DMX inputs and outputs plus blue and grey Power Twist connectors for trouble-free daisy-chaining and power linking. The Q-Spot 40 is available with a black (item no. CLQS40RGBW) or white housing (item no. CLQS40RGBWWH).
DMX512
Communication standard DMX512 was developed specially for lighting systems in 1986. Up to 32 DMX devices can be daisy-chained and controlled via a control source (e.g. a light mixer).
Environment-friendly
The high energy efficiency, the long service life of the LED lamps and the low level of heat dissipation make this device particularly environment-friendly.
Infrared remote control
The device is fitted with an infrared sensor and can be controlled wirelessly using the IR remote control unit included.
Master & slave
Master/slave operation allows identical DMX devices to be controlled by a DMX device of the same model and software standard. All the devices are connected by DMX cables in series. The master device is then set to run in standalone mode and the slave devices are set to run in slave mode.
RGB additive colour system plus white LEDs
Additional white LEDs create more contrast and clearer colour boundaries. What is more, they improve the creation of white and pastel colours.
Music control
In music control mode, the device is controlled via the built-in microphone and can follow the rhythm of the music, for example.
Standalone mode
In standalone mode, the device functions are controlled via integrated programmes, so no light mixer or “master” controller is required.
Strobe
Strobes emit fast flash sequences, which makes movements appear “frozen” and creates a kind of slow-motion effect.
