Cameo
ROTOFEVER
LED Mirror Ball Emulator
- 5 x 12W hex colour RGBWA+UV LEDs
- 3 individually controllable LED zones
- Smooth-running high-precision motor with 1.4 rpm to 19 rpm
- Clockwise and counter-clockwise rotation
- Easy and space-saving installation
- IEC inlet and outlet for power linking
- 3 DMX modes plus master, slave and standalone operation
- Built-in sound activation microphone
- 4-button LED display for easy configuration
- Includes IR remote...
- 5 x 12W hex colour RGBWA+UV LEDs
- 3 individually controllable LED zones
- Smooth-running high-precision motor with 1.4 rpm to 19 rpm
- Clockwise and counter-clockwise rotation
- Easy and space-saving installation
- IEC inlet and outlet for power linking
- 3 DMX modes plus master, slave and standalone operation
- Built-in sound activation microphone
- 4-button LED display for easy configuration
- Includes IR remote and universal mounting bracket
RRP 1.149,48 ILS / piece
Specifications
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.
LED technology
LEDs are ideal for use in lighting systems: They are bright and have a low level of heat dissipation, a long operating life and low energy consumption. Moreover, LED systems often weigh less than conventional lighting systems.
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.
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.
6-in-1 LED
Additional amber-coloured, white and UV LEDs expand the GB spectrum, creating more saturation and contrast as well as clearer colour boundaries. The UV-LED is a practical extra and an alternative to conventional black light.
UV
UV and black light lamps are used to create decorative or artistic effects.
Description
The Cameo ROTOFEVER is a fascinating mirror ball style fixture featuring a smooth high-precision motor and five powerful 12 watt hex-colour RGBWA+UV LEDs to project rotating beams. Quick and space-saving installation make it the modern alternative for mobile DJs and venues looking for a classic disco effect. Three individually controllable LED zones enable multi-colour chase patterns or illuminating up to three room areas independently. With continuously adjustable rotation speed from 1.4 to 19 rpm in clockwise or counterclockwise directions, the RotoFever creates relaxing lounge ambiences as well as exciting swirls of colourful beams. It includes dimming and strobe functions, and highly efficient convection cooling ensures noiseless operation without time limit.
The ROTOFEVER provides 3 modes of DMX control, sound activation and built-in automated programs. It is capable of master, slave and standalone operation and comes with a convenient handheld infrared control. A clear LED display permits easy configuration and manual control. The rugged metal housing sports 3-pin DMX inputs and outputs plus IEC connectors for trouble-free daisy-chaining and power linking. The multi-voltage RotoFever has very low power consumption and operates on 100 - 240 V. A safety eye and the included bracket enable secure truss mounting.