The LED IP PIX Strobe RGB CW+WW from Eurolite is a versatile outdoor spotlight suitable for a variety of applications such as clubs, dance schools, stage shows, mobile DJs, architectural installations and more. This device is characterized by its high resistance to weather conditions, which is confirmed by its IP65 certification for outdoor use. Equipped with 240 powerful 0.5 Watt RGB LEDs and 40 powerful 1 Watt CW/WW LEDs, the spotlight offers both intense color effects and precise white tones. The RGB LEDs are divided into 8 segments and the CW/WW LEDs into 4 segments, each of which can be controlled individually. This segmentation enables complex strobe, ambient and animation effects.
The LED IP PIX Strobe offers a variable color temperature from 3200 K to 6600 K, which enables fine-tuning of the lighting mood and color scheme. The background colors are adjustable and with the electronic dimmer and stepless color mixing, users can precisely control the light intensity and color transitions. The running speed of the show programs can also be adjusted.
With 20 integrated show programs available for both the white and colored LEDs on separate DMX channels, the LED IP PIX Strobe is extremely versatile and user-friendly. It can be controlled via stand-alone, music control via microphone, master/slave function and DMX with up to 32 channels.
The flicker-free design of the spotlight makes it ideal for events where video recordings play a major role. With a beam angle of 120°, it ensures wide and even light distribution. The mounting bracket allows for easy installation, both standing and flying.
The device has an OLED display for a clear indication of the settings and is cooled by passive convection cooling, which ensures silent operation. The pressure equalization membrane protects the internal electronics from pressure differences, which increases the longevity of the spotlight. The mains input and output allow the spotlight to be easily connected to up to eight other devices, simplifying setup for larger installations.