Nanlite PavoSlim 240CL LED RGBWW Panel
The Nanlite PavoSlim 240CL LED RGBWW Panel is a slim, robust, lightweight and easy-to-install LED panel that offers professionals exciting new possibilities when lighting tight spaces. Since its launch, the industry has quickly embraced Nanlite's PavoSlim series of ultra-thin, powerful panel lights. These lights are known for their significant advantages in output and robustness over traditional LED light mat products, while also delivering excellent control and light quality.
This latest model in the range retains the slim, lightweight design while offering a powerful output of 240 W. The unique dimensions of the PavoSlim 240CL make it ideal for use in tight spaces or areas with limited headroom. It can be used close to the subject, easily concealed within a set design or suspended from ceilings, and it excels in virtual production applications — all with the added versatility of colour, wireless LumenRadio CRMX, and control via remote or app.
The PavoSlim 240CL has a high rated power of 260 W, just like the PavoSlim 240B/240C, while the fixture housing weighs just 3.62 kg. With carefully designed optical lenses, the light from each emitter is perfectly blended, achieving four times the output of comparable products and delivering an impressive brightness of 21,030 lux @ 1 m — all in a compact housing.
The elongated shape of the PavoSlim 240CL, combined with a thickness of just under 2.35 cm, means it can be installed simply and flexibly in tight spaces or locations with low ceilings. The fixture is made from an ultra-light, high-quality aluminium alloy, providing excellent protection and heat dissipation. The rear of the PavoSlim 240CL features a large multi-row heat sink, which improves structural rigidity and dissipates heat efficiently.
Thanks to Nanlite's advanced colour mixing technology, the PavoSlim 240CL offers a CCT range of 2700K to 7500K, with the added benefit of green/magenta adjustment. Whether it's accurate colour rendering or specific lighting effects, it can be matched to other light sources by adjusting the green/magenta values.