Fireball Par64™ *Discontinued* 10mm RGB LEDs
Taking Par Can design to the next level, the Fireball Par64 provides all the features of a standard Par Can with none of the disadvantages. With lighter power loads, no bulbs to blow, low heat generation and the ability to vary colours without a ladder or a gel, LED technology makes any technician's life quicker, simpler and cheaper. An impressive 177 individual LEDs can be DMX512 controlled from the floor or with the controls located on the unit itself.
|Total LEDs:||177 x 10mm (60 Red, 60 Green, 57 Blue)|
|Colours:||Full RGB spectrum|
|Internal programmes:||Static/flash mode, Auto/colour mixing mode, Blackout mode|
|Mounting:||Double yoke for floor standing, plus mounting hole|
|Construction:||High quality aluminium|
|Connections:||UK Mains plug and captive lead, DMX in (full size 3 pin XLR), DMX out (full size 3 pin XLR)|
|Power requirement:||240 VAC nominal, 50Hz|
|Power consumption:||30 watts|
|Dimensions WxDxH:||230mm x 310mm x 210mm|
Ultra Bright LEDs
High output super bright LED Technology is moving at an incredible pace and LANTA products are at the forefront of LED design. But there is more to having brightness than just components. To make an LED last longer, work brighter and work better, a complex combination of heat dissipation, lens technology, power supply design and mechanical assembly all have to be optimised for best performance. With all LANTA lighting, this is all brought together coupled with automated assembly. The result is brighter products, longer lasting and brilliant value!
Designed inthe UK
LANTA LIGHTING is based in Northampton, UK. Our engineers spend their time designing new and exciting products and work closely with our factories to ensure our products meet our stringent quality standards.
LANTA LED fixtures produce superb colour mixing & uniform illumination patters to ensure smooth colour generation. The information shown here explains how much light is produced in relation to the distance from the fitting and the angle of the fixture in relation to the viewer or area to be lit.