This is a tungsten-balanced Mole-Richardson TweenieLED 100W 4.5 Fresnel. Fresnels have been a staple in Hollywood since 1936 and little has changed except the use of better materials with more precise construction techniques.
While nobody had a problem with the Fresnel s quality of light, heat and electrical draw was another story. It s why you see so many movie people walking around the set with heat-resistant gloves. And of course frying the talent could bring the production to a screeching halt. Then there are scrims - the only way to knock down the output without changing the color temperature.
Enter the MoleLED Fresnel line. Apart from the black powder-coated finish, the TweenieLED head looks and performs the same as a legacy light allowing you to swap a standard light for a TweenieLED or mix them. In fact there s a retro-fit kit available to convert your old style light to an LED.
On-board local 100 - 10% dimming means you ll probably be restricting your scrimming to half-scrims, saving you a lot of ladder climbing. Besides comfort, you ll be saving on air-conditioning and head running costs in the studio. The TweenieLED s maximum draw is 0.5 - 1.0Aas compared to the legacy lamp s 1.7A- up to an 80% reduction in energy consumption. This means that you can run double the amount of LEDs as legacy lights without raising the temperature. Let s also consider the cost and downtime of re-lamping. LEDs last about 50,000 hours and are virtually maintenance-free.
The 90-250 VAC TweenieLED has a 4.5 lens, passive cooling and aluminum alloy and steel construction. It has 22-degree to 56-degree spot to flood variation and a 5/8 receiver for standard Baby pins. The #18 AWG power cable is 25 long and ends in a NEMA5-15 Edison plug.
Benefits
MoleLED Technology
MoleLED Fresnels are powered by a proprietary, patent-pending Mole-Richardson Quantum Dot chip on-board LED module. The benefit of QD LED technology is the ability to specifically tune the visible wavelength at the nano scale which, in this case, allows for precise adjustment of the red spectrum without impacting the overall light output of the LED.
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