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Mole-Richardson 400W JuniorLED 10` Tungsten Fresnel with DMX for Grid Mounting
This 90-250 VAC tungsten-balanced 400W JuniorLED 10` Tungsten Fresnel with DMX for Grid Mounting from Mole-Richardson features passive cooling, aluminum alloy and steel construction, a 10 to 55 degree spot to flood variation and a yoke with a 1 1/8` pin for standard Junior stands and accessories. Local and DMX dimming means you`ll probably be restricting your scrimming to half-scrims, saving you a lot of ladder climbing. The Studio JuniorLED has a low maximum draw as compared to a legacy fixture effecting up to an 80% reduction in energy consumption. This means that you can run double the amount of LEDs as traditional lights without raising the temperature. Cooler operation also means less air-conditioning running costs in the studio as well as near-maintenance-free performance without downtime for re-lamping.An 80% reduction in energy consumption Flicker-free dimming with little to no color shift No need for external dimming systems No direct IR or radiant heat from Fresnel
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.
Retro-Fit Kits
Realizing a need for the industry to further reduce, reuse and recycle, Mole is also offering simple retro-fit kits to convert existing legacy Tweenie, Baby and 8` Junior Solarspots to new Tungsten or Daylight MoleLED Fresnels.
Photometrics
Maximum Flood
1200 fc/12,916 lux at 5.0` (1.5 m)
380 fc/4090 lux at 10` (3.0 m) with 9.0` (2.7 m) beam diameter
145 fc/1560 lux at 15` (4.6 m)
Maximum Spot
3000 fc/32,291 lux at 5.0` (1.5 m)
900 fc/9687 lux at 10` (3.0 m) with 3.0` (0.9 m) beam diameter
420 fc/4520 lux at 15` (4.6 m)
This 90-250 VAC tungsten-balanced 400W JuniorLED 10` Tungsten Fresnel with DMX for Grid Mounting from Mole-Richardson features passive cooling, aluminum alloy and steel construction, a 10 to 55 degree spot to flood variation and a yoke with a 1 1/8` pin for standard Junior stands and accessories. Local and DMX dimming means you`ll probably be restricting your scrimming to half-scrims, saving you a lot of ladder climbing. The Studio JuniorLED has a low maximum draw as compared to a legacy fixture effecting up to an 80% reduction in energy consumption. This means that you can run double the amount of LEDs as traditional lights without raising the temperature. Cooler operation also means less air-conditioning running costs in the studio as well as near-maintenance-free performance without downtime for re-lamping.
Apart from the black powder-coated finish, the Studio JuniorLED head looks and performs the same as a legacy light, allowing you to swap a standard light for a Studio JuniorLED or mix them. In fact, there`s a retro-fit kit available to convert your old style light to an LED. The Studio JuniorLED is supplied with a Attached 3.0` (0.9 m) Type SO., 3 Conductor, #18 AWG without inline switch.
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.
Retro-Fit Kits
Realizing a need for the industry to further reduce, reuse and recycle, Mole is also offering simple retro-fit kits to convert existing legacy Tweenie, Baby and 8` Junior Solarspots to new Tungsten or Daylight MoleLED Fresnels.
Photometrics
Maximum Flood
1200 fc/12,916 lux at 5.0` (1.5 m)
380 fc/4090 lux at 10` (3.0 m) with 9.0` (2.7 m) beam diameter
145 fc/1560 lux at 15` (4.6 m)
Maximum Spot
3000 fc/32,291 lux at 5.0` (1.5 m)
900 fc/9687 lux at 10` (3.0 m) with 3.0` (0.9 m) beam diameter
420 fc/4520 lux at 15` (4.6 m)
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