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From Classic framed area lighting to complicated, sequenced, animated multi-gobo projections, the all-environments iT12 Profile™ has all the tools, features, controls and light qualities to deliver outstanding static profile projector performance, whatever the environment can throw at it.
iSE-MSL-TE™ 500W LED ENGINE
up to 13.600 lm, 35.740 lx @ 5m, Cpulse™ special flicker free management for HD and UHD cameras, ready for 8K and 16K
5.5°- 50°
Frost, Optional drop-in module with Framing Shutters and Iris, Optional drop-in module with Static gobo wheel, Rotating gobo wheel and Animation Wheel
Robe's MSL™ (Multi-Spectral Light) patented LED light engines are, specifically, designed to consistently deliver the highest quality light through the additive colour mixing method. The MSL spreads the emitted light equally throughout the Planck curve, thereby providing the widest possible colour gamut, while simultaneously delivering seamless full range CCT control.
The TE™ technology addresses the problem of performance longevity of ageing LEDs by making the exchange of the engine a simple procedure that can be carried out in just a few minutes. But transferable means so much more than replaceable! Different sources can be fitted to one fixture depending on task. Every TE™ engine has its own, unique memory with all engine data of its usage.
To lock motorised features such as pan, tilt, focus and zoom in position, we have BARS™ – Robe´s revolutionary patented technology. Activated and released via your console, BARS™ equipped fixtures remain motionless fixed in place, through unlimited power cycles.
Robe lighting’s Epass™ provides Ethernet in/out connections with a pass-through switch that sustains Ethernet integrity when the fixture has no power to automatically maintain network connectivity.
The Robe Ethernet Access Portal allows to access internal data from a networked fixture, viewed as a web page, addressable via the fixtures network IP.
AirLOC™ (Less Optical Cleaning) technology greatly reduces the level of airborne particles drawn over the optical elements in the luminaire.
Robe's patented Plano4™ 4-blade framing shutter module offers unparalleled beam control with individual movement and rotation control for each blade. The Plano4™ FC module features full curtain movement, allowing each blade to move entirely across the light path for full-wipe capability.
Cpulse™ is a PWM (Pulse Width Modulation) control system for luminaires that allows you to select and fine-tune the LED driving frequency, from either the fixture's onboard display or remotely via DMX. By frequency manipulation in a range from 800 Hz to 25 kH, you ensure no flicker will be visible on any camera system including the latest HD & UHD models, ready for 8K and 16K. This means our fixtures can be used with all the latest cameras types for TV, video and film applications.
The L3™ Low Light Linearity System produces imperceptible, ultra-smooth fades to black.
Green is a crucial colour for the TV and broadcast industry. To address this, Robe has incorporated a dedicated +/- green control channel in the fixtures featuring MSL™ Multi-spectral LED light sources, utilizing innovative algorithms. This allows precise and consistent adjustments of green content across the light beam. This seamless control offers vision controllers significantly greater flexibility in challenging lighting applications.
There is no need to be stuck with frosts supplied with the fixture! Robe’s MagFrost™ magnetic paddle system provides you with quickly exchangeable frosts, enabling you to select those most suitable for your production. 0.5°, 1°, 3.5°, 5°, 10°, 20° and 30° frosts are available.
Robe's patented Slot & Lock system allows for easy and fast replacement of both rotatable and indexable gobos.
When selected, the luminaire will mimic the colour temperature of a tungsten lamp as you lower the output to produce that classic warm glow.
The DataSwatch™ inbuilt virtual colour library for Robe LED fixtures provides consistent colour rendering with commonly matched filter ranges, allowing for rapid and accurate programming.
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