Spotlight 200w Hyperion Series

Profile LED 200W, 15°-30°(ZS)/25°-50°(ZW), CRI 95, DMX

Profile LED 200W, 15°-30°(ZS)/25°-50°(ZW), CRI 95, DMX

Profile LED 200W, 15°-30°(ZS)/25°-50°(ZW), DMX

Profile LED 200W, 15°-30°(ZS)/25°-50°(ZW), DMX

Projectors equipped with two lenses (focus lens and zoom lens) both adjustable which allow to obtain projections with precise contours (in focus) and with adjustable width (zoom).

Projectors equipped with two lenses (focus lens and zoom lens) both adjustable which allow to obtain projections with precise outlines (in focus) and adjustable width (zoom).

They are equipped with an adjustable fork and shaping slats, which allow you to cut the light beam and obtain not only circular projections.

They are used for accent and precision lighting, to shape geometric shapes and figures such as paintings or architectural elements and for the projection of logos and images, called gobos.

The Hyperion Series Spotlights are able to emulate the performance of a halogen lamp.

In the continuous search to satisfy “nostalgic” light designers of halogen light and to get closer to the natural perception that the human eye has of an object illuminated with LED, it is not enough that the static light simulates halogen light, but that it is also dynamic regulation. For an LED headlight to behave like a halogen headlight, there are three aspects to consider:

the dimmer curve which represents the inertia with which the light is returned by the source according to the signal it receives. It can be set up as linear or quadratic with “slow release” curvature.

the delay, i.e. the “delay” with which a filament begins to emit light after it receives the electrical stimulus. Shift the curve by milliseconds, adjustable.

the amber shift effect, it is a “defect” or imperfection typical of the halogen lamp which allows a slight amber/orange color change to which a halogen lamp tends when it is dimmed, reducing its emission.

ABLE TO ELIMINATE VISUAL AND ACOUSTIC DISTURBANCES

All Hyperion Series fixtures include features to resolve or minimize these disturbances. For example:

Silent mode – in order to work properly, a lighthouse needs a cooling system, which can be passive (radiator type) or active (presence of fans that “blow” the hot air away to make the source work within a range temperature considered ideal). The silent mode function allows you to intervene on the speed and therefore on the noise of these fans: an algorithm detects the internal temperatures from the thermostat and controls the current to ensure continuous operation of the light, preventing damage or shutdowns. In some situations, for example in the lighting park above the symphony orchestra or in some art museums, “absolute silence” is required, therefore it is necessary to be able to deactivate the operation of the fans.

Flicker free – when filming a show with cameras or even simply with the smartphone video camera it is possible that annoying oscillations (flickering) appear on the screen due to the frequency conflict between the emission of the LED light and the scanning of the brush of the receiving camera. This conflict must be resolved by acting on the camera recording parameters or on the LED source parameters.

In white versions, it is possible to choose from the following color temperatures:

WW version: 3’000K

NW version: 4’000K

CW version: 5’600K

other color temperatures on request between 2’700K and 6’500K