Stability Since the birth of the computer light, its stability has been plagued by users. In the absence of stability, the luminaires have a higher brightness, beautiful patterns, and beautiful colors, which cannot be perfectly displayed on the stage. The stability of a computer light is inseparable from its design and process. First, the overall performance of the light fixture must be fully considered in the design, and not just a certain performance and neglect other performance.
In the high-power computer moving head light, the CMY color change part is often easy to damage, because it is very close to the light bulb, it is easy to be affected by high temperature, and the silica gel of the slide rail and CMY color filter is rapidly aging, some new ones. Computer lamp products have been fully considered and designed in terms of structure and layout.
For example, ROBEColorSpot1200AT, two silent fans are installed in this part to reduce the temperature, and the airflow is designed to be reasonable, which provides a good guarantee for the stable operation of the lamp. The stability of future computer lights will be further enhanced by more optimized structural design and high quality components.
Beam angle computer lights are brightly colored and rich in patterns. Many lighting designers like to use computer lights for layered lighting and scene rendering. For lighting, you can choose to dye computer lights or pattern computer lights. However, due to their relatively small beam angle, a large number of lamps are required for the lighting, and the color superposition is relatively stiff and not soft enough. In terms of scene rendering, because the distance between the lamp position and the scene is not ideal, and the light of the lamp will appear uncoordinated. In addition, if you want to achieve the desired effect, you can only lose the effect of other lamp positions or design the lamp position separately. In this way, other scene effects will be discounted, and the investment will increase the cloud TV installation scene with a small angle. It is actually difficult to create a scene designed by the lighting engineer on the scene. Lights create an effect. In this way, there will be some unformed patterns on the scene, which will be added as a whole. These problems often plague lighting designers and operators. The aforementioned ROBEColorSpot1200AT computer lamp has a beam angle that can be linearly adjusted between 13° and 42°, and the beam angle of this lamp is adjustable at 42°, which can also be used for lighting and dyeing. It is a dual purpose lamp. Is the beam angle of the luminaire as large as possible? The angle becomes larger and the brightness is bound to decrease. In order to increase the brightness only by increasing the brightness of the bulb, the temperature is greatly improved, which not only shortens the life of the bulb but also increases the burden of heat dissipation of the lamp, and has a great influence on the stability of the lamp. Only when the beam angle of the luminaire is controlled within a reasonable range can the stable operation of the luminaire be ensured.
With the continuous development of optical and mechanical technology, the beam angle of future computer lights will strike a reasonable balance in ensuring the stability of the lamps and the limit of brightness, which will provide a richer expression of artistic creation.
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