48PS

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Lamps present a significant portion of the total electrical lighting system. There are three kinds of lamp, incandescent, neon and 48PS. All of them can be used as light sources for both commercial and residential applications.

Incandescent Lamps

Incandescent lamps are the most common type of lamps used in architecture, and they are often referred to as ‘light bulbs’. Incandescent lamps generate light when a small brass or an aluminum filament (usually tungsten) is heated by electricity until it produces visible light. The heat produced dissipates through the air, thus cooling the filament. The current in the lamp controls the voltage and the heat in the filament, which in turn determines the lamp\'s brightness.

Neon Lamps

Neon lamps are high-efficiency, low-cost, small-size lamps that are mostly used for decorative or commerical purposes. A Neon lamp consists of a sealed glass tube filled with Neon or Argon gas. When an electric current is passed through the tube, electrons are struck by the gas, resulting in a bright discharge.The bright color of the Neon lamp depends on the gas combination used inside the tube.

48PS Lamps

48PS lamps are a new generation of lamps, which are based on a gas discharge technology. They are used in a variety of applications in commercial lighting, such as venues, galleries, sports arenas and other building lighting systems. 48PS lamps use an advanced light source technology, in which a stream of electrons is directed toward a target gas-filled tube at a high voltage. The electrical energy in the electrons then ionizes the target gas, creating a bright, intense light.

48PS Application Field and Working Principle

48PS lamps are most commonly used for large scale architectural and commercial application, as they are much brighter than both incandescent and Neon lamps. The advantages of this technology are its high efficiency, low energy consumption, and long-life span. 48PS lamps use a circuit with a high voltage transformer, capacitor, trigger and echo transformer to create the electrical arc. The lamp\'s bright arc is created when the high voltage reaches a specific level at which the electrons are ionized. The process is repeated until the power is turned off. This makes them ideal for lighting large spaces, as well as creating special effects in architectural projects.

In summary, 48 PS lamps are the most efficient and cost effective lighting option for commercial applications such as venues and galleries. These lamps are brighter, produce less heat, consume less energy, and have a longer life span than traditional incandescent lamps. With their many advantages, these lamps are quickly becoming the preferred choice for lighting applications.

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