6S6/6V

Series:	--
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Type:	Incandescent
Moisture Sensitivity Level (MSL):	--
Color:	Clear
Voltage Rating:	6V
MSCP (Mean Spherical Candle Power):	4.3
Lens Style:	Round with Domed Top
Lens Size:	RS-6
Lead Style:	Candelabra Screw

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Lamps - Incandescents, Neons, 6S6/6V Application Field and Working PrincipleIncandescent lamps are one of the oldest forms of light, and are familiar fixtures in homes, businesses, offices, schools, and other places of work. The basic operation of an incandescent lamp is that the current passes through a thin metal filament, which then glows due to the heat produced. This glow is what we perceive as "light." While incandescent lamps require relatively high power levels to light up, they can produce good color rendition and excellent control of beams of light.Neon lamps are another type of lighting commonly found in homes and offices. As the name implies, neon lamps use a gas, usually neon, to create light. In a neon lamp, electricity passes through a glass tube containing a small amount of the gas, causing it to become "excited" and emit light. Neon lamps are often used for lighting in signage, and they can create bright, eye-catching displays of light.The 6S6/6V, which stands for Standardized Simultaneous On-Off Lighting, is a form of lighting – each lamp is made up of six elements and works through the same principle as other types of incandescents. The two most commonly associated with this type of lamp are halogen and xenon lamps.Halogen lamps are similar to normal incandescents, except for the presence of the halogen element, which helps generate a brighter, more efficient light. Xenon lamps use a gas, usually a blend of xenon and argon, to create a bluish-white light. Whereas incandescent light is yellowish, xenon light is usually a brighter and clearer white.The 6S6/6V has many varied uses, but the most common is in efficiency lighting. This lighting technology employs a timer and dimmer to turn on and off multiple lamps simultaneously, creating a sustained, efficient light output. In settings such as factories or warehouses, the 6S6/6V can be used to save energy and reduce the parking of excessive lighting while maintaining a bright environment.In terms of working principle, the 6S6/6V works in a similar fashion as standard incandescent light bulbs. When electricity is passed through the filament, it is heated up, which then emits light. The brightness and hue of the light that is emitted depend on the type of filament and gas used.For halogen lamps, the filament is made out of a tungsten-halogen compound, which is heated by the current passing through the filament. The empty space between the filament and the glass envelope is filled with inert gas, such as argon or xenon, which helps the filament stay intact and at a constant temperature. The combination of these two elements creates a bright and efficient light output.For xenon lamps, the filament is made out of an alloy that is heated to create a higher output of light. As with halogen lamps, the space between the filament and the glass envelope is filled with an inert gas, which helps to protect the filament and maximize light output.In conclusion, the 6S6/6V is a form of lighting that is used for efficiency and energy savings. It utilizes timers and dimmers to turn on and off multiple lamps simultaneously, creating a sustained light output. This type of lighting is commonly used in factories and warehouses, where there is a need for bright, efficient lighting. It comes in two forms, halogen and xenon lamps, and both use a filament heated by electricity, and an inert gas, to produce steady, bright light.

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