Air Conditioning Boca Raton wants your home to have the cleanest air possible. The best way to obtain this is to have Ultra Violet Lights installed in your air duct system. Air Conditioning Boca Raton knows that this is the best weapon we have to defend our air duct systems from bacteria and microbial growths. We at Air Conditioning Boca Raton realize that knowledge is power and we want you know know all these is to know about Ultra Violet Lights.
It has been known over 100 years prior that Ultraviolet (UV) light has a germicidal impact. The common wellspring of UV light is the sun. It transmits around 10% of its energy in the UV district. Then again, since it is for the most part hindered by the world’s climate, it has no germicidal impact in our prompt surroundings, similar to our home’s indoor air quality or our water frameworks.
Ultraviolet is a range of light just past the noticeable reach. UV light is isolated into four scopes of wavelengths:
(1) Vacuum UV from 100 to 200 nanometers,
(2) UV-C from 200 to 280 nanometers,
(3) UV-B from 280 to 315 nanometers, and
(4) UV-A from 315 to 400 nanometers.
The UV-C range (200 to 280 nanometers) is the most deadly wavelength for microorganisms in light of the fact that it disturbs the compound bonds between the particles which, in natural terms, results in a “dead” microorganism. This scope of wavelengths is otherwise called the Germicidal Spectrum. The germicidal range is utilized to crush microscopic organisms, mold, infections and other natural contaminants noticeable all around, in fluids, or on surfaces.
Ultra Violet light can be misleadingly produced by UV Lamps. UV Lamps are normally alluded to as Germicidal Lamps. Germicidal UV light refinement has a long history and it is generally utilized for air cleaning, water treatment, and surface sterilization purposes. It is a practical, earth cordial arrangement. Its viability is straightforwardly identified with force and introduction time. Ultraviolet germicidal lamps are low-weight mercury vapor lamps that are creating ultraviolet light by an electrical release. The created electromagnetic energy (UV light) has a deadly impact to microorganisms. Ultraviolet light is utilized as a part of modern and private applications to decontaminate water, air, and surfaces.
The viability of UV germicidal lamps Lamp is restricted by surrounding temperature due to the natural attributes of the mercury. The most ideal surrounding temperature range for standard low-weight UV light is between 65-85 °F and 18-29 °C. This implies, if the encompassing temperature goes , or over this reach the adequacy of the UV light power diminishes. Contingent upon the application the UV lamps are ordinarily secured within a glass tube to maintain a strategic distance from substantial temperature changes.
The amalgam innovation in ultraviolet lamps empowers ideal mercury vapor weight at a more extensive temperature reaches between 35-120 °F and 2-49 °C. In the Amalgam Ultraviolet Lamps, the mercury is alloyed with Indium framing an amalgam of the two metals. The amalgam is set along within pivot of the quartz tube. This gives the ideal mercury vapor weight at higher light temperatures. The advantage is that the UV yield force of the amalgam light is not influenced when the surrounding water temperature changes over an extended temperature range. The water temperature will vary in any run of the mill Water Treatment Plant predominantly because of climate conditions and strain rates. Keeping up a steady yield over an expansive encompassing temperature reach is basic to the execution of an UV framework in light of the fact that if the force of the ultraviolet light falls, the slaughter rates of microorganisms will diminish significant.