B2A-10PK

Incandescents

B2A-10PK is an innovative incandescent lamp based on a special light source technology. It is equipped with a two-pronged halogen bulb, which emits bright and even lights. This is due to the high-efficiency filtration of UV radiation, which significantly reduces the likelihood of overheating and burning out. The bulb is resistant to temperature changes and is able to work at high temperatures for a long time.

Furthermore, it comes with a special design that eliminates the need for frequent relamping. This reduces the costs of operation and allows the lamp to be moved easily between different locations without any damage to the lamp or the socket. The lamp can be used in a wide range of applications, including interior lighting, outdoor lighting, showrooms, theatres, cinemas, and more. Additionally, it is a highly efficient and reliable lighting source.

Neons

The B2A-10PK has also been adapted for use as a neon lamp. This type of lamp is usually found in decoration and advertising applications, as well as in medical and scientific lighting. The lamp is highly flexible and can be used in many different situations. It can be adapted to fit in different types of architecture and can be installed almost anywhere.

The main difference between incandescent and neon lamps is the type of light they produce. Incandescent lamps emit a bright, even light, while neon lights emit an intense, colourful light. The light produced by the B2A-10PK is very bright and uniform, making it suitable for all kinds of lighting applications. Additionally, it is very energy-efficient, making it ideal for applications that require low wattage without sacrificing performance.

Working Principle

The B2A-10PK is based on a special high-frequency light generator that operates in the visible spectrum of light. This technology, paired with a special optical lens, produces a narrow and intense beam of unidirectional light. The performance of the light generator is optimized to ensure a uniform and consistent colour temperature across all parts of the beam. This ensures that the light produced is bright and even.

The working principle of the B2A-10PK is based on the principles of thermodynamics, which are used to convert light energy into thermal energy. This is done through the heat produced by the electrons in the filament. As the electrons are heated up, they produce a light wave, which is then emitted by the lamp. By controlling the level of energy provided to the filament, the brightness and intensity of the light can be controlled. Moreover, the light can be regulated through a dimmer or switch, allowing for greater control of the illumination.