Shilpa Enterprises

The Xenon Lamp Power Supply (Xenon arc lamp controller) provides the appropriate power to the xenon arc lamp. It is current and power-regulated equipment with universal input and controls the supply of current to the lamp. The xenon arc lamp is a device that emits large amounts of spectral energy in short-duration pulses. It uses ionized xenon gas to produce light, which is similar to daylight. This function requires a solid and steady power supply. The xenon arc lamp accumulates energy in a storage capacitor. When it releases and dissipates this energy, it forms highly excited xenon plasma within the flash lamp.

UV Lamp Power Supply (UV Lamp Controller) is a device or equipment that supplies electrical power to the UV lamp and medium or high-pressure mercury lamp, which mainly uses in the photochemical reactor. It performs a similar function as the traditional power supply, except it controls the power surges and variable power supply through the mainline current. It prevents the risk of damage to the UV lamp due to an unstable power supply. The equipment ensures that the UV lamp receives the desired supply to carry out effective operations. It is suitable for consistent ignition to a wide range of lamps. Typically, lights have a filament that glows on receiving electrical current. In the case of UV lamps, there exists mercury or a gas mixture inside the lamp. The power supply we use produces a high voltage charge to ionize mercury or other gas mixture in the lamp to create plasma that emits UV light.

UV Lamp Power Supply (UV Lamp Controller) is a device or equipment that supplies electrical power to the UV lamp and medium or high-pressure mercury lamp, which mainly uses in the photochemical reactor. It performs a similar function as the traditional power supply, except it controls the power surges and variable power supply through the mainline current. It prevents the risk of damage to the UV lamp due to an unstable power supply. The equipment ensures that the UV lamp receives the desired supply to carry out effective operations. It is suitable for consistent ignition to a wide range of lamps. Typically, lights have a filament that glows on receiving electrical current. In the case of UV lamps, there exists mercury or a gas mixture inside the lamp. The power supply we use produces a high voltage charge to ionize mercury or other gas mixture in the lamp to create plasma that emits UV light.