Xenon lamps are specialized gas discharge lamps that produce light due to reactions between Xenon gas and high electric current. Xenon lamps produce high-intensity white light that is almost similar to natural sunlight. The lights are used in various industries for different purposes. One of the most common applications of xenon lights is in cinema projectors. There are various types of xenon lamps. These include xenon flash lamps, xenon short-arc lamps, and xenon long-arc lamps. Xenon flash lamps produce light at short intervals causing an on-and-off effect. These lamps are used in medical lighting equipment and photography. Xenon long-arc and Xenon short-arc lamps produce a continuous light. They are mostly applied in vehicle headlights.
Xenon lamps are powered by different sources of energy. Some are powered by AC, while others rely on DC power supply. Here are some popular types of xenon lamp power supply equipment one might come across in the market.
Model XPS- 1600 Xenon Lamp Power Supply
The Model XPS-1600 Xenon Lamp Power Supply is a reliable stable current source manufactured by Solar Light Company. The power supply is meant for xenon short-arc lamps. This power supply is made with a 24 volts fan power, a normally closed fault loop, and signal lines indicating the operating positions of the shutter and filter. This power supply is designed to regulate power consumption and simplify operation. The inbuilt ignition counter stops the automatic ignition cycle when ignition attempts exceed five. If the internal temperature of this power supply is beyond 90 degrees Celsius, the inbuilt thermal shutdown feature shuts it down, preventing the risk of explosion.
Solar Lights Model XPS-300 Power Supply
The Model XPS-300 xenon lamp power supply is one of the most reliable power supplies for the Xenon short-arc lamps. This model is designed to work with 601-series and 16S-series solar simulator models from Solar Light Company. The rear panel of this power supply model has connection ports for a 24 V direct current fan and signal lines that indicate the operating positions for the shutter and filter. This model has inbuilt thermal shutdown systems that prevent damage in case the temperatures inside get too high while in use.
Most of the Xenon flash lamps rely on alternating current. In places where there is no electricity, current inverters are used to convert direct current to alternating current. When looking for xenon lamp power supplies, there are several considerations one should have in mind. These include the type of xenon lamp to be powered.
Having an understanding of the xenon lamp to be powered helps one identify the right power supply to buy. One should have knowledge of the power consumption of the xenon lamp in question, and the duration the lamp needs to be powered. This information is essential in selecting power supply in terms of capacity and sustainability. If the lamp is to be powered for a long time, one should buy a power supply with the right capacity to keep the lamp on for the required period.