Choosing the Correct Arc Lamp Power Supplies

Power supply to the heater, filament, and magnet supplies, unfortunately, are not as simple to install and set up. Because they need a constant current or voltage, they require a xenon short-arc lamp power supply that gives power levels from 1,000 to 13,500 Watts (depending on your application) into the voltage signal that the OEM or industrial application needs.

If you are working with an experienced professional in the field you can simply find all the models paralleled for increased power and custom configurations. However, with power supplies, there are still a lot of questions and we understand that these tend to be the most complex part of the process, which is why Lumina Power tends to simplify your process with products listed along with specifications. To get the best out of your power supply, it is recommended to discuss needs with your engineers or the manufacturers prior to purchasing if you are unsure of compatibility with your space and fixture.

Why Do You Need A Power Supply?

Getting the right equipment starts with an understanding of why you will need one in the first place. If you have used a power supply earlier you would know that it is connected between the main line of power and the actual equipment you want to transfer current. That is it converts the line voltage, so your equipment is able to function properly and handle the proper amount of output voltage. Most of the industrial applications need a power supply because if you connect a device to the main power source, your fixture might not get enough current or might get overloaded and blow out. 

It is essential to take the right decision regarding the selection and planning of the power supply. Incorrect dimensions, not enough power supply can seriously affect the safety or functionality of the entire connection. The below guide provides a general overview of how to choose the power supply as well as explains the basics to choose the optimal power supply to avoid problems during usage and transition from one device to another.

So below are a few things to note:

1. Determine the input voltage: To avoid an unregulated power supply, the first step is to figure out the voltage or current needed for the application. For instance, the majority of power supplies available for use in the market are usually available in the power levels from 1,000 to 13,500 Watts. However, the configurations are customizable. In the case of Xenon Short-Arc Lamp Power Supplies, you will find the power levels listed in the product description. If you are already using a power supply, you can also check the backside label and see if the voltage is listed there.
2. Emitting constant voltage: When connecting multiple fixtures you don't want to exceed the value, so this is important to look for in a power supply. If you are planning to attach singular or multiple fixtures, it is better to share this with the manufacturing team beforehand so they can help you with the right equipment. Once you know that you will get a constant supply, you can safely conclude that the power supply and your OEM equipment can be easily paired together. For instance, if you require a deep output for your application then you would necessarily require a lamp that emits higher voltages constantly. The unique Short-arc design allows for custom configuration best for optical needs. This is why everybody emphasizes capability and capacity above all factors.
3. Choosing between Xenon and Mercury Xenon: If you are not aware of the difference, we will make it simple for you. Xenon lamps contain high purity xenon gas while mercury xenon is a combination of xenon and mercury. However, when it comes to performance, the xenon power supplies emit a broad spectrum of UV, with high output, and stability you can be rest assured that your device will have a long life.

Sponsor Ads

• Ad Space Available - Rent it Now!

Report this Page

Created on Nov 15th 2021 07:23. Viewed 224 times.

Share on APSense

Comments