What to Look for in a PAR Spotlight

The use of PAR spotlights is not new. This has been the preferred lighting option for auditoriums, places of worship, studios, convention centres and any other building with a stage or platform for almost a century. The lighting device known as a PAR, or parabolic aluminium reflector, emits light in a single, reasonably focused beam.

Halogen or incandescent lighting was used in the conventional PAR spotlight. The speaker or the on-stage activity is illuminated by the sealed beam, which concentrates light on a particular area of the stage. Inefficient and expensive to operate, incandescent or halogen PAR lighting is an option despite being effective at what it accomplishes. Today's facilities can replace these less effective solutions with a more practical one without sacrificing the effectiveness of lighting technology thanks to advancements in LED technology.

Solutions for Retrofitting Existing PAR Spotlights

A retrofit design is the first quality to look for in a replacement for a PAR lighting. With the aid of retrofit lights, you may upgrade an inefficient light source without having to change the complete light fixture. Start using a new, more energy-efficient light by unplugging the old one and plugging in the new one.

Facilities can migrate from incandescent or halogen to LED PAR spotlights with the help of BENWEI's retrofit solutions. With the same chassis as the other forms of lighting, these lights can be retrofitted to fit your current lighting, so all you have to do to use them is plug them in. It's the first time an LED replacement for high-power PAR can-lights has appeared on the market, and it makes a tonne of cost-effective, efficient options for facilities possible.

Different Powers to Meet Different Needs

Find a solution that has a range of powers as a second step. This enables you to swap out your current lighting for one that has a higher lumen output, which enhances the performance of your spotlights when using the Lotus Lamp.

Six different lotus lamps from BENWEI LED can replace PAR spotlight cans. They are 20W, 30W, 40W, 60W, 80W, and 100W, among others. These may replace PAR lamps ranging from 200W to 1,000W. Since they offer 140 delivered Lumens per Watt, you may conserve energy without sacrificing brightness.

increased effectiveness to reduce energy costs

Make sure your new lighting will increase faculty productivity as you shop for PAR spotlights. Your energy bills will significantly vary if you move from incandescent or halogen to LED. Depending on the power of the light being replaced, BENWEI's LED lotus lamps offer savings of up to 21,480 kWh. This results in energy cost savings of between 84 and 90 percent. That is a fantastic return on investment!

This is but one example of how LED lighting improves your facility's efficiency. There is a significant quantity of heat produced by traditional can lightning choices for spotlights. LED lighting produces significantly less heat, so your building won't need to use its HVAC system to offset it.

Enhancing Optics for a Better User Experience

Your spotlight must clearly illuminate the stage and safeguard the audience's experience. BENWEI LED's LED PAR Retrofit Solutions have a high colour rendering index of more than 80. This means that even in high definition, broadcasts remain vivid and sharp, and colours appear as they would in real life. Whether you're broadcasting a concert live across a large television network or live-streaming a church service on Facebook, you'll need enough lighting to ensure that both the in-person crowd and the viewers from a distance can see clearly. Colours should be perceived in their intended context.
 

High-CRI LED PAR30 Light Bulb

Feature:

● The High-CRI LED PAR30 Light Bulb are a higher lumen solution ideal for use indoors in a track or recessed can, or outdoors in security or landscape lighting.
● The PAR30 Pro Series provides high-CRI illumination available in a variety of color temperatures and beam angles and the lamps are instant-on and fully dimmable.

Specification: