Resources & Education On Lighting

Infographic comparing shunted and non-shunted lamp sockets, showing electrical path differences and LED compatibility

The Difference Between Shunted and Non-Shunted ...

When retrofitting fluorescent fixtures in commercial offices, shops, and warehouses, understanding the internal wiring of the lamp holders—commonly referred to as tombstone sockets—is critical. The distinction between shunted and non-shunted...

The Difference Between Shunted and Non-Shunted ...

When retrofitting fluorescent fixtures in commercial offices, shops, and warehouses, understanding the internal wiring of the lamp holders—commonly referred to as tombstone sockets—is critical. The distinction between shunted and non-shunted...

0–10V dimming control used with LED commercial lighting to adjust light output and improve performance across office, retail, and warehouse environments

How 0-10v Dimming Enhances LED Commercial Light...

0–10V dimming is the primary lighting control protocol used in commercial and industrial environments. Unlike residential TRIAC dimming, which modulates the incoming AC power, 0–10V dimming uses a dedicated low-voltage...

How 0-10v Dimming Enhances LED Commercial Light...

0–10V dimming is the primary lighting control protocol used in commercial and industrial environments. Unlike residential TRIAC dimming, which modulates the incoming AC power, 0–10V dimming uses a dedicated low-voltage...

Step-by-step infographic showing how to bypass a ballast when upgrading fluorescent fixtures to LED lighting

Upgrade Your Lighting: Step-by-Step Guide to By...

In commercial and industrial lighting upgrades, the ballast bypass—commonly referred to as a Type B retrofit—is the preferred method for converting fluorescent fixtures to LED. By removing the ballast from...

Upgrade Your Lighting: Step-by-Step Guide to By...

In commercial and industrial lighting upgrades, the ballast bypass—commonly referred to as a Type B retrofit—is the preferred method for converting fluorescent fixtures to LED. By removing the ballast from...

Infographic explaining the difference between CCT and CRI, comparing color temperature scale with color rendering accuracy

What is the difference between CCT and CRI?

In modern commercial and industrial lighting design, performance is no longer evaluated solely by wattage or lumen output. Light quality plays a critical role in safety, productivity, and visual accuracy....

What is the difference between CCT and CRI?

In modern commercial and industrial lighting design, performance is no longer evaluated solely by wattage or lumen output. Light quality plays a critical role in safety, productivity, and visual accuracy....

Infographic explaining the difference between lumens, kelvins, and watts, showing brightness, color temperature, and power consumption

What is the difference between Lumens, Kelvins ...

When specifying LED fixtures for commercial and industrial applications, system performance is defined by three core metrics: lumens, Kelvin (CCT), and wattage. Together, these values determine brightness, visual appearance, and...

What is the difference between Lumens, Kelvins ...

When specifying LED fixtures for commercial and industrial applications, system performance is defined by three core metrics: lumens, Kelvin (CCT), and wattage. Together, these values determine brightness, visual appearance, and...

Educational graphic explaining the Lighting Facts label, showing brightness, energy cost, lifespan, color temperature, and energy use

What are Lighting Facts? The Lighting Facts Lab...

The Lighting Facts label is a standardized disclosure requirement established by the Federal Trade Commission (FTC) under the Energy Independence and Security Act. Its purpose is to provide a consistent...

What are Lighting Facts? The Lighting Facts Lab...

The Lighting Facts label is a standardized disclosure requirement established by the Federal Trade Commission (FTC) under the Energy Independence and Security Act. Its purpose is to provide a consistent...