Progress Lighting Globe LED Collection Black One-Light LED Pendant 3000K (P500148-031-30)

Progress Lighting Globe LED Collection Black One-Light LED Pendant 3000K (P500148-031-30)

A distinctive classic globe pendant is accented by a striking metal black cap. The cap holds a beautiful opal glass shade ready to emit gentle illumination. This versatile pendant can be displayed as a single fixture or in groups of two or more to create a custom lighting design for your home.
• The cap holds a beautiful opal glass shade ready to emit gentle illumination
• A distinctive classic globe pendant is accented by a striking metal black cap
• This versatile pendant can be displayed as a single fixture or in groups of two or more to create a custom lighting design for your home
• Ideal for any foyer, kitchen, or dining room
• Perfect for mid-century modern, transitional, modern, or contemporary settings
• Measures 11-5/8-inch width by 13-1/2-inch height
• Uses one LED module (17w max)
• Compatible with many Triac/ELV dimmers (see dimming controls)
• Includes installation instructions and mounting hardware
• Progress Lighting products are designed for exceptional quality, reliability, and functionality

What color temperature is this product?

This product has a color temperature of 3000K, providing soft white light that maintains warmth while delivering clear, comfortable illumination.

What voltage does this product operate on?

This product operates on 120V, the standard line voltage used in most residential and many commercial electrical systems. Always consult with an electrician regarding your specific voltage requirements.

Can this product be used in damp or outdoor locations?

This product is damp location rated meaning it can be used in areas exposed to humidity or light moisture such as covered outdoor areas or bathrooms. It should not be exposed to direct water.

What is the CRI and how does it affect light quality?

This product has a CRI of 90, delivering high color accuracy with rich, natural color rendering. Colors will appear vibrant and clearly defined under this light.