MITJ 12 Watt LED Panel Light - Square, Warm White, AutoCut Volatge Protection

MITJ 12 Watt LED Panel Light - Square, Warm White, AutoCut Volatge Protection

Enhance your ceiling ambiance with the MITJ 12 watt led panel light, engineered to deliver a soothing Warm White illumination. Featuring a modern square design with built-in AutoCut voltage protection, this led panel ensures safe, reliable performance across residential and commercial interiors. Designed for a standard 5-inch cutout, it delivers high energy efficiency with a clean recessed fit.

Key Features

• Energy Efficient Output: Consumes only 12 Watts while delivering high energy efficiency.
• Design & Finish: Sleek Square form factor emitting a relaxing Warm White color temperature.
• Built-in Safety: Features AutoCut voltage protection against electrical fluctuations.
• Easy Ceiling Fit: Designed for recessed mount installation requiring a 5-inch cutout size.
• Long-Lasting Performance: Durable construction with a operational lifespan exceeding 25,000 hours.
• Versatile Application: Ideal for living rooms, hallways, offices, and commercial establishments.

Package Includes

• 1 x MITJ 12 Watt LED Panel Light - Square, Warm White, AutoCut Volatge Protection

Frequently Asked Questions

Q: What is the wattage requirement for this led panel light?

A: The fixture operates efficiently on a 12 Watt power rating.

Q: What cutout size is needed for ceiling installation?

A: This square panel light requires a 5-inch cutout for recessed mounting.

Q: Can this LED panel light be installed in damp environments?

A: No, it is recommended for use in dry locations only.

Q: What is the estimated operational lifespan of this light?

A: It offers an extended lifespan rated for over 25,000 hours.

Q: Does this fixture offer protection against voltage spikes?

A: Yes, it comes equipped with integrated AutoCut voltage protection.

Q: What light color does this unit output?

A: It outputs a comfortable Warm White light.

Disclaimer: Product color and appearance may vary slightly from images due to photographic lighting sources and display monitor settings.