Kadision 120V Dimmable LED Step Lights - 3 CCT, 12 Pack, Aluminum ORB Finish

Overview

Kadision 120V Dimmable LED Step Lights offer reliable, low-profile illumination for stairs, decks, and pathways. Operating at standard household voltage, these fixtures run without an extra transformer or low-voltage wiring. The durable aluminum ORB finish pairs modern aesthetics with weather resistance, while downward lighting highlights each step and reduces glare for safer night navigation. The compact unit fits neatly in a single gang box and blends with most interior and exterior decors.

With a 12-pack, you can outline a cohesive lighting plan across multiple entry points, ensuring consistent visibility and ambiance throughout your outdoor or indoor spaces.

Three selectable color temperatures

Before installation, you can choose among 3000K warm white, 4000K natural white, or 5000K daylight with a built-in 3CCT switch. This flexibility helps you tailor the mood, from cozy evenings to bright, functional lighting.

• Warm white creates a welcoming ambience for gatherings.
• Natural white supports clear, comfortable navigation after dark.
• Daylight delivers high-contrast illumination for steps and pathways.

Dimming and compatibility

These 120V lights work with most household Triac dimmers (dimmer not included), enabling smooth brightness adjustments to suit different times and tasks. No extra transformer is required for operation.

• Triac-compatible dimming allows gradual brightness control.
• Simple wiring and installation into a single gang box.

Install and durability

Designed for indoor or outdoor use, the anti-rust aluminum construction resists weathering while delivering downward illumination that minimizes glare on steps and walkways.

• Easy mounting frame attaches to a standard outlet box.
• Downward lighting enhances safety without harsh overhead glare.

Value and usage

The 12-pack provides scalable lighting coverage for multiple entryways, walkways, or patio areas, helping you plan a cohesive and safer lighting scheme without sacrificing performance.