hours left for
same day shipping
hours left for
same day shipping
Loading...

Kichler

Kichler 12V LED 2700K 22.5 in. Curved Path Light, Textured Black | 16260BKT27

SKU
16260BKT27

The Kichler 16260BKT27 is a 22.5-inch curved path light with a 2700K integrated LED, 165-lumen output, and Textured Black finish.

  • 165 lumens at 2700K
  • 22.5 in. curved profile
  • Textured Black finish
  • 14 in. ground stake included
$259.99

Similar to Items You've Viewed

Kichler 12V LED 2700K 22.5 in. Curved Path Light, Textured Black | 16260BKT27

The Kichler 16260BKT27 is a contemporary 22.5-inch curved path light designed to illuminate sidewalks, stone paths, walkways, and surrounding landscape areas. Its integrated 2700K LED produces 165 lumens of warm white light from a clean architectural form.

The fixture features a Textured Black finish, wet-rated construction, and 9-15V operation. A 14-inch slotted ground stake, gel-filled wire connectors, and a 30-inch low-voltage lead are included for installation.

Features

  • 22.5-inch curved path-light design
  • 2700K warm-white integrated LED
  • 165 lumen output
  • Textured Black finish
  • Wet-rated 9-15V operation
  • 14-inch ground stake included

Specifications

ManufacturerKichler Lighting
SKU16260BKT27
Product TypeIntegrated LED Curved Path Light
FinishTextured Black
Color Temperature2700K
Light Output165 lm
Input Power2.75W, technical catalog
Volt-Amperes3.9VA
Efficacy60 lm/W
Operating Voltage9-15V
Dimensions3 in. W x 7.6 in. L x 22.5 in. H
Light SourceIntegrated LED
Included14 in. slotted ground stake, gel-filled wire nuts, and 30 in. usable 18-2 SPT-1W leads
Location RatingWet Rated
Warranty15 Years Residential / 10 Years Commercial

Downloads

More Information
Product Type Path Lights
Light Output (Lumens) 165
Body Material Aluminum
Finish Black
Path Light Type Modern
Bulb Included Yes
Bulb Type Integrated LED
LED 1 LED
Voltage Low Voltage
Max Voltage 15V
Color Temperature 2700K
Color Rendering Index 80
Bulb Life 50,000 Hours
Location Rating Wet
Certifications cETLus