Line art
LOOP - LED Light, IP 44, 3.6 W, 12 V
Product # 12812124140
Dimmable LED light for installation on edge of mirror
Comes with a bracket for surface-mount installation on mirrors with a thickness between 3/16 in to 1/4 in (4 mm to 6 mm).
ADVANTAGES AND BENEFITS
- Wide projection beam for bright and uniform light distribution
TECHNICAL SPECIFICATIONS
Product #
12812124140
Location
Furniture
Application
Bathroom, Furniture
Mounting
Surface
Luminaire
Fixed Spots
Compatibility
Micro 12
Lighting
Task, Functional
Finish
Chrome
Light Color
Neutral White
Kelvin Color Temperature (K)
3800 K
Standards and Certifications
cULus
Style
Contemporary, Eclectic
CRI (Color Rendering Index)
80
Material
Aluminum
Height
1 1/32 in*
Diameter
2 15/16 in*
IP
IP44
Lighting Type
LED
Tension (V)
12 V
Watts
3.6 W
Group
LED Group A
Connection Type
Micro 12
Luminous Flux
180 Lumen
Disclaimer
Measures shown with an asterisk (*) have been converted as per your preference. These are not the official measures. To view the measures specified by the manufacturer, click here.
INCLUDED PRODUCT(S)
- Loop LED mirror light
- 47 1/4 in (1.2 m) power cable with a Micro12 connector
- Bracket for direct fitting on the mirror
- 47 1/4 in (1.2 m) power cable with a Micro12 connector
- Bracket for direct fitting on the mirror
DISCLAIMER
- Product information subject to change without notice.
- There is no replacement bulb available for this light due to its average lifespan of 50 000 hours.
- Richelieu grants no warranty on LED lights if a power supply other than the one specifically prescribed for this product is used.
- Do not exceed the maximum wattage by connecting more lights than prescribed; damage to the power supply may result.
- Wattage calculation for power supplies should be using an 80% maximum yield.
- There is no replacement bulb available for this light due to its average lifespan of 50 000 hours.
- Richelieu grants no warranty on LED lights if a power supply other than the one specifically prescribed for this product is used.
- Do not exceed the maximum wattage by connecting more lights than prescribed; damage to the power supply may result.
- Wattage calculation for power supplies should be using an 80% maximum yield.
