4BEMW SWW5 90CRI M6
Juno®* Actual product may vary from image
Juno® 4BEMW SWW5 90CRI M6 4BEMW Retrofit Downlight, 10 W Fixture, 120 V
Details
MFG PART #:4BEMW SWW5 90CRI M6
TRC Part #:LITH4BEMWSWW590CRIM6
UPC #:194994160519
Inventory
$ E
Details
MFG PART #:4BEMW SWW5 90CRI M6
TRC Part #:LITH4BEMWSWW590CRIM6
UPC #:194994160519
Inventory
Attributes
Features
Documentation
Attributes
Brand:Juno®
Average Life:50000 hrs
Ballast Type:Dimmable
Color Rendering Index (CRI):90
Color Temperature:2700, 3000, 3500, 4000, 5000 K, 2700/3000/3500/4000/5000 K
Fixture Wattage:10 W
Lamp Base Type:E26
Lamp Type:LED
Lamp Wattage:8.6 W
Light Color:White
Light Output:70 Lumens/W
Lighting Technology:LED
Lumens:700 Lumens
Mounting Type:Recessed
Recessed Trim Type:Baffle
Series:4BEMW
Type:Retrofit
Voltage Rating:120 V
Features
| The E Series LED Recessed Module gives you optimized value and performance you can trust |
| The E Series combines dependable performance and low cost with the virtually maintenance-free, energy-saving benefits of a 54,000 hr rated-life LED |
| Ideal for both retrofitting and new construction in a variety of residential and light commercial settings such as multifamily residences, retail shops and offices |
| The 4 in E Series fits 4 in recessed can-style housings using friction clips and can replace a 65W incandescent lamp |
| ELECTRICAL - Center 2 Edge (patent pending) technology created for a single point source, Primary power disconnect provided for simple connection to a dedicated LED connector in the housing |
| DIMMABLE - Dimming down to 10 percent with most standard incandescent dimmers |
| INSTALLATION - Suitable for installation in standard height rough-in sections, the friction clips allow fitment into cans with an inside diameter of 4 in to 4.5 in |
| HOURS OF LIFE - LED module maintains at least 70 percent light output for up to 35,000 hr |
| OPTICS - diffused lens to provide even light distribution for general illumination, equivalent to 65W BR30 lamp |
| MATERIAL - Aluminum spun reflector with deep regression for reduced glare |