Screw E11 E24 & E27 LED Lamps

Product Description

These products are in accordance with CE, UL and FCC testing standards. Screw E11 E24 & E27 LED Lamps with Cree High Power LEDs as light source feature lower power consumption, higher efficiency, more reliability, and more eco-friendly compared to conventional lamps and bulbs. With patented thermal control technology and specially designed aluminum alloy housing, the Screw E11 E24 & E27 LED Lamps actually achieve full heat dissipation. They are quite suitable for residential and commercial lighting applications to replace conventional lamps and bulbs.

Performance Summary

Utilize Cree high power LEDs and Edison LEDs
Longer lifetime than conventional lamps and bulbs: min 4 years
140-750 delivered lumens depending on different models
Color temperature tolerance of only +/-100K
Designed to last 50,000 hours and maintain at least 98% of initial lumen output at 1,000 hours
Integrated thermal management system conducts heat away from LED's and transfer it to surrounding environment
Up to 60-70% energy saving over conventional lamps and bulbs
Two Year Warranty

Unique Edges

Solid state, excellent property of shock-resistance
No RF, IR and UV interference
Quick and easy installation to minimize retrofit cost
Instant start-up, no flickering and buzzing
Minimum maintenance costs
Full heat dissipation
No mercury and other hazardous material
Fully RoHS-compliant
Consistent color temperature for white and warm white

Data Sheet & Specifications for LED Bulbs

Model	Base Type	Dimension (Diameter*Height)	Voltage	Power	LED Qty.	Color	Beam Angle	CRI	Material	Working Environment	Lumen Output
FQP-GU10-10W-H	GU10	60mm*123mm	85-268V AC	10 Watts	1pc	White Warm White	50/80/120 degree	> 75	Plastic Cover + Aluminum Body	Indoor use, applicable for dry environment	630/750 lumens 480/550 lumens
FQP-E27-10W-H	E27
FQP-E27-7W-H	E27	62mm*125mm	90-260V AC	7 Watts		White Warm White					250-280 lumens 220-230 lumens
FQP-GU10-7W-H	GU10
FLB-D60-E27W-10W-H	E27	98mm*188mm	85-268V AC	10 Watts		White Warm White					630/730 lumens 480/550 lumens
FLB-D60-GU10W-10W-H	GU10
FLB-D45-E27-3W-H	E27	45mm*73mm	85-265V AC	3 Watts		White Warm White			Glass Cover + Aluminum Body		/
FLB-D45-E27-1W-H				1 Watt
FLB-MD60-E27-3-3W-H	E27, E26, E14, B22	50mm102mm 60mm115mm	100V AC 240V AC	3 Watts		White Warm White					More than 200 lumens
FLL-MD60-E27-3-3W-H					3pcs

Data Sheet & Specifications for LED Lamps

Model	Base Type	Voltage	Power	LED Qty.	Color	Beam Angle	CRI	Material	Working Environment	Lumen Output
FLB-E11-3W-H	E11	90-260V AC	3 Watts	1pc	White Warm White	30/40/60 degree	> 75	Aluminum Body	Indoor use, applicable for dry environment	141-180 lumens
FLL-E27W-3-3W-H	E27			3pcs	White					210-240 lumens
FLL-E27WW-3-3W-H				3pcs	White Warm White					210-240 lumens
FLL-E27L-3-H				1pc	White Warm White					141-180 lumens
FLB-E27-10W-H	E27, E26, GU10	85-240V AC	10 Watts		White Warm White	50/80/120 degree				450-500 lumens
FLB-E26-10W-H
FLL-E27-5W-H	E27	12V AC/DC 100-240V AC	5 Watts		White Warm White					170-190 lumens
FLL-GU10-5W-H	GU10
FLL-MR16-5W-H	MR16

Physical Specification

Mercury-free, no other hazardous material
Aluminum housing
Base type: MR16, GU10, E27, E26, E14, B22
Indoor use, applicable for dry environment
Operating temperature: -4 degree Fahrenheit to 104 degree Fahrenheit(-20 degree Celsius to +40 degree Celsius)

Electrical specifications

Input voltage: 12V DC/AC, 85-268V AC, 90-260V AC
Power consumption: 60-70% energy saving over traditional bulbs and lamps
Integral high efficiency driver and power supply
Power factor > 0.95
Power efficiency > 86%
CE (LVD and EMC), ETL pending

Optical specifications

CCT: Warm white (2,700-3,200K) white (5,700-6,200K)
CRI > 75
Negligible UV, IR and RF
Lower reflector achieves a comfortable appearance
Beam angle: 50/80/120 degree or 30/40/60 degree
Lumens: 140-750 delivered lumens depending on different models
Brightness degradation: 3% within 1,000 hours
Lumen maintenance: 98% at 1,000 hours
Light source: Cree high power LEDs
Color management system maintains color consistency over time and temperature