20W IP65 LED Garden Lights
Product Name: 20W IP65 LED garden lights
Product Code: HSL-FL20W
IP Rate: IP65
Power: 20 Watts
PIR Sensor:Yes / No
Input Voltage: AC 85-265VAC 50/60Hz OR 12V AC/DC
Power Factor(PF): >0.9
LED driver: Isolated with glue protected
LED Source: 20W COB Epistar chip OR Bridgelux chip
Lumen Flux: 2200LM +/-3% OR 2600lm +/-3%
Lumen Efficiency: 110lm/W OR 130lm/W
CRI (Ra): >80Ra
Beam Angle: 120 degrees
Color Temperature: WW, NW,PW,CW
Materials: Aluminium body + Tempering Glass cover
Body Color: Black / Grey
20W IP65 LED garden lights
Features of 20W IP65 LED garden lights:
1. Optical light distribution, no glare, no light pollution, high lighting effect and high uniformity.
2. High power factor, energy conservation and environment protection.
3. Surface treatment: coating treatment, high weather-ability, and rich colors.
4. Integrated heat dispersion of the housing; artistic and novel appearance design
To receive a catalog,pricing information and a sample of 20W IP65 LED garden lights for your needs,just leave an Inquiry to get a Quick Quotation by those contact way.
Q: Do you have Photometric data on your products?
A: Yes. We have photometric data and IES files for a number of our products and are constantly increasing the number of photometric data and IES files for our product range.
Q: Are Home Sun LED's LED corn bulbs ultra-high brightness?
A: A typical 60W LED corn light in the markets, lumen output about 6300lm, luminous flux equivalent to TEK's 40W LED corn light. Home Sun LED's 60Watt LED corn lamp can deliver 8700lm, brightness 28% higher than other's LED corn lamp.
Q: What does LED stand for?
A: LED stands for “Light Emitting Diode”. Light Emitting Diodes, as the name states - are diodes. A diode is a semi-conductor device that permits current flow in one direction. Semiconductor diodes are a junction of two materials. One material has a surplus of positive charge (holes), and the other a surplus of negative charge (electrons). When one applies a forward voltage, the electrons and holes are brought together. They combine and release light energy - the 'light emitting' part of the name.