LED Lamp replaces MR-16 halogen lamps.
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Press Release Summary:
Model SSMR16-1W3 is comprised of high-power LED light source, optical lens system, and optimized thermal heat sink. Features include dimmable 10-12 Vac/dc, reverse polarity protection, G5.3 base type, and 25° beam angle. With overall power of 4.2 W, estimated life is 50,000 hr. Light output is 60 lumens, 3000 lux at 1 m. Available colors are white, warm white, blue, royal blue, green, cyan, red, and red orange.
Original Press Release:
SSMR16-1W3 Solid-State LED Lamp
This solid-state LED lamp is designed for high brightness and to replace the traditional MR-16 halogen lamps. It has very similar dimensions to the MR-16 halogen lamp and can be used in most conventional applications.
It is comprised of a high power LED light source, efficient optical lens system and an optimized thermal heat sink. This 12V AC/DC lamp has reversed polarity protection; thus allowing simple retrofit or new fixture designs.
LED MR16 (1W Luxeon, 3pcs)
PART NO.: SSMR16-1W3
General Specifications:
Part Number Color Dominant Wavelength Typical Wattage @250C
SSMR16-1W3-W White 5500K 4.2W
SSMR16-1W3-WW Warm White 3300K 4.2W
SSMR16-1W3-B Blue 470nm 4.2W
SSMR16-1W3-RB Royal Blue 455nm 4.2W
SSMR16-1W3-G Green 530nm 4.2W
SSMR16-1W3-C Cyan 505nm 4.2W
SSMR16-1W3-R Red 625nm 4.2W
SSMR16-1W3-RO Red-Orange 617nm 4.2W
General Specifications
o 10-12V AC/DC(Dimmable with voltage)
o Reverse polarity Protected
o Base type: G5.3(Same as MR16 halogen lamp)
o Beam angle: 25 degree
o Overall power: 4.2W (Minimum heat)
o Estimated life: 50,000 hrs(vs. 1,000 hrs on halogen)
o Light output: 60 lumens, 3000 lux at 1 meter
o Body: aluminum (Epoxy painted)
Light Quality:
Unlike bulbs, this lamp uses low voltage, energy efficient solid-state technology light source (no filament to break or glass to shatter) resulting in an extremely rugged light, which will last for more than 10 years in applications. The absence of heat, ultraviolet, and infrared radiation in the beam eliminates the risk of damaging or degrading the illuminated object and removes the requirement for complex indirect light guide systems.
