FEATURES

SINCELIGHT Professional Series LED PAR16 Combining the benefits of the total internal reflection of our dual optical reflector, It offers a ground-breaking Dual Reflector solution with enhanced beam control and efficacy. With its Dual Reflector technology delivers superior performance with beautiful aesthetics - barely distinguishable from the familiar look of a halogen reflector, but with far higher efficiency.

Excellent Unified Glare Rating(UGR), Anti-Dazzling with its totally internal reflection of dual optical reflector, Reduce the discomfort caused by light pullution and dazzling, improve the quality of living.

With professional optical dual reflectors offers 24 degree beam angle. Energy-saving ambient and focus lighting solution to replace traditional halogen reflector in size and shape. Suitable for use as ambient and spot light to emphasise certain areas, the LED PAR16 reflector is perfect for shops, restaurants, galleries, museums and other occasion where higher luminous effect is required.

Energy-efficient with low wattage(5 Watt only), But provides 300 lumens, with it’s efficiency and performance certainly outperforms the traditional 30W halogen counterparts. Obviously it is one of the most effective replacements.

20,000 Hours Durable & Easy to Replace, The SINCELIGHT Professional PAR16 Bulb is 25 times more durable than traditional reflector bulbs. Since their shape and size resembles standard reflector bulbs, they are easily replaceable without additional modifications.

APPLICATIONS

Home, Office, Living Room, Bedroom, Bathroom, Dining Room, Hallway, Kitchen, Studio, Restaurant, Ho, Library, Meeting Room, Show Room,Table Lamps,Floor Lamps,Pendant Lamps,other E14/E27/B22/BA15D fixtures etc.

PROHIBITION

The product is strictly prohibited to be used in these conditions :
a. For fixtures and circuits with dimming functions.
b. For fixtures with internal control circuits.
c. For mercury vapor lamps or HID lamps.

COLOR TEMPERATURE

The colour temperature of a light source is taken from the temperature of a perfect black-body radiator that radiates light of a similar appearance to that of the light source. It is measured in units of absolute temperature; Kelvin (K). Interestingly, although red is associated with being a hot colour and blue a cold one, on the black body curve, blue occurs at higher temperatures than red. A more visual example of this apparent colour temperature contradiction can be seen in candlelight, which emits a warm red orange glow, but in fact has a low Kelvin temperature of 1850K. Therefore higher colour temperatures (5000K more) are called cool colours (bluish white); lower colour temperatures (2700 – 3000K) are called warm colours (yellowish white to red).

Colour Rendering Index (CRI)

The Colour Rendering Index (CRI or Ra) is a quantitative measure, which rates a light source’s ability to reproduce the colours of objects faithfully. In order to objectively compare the colour rendering properties of any light source, the CIE’s standardised measuring method operates on a scale from 0 to 100 (poor to excellent). The colour change of 14 standard colours is calculated when an object is exposed to a specific light source and then this is compared to a reference illuminant of the same colour temperature (a black body* is used for colour temperatures up to 5000K and daylight above that). The CRI for a pair of light sources can only be compared if they have the same colour temperature.

The CRI scale is chosen so that an ideal black body source, such as incandescent or halogen lamps, is by definition a CRI rating of 100. For light sources emitting a discrete spectrum, like LED and discharge lamps, the CRI can be anywhere between 0 - 100. As a rule of thumb, the more the spectrum is filled at all wavelengths (380 – 760nm), the better the colour rendering properties of the source, however a high CRI measurement intrinsically means lower efficacy (as less efficient wavelengths are also represented in the spectrum).

* A black body is a theoretical object that absorbs all incident electromagnetic radiation and due to its ability to absorb at all wavelengths, is the best possible emitter of thermal radiation. It radiates a continuous spectrum that depends on the body's temperature.