Aamsco ADA Fractal Backlit LED Mirror with Beveled Matte Border - 2 Sizes
$1,106.96
$977
A captivating halo effect awaits with Amsco's Fractal Backlit Mirror. Crafted to perfection, this exquisite mirror boasts a mesmerizing design. The mirror is skillfully surrounded by LEDs, illuminating from the rear and harmoniously blending with the 3/4" wide beveled border, creating a stunning halo effect that elevates any space. The LEDs offer an impressive 30,000-hour rating, emitting a warm white glow with a color temperature ranging from 2,600k to 2,800k, complemented by a remarkable Color Rendering Index (CRI) of 90+. Adhering to ADA guidelines, this mirror is a perfect fit for damp locations, making it ideal for bathroom installations. With an IP55 rating, it assures additional protection against external elements (see IP55 Explained), and being ETL listed, its quality and safety are assured. Embrace the enchantment of the Fractal Backlit Mirror, a hardwired masterpiece that demands to be admired, complete with an on-off switch for convenience and regretfully, no dimming capability.
Features
- Aamsco's ADA Fractal mirror is a backlit LED mirror suitable for damp locations such as the bathroom.
- The design incorporates a wide matte-finished 3/4" wide beveled border - combined with the back-lighting that creates a halo effect, means that other than bathroom use, it's a decorative mirror for any room of the home or office.
- 2 Sizes: Dimensions are 17.71" x 47.24 or 31.49" x 0.798" Deep (thin), and held to a tolerence of 0.125". Surface mounted, vertically or horizontally.
- The mirror consumes a minuscule 26 or 35 Watts and delivers 2580 or 3540 lumens, according to size. The color temperature is 2,600-2,800 degrees Kelvin, or Warm White with a CRI > 90. Non-dimmable.
- Hardwired, requires a wall-switch. Conforms to ADA guidelines, is ETL listed, and IP55 rated (see IP55 Explained). 3-Year manufacturer's warranty.
Aamsco
About Aamsco
Aamsco, since 1975, has been manufacturing innovative lighting solutions for companies, wordwide. In the suburbs of New York City, their original vintage lighting company was formed by Bob Rosenzweig to manufacture antique light bulbs. With Bob's creativity, Aamsco began expanding and moved to New Jersy, and ultimately in 2001 relocated to Summerville, South Carolina where Aamsco continues to grow to this day.
IP55 Explained
IP Ratings - Ingress Protection and What it Means
IP Ratings are a classification of the degree of protection against the intrusion of objects including things like hands and fingers, dust, accidental contact, and water. The concept is to provide a more standardized and meaningful set of more specific descriptive terms other than vague marketing lingo, such as "waterproof".
The two digits after the letters "IP" in the rating have separate meanings. The first digit denotes protection against solids. The second digit deals with protection from liquids.
IP55's First digit - 5 - Protection Against Solids
Protection against any large surface of the body, such as the hand, fingers, small objects, tools, most wires, screws, etc, and most dust.
IP55's Second digit - 5 - Protection Against Liquids
Equipment is protected against the ingress of water including dripping water, water from a spray at any angle up to 60 degrees from the vertical, water splashing from any direction, and water from a nozzle (6.3mm) from any direction.
For further information and full ratings charts visit https://en.wikipedia.org/wiki/IP_Code.
3,500k vs. 5,500k
Color Temperature Comparison
Color Temperature is not Brightness Color temperature describes the color of the light.
The color temperature of any light bulb, including LEDs is measured in degrees Kelvin ("k"). The higher the color temperature, the closer the light is to pure white light at 10,000° K. A blue sky sunny day at noon has a color temperature of about 5,500° K. On a very bright cloud-covered day, the sky registers a color temperature of about 6,500° K., while a "regular" incandescent light bulb has a color temperature of about 2,700° K.
The color temperature of the lighting in your mirror may affect the way people see you in different situations. It's best, therefore, to choose a lighted makeup mirror with a color temperature to approximate your most frequent environment.
Many of our LED mirrors have their color temperature specified. And some makeup mirrors have adjustable or switchable color temperatures. For those where color temperature is not specified a reasonable guide is this: For incandescent bulbs, a color temperature of around 3,000° K. is normal. Fluorescents and LEDs with no color temperature specification have color temperatures around 4,600° K. The chart below can serve as a guide.
The color temperature of any light bulb, including LEDs is measured in degrees Kelvin ("k"). The higher the color temperature, the closer the light is to pure white light at 10,000° K. A blue sky sunny day at noon has a color temperature of about 5,500° K. On a very bright cloud-covered day, the sky registers a color temperature of about 6,500° K., while a "regular" incandescent light bulb has a color temperature of about 2,700° K.
The color temperature of the lighting in your mirror may affect the way people see you in different situations. It's best, therefore, to choose a lighted makeup mirror with a color temperature to approximate your most frequent environment.
Many of our LED mirrors have their color temperature specified. And some makeup mirrors have adjustable or switchable color temperatures. For those where color temperature is not specified a reasonable guide is this: For incandescent bulbs, a color temperature of around 3,000° K. is normal. Fluorescents and LEDs with no color temperature specification have color temperatures around 4,600° K. The chart below can serve as a guide.
If you're planning for an outdoor day, the higher the color temperature the better. For evenings on the town, 2,700&deb; K. to 3,500° K. is best. For office environment lighting conditions, color temperatures around 4,500° K. provide the closest match.
About CRI
Color Rendering Index (CRI)
The color rendering index (CRI) is a measure of the ability of a light source to display the colors of various objects faithfully when compared the a natural light source. Light sources with a high CRI value are desirable in color-critical applications such as neonatal care and art restoration. Generally the higher the CRI, the more pleasing to the eye.
The highest possible CRI value is 100 and is frequently achieved by incandescent or "regular" light bulbs. Fluorescent "cool white" bulbs have a CRI of around 50 to 60, but some high-end multi-phosphor fluorescents can go up to 98. LEDs typically have an a CRI around 80, and better, more expensive LEDs can have CRIs up to 97 or 98.
The highest possible CRI value is 100 and is frequently achieved by incandescent or "regular" light bulbs. Fluorescent "cool white" bulbs have a CRI of around 50 to 60, but some high-end multi-phosphor fluorescents can go up to 98. LEDs typically have an a CRI around 80, and better, more expensive LEDs can have CRIs up to 97 or 98.
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