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OVAL WALL MIRROR LED CUT SANDBLASTED SARA
Warm Color <3500 K
Neutral color 3500K-4500K
Cold Color >4500 K
LED mirror backlight turns on when the switch is touched.
Touch switch:
- Allows you to control the intensity of the light (just hold your finger on the switch longer)
- Remembers the last light intensity setting
- When the LED light is off, the sensor illuminates blue
- It is placed in the middle, at the bottom of the mirror
The photo with the leds is an overview photo. Aims to demonstrate how the density of Leds varies on tape. More LEDs result in more light.
Sandblasted Oval Mirror
We invite you to purchase an elegant and functional oval mirror, which will perfectly blend into a variety of interiors, such as bathroom, living room, hallway, dressing room and store.
Characteristics:
- Thickness of the mirror: 4 mm
- Total thickness of the mirror - 25mm
- Power supply 230 V - mirror prepared to be powered from a switch built into the wall
- Number of LEDs: 60/mb
- It has overload, short-circuit and temperature protections
- Meets EU requirements
- Input voltage: 170-240V AC
- Output voltage: 12V
- Overvoltage protection: Yes
- Overcurrent protection: Yes
- Short circuit protection: Yes
- Operating temperature: -30 - 70 st. C.
- Housing material: aluminum
The type of light used in our mirrors is ambient type lighting. It is a soft, subtle lighting that is not intended to provide light for the entire room. Its purpose is to create a unique atmosphere and a decorative backdrop conducive to relaxing or falling asleep.
Warm Color <3500 K
Neutral color 3500K-4500K
Cold Color >4500 K
LED mirror backlight turns on when the switch is touched.
Touch switch:
- Allows you to control the intensity of the light (just hold your finger on the switch longer)
- Remembers the last light intensity setting
- When the LED light is off, the sensor illuminates blue
- It is placed in the middle, at the bottom of the mirror
The photo with the leds is an overview photo. Aims to demonstrate how the density of Leds varies on tape. More LEDs result in more light.