ELMARK 99LED988D/IP20 TUYA DIGITÁLIS LED SZALAG RGB+IC IP20 5M, KÉSZLET

<p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p><p>The main benefit comparing to analog LED strips is that you can control every section of LEDs, separately. Traditionally, it is achieved thanks to additional chips (IC) assembled directly inside the LED diode or on the digital strip board.<br />Each group of LEDs has an integrated circuit chip, and this integrated circuit chip controls the change of color and brightness of this group of LEDs. When switching the power, the current passed through the LEDs, causing LEDs to light up at their default settings.<br />To create an effect, you need to enter a command on the controller.<br />Technical data: <br />• Type: Digital RGB+IC LED strip<br />• Input voltage: 220-240V<br />• LED Driver and strip voltage: 24V DC<br />• Colour temperature: RGB<br />• LED chip: SMD 5050<br />• LED QTY: 30LED/m<br />• Beam angle: 120°<br />• •CRI>80<br />• LED strip length: 5m<br />• PCB board: 10mm single<br />• IP code of LED strip: IP20</p>