RGBW-RGB LED Flat Panel Lights

Unleash the Power of Light: Transform Your Space with RGB-RGBW LED color changing flat Panel Lights

Introducing our revolutionary RGB-RGBW LED flat panel lights, the ultimate lighting solution that combines stunning color-changing capabilities, and the ultimate control you crave – all in one sleek package. This color changing RGBW led panel light also is compatible WIFI and controlled with IR or 2.4G Hz RF control system. This is to say, it is suitable for office, supermarket, warehouse, school, hospital lighting, and other ceiling lighting applications.

  • Smart RGBW led panel lights with bluetooth & Alexa speaker voice control

Imagine this: One flat panel led lights that sets the mood for any occasion. Bright white light for work, calming colors for relaxation, or a vibrant party atmosphere – all at your fingertips. Introducing our revolutionary RGB/RGBW LED color changing flat panels, the ultimate lighting solution for your modern home or business.

 

  • LED Wavelength: Red 615nm-650nm, Green 495nm-530nm, Blue 450nm-480nm, Single White color: 2700K~6500K 

  • Beam Angle: 155°

  • Emitting Direction: Side View

  • IP Rating: IP42

  • Impact Resistance: IK01

  • Flat panel led lights Materials: 6063 Aluminum frame + T4 Chimei PMMA LGP

  • Insulation Class: Class II

  • Control System: Switch On/Off, WIFI, Bluetooth, or IR control

  • Finish: White

  • ETL /cETL Listed, CE, RoHS

  • Warranty: 5 Years Rock Solid

Order Information  | RGBW Color Changing Flat Panel LED Lights

 Sample:  LT-PL0606-45W-EV-RGBW-SP-W65

LT PL 06 06 45W EV RGBW
           

LED Color: R/G/B + W,  W= single CCT: 3000K-6500K, WW= CCT Changing 2700K~6500K
Voltage: Blank=100-277vac,  EV=100-240vac, DV=DC24V
Power: 20W, 45W, 50W, 60W
Width Dimension Code: 06, 12
Length Dimension Code: 03, 06, 12
Desc: LED Flat Panel Lights

 

 Specification | RGBW Color Changing Flat Panel LED Lights

Model# Rating Size (EU) Size (US) Voltage Option LED Color Option
LT-PL0306-20W-RGBW 20W 295X595x11 mm 303x603x11 mm

100-277VAC  (US)

100-240VAC (EU)

DC24V

Red 615nm-650nm

Green 495nm-530nm

Blue 450nm-480nm

W: 3000K~6500K
LT-PL0606-45W-RGBW 45W 595x595x11 mm 603x603x11 mm
LT-PL0312-45W-RGBW 45W 295x1195x11 mm 303x1213x11 mm
LT-PL0612-60W-RGBW 60W 1195x595x11 mm 603x1213x11 mm

 

Compliant Standard |  RGBW Color Changing Flat Panel LED Lights

Certificate ETL/cETL, CE, RoHS
EMC/FCC/IC Standard EN55015, EN61547, EN61000-3-2/3, FCC part 15, ICES-005
Safety Stanard UL1598, CAN/CSA -C.22.2 NO. 250.0, EN61347-1, EN61347-2-13, EN60598-2-1, EN60598-1
NO. Description Document Version Date
1 Lightide Smart RGBW-RGB Flat panel led lights Datasheet
Download
 C 2018-02
2 Lightide Smart RGBW-RGB Flat panel led lights sales sheet   A 2018-08
3 IES file       
 

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    Paint Your Place with Color

    Ceiling light colour changing RGBW led panel and 16+ million of colors to match your mood – romantic reds, focus-boosting blues.

    Unleash the Power of ceiling light colour changing:

    Transform Your Space with RGBW LED Panel Lights

    Tired of the same old boring lights? Craving a lighting solution that’s as versatile as you are? Look no further than our innovative RGB-RGBW LED color changing flat panel light! These sleek, modern RGB-RGBW LED panel light offers a revolution in illumination, combining stunning color options, and the convenience of smart WIFI /Bluetooth control – all with an added layer of security.

    Control Freak Friendly

    App (WiFi & Bluetooth) or remote lets you dim, change colors, and adjust white light – all effortlessly.

    T4 LPG

    Quality T4mm Chimei Acrylic LGP for uniform and glare-free distribution.

    Side View

    Ultra-slim edge-lit design to be more thinner and versatile in installation.

    Lightide RGBW LED ceiling panel lights

    Ceiling light colour changing

    Unleash a Spectrum of Colors

    Our flat RGBW-RGB LED Flat Panel light can be set to millions of different colors using a controller (included with sample).

    • Go beyond basic lighting: Ditch the boring white with a vast palette of vibrant colors.
    • Set the mood: Create a calming ambiance with soft blues or energize your space with fiery reds.
    • Perfect for parties: Liven things up with dynamic color-changing effects for unforgettable gatherings.

    T4 LGP

    Laser Made Diffusion Pattern

    LGP utilizes laser machines that swiftly and accurately cut the acrylic, which is made with T4 thickness. This technology allows us to consistently achieve uniform light distribution across the entire luminaire surface. 

    T4 LGP Laser Made Diffusion Pattern
    Aluminum Circuit Board Excellent Heat Dissipation

    Aluminum Circuit Board

    Excellent Heat Dissipation

    Another key advantage of RGBW LED color changing flat panel light is their use of an aluminum PCB (Printed Circuit Board). This high-quality material not only enhances the durability of the lights but also helps with heat dissipation, ensuring a longer lifespan and optimal performance. With an aluminum PCB, you can rest assured that your investment in these lights will pay off in the long run.

    Low Profile Design

    Quick & Easy Installation

    Delivers even lighting at only 1/2 Inch thickness. Low-profile design rgbw led panel lights with steel backplate provides installation flexibility especially in restricted ceiling space.

    These RGBW-RGB LED flat panel light is perfect for fluorescent troffers used in drop ceilings. Designed to fit in a conventional suspended grid ceiling for new construction or retrofit projects. 

    led-ceiling-panel-lights

    The RGBW-RGB LED flat Panel Light is

    more than just lighting – It’s an experience.

    Are you looking to brighten up your space with a touch of vibrant color? Look no further! Our RGBW-RGB LED Flat Panel Light Fixtures are the perfect solution for adding a pop of color to any room.

    Light Up Every Corner with a

    Custom ceiling light colour changing

    RGB-RGBW LED color changing flat panel light isn’t just a lighting solution – It’s a portal to endless possibilities. Visit our website or contact us to learn more RGB-RGBW led panel lights and discover the future of lighting, where color, control, and convenience come together in one brilliant package.

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      The Color Rendering Index (CRI) is crucial when choosing RGBW-RGB LED color changing flat panel lights for several reasons:

      • Color Accuracy:

      True Colors: A higher CRI (typically 80 or above) ensures that colors appear more natural and true to life. This is particularly important in settings where color differentiation is vital, such as art studios, retail environments, and photography.

      • Visual Comfort:

      Reduced Eye Strain: Lighting with a high CRI can reduce eye strain and fatigue, making spaces more comfortable for prolonged use, especially in work or living environments.

      • Aesthetic Appeal:

      Enhanced Ambiance: Good color rendering enhances the overall atmosphere of a space, making it look more inviting and vibrant. This is especially important in residential and hospitality settings.

      • Functional Applications：

      Task Lighting: In spaces where tasks require color accuracy (like kitchens or workshops), a high CRI is essential for ensuring that colors are perceived correctly.

      • Compatibility with RGBW Features：

      Color Mixing: When using RGBW led panel, a high CRI helps ensure that the white light produced blends well with the colored light, creating a more cohesive and pleasing color effect.

      • Quality Indicator

      Product Quality: A high CRI can indicate higher quality in LED manufacturing, suggesting better materials and technology used in the light source.

       

      Conclusion

      In summary, the CRI is a vital specification to consider when selecting RGBW-RGB LED color changing flat panel lights, as it directly impacts color accuracy, visual comfort, and the overall effectiveness of the lighting in various applications.

      The Color Rendering Index (CRI) of RGB-RGBW LED panel lights significantly affect how colors appear in a room or space in several key ways:

      1. Color Accuracy

      True Representation: A higher CRI ensures that colors are rendered closer to their true appearance. For example, a CRI of 90 or above will make reds, greens, blues, and other colors look vibrant and accurate, while a lower CRI may distort these colors, making them look dull or unnatural.

      2. Visual Perception

      Enhanced Contrast: Good CRI lighting enhances the contrast between different colors, making them more distinguishable. This is particularly important in environments where color differentiation is crucial, such as in art galleries, fashion boutiques, or design studios.

      3. Mood and Ambiance

      Atmosphere Creation: The way colors are rendered can influence the mood of a space. High CRI lighting can create a warm, inviting atmosphere, while low CRI lighting might give a flat or unappealing look, affecting how people feel in that environment.

      4. Impact on Decor

      Interior Design: The appearance of walls, furniture, and decor items can change dramatically under different lighting conditions. High CRI lighting can enhance the beauty of materials and finishes, while low CRI lighting can mask their true colors, potentially leading to dissatisfaction with design choices.

      5. Task Performance

      Functionality: In workspaces or areas where tasks are performed (like kitchens or workshops), accurate color rendering helps in identifying materials and details correctly, reducing errors and improving efficiency.

      6. Compatibility with RGBW Functionality

      Color Mixing: When using RGB-RGBW LED panel lights, a high CRI ensures that the white light blends well with the colored light. This results in more vivid and harmonious color combinations, enhancing the overall visual experience.

      Conclusion

      In summary, the CRI of RGB-RGBW LED panel lights play a crucial role in how colors are perceived in any given space. Higher CRI values lead to more accurate and vibrant color representation, positively impacting aesthetics, functionality, and overall ambiance. This makes it an important consideration when selecting lighting for various applications.

      The differences in color rendering between RGBW led panels and RGB LED flat panel light primarily stem from the inclusion of the white component in RGBW lights. Here’s a breakdown of the key differences:

      1. Color Range and Mixing

      • RGB led flat panel light: Traditional RGB LEDs use only red, green, and blue diodes to create colors. While they can produce a wide range of colors through mixing, they may struggle to produce certain shades, particularly pastel or softer colors.
      • RGBW LED Panel lights: RGBW LED panels include an additional white diode, allowing for better color mixing and a broader range of colors. This inclusion enhances the ability to produce softer shades and more natural whites.

      2. White Light Production

      • RGB led flat panel light:Traditional RGB LEDs can create white light by mixing red, green, and blue at equal intensities. However, this often results in a cooler, bluish white that lacks warmth.
      • RGBW LED Panel lights:RGBW LED panels provide true white light that can be adjusted in color temperature (warm, neutral, cool) by varying the intensity of the white LED, leading to a more natural and appealing white light.

      3. Color Rendering Index (CRI)

      • RGB led flat panel light: The CRI of traditional RGB LEDs tends to be lower because they do not render colors as accurately, especially under mixed color conditions. This can lead to distorted color perceptions.
      • RGBW LED Panel lights: RGBW LED panels generally have a higher CRI since the inclusion of the white light improves the overall color rendering capabilities, allowing colors to appear more vibrant and true to life.

      4. Applications

      • RGB led flat panel light: Typically used in decorative lighting, stage lighting, and situations where dynamic color changes are desired, but not necessarily for accurate color representation.
      • RGBW LED Panel lights: More suitable for environments where color accuracy is crucial, such as in retail, galleries, or residential spaces, where the appearance of colors needs to be true and inviting.

      5. Visual Comfort

      • RGB led flat panel light: The lack of a dedicated white channel can lead to visual discomfort or fatigue, especially in settings where prolonged exposure to colored light occurs.
      • RGBW Lights: The ability to produce high-quality white light enhances visual comfort, making spaces more pleasant for extended use.

      Conclusion

      In summary, RGBW LED Panel lights offer superior color rendering capabilities compared to RGB led flat panel light due to the inclusion of a white light component. This results in better color mixing, more accurate color representation, improved CRI, and enhanced visual comfort, making RGBW lights more versatile for various applications.

      Yes, there are several special considerations and requirements to keep in mind when using RGBW-RGB led flat panel light in existing RGB fixtures. Here are the key factors to consider:

      1. Driver Compatibility

      Channel Requirement: Traditional RGB fixtures typically use a three-channel driver (for red, green, and blue). RGBW LED panels require a four-channel driver to accommodate the additional white channel. Ensure that the existing driver can support this or be prepared to replace it with a compatible RGBW driver.

      2. Controller Compatibility

      Control System: The controller used for traditional RGB lights may not support the RGBW functionality. You may need to upgrade to a controller designed for RGBW lights to fully utilize the color mixing capabilities and features of RGBW LED panel lights.

      3. Wiring and Connections

      • Wiring Configuration: Check the wiring configuration of the existing fixtures. RGBW LED panels require an additional wire for the white channel, so you may need to modify the wiring to accommodate this extra connection.
      • Connector Types: Ensure that the connectors used in the existing fixtures are compatible with the RGBW LED flat panel lights or be prepared to adapt them.

      4. Heat Management

      Thermal Considerations: RGBW LED panels may produce different heat levels compared to traditional RGB LEDs. Ensure that the existing fixtures have adequate heat dissipation capabilities to prevent overheating, which could damage the LEDs or shorten their lifespan.

      5. Physical Fit

      Size and Shape: Verify that the RGBW LED flat panel lights physically fit into the existing fixtures. Some RGBW bulbs or strips may have different dimensions or shapes compared to traditional RGB options.

      6. Optics and Light Distribution

      Lens and Diffuser Compatibility: The optics (lenses or diffusers) in the existing fixtures may be optimized for RGB lighting. If the RGBW LED panel lights have different beam angles or light distribution characteristics, it could affect the overall lighting quality and appearance.

      7. Color Mixing and Performance

      Color Rendering: While RGBW led panel lights can provide better color rendering and softer shades, ensure that the existing fixtures can adequately mix the colors to achieve the desired effects. The quality of the optics and the arrangement of the LEDs can impact this.

      8. Testing and Adjustment

      Initial Testing: After installation, test the RGBW led color changing flat panel lights thoroughly to ensure that all colors render correctly and that the white channel functions as expected. Be prepared to make adjustments to the controller settings for optimal performance.

      Conclusion

      In summary, while it is possible to use RGBW-RGB led color changing flat panel lights in existing RGB fixtures, careful consideration of driver compatibility, controller requirements, wiring, heat management, physical fit, and optical performance is essential. Upgrading components may be necessary to fully leverage the benefits of RGBW technology and ensure optimal performance and longevity of the lighting system.

      All Lightide LED Lighting products are UL/cUL or ETL/cETL certified. Please visit the Certificate to find more details about our certifications to UL standards.

      A:

      Firstly, let us know your requirements or application. Please contact us.

      Secondly, We quote and make some simulations according to your requirements or our suggestions.

      Thirdly, the customer confirms the samples and sends the payment for the formal order. Fourthly, we arrange to make production.