4.0 GOULY LED LIMITED
DC24v high end light guide customized LED panel light
LED panel light adopts side light-emitting + light guide plate program, which is better than traditional dot matrix light-emitting in terms of light quality, aesthetics, reliability and applicability, especially suitable for commercial and high-end civil scenes with high requirements on lighting quality.The core of the LED panel light carries ultra-thin nanoscale light guide plate, which is made of optical grade PC material, and realizes 98% uniformity light emission through laser micro-engraving light guiding dot technology, which is coupled with the triple diffusion layer to effectively eliminate the glare. Effective elimination of glare.
1. Better Light Uniformity
(1) Eliminate the problem of light spot: point matrix light-emitting LED lamp beads directly arranged on the surface of the panel, easy to produce uneven brightness or darkness of the “graininess” or light spot; and side light-emitting LED panel light through the diffuse reflection principle of the light guide plate, the light from the edge of the uniform diffusion of light to the entire panel, the light is soft and no dark areas.
(2) Reduce glare: light guide plate with diffusion film can make the light more evenly dispersed, to avoid the stimulation of the human eye by the dot matrix direct light source, especially suitable for long time lighting scenes (such as offices, classrooms).
2. More Simple And High-end Appearance Design
(1) Seamless integration: Side-illuminated LED panel light has no visible lamp beads on the surface, realizing a full-plane, no-splicing design, which is visually cleaner and more modern, and fits the needs of high-end commercial spaces or home aesthetics.
(2) Ultra-thin body: The LED light source is located at the edge of the LED panel light, without the need to densely arrange the lamp beads inside the panel, which can realize thinner thickness of the LED panel light (usually <10mm), and enhance the sense of spatial transparency.
3. Better Performance In Energy Efficiency And Lifetime
(1) High-efficiency light utilization: High quality light guide plate (using optical grade PC), the whole LED panel light transmittance can reach more than 92%, reduce light loss, lower energy consumption under the same brightness.
(2) Less heat dissipation pressure: LED strips are centrally arranged at the edge of the LED panel light, the heat dissipation path is shorter, and with the aluminum frame can quickly export heat and slow down the light decay (the life time is usually up to 50,000 hours or more), while the dot matrix design is densely populated with light beads, the local temperature rise is higher.
4. Lower Maintenance Cost
(1) Modular design: LED panel light side light-emitting strip can be replaced independently, a single lamp bead failure does not affect the overall lighting; dot matrix type if the lamp bead is damaged need to replace the entire LED panel light.
(2) Stronger dust resistance: LED panel light plane no gap structure to reduce dust entry, long-term use is not easy to accumulate dust affect the light effect.
5. Wider Application Scenarios
(1) Adapt to high-demand environment: Medical, museums and other places on the LED panel light line uniformity and no strobe requirements are strict, the side of the light-emitting program is more advantageous.
(2) Flexible customization: light guide plate can support shaped cutting (round, curved, etc.) to meet the needs of personalized design, while dot matrix light-emitting due to the lamp bead layout limitations are difficult to achieve complex shapes.
6. Higher Cost-effectiveness Ratio
Long-term cost savings: Although the initial cost of the light guide plate is higher, its long life, low maintenance and energy-saving features can significantly reduce the total life cycle cost (TCO).
7.LEDPanel Light Installation Notes
(1) Preparation before installation
1.Confirm the installation method: make clear the type of LED panel light (recessed, suspended, ceiling, etc.), check the size of the opening to avoid extruding the light guide plate resulting in deformation.
2.Check the integrity of the accessories: including screws, hanging wires, bezel brackets, etc., to ensure that the weight of the LED panel light is suitable.
3.Power-off operation: turn off the power before installation to prevent the risk of electric shock or short circuit.
(2) Installation environmental requirements
1.Temperature and humidity control: ambient temperature is recommended to be between 0℃~50℃, avoid high temperature and high humidity environment.
2.Structural load-bearing assessment: ceiling installation needs to confirm the load-bearing capacity of the ceiling keel to avoid the lamps falling off.
3.Avoid blocking objects: Ensure that there are no blocking objects (such as air-conditioning vents and beams) around the LED panel light to prevent uneven reflection of light or local overheating.
(3) Notes on the installation process
1.Uniformly fix the frame: screws need to be tightened diagonally and gradually to avoid unilateral force leading to warping or rupture of the light guide plate.
2.Power wiring specification: use matching voltage (24V low voltage DC), over-voltage wiring is strictly prohibited.
(4) Long-term maintenance recommendations
1.Regular cleaning: wipe the surface of the LED panel light with a dry soft cloth or neutral cleaner, disable alcohol, acidic and alkaline solvents (will corrode the light guide plate coating).
2.Check the connectors: Regularly check whether the lifting screws or ceiling brackets are loose to prevent the risk of falling off.
3.Heat dissipation maintenance: Ensure that the back of the LED panel light cooling holes are smooth (recessed installation needs to leave ≥ 10mm cooling space), to avoid light effect attenuation.
