LED Panels
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LED Panels provide even and engineeringly precise room illumination for offices, educational institutions and commercial spaces.
In a modern work environment, lighting quality directly affects employee productivity and well-being. Standard luminaires with insufficient light scattering often cause pronounced glare on monitors and contribute to rapid visual fatigue. By choosing flat light architecture, a wide and extremely soft distribution of lumens across the entire room area is achieved. Panels manufactured by VIDEX stand out with an innovative diode placement and an optimized heat dissipation structure that protects the diffuser from premature yellowing. These devices guarantee energy efficiency up to 160 lm/W and meet strict UGR<19 anti-glare standards, making them an ideal choice for rooms with increased ergonomic requirements. Regardless of the installation specifics (recessed, surface-mounted or suspended in frames), the system maintains a stable "No Flicker" power supply.
Engineering parameters of flat lighting:
- Optimized anti-glare: The UGR<19 standard drastically reduces discomfort when working at a computer, preventing direct reflection of the light source on screens.
- Energy economy: Built-in new generation diodes can generate a strong flow (up to 5760 lm) while consuming minimal power (up to 36W-40W).
- Color stability: Polycarbonate or acrylic optics, supplemented with UV protection, preserve the original light spectrum and prevent material degradation.
- Vision protection: The integrated IC driver maintains a frequency without pulsations (No Flicker), ensuring maximum comfort in long-term working conditions.
Planning efficient and modern offices is unimaginable without reliable and durable light fixtures. If the commercial facility also contains warehouses and production areas, equipping these spaces will be safely handled by Industrial and Linear LED Lights.
Q: How does the UGR<19 index in LED panels affect occupational safety and visual comfort in offices?
Q: How do the Flicker-free drivers built into VIDEX commercial LED panels prevent light pulsation?
Q: What luminous flux (lm) and panel density are required to achieve 500 lx illuminance on an office desk?
Q: Why is it engineeringly recommended to choose exactly a 4000K color temperature for commercial spaces?
Q: How does the aluminum frame construction ensure the cooling of high-power panels in closed ceiling structures?
A: A UGR<19 level prevents direct light glare on computer screens, reducing retinal fatigue. According to the LVS EN 12464-1 standard, such a micro-prismatic diffuser is a mandatory requirement for workplaces with continuous computer processing.
Q: How do the Flicker-free drivers built into VIDEX commercial LED panels prevent light pulsation?
A: High-capacity capacitors are integrated into the power supplies of panels, smoothing the alternating current pulsation below the 1% limit. This prevents the invisible stroboscopic effect, which causes headaches and a drop in concentration during a long workday.
Q: What luminous flux (lm) and panel density are required to achieve 500 lx illuminance on an office desk?
A: For a standard office with a 2.8m ceiling height, the installation of approximately one 40W (3600-4000 lm) panel for every 5-6 square meters is required. Such an arrangement provides an even light field ranging from 500 to 750 lx on the work surface.
Q: Why is it engineeringly recommended to choose exactly a 4000K color temperature for commercial spaces?
A: 4000K neutral white light stimulates the melatonin synthesis block, maintaining high employee tonus and concentration. Unlike 3000K warm light, which promotes relaxation, the 4000K spectrum precisely matches the daylight background and does not distort color perception.
Q: How does the aluminum frame construction ensure the cooling of high-power panels in closed ceiling structures?
A: The extruded aluminum frame acts as an external passive radiator that dissipates heat from the p-n junction base. Cooling efficiency maintains the SMD diodes' operating temperature below +65°C, preventing crystal degradation and preserving the initial luminous flux over 50,000 hours.
