Indoor Ceiling Lights (Surface-Mounted)

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Indoor Ceiling Lights guarantee safe surface installation, offering reliable dry room lighting with IP20 standard in offices and homes.

Indoor lighting plays a critical role in maintaining a productive and aesthetic working or living environment. By choosing an appropriate luminous flux and an engineeringly correct design, electrical energy waste is minimized. Standard solutions without technical specifications often fail to provide a stable lighting angle, and low-quality materials degrade light transmission over time. VIDEX solutions offer stable scattering, durable aluminum heat sinks, and fast installation, making these luminaires a sought-after choice for mounting in hallways, bedrooms, and work areas.

Precise engineering for stable lighting:

IP20 class standard: Optimal construction for dry rooms, protecting the LEDs from large dust particles and extending their resource in stable conditions.
Efficient luminous flux: Models offer lumen output up to 5160 lm (depending on wattage), providing high lighting efficiency without excess heat generation.
Anti-flicker technology: Advanced drivers maintain constant current (No Flicker), sparing the eyes during intensive and prolonged work or reading.
Low profile construction: The dimensions and design facilitate installation without creating a massive visual load on the room's architecture.

Investing in reliable indoor solutions protects the room from frequent lamp replacements and guarantees predictable daily light output. If it is necessary to introduce additional directional light to highlight architectural elements in the room, our 1-Phase Track Lights systems can also be safely mounted on solid ceilings.

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Q: What restrictions must be observed when operating IP20 protection class plafonds in residential areas?

A: The IP20 class guarantees that objects larger than 12.5 mm cannot enter the housing, but it provides strictly zero protection against moisture and vapors. They may only be installed in dry rooms (corridors, bedrooms, and offices) where condensation or regular temperature fluctuations do not occur.

Q: How does the presence of an IC (Integrated Circuit) driver in the plafond affect video surveillance and visual comfort?

A: Linear transformers cannot smooth out 230V alternating current (AC) fluctuations, creating a stroboscopic (flicker) effect. A built-in IC driver physically converts and stabilizes direct current (DC), eliminating flickering, which is critically important for computer work and clean camera video recording.

Q: How do VIDEX IP20 ceiling lamps compensate for drywall ceiling vibrations at the installation site?

A: The geometry of the plafond housing uses a ""Twist & Lock"" spring mechanism or three-point fasteners with shock-absorbing gaskets at the base. This dampens micro-vibrations caused by footsteps from upper floors or street traffic, preventing the plafond diffuser from rattling or contacts from loosening in the long term.

Q: Why is a 4000K color temperature recommended for the base lighting of hallways and corridors?

A: The 4000K spectrum emits a neutral white photon flow that visually contains neither blue (above 5000K) nor yellow (below 3000K) waves. This creates a contrasting, sharp, and natural environment (like outdoors at noon), helping to more accurately perceive room geometry in transitional and short-stay zones.

Q: What is the difference between Edge-lit and Back-lit plafond technologies?

A: In Back-lit plafonds, the diode board is parallel to the diffuser, sending photons straight down, which ensures maximum lumen efficiency without light refraction. In Edge-lit (ultra-thin housings), diodes are placed along the perimeter, and light is refracted through a light guide panel (LGP), creating a softer but slightly weaker flow.