Magnetic LED Track Lights
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Magnetic LED Track Lights include integrated low-voltage modules that provide complete 48V system visual flexibility and perfectly even illumination (No Flicker).
Innovative light planning requires combining multiple scattering angles - from smooth general light to sharp, focused points. Classic bulbs cannot ensure design integrity because their sockets and housings create massive and uneven visual elements on the ceiling. Using a "Tool-Free" magnetic mount architecture, VIDEX engineers have created premium class linear (floodlight) and gridlight LED modules that blend seamlessly into the 48V profile. These devices allow the user to rearrange the hall lighting in any second, removing the module with one hand movement while the entire system is connected to the power. The high Ra>90 color rendering index guarantees that the tones of artworks and interior textures will be perceived naturally and vividly.
Technical base of magnetic light modules:
- Optics variations: The line covers scattered light panels for a soft background and folding (up to 90°) point mechanisms for targeted architectural accents.
- Hot-Swap fixation: Strong neodymium magnets maintain safe electrical contact in the system track, completely eliminating wiring when changing modules.
- Thermal architecture: The flat aluminum design serves as a heat sink for SMD and COB diodes, guaranteeing a 30,000-hour resource without intensity reduction.
- Eye-friendly: High-end power and conversion components generate a stable flow (No Flicker), preventing the stroboscopic effect in offices.
Magnetic LED matrices open up absolute freedom of action in creating an exclusive environment without long-term construction and maintenance repairs. So that the room's electrical installation elements blend with premium lighting, exclusive Chocolate Color Aluminum Frames will also perfectly fit.
Q: In which spatial areas is it engineeringly recommended to use linear magnetic luminaires (Floodlights)?
Q: What is the primary function of accent (Spotlight) magnetic projectors in 48V systems?
Q: How do Grille (Foldable) type linear spots optimize glare control in a room?
Q: How does the aluminum housing of VIDEX magnetic luminaires extend the diode lifespan?
Q: Are you allowed to freely move magnetic luminaires along the track without cutting off the system voltage?
A: Linear modules with a matte opal diffuser emit a wide, 120-degree diffused light flow. They are technically designed to create uniform base lighting in office corridors, over kitchen workspaces, or in sanitary facilities, completely preventing the formation of sharp shadows.
Q: What is the primary function of accent (Spotlight) magnetic projectors in 48V systems?
A: Accent spots use COB diodes and collimator lenses that focus light in a narrow 24° or 36° angle. Their mechanically rotatable and tiltable architecture allows targeted illumination of artworks, retail shelves, or wall textures from a large spatial distance.
Q: How do Grille (Foldable) type linear spots optimize glare control in a room?
A: In Grille luminaires, each SMD diode has its own deeply recessed lens (micro-reflector matrix), guaranteeing an extremely low glare index (UGR < 19). The folding mechanism allows the luminaire module to be rotated up to a 90-degree angle, offering the mobility of a spotlight with a linear design.
Q: How does the aluminum housing of VIDEX magnetic luminaires extend the diode lifespan?
A: The housings of magnetic modules are made of high-density aluminum, which mechanically absorbs and dissipates the operating heat generated by the diodes. Effective thermal dissipation ensures crystal operating temperatures within L70B50 standard limits, guaranteeing tens of thousands of hours of uninterrupted operation.
Q: Are you allowed to freely move magnetic luminaires along the track without cutting off the system voltage?
A: Yes, the basic engineering advantage of a 48V direct current system is the support for ""Hot Plug"" connection. The user can physically pull the luminaire from the track and click it into another position while the power is on, without creating short circuit or arc discharge hazards.
