LED Modules for Flush Mounts (Magnetic)

Do filter

LED Modules for Flush Mounts provide simple replacement of internal components in existing luminaires, quickly restoring their original efficiency without installing a new housing.

Maintenance of lamps and flush mounts often requires complete dismantling and disposal of the device, creating unnecessary electronic waste and additional mounting expenses. Engineeringly thoughtful replacement modules offer a financially advantageous modernization, allowing the preservation of the old decorative housing. VIDEX LED solutions with integrated magnets and compact current transformers ensure quick replacement. Thanks to the direct 220V connection through a fixed terminal block, the restoration process takes minimal time and provides stable light output (up to 6800 lm), significantly extending the system's service cycle.

Advantages of part replacement and mounting:

Magnetic base: The system uses built-in magnets, which allow easy and stable attachment of the module to the metal base of the existing luminaire without drilling.
Simplicity of assembly: Each module includes its own LED driver and terminal block for fast power connection, isolating the system from voltage surges.
Large power choice: Available options from 20W to 50W with the "No Flicker" standard and 150° scattering angle, perfectly restoring light in living or utility rooms.
Reliable components: The new SMD diodes on the aluminum board dissipate heat better and guarantee up to 20,000 hours of longevity without color degradation.

Replacing modules guarantees fast and engineeringly safe resource restoration, preserving the aesthetic environment. For commercial and architectural space design, where it is necessary to create new, movable lighting sections on the ceiling, professionals simultaneously choose to integrate compatible Magnetic Tracks and Connectors or Magnetic LED Track Lights.

Q: What are the engineering advantages of Retrofit LED modules in reconstructing old luminaires?

A: Retrofit LED modules allow replacing fluorescent lamps or incandescent sockets while preserving the existing plafond housing and glass diffuser. The module with an integrated IC driver and magnetic mounts ensures direct connection to the 230V grid, increasing the luminaire's energy efficiency up to 110 lm/W and preventing full fixture dismantling.

Q: How to ensure a safe and thermally correct fixation of a Retrofit LED module to the luminaire base?

A: Retrofit modules are equipped with built-in neodymium magnets and additional screw connection points. The magnets firmly press the module's aluminum base directly against the plafond's metal housing, creating direct thermal contact for heat dissipation and preventing the module from sliding under vibration.

Q: How does the lens optics of VIDEX circular Retrofit LED modules ensure uniform diffuser illumination?

A: In Retrofit modules, each SMD diode is covered with an individual wide-angle (180°) acrylic diffusing lens. This optical matrix refracts the photon beam parallel to the diffuser plane, completely eliminating dark spots and pinpoint diode shadows on the plafond glass.

Q: Why is an aluminum printed circuit board (MCPCB) used as the base in Retrofit LED module production instead of fiberglass (FR4)?

A: The thermal conductivity of an aluminum base (MCPCB) is up to 10 times higher than that of standard FR4 fiberglass boards. It dissipates the heat generated by the SMD diodes over the entire base area and transfers it to the plafond housing, preventing semiconductor overheating and guaranteeing a stably high lumen output.

Q: Why is the transparent insulation coating important for Retrofit modules with an integrated IC driver?

A: The transparent polycarbonate or silicone protective layer completely isolates open 230V current traces and SMD contacts from direct touch. This ensures compliance with electrical wiring safety requirements, protecting the user from electric shock during plafond cleaning and maintenance.