Magnetic Tracks and Connectors (48V)

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Magnetic Tracks and Connectors provide a reliable 48V low-voltage infrastructure main line, integrating power supply into aesthetically continuous aluminum profiles.

In modern architecture, one often faces challenges combining complex electrical wiring with visually "clean" ceilings. Classical cable routing prevents quick position changes after the completion of repairs. By building a magnetic main line, the room owner gets a system where current management takes place through hidden copper conductors in specially adapted profiles. Using L, T or X corner connectors, as well as hidden power conversion boxes, engineers are able to plan the electrical circuit all around the perimeter without exposed cables. The system architecture is calculated to maintain optimal contact and physical fixation even over long stretches when moving heavy lighting modules.

Engineering indicators of low-voltage mounting fittings:

Installation variations: The line includes recessed profiles for smooth drywall fixation, as well as surface and suspended tracks for office industry standards.
Reliable insulation: Massive aluminum profiles are protected with a durable powder coating and engineerly isolate contacts, guaranteeing "Safe Touch" safety.
Hidden electronics: Special input connector boxes and power supplies connect directly to the profile, hiding external wires from the room design.
Infrastructure extension: Straight fasteners and joints allow the system to be grown in 1m or 2m increments without voltage drops at the very end of the track.

The creation of a magnetic base infrastructure guarantees incomparable freedom in lighting management in high-class facilities. For a harmonious and carefully planned overall visual concept of the room, Silver Color Aluminum Frames will perfectly fit the control switches.

Q: How is power supply handled in magnetic tracks when creating long and closed lines?

A: VIDEX Current is supplied through an end or middle 48V power terminal that inserts directly into the profile. When connecting multiple track segments, linear I-type and L-type corner connectors are used, continuing the uninterrupted 48V contact flow between segments without pulling external cables.

Q: What are the differences between surface-mounted, suspended, and recessed magnetic tracks?

A: Surface-mounted tracks are screwed directly to the concrete ceiling, suspended ones are fixed on cables above office desks, and recessed ones are built into drywall under the putty. Recessed profiles create an absolutely flat ceiling architecture, leaving only a precise 20 mm black niche visible for the luminaires.

Q: What material profiles are used in the load-bearing structure of magnetic tracks?

A: The track housing is extruded from anodized aluminum, guaranteeing the system's geometric rigidity and dissipating the diodes' operating heat. Inside the profile, there is a ferromagnetic steel strip for fixation, as well as 48V copper conductors for voltage transmission along the entire length of the track.

Q: Can the magnetic track profile be physically sawed to fit the dimensions of the object?

A: Yes, extruded aluminum profiles can be accurately cut to the required length using a hacksaw. Since this is a 48V system, an exposed cut does not pose a fatal hazard; however, for insulation and aesthetic purposes, the end of the profile must strictly be closed with an appropriate plastic end cap.

Q: How to calculate the required 48V power supply (AC/DC) capacity for the created system?

A: The engineering standard requires summing up the wattage (W) of all planned magnetic luminaires and strictly adding a 20% safety margin. If there is a 100W total load on the track, a transformer with at least 120W output power must be used for stable and non-overheating system operation.