The core of the low-voltage magnetic track light is magnetic

The track light has good performance in key lighting, and it is easy to disassemble, combine and move flexibly. This also makes the track light always the net red product of BEST. In recent years, due tothe rise of ” no main lampism ” , the living space has also begun to use a large number of rail lamps.


After the introduction of the international high- voltage factory at the 2016 low-speed track system in Frankfurt, due to its small size, easy assembly and disassembly, combination and flexibility, one system can simultaneously meet basic lighting, accent lighting, wall washing and other methods. Use light demand. Domestic manufacturers have launched magnetic products.

magnetic track light

In the final analysis, it is because of its strong applicability.

Whether it’s accent lighting for prominent architectural elements, general lighting for good control, or ambient lighting for enhanced space, you can use a magnetic linear system luminaire.

The core of the low-voltage magnetic track light is magnetic

The magnetic track light system, in simple terms, is composed of a magnetic guide rail and a magnetic guide rail light fixture. The specific analysis of the specific problem needs to be analyzed from two parts, one is the magnetic part and the other is the part of the luminaire.


Magnetic part

The core of the low-voltage magnetic track light is magnetic

Magnets, which are relatively unfamiliar to factories that make lamps, are even more unfamiliar to designers who use lamps.



The reasons for demagnetization (demagnetization) are basically the four cases.

1, high temperature demagnetization,

2. The material itself is demagnetized.

3, high frequency impact demagnetization,

4. High magnetic field demagnetization.

Magnet would be used to light having stationary on the guides, free plug, to convenient and flexible. Based on the main reason for degaussing (it is difficult to guarantee that it is not demagnetized), there must be a countermeasure. If the degaussing is done, how can the lamp not fall off?

The core of the low-voltage magnetic track light is magnetic

Most manufacturers make a mechanical buckle for safety, so that even if there is no magnet, it will not fall, but it is more troublesome in the process of removing the lamp. It is necessary to push the mechanical button from both ends to remove the lamp. To achieve no mechanical snaps, precise tolerances are required to allow the buckle to function during degaussing. Under normal conditions, the buckle does not work under the action of a certain external force, and can be directly pulled out.

After the problem is solved, the problem of power supply needs to be considered. Because it is a low-voltage rail, the current that it can withstand determines the length of its track. Too long than the current it receives will increase the heat, and the heat dissipation will not affect it. Its magnetic and magnetic influence will affect the safety of the luminaire. If the current is too small, it will affect the splicing too long, and the segmented splicing power supply is similar to the low voltage lamp strip.


Another problem is that the rails are in two ways, one is conductive on the back and the other is conductive on the side.Because the back is generally the place where the magnet is sucked, if the back has a conductive function, the probe is generally used to take electricity.

The conductive copper piece on the back requires the length accuracy of the probe, the accuracy is not enough, and it will bring such as insufficient power and excessive contact surface. The biggest problem is that probes tend to be less accurate after a long time or more insertions.

The core of the low-voltage magnetic track light is magnetic

Power on the back

Side energization

The back suction side conducts electricity, separating the magnetism and the conduction, which is convenient and has no direct interference with each other.


In addition, the bearing weight of the rail head and the rail should be taken into account, and the lamp will fall too much.

For today’s intelligent, a light does not support the function of intelligent expansion, are embarrassed to call a qualified lamp, whether it is dimming or coloring… The bulb can be dimmed by Bluetooth…

Low-voltage intelligent magnetic intelligence, some are in accordance with the traditional guide rails, 5 lines, 7 lines, so there will be a different number of loops, through the loop to control, such a way in the same loop of the lamps, can be synchronized Another way is to add a control module to the single lamp to achieve single lamp control, but this has two problems, one is the cost problem, the other is the size problem, some small rail heads may not be able to put Have the control module.


There is also a way to separate the power and data lines so that the power supply and control can be perfectly separated. Through the intelligent control system, the fixtures at the corresponding positions can be found and controlled. DataBUS, BUS students know that it is called a bus.

All problems, security is the biggest problem. Although mechanical snaps are not perfect, the market is acceptable. But to be able to return to the original intention of the magnetic lamp, plug and unplug, then it is perfect.

The core of the low-voltage magnetic track light is magnetic

Stucchi’s showroom is in Guangzhou, and friends who need to see the exhibition hall can contact

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