1-Phase LED Track Lights
Filter
Clear filter
1-Phase LED Track Lights are equipped with high-power integrated diodes for intensive and continuous accent creation in the room.
In the retail sector and exhibition halls, where lighting operates for more than 12 hours a day, energy efficiency and equipment cooling are crucial. Many old systems often fail to provide sufficient heat dissipation in cases of high power (30W and more). Using integrated LED matrices (COB or SMD type), VIDEX engineers have achieved the cooling efficiency of a solid aluminum housing, which protects the crystal from overheating. These projectors designed for a 1-phase network immediately include optimized lens optics and an integrated driver (No Flicker), thus emitting a strong luminous flux (up to 2400 lm) without a visually tiring stroboscopic effect and the need to regularly service the internal elements of the lamp.
Engineering indicators of integrated track matrices:
- High energy return: The built-in LED module offers a maximum ratio of lumens to consumed watts, drastically reducing the object's electricity bills.
- Precise spectrum rendering: The color rendering index (Ra>90) ensures that illuminated goods or artworks maintain their true and vibrant tones.
- Solid radiator housing: The closed and dense aluminum structure acts as a continuous heat sink, extending the diode life up to 30,000 hours.
- Fast phase fixation: The universal connection adapter allows the luminaire to be removed or moved on the track in a physically safe manner without turning off the power in the hall.
The application of integrated LED track solutions guarantees maximum efficiency without equipment degradation for years. When designing a room infrastructure in dark and modern tones, a great visual and functional addition to the wall will be compatible Black Glass Frames.
Q: How does the integrated COB (Chip-on-Board) LED element engineeringly outperform replaceable GU10 bulbs in track systems?
Q: How does a polycarbonate collimator lens control the light beam angle in track spotlights?
Q: How does the internal driver of VIDEX integrated track spotlights prevent stroboscopic light flickering?
Q: What is the engineering rationale for choosing a 4000K color temperature in retail halls?
Q: Can the radiation direction of integrated track spotlights be mechanically changed after installation?
A: COB technology combines dozens of micro-diodes into a single dense crystal, completely surrounded by a massive aluminum housing radiator. This close thermal bond physically allows the luminaire to operate at 30W and 40W power (generating over 3000 lumens), while small GU10 bulbs overheat already at the 10W threshold.
Q: How does a polycarbonate collimator lens control the light beam angle in track spotlights?
A: Unlike flat opal diffusers, the collimator lens optically refracts the photons generated by the COB diode and collects them into a concentrated 24° or 36° angle. This creates a sharp, distinct light beam necessary for accentuating specific goods, mannequins, or interior elements without illuminating adjacent walls.
Q: How does the internal driver of VIDEX integrated track spotlights prevent stroboscopic light flickering?
A: The IC (Integrated Circuit) current stabilizer built into housings converts 230V alternating current into pure direct current, keeping the flicker coefficient strictly below 5%. This is a prerequisite of the LVS EN 12464-1 standard for the operation of video surveillance cameras and the prevention of employee eye fatigue.
Q: What is the engineering rationale for choosing a 4000K color temperature in retail halls?
A: The 4000K spectrum emits a neutral white, afternoon sunlight without yellow (3000K) or blue (6000K) impurities. The pure spectrum ensures the most objective and photorealistic color rendering for materials, which is crucial in clothing and cosmetics displays.
Q: Can the radiation direction of integrated track spotlights be mechanically changed after installation?
A: Yes, professional spotlights are equipped with a double hinge mechanism that allows a physical rotation of 360 degrees around its axis and a 90-degree vertical tilt. This gives the engineer and designer the ability to reconfigure the spatial lighting at any time without the use of tools.
