MEGA LENS 1W LED module offers 7000K, intense brightness, 175° viewing angle, 24V. Perfect for CRISTAL lighting. Super performance and durability.
The Mega Lens Cristal is a modern, wide-angle LED module designed for shallow advertising applications. Thanks to its unique design and high luminous efficiency, it guarantees uniform and effective illumination even in very confined spaces.
The module is equipped with 2835 LEDs and features a compact housing measuring 36 x 21 x 8 mm. It is powered by 12V or 24V DC, depending on the version, and the maximum number of modules connected in series is 20 (or up to 50 in the 24V version). The IP65 housing protects the device from dust and moisture, and the durability reaches 50,000 hours.
Mega Lens Cristal is primarily intended for illuminating shallow advertising boxes with a depth of 30 mm to 150 mm. Perfect for use in channel letters, stretch ceilings, furniture backlighting, and anywhere requiring a low-profile, discreet, and efficient light source.
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Power Supply Voltage: |
24V |
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Power: |
1W |
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Temperature Color temperature: |
4500K |
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Beam angle: |
175° |
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Luminous output: |
90 lm/module |
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Luminous efficiency: |
90 lm/W |
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Degree Waterproof: |
IP65 |
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Dimensions: |
30 x 21 x 7 mm |
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Cable length: |
150mm |
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Distance between module centers: |
170mm |
Yes, the Mega Lens module has current stabilization, which means it won't burn out when powered by a higher voltage because the current supplied to the diode is set at a specific level.
Current stabilization in the LED module allows for uniform illumination of the entire module beam. This is because modules closer to the power supply always have a higher voltage, and therefore a higher current, and stabilization counteracts this effect by ensuring a uniform current for the diode regardless of the voltage drop in subsequent modules.
A module with a wide viewing angle is best suited for flat applications, i.e., when the distance to the advertising face is small.
A module that has a strong diffusing lens, and its diode is imperceptible after passing through the face material.
Data sheet