Violet UV-C LED-Modul, 275nm, 12 Seoul Viosys LEDs, 281x19,2mm, 450mA, 208mW, Violet UVC LED-Modul, 275nm, 12 Seoul Viosys LEDs, 281x19,2mm, 450mA, 208mW 36863

Violet UV-C LED module, 275nm, 12 Seoul Viosys LEDs, 281x19.2mm, 450mA, 208mW

UVC module for decontamination of surfaces

Constant current operation 450mA
12 UVC LEDs from Seoul Viosys
3 status LEDs integrated

€150,42 - €150,42

€150,42

€150,42 - €150,42

€150,42

Availability:

in stock, ready to be shipped

Quantity

Versand und Preisinformation

Versandkostenfrei ab 89 €, sonst 5,70 € innerhalb Deutschlands

Mindermengenzuschlag bei unter 20 € Bestellwert: 2 € (werden direkt auf die Versandkosten aufgeschlagen)

Preise inkl. MwSt. und zzgl. Versand. Vergleichspreise und Rabatte beziehen sich auf die unverbindliche Preisempfehlung des Herstellers.

Violet UVC LED module by LUMITRONIX - For safe and efficient disinfection processes

The Violet UVC LED module is an effective and reliable solution for the decontamination and sterilisation of surfaces, air and liquids. Due to its high radiation output and special wavelength for killing bacteria, germs and viruses, it is an optimal solution for various professional applications

Introduction to the Violet UVC module and its functions

Developed and manufactured by LUMITRONIX, the Violet UVC LED module combines years of experience and technical know-how. The 12 Seoul Viosys UVC LEDs installed on the board emit a wavelength of 275 nm, which enables the fast and efficient elimination of microorganisms. The module is operated with a constant current of 450 mA and can be used with external control.

Warnings and safety precautions

Safety guidelines: This product is sold only to trained customers who can ensure safe handling of UVC radiation.
Avoid eye contact: Always wear protective eyewear when using the Violet UVC module as UV radiation can permanently damage the retina.
Wear protective clothing: Users must wear suitable protective clothing to shield the skin and organism in general from UV radiation.
Keep asafe distance: Ensure that no other persons are in the vicinity of the radiation source without taking appropriate protective measures.
Treatment in case of exposure: If skin tissue is exposed to the light source, skin irritations may occur. If necessary, treat the affected areas with suitable cream or consult a doctor.

Features of the Violet UVC LED module from LUMITRONIX

Constant current operation: The module is operated with 450 mA.
Efficient UVC LEDs: 12 Seoul Viosys UVC LEDs installed on the board.
Status indicators
:
The module has 3 status LEDs in red, green and blue

Further variants and additions

Discover other variants of the Violet module as well as other efficient UVC LEDs from Nichia, the world market leader in this field, in our shop.

FAQ about the Violet UVC LED module

How is the Violet UVC LED module operated?
The module is operated with a constant current of 450 mA.

What protective measures should be taken during use?
Safety glasses and suitable protective clothing should always be worn. In addition, no other persons should be in the vicinity of the radiation source without appropriate protective measures.

What colours are the status LEDs?
The module has status LEDs in the colours red, green and blue.

From development to production to sales - at LUMITRONIX you benefit from 20 years of experience, broad industry knowledge and innovative technology. We strive to achieve a positive balance for the environment and society through our sustainable LED modules and components manufactured in Germany.

Technical Details
SKU	36863
Brand	LEDs.de
Light color	UV
Lifetime (h)	12000 h
Dimmable	Yes
Manufacturer code	36863
Viewing Angle (°)	120 (°)
Power (W)	10.26 (W)
Voltage (V)	22.8 (V)
Electrical current (mA)	450 (mA)
GTIN	4062986002368
Size (L x W x H)	28.1 cm x 1.92 cm x 4.38 cm
Weight	0.019 kg
Categories LED Modules LED Strips & Modules Nr. 36 in LED Strips (rigid) Nr. 20 in Linear LED Modules Nr. 6 in Professional UV-C Modules
Data sheet Violet UVC LED Module, 275nm, 12 LEDs, 281x19.2mm, 450mA, 208mW (PDF)