Violet UVC Nichia LED Module 280nm 12 LEDs NCSU334B 630mW 29cm 48VDC with controler incl., for disinfection and sterilisation

Violet UVC Nichia LED Module 280nm 12 LEDs NCSU334B 630mW 29cm 48VDC with controler incl., for disinfection and sterilisation

Violet UVC Nichia LED Module 280nm 12 LEDs NCSU334B 630mW 29cm 48VDC with controler incl., for disinfection and sterilisation
Violet UVC Nichia LED Module 280nm 12 LEDs NCSU334B 630mW 29cm 48VDC with controler incl., for disinfection and sterilisation Violet UVC Nichia LED Module 280nm 12 LEDs NCSU334B 630mW 29cm 48VDC with controler incl., for disinfection and sterilisation Violet UVC Nichia LED Module 280nm 12 LEDs NCSU334B 630mW 29cm 48VDC with controler incl., for disinfection and sterilisation Violet UVC Nichia LED Module 280nm 12 LEDs NCSU334B 630mW 29cm 48VDC with controler incl., for disinfection and sterilisation

Violet UVC Nichia LED Module 280nm 12 LEDs NCSU334B 630mW 29cm 48VDC with controler incl., for disinfection and sterilisation

Professional UVC solution for disinfection and sterilization of surfaces, air and liquids

  • Constant voltage operation with 48 V and Built-in control (PowerController V2)
  • 12 x Top performance Nichia NCSU334B UVC 280nm LEDs
  • 3 status LEDs (red, green, blue)
  • Cover incl. UVC optics from LEDiL (FN17294_VIOLET-12X1-S)
  • DALI dimmable
€639.00
Low Stock Germany, only 6 pcs.
SKU
37199

We are a specialist of high performance LED light solutions. As part of the early success of LEDs we have extensive application knowledge from a wide range of sectors. Since 2010, we have developed and produced NICHIA LED modules in a state-of-the-art production facility in Germany. These modules have been used successfully in a wide range of application and developed specifically to meet customer specifications.

Our range of Lumego LED panels combine the performance of Nichia LEDs, with the well known quality of German Design and reliable manufacturing in Europe.

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Highly efficient disinfection lamp for professional applications

The Violet UVC LED module offers professional users a highly efficient solution for disinfection and sterilization. The LEDs used in the lamp have a UVC radiation wavelength of 280 nm that is scientifically proven to result in sterilization and cleaning of air, liquids and surfaces. Bacteria, germs and viruses (incl. COVID-19) can be reliably killed/inactivated with UVC radiation.

In addition, the Nichia LEDs' 630 mW UVC radiation intensity at 280nm greatly reduces the need irradiation time for objects to be properly decontaminated.

The product consists of the following components:

  • LED module with 12 Nichia NCSU334B UVC LEDs (280 nm)
  • UVC radiant flux 280nm: 630 mW at 48 VDC
  • With built in Powercontroler V2 with DALI dimming and LED driver (48 VDC power supply required)
  • Uses UVC rated lens for LEDIL, FN17294_VIOLET-12X1-S with 39 degree wide beam for each LED (available separately under article number 36480)
  • Typical power consumption 23.52W at 1050mA
  • Lens system with IP67 protection, made from silicone clear lens and stainless steel metal frame
  • Robust aluminum housing
  • Red, blue and green status LED, indicate whether the lamp is ready for operation, not usable or in operation
  • Dimensions: 297.3x44.6x32.8 mm (LxWXH)

In addition, the following application scenario can be realized with the included, compact PowerController V2:

A combination of a button, switch, motion sensor and the three signal LEDs already mentioned ensures that there are no people in the room where sterilization is to be performed. Only when the motion sensor registers no more movement after 10 seconds, the button is activated by closing the door and all safety conditions are fulfilled by a green signal LED, the UVC module can be activated via the switch.

The module is primarily aimed at the industrial sector, such as lighting manufacturers and companies in the medical technology sector.

The Violet UVC module has a radiant flux of 630 mW when operating at a typical voltage of 48VDC. The table below illustrates the surface irradiance with varying distances.

Distance h [mm]

Irradiation intensity E [mW/cm²]

Simulation

50

8.31

100

4.04

175

2.37

250

1.65

400

1.06

The following table* shows the irradiation time with a distance of 100 mm and an irradiation intensity of 4.04 mW/cm² on different microorganisms.

Microorganisms

99.9% Dosage [mW * s / cm²]

Irradiation time
[s]

Microorganisms

99.9% Dosage [mW * s / cm²]

Irradiation time [s]

Bacteria/ Viruses

 

Bakterium coli (in air)

2.1

0.58

Proteus vulgaris

7.8

2.16

Bakterium coli (in water)

16.2

 

4.48

Pseudomonas aeruginosa

16.5

4.59

Bacillus antharacis

13.7

3.80

Pseudomonas fluorescens

10.5

2.91

S. enteritidis

12

3.33

S. tyyphimurium

24

6.65

B. megatherium (veg.)

3.4

0.94

Sarcina lutea

59

16.35

B. megatherium sp.

8

2.22

Serratia marcescens

7.2

2

B. paratyphosus

9.6

2.67

Dysentery bacilli

6.6

1.83

13, prodiglosus

2.1

0.58

Shigella paradysenteriae

5.2

1.45

B. pyocyaneus

13.2

3.66

Spirillum rubrurn

13

3.61

B. subtilis spores

36

9.98

Staphylococcus albus

5.4 - 10

1.5 - 2.78

Cornynebacterium diphteriae

10

2.78

Staphylococcus aureus

6.6 - 14.8

1.84 - 5.07

Eberthella typhosa

6.3

1.75

Streptococcus hemolyticus

6.6

1.84

Escherichia coli

9

2.50

Streptococcus lactis

18

5

Legionella pneumophila

2.76

0.76

Streptococcus viridans

6

1.67

Micrococcus candidus

19

5.27

Baccillus tuberculi

30

8.32

Micrococcus piltonensis

24

6.65

Trichonomas

300

83.17

Micrococcus sphaeroides

30

8.32

Poliovirus

9.6

2.67

Neisseria catarrhalls

13

3.61

Infectus Hepatitis

17.4

4.83

Phytomonas tumefaciens

13

3.61

Influenza

10.2

2.83

--

-

-

Tobaco mosaic

720

199.61

Yeasts

Baker's yeast

11.7

3.25

Saccharomyces spores

24

6.65

Ale yeast

9.9

2.75

Saccharomyces cerevisae

186

51.57

Common baker's yeast

18

5

Saccharomyces turpidans

27

7.48

Saccharomyces ellipsoideus

18

5

Torula sphaerica
(Milk und cream)

6.9

1.92

Moulds

Aspergillus amstelodami
(Meat)

200.1

55.48

Oospara lactis

15

4.16

Aspergillus flavus

180

49.90

Penicillium digitatum

132

36.59

Aspergillus glaucus

132

36.59

Penicillium expansum

39

10.81

Aspergillus niger (Bakery)

396

109.78

Penicillium chrysogenum (Fruits)

150

41.59

Cladosporium herbarum
(Cold storage house)

180

49.90

Penicillium roqueforti

39

10.81

Mucur mucedol
(Meat, bread, cheese, fat)

195

54.06

Rhizopus nigricans (Bread)

333

92.32

Mucor racemodus A

51

14.14

Scopulariopsis brevicaulis (Cheese, etc.)

240

66.54

Mucor racemodus B

51

14.14

-

-

-

Algae

Diatomeen
(Diatoms)

1080 - 1800

299.41 – 499.01

Blue algae

1080 - 1800

299.41 – 499.01

Green algae

1080 - 1800

299.41 – 499.01

-

-

-

Protozoa

Paramecium

192 - 300

53.23 – 102.68

-

-

-

 

* The dosage stated in the table refers to a wavelength of 254 nm. The irradiation time was converted to the wavelength of this UVC module (280 nm) taking into account the spectrum (according to the Spectral Germicidal Efficacy DIN 5031-10 (E. Coli) standard).

Note: This product is intended exclusively for customers who are trained in the use of UVC radiation and can ensure hazard-free use. Do you have further questions concerning this product or the topic UVC? Please send an e-mail to [email protected]

Warnings

  • The article is a powerful UVC module which can be used for the disinfection of surfaces. It emits at a wavelength of 280 nm which is not visible to the human eye.
  • It is imperative to ensure that users wear suitable protective clothing against UV radiation at all times. All skin and eye contact must be avoided.
  • We recommend the use of the following protective agents:
    • Safety goggles
    • Gloves
    • Face Shield
    • Protective clothing that shields UV light from the skin
  • Wear protective clothing at all times during use and ensure that no other persons are within reach of the radiation source without taking appropriate safety precautions.
  • Light can reflect, therefore special precautions have to be taken with reflecting surfaces (e.g. mirrors).
  • If skin tissue is exposed to the light source, skin irritation comparable to sunburn may occur. If necessary, treat the affected areas with a suitable cream or consult a physician.
  • Low wavelength UV light can cause permanent damage to the retina in severe cases. Make sure to wear protective goggles at all times when using the device.
Technical Data
SKU 37199
Weight brut (g) 650.000000
Color UV
Power (W) 24
Warranty (months) 24
Forward Current Max 1500mA
Wavelength (nm) 280
Manufacturer Product Code 37199UVC
Strip Type Rigid
LEDs number per sales unit 12
Dimensions 297.3x44.6x32.8
Dimensions: Length (cm) 29.3
Dimensions: Width (mm) 44.6
Dimensions: Height (mm) 32.8
Manufacturer Ledrise
Forward Voltage Typ (V) 23
Availability beyond shown stock: YES
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