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5 LED, UV Adjustable LED Bar Light

Effilux UV Bar Lights

Effilux UV Bar Lights

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Number of LEDs:
Stock #22-134 Contact Us
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£756.50
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Note: This item requires accessories for use | Learn More
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General

Number of LEDs:
5
Type of Illumination:
LED Illuminator
Manufacturer:
Effilux
Geometry:
Bar Light
Illumination Mode:
Strobed or Constant

Physical & Mechanical Properties

Dimensions (mm):
135 x 115 x 100

Optical Properties

Color:
UV
Wavelength (nm):
365.00

Hardware & Interface Connectivity

Input Voltage (V):
24V DC
Power Supply:
Power Supply Required and Sold Separately:
USA: #15-874
Europe: #15-875
Japan: #73-409
Korea: #73-409
China: #15-874

Threading & Mounting

Mount:
1 x 8mm T Nut Rail, 1 M6 Hex Rail

Environmental & Durability Factors

Operating Temperature (°C):
0 to 50
Environmental Rating:
IP50

Regulatory Compliance

RoHS 2015:
Reach 224:
Certificate of Conformance:

Products

 Number of LEDs   Compare  Stock Number  Price Buy
5
15

Learn More

  • Improved Fluorescence Effect, Contrast and Glare Removal
  • Built-in Driver with Auto-strobe Feature for Increased Intensity
  • 365nm LED Light for Fluorescence Applications

Effilux UV Bar Lights feature PureUV technology which drastically improves fluorescence emission while concurrently removing glare and improving contrast. In place of interchangeable windows, these bar lights are designed with a built in UV treated window. These 365nm bar lights offer powerful UV illumination with a varying number of fixed LEDs. Effilux UV Bar Lights feature an integrated controller with Auto-strobe functionality that allows for 300% increased intensity while being strobed as compared to continuous mode. These bar lights are ideal for UV fluorescence applications.

 Note: 24V power supply and M12 female to male cable are required.

Accessories

Title CompareStock Number  Price Buy
Intensity Adjustment Dimmer for Effilux LED Lights #75-337 New £204.00   Request Quote
  • 3-4 days
    ×
Cylindrical, Transparent Bar Light Window #22-139 £208.25   Request Quote
  • In Stock
    ×

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