Qualified Fiber Optic Cable Deep UV-NIR

As low as $224.00
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Prices valid in USA, Canada, and PR only.
Order code
Price range: $224 - $387
Prices valid in USA, Canada, and PR only.

Propriety Qualified Deep UV Silica Fiber for Demanding UV Applications-A difference you need to see to believe.

Prices valid in USA, Canada, and PR only.

Features

QVLUX-series 

  • Fiber Material: High-Quality Silica/Silica-Step Index Multimode
  • Core Size: 400um or 600um
  • Wavelength: UV-VIS 180-1200nm
  • Numerical Aperture (NA): 0.22
  • Connector: SMA 905, FC, ST, DIN, F125,F250, LLG
  • Jacketing: Silicone Monocoil Tubing
  • Temperature Range -40C-120C
  • Lowest attenuation @180nm

Qualified fibers for UV optical measurements 

WPI's QVLUX-series fiber has been engineered to not only provide superior transmission in the UV but have excellent consistency over length.This makes QVLUX a perfect choice for critical measurements or where "plug-and-play" capaiblity is required without having to recalibrate after a fiber assembly change. Standard silica fiber exhibits a "solarization impact" when transmitting light in the UV below ~280nm. Over time, depending on the optically transmitted power, the fiber's abiltiy to transmit UV light drops off.  Our QVLUX fiber offers superior resistance to solarization. The lowest basic attenuation of our solarization resistant fiber is at 200nm (<1 dB/m) and the lowest solarization at 214 nm on the market.  WPI is the only companyoffering DIN 58145:2018-01 certified low solarization UV fibers and assemblies.   

QVLUX-Series 1x1 Qualified Optical Fiber Cable Options

Order code Catalog part # Description  Core  Diameter

505155

QVLUXDUV-S-0400-025-SMA

Qualified Deep UV fiber (180-1200nm),  25 cm length with SMA 905 connectors   

400 μm 

505156

QVLUXDUV-S-0400-100-SMA

Qualified Deep UV fiber (180-1200nm), 1 m length with SMA 905 connectors

400 μm

505157

QVLUXDUV-S-0600-025-SMA

Qualified Deep UV fiber (180-1200nm), 25 cm length with SMA 905 connectors 

600 μm
505158 QVLUXDUV-S-0600-100-SMA Qualified Deep UV fiber (180-1200nm), 1 meter length with SMA 905 connectors  600 μm
505163 WVLUXDUV-S-0200-100-SMA 100cm Specialty silica fiber with 200µm core diameter (200-1200nm). Low solarization @214nm 200 µm

For Bifurcated fiber, Cross fiber, Mixed optical fiber patch cords and other fiber optic assemblies built for your specific project contact [email protected].

Benefits 

  • Qualified proprietary optical fiber is WPI’s most advanced optical fiber product line. Very resistant to UV light down to 185nm  DIN 58145:2017-01

  • Qualified fiber allows for excellent transmission of UV light in long length optical fiber

  • Resists degradation due to UV exposure better than virtually any optical fibers on the market

  • Allows for true “plug and play” replacement

  • Ideal for OEM and applications requiring field service or where multiple instruments must be used for a battery of tests

  • Includes certificate and data of both UV transmission and induced loss generated by continuous exposure to a 30W deuterium bulb of each fiber material batch from 185-360nm

Applications

  • UV fiber optic spectroscopy techniques requiring coupling to a  high power UV source, pulsed laser 
  • Liquid chromatrography 
  • Forensic Medicine
  • UV Raman 
  • Medical

More fiber configurations and fiber materials available: 

https://view.publitas.com/world-precision-instruments/2019-main-catalog/page/165

https://www.wpiinc.com/qualifiedfo

More Information
SKU VAR-505155

Brochure

Download the QVLUXDUV Optical Fiber brochure

 

Video

WPI’s Photonics Center of Excellence Array of Optical Products

 

WPI Optical Fiber Solutions for Researchers and Product Developers

QVLUXDUV STANDARD SPECIFICATIONS

Our QVLUX fiber has been engineered to not only provide superior transmission in the UV but have excellent consistency over length.  This makes QVLUX a perfect choice for critical measurements or where “plug-and-play” capability is required without having to recalibrate after a fiber assembly change. Our QVLUX fiber offers superior resistance to solarization, lowest basic attenuation at 200nm (<1 dB/m) and the lowest solarization at 214nm on the market.   WPI is the only company offering DIN 58145:2017-01 certified low solarization UV fiber and assemblies. 

 

  • Fiber Material: High Quality Qualified Silica /Silica-Step Index Multimode
  • DIN 58145:2018-01
  • Available core diameters: 400um, 600um
  • Wavelength: High OH:  DUV-VIS 180-1200nm
  • Numerical Aperture (NA): 0.22
  • Connector: SMA 905, FC, ST, DIN, F125 (1.25mm ferrule), F250 (2.50mm Ferrule)
  • Jacketing: Silicone Monocoil Tubing, Stainless Steel Monocoil
  • Temperature Range -40C-120C
  • Lowest attenuation @180nm 

UV-NIR Certificate

We provide OEM fiber optic cable, fiber optic assemblies, optical probes, optical flow cells and optical sensors that are designed, manufactured and tested to deliver repeatability from one optical assembly to the next. A trusted partner for reliable optical measurements we offer: Qualified optical fiber for UV Instrumentation products providing pre-defined parameters or end-user specified parameters bifurcated and cross fiber assemblies of different core diameter and fiber length. Customization is also possible. For Y-assemblies and X-assemblies.  Liquid Waveguide Capillary Cell (LWCC) with long pathlengths for small sample volumes for FIA, HPLC and process analysis.  Fluorescence Probes for the detection of the transient response of free ion concentration. Optical Oxygen Sensor to detect oxygen in living tissues.   Our proprietary optical fiber formulation and over 50 years of assembly experience have enabled us to be the only company offering DIN 58145:2018-01 certified low solarization UV fibers and assemblies for the 185 nm to 340 nm spectral range. This allows our OEM partners to obtain repeatability and accuracy from one system to the next. Using our Qualified Optical Fibers overcomes the inherent weakness of a standard optical fiber and offers advantages to designers of optical systems.    Contact us and talk with our seasoned optical engineering team about introducing qualified fibers into your designs.

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