Fiber Optics
Fiber optic cables create the link with system components.
REFLEX Analytical offers a selection of nine spectroscopy
grade fiber materials (UV Silica, Sapphire, Low OH Silica,
Germanium Oxide, Zirconium Fluoride, C1 Chalcogenide,
C2 Chalcogenide, C3 Chalcogenide and Silver Halide), three grades of cable assembly (light
industrial, standard industrial and process industrial),
a choice of fiber core diameters and fiber lengths ranging
from 1 - 150 meters. Request a catalog for a schedule of materials, core
diameters, length and attenuation curves.
Spectral Performance Features:
UV Silica .................. UV to visible 0.18 - 1.15 micron
Sapphire ................. UV to mid-infrared 0.20 - 3.50 micron
Low OH Silica ....... near infrared 0.70 - 1.95 micron
Germanium Oxide ... near to mid-infrared 1 - 3.25 micron
Zirconium Fluoride .. visible to extended near IR 0.45 - 5 micron
Su Fiber .......near infrared to extended near IR 1.4 - 5 micron
C1 Chalcogenide ......................... mid-infrared 2 - 11 micron
C2 Chalcogenide .. near infrared to mid-infrared 1.5 - 7 micron
C3 Chalcogenide ........................ mid-infrared 2 - 6 micron
Se Fiber ... near infrared to mid-infrared 1.5 - 10 micron
Silver Halide ................ mid-infrared 4 - 18 micron
Fiber Optic Cable Features:
Light industrial cables are designed to protect long lengths of Low OH Silica and have thermoplastic jacketing with fiber strengthening members and SMA connectors.
Standard industrial cables are designed to handle most industrial applications and feature a stainless steel braid over a PTFE tube outer sheathing with SMA connectors.
Process industrial cables are used in the harshest environments and considered the most rugged cable available. Process cables have fiber optics that are sealed in an inner stainless steel cable and is encased in a PTFE liner surrounded by a stainless steel braid with hermetically-sealed process connectors.
Spectral Performance Features:
UV Silica .................. UV to visible 0.18 - 1.15 micron
Sapphire ................. UV to mid-infrared 0.20 - 3.50 micron
Low OH Silica ....... near infrared 0.70 - 1.95 micron
Germanium Oxide ... near to mid-infrared 1 - 3.25 micron
Zirconium Fluoride .. visible to extended near IR 0.45 - 5 micron
Su Fiber .......near infrared to extended near IR 1.4 - 5 micron
C1 Chalcogenide ......................... mid-infrared 2 - 11 micron
C2 Chalcogenide .. near infrared to mid-infrared 1.5 - 7 micron
C3 Chalcogenide ........................ mid-infrared 2 - 6 micron
Se Fiber ... near infrared to mid-infrared 1.5 - 10 micron
Silver Halide ................ mid-infrared 4 - 18 micron
Fiber Optic Cable Features:
Light industrial cables are designed to protect long lengths of Low OH Silica and have thermoplastic jacketing with fiber strengthening members and SMA connectors.
Standard industrial cables are designed to handle most industrial applications and feature a stainless steel braid over a PTFE tube outer sheathing with SMA connectors.
Process industrial cables are used in the harshest environments and considered the most rugged cable available. Process cables have fiber optics that are sealed in an inner stainless steel cable and is encased in a PTFE liner surrounded by a stainless steel braid with hermetically-sealed process connectors.
