C2400-x
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
Product categories
Laser triangulation
Capacitive
Inductive (eddy current)
Laser time-of-flight (TOF)
Draw-wire sensors
LVDT
Magnetic
Confocal chromatic
Interferometers
Colour & gloss measurement
Temperature sensors
Force
Weight
Torque
Noise & sound
Pressure sensors
Strain
Angle
Light intensity & surface quality
3D sensors
Confocal line scanners
Thickness measurement
Optical micrometers
Rotational speed
Laser scanners (2D/3D profile sensors)
Length measurement
Vibration and acceleration sensors
Shakers (vibration exciters)
Vibration controllers
Vibration calibrators
Software
Data acquisition
Accessories
Micro-Epsilon
Sensors and measuring systems from Germany
Qlar
Qlar (formerly Schenck Process) – weighing, feeding and flow measurement for bulk materials
Optocraft
Measuring systems for optics and lasers
Brüel & Kjær Vibro
Vibration monitoring for rotating equipment
Elovis
Non-contact systems for length and speed measurement
HBK
Load cells, strain gauges and data acquisition
HORIBA
Analytical instruments, emissions and flow control
Solutions
Measurement system components and accessories
Products and components for optical fibers.
24 matching models
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
From the Micro-Epsilon optical-fiber accessories series
Micro-Epsilon optical-fiber accessories: accessories and system components by Micro-Epsilon for optical fibers.
Certified quality management, calibration certificates and calibration services at manufacturers’ facilities.
Answers to the most common questions about our products and services
No. The accessory table assigns fiber codes by head and span. Connectors, core diameter and variant differ; IFS2402/IFS2403 already include fibers.
The confocalDT table specifies an FC/FC coupler or vacuum-feedthrough/continuation arrangement for certain fibers such as C2400. Do not assume direct connection.
They are separately defined accessory variants for the relevant movement/protection conditions. Length alone does not determine motion suitability.
Many specify 30 mm static and 40 mm dynamic, while certain HT/UHV variants require 60 mm in both cases. Use the exact fiber-code footnote.
Select vacuum-side fiber, an optical feedthrough with appropriate flange/channel count and a controller-side continuation. Head vacuum suitability alone does not qualify the entire path.
It carries light to the head and returned light to the controller. It is part of the optical measuring path rather than a head power cable. Distinguish a passive IFS head from IFD models with integrated electronics and select connections for the configuration.
Tell us what you need to measure and an engineer will get back to you.