Sensors and Sensing Systems

Sensing systems

Products

Sensing systems based on FBG technology have numerous advantages compared to conventional electrical sensors.

Fiber optic sensors use light as the signal carrier, rather than electric current as in conventional sensors, which renders them immune to interference from electrostatic, electromagnetic and radio sources. The sensor can also be exposed to extreme temperatures and operate in harsh environments.

Type: Fiber Bragg Grating-based Anchor Load Cell, specifically designed to be used as an anchor loadcell in applications as bolt constructions, pre-strained constructions, quay walls etc.

Measurement range: 50-240 kN

Application: Bolt constructions, pre-strained constructions, quay walls

Temperature compensation: Integrated

APA-01 Dyneema reinforced patchcord with 2x FC/APC

D-04 is an improved version of former D-01 and D-02 sensors.

Type: customizable measuring range from 0-100mm Displacement sensor

Application: Application-based

Installation method: Custom

Temperature compensation: Integrated in the sensor body

A fiber bragg grating is basically a spatial variation of the refractive index inside the core of an optical fiber. This variation is created by exposing the core to a periodic pattern of UV light with a defined energy. After this process the grating works as a wavelength selective mirror. At each position of the periodic index variation a small part of the light travelling along the fiber is reflected back. These small portions of reflected light are combined coherently to one large reflection.

FCA-01 FC/APC adapter for WCP-01 and standard FC connectors

Type: Humidity sensor

Application: Relative Humidity and temperature measurement in one body

Installation method: Clamping to an object

LCP-01 is an optional product modification for extending sensors fiber lengths.

LCP-03 is an optional product modification for extending sensors cable lengths.

Join our Mailing list!

Get all latest news, exclusive product release and company updates.