Non-metallic Fiber Bragg Grating Strain Sensor︱OSC3200

Description:

osc3200The encapsulation structure design of the non-metallic fiber Bragg grating strain gauge simplifies the use of fiber optic sensors and facilitates quick installation.osc3200The strain gauge comes with a self-adhesive strip on the back, which serves as a pre-installation fixture and also protects the internal grating during the glue injection process. The grating is secured to the structural surface with glue, and the installation process takes only a few minutes, followed by24Once the hour-cure adhesive is fully cured, measurement can be conducted.

The comparative test results with the resistive strain gauge show that,osc3200The strain gauge has the same sensitivity and accuracy as the strain sensor, butosc3200The strain gauge has a larger strain range, while its fatigue life is compared to the resistance strain gauge.100Multiple.osc3200The strain gauge is suitable for use in environments such as laboratories where conditions are not too harsh, and it possesses the inherent advantages of fiber Bragg grating sensors.

osc3200Strain gauges can be used individually or connected in series with other types of grating sensors. The installation of multi-point grating sensor strings and fiber termination is both simple and cost-effective when compared to traditional multi-point electrical sensors. Use threeosc3200Strain gauge0Degree45Degree90The degree arrangement can be used to form adaptable flowers.

Features:

Through the same stringent quality standards as traditional electrical sensors

Fiber optic integrated packaging, protecting the tail fiber and eliminating residual stress.

The strain gauge comes with self-adhesive strips, simplifying the installation process.

Non-metallic structure

Quick and easy installation

Ø Dual fiber exit, multiple sensors can be connected in series on a single fiber optic cable.

Sensor installation and protection processes are as simple as traditional strain gauges.

Non-affected by electromagnetic interference, naturally explosion-proof, with good dynamic characteristics.

Long-term stable zero point, minimal temperature drift, high survival rate

Easy to establish a distributed sensor network

As core sensing element packaging, strain, displacement, pressure, and acceleration sensors.

Application:

Civil Engineering Structure Health Monitoring (such as bridges, dams, tunnels, large buildings, etc.)

Petroleum, natural gas pipelines, and offshore oil platform structural health monitoring

Transportation Industry (Rail, Road, Aerospace)