- Geo-technical SHM
- Our monitoring systems or individual sensors have been installed over dozens of large and mid-size civil structure objects around the world. This includes:
- Tunnels
- Sewers
- Mines
- Piles
Our Geo-technical SHM products
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
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
Type: Embeddable strain sensors
Application: Strain measurement inside concrete structures.
Installation method: Embeddable
Pre-strain setup: At factory
Temperature compensation: Through external temperature sensor
Type: FBG fiber array sensor
Application: Surface mountable
Installation method: Glue
Pre-strain setup: At installation
Temperature compensation: Through external temperature sensor
Type: GFRP fiber array sensor
Application: Concrete or grout embeddable, surface mountable
Installation method: Glue
Pre-strain setup: At installation
Temperature compensation: Through external temperature sensor
Type: Customable sensor for a wide pressure range (0-20 bar), IP68
Application: water height monitoring, hazardous environment monitoring, geotechnical, marine, etc.
Installation method: Mounting brackets – weldable, screwable
Temperature compensation: Integrated
Type: Short-gauge strain sensors
Application: Concrete or grout embeddable, surface mountable
Installation method: Mounting brackets – weldable, screwable
Pre-strain setup: At installation
Temperature compensation: Through external temperature sensor
Type: Multiple-gauge strain sensor
Application: Concrete or grout embeddable, surface mountable
Installation method: Mounting brackets – weldable, screwable
Pre-strain setup: At installation
Temperature compensation: Through external temperature sensor
Type: Customable sensor for a wide pressure range (0-100 bar)
Application: hazardous environment monitoring, geotechnical, marine, etc.
Installation method: Mounting brackets – weldable, screwable
Temperature compensation: Integrated
Type: Fiber Bragg Grating-based single-axis accelerometer, specifically designed to measure high acceleration values up to 200g.
Application: Can be mounted on different surfaces including walls, etc.
Installation method: Screws or using a mounting block
Temperature compensation: Integrated
Type: Fiber Bragg Grating-based single-axis accelerometer, specifically designed to measure acceleration values up to 30g with high sensitivity and large frequency bandwidth.
Application: Can be mounted on different surfaces including walls, etc.
Installation method: Screws or using a mounting block
Temperature compensation: External
Type: Fiber Bragg Grating based single-axis accelerometer, specifically designed to measure acceleration values up to 2g with unmatched sensitivity.
Application: Detection of ultra-low-level vibrations, can be mounted on different surfaces including walls, etc.
Installation method: Screws or using a mounting block
Temperature compensation: External
Type: Fiber Bragg Grating based single-axis tilt meter, specifically designed to measure long term angular variations of large structures.
Measurement range: 10° (±5°)
Application: Tilt changes detection. Can be mounted on different surfaces including walls, etc.
Installation method: Screws or using a mounting block
Temperature compensation: Integrated
Type: Fiber Bragg Grating based single-axis tilt meter, specifically designed to measure long term angular variations of large structures.
Measurement range: 30° (±15°)
Application: Tilt changes detection. Can be mounted on different surfaces including walls, etc.
Installation method: Screws or using a mounting block
Temperature compensation: Integrated
Type: Fiber Bragg Grating based single-axis tilt meter, specifically designed to measure long term angular variations of large structures.
Measurement range: 3° (±1.5°)
Application: Tilt changes detection. Can be mounted on different surfaces including walls, etc.
Installation method: Screws or using a mounting block
Temperature compensation: Integrated
Type: Directly embeddable strain sensor
Application: Strain measurement inside concrete structures
Installation method: Concrete embeddable
Pre-strain setup: No pre-strain adjustment is required during installation and setup
Battery power: 12V/3,35 Ah
Battery life: approx 4 hours
Nr. of power sockets: 1
Battery power: 12V/6,7 Ah
Battery life: approx 8 hours
Nr. of power sockets: 1
Type: Long-gauge strain sensors
Application: Concrete or grout embeddable, surface mountable
Installation method: Mounting brackets – weldable, screwable
Pre-strain setup: At installation
Temperature compensation: Integrated in the sensor body
Type: Static/Dynamic
Wavelength range: 80nm
Sampling rate: up to 5 kHz
Nr. Of optical channels: 1
Type: Static
Wavelength range: 80nm
Sampling rate: Adjustable up to: 1Hz
Nr. Of optical channels: 4
Type: Static / Dynamic
Wavelength range: 80nm
Sampling rate: Adjustable up to: 900Hz
Nr. Of optical channels: 4
Type: Static
Wavelength range: 80nm
Sampling rate: Adjustable up to: 1Hz
Nr. Of optical channels: 16
Type: Static
Wavelength range: 80nm
Sampling rate: Adjustable up to: 0.5Hz
Nr. Of optical channels: 36
Type: Sewer deformation sensor
Application: Surface mountable
Installation method: Direct screwable
Pre-strain setup: At factory
Temperature compensation: Integrated in the sensor body
Type: Industrial PC
Communication: USB, LAN, HDMI, WiFi
OS: Windows 10
Compatibility: S-line Interrogators: Scan 800 (SCN-80) and Scan 400 (SCN-40)
Type: Static / Dynamic
Matrix: 1×2
Compatibility: S-line Interrogators: Scan 800 (SCN-80), Scan 400 (SCN-40)
Compatibility: S-line Switches: 1×4 (SWD-04, SWS-04), 1×16 (SWS-16), 1×36 (SWS-36)
Type: Static / Dynamic
Matrix: 1×4
Compatibility: S-line Interrogators: Scan 800 (SCN-80), Scan 400 (SCN-40)
Compatibility: S-line Switches: 1×4 (SWD-04, SWS-04), 1×16 (SWS-16), 1×36 (SWS-36)
Type: Static / Dynamic
Matrix: 4×16 [4x(1×4)]
Compatibility: S-line Interrogators: Scan 800 (SCN-80), Scan 400 (SCN-40)
Compatibility: S-line Switches: 1×4 (SWD-04, SWS-04), 1×16 (SWS-16), 1×36 (SWS-36)
Type: Surface temperature sensor
Application: Temperature compensation or local temperature measurement
Installation method: Surface mountable – gluable or custom brackets
Type: Surface temperature sensor
Application: Surface temperature measurement, chemical and oil & gas applications
Installation method: Direct surface mounting
Type: Dynamic
Nr. Of optical channels: 4
Switching time: 50us
Compatibility: S-line Interrogators: Scan 800 (SCN-80)
Type: Static
Nr. Of optical channels: 4
Switching time: 60ms
Compatibility: S-line Interrogators: Scan 800 (SCN-80) and Scan 400 (SCN-40)
Type: Static
Nr. Of optical channels: 16
Switching time: 60ms
Compatibility: S-line Interrogators: Scan 800 (SCN-80) and Scan 400 (SCN-40)
Type: Static
Nr. Of optical channels: 36
Switching time: 60ms
Compatibility: S-line Interrogators: Scan 800 (SCN-80) and Scan 400 (SCN-40)
Type: Ruggedized temperature sensor
Application: Temperature compensation or local temperature measurement
Installation method: Concrete or grout embeddable, surface mountable
The previous generation of the product is TP-02
Type: Small multi-point temperature sensor chain
Application: Temperature compensation or multi-point temperature measurement
Installation method: Surface mountable – gluable
