Senowell Uptech UTS-FB1000 Real-Time Distributed Temperature & Strain Monitoring System

Continuous Distributed Fiber Optic Monitoring

The Senowell Uptech UTS-FB1000 is an advanced Distributed Fiber Optic Sensing (DFOS) system engineered to provide continuous distributed temperature monitoring and distributed strain monitoring along the entire length of a standard optical fiber.

Unlike conventional monitoring systems that rely on individual sensors installed at specific locations, the UTS-FB1000 converts a standard fiber optic cable into thousands of high-resolution virtual sensing points. This enables engineers to continuously monitor structural behaviour, thermal changes, and mechanical deformation across an entire asset from a single sensing cable.

By combining high spatial resolution with millisecond acquisition speeds, the UTS-FB1000 provides real-time infrastructure intelligence for bridges, tunnels, pipelines, railways, dams, power cables, industrial facilities, and geotechnical assets.

Why Choose the UTS-FB1000?

The UTS-FB1000 enables infrastructure owners to move from periodic inspections to continuous condition monitoring.

By continuously measuring distributed strain and temperature, operators gain early visibility into abnormal structural behaviour, thermal anomalies, and asset movement before they develop into costly failures.

Key Benefits

✔ Continuous Distributed Temperature Monitoring

✔ Continuous Distributed Strain Monitoring

✔ Thousands of Virtual Sensors on a Single Optical Fiber

✔ High Spatial Resolution

✔ Millisecond Data Acquisition

✔ Long-Distance Monitoring

✔ Predictive Maintenance Ready

✔ No Discrete Sensors Required

✔ Industrial Grade Design

✔ Rack or Wall Mount Installation

✔ Easy Integration with Existing Fiber Networks

✔ Low Maintenance

Applications

Structural Health Monitoring (SHM)

Continuous monitoring of bridges, tunnels, dams, buildings, and civil infrastructure.

Pipeline Monitoring

Distributed strain and temperature monitoring for leak detection, ground movement, and pipeline integrity.

Railway Infrastructure

Monitor track behaviour, embankments, tunnels, and structural movement.

Power Cable Monitoring

Real-time temperature monitoring of underground and overhead power cables.

Geotechnical Monitoring

Slope stability, retaining walls, mining operations, and ground movement.

Industrial Infrastructure

Continuous monitoring of tanks, process facilities, LNG terminals, and industrial assets.

Technical Overview

The UTS-FB1000 continuously measures both temperature and strain along the entire length of a standard optical fiber.

Using advanced distributed sensing technology, the system creates thousands of virtual measurement locations with centimeter-level spatial resolution.

Unlike traditional sensor-based systems, no individual strain gauges or temperature probes are required, significantly reducing installation complexity while increasing monitoring coverage.

Measurements are acquired in milliseconds, enabling real-time detection of structural changes, thermal events, and mechanical deformation.

Typical Industries

Transportation Infrastructure

Railways

Metro Systems

Highways

Oil & Gas

Energy

Mining

Smart Cities

Water Utilities

Industrial Facilities

Civil Infrastructure