T1-PLUTON
Distributed TEMPERATURE Sensing (DTS) System - STABLE, REAL-TIME FIBER OPTIC TEMPERATURE Monitoring
The T1-PLUTON is the Distributed Temperature Sensing (DTS) system of FEBUS Optics designed to deliver accurate, stable, and real-time temperature monitoring along optical fiber with a cost-effective and easy-to-deploy approach.
Built for well monitoring, infrastructure surveillance, pipeline monitoring, and energy networks, the T1-PLUTON provides reliable thermal measurements using Raman technology, ensuring clarity and accuracy without sensitivity to strain or vibration.
OVERVIEW
The T1-PLUTON DTS system turns standard optical fiber into a continuous temperature sensing solution, enabling operators to:
- Monitor temperature continuously along the entire fiber
- Detect and locate thermal anomalies in real time
- Improve safety, reliability, and asset performance
- Enable predictive maintenance and risk prevention
The T1-PLUTON is engineered with an all-in-one architecture, combining sensing, acquisition, configuration, and visualization in a single system.
KEY PERFORMANCES
| N° of channels | 1 to 16 | |
| Maximal sensing range | 30 km | |
| Minimum spatial resolution | 1 m | |
| Minimum sampling interval | 0.2 m | |
| Temperature resolution | 0.01 °C | |
| Repeatability in typical configuration (2σ) | 0.04 °C @ 2 km 3 min, 1 m |
0.14 °C @ 8 km 1 min, 1 m |
FAST DEPLOYMENT & EASE OF USE
The T1-PLUTON is designed to make Distributed Temperature Sensing accessible and efficient:
- Intuitive user interface (FOLog software)
- Rapid installation and commissioning
- Simplified configuration and operation
- Minimal training required
Deploy a high-performance DTS solution quickly, even with limited technical expertise.
SMART SOFTWARE FOR DATA ACQUISITION & VISUALIZATION
The T1-PLUTON includes FOLog software, providing powerful yet user-friendly tools.
EASY CONFIGURATION
- Simplified acquisition setup
- Remote configuration and monitoring
- Faster deployment
ADVANCED VISUALIZATION & INSIGHTS
- Real-time temperature profiles along the fiber
- Temperature evolution at any selected point
- Data replay and historical analysis
This enables fast detection of thermal events and better decision-making.
STABLE TEMPERATURE MONITORING FOR LONG-TERM PERFORMANCE
The T1-PLUTON is designed to deliver exceptional measurement stability over time, making it ideal for long-duration monitoring campaigns.
- Single initial calibration
Calibration is performed once at the start, eliminating the need for repeated adjustments - Long-term measurement stability
Consistent and reliable temperature readings throughout the entire monitoring period - Drift-free performance
Maintains accuracy over time, even during extended operations - Reliable thermal insights
Stable data ensures confident detection and analysis of temperature variations
Built to provide repeatable, high-confidence temperature data, the T1-PLUTON ensures dependable performance for critical infrastructure and industrial applications.
MAIN APPLICATIONS
The T1-PLUTON enables continuous, real-time temperature monitoring across key industries:
 |
WELL MONITORING |
 |
INFRASTRUCTURE MONITORING |
- Leak detection
- Fire detection
 |
PIPELINE & CABLE MONITORING |
FREQUENTLY ASKED QUESTIONS
What is a Distributed Temperature Sensing (DTS) system?
A DTS system uses optical fiber to measure temperature continuously along its length, providing real-time thermal data over large distances.
How does Raman DTS technology work?
Raman DTS measures temperature based on light scattering in the fiber, enabling accurate and continuous monitoring independent of strain or vibration.
What are the benefits of fiber optic temperature monitoring?
Distributed Temperature Sensing (DTS) provides multiple benefits:
- Continuous distributed sensingHigh accuracy
- Immunity to electromagnetic interference
- Low maintenance
How does T1-PLUTON make the difference?
The T1-PLUTON combines accuracy, stability, ease of use, and cost efficiency. It is the ideal solution for mid-range distributed temperature monitoring applications.
WHY CHOOSE THE T1-PLUTON?
- Proven Raman DTS technology
- Accurate absolute temperature measurement
- High stability for long-term monitoring
- All-in-one system (acquisition, processing, visualization)
- Fast deployment and ease of use
- Cost-effective solution for mid-range applications
- Designed for industrial monitoring
Want to learn more about the T1-PLUTON fiber optic temperature sensing solution
and how to deploy it in your application?