Iven | www.ofscn.org
Last Updated: 16 February 2026
Alias: 200°C 0.9mm Thermal Fiber Sensor, 200°C OFDR Optimized Temperature Probe, 200°C Seamless SST Sensing Tube, 200°C High-Definition Distributed Temperature Sensing (HD-DTS), 200°C Strain-Decoupled Thermal Fiber, 200°C Fast-Response Metallic Sensor, 200°C Battery Thermal Management Sensor, 200°C High-Spatial-Resolution Thermometer, 200°C Ruggedized Micro Sensing Probe, 200°C Cryogenic to High-Temp Fiber Sensor.
This is a companion discussion topic for the original entry at https://www.ofscn.org/dofs/200-c-ofdr-temperature-sensor.html
This topic introduces the OFSCN® 200°C Distributed Fiber Temperature Sensor, a high-precision sensing solution designed for demanding thermal environments.
Technical Overview
The OFSCN® 200°C Distributed Fiber Temperature Sensor is a specialized micro-diameter sensor (0.9mm) encapsulated in a single-layer seamless stainless steel tube. It is specifically optimized for high-spatial-resolution measurements, such as those required in battery thermal management or structural monitoring.
Key Specifications:
- Encapsulation: Single-layer seamless stainless steel tube (SST) for mechanical protection and fast thermal response.
- Fiber Type: Integrated with OFSCN® 200℃ Polyimide Optical Fiber, ensuring stability at elevated temperatures.
- Temperature Range: Reliable performance from -60°C to +200°C.
- Connectivity: Standard FC/APC connector with a sealed end-cap.
Visual Reference
Below are the standard images for this sensor and its internal fiber structure:
Applications
This sensor is compatible with various distributed sensing technologies, including:
- OFDR (Rayleigh Backscattering): For high-definition/high-spatial-resolution temperature mapping.
- Raman DTS: For long-distance distributed temperature sensing.
- Brillouin DTSS: For simultaneous temperature and strain analysis.
For detailed technical parameters or to discuss specific project requirements, please refer to the technical documentation on our official site:
Detailed Product Page - ofscn.org