85°C Distributed Fiber Temperature Sensor - SST Thermal Fiber Sensor / Temperature Probe - Supports Raman-DTS / OFDR / Brillouin-DTSS
- Currency: USD, EUR, CNH, HKD, AUD, CAD, GBP, JPY, NZD, SGD, CHF, DKK, PLN, SEK, AED, THB
- Brand Name: OFSCN®, Unbranded products are available.
- Availability: In stock, PreOrder
Alias: 85°C 0.9mm Thermal Fiber Sensor, 85°C OFDR Optimized Temperature Probe, 85°C Seamless SST Sensing Tube, 85°C High-Definition Distributed Temperature Sensing (HD-DTS), 85°C Strain-Decoupled Thermal Fiber, 85°C Fast-Response Metallic Sensor, 85°C Battery Thermal Management Sensor, 85°C High-Spatial-Resolution Thermometer, 85°C Ruggedized Micro Sensing Probe, 85°C Cryogenic to High-Temp Fiber Sensor.
1. Product Overview of OFSCN® 85°C OFDR SST Distributed Temperature Sensor
The OFSCN® 85°C OFDR SST Distributed Temperature Sensor is a miniaturized sensing unit specifically engineered for millimeter-scale spatial resolution temperature field monitoring. Encapsulated in a single-layer seamless metal tube, it features a unique "Zero-Strain Interference" design that ensures the optical fiber remains mechanically decoupled from the tube's thermal expansion. Combined with its "Ultra-Low Thermal Resistance," this sensor can capture transient temperature changes, making it the ideal choice for battery thermal runaway analysis, precision medical devices, aerospace, and industrial R&D applications using OFDR (Optical Frequency Domain Reflectometry).
2. Mechanical & Physical Parameters of OFSCN® 85°C OFDR SST Distributed Temperature Sensor
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The sensor utilizes high-precision single-layer seamless stainless steel tubing to ensure maximum sensitivity and protection:
|
Parameter |
Specification |
Remarks |
|
Brand |
OFSCN® |
Specialized sensing grade |
|
Encapsulation |
Single-layer seamless high-elasticity metal tube |
High-modulus hermetic protection |
|
Typical Outer Diameter (OD) |
0.9 mm |
Ultra-fine design, minimal thermal mass |
|
Weight per Meter |
Approx. 2.82 g/m |
Ultra-lightweight, zero impact on host structure |
|
Elastic Strain Limit |
~ 1,500 \mu\epsilon |
Linear elastic response range |
|
Tensile Strength |
> 150 N |
Exceptional mechanical strength for long-term deployment |
|
Crush Resistance |
> 150 MPa |
Resists high side pressure and harsh environments |
|
Connector Type |
FC/APC |
Pre-terminated for low back-reflection (OFDR ready) |
|
Termination |
Hermetically sealed end-point |
Prevents moisture ingress; ensures zero long-term drift |
3. Internal Fiber Configurations & Temperature Ratings of OFSCN® 85°C OFDR SST Distributed Temperature Sensor
Based on the required measurement range, various single-mode fiber coatings can be customized. All versions are processed to achieve strain decoupling:
|
Fiber Type |
Temp Rating |
Product Features & Links |
|
85°C |
Minimal bend loss, ideal for complex routing |
4. Key Technical Advantages of OFSCN® 85°C OFDR SST Distributed Temperature Sensor
4.1 "Zero-Strain Interference" Design
In OFDR measurements, temperature and strain can cause cross-sensitivity. OFSCN® utilizes a proprietary internal clearance design that allows the fiber to remain in a "relaxed" state within the 0.9 mm tube. When the metallic tube undergoes thermal expansion, the strain is not transmitted to the fiber core. This ensures that the OFDR demodulated signal reflects pure temperature shifts, significantly enhancing measurement accuracy.
4.2 "Ultra-Low Thermal Resistance"
The all-metal seamless tube structure eliminates the need for thick plastic or polymer jackets. Due to the high thermal conductivity of the metal and the ultra-fine diameter, the sensor's thermal equilibrium time is reduced to milliseconds. When monitoring sudden thermal events, such as a power battery short circuit, this sensor provides a near-instantaneous synchronous response.