DAS + DTS monitoring for oil and gas wells
HERTZINNO Distributed Fiber Optic Well Monitoring Solution combines DAS FS-5100 and DTS-1000B to provide acoustic, vibration and temperature monitoring for oil and gas wells. Optical fiber works as a passive sensing cable, enabling long-distance online monitoring without field power along the sensing fiber.
One fiber sensing solution for acoustic, vibration and temperature monitoring
DAS FS-5100 detects acoustic and vibration events based on coherent Rayleigh scattering and optical time-domain scattering. DTS-1000B monitors distributed temperature based on Raman scattering and optical time-domain scattering. Together, they provide complementary sensing data for oil and gas well safety monitoring.
DAS FS-5100 Distributed Acoustic Sensor
DAS FS-5100 is used for distributed acoustic and vibration monitoring. It can detect vibration events along the sensing fiber, identify event types and locate the event position for oil and gas wells, long-distance pipelines and critical infrastructure.
DTS-1000B Distributed Temperature Sensor
DTS-1000B is used for distributed temperature monitoring based on Raman scattering. It provides continuous online temperature measurement along the sensing fiber, helping operators identify thermal changes and abnormal temperature rise.
Passive distributed sensing for harsh, long-distance and unattended well environments
Oil and gas well monitoring often requires long-distance sensing, high environmental adaptability and continuous online data. Distributed fiber optic sensing turns the fiber cable into the sensor, enabling acoustic, vibration and temperature monitoring over long distances.
Passive Sensing Cable
The sensing fiber requires no power along the cable, making it suitable for long-distance well and field monitoring.
No Blind Spots
Distributed measurement helps monitor every point along the fiber instead of relying only on isolated point sensors.
Acoustic + Temperature
DAS detects vibration and acoustic events, while DTS monitors temperature changes and thermal anomalies.
Remote Operation
Online monitoring and remote access support unattended operation and reduce the need for frequent field inspections.
Rayleigh sensing for vibration, Raman sensing for temperature
DAS and DTS use different optical scattering mechanisms to extract different physical information from the same fiber-based monitoring concept.
Two distributed sensing technologies, one well monitoring strategy.
DAS FS-5100 focuses on acoustic and vibration events. DTS-1000B focuses on distributed temperature profiles. Used together, they provide a more complete picture of well activity, safety status and abnormal events.
Coherent Rayleigh Scattering
Vibration and acoustic disturbances change the backscattered optical signal. The system analyzes these changes to detect, recognize and locate vibration events along the fiber.
Raman Scattering
Temperature changes affect Raman backscattering. The system calculates temperature distribution along the fiber and locates abnormal thermal changes.
Optical Time-domain Location
Return time of optical signals is used to map acoustic or temperature changes to specific positions along the sensing fiber.
Online Monitoring
Monitoring data can be displayed, analyzed and accessed remotely for unattended operation and maintenance planning.
DAS FS-5100 vs DTS-1000B
The two systems should be presented together as a well monitoring solution, but their specifications should remain separate to avoid confusion.
| Item | DAS FS-5100 | DTS-1000B |
|---|---|---|
| Monitoring Type | Acoustic and vibration event monitoring | Distributed temperature monitoring |
| Sensing Principle | Coherent Rayleigh scattering + optical time-domain scattering | Raman scattering + optical time-domain scattering |
| Operating Distance | 50 km | 10 km |
| Spatial Resolution | 1 m | 0.5 m |
| Key Output | Vibration event detection, recognition and localization | Temperature curve, temperature resolution and thermal anomaly location |
| Typical Applications | Oil and gas wells, long-distance pipelines, wires, borders, airports and critical areas | Oil and gas wells, underground cable and temperature safety monitoring |
Oil and gas well monitoring with distributed fiber optic sensing
The combined DAS + DTS page should focus on well monitoring while still showing adjacent applications such as pipelines, wires and underground cable monitoring.
Oil & Gas Well Monitoring
Combine DAS event detection and DTS temperature profiling to support acoustic, vibration and thermal monitoring around well applications.
Well Safety Warning
Use distributed fiber sensing to detect abnormal vibration events and thermal changes for early safety warning.
Pipeline & Wire Monitoring
DAS FS-5100 can support automatic monitoring of long-distance pipelines and wires where vibration events need to be detected.
Underground Cable Temperature
DTS-1000B can monitor underground cable temperature distribution and locate thermal abnormality along the sensing fiber.
Separate specifications for DAS and DTS systems
Keep DAS FS-5100 and DTS-1000B specifications separate on the same page so customers can understand the combined solution without mixing parameters.
DAS FS-5100 Specifications
DTS-1000B Specifications
Download DAS and DTS datasheets
Provide separate downloads for DAS FS-5100 and DTS-1000B so customers can review the acoustic/vibration and temperature monitoring specifications independently.
DAS FS-5100 Datasheet
Review operating distance, event recognition accuracy, spatial resolution, bandwidth, sensing fiber and application scenarios for distributed acoustic sensing.
DTS-1000B Datasheet
Review temperature resolution, sampling space, spatial resolution, measurement time, sensing fiber and application scenarios for distributed temperature sensing.
Distributed Fiber Optic Well Monitoring FAQ
Common questions about combining DAS FS-5100 and DTS-1000B for oil and gas well acoustic, vibration and temperature monitoring.
Why put DAS FS-5100 and DTS-1000B on one page?
What is the difference between DAS and DTS?
Can the sensing fiber work without field power?
Which system should be selected for oil and gas wells?
Can this solution be used outside oil and gas wells?
Can HERTZINNO help configure the sensing layout?
Plan your distributed fiber optic well monitoring solution.
Tell us your well monitoring distance, fiber route, target acoustic events, temperature monitoring requirements and platform integration needs. HERTZINNO will help configure the right DAS FS-5100, DTS-1000B or combined DAS + DTS solution.