Fiber DTS Optic Distributed Temperature sensing monitoring system

FOB Reference Price:Get Latest Price
US $400,000-1,000,000 / Unit | 1 Unit/Units (Min. Order)
Supply Ability:
1 Unit/Units per Month
Port:
Qingdao,Tianjin
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Overview
Quick Details
Place of Origin:
Shandong, China (Mainland)
Brand Name:
Nuoke
Model Number:
DTS
Usage:
Temperature Sensor
Theory:
Optical Sensor
Output:
Other
Temperature measurement range:
-40~ 600℃
Temperature measurement accuracy:
±1℃
Measuring distance:
0~8 km
positioning accuracy:
1.0 m
Spatial resolution:
0.5 m
Temperature resolution:
0.1℃
Measurement time:
≤30s
Working situation:
Temp:-20~55℃ humidity:≤90%
Software:
DTPS @ Windows XP/ Windows 7
Channel number:
12
Packaging & Delivery
Packaging Details
box for Fiber DTS Optic Distributed Temperature sensing monitoring system
Delivery Time
Shipped in 30 days after payment

Fiber DTS Optic Distributed Temperature sensing monitoring system

Product Description

  NK-DTS series of fiber optic distributed temperature sensing system  has the properties of large measurement distance and temperature range, high spatial resolution and temperature precision. The application of DTS including gas flooding, water flooding and steam flooding, real-time monitoring of well-bore temperature during the fire flooding exploitation. DTS is a kind of optical fiber sensing system which is used for real-time measurement of the distribution of space temperature field. In the system, optical fiber is not only the transmission media, but also the sensing medium. The system can distributed real-time measure the down-hole temperature profile.

 

 

Features

 

1. Distributed real-time temperature measurement

2. Optical fiber cable is both sensing and transmission equipment

3. Simple field operation and Low maintenance cost

4. Strong anti-electromagnetic interference ability

5. Using special fiber, resistant to high temperature

6. One system can be used to monitor multiple wells, and reduce the cost.

Allication

 

1. Detection of water and gas channeling

2. Monitoring the injection efficiency of water, steam and gas

3. Wellbore flow measurement

4. Gas lift optimization

5. Artificial lift system monitoring

6. Monitor the status of the well, such as external casing channeling, leak detection, etc.

7. Production of oil wells and layers, including oil and gas