NK-OPTIS Fiber Optic Temperature Information System
NK-OPTIS Fiber Optic Temperature Information System
It is possible to measure the temperature distribution of the target equipment over a very long distance using a single optical fiber. By changing the shape according to the measurement object, precise temperature acquisition is also possible.
I believe many companies have traditionally used thermocouples and heat-sensitive wires for fire prediction measures, but with the recent trend of larger and more widespread factory equipment, the costs for wiring, installation work, and maintenance after operation have often increased. Our system allows for extensive temperature measurement and monitoring by deploying a single optical fiber sensor with a diameter of a few millimeters as the measurement target. Conventional measuring devices often require electricity for measurement, which can necessitate explosion-proof measures in some cases, but by using optical fibers, it is possible to implement a fundamentally safe solution. Recently, with the liberalization of electricity, there has been significant attention on the use of our technology for abnormal monitoring of fuel transport equipment associated with the construction of power plants. In addition to the commonly envisioned linear fibers, we also utilize specialized sensors through custom processing for temperature measurement in confined spaces or short spans, catering to various applications. Of course, it is also possible to build monitoring systems that repurpose existing fibers. Our technology is utilized for monitoring areas such as joint trenches and underground facilities, where people typically do not enter, contributing to the safety of on-site workers. For more details, please feel free to contact us.
Inquire About This Product
basic information
This is a system where the optical fiber itself acts as a sensor, measuring a continuous temperature distribution along the optical fiber, enabling extensive heat monitoring, fire detection, and temperature condition recording. Since temperature measurement is done using light, there is no need for explosion-proof treatment of the sensors, and it is possible to achieve temperature distribution measurement over distances of several tens of kilometers at a cost that is incomparable to conventional methods. By passing data and signals to higher-level systems, it can respond to various applications, such as triggering alarms. It is also suitable for other research applications and rental use in specific spots.
Price information
-
Delivery Time
※It varies depending on the proposal details. Please feel free to contact us.
Applications/Examples of results
Monitoring of temperature anomalies in plants (surface temperature monitoring of furnaces) Example: Chemical/Power Generation - Health monitoring of gasification furnaces and ammonia furnaces Monitoring of abnormal heat generation in motors and bearings under harsh environments (e.g., oil cell) Example: Steelmaking - Monitoring of motors in oil cells beneath the factory (hundreds of units) Fire detection in underground conduits (detection of abnormal heat in underground power transmission networks within large factories) Example: Steelmaking - Wide-area temperature monitoring of wiring shelves/cable ducts underground in the factory Condition monitoring of equipment generating strong electromagnetic forces (monitoring of induction current generation devices, etc.) Example: Steelmaking - Health monitoring of induction heating furnaces Temperature and abnormal heat detection in production equipment (long-distance equipment such as belt conveyors) Example: Steelmaking/Power Generation - Wide-area temperature monitoring of fuel transport equipment Deep geothermal measurement (up to 3,000m) Example: Geothermal - Geothermal thermal response Monitoring of long-distance fuel transport (monitoring the condition of fuel materials) Example: Chemical - Monitoring of temperature gradients/leak detection in fuel transport pipes for oil, sulfur, etc. Monitoring of temperature changes under ultra-low temperatures Example: Power Generation - Monitoring of cooling medium temperature for superconducting cables Monitoring of frozen soil impermeable walls Chemical - Leveling/leak detection inside tanks Monitoring of temperature changes in ground improvement materials Example: Civil Engineering - Monitoring of the reach of ground improvement bodies/hardening volume monitoring
Company information
Our company is a leading provider of fiber optic temperature monitoring and fire detection systems. Utilizing our extensive technical expertise gained through various projects, including temperature monitoring of power cables and plant equipment, tunnel fire detection, geothermal measurement, water temperature measurement in rivers and oceans, and pipeline temperature monitoring, we offer optimal and safe systems to our customers. In recent years, we have implemented equipment temperature monitoring systems for major power companies and fire detection systems for subway lines overseas. Additionally, we are developing specialized sensors in collaboration with various research institutions and companies. We also develop custom sensors based on customer needs, so please feel free to inquire if you have any requests. We also conduct other services such as surveys and measurements. If you are in a hurry or do not receive a response to your inquiry, please contact us through our company website.
![Ondroid Temperature and Humidity Measurement System [NETIS Registered]](https://image.www.ipros.com/public/product/image/e07/2000958809/IPROS5006325476243739480.jpg?w=280&h=280)
![Subsurface Displacement Meter ShapeArray CLOUD [NETIS Registered]](https://image.www.ipros.com/public/product/image/923/2000958841/IPROS67952349693334637149.jpeg?w=280&h=280)
