ABOUT OPTISOLUTION SYSTEM
SIMPLE SENSOR DESIGN
Thanks to the unique design of the fiber optic cable, you can be sure that every part of your facility is carefully monitored. No matter how large your infrastructure is, now you can have full control over it.
COMPLEX MONITORING
Our distributed fiber optic sensor allows for accurate detection of many parameters, including temperature, strain and vibration. This allows you to react to any changes and avoid potential threats.
INFORMATION MANAGEMENT
It's important to have full control over critical resources in your facility. Our technology allows for efficient transmission of control signals, which means you can respond to emergencies in real time.
APPLICATION
ELECTRICITY
Proven distributed sensor technology and advanced machine learning algorithms - this is how the Optisolution System enables effective monitoring of the condition of electrical infrastructure.
Safety without compromise
The Optisolution system continuously monitors the temperature of the electrical infrastructure, providing a complete cable thermal profile, enabling the operator to accurately locate hot spots and potential causes of failure.
Maximum efficiency
By monitoring the infrastructure, the operator can manage cable loads, increasing efficiency and eliminating the risk of overload.
ROCK MASS
Give yourself a competitive advantage and trust the Optisolution system, which uses proven technologies and advanced algorithms to ensure effective monitoring of the rock mass condition
Rock mass conditions
The Optisolution system enables monitoring the stress state of rock mass layers by measuring physical changes occurring in this medium. Based on the data, the system prepares a simulation of the stress state and provides information about hazardous zones.
Instant warning
The Optisolution system enables immediate warning in the event of sudden and significant movement of rock mass layers.
High sensitivity of vibration and temperature measurements
Our system provides high sensitivity of vibration and temperature measurements, so you can constantly monitor the integrity of the roof layer.
VENTILATION
Immediate response to fires
The Optisolution system offers temperature monitoring throughout the entire mine, which allows for the exact location of a fire. This enables quick detection and response to threats.
Effective monitoring of ventilation performance
The Optisolution system provides the actual temperature value, which allows you to determine the effectiveness of ventilation in the entire mine, improves working conditions and supports the planning of ventilation systems.
CONVEYOR BELTS
The Optisolution system monitors and alerts against frictional heat increases along the entire length of the conveyor belt, preventing fires and belt damage.
Monitors temperature and vibration in drive equipment, preventing costly breakdowns.
Monitors, diagnoses, tracks and reports on conveyor idler wear across the conveyor belt, increasing efficiency and preventing disasters.
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Leak Detection
The OptiPipe system monitors fuel pipelines for leaks. OptiPipe utilizes acoustic analysis to detect distinct sounds generated by leaks. This enables the rapid identification of the leak location.
Intrusion Detection
OptiPipe systems are capable of detecting attempts to tamper with or intrude upon fuel pipelines. OptiPipe records vibrations and oscillations caused by manipulation or attempts to damage the pipeline, enabling early detection.
Structural Strain Monitoring
OptiPipe monitors the stress and deformation of fuel pipelines. By detecting changes in stress and strain distribution along the entire length of the pipeline, the OptiPipe system identifies areas of increased stress or potential failure points, enabling appropriate maintenance actions to be taken.
External Threat Detection
OptiPipe detects external threats such as ground settlement, ground movements, or temperature changes that can impact the stability of the pipeline. Changes in acoustics recorded by the Distributed Acoustic Sensing (DAS) system can indicate these threats and enable appropriate preventive actions to be taken.
Mechanical Damage Detection
OptiPipe systems monitor pipelines for mechanical damage, such as scratches, cracks, or deformations. OptiPipe records changes in acoustics caused by interactions with the pipeline, enabling the detection and localization of damage, thus facilitating the necessary repairs to be conducted.
Temperature Monitoring
OptiPipe systems can monitor temperature along fuel pipelines. Distributed Acoustic Sensing (DAS) records changes in temperature distribution, allowing for the detection of areas with elevated temperature, potential overheating, or insulation issues.
