Condition Monitoring of Rotary equipment
Equipment failure in large factories is often a major problem that can lead to production line downtime, financial losses, and even irreparable human injury.
Today, condition-based maintenance and repair (CM) methods have replaced traditional PM methods to meet the needs of factories in keeping machinery ready for service and making optimal use of them. In CM systems, the use of intelligent and online fault detection and identification methods, and the subsequent use of intelligent electromechanical equipment management systems, is gradually becoming a necessity. Failure to use these methods challenges the effectiveness of CM-based condition monitoring systems.
On the other hand, the failure to select and optimize electric motors, as the main drivers of rotating equipment, can not only cause various failures in the system, but also lead to unwanted increases in energy consumption in rotating electrical systems.
SmartMonitor
As one of the latest achievements in this field of monitoring engineering, the SmartMonitor system has been developed by Parico to intelligently, continuously, online, and centrally monitor equipment such as motors, gearboxes, fans, pumps, conveyors, compressors, and more.
The SmartMonitor system, by measuring and analyzing various signals from the electric motor current (motors with power from hundreds of watts to several megawatts), vibrations, sound, and temperature, and using artificial intelligence algorithms, detects and identifies the source of most electrical and mechanical faults in rotating equipment from the moment they occur.
The SmartMonitor system provides online and real-time analysis results to the relevant units and individuals, classified by priority and importance of the alert and notification.
The SmartMonitor system measures the energy consumption of electric motors and provides the necessary alerts if there are unacceptable losses. (Potential to reduce energy consumption by up to 18% and operating costs by up to 30%)
The SmartMonitor system can be upgraded to an enterprise-level equipment management system.
Features | Subsystem |
| Equipment |
| Energy Optimization:
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| Data Transmission (Cloud):
|
| Alarm Management:
|
| Equipment Health Management: – |
| Electromechanical Asset
|
| Technical Support:
|
Benefits of Using the SmartMonitor System:
Early Fault Detection: The SmartMonitor system can detect motor and equipment failures several weeks before a complete breakdown (out of service). This early detection allows for proactive maintenance and prevents costly downtime.
Reduced Maintenance Costs: The system can significantly reduce maintenance costs, with reported savings ranging from 30% to 70% compared to traditional methods. The exact savings depend on the number and size of motors being monitored but can range from millions to billions of Iranian rials annually.
Identification of Fault Type and Origin: The SmartMonitor system goes beyond simply detecting faults; it can also identify the type and origin of the fault. This information is crucial for targeted maintenance and root cause analysis. The system can identify faults in the following subsystems:
- Motor: Shaft, bearings, electrical faults, and more
- Gearbox: Belt and pulley, conveyor system near the motor
- Fan: Compressor
Reduced Downtime: By detecting faults early and enabling proactive maintenance, the SmartMonitor system can significantly reduce downtime, keeping equipment operational and production lines running smoothly.
Centralized Condition Monitoring: The system provides centralized monitoring of equipment health and fault conditions. This centralized view allows operators and maintenance teams to quickly identify and address potential issues, ensuring efficient maintenance planning and management.
Energy Optimization: The SmartMonitor system can monitor energy consumption and identify potential energy inefficiencies. This information can be used to optimize energy usage, reducing costs and improving environmental sustainability.
24/7 Continuous Monitoring: The system provides continuous monitoring around the clock, ensuring that equipment is always under surveillance and potential problems are detected promptly.
Enhanced System Reliability and Safety: By preventing unexpected failures and ensuring proper maintenance, the SmartMonitor system contributes to improved system reliability and safety.
Real-time Fault Alerts: The system provides real-time fault alerts to both the central control unit and the maintenance and repair team. This immediate notification allows for quick response and minimizes downtime.
Historical Fault and Repair Data: The SmartMonitor system records and provides historical data on faults and repairs. This data is valuable for trend analysis, identifying recurring issues, and improving maintenance strategies.
Equipment Trend Reports and Charts: The system generates reports and charts that visualize trends in equipment performance and health. These visual representations provide valuable insights for maintenance planning and decision-making.
Predictive Maintenance: The system can be used for predictive maintenance, estimating the remaining useful life of equipment and scheduling maintenance accordingly. This proactive approach prevents unexpected failures and optimizes maintenance resource allocation.
In summary, the SmartMonitor system offers a comprehensive solution for condition monitoring, fault detection, and predictive maintenance of rotating equipment. By implementing this system, businesses can significantly reduce downtime, improve equipment reliability and safety, optimize energy consumption, and lower maintenance costs.
SmartMonitor Intelligent and Online Monitoring System in the Oil and Petrochemical Industry
Online and centralized monitoring of machinery and equipment used in the oil and petrochemical industry can play a significant role in reducing maintenance costs in this industry.
The ability to predict failures and estimate the remaining life of systems is one of the most important features of the SmartMonitor system in avoiding in-service failures.
Some of the equipment that can be monitored in the oil and petrochemical industry:
- Various electric motors used in:
- Pumps, compressors, conveyors, fans, etc.
- Various generators used in:
- Refinery facilities, oil rigs, power plants
- Various transformers in:
- Substations, transmission lines, refinery facilities, etc.
Benefits of using the SmartMonitor system in the oil and petrochemical industry:
- Reduced maintenance costs: By detecting faults early and enabling proactive maintenance, the SmartMonitor system can significantly reduce maintenance costs.
- Improved equipment reliability and safety: By preventing unexpected failures and ensuring proper maintenance, the SmartMonitor system contributes to improved equipment reliability and safety.
- Reduced downtime: Early fault detection and proactive maintenance can significantly reduce downtime, keeping equipment operational and production lines running smoothly.
- Optimized energy consumption: The SmartMonitor system can monitor energy consumption and identify potential energy inefficiencies. This information can be used to optimize energy usage, reducing costs and improving environmental sustainability.
- Extended equipment life: By providing insights into equipment health and operating conditions, the SmartMonitor system can help extend equipment life and reduce replacement costs.
How the SmartMonitor system works:
The SmartMonitor system consists of a network of sensors that collect data on various equipment parameters, such as vibration, temperature, pressure, and current. This data is transmitted to a central server where it is analyzed using advanced algorithms to detect faults and predict potential failures. The system then generates alerts and notifications to inform operators and maintenance personnel of potential issues, allowing them to take corrective action before a failure occurs.
Examples of how the SmartMonitor system is used in the oil and petrochemical industry:
- Monitoring pump health: The SmartMonitor system can be used to monitor the health of pumps, detecting faults such as bearing wear, cavitation, and seal leakage. Early detection of these faults can prevent catastrophic pump failures that can lead to significant downtime and production losses.
- Predicting compressor failures: The SmartMonitor system can be used to predict compressor failures by analyzing vibration data. This information can be used to schedule maintenance before a failure occurs, preventing unplanned downtime and ensuring compressor reliability.
- Optimizing transformer efficiency: The SmartMonitor system can be used to monitor transformer efficiency and identify potential energy inefficiencies. This information can be used to optimize transformer loading and reduce energy consumption.
Overall, the SmartMonitor system is a valuable tool for the oil and petrochemical industry, offering a range of benefits that can improve operational efficiency, reduce costs, and enhance safety.
Applications of the SmartMonitor Intelligent and Online Monitoring System in the Steel Industry
In the steel and ironmaking industries, maintenance costs typically account for a significant portion of a company’s operating expenses. Failure to implement appropriate and timely maintenance activities can lead to significant costs in compensating for damage caused by developing failures, accident losses, and in-service downtime costs.
The use of intelligent and up-to-date processes and systems for equipment monitoring and condition-based maintenance can be effective in reducing these costs.
Some of the equipment that can be monitored by the SmartMonitor system:
- Steam turbines
- Boiler feed pumps
- Cranes
- Various rollers
- Conveyors
- Cold and hot cutting systems
- And more
– Types of fans used in various halls including:
- Hot air and cooling fans
- Combustion air fans
- Waste gas fans
- Cooling tower fans
- And more
Benefits of using the SmartMonitor system in the steel industry:
- Reduced maintenance costs: By detecting faults early and enabling proactive maintenance, the SmartMonitor system can significantly reduce maintenance costs.
- Improved equipment reliability and safety: By preventing unexpected failures and ensuring proper maintenance, the SmartMonitor system contributes to improved equipment reliability and safety.
- Reduced downtime: Early fault detection and proactive maintenance can significantly reduce downtime, keeping equipment operational and production lines running smoothly.
- Extended equipment life: By providing insights into equipment health and operating conditions, the SmartMonitor system can help extend equipment life and reduce replacement costs.
- Optimized energy consumption: The SmartMonitor system can monitor energy consumption and identify potential energy inefficiencies. This information can be used to optimize energy usage, reducing costs and improving environmental sustainability.
How the SmartMonitor system works:
The SmartMonitor system consists of a network of sensors that collect data on various equipment parameters, such as vibration, temperature, pressure, and current. This data is transmitted to a central server where it is analyzed using advanced algorithms to detect faults and predict potential failures. The system then generates alerts and notifications to inform operators and maintenance personnel of potential issues, allowing them to take corrective action before a failure occurs.
Examples of how the SmartMonitor system is used in the steel industry:
- Monitoring steam turbine health: The SmartMonitor system can be used to monitor the health of steam turbines, detecting faults such as bearing wear, blade erosion, and valve leakage. Early detection of these faults can prevent catastrophic turbine failures that can lead to significant downtime and production losses.
- Predicting crane failures: The SmartMonitor system can be used to predict crane failures by analyzing vibration data. This information can be used to schedule maintenance before a failure occurs, preventing unplanned downtime and ensuring crane reliability.
- Optimizing fan efficiency: The SmartMonitor system can be used to monitor fan efficiency and identify potential energy inefficiencies. This information can be used to optimize fan loading and reduce energy consumption.
Overall, the SmartMonitor system is a valuable tool for the steel industry, offering a range of benefits that can improve operational efficiency, reduce costs, and enhance safety.
SmartMonitor Intelligent and Online Monitoring System in the Automotive Industry
Unforeseen failures in automotive production lines can lead to sudden and unforeseen interruptions in the production process (in terms of timing and duration of line stoppages). This can result in significant financial losses on an annual basis.
Analyzing data collected from rotating equipment and identifying and detecting faults and failures as early as possible minimizes the risk of unplanned downtime.
Some of the equipment that can be monitored in the automotive industry:
- Various robots used in assembly and production lines for welding, painting, assembly, transportation, and quality control
- Lifts and cranes used for handling heavy parts such as engines, gearboxes and chassis, assembly of parts and handling of materials
- Conveyors and various electric motors used in pumps, compressors, conveyors, fans, etc.
Benefits of using the SmartMonitor system in the automotive industry:
- Reduced downtime: By detecting faults early and enabling proactive maintenance, the SmartMonitor system can significantly reduce downtime, keeping equipment operational and production lines running smoothly.
- Improved product quality: By monitoring equipment health and preventing failures, the SmartMonitor system can help improve product quality by reducing the number of defects caused by equipment malfunctions.
- Reduced maintenance costs: By extending equipment life and preventing catastrophic failures, the SmartMonitor system can help reduce maintenance costs.
- Enhanced safety: By identifying potential safety hazards and providing timely alerts, the SmartMonitor system can help improve safety in the workplace.
- Optimized energy consumption: The SmartMonitor system can monitor energy consumption and identify potential energy inefficiencies. This information can be used to optimize energy usage, reducing costs and improving environmental sustainability.
How the SmartMonitor system works:
The SmartMonitor system consists of a network of sensors that collect data on various equipment parameters, such as vibration, temperature, pressure, and current. This data is transmitted to a central server where it is analyzed using advanced algorithms to detect faults and predict potential failures. The system then generates alerts and notifications to inform operators and maintenance personnel of potential issues, allowing them to take corrective action before a failure occurs.
Examples of how the SmartMonitor system is used in the automotive industry:
- Monitoring robot health: The SmartMonitor system can be used to monitor the health of robots, detecting faults such as bearing wear, motor overheating, and control system errors. Early detection of these faults can prevent catastrophic robot failures that can lead to significant downtime and production losses.
- Predicting conveyor failures: The SmartMonitor system can be used to predict conveyor failures by analyzing vibration data. This information can be used to schedule maintenance before a failure occurs, preventing unplanned downtime and ensuring conveyor reliability.
- Optimizing fan efficiency: The SmartMonitor system can be used to monitor fan efficiency and identify potential energy inefficiencies. This information can be used to optimize fan loading and reduce energy consumption.
Overall, the SmartMonitor system is a valuable tool for the automotive industry, offering a range of benefits that can improve operational efficiency, reduce costs, enhance safety, and improve product quality.