Vibramax delivers precision condition monitoring for critical rotating equipment, transforming complex machinery data into proactive maintenance decisions that secure production and save millions
Machine vibration data is collected using a high speed data instrument
The vibration data is analyzed by experienced technicians using sophisticated software.
This will identify developing faults on rotating equipment.
Mechanical faults identified will include Unbalanced. Misalignment. Bearing failure. Resonance. Softfoot (poor foundation mountings).
Electrical faults identified on motors include eccentric motor and broken motor bars.
Successfully managing the condition of hundreds of high-value assets across diverse heavy industries, from power generation to mining.
Proactive maintenance is a forward looking maintenance strategy. Maintenance is planned and scheduled based on equipment condition. It entails identifying critical equipment, prioritizing and selecting appropriate condition monitoring technologies for collecting data. Analysing the data and trending to forecast fault development and. I.e. building a predictive maintenance program. Identifying the root cause of a developing problem moves Predictive maintenance to Proactive maintenance. Proactive maintenance supports operational excellence and asset management, all to enhance company productivity and profit.
The objective of Proactive maintenance to add value to the predictive maintenance program. To increase plant reliability. (Predictive maintenance monitors the health of equipment and identifies developing problems that will cause a breakdown.)
Breakdowns are unscheduled stops. If the root cause of a problem is no identified, repeated breakdowns occur on the same equipment. An expense that can be avoided by implementing Proactive maintenance.
This ensures efficient and effective use of the maintenance resources. (Staff. Spares, Seconds)
Improve reliability reduces maintenance costs, extends the life of assets and increases company profits.
Predictive maintenance uses Condition monitoring technologies to monitor the condition of a machines health.
Data is analysed and trended to forecast developing faults to predict when a failure will occur.
This empowers the maintenance personnel to carry out repairs before a breakdown occurs, but not too soon. This means resources are allocated efficiently.The objective of Proactive maintenance to add value to the predictive maintenance program. To increase plant reliability. (Predictive maintenance monitors the health of equipment and identifies developing problems that will cause a breakdown.)
Breakdowns are unscheduled stops. If the root cause of a problem is no identified, repeated breakdowns occur on the same equipment. An expense that can be avoided by implementing Proactive maintenance.
This ensures efficient and effective use of the maintenance resources. (Staff. Spares, Seconds)
Improve reliability reduces maintenance costs, extends the life of assets and increases company profits.
CM requires collecting data at regular intervals to assesses the health of a machine. Regular condition monitoring will detect developing faults before they cause a breakdown. Faults are caused by incorrect installation, bad operation of equipment and wear. The severity of the faults will increase wit time.
Condition monitoring tracks and trends the parameters that indicate the health of the machine and give an early warning of break down. Unscheduled stops disrupt production, carry the risk of injury to personnel, and will reduce profits.
CM will improve reliability, reduce maintenance costs, and extend the lifespan of critical assets.
Data collected during the onsite visit is analysed to identify the signals produced by specific faults. Each fault type will have a specific spectrum and wave form. This enables identifying the type of fault that is developing, and so make the necessary corrective action.
Accurate diagnostics will ensure early detection of developing faults, so that shut downs can be planned for maintenance. This strategy will eliminate unplanned downtime. Condition monitoring and identifying the root cause of the problems, to ensure precision maintenance, contributes to the Pro-active maintenance strategy. Pro-active maintenance is a superior maintenance strategy to Time based Preventative maintenance.
Condition monitoring is essential to Asset management. It improves operational efficiency and reliability. Correct diagnostics is critical to ensure success of the Condition Monitoring program.
CM requires collecting data at regular intervals to assesses the health of a machine. Regular condition monitoring will detect developing faults before they cause a breakdown. Faults are caused by incorrect installation, bad operation of equipment and wear. The severity of the faults will increase wit time.
Data collected during the onsite visit is analysed to identify the signals produced by specific faults. Each fault type will have a specific spectrum and wave form. This enables identifying the type of fault that is developing, and so make the necessary corrective action.
Accurate diagnostics will ensure early detection of developing faults, so that shut downs can be planned for maintenance. This strategy will eliminate unplanned downtime. Condition monitoring and identifying the root cause of the problems, to ensure precision maintenance, contributes to the Pro-active maintenance strategy. Pro-active maintenance is a superior maintenance strategy to Time based Preventative maintenance.
Condition monitoring is essential to Asset management. It improves operational efficiency and reliability. Correct diagnostics is critical to ensure success of the Condition Monitoring program.
Unlock the true potential of your operations with expert vibration analysis, precise diagnostics, and predictive maintenance solutions. Vibramax delivers the data and clear recommendations you need to manage total asset health, prevent catastrophic failure, and secure maximum operational uptime.