Vibration Analysis

Vibration Analysis is a critical tool for understanding the condition of industrial machinery.

Vibration analysis is one of the most commonly used methods to gather detailed measurements. Vibration levels are then measured against historical baseline values to detect any anomalies and to assess severity. Interpreting the signals is an elaborate process that requires specialised experience.

At Wallace Murray Electrical we use state of the art technologies for data procurement and analysis. Examining individual frequencies is a common technique in vibration analysis which can often be used to identify the root cause of any mechanical problems. Examples may include increased signals at specific frequencies.

Comprehensive vibration analysis can be used to detect equipment wear before failure occurs. This gives ample time to schedule maintenance or repair, minimising costly downtime as much as possible.

Frequency analysis is only one aspect of evaluating vibrations. we apply a number of techniques and specialised equipment for detailed assessments. Our professionals consider numerous aspects, from the historical trends of vibrations to bearing temperatures and more. Our analysts examine the data for any changes that may indicate an impending failure with the equipment. Larger machines typically employ permanent monitoring systems rather than the use of a handheld device.

Vibration Monitoring

Keep your work site safe, minimise downtime and increase productivity by including Vibration Monitoring as a part of your environmental management plan!

Vibration Monitoring is a core component of condition monitoring for any and all heavy machinery used in commercial and industrial environments.

Heavy machinery used in commercial and industrial environments must go through routine testing to identify any major issues. Condition monitoring is a major aspect of predictive maintenance and involves measuring aspects such as vibrations. The process ensures safe operation of heavy machinery.

Why is Vibration Monitoring Important?

• Schedule maintenance for machinery

• Ensure safe operation for personnel

• Prevent machinery failure

• Extend machinery lifespan

• Minimise downtime

• Increase productivity

Machinery that is not monitored on a regular basis is more likely to lead to failure. Vibration monitoring services are typically used for rotating equipment such as pumps, electrical motors, and combustion engines. Visual inspections are often not sufficient to perform such tests as advanced equipment is needed for a complete analysis.

Vibration monitoring can identify problematic machine faults including misalignment and looseness. A periodic monitoring program assesses the vibration levels over time, giving a more detailed overview at the equipment. It also enables a more accurate assessment of any faults present in the equipment.

Vibration monitoring programs are strongly recommended as a precaution to minimise downtime and prevent unexpected failures. This is accomplished through scheduled maintenance leading to early detection. Wallace Murray has extensive experience with providing solutions for a range of machines across different industries.