Condition monitoring is a process that helps predict the condition of equipment based on collected data from sensors. This type of monitoring technology assists in identifying potential issues with machinery, allowing for proactive maintenance and improved system reliability. It can be used to monitor everything from complex industrial systems to simple machines like pumps, motors, and conveyor belts. With condition monitoring, you can catch problems before they become serious or even catastrophic failures.

Benefits Of Condition Monitoring

Condition monitoring offers numerous benefits when it comes to keeping machinery running smoothly and efficiently. By using condition-monitoring technologies such as vibration analysis, oil condition tracking, thermography imaging and other methods, potentially costly downtime due to mechanical failure can be avoided. In addition, condition monitoring allows for cost savings through better scheduling and improved efficiency. It also reduces overall maintenance costs due to improved condition-based maintenance strategies.

Best Practices For Condition Monitoring

When it comes to condition monitoring, there are several best practices that should be followed in order to maximize the benefits of the technology:

  1. Have a plan – Before moving forward with condition monitoring, it’s important to create a well-defined action plan that outlines what will be monitored as well as how data will be collected and tracked.
  2. Establish baselines – Establishing baseline readings is important so that you can quickly identify changes in equipment condition over time. This helps catch potential issues before they become serious problems.
  3. Monitor regularly – Regular condition monitoring is key to ensure that any changes in condition are detected early and resolved quickly.
  4. Keep records – Keeping detailed records of condition-monitoring results helps you track progress over time and identify trends or patterns.
  5. Invest in the right equipment – Investing in reliable condition-monitoring equipment is essential for accurate readings and data collection.

Tools For Condition Monitoring

There are a variety of condition-monitoring tools available to help with your condition monitoring needs, including:

  • Vibration analysis – This tool measures vibration levels on rotating machinery with the help of accelerometers and other sensors. It can be used to detect potential issues such as imbalance, misalignment, looseness, bearing condition, and more.
  • Oil condition tracking – This tool helps monitor the condition of oil in machinery, allowing you to detect issues such as sludge build-up, oxidation, wear particles, water contamination, and other potential problems.
  • Thermography imaging – This non-contact technology uses infrared sensors to measure temperature changes on equipment surfaces. It can be used to detect overheating components or insulation issues.
  • Ultrasound analysis – This tool uses high frequency sound waves to detect leaks or other problem areas in machinery.
  • Data logging/remote monitoring – Data logging allows for condition data to be logged remotely and monitored over time. With remote condition monitoring, data can be collected from multiple machines at once, making it easier to spot potential problems.


Condition monitoring is a valuable tool for keeping machinery running at peak efficiency and avoiding costly downtime due to mechanical failures. By implementing best practices such as establishing baselines, monitoring regularly, and investing in the right condition-monitoring equipment, you can maximize the benefits of condition monitoring. For more information about condition monitoring technologies and how they can help your business, be sure to check out Faraday Predictive’s condition-monitoring solutions.