Industrial manufacturing
Industrial Internet of Things | Industrial materials | Equipment Maintenance and Repair | Industrial programming |
home  MfgRobots >> Industrial manufacturing >  >> Manufacturing Technology >> Industrial Technology

Condition‑Based Maintenance: How It Works and Its Benefits

Condition Based Maintenance or CBM is a maintenance strategy that focuses on the availability, reliability or maintenance cost of an asset. Through pre-diagnosis of equipment, the asset is monitored on a continuous basis to prevent asset failure.

This maintenance strategy aims to extend the life of machinery, increase productivity and reduce operating costs by determining when and what type of maintenance each asset needs, long before failure.

In addition, CBM considers all types of parameters that can affect the asset’s functionality, such as temperature or environment, providing an optimal control of the machine’s condition.

 

What is Condition Based Maintenance?

As has been explained in other articles, maintenance is a key element in achieving higher levels of availability and reliability at the lowest cost. The conditional strategy is based on the assumption that it is not possible to determine a priori the useful life of each part and that, therefore, it is better to review each asset with different techniques to assess whether it is worth intervening or not.

Compared to predictive maintenance, condition-based maintenance or CBM measures maintenance based on real-time sensor measurements.

 

 

For example, a factory needs to know if a part of one of the machines in the production process is working properly. Applying Condition Based Maintenance, the amount of vibration produced by the part to be analysed is used as a critical parameter. If the vibration exceeds unsafe levels, an incident is reported to the maintenance team, which will immediately take care of the solution.

In this way, Condition Based Maintenance only performs its function when necessary, reducing unplanned downtime events and maximising maintenance time.

 

Condition Based Maintenance types

These are some of the parameters that are taken into consideration when measuring and evaluating which asset needs to be checked or repaired.

Vibration. It may be imperceptible to the human eye, but certain rotating equipment, such as motors or pumps, produce a certain amount of vibration to perform their tasks. As these parts degrade, the vibration of the part is triggered. In an MBC, vibration sensors are able to detect at what point this movement signals a bearing failure or other problem.

Infrared Thermography. This uses a thermal imager to detect radiation coming from a part, which will be converted into temperature and show an image of the temperature distribution on the object in real time. This type of monitoring is ideal for checking gas or liquid levels in an asset.

Ultrasonic maintenance. Ultrasonic sensors are capable of detecting potentially faulty assets. Sometimes a machine malfunction creates certain sounds that ultrasonic sensors are able to identify.

Oil analysis. Oil analysis measures particles that show the health of the lubricant, contamination and deterioration of an asset.predec

 

Condition Based Maintenance Anvantages

There are many types of maintenance that you can apply in your industrial business. Here are some of the advantages of Condition Based Maintenance.

 

Nexus Integra for Condition Based Maintenance for your industrial business

Nexus Integra is the integrated operations platform that will help you manage your company’s maintenance with maximum effectiveness. Reduce costs, prevent breakdowns and other unexpected incidents by applying Condition Based Maintenance.

In addition, Nexus Integra allows you to automate and control processes in real time, obtaining a 360-degree vision of the company, thanks to its capacity to integrate with new and existing systems.

Contact the Nexus Integra team to digitise your company and achieve operational excellence.

 


Industrial Technology

  1. Honing: Process, Parameters, Types, and Key Advantages for Superior Surface Finish
  2. Understanding Casting Patterns: Types, Benefits, and Color Schemes
  3. Investment Casting Explained: History, Process, and Modern Techniques
  4. Smart Manufacturing: Definition, Benefits, and Implementation
  5. IMMP vs. CMMS: Key Differences & Advantages for Modern Maintenance
  6. Preventive Maintenance Explained: Key Benefits for Asset Reliability
  7. Predictive Maintenance Explained: Why It’s Essential for Modern Facilities
  8. The Role of a Maintenance Director: Responsibilities & Impact
  9. Graphene: The Ultra‑Strong, Ultra‑Conductive Carbon Layer Changing Technology
  10. Precision Maintenance: Definition, Benefits, and Real‑World Examples