Condition monitoring: An introduction to modern maintenance technology

07.11.2024 by Annalena Rauen

An employee in a lab looks at a 3D image of a construction with the help of augmented reality

English


 

Condition monitoring is more than just a technology - it protects machines from unexpected breakdowns, can monitor goods carriers worldwide and is therefore a strategic advantage in an increasingly digitalized and competitive world.  

Smart real-time monitoring enables the identification of issues before they occur, transforming potential disruptions into opportunities. Companies that adopt condition monitoring maintain a competitive edge, positioning themselves as leaders with this game-changing technology. 



What is condition monitoring?

Condition monitoring, often referred to as condition monitoring, is a crucial tool in modern maintenance. By continuously monitoring machines, systems and goods carriers, critical data can be recorded in real time. This information makes it possible to identify problems at an early stage and initiate targeted maintenance measures. Condition monitoring helps companies to reduce downtime, extend the service life of equipment and increase overall operational efficiency. 

What are the goals of condition monitoring?  

Condition monitoring has a number of important objectives that help companies to increase efficiency and reduce costs:

  • Early detection of problems: Machine condition monitoring makes it possible to detect wear and tear, malfunctions, or unusual operating conditions at an early stage. By continuously monitoring machine parameters such as vibrations, temperature, pressure or noise levels, anomalies can be detected before they lead to major damage.


  • Minimization of downtimes: A key objective of condition monitoring is to minimize unplanned downtime and potential hazards during transport Real-time monitoring and analysis of machine conditions and goods carriers means that necessary maintenance work can be planned and carried out before a breakdown occurs. This ensures greater uptime and increases the availability of machines and systems.


  • Optimization of maintenance planning: Condition monitoring enables needs-based maintenance by providing accurate information about the current condition of machines. Instead of relying on rigidly defined maintenance intervals, maintenance work can be planned on the basis of actual machine conditions. This not only optimizes maintenance costs, but also the use of resources and the service life of the machines.


  • Cost reduction: Through the combination of early detection, minimized downtimes and optimized maintenance planning, condition monitoring leads to considerable cost savings. Avoidable breakdowns are reduced, which lowers direct repair and spare parts costs. In addition, production interruptions are minimized, which increases efficiency and improves profitability.

What is the difference between condition monitoring and predictive maintenance?   

Condition monitoring and predictive maintenance are closely linked. Condition monitoring serves as the basis for predictive maintenance by continuously collecting data on the condition of machines and systems. This data is analyzed to identify patterns and errors that could indicate future failures. Predictive maintenance uses this information to carry out maintenance work exactly when it is necessary, instead of adhering to fixed maintenance intervals. The result is an optimized maintenance strategy that minimizes downtime, reduces costs and extends the service life of the machines.  


 

The most important condition monitoring techniques

Condition monitoring uses various technologies to monitor machines and systems in real time. Each of these technologies offers specific advantages for the early detection of problems and the optimization of maintenance planning. Below we provide an overview of the most important condition monitoring technologies used in various application areas.



How condition monitoring and IoT work together  

How an IoT network works: data acquisition, data transmission, data processing and data evaluation

Condition monitoring and the Industrial Internet of Things (IIoT) work hand in hand to maximize machine efficiency and reliability. IIoT makes it possible to integrate sensors into machines, systems, and product carriers on a large scale in order to continuously monitor various operating parameters such as vibrations, temperature, pressure, and humidity. These sensors are often wirelessly networked and send their data in real time via the IIoT network to centralized or cloud-based systems.

The collected data is then transmitted in real time via IIoT platforms and evaluated using advanced analysis tools, including big data and artificial intelligence. This allows anomalies and potential problems to be detected at an early stage. Thanks to IIoT networking, machines, systems, and product carriers can even be monitored and controlled remotely. Technicians and managers have access to the condition of the machines at all times via mobile devices or central control centers and can intervene immediately if necessary, even if they are not on site. By combining condition monitoring and IoT, companies can move from a reactive to a preventive and predictive maintenance strategy.


 

Condition monitoring is especially useful in the following areas

Person mit Tablet vor einer Produktionsanlage

Machine condition monitoring identifies problems such as vibrations or overheating in machines at an early stage, which prevents breakdowns and ensures productivity. In addition, monitoring production processes helps to detect deviations that could affect the quality of the end products.  

Zwei Personen mit Schutzhelmen vor Windrädern.

By monitoring rotor blades in wind turbines, as well as turbines and generators, potential failures can be prevented, enhancing energy efficiency.

Ein Mann in Arbeitskleidung weist mehrere Lkw an einem Containerhafen ein.

Monitoring engines and brakes in vehicle fleets helps reduce breakdowns and enhance safety. Additionally, torque sensors can be used to measure engine performance and fuel consumption.

Frau mit Helm in Fabrikhalle schreibt auf ein Tablet

Machine condition monitoring prevents environmental disasters by detecting leaks and corrosion in pipelines at an early stage. On drilling platforms, for example, it monitors pumps and compressors to ensure their smooth operation. 

Mann mit einem Bauhelm und einen Gebäudeplan in der Hand auf einer Gebäudeterasse

Condition monitoring optimizes the efficiency of heating, ventilation, and air conditioning systems, reducing energy consumption. Monitoring elevators and escalators further ensures safety and minimizes the risk of breakdowns.

Ein Blick aus dem All auf die Erdkugel

Monitoring engines and hydraulic systems is essential for the safety and reliability of aircraft. In space travel, condition monitoring supports the long-term operation of satellites and space stations by overseeing critical systems.

Mann mit einem digitalen Bauplan in der Hand

Condition monitoring minimizes failures in the harsh conditions of mining by continuously monitoring machinery. It also ensures that the air quality in mines is maintained, which is crucial for the safety of workers.  

Kran hebt Wasseraufbereitungs-Container von Lkw

Monitoring pumps and valves ensures the smooth operation of water treatment and wastewater systems to prevent breakdowns.  

Whether in transport and logistics, waste management, industrial manufacturing, or equipment and tool rental, the efficient tracking and condition monitoring of load carriers, goods, and resources is essential to monitor the arrival of goods and avoid time-consuming searches for assets.  





Why should companies rely on condition monitoring?  

Condition monitoring is more than just a technical tool; it's a strategic decision that empowers companies to maximize the utilization of their machines and systems while avoiding unexpected breakdowns. With advancing digitalization and the expanding potential of the Internet of Things, this technology is poised to become increasingly vital in the years ahead. Companies that adopt condition monitoring early gain not only a competitive advantage but also secure their production capacity and cost efficiency over the long term. Now is the ideal time to set the foundation for a future-proof maintenance strategy.


 

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Ready.Set.Track!

Do you want to keep a constant eye on your assets? With our Track and Trace service, you'll always have complete oversight of your valuable goods, cargo, and containers. Equip your business with the efficient Track and Trace technologies today!

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Do you want to keep a constant eye on your assets? With our Track and Trace service, you'll always have complete oversight of your valuable goods, cargo, and containers. Equip your business with the efficient Track and Trace technologies today!

More about Track and Trace

Annalena Rauen
Annalena Rauen

Marketing Manager IoT

Back in 2016, Anna worked on IoT topics at Deutsche Telekom for the first time. Since then, she has been supporting customer best practices in a wide range of industries – always focusing on the benefits that the Internet of Things can provide. Her IoT blogposts describe real use cases and the value these innovations add to market players, their business models, and even entire industries.

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