Maintworld Issue3 2016
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
XXXXXX ASSET MANAGEMENT<br />
Making maintenance<br />
management smart<br />
An intelligent maintenance system<br />
brings together technology, data, analyses,<br />
prognosis and resources aiming for<br />
the machines and systems to achieve<br />
highest possible performance levels and<br />
near-zero breakdowns.<br />
To make the most effective use of an<br />
intelligent system you first will need<br />
to think about which data you want to<br />
collect and how. With the right data acquired<br />
from monitoring assets, companies<br />
can obtain a competitive advantage<br />
by gaining relevant insights in the performance<br />
and usage levels of machinery.<br />
By using an intelligent system criticality,<br />
planning, processes, production, use of<br />
resources, maintenance, stock levels and<br />
spare parts can be managed to an optimal<br />
form.<br />
Data collection and remote monitoring<br />
combined with an intelligent maintenance<br />
system enables an informationbased<br />
and future-oriented predictive<br />
and optimal maintenance strategy.<br />
Prognoses and valuable insights can be<br />
created on the future, actual and historical<br />
condition of machines and machine<br />
components.<br />
The ultimate goal of using an intelligent<br />
maintenance system, leading to<br />
32 maintworld 3/<strong>2016</strong><br />
THE ADVANTAGES OF AN<br />
INTELLIGENT MAINTENANCE<br />
MANAGEMENT SYSTEM<br />
• Connecting machines, data, technology<br />
and people throughout the<br />
organization<br />
• Preventative maintenance based on<br />
real-time data, conditions and circumstances<br />
• Transformation of data to information,<br />
to knowledge, to fact-based<br />
maintenance decisions and action<br />
with remote monitoring and diagnostic<br />
systems<br />
• Intelligent decision support tools<br />
• Perform maintenance when the<br />
maintenance activity is most costeffective<br />
• Valuable insights and influence on<br />
machine and components behaviour<br />
predictive maintenance, is to perform<br />
maintenance at a set point in time<br />
when the maintenance activity is most<br />
cost-effective and before the machinery<br />
loses performance within a threshold<br />
of time.<br />
Also of great value is the opportunity<br />
to collect an entire database with diverse<br />
knowledge on certain parts, machines<br />
and suppliers. Knowing how equipment<br />
holds under different circumstances and<br />
usage level. For example, the production<br />
environment, running time, what is processed,<br />
temperature, humidity, operation<br />
of the machine and so on.<br />
Because machines and parts are<br />
monitored for each machine individually,<br />
they are not based on average data<br />
from other machines or supplier specifications.<br />
This has the advantage that the<br />
individual performance curves, circumstances<br />
in production environment, and<br />
the operational strategy and if necessary,<br />
previous data on historical incidents can<br />
be included in the analyses.<br />
Cases<br />
Machine builder case<br />
Together with an international operating<br />
machine builder we started a pilot<br />
project combining sensor data, M2M<br />
communication and an intelligent main-