THE MARCH TOWARD INDUSTRY 4.0
Industrial Revolution 1.0 to 4.0
1700's
Industrial Revolution 1.0
Early Machine are Powered by Water and Steam
1800's
Industrial Revolution 2.0
Mass Production is Powered by Electricity
1950-2010
Industrial Revolution 3.0
Electronics are Integrated with Machinery to Automate Production
2015
Industrial Revolution 4.0
The Internet of Things(IoT): Machinery-Physical Systema are monitored by electronic sensing technology which connects people to machinery and enables production gains
THE MARCH TOWARD INDUSTRY 4.0
Machine Maintenance 1.0 to 4.0
1.0 Skilled Maintenance
Early Manufacturing Had Plentiful Low Cost Specialized Maintenance Workers to Keep Equipment Running.
2.0 Periodic Maintenance
Periodic Scheduled Maintenance Reduced the Number of Maintenance Workers Required But Demanded Regular Service.
3.0 Run To Failure
Elimination of Skilled Maintenance in Many Factories Leads to Frequent Machine Breakdowns and Loss of Production (Today).
THE MARCH TOWARD INDUSTRY 4.0
Web 4.0 Enables Industry 4.0 on the Plant Floor
1995: Web 0.1
Individual Documents Become Connected Via HTML
2000: Web 1.0
Connected Companies BecomeCconnected Through The Internet
2005: Web 2.0
People Become Connected Through E-Mail
2010: Web 3.0
People and Companies Become Connected Through Social Networks
2015: Web 4.0
The Internet of Things (loT) creates new business for OEM Manufactures By differentiating with Predictive Maintenance and Service/Parts enhancements
Industrial Revolution 1.0 to 4.0
Grid Networks Enhance Industry 4.0 Connectivity
Grid 1: Office Grid
Business Machines and Production Planning are Connected
Grid 2: Home Grid
Consumer devices are connected to people through the Cloud
Grid 3: Factory Grid
People communicate with machines through Ethernet
Grid 4: Predictive Maintenance Grid
The Convergence of Production Machines with Sensor Technology which Actively Monitors Machine Conditions and Communicates via Cloud and Bluetooth