Industry 4.0 Training
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Machining & Advanced ManufacturingSmart CBM Lab for Industry 4.0
SMART CONDITION BASED MONITORING LAB FOR INDUSTRY 4.0
Predictive maintenance is one cornerstone of Advanced manufacturing and Industry 4.0. Using Smart sensors to obtain real-time, relevant information from all corners of the smart factory, artificial intelligence can sense and foresee failures, triggering maintenance before downtime occurs.
The Intelitek CBM (Condition Based Monitoring) Sensor Lab is a complete kit of hardware, software, learning materials and exercises to enable students to understand how sensors work and how to use them in real industrial processes for predictive maintenance.
SKILLS YOU WILL LEARN:
- About different types of sensors and how they work
- The role of smart sensors in Industry 4.0 ecosystems and the benefits of CBM sensors
- To install, configure, calibrate, and monitor sensors
- Setting up sensor communications and to read and analyze the data and graphs received from the Smart Sensor
- The role of sensors in predictive maintenance
- Identifying faults and resolving them
- Setting up thresholds and automated alerts and alarms about anomalies in the system
- Troubleshooting
RECOMMENDED CURRICULUM
The CBM Lab includes exercises and drills to practice hands on skills with Sensors, IoT and Industry 4.0 communications. The curriculum below are recommended as prerequisite knowledge to expand the students theoretical knowledge:
- Introduction to Industry 4.0
- Intro. to IoT & Connectivity for I4.0
- Advanced IoT & Connectivity for I4.0
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Machining & Advanced ManufacturingSmart Sensor Lab for Industry 4.0
SMART SENSOR WITH IO-LINK HANDS-ON LAB FOR INDUSTRY 4.0 TRAINING PROGRAMS
Educating students on smart sensors and the communication systems related to sensors is essential for the Industry 4.0 workforce.
industry 4.0 uses real-time data collected from smart sensors on the plant floor. The data collected from the equipment can be analyzed, formulated, and shared to all levels of plant operations, maintenance, and management.
With IoT, wired and wireless networks, sensor data is accessible to people and to systems globally, enabling smart functionality.
Using IO-Link, actual sensor data can be collected and shared with control systems enabling predictive maintenance, advanced operations management, real-time flexible manufacturing and optimization planning.
SKILLS YOU WILL LEARN:
About sensors and smart sensors
- What is IO-Link
- What are the different types of protocol connections
- How to install Smart Sensors in your lab
- To use the parameter setting software
- To read the data received from sensors
- How to configure and customize the IoT Platform
- How to perform Predictive Maintenance
RECOMMENDED CURRICULUM
The Smart Sensor Lab includes exercises and drills to practice hands on skills with Sensors, IoT and Industry 4.0 communications. The curriculum below are recommended as prerequisite knowledge to expand the students theoretical knowledge:
- Introduction to Industry 4.0
- Intro. to IoT & Connectivity for I4.0
- Advanced IoT & Connectivity for I4.0
INTELITEK SMART SENSOR TRAINING SOLUTION
The Smart Sensor training lab enables educators to provide hands on and theory training to students in advanced manufacturing or process management programs to fully understand the world of sensors and the communications that connect them.
The solution includes advanced smart sensor lab hardware, lab exercises and software tools to work with Smart Sensors.
Standalone Lab – the kit can be used as a standalone lab to augment advanced manufacturing programs.
Sensor Integration Kit – the smart sensors can be installed and integrated into the Intelitek Robotics Cart, flexible manufacturing (FMS), computer integrated manufacturing (CIM), JMTS, or mechanical maintenance trainers to upgrade them to Industry 4.0.
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