Mechatronics Training 1
Instructor Training
Instructor Training Classes
- Basic Programmable Controllers: AB CompactLogix L16 - Session A
- Basic Programmable Controllers: AB CompactLogix L16 - Session B
- Basic Programmable Controllers: Siemens S7-1200
- Fluid Power Advanced
- Fluid Power Basics
- Foundation Technologies
- HVAC Heat Pump
- HVAC Mini-Split
- IGNITE Mastering Manufacturing - Course 1 & 2 - Session 1
- IGNITE Mastering Manufacturing - Course 1 & 2 - Session 2
- IGNITE Mastering Manufacturing - Course 3 & 4
- Industry 4.0 Fundamentals (I4F) - Course 1 and Course 2
- Mechanical Drives 1
- Mechatronics PLC Programming - AB CompactLogix L16
- Mechatronics PLC Programming - Siemens S715
- Mechatronics Training - Allen-Bradley Smart Factory
- Mechatronics Training - Siemens Smart Factory
- Mechatronics Training 1
- Motor Control Training
- Process Control - Level and Flow
- Tabletop Mechatronics Training
- Tabletop Mechatronics Training - Smart Factory
Mechatronics Training 1
June 13 – June 17, 2022
Equipment Used:
- 870-S715 Mechatronics for Siemens S7-1500
- 870-AB53A Mechatronics for AB CompactLogix L16
- 87-MS1 Pick and Place Feeding Station
- 87-MS2 Gauging Station
- 87-MS3 Orientation-Processing Station
- 87-MS4 Sorting-Buffering Station
- 87-MS5-P2 Servo Robotic Assembly Station-Pegasus
- 87-MS6 Torque Assembly Station
- 87-MS7 Inventory Storage Station
- 87-MS9 Electro-Hydraulic Station
Instructor’s Course Overview: This course is for college, industry, vocational, and university level instructors who plan to teach courses that combine multiple technologies such as Mechatronics, CIM, Advanced PLCs, or Industrial Maintenance. The course features hands-on familiarization with Amatrol’s 870 Series Mechatronics Learning System using both AB CompactLogix and Siemens S7 PLCs. Students will work with multiple stations individually and collectively to produce an actual industrial product through processes performed on dedicated manufacturing stations.
The course covers a wide array of applications across mechanical, electrical, fluid power, electronics and software technologies.
These applications include variable speed motor control, programmable-controllers, ultrasonic measurement, constant speed motors, electronic sensors, stepper motors, fiber optics, DC motors and robotics. Students are required to perform several industrial oriented tasks that lead to the successful production of an industrial product.
Pre-Requisites:
One of the following:
Or completion of one of the following from a prior year:
Course Length: 32 Hours