Motor Control Training
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
Motor Control Training
July 25 – July 29, 2022
Due to COVID-19, Amatrol Summer Course students are being divided between in-person attendees and remote attendance via Zoom. Please specify your preference when registering.
Equipment Used:
- 85-MT5 Electrical Motor Control
- 85-MT5A Motor Braking
- 85-MT5B Reduced Voltage Starting
- 85-MT5C Variable Frequency AC Drive
- 85-MT5D Electronic Sensors
- 85-MT5E Electronic Counter
- 85-MT5F SCR Speed Control
- 890-FTS Fault Troubleshooting
Instructor’s Course Overview: This course is for college, industry, vocational and university level instructors who teach the basic concepts and skills of electrical motor control. The course features hands-on familiarization with Amatrol’s 85-MT5 Electric Motor Control training system and curriculum in both print-based and interactive multimedia formats. The 85-MT5 includes standard industrial-grade components.
Students will explore the basic principles of electric motor control (both manual and magnetic), principles of ladder logic, standard control circuits such as start/stop and forward/reverse, as well as troubleshooting techniques. Topics include manual motor starters, control transformers, magnetic motor starters, overload protection, reversing techniques, timer relays, and automatic input devices. Advanced topics include motor control troubleshooting, reduced voltage starting, braking methods, and motor speed control. Attendees will learn through a combination of individualized, hands-on learning with motor control trainers and group instruction of concepts and principles.
Pre-Requisites: None
Course Length: 32 Hours
CLOSED – Class if Full