Troubleshooting Motor Circuits (TMC)
Diagnose malfunctions in motor circuits and their controls working through a realistic garage door simulation.
Learn a principles of operation of typical motor circuits and their components using guides, labs and simulations
Develop principles of operation of typical motor circuits and their components using guides, labs and simulations
Master effective testing methods and techniques for safely finding opens and shorts in electrical circuits
Troubleshoot more than 45 motor circuit faults of varying difficulties
Troubleshooting Motor Circuits Features
Skill testing faults
“The software is working out great. It’s worth making sure that our new maintenance people go through the programs and now it’s going to be a mandatory part of their training. I’ve seen the difference in the few people I’ve run through. The more practice I can get these new troubleshooters the better.”Dana M.
Troubleshooting Motor Circuits includes a motor lab and several motor circuit components labs where you can learn about motor circuit concepts.
The industrial garage door simulation included in this module contains components such as three-phase motors, transformers, contactors, overloads, fuses, push buttons and limit switches.
Troubleshooting scenarios cover both three-phase power circuits as well as the control portion of these motor circuits. The simulations contain over 50 circuit malfunctions to solve with faults containing:
- Operate the garage door both electrically and manually
- Take voltage, resistance, and current readings with a multimeter
- Inspect, Repair and Replace electrical and mechanical components
- Disconnect and ring out wires, and
- Trace and replace wires
This simulation contains over 50 circuit malfunctions to solve with faults with a variety of issues, such as:
- Broken wires and loose connections
- Wires shorted to ground
- Defective motors and other components
- Mechanical defects
- Challenges all expertise levels with multiple degrees of fault difficulty in each simulation
- Demonstrations, hands-on labs and continuous performance measurement
- Step-by-step guides help users apply new problem solving techniques to solve faults
- Printable resources including circuit diagrams, schematics and worksheets
- Extra and Genius Faults available for skill maintenance
- Anyone who needs to learn to troubleshoot three-phase motor circuits and their controls
- Use in a classroom or self-study learning
- Learning skills that are directly transferrable to the workplace
- Worldwide use: simulations on resources provided for NEMA and IEC electrical standards
To get the most out of this program, users should have a basic knowledge of electrical theory and should have completed the Troubleshooting Electrical Circuits program.
Troubleshooting Motor Circuits Review
by Jeremy Bujak