CCOG for APR 264 Winter 2022
- Course Number:
- APR 264
- Course Title:
- Mechanical Drive Alignment
- Credit Hours:
- Lecture Hours:
- Lecture/Lab Hours:
- Lab Hours:
Addendum to Course Description
Required Course for Apprentices registered in the Millwright/Industrial Maintenance Technician Program. It is open to any other student but requires Department Permission to take this course.
Intended Outcomes for the course
Upon completion of the course students should be able to:
- Provide precision horizontal plane and vertical plane alignment for machine to machine applications in order to properly operate heavy industrial equipment and to extend the service life of heavy industrial equipment.
- Provide precision horizontal plane and vertical plane alignment for rotating shaft to rotating shaft applications in order to properly operate heavy industrial equipment and to extend the service life of heavy industrial equipment.
- Apply safety procedures and practices when working in proximity to equipment with high speed moving components.
- *Demonstrate the functions of trade-specific industrial systems (*required statewide outcome).
- *Develop machine shop skills in troubleshooting (*required statewide outcome).
Course Activities and Design
The Course Design is primarily lecture coupled with demonstrations of alignment procedures for heavy industrial equipment, using both digital and analog tools and instruments.
Outcome Assessment Strategies
Assessment will be accomplished using skills' checklists filled out by an adequate sampling of Millwright/Industrial Maintenance Technician Training Agents and/or an Apprentice's Journey Person.
Course Content (Themes, Concepts, Issues and Skills)
- Review: Machine reliability and condition monitoring
- Review: Roller bearings, sleeve bearings, and shafts
- Review: Dimensions, fits, and tolerances for bearings and shafts
- Review: Precision measurements and tools
- Review: Belt drives and chain drives
- Review: Mechanical diagnostics and vibration analysis
- Pre-alignment procedures
- Machine to machine alignment
- Rotating shaft to rotating shaft alignment
- Vertical misalignment
- Horizontal misalignment
- Parallel misalignment
- Soft foot detection in machinery
- Rim face alignment
- Use of string and straight edge
- Use of Dial Indicators
- Reverse Dial alignment
- Pre-alignment procedures for laser alignment kits
- Laser alignment kits
- Lasers and machine trains
- Base bound and Bolt Bond conditions
- Specialized procedures for horizontal and vertical alignment
- Principles of Dynamic movement
- Thermal growth specifications
- Application of manufacturers' specifications to machinery alignment
- OHSA safety procedures around any machinery with high speed moving parts