13 courses with the subject MAIN, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
MAIN 1100Pneumatic and Hydraulics4
Credit(s) 1 credit lecture/3 credits lab This course will cover the concepts of pneumatic and hydraulic systems employed in machine tool operation. The safety of operating, troubleshooting, and servicing these systems and the blueprints describing their construction will be emphasized.
Credit(s) 1 Credit Lecture/1 Credit Lab This course will cover preventative maintenance of machine tool equipment for efficient operation. Execution and documentation of manufacturer lubrication and consumable replacement changes will be performed. Concepts relating to the scheduling and use of maintenance software and predictive maintenance will be covered.
Credit(s) 2 Credits Lecture/2 Credits Lab This course introduces programming and operation of special use Programmable Logic Controllers (PLC), with an introductory classroom/lab course covering devices and circuits commonly found in industry. The PLC will be programmed and operated using programming software. PLC topics will include timers, counters, sequencers, start, stop and jog stations and other programmable operations to assist in basic automated applications. Students will also learn how to troubleshoot, save, document and print out a hard copy of the PLC program.
Credit(s) 1 Credit Lecture/2 Credits Lab This course covers machine interfaces, fluid/air conditioning and the different types of sensors associated with CNC machines. An overview of Industry 4.0 and Internet of Things (IOT) devices that allow remote management and monitoring are covered.
Credit(s) 2 Credits Lecture/2 Credits Lab This course covers basic machining methods used during machine maintenance. Manual milling, drilling, sawing, turning and precision surface grinding operations will be performed. Projects for this course are related to machine maintenance. Special equipment such as tooling or fixtures needed for machine repair, thread repair, and grinding parts to achieve alignments will be covered.
Credit(s) 2 Credits Lecture/2 Credits Lab This course covers various motion control systems found on CNC machines and automation devices. Stepper, DC and AC servo motors, brushed and brushless motors as well as feedback devices will be covered. Students will explore open loop, closed loop and semi-closed loop systems. This course introduces methods to modify parameters to alter and enhance machine performance and accuracy.
Credit(s) 1 credit lecture/1 credit lab This course will cover the operation and maintenance of coolant systems and peripheral equipment necessary for machine operation. Subjects include: bar feeders, chip conveyors, automatic tool changers and management systems, chillers, mist capture equipment, tool probing and setting devices, Distributed Numerical Controls (DNC) networks, robotic loaders, and fire suppression systems. Coolant circulating, control systems, and maintenance using refractometers will be covered.
Credit(s) 1 credit lecture/2 credits lab This course is structured to give the Computer Numerical Control (CNC) Service Technician knowledge in electrical motor operations. Sensor types, uses, and operation will be explored. Integration of safety in handling electrical components will be practiced.
Credit(s) 1 credit lecture/3 credits lab This course is structured to give the Computer Numerical Control (CNC) Service Technician the fundamental knowledge to categorize mechanical, fluid, and electrical power systems. Troubleshoot power transmission systems for repair, replacement, adjustments and system specifications. Simulate lab experiences in troubleshooting and repairs.
Credit(s) 2 Credits Lecture/2 Credits Lab This course covers the analysis of safety requirements and devices necessary when maintaining a CNC machine with automated equipment. Topics include radar and laser scanners, light curtains, interlocks, safety fences, and part seated detection as well as how these technologies are critical to automation in CNC manufacturing.
Credit(s) 1 credit lecture/4 credits lab This course is designed to provide the student with practical training and experience as a Computer Numerical Control (CNC) Service Technician. Students will practice communicating with technical support, follow company protocols, and providing effective customer service. This course will also allow the student to hone their critical-thinking skills while using reference material to troubleshoot and repair CNC machines.
Credit(s) 1 credit lecture/2 credits lab This course is structured to give the Computer Numerical Control (CNC) Service Technician the fundamental knowledge and ability to locate and perform machine specification/standards requirements related to set-up alignments and leveling of equipment. Additional topics will include the use of test bar, squares, ball bar, force gauges, and backlash adjustments.
Credit(s) 2 Credits Lecture/2 Credits Lab This course continues to develop the basic concepts of electricity and Alternating Current (AC) circuits. Included are studies of magnetic induction, single phase AC series, parallel, and combination circuits. Inductance in single phase AC series, parallel circuits, phase relationships, power quality issues including power factor and harmonics, and the tools and terminology used to describe and diagnose these issues.
