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Course Criteria
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1.00 Credits
This is a one credit course designed to give students the basic knowledge and understanding of couplings. This course will cover the theory of alignment and the pre-alignment check. The different types of alignment methods will be covered and the different types of couplings used, and how to install the different types.
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3.00 Credits
Students will develop skills in the installation and maintenance of v-belt drives, timing belts (positive drive belts), and flat belts used in power transmissions in local industry; the installation and maintenance of chain drives, both roller and silent chains; Gear box installation and maintenance; boiler maintenance; and heat exchangers.
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3.00 Credits
This course will cover centrifugal pump maintenance as well as factors affecting pump performance and life. This course will also cover positive displacement pumps, such as pistons, internal gear, external gear, vane, and rotary pumps. It will also cover sealing technologies including packing and mechanical seals. Valving used in industry, such as gate, split and solid wedge, globe, needle, ball, and relief valves; and stem packing.
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3.00 Credits
This course will cover preventive maintenance program through different types of maintenance, such as breakdown, corrective, and renovated maintenance; how management benefits from preventive maintenance program; computerized maintenance including the importance of recordkeeping, and how computers can be used in troubleshooting equipment; inspection guides for mechanical drives, such as bearings, chains, belts, gears and couplings; and fluid power systems, such as pumps, compressors, accumulators, control valves, and actuators. Valves, steam traps and safety valves maintenance will also be covered. Some of the major methods explained will be pipe strain, vibration analysis, thermal graphic imaging, oil analysis and ultra sound.
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2.50 Credits
This course will introduce the student to basic machinery vibration, measurement, and analysis.
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3.00 Credits
Upon completion of Industrial Hydraulics I, the student should know the fundamentals of fluid power, such as force, resistance, energy, work power, pressure and torque; how force and energy are transmitted through a hydraulic system; what liquids are used in a system; how Pascal's Law relates to hydraulics, the mechanical multiplication through hydraulics and the use of intensifiers; how atmospheric pressure is measured and the difference between absolute and gauge pressure; what causes cavitation and indications of cavitation during repair; what effects vacuum has on pump operations and how to measure vacuum; how to install seals and hoses on the suction side of a pump and check for leaks; how to identify, install and maintain hydraulic actuators; how to size a hydraulic cylinder, and how to regulate the speed of a hydraulic cylinder.
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3.00 Credits
Upon completion of Industrial Hydraulics II, the student should be able to identify, install and repair all two, three and four- way directional control valves; to measure and fit a valve spool to a valve body; identify valve centering conditions, such as open center, closed center, tandem center and float center; install and set system pressure on pressure relief valves; install and set system pressure on pilot-operatored pressure relief valves; disassemble and reassemble no less than gear pumps, one iston pump, and one vane motor; install and repair hydrostatic transmissions; build a hydraulic reservoir to meet MFPA requirements; mix fire resistant fluids used in unmanned hydraulic systems, such as a long wall system; and install and maintain a filtration system in most hydraulic systems.
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3.00 Credits
Upon completion of this course, the student should be able to analyze and troubleshoot a hydraulic circuit. Including linear power transmission, cylinders with no motion, cylinders in motion, regeneration, speed control for hydraulic cylinders and motors. Students will cover the power sources used in hydraulic systems. Students will be required to couple a hydraulic pump to an electric motor, test the pump and analyze the results.
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3.00 Credits
This course will cover energy transmission using a pneumatics system; the control of pneumatic energy; positive displacement, piston, vane and helical type compressors; air distribution systems; receiver tanks, piping systems; after coolers; air driers; check valves; cylinders and motors; how a check valve works, sizing an air cylinder; selecting an air motor; controlling compressed air through directional control valves, flow control valves, silencers, quick exhaust valves, regulators and sequence valves; and air preparation.
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0.50 - 3.00 Credits
This variable credit course will provide an introduction to a variety of Industrial Maintenance areas. Specific subject matter will vary each semester, and may include topics such as rigging, thermography, oil analysis, or pneumatics.
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