Circuits are designed using cylinders and directional control valves as well as logic, timing, sequencing, and emergency stop functions. Designing, constructing, and reading pneumatic circuit diagrams gives the participant a strong understanding of circuit operation and a good base for troubleshooting. As each new circuit function is presented, participants are given related control problems to solve. By designing and constructing circuits, participants develop an understanding of ladder diagram control of pneumatic circuits. Hydraulic component operation and application Circuit design Circuit construction Concepts presented include pressure intensification, regenerative circuits, pressure compensated flow control operation, various types of speed control, positioning, hydraulic fluid care, cavitation prevention, and energy savings.
Participants develop a solid base for advanced system design, operation, and maintenance.
Course time is split evenly between circuit construction and circuit design. Ladder diagram functions taught include logic, timing, counting, and multiple cylinder sequencing. Ramping System setup and adjustment This course covers the construction, function, and operation of various components used in proportional hydraulics. Data is gathered and analyzed as a basis for understanding the operating characteristics of amplifiers, valves, and analog sensors, which in turn provide insight into the design and maintenance of proportional hydraulic systems. Emphasis is on a general understanding.