Mechatronics Technician
Competency-based
ONET: 49-2094.00
2
Years
16
Skills
180h
Related instructions
Classroom instruction topics
- Basic Measurement and Reporting Skills
- DC Circuits and Mathematical Modeling
- Fluid Power
On-the-job training
- Basic Mechanical Power Transmissions
- Mechanical Drives - Properly install and tension timing belts.
- Mechanical Drives - Perform pulley fit to shaft
- Clutches and Brakes - Identify clutch and brake functions and uses.
- Robotics
- Locate & identify all components of the robotic cell including all equipment, operator interfaces, tooling, perimeter guarding, safety devices, etc.
- Locate & identify the main components of the robot, including the controller, manipulator arm, teach pendant, standard operator panel, dress-out, cables, connections, and end-of-arm-tooling or vacuum components. (Walk through with the Instructor—Amtec t
- Identify & practice all safety considerations related to operating the robotic cell.
- Demonstrate the proper power-up and shut-down sequence of the robotic cell.
- Hydraulics
- Apply safe working practices when working with hydraulic systems.
- Identify the schematic symbols for the components of an industrial hydraulic system.
- Match the function of the components of an industrial hydraulic system with proper description of their function and their symbol.
- Calculate head pressure.
- Industrial Electronics
- Match the following list of electronic components to their proper description of operation and/or construction and to their correct schematic symbol: - Diode - Zener Diode - Light Emitting Diode (LED)
- Given a schematic, construct an AC electrical circuit that uses a diode and resistor, and then use an oscilloscope to show how the diode will rectify on only one alternation of a sine wave.
- Given a schematic, construct an AC electrical circuit that uses two diodes and a resistor, and then use an oscilloscope to show how the two diodes can pass current on both alternations of a sine wave.
- Construct a circuit to couple an AC source voltage (switched on and off) to a DC signal (switching on and off) using an optical isolator IC.
- Work Hours
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Made in the USA.