|
1 ) Demonstrate safety procedures as recognized by governing agencies and approved industry standards when testing and replacing components or installing wiring. Examples: lockout, tagout |
||||||||
|
2 ) Identify electrical hazards and how to avoid and minimize them in the workplace. |
||||||||
|
3 ) Demonstrate methods used to support and secure cable tray used in industrial wiring applications. |
||||||||
|
4 ) Demonstrate the fabrication of complex cable tray configurations, including turns, offsets, and methods of hanging, according to specifications in industrial applications. |
||||||||
|
5 ) Describe the operation of solid state and mechanical contactors in industrial wiring. |
||||||||
|
6 ) Install contactors and relays according to National Electrical Code (NEC) specifications. |
||||||||
|
7 ) Install a simple control circuit. |
||||||||
|
8 ) Calculate load for single- and three-phase branch circuits. |
||||||||
|
9 ) Determine ampacity for single- and three-phase loads. |
||||||||
|
10 ) Select conductors and over-current protection devices appropriate to the load of specified equipment. Examples: welding machines, motors, heating and cooling equipment |
||||||||
|
11 ) Calculate conduit size by conduit and box fill requirements according to the NEC handbook. |
||||||||
|
12 ) Determine electrical box and cabinet fill requirements. Identifying bending radius requirements
|
||||||||
|
13 ) Identify occupancy sensors, photoelectric sensors, and timers used to control circuits. |
||||||||
|
14 ) Describe the function of ballasts in lighting systems. |
||||||||
|
15 ) Install various lighting components. |
||||||||
|
16 ) Calculate common conduit bends used in industrial applications. |
||||||||
|
17 ) Use pneumatic and electrical benders to produce conduit bends according to specifications. |