PLC
FANUC
PLC + Fanuc
Fanuc #2
Fanuc #3
100

When writing code for the PLC's, an input can be used as an output. True or False?

False

100

What button is pressed to access a list of programs on the robot?

Select


100

When coding, if you wanted the Green light, DO 04, to be on when the program started you would use

Indirect Output

100

Positional data is dependent on what two frames?

User and Tool

100

Where is the default Tool Center Point (TCP)?

center of the face plate

200

PLC - You only want a portion of a program to execute if certain conditions exist. Which function block diagram element would you use to skip portions of application code?

Jump

200

Which position must the DEADMAN switch be held in to enable motion?

Centered

200

Before forcing an input it must be???

Simulated

200

Assuming standard setup, if you jog the robot in World negative Y which direction will the TCP move?

The robot will move right

300

When programming a timer on CCW what is the correct format for time?

T#5s

300

What two buttons display the JOG menu?

Shift and COORD

300

What key is depressed to switch between the different jog methods on the FANUC teach pendant?

COORD

300

If while jogging the robot you release the shift key, or jog key what will happen?

It comes to a controlled stop

400

You need an alarm to come on when a limit has been reached. Which comparator instruction would you use?

Equal

400

Enabling the iPendant gives motion control solely to whom?

The operator

400

Singularity error can be corrected by moving what?

Join +- 5 degrees

400

The six point method of defining a Tool Frame defines the Location and ______________ of a Tool Frame

Orientation

500

When coding, you can have both an AND and an OR statement on the Output side of your rung. 


True or False

False

500

How many soft keys are on the iPendant?

5

500

Which Mode limits all Cartesian speed to less than 250 mm/sec and joing speed to less than 10%?

T1

500

Which type of instruction defines for the robot how to move, where to move, how fast to move, and how to stop?

Motion Instruction