The learner will identify safe practices for working with and around robotic arc welding equipment.

Robotic Arc Welding Safety: Part 1 of 4

Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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The area within the robot's reach

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Work Envelope

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Robotic Arc Welding Safety: Part 1 of 4

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The area within the robot's reach

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Work Envelope

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Robotic Arc Welding Safety: Part 1 of 4

A complete system including the robot, controller, peripheral equipment, and a safety environment

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Robotic Arc Welding Safety: Part 1 of 4

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A complete system including the robot, controller, peripheral equipment, and a safety environment

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Robot Cell

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Robotic Arc Welding Safety: Part 1 of 4

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A complete system including the robot, controller, peripheral equipment, and a safety environment

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Robot Cell

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Robotic Arc Welding Safety: Part 1 of 4

A physical or electronic guard that prevents individuals from entering a dangerous area


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Robotic Arc Welding Safety: Part 1 of 4

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A physical or electronic guard that prevents individuals from entering a dangerous area


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Safety Barrier

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Robotic Arc Welding Safety: Part 1 of 4

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A physical or electronic guard that prevents individuals from entering a dangerous area


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Safety Barrier

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

A place where an individual can get caught or injured by the motion of the robot or the cell's peripheral equipment


Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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A place where an individual can get caught or injured by the motion of the robot or the cell's peripheral equipment


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Pinch Point

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Robotic Arc Welding Safety: Part 1 of 4

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A place where an individual can get caught or injured by the motion of the robot or the cell's peripheral equipment


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Pinch Point

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

Also known as an end effector, this device is attached to the end of the robot arm to perform work.


Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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Also known as an end effector, this device is attached to the end of the robot arm to perform work.


Correct Answer

Robot Tool

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Robotic Arc Welding Safety: Part 1 of 4

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Also known as an end effector, this device is attached to the end of the robot arm to perform work.


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Robot Tool

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Robotic Arc Welding Safety: Part 1 of 4

A hand-held device used to program a robot and control its movements


Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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A hand-held device used to program a robot and control its movements


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Teach Pendant

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Robotic Arc Welding Safety: Part 1 of 4

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A hand-held device used to program a robot and control its movements


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Teach Pendant

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

A safety switch, usually placed on the teach pendant, which engages and disengages motor power

Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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A safety switch, usually placed on the teach pendant, which engages and disengages motor power

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Dead Man's Switch

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Robotic Arc Welding Safety: Part 1 of 4

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A safety switch, usually placed on the teach pendant, which engages and disengages motor power

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Dead Man's Switch

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Robotic Arc Welding Safety: Part 1 of 4

A process used to sense impact to the robot or robot tool to prevent damage

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Robotic Arc Welding Safety: Part 1 of 4

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A process used to sense impact to the robot or robot tool to prevent damage

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Collision Detect

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Robotic Arc Welding Safety: Part 1 of 4

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A process used to sense impact to the robot or robot tool to prevent damage

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Correct Answer

Collision Detect

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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The maximum area a robot can reach

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Maximum Envelope

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Robotic Arc Welding Safety: Part 1 of 4

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The maximum area a robot can reach

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Maximum Envelope

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Robotic Arc Welding Safety: Part 1 of 4

The portion of the maximum envelope that a robot is restricted to by limiting devices - the maximum distance the robot can travel after a limiting device is actuated

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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The portion of the maximum envelope that a robot is restricted to by limiting devices - the maximum distance the robot can travel after a limiting device is actuated

question image

Correct Answer

Restricted Envelope

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Robotic Arc Welding Safety: Part 1 of 4

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The portion of the maximum envelope that a robot is restricted to by limiting devices - the maximum distance the robot can travel after a limiting device is actuated

question image

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Correct Answer

Restricted Envelope

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Robotic Arc Welding Safety: Part 1 of 4

The portion of the restricted envelope that is actually used by the robot while performing its program

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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The portion of the restricted envelope that is actually used by the robot while performing its program

question image

Correct Answer

Operating Envelope

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Robotic Arc Welding Safety: Part 1 of 4

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The portion of the restricted envelope that is actually used by the robot while performing its program

question image

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Correct Answer

Operating Envelope

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

Which of the following should be used to stop the robot during normal operation when there is an emergency?

Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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Which of the following should be used to stop the robot during normal operation when there is an emergency?

Correct Answer

E-Stop

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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Which of the following should be used to stop the robot during normal operation when there is an emergency?

Your Answer

Correct Answer

E-Stop

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

Which of the following should be used to stop the robot during normal operation when there is NOT an emergency?

Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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Which of the following should be used to stop the robot during normal operation when there is NOT an emergency?

Correct Answer

Soft Stop (Hold Key)

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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Which of the following should be used to stop the robot during normal operation when there is NOT an emergency?

Your Answer

Correct Answer

Soft Stop (Hold Key)

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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Safety barriers used on robot cells may include which of the following?

Correct Answer

All of the above

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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Safety barriers used on robot cells may include which of the following?

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Correct Answer

All of the above

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Robotic Arc Welding Safety: Part 1 of 4

Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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What determines the type of safety barrier used on a robot cell?

Correct Answer

The risk to individuals

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Question 1 of 10

Robotic Arc Welding Safety: Part 1 of 4

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What determines the type of safety barrier used on a robot cell?

Your Answer

Correct Answer

The risk to individuals

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Robotic Arc Welding Safety: Part 1 of 4

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Published
8/18/2014
Last Updated
1/6/2015
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Robotic Arc Welding Safety: Part 1 of 4 by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.