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

Robotic Arc Welding Safety: Part 2 of 4

What type of safety barrier is shown in the picture?

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Robotic Arc Welding Safety: Part 2 of 4

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What type of safety barrier is shown in the picture?

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Correct Answer

Light Curtain

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Robotic Arc Welding Safety: Part 2 of 4

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What type of safety barrier is shown in the picture?

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Your Answer

Correct Answer

Light Curtain

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Robotic Arc Welding Safety: Part 2 of 4

What type of safety barrier is shown in the picture?

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Robotic Arc Welding Safety: Part 2 of 4

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What type of safety barrier is shown in the picture?

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Correct Answer

Pressure-Sensitive Floor Mat

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Robotic Arc Welding Safety: Part 2 of 4

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What type of safety barrier is shown in the picture?

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Correct Answer

Pressure-Sensitive Floor Mat

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Robotic Arc Welding Safety: Part 2 of 4

What type of safety barrier is shown in the picture?

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Robotic Arc Welding Safety: Part 2 of 4

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What type of safety barrier is shown in the picture?

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Correct Answer

Interlock Device

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Robotic Arc Welding Safety: Part 2 of 4

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What type of safety barrier is shown in the picture?

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Correct Answer

Interlock Device

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Robotic Arc Welding Safety: Part 2 of 4

When the robot is in normal operation, it is safe to assume what the robot's actions will be.

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Robotic Arc Welding Safety: Part 2 of 4

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When the robot is in normal operation, it is safe to assume what the robot's actions will be.

Correct Answer

False

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Robotic Arc Welding Safety: Part 2 of 4

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When the robot is in normal operation, it is safe to assume what the robot's actions will be.

Your Answer

Correct Answer

False

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Robotic Arc Welding Safety: Part 2 of 4

Pinch points only exist when the robot is in normal operation.

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Robotic Arc Welding Safety: Part 2 of 4

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Pinch points only exist when the robot is in normal operation.

Correct Answer

False

Explanation:

Pinch points can exist any time an individual can get caught or injured by the motion of the robot or the cell's peripheral, including while programming.

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Incorrect

Pinch points only exist when the robot is in normal operation.

Your Answer

Correct Answer

False

Explanation:

Pinch points can exist any time an individual can get caught or injured by the motion of the robot or the cell's peripheral, including while programming.

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Robotic Arc Welding Safety: Part 2 of 4

Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

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It is often necessary to enter a robot cell. What safety step must be considered before entering a cell?

Correct Answer

Never enter a cell or the robot's envelope unless the robot has been disabled from automatic mode.

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Robotic Arc Welding Safety: Part 2 of 4

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It is often necessary to enter a robot cell. What safety step must be considered before entering a cell?

Your Answer

Correct Answer

Never enter a cell or the robot's envelope unless the robot has been disabled from automatic mode.

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Robotic Arc Welding Safety: Part 2 of 4

Before operating a robot cell, it is necessary for operators to be familiar with the location of all safety stops on the cell.

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Robotic Arc Welding Safety: Part 2 of 4

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Before operating a robot cell, it is necessary for operators to be familiar with the location of all safety stops on the cell.

Correct Answer

True

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Robotic Arc Welding Safety: Part 2 of 4

Incorrect

Before operating a robot cell, it is necessary for operators to be familiar with the location of all safety stops on the cell.

Your Answer

Correct Answer

True

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Robotic Arc Welding Safety: Part 2 of 4

Robotic welding cells often use shaded welding curtains. These curtains typically are not dark enough to allow an individual to watch the robot while welding.

Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Correct!

Robotic welding cells often use shaded welding curtains. These curtains typically are not dark enough to allow an individual to watch the robot while welding.

Correct Answer

True

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Incorrect

Robotic welding cells often use shaded welding curtains. These curtains typically are not dark enough to allow an individual to watch the robot while welding.

Your Answer

Correct Answer

True

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Robotic Arc Welding Safety: Part 2 of 4

A robot that collides with a person will always stop before injury occurs.


Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Correct!

A robot that collides with a person will always stop before injury occurs.


Correct Answer

False

Explanation:

Robots are industrial machines; their speed and power will easily overcome any human ability. The result will be serious injury or death.

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Incorrect

A robot that collides with a person will always stop before injury occurs.


Your Answer

Correct Answer

False

Explanation:

Robots are industrial machines; their speed and power will easily overcome any human ability. The result will be serious injury or death.

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

What type of safety device is shown in the picture?

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

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What type of safety device is shown in the picture?

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Correct Answer

Collision Detect

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Incorrect

What type of safety device is shown in the picture?

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Your Answer

Correct Answer

Collision Detect

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

What type of safety device is shown in the picture?

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Correct!

What type of safety device is shown in the picture?

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Correct Answer

Collision Detect

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Incorrect

What type of safety device is shown in the picture?

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Your Answer

Correct Answer

Collision Detect

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Robotic Arc Welding Safety: Part 2 of 4

This type of safety device is typically used to limit the distance that a robot or other component of a robot cell can travel.

Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Correct!

This type of safety device is typically used to limit the distance that a robot or other component of a robot cell can travel.

Correct Answer

Limit Switch

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Robotic Arc Welding Safety: Part 2 of 4

Incorrect

This type of safety device is typically used to limit the distance that a robot or other component of a robot cell can travel.

Your Answer

Correct Answer

Limit Switch

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Robotic Arc Welding Safety: Part 2 of 4

Robots use a system of brakes to stop the arm and to hold it in position. What device is used to disengage the brakes and allow movement if necessary?

Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Correct!

Robots use a system of brakes to stop the arm and to hold it in position. What device is used to disengage the brakes and allow movement if necessary?

Correct Answer

Brake Release

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Incorrect

Robots use a system of brakes to stop the arm and to hold it in position. What device is used to disengage the brakes and allow movement if necessary?

Your Answer

Correct Answer

Brake Release

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Robotic Arc Welding Safety: Part 2 of 4

Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Correct!

What type of safety device is shown in the picture?

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Correct Answer

Brake Release

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

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What type of safety device is shown in the picture?

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Your Answer

Correct Answer

Brake Release

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

What type of safety device is shown in the picture?

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Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Correct!

What type of safety device is shown in the picture?

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Correct Answer

Dead Man's Switch

 Finish
Question 1 of 10

Robotic Arc Welding Safety: Part 2 of 4

Incorrect

What type of safety device is shown in the picture?

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Your Answer

Correct Answer

Dead Man's Switch

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Question 1 of 10
Robotic Arc Welding Safety: Part 2 of 4

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Published
8/18/2014
Last Updated
1/6/2015
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Robotic Arc Welding Safety: Part 2 of 4 by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.