The learner will identify different industrial robotic applications and configurations.

Robotic Applications and Configurations: Part 3 of 4

Which component is identified by C?

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Question 1 of 10

Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by C?

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Correct Answer

Power supply

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Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by C?

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Power supply

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Robotic Applications and Configurations: Part 3 of 4

Which component is identified by B?

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Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by B?

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Controller

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Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by B?

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Controller

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Robotic Applications and Configurations: Part 3 of 4

Which component is identified by E?

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Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by E?

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Robot arm

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Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by E?

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Robot arm

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Robotic Applications and Configurations: Part 3 of 4

Which component is identified by D?

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Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by D?

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Tool

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Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by D?

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Tool

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Robotic Applications and Configurations: Part 3 of 4

A robot can have good repeatability and bad accuracy.

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Robotic Applications and Configurations: Part 3 of 4

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A robot can have good repeatability and bad accuracy.

Correct Answer

True

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Robotic Applications and Configurations: Part 3 of 4

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A robot can have good repeatability and bad accuracy.

Your Answer

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True

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Robotic Applications and Configurations: Part 3 of 4

The jointed arm configuration is also known as the revolute configuration.

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Robotic Applications and Configurations: Part 3 of 4

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The jointed arm configuration is also known as the revolute configuration.

Correct Answer

True

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Robotic Applications and Configurations: Part 3 of 4

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The jointed arm configuration is also known as the revolute configuration.

Your Answer

Correct Answer

True

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Robotic Applications and Configurations: Part 3 of 4

Welding is the most common and most widely used application for robots.

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Robotic Applications and Configurations: Part 3 of 4

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Welding is the most common and most widely used application for robots.

Correct Answer

False

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Robotic Applications and Configurations: Part 3 of 4

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Welding is the most common and most widely used application for robots.

Your Answer

Correct Answer

False

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Robotic Applications and Configurations: Part 3 of 4

Which component is identified by A?

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Question 1 of 10

Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by A?

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Correct Answer

Teach pendant

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Robotic Applications and Configurations: Part 3 of 4

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Which component is identified by A?

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Teach pendant

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Robotic Applications and Configurations: Part 3 of 4

Servo motors are the most common type of electrically driven robots.

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Robotic Applications and Configurations: Part 3 of 4

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Servo motors are the most common type of electrically driven robots.

Correct Answer

True

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Robotic Applications and Configurations: Part 3 of 4

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Servo motors are the most common type of electrically driven robots.

Your Answer

Correct Answer

True

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Robotic Applications and Configurations: Part 3 of 4

Cylindrical robots have a standard and gantry configuration.

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Robotic Applications and Configurations: Part 3 of 4

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Cylindrical robots have a standard and gantry configuration.

Correct Answer

False

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Robotic Applications and Configurations: Part 3 of 4

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Cylindrical robots have a standard and gantry configuration.

Your Answer

Correct Answer

False

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Question 1 of 10
Robotic Applications and Configurations: Part 3 of 4

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Published
3/2/2015
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3/2/2015
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Robotic Applications and Configurations: Part 3 of 4 by Fox Valley Technical College is licensed under a Creative Commons Attribution 3.0 Unported License.