Mechanical Engineering Exam > Mechanical Engineering Questions > In a planera)tool is stationary and work reci...
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In a planer
- a)tool is stationary and work reciprocates
- b)work is stationary and tool reciprocates
- c)tool moves over stationary work
- d)tool moves over reciprocating work
Correct answer is option 'A'. Can you explain this answer?
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In a planera)tool is stationary and work reciprocatesb)work is station...
The correct answer is b.
On the planer the work is moved against a stationary tool: on the shaper the tool moves across the work, which is stationary. On the planer the tool is fed into the work; on the shaper the work is usually fed across the tool. The drive on the planer table is either by gears or by hydraulic means.
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In a planera)tool is stationary and work reciprocatesb)work is station...
- Explanation:
Stationary Tool and Reciprocating Work:
In a planer, the tool is stationary while the workpiece reciprocates back and forth underneath the tool. This means that the cutting tool remains fixed in position while the workpiece is moved in a linear motion.
How it Works:
As the workpiece moves back and forth, the stationary tool removes material from the workpiece surface, creating a flat and smooth finish. The tool is designed to make precise cuts at each pass, ensuring accuracy and consistency in the finished product.
Advantages:
- This setup allows for more control over the cutting process, as the tool remains in a fixed position.
- It also enables the creation of large flat surfaces with high precision and accuracy.
Applications:
Planers are commonly used in woodworking and metalworking industries for tasks such as shaping, smoothing, and leveling surfaces. They are particularly useful for creating flat surfaces on large workpieces.
Conclusion:
In summary, in a planer, the tool is stationary while the work reciprocates back and forth. This setup allows for precise cutting, control over the process, and the creation of flat surfaces with high accuracy.
Stationary Tool and Reciprocating Work:
In a planer, the tool is stationary while the workpiece reciprocates back and forth underneath the tool. This means that the cutting tool remains fixed in position while the workpiece is moved in a linear motion.
How it Works:
As the workpiece moves back and forth, the stationary tool removes material from the workpiece surface, creating a flat and smooth finish. The tool is designed to make precise cuts at each pass, ensuring accuracy and consistency in the finished product.
Advantages:
- This setup allows for more control over the cutting process, as the tool remains in a fixed position.
- It also enables the creation of large flat surfaces with high precision and accuracy.
Applications:
Planers are commonly used in woodworking and metalworking industries for tasks such as shaping, smoothing, and leveling surfaces. They are particularly useful for creating flat surfaces on large workpieces.
Conclusion:
In summary, in a planer, the tool is stationary while the work reciprocates back and forth. This setup allows for precise cutting, control over the process, and the creation of flat surfaces with high accuracy.
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In a planera)tool is stationary and work reciprocatesb)work is stationary and tool reciprocatesc)tool moves over stationary workd)tool moves over reciprocating workCorrect answer is option 'A'. Can you explain this answer?
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