(a) Describe THREE (3) distinguishing features between NC and CNC systems. (b) Define the following, as applied to NC systems: (i) Control Resolution (ii) Accuracy (iii) Repeatability (c) Explain why CNC systems are suited for batch production. (d) Despite its numerous advantages, describe TWO (2) downsides (other than the cost) of having CNC systems. (e) With regard to motion control in CNC syems, describe the differences between 'point to point' and 'continuous path' systems. (f) Explain what is meant by 'Computer-Integrated Manufacturing'. (g) Describe the importance of CAD/CAM packages in modern manufacturing plants, especially in a Flexible Manufacturing System.

(a) Describe THREE (3) distinguishing features between NC and CNC systems. (b) Define the following, as applied to NC systems: (i) Control Resolution (ii) Accuracy (iii) Repeatability (c) Explain why CNC systems are suited for batch production. (d) Despite its numerous advantages, describe TWO (2) downsides (other than the cost) of having CNC systems. (e) With regard to motion control in CNC syems, describe the differences between 'point to point' and 'continuous path' systems. (f) Explain what is meant by 'Computer-Integrated Manufacturing'. (g) Describe the importance of CAD/CAM packages in modern manufacturing plants, especially in a Flexible Manufacturing System.

Understanding Motor Controls

4th Edition

ISBN:9781337798686

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter20: Photodetectors

Section: Chapter Questions

Problem 4RQ

See similar textbooks

Similar questions

Give a real time example of an open loop system and explain with neatdiagram the operation of it. How will you convert the same system into aclosed loop system? Draw the diagram of the converted closed loop systemand explain its operation.(in an abbreviated and clear manner)
Explore the use of gyroscopic and accelerometer-based mouse control in devices like air mice and gaming controllers.
Draw a block diagram for a mechatronic system that controls the position of a robotic arm for gripping objects. Suggest a sensor system and clarify the flow and nature of signals in your block diagram.
Describe the principles of operation of a 3D motion controller (e.g., Leap Motion) and discuss its potential applications beyond traditional input devices.
In the mid-1900s, several technological and analysis concepts came together to make the PID controller widely accepted as an effective industrial controller. Discuss in detail and evaluate the performance of a PID or three-term controllers that are widely used in a typical paper mill where there may be about 2000 control loops, and over 90% of these would be PID control loops.
Draw a block diagram of a Manipulator Robot and explain each block
Explaining the mechanics of finite-state machine control is crucial.
i was studying Control Systems course but i couldn't solve the "c" and "d" parts of the question. thanks to the person who can solve and explain this problem to me, i will be grateful for that.
If you were to design a robotic system for fire fighting, which all actuators would be required? Describe the working of suitable actuator used in fire fighting robotic system. Justify your answer.
Differentiate between microprocessor and micro-controller.
What is Flexible automation evolved from programmable automation?
Can you imagine what is the 3D of this in autocad?