How Can I Automate Two Conveyors with Manual and Automatic Controls?

  • Thread starter Celo
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In summary, the conversation discusses the creation of a system in PCschematics with two conveyors. The first conveyor has buttons for forward, backward, and stop movements, while the second conveyor starts automatically after 30 minutes and runs for 10 minutes before stopping for 30 minutes. There is also a switch for manual and automatic operation and an emergency stop that shuts down both conveyors. The conveyors also have lights for indicating usage and any issues. The individual is seeking help with this project and hopes that someone can understand their problem.
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Celo
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Homework Statement



I'm trying to make something like this in PCschematics...I'll try to explaine...sorry my english is not very good...I hope that someone will understand me...Once again sorry for my bad englih

I have 2 conveyors. First conveyor needs to have a button for going forwerd, backwords, and stop. the second conveyor needs to go start byitself after 30 min after the first conveyor started. Then it must go run for 10 min and than stop for 30 min and start and so on. It must also be amualy operated like the first one. So I would have to have somthing like a switch for manual and auto working of conveyor. There also must be a emergency stop that shut down bouth conveyors at the same time. Bouth conveyors need a light when in use also light when something is wrong and red light for emergency stop...I have been trying to resolve this for couple of days now and I can see I need help...So I really hope that someone understand my problem here...

someone please help

Thanks in advance
 
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SOLVED:rofl:
 
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I understand the importance of automation in improving efficiency and productivity in industrial processes. In this case, it seems like you are trying to create a complex automation system for two conveyors.

To achieve this, you will need to use a combination of electrical components such as buttons, switches, timers, and emergency stop systems. I would suggest breaking down your system into smaller components and designing them separately before integrating them into the larger system.

For the first conveyor, you will need a motor control circuit that can be operated manually using buttons for forward, backward, and stop motions. This can be achieved using a motor controller and relays connected to the buttons.

For the second conveyor, you will need to use a timer circuit to control its start and stop timings. This can be done using a programmable timer relay that can be set to start the conveyor after 30 minutes, run for 10 minutes, and then stop for 30 minutes.

To switch between manual and automatic modes, you can use a selector switch that can direct the motor control circuit to either the manual or automatic mode.

For the emergency stop, you will need to use safety relays that can shut down both conveyors simultaneously in case of an emergency.

Additionally, you can integrate lights into your system to indicate when the conveyors are in use, when there is a malfunction, and for the emergency stop. This can be achieved using indicator lights connected to the motor control circuit and safety relays.

I hope this helps you in designing your system. It's always a good idea to consult with an experienced electrical engineer for assistance in complex automation systems. Best of luck with your project!
 

1. What is the purpose of conveyors in automation?

Conveyors play a crucial role in automation by transporting materials or products from one location to another in a continuous and efficient manner. This helps to reduce manual labor and increase productivity in industrial processes.

2. How can I troubleshoot issues with my conveyor system?

The first step in troubleshooting a conveyor system is to identify the specific issue. This can be done by checking for any mechanical or electrical malfunctions, inspecting the conveyor components, and reviewing the system's programming. Once the issue is identified, it can be addressed through repairs, adjustments, or replacements.

3. What are some common types of conveyors used in automation?

The most commonly used conveyors in automation are belt conveyors, roller conveyors, and chain conveyors. Belt conveyors use a continuous loop of material to transport goods, roller conveyors use rotating tubes or cylinders to move objects, and chain conveyors use interlocking chains to move products.

4. How can I ensure the safety of employees working with conveyors?

To ensure the safety of employees working with conveyors, it is important to have proper training and safety protocols in place. This includes educating employees on how to operate the conveyor safely, providing protective equipment, and implementing emergency stop buttons or sensors to prevent accidents.

5. Can conveyors be integrated with other automated systems?

Yes, conveyors can be integrated with other automated systems such as robotic arms, sensors, and computer systems. This allows for a more streamlined and efficient workflow, as the conveyors can communicate with other systems to coordinate tasks and processes.

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