Industrial revolution during the 18th century was characterized by wide use of human labor to operate machines. While this was not necessarily a problem, the cost of production was very high due to labor charges. Consequently, profit margins were also very low. On realizing the need to have a better solution, manufacturers had to look for alternative solutions, and automation won their hearts. Plant automation meant that fewer workers were needed to operate machines because things happened automatically.
Automated processes do not rely on human input. Sensors detect the state of the manufacturing process and respond accordingly. The number of supervisors or machine operators needed in these systems is quite low. Factories can also run non-stop 365 days a year, except when routine maintenance is needed.
The ultimate goal of any firm or industry is to maximize profits by minimizing labor costs through reduction of machine operators and supervisors. This is easily achieved through automation, or replacement of human labor with machines and sophisticated computer programs. This is beneficial in that it minimizes production costs. This can lead to increased wages for employees and more profits for shareholders.
Industries in Hudson, WI, can have their machines automated using PLCs (programmable logic controllers). PLCs are industry specific computers which can be programmed with special instructions like switching on and off of motors, solenoid valves and other actuators. These controllers vary in size, processing power and functionality, and this is what determines their possible applications.
To remove the limited functioning of PLCs, SCADA was introduced. This system works like the PLC, but it controls hundreds or even thousands of machines. The central computer is located in the control room. This is basically the brain of the factory. Field modules and buses are used to connect machines to the central computer.
The initial cost of automating plants can be quite substantial, but the cost can be offset in just a few years. The process often includes acquisition of the necessary equipment, installation, programming and commissioning. These systems are often very reliable, and they rarely breakdown. They also need a couple of technicians and one engineer to oversee the entire process.
Automating a process in a factory for its long term benefits is highly recommended. The old way of doing things should be avoided. Key industry players in manufacturing and processing, should adopt new technologies which are known to be very efficient and cost effective. These changes will make it possible for old factories to be transformed into modern assembly, processing or manufacturing plants. Examples of the available technologies include DCS, PLC and SCADA.
However much a manufacturer may want to transition into a new-age type of process, there are some cases where automating a system does not make sense financially. For instance, small plants only have a couple of essential personnel. If a PLC or SCADA is installed, the same number of workers may still be needed. Therefore, it will not make any sense to automate the process.
Automated processes do not rely on human input. Sensors detect the state of the manufacturing process and respond accordingly. The number of supervisors or machine operators needed in these systems is quite low. Factories can also run non-stop 365 days a year, except when routine maintenance is needed.
The ultimate goal of any firm or industry is to maximize profits by minimizing labor costs through reduction of machine operators and supervisors. This is easily achieved through automation, or replacement of human labor with machines and sophisticated computer programs. This is beneficial in that it minimizes production costs. This can lead to increased wages for employees and more profits for shareholders.
Industries in Hudson, WI, can have their machines automated using PLCs (programmable logic controllers). PLCs are industry specific computers which can be programmed with special instructions like switching on and off of motors, solenoid valves and other actuators. These controllers vary in size, processing power and functionality, and this is what determines their possible applications.
To remove the limited functioning of PLCs, SCADA was introduced. This system works like the PLC, but it controls hundreds or even thousands of machines. The central computer is located in the control room. This is basically the brain of the factory. Field modules and buses are used to connect machines to the central computer.
The initial cost of automating plants can be quite substantial, but the cost can be offset in just a few years. The process often includes acquisition of the necessary equipment, installation, programming and commissioning. These systems are often very reliable, and they rarely breakdown. They also need a couple of technicians and one engineer to oversee the entire process.
Automating a process in a factory for its long term benefits is highly recommended. The old way of doing things should be avoided. Key industry players in manufacturing and processing, should adopt new technologies which are known to be very efficient and cost effective. These changes will make it possible for old factories to be transformed into modern assembly, processing or manufacturing plants. Examples of the available technologies include DCS, PLC and SCADA.
However much a manufacturer may want to transition into a new-age type of process, there are some cases where automating a system does not make sense financially. For instance, small plants only have a couple of essential personnel. If a PLC or SCADA is installed, the same number of workers may still be needed. Therefore, it will not make any sense to automate the process.
About the Author:
When you are looking for reliable plant automation, go to our web pages here today. You can see details at http://www.louksengineering.com now.
No comments:
Post a Comment