Panel layout and design drawings
This aspect of design includes Process & Instrumentation (P&ID) Drawings, complete control panel layout drawings, Input/Output diagrams and other schematics that fully illustrate your controls project.
Process flow and instrumentation drawings
This phase of design lays out the “roadmap” for your project. Material flow, piping, major pieces of mechanical and electrical equipment and other items important to your process are illustrated and connections shown. The NorthWind project team will select unit processes that are based on your criteria and that optimize the economic, regulatory, safety, and convenience conditions of your plant.
3-D mechanical and plant layout
Assess functionality and space requirements of your new process before expending major resources with this 3-D design tool. Modeling checks to ensure equipment placement and process flow works for your process and in your design space. This reduces development costs, saves time and ultimately enhances the efficiency of your project.
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Those of us that are familiar with controls systems have seen some of the benefits that can be gained when using a human machine interface (HMI) vs using a simple pushbutton control panel. Some of the main benefits an HMI provides include increased efficiency, safety, and overall functionality.
We are all aware of the dangers of electric shock, but few realize how little current and how small voltages can cause a fatal shock. Current as low as 30mA can be fatal. Since a standard toaster uses about 12500mA, you can see that the threat of electric shock is ever present. However, using the right tools and safety procedures can greatly reduce this risk.
The use of Ethernet technologies is penetrating almost every application in industrial automation. The generalized Ethernet communication connection allows the transfer of data through cables composed of multiple twisted wires, similar to a home network. EtherNet/IP is a communication protocol that uses the framework of standard Ethernet data transfer to communicate specific information for manufacturing applications.