25 Oct What are schematic diagrams?
Whether you’re an electrician by profession or the reliable handyman of your household, knowing how to understand or draft a schematic diagram is a practical skill in maintaining a home. Just like anything physically material in this world, a house or a building needs to be constantly maintained.
Without any upkeeps or repairs, a home would wither away as time passes by. This is why having at least some knowledge about how to fix something as simple as the electrical wiring in your humble abode can go a long way in terms of preserving it. While calling an electrician might sound like the ideal thing to do, nothing beats being a well-informed and sensible homeowner.
Schematic Diagrams Simplified
For many people, the words “schematic diagram” might sound completely foreign and unfamiliar. However, you would be surprised to realize that you probably see or interact with schematic diagrams on a normal basis. Any kind of diagram that shows information through symbols and lines can be called a schematic. Your simple everyday commute might mean that you would actually need to refer to a schematic diagram to get to work.
Take a simple train route posted on the wall of a station as an example. Colored lines represent the pathways that connect each station from one another. Each trackway is represented through different colors, and different dots represent each point of destination. This may not seem electrical, but it is definitely considered a schematic diagram.
Schematic illustrations are also used in industrial production to show the design of a specific product and how it works mechanically. It’s an engineer’s best friend in terms of understanding the flow of production and how different constituents are pieced together in the manufacturing process.
As a homeowner, having at least the skill to understand a basic wiring diagram would come in handy when it comes to fixing or dealing with DIY installation projects. Being able to determine the wiring path underneath the walls can come in handy even in situations where you might need to drill a hole in the wall to install a bracket and mount a new TV.
It’s also necessary to understand that schematic diagrams are not just utilized in electrical engineering. It’s also used in many fields and industries to simplify and explain different kinds of processes. Schematic diagrams are convenient visual instruments that amplify the clarity of an otherwise complicated operation.
Schematic Diagrams in Different Sciences
Commonly associated with electronics or electrical engineering, schematic diagrams are also fundamentally used in standardized science education. It allows an instructor to visually show a process that is normally not seen on the surface. You may be able to recall your biology teacher showing you the process of cellular senescence. Explaining how this phenomenon happens is entirely impossible without any visual aids as this is something we cannot see with the naked eye. The backbone of many scientific procedures is schematic diagrams illustrated to help an individual have an initial grasp of how something operates.
In chemistry, schematic diagrams are often utilized to show the chain reactions of different chemicals and elements when they are combined. In fact, it’s highly possible that you may have seen a schematic diagram more than once in your chemistry class. It’s commonly portrayed through a sequence of hexagons that are connected via straight lines or arrows. Each hexagon represents a certain element and the outcome of each combined component can be deciphered through the arrows that lead to the reaction. A schematic diagram may also be utilized when it comes to exhibiting which device or instrument is used to perform the experiment.
Schematic Diagrams in Topography
Topography is the study of land surfaces. Typically a civil engineer trying to design a new railway system may need to utilize a schematic diagram in order to fully comprehend the area that he’s working with. Schematic diagrams can show specific measurements in latitudinal and longitudinal aspects. It can also visually represent the elevation of an area when it comes to uneven land.
Like what was mentioned earlier, schematic diagrams can also depict simple pathways in the city. In the industrialization revolution, tons of tunnel systems underneath cities were constructed to serve as a more convenient route for workers and miners. Schematic diagrams were commonly used as a guide to navigating around the city through the tunnels. Nowadays, schematic diagrams are used to navigate throughout the surface of the city with different lines representing road circuits.
Schematic Diagrams in Electronics
In electrical engineering, schematic diagrams are also referred to as wiring or circuit diagrams. They are used to give the electrician a general idea of how a certain electronic device works. It also helps them understand how an entire structure was electrically wired and diagnose any kind of problem in order to fix it.
A schematic diagram shows the interconnections of different components in an electrical circuit using a more illustrative representation. There are certain standardized symbols that represent each element of the circuit that electricians are trained to understand. It helps determine and troubleshoot where the problem lies. It also allows them to know where to install additional components.
Schematic Diagrams in Fabrication
Every kind of home appliance comes with a manual or handbook which depicts some kind of schematic diagram. It depicts the process of how the components were assembled in the manufacturing process. It can also help you better understand, in an electronic sense, how the wiring of a device operates through an electrical current. Schematic diagrams are also often drafted by the manufacturing designer to help workers better understand how to piece together different parts of a product.
Different products may also be passed onto different manufacturing departments or divisions before it is finally assembled. A schematic diagram helps the next department figure out the succeeding step that would take action in the fabrication process. This makes the whole production process more efficient and systematic. The manufacturing industry typically relies on numerous schematic diagrams to communicate new and existing procedures that are needed to engineer products such as cars and computers.