A schematic is defined as a picture that shows something in a simple way, using symbols. A schematic diagram is a picture that represents the components of a process, device, or other object using abstract, often standardized symbols and lines.
Schematic diagrams only depict the significant components of a system, though some details in the diagram may also be exaggerated or introduced to facilitate the understanding of the system.
Schematic diagrams do not include details that are not necessary for comprehending the information that the diagram was intended to convey. For example, in a schematic diagram depicting an electrical circuit, you can see how the wires and components are connected together, but not photographs of the circuit itself. Schematic diagrams can also differ in their level of abstraction. Although they are typically composed of only abstract symbols and lines, some diagrams can also be semi-schematic and contain more realistic elements.
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Some diagrams can also contain words, such as when a process contains multiple elements that have not been standardized. More simply, a schematic diagram is a simplified drawing that uses symbols and lines to convey important information. In this case, the entire subway system can be represented as differently colored lines depicting the different subway routes, with dots indicating the stops along the lines. Though schematic diagrams are most commonly associated with electronics, you have probably encountered many such diagrams, like the subway example above, even if you have never had to wire a circuit.
Here are some examples of the many schematic diagrams you may encounter in your work or in your studies. Schematic diagrams are typically associated with electrical circuits. Also called wiring diagrams or circuit diagramsthese diagrams show how the different components of a circuit are connected. In these diagrams, lines represent connecting wires, while other elements like resistors, lamps, and switches are represented by standardized symbols called electrical schematic symbols.
In electronics, having a schematic diagram on hand may help a user design an entire circuit before building it, or troubleshoot an electronic that has stopped working.
Schematic diagrams may also be used to explain the general way that an electronic functions without detailing the hardware or software used in the actual electronic. For example, to explain how a computer projects the words you type on a screen, you might use a schematic diagram that shows how information passes from the keys you press to a word processing program, and finally to the computer screen.
Schematic diagrams can be used to depict machines as well. For example, in a textbook a car engine may be depicted as a set of shapes that show how the different parts are positioned relative to one another. A schematic drawing may also be created by an engineer while they are designing the machine so that they can properly understand how the parts work together, and make any necessary changes before building the actual system. Many chemical products are often obtained by performing several different reactions at different steps of the process.
A schematic diagram in chemistry can help someone understand all the reactions that were performed to yield a final product, without showing the actual products themselves.
This may be portrayed, for example, as a series of boxes connected together with arrows, with words depicting the various elements and conditions that were used throughout the process. Like for machines, a schematic diagram may also be used to depict the apparatus that was used for performing the reactions, especially if it is not typically used for reactions, or had been modified from an instrument that was already known.
Schematic diagrams are helpful in conveying the main parts of a complicated business model and showing how they all relate together. For example, a marketing plan might consist of many different elements, such as strategy, objectives, and an action plan.There are three major types of pool filtering system: cartridge, sand, and diatomaceous earth DE.
Sand and DE filters use a multiport valve primarily to help clean or backflush the filter media. Cartridge filters do not have multiport valves. These filters are cleaned by removing the cartridge and spraying it with a garden hose. A typical multiport valve has 7 settings: filter, backwash, rinse, waste, closed, recirculate, and winter.Telegram grupos atrevidos
This guide explains the function of these setting and shows how they circulate water in a typical sand filter. The operation of a DE multiport valve is very similar.
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See All Steps. Step by Step. Step 1 There are five ports into and out of a typical multiport valve. Three are shown in this picture. The top left port, labeled "PUMP", brings unfiltered water in from the pump. Step 2 The other two ports control flow though the filter.
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This picture shows the valve as it is connected to the inside piping of the filter. At the bottom of the valve, a pipe port connects to the collection tubes laterals on the bottom of the filter. The area around the pipe on the bottom side of the valve directs water to the top of the filter. The next series of steps explains how each of the valve setting directs water though these ports. This is the normal setting for filtering your pool water and for regular vacuuming.The male urethra connects the urinary bladder to the penis.
Once the bladder becomes full, urine flows through the urethra and leaves the body at the urethral meatus, which is located at tip of the penis. The urethra is more than just a urinary duct; it also serves as a conduit for semen and sperm during sexual acts. While urine and semen travel through the urethra, the tube is not solely responsible for moving fluids.
The urethral sphincter controls both voluntary and involuntary urination. This group of muscles includes both the internal and external sphincter muscles of the urethra.
The bulbospongiosus muscle of the penis plays an active role in ejaculation. The male urethra is comprised of four main segments. The preprostatic urethra runs in front of the prostate, while the prostatic urethra courses through that gland.
The membranous urethra travels through the external urethral sphincter, while the spongy urethra travels the length of the penis and terminates at the meatus at the tip of the sexual organ. The left testicular vein is the male equivalent of the ovarian vein. Both testicles have veins that attach at different locations. The right…. On each side of the prostate gland in the male reproductive system is an ejaculatory duct. Each ejaculatory duct is about two centimeters in length….
The epididymis is a long, coiled tube that stores sperm and transports it from the testes. It appears as a curved structure on the posterior back …. The glans penis can be described as the rounded head or tip of the penis. Located in the middle of the glans penis is the opening of the urethra….
The testes plural are the most essential organs of the male reproductive system. They are the glands where sperm and testosterone are produced. Humans are sexual, meaning that both a male and a female are needed to reproduce. Each is equipped with specific organs capable of producing specific…. The cremaster muscle is found only within the male human body and covers the testis. The muscle moves the testis, promoting healthy and motile sperm…. As the name implies, the testicular artery is the blood vessel mainly responsible for supplying oxygenated blood to each of the testicles.
It is…. Without muscle, humans could not live. The primary job of muscle is to move the bones of the skeleton, but muscles also enable the heart to beat and….
Ejaculatory duct. Glans penis. Read this next. Left testicular vein Medically reviewed by the Healthline Medical Network. Ejaculatory duct Medically reviewed by the Healthline Medical Network.
Epididymis Medically reviewed by the Healthline Medical Network. Glans penis Medically reviewed by the Healthline Medical Network. Testis Medically reviewed by the Healthline Medical Network.Open-system kegs can be accessed without extracting the valve body or spear by way of a bunghole in the side of the keg that is closed by a wooden or plastic bung plug. The openings allow the kegs to be visually inspected before filling and for the kegs to be cleaned manually.
The Hoff-Stevens keg has a centered valve protruding from the top in addition to the bunghole in the side. Due to their tipsy shape and lack of chime they are frequently stored and shipped on their side, though they must be in the upright position when tapped for dispensing. Hoff-Stevens kegs are larger in circumference than the American Sankey kegs and are without handles, making them more difficult to move and stack than Sankey kegs.
The valve in the top center of the keg is threaded on the outside. In the center of the valve is a hole, which is blocked by a spring-loaded ball. This part of the valve is connected to the bottom of the keg by a plastic internal pick-up tube. To the side of the center hole is a slightly smaller hole, which is also blocked by a spring-loaded ball. When the Hoff-Stevens tap is inserted, and the wing-nut collar tightened down, the two tubes of the tap open the check balls of the valve and allow CO2 to flow through the small probe into the headspace of the keg.
Beer is then pushed up the center tube to the tap. Unlike the Sankey keg fitting, the Hoff-Stevens tavern head does not control the CO2 at the valve, so you must cut the flow of CO2 at the regulator when changing kegs. Hoff-Stevens kegs require more attention than Sankey kegs.
One drawback is the plastic pick-up tube can be damaged or separated from the valve during racking. Fortunately this can be accomplished with a removal tool or standard tools, but you lose a half barrel of good beer.
If the gasket is damaged or lost, both beer and CO2 will leak from the keg when tapped; often with considerable force.Sites to download naija latest dj mp3 mix
For those reasons, many people choose to purchase Hoff-Stevens kegs that have been retrofitted for the Sankey-style valve system. Hoff-Stevens kegs do have some positive aspects. Golden Gate Systems — The Golden Gate keg is very similar in shape to the Hoff-Stevens; it is barrel-shaped, has no chime or handles, and has a bunghole.
The difference is in the tapping device. A Golden Gate keg has two valve housings instead of one: one at the top center of the keg for adding CO2, and the other near the bottom on the side for drawing beer out.
Thus, two-valve kegs usually leave from 6 to 23 oz in the keg, whereas single-valve kegs rarely leave more than oz of beer. Furthermore, the beer outlet is difficult to reach and frequently leaks when the rubber washer is not seating well or is getting worn.
Golden Gate kegs are very difficult to find today. In a market almost completely dominated by single-hole kegs, it is quite possible that distributors or draught accounts will reject Golden Gate kegs. Most Golden Gate kegs have been converted to single-hole kegs by welding closed the bottom valve and bunghole and installing a Sankey or Hoff-Stevens fitting on the top.
The few intact Golden Gate kegs still in use are best used to serve cask-conditioned beers, because they can pour by gravity through the bottom valve while venting through the top valve. Open system kegs all suffer the same downside of leaking bungs and gaskets, offsetting those sweet initial savings with off-condition beer, returned kegs, shorter shelf life, and loss of customer confidence. Closed-system kegs are upright, cylindrical vessels, usually straight-sided.
Available in stainless steel, stainless steel cylinder covered with polyurethane designed to reduce noiseand FDA approved molded polypropylene plastic. Older kegs may have an aluminum cylinder.Chad sebranek (sebranek)
Closed system kegs have a rim, called a chime, on each end. The top of the vessel is a concentric valve fitting aka coupler in the center allowing for easy dispensing, cleaning, and filling. Introduced in the s from the UK, the advent of Sankey-style kegs offered huge labor savings for the beer industry compared to the old bung-style kegs previously in use.
Brewers and Draught accounts preferred the closed-system keg over the open-system keg for several important reasons, ease of tapping, ease of storage and handling, and the improved profit margin due to the reduction of beer loss commonly associated with the open system keg design.
Unlike open-system kegs, closed-system kegs can be accessed only through the valve housing. All cleaning and filling is accomplished without extracting the valve. The interior shape of a closed-system keg is designed for efficient cleaning by means of automated equipment that opens both valve ports, injects cleaning agents, rinses, and sanitizes while the keg is inverted with the valve down.
The keg can be filled inverted or upright. Closed-system kegs are less vulnerable to infection than open-system kegs because they restrict the access of air to the interior more than bung-style kegs do.Try Lucidchart. It's quick, easy, and completely free.
They are typically created by engineers who are designing a manufacturing process for a physical plant. With the record they provide, changes can be planned safely and effectively using Management of Change MOC. They can also be useful in training workers and contractors. Specifications are usually provided in separate documents. But they are incredibly useful in many ways, including:. Instrumentation detail varies with the degree of design complexity.
Here are some of them:. For that reason, you will want to omit:. It should provide a concise and easy-to-understand illustration of all the equipment to be included in the process flow, alert information around hazard, safeguards and potential faults so that errors can be minimized or eliminated. It will help support the development of operating and maintenance procedures.
There are as many different styles and types of diagrams as there are companies and products. Here are two examples:. This example shows a fluid flow system and defines mechanical and design configurations that are in place. Diagramming is quick and easy with Lucidchart. Start a free trial today to start creating and collaborating. ISA S5. This group includes hardware like compressors, conveyors, motors, turbines, vacuums, and other mechanical devices.
A pipe is a tube that transports fluid substances. Piping can be made of various materials, including metal and plastic. The piping group is made up of one-to-many pipes, multi-line pipes, separators, and other types of piping devices. A vessel is a container that is used to store fluid. It may also alter the characteristics of the fluid during storage. The vessels category includes tanks, cylinders, columns, bags, and other vessels. A heat exchanger is a device that's designed to efficiently transfer heat from different areas or mediums.
This category includes boilers, condensers, and other heat exchangers. A pump is a device that uses suction or pressure to raise, compress, or move fluids in and out of other objects.
This section is comprised of both pumps and fans. An instrument is a device that measures—and sometimes controls—quantities such as flow, temperature, angle, or pressure. The instruments group houses indicators, transmitters, recordings, controllers, and elements.To create this article, 13 people, some anonymous, worked to edit and improve it over time. This article has been viewedtimes.
Electronic Diagrams, Prints and Schematics
Learn more Cornelius five gallon "soda" kegs are commonly used by home brewers to keg homebrewed beer, and are typically used with kegerators. It is generally easier to keg beer than it is to bottle beer. Used Cornelius kegs are commonly available, quite affordable and very easy to clean and maintain.
There are a decent amount of components that make up a Cornelius keg, and whether one is rebuilding a used keg or putting one together from spare parts, it is helpful to know what goes into assembling a Cornelius keg. Securely screw these plugs onto the keg tank over the dip tubes to form a tight seal.
Fit the large o-ring onto the lid, and screw in the pressure relief valve, then put the lid into place and push down on the bar to secure it. For tips on sanitizing the components before you assemble the keg, keep reading!
Tips and Warnings. Things You'll Need. Related Articles. Article Summary. Co-authored by 13 contributors Community of editors, researchers, and specialists December 5, Collect the keg components.
The components consist of the keg tank, a long liquid dip tube and o-ring, a short gas dip tube and o-ring, one lid and o-ring, a pressure relief valve for the lid, one gas plug post with o-ring, one liquid plug post with o-ring, and two small poppet valves that fit inside the plugs posts. There is a total of five o-rings.
There are different types of Cornelius kegs, and different brands of similar five gallon soda kegs are generally referred to as Cornelius kegs. Be sure that the components that you have for a specific keg all correspond with a specific keg design. The pin-lock type of keg is generally not used, and it is far more common to find and use the ball-lock variety.
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