Tafe Plumbing Assignment Help

TAFE, also known as Technical and Further Education, is a government institute that provides vocational training in numerous fields such as childcare, recruitment, technology, IT, design and Plumbing. Assignment Hippo brings TAFE Plumbing Assignment help for students pursuing a course in plumbing. Being a plumbing student, you may be facing numerous assignments of different kinds, and it can be natural to feel drained out chasing deadlines after deadlines of the assignment. Plumbing assignments are no joke, they require an intensive concept to theory mapping in the assignments and solicit to work hard in order to score top-notch grades.

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What Do you Learn in Tafe Plumbing Courses?

TAFE plumbing courses offer a direction towards a license for plumbing or fitting gas. Licensed plumbers work on commercial, retail and residential projects that include hot and cold water delivery, gas pipes, hot water tank installations, underfloor and suspended plumbing drainage systems, roofing and stormwater installations.

Important Concepts For Plumbing Course Tafe

Plumbing can be condensed to 2 major fields such as Plumbing Material science and Plumbing Science.

Plumbing Material science can be further bifurcated into two fields:

• Plumbing Standards
• Materials and their properties

Plumbing Science:

• Units and Measurements
• Properties of water
• Capillary action
• Principle of pumping and electricity

Standards and Regulations

Materials used in day-to-day plumbing work must meet minimum performance standards. It is also important that the sizes and dimensions of the fittings and components are standardised. Think what it would be like if you could purchase a variety of 15 mm fittings that all had an inner diameter significantly different from the outer diameter of a 15 mm screw! Thus various standards have been laid in order to reduce the complexity of instrumentation and their maintenance.

Materials and their properties

Material properties refer to things like how solid they are, how well they're transmitting heat or energy, or how robust they are. Before looking at common plumbing materials in more depth, we should discuss the various properties the materials have. Materials are categorized according to specific properties and characteristics.

Hardness

Hardness is a measure of the resistance of a material to permanent or plastic deformation through scratching or denting. It is an important property in materials that have to withstand wear or abrasion – for example, moving parts in machinery – and must often be considered along with material strength. Durability is often measured on a scale from 1 to 10.

Strength

Strength of any material can be rightly understood the limits of material to withstand applied force without breaking. The load or the force applied is generally expressed in as force per unit area, AKA(Newtons per metre square). Force are of different types like Compressions, Tensile, or Shearing force. Therefore, materials are judged and categorized on the basis of their tensile shearing and compressive strength.

Materials capable of withstanding a heavy compression load include cast iron, mortar, and concrete, thus the widespread use of these materials for building. They are brittle though and can break if they are subjected to high tension. If a building is to be built to withstand tensile pressure, such as in an environment that is prone to earthquakes, steel would be a more appropriate choice.

Elasticity and deformation

All materials if subjected to stress would deform or lose shape to some extent due to the tensile force acting on the hem. The increase in the length of the material on application of this force is generally known as strain. As we continue applying stress, the material reaches a point where it loses the ability to return to its original shape once the force is removed and permanent deformation happens. At his point, the material can be said to have exceeded the limit of its elasticity. Elasticity is the ability of a material to stretch under the application of force without getting deformed permanently.

• Mild steel has no elasticity but has the highest yield stress of all samples; it is relatively ductile, i.e. it has a wide spectrum in which plastic deformation can be maintained, and has the highest overall tensile strength.
• Cast iron is brittle – it has the least elasticity of the four samples, and no ability to sustain plastic deformation, although it has a higher tensile strength than concrete.
• Copper is very ductile but has no elasticity. It has a tensile strength which is less than half that of mild steel.
• Concrete has no elasticity and possesses a very low tensile strength.

Plastics That are Used Commonly in the Plumbing Industry

Polymers are commonly known as plastics. Ethene derived from crude oil is the building unit of plastic polymers. These compounds are made up of Carbon, Hydrogen and Oxygen atoms. Monomers like ethene can link together in long chains and for polymers to form poly-ethene under heat and high pressure.

If the ethene monomer is modified by replacing one of the hydrogen atoms with another atom or molecule, this results in additional monomers that create other plastics. This is called the polymerisation method.

Primarily, there are two main types of plastics used in plumbing

Thermosetting plastics

Thermosetting plastics are the ones that are used for general purpose mouldings. When heated, they become soft and allow the moulds to mould them. Once they cool, they retain their shape and become permanent. They won’t alter further by heating and won’t soften again on heating. Most of the pipes and pipework in the plumbing industry is made of Thermosetting plastics.

Thermoplastics

These types of plastics can be softened by heating them Most of the pipes and pipework in the plumbing industry is made of Thermoplastics. These different types of thermoplastics would then share the same characteristic of being resilient to change in shape or attacks from acids and bases. They are insulating in nature and thus don’t contribute to temperature change while delivering fluids. They are now even affected by Sunlight.

Properties of Water

Water is a two gas chemical compound: hydrogen and oxygen (H20). It is produced by the burning of hydrogen gas. Its solvent power is one of the most significant properties of water. To form solutions it can dissolve various gases and solids. Rainwater obtained in open fields is the purest liquid water. It contains dissolved gases such as ammonia, oxygen and carbon dioxide, but this has little effect on its portability (drinking suitability). Water may be found to have different degrees of toughness or softness.

Hard Water

Water is considered hard water, only if it is considered difficult to obtain a lather with soap. Hard water is the water that contains salts of magnesium, calcium and sulphates dissolved in it.

Soft Water

Soft water is water with lesser amounts of dissolved solids like chalk, limestone or gypsum. It foams and forms lather with soap due to the absence of dissolved solids. Soft water is relatively acidic and thus can cause corrosion in plumbing instruments. However, Hard water is basic and can lead to the formation of solid deposits on the plumbing pipes.

Water hardness

Hard water is not particularly the desired property in domestic installations as it produces limescale and other complications. Thus, this eventually leads to the high maintenance of the equipment and increases the costs of installations otherwise. Hard water would also solicit the use of increased amounts of soap and detergent to form the required amount of foam or lather. The hardness of water is a temporary property though and can be fixed with some solutions.

Permanent hardness of water is the result of ions of sulphates and nitrates. Whereas temporary hardness is generated due to the presence of carbonate ions.

Temporary stiffness can be extracted by heating from the water, resulting in carbonate being precipitated as limescale. This hard scale accumulates within boilers and flowing tubing, limits water flow, reduces equipment and component output and eventually causes harm and system failure.

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