Jan2016 exam techniques
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The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
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Evaporation
Evaporation is a natural form of trap seal loss that occurs when the water in a trap evaporates due to lack of use of the appliance. The rate of evaporation in the UK averages around 2.5mm per week but can vary and is more problematic in hotter climates as the water in the trap will evaporate faster without use of the appliance.
Maths level 1 chapter 1 learner materials
This document provides an overview of chapter 1 of an EdExcel functional skills pilot on working with whole numbers. The chapter covers reading and writing whole numbers, ordering and comparing numbers, rounding numbers, adding, subtracting, multiplying and dividing whole numbers, and working with negative numbers. It includes examples and practice problems for each skill, as well as tips for using different calculation methods like partitioning for addition.
methods for reducing water wastage
This document discusses several methods for reducing water wastage, including dual flush toilets that offer a partial or full flush option, spray taps that reduce the flow of water from taps, flow limiting valves that restrict the amount of water flowing through pipes, water collection systems that reuse water for tasks like flushing toilets or watering gardens, rainwater harvesting systems that collect and store rainwater from roofs for reuse, and grey water recycling systems that collect and reuse water from bathing, showers, and washing machines.
Wind energy
Wind energy is a renewable resource that is harnessed using wind turbines to convert the kinetic energy of wind into electrical energy. There are two main types of wind turbines - horizontal axis and vertical axis styles - which can be stand alone or grid connected installations. When multiple wind turbines are grouped together it is called a wind farm, which are commonly found offshore or in rural areas to take advantage of higher wind speeds. Domestic wind turbines typically range between 2.5-15kw and require proper siting with consideration for wind speeds, turbulence, and proximity to the point of use.
Water treatment and supply
Water treatment involves several processes to remove impurities from water sources before public supply. These include screening, coagulation, sedimentation, filtration, aeration, and disinfection using methods like chlorination. Water can also be stored using rainwater harvesting systems that collect rainwater or greywater reuse systems that treat wastewater from sinks and washing machines for non-potable uses like toilet flushing. Factors like available water collection, required storage amounts, and costs must be considered for rainwater harvesting systems. Greywater systems vary in treatment complexity and usually include a tank, pump, and distribution system.
Solar thermal
There are two main types of solar thermal collectors: flat plate collectors and evacuated tube collectors. Flat plate collectors come in glazed or unglazed varieties, while evacuated tube collectors are more efficient but require less roof space. Solar collectors work by collecting solar energy from the sun and transferring it as heat to a fluid inside the collector. The main disadvantage of a large solar thermal storage cylinder is the extra weight it adds to the roof structure. A home's suitability depends on factors like roof orientation, size and loading, shading, and whether there is space for a storage cylinder.
Solar systems
Solar PV systems work by converting sunlight into electricity through solar panels made of photovoltaic cells. The sunlight hits the solar cells and creates an electrical current. Solar PV systems can be either stand-alone systems or connected to the main electricity grid. They have advantages like producing clean energy with little maintenance, but disadvantages such as high initial installation costs. Current UK building regulations specify that solar panels should generally face between southeast and southwest for maximum efficiency.
Part l presentation
Central Heating Systems and the UK Building Regulations
The document discusses key parts of the UK Building Regulations related to central heating systems, including:
1) Part L which covers the seasonal efficiency of domestic boilers and the SEDBUK (Seasonal Efficiency of Domestic Boilers in the UK) rating system which provides a basis for comparing boiler efficiency.
2) The SAP (Standard Assessment Procedure) which is important for heating design and sets targets for new homes' CO2 emissions.
3) How the SEDBUK rating system calculates boiler efficiency based on standard lab tests and factors like boiler type, fuel used, and typical UK climate and usage patterns.
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Evaporation
Evaporation is a natural form of trap seal loss that occurs when the water in a trap evaporates due to lack of use of the appliance. The rate of evaporation in the UK averages around 2.5mm per week but can vary and is more problematic in hotter climates as the water in the trap will evaporate faster without use of the appliance.
Maths level 1 chapter 1 learner materials
This document provides an overview of chapter 1 of an EdExcel functional skills pilot on working with whole numbers. The chapter covers reading and writing whole numbers, ordering and comparing numbers, rounding numbers, adding, subtracting, multiplying and dividing whole numbers, and working with negative numbers. It includes examples and practice problems for each skill, as well as tips for using different calculation methods like partitioning for addition.
methods for reducing water wastage
This document discusses several methods for reducing water wastage, including dual flush toilets that offer a partial or full flush option, spray taps that reduce the flow of water from taps, flow limiting valves that restrict the amount of water flowing through pipes, water collection systems that reuse water for tasks like flushing toilets or watering gardens, rainwater harvesting systems that collect and store rainwater from roofs for reuse, and grey water recycling systems that collect and reuse water from bathing, showers, and washing machines.
Wind energy
Wind energy is a renewable resource that is harnessed using wind turbines to convert the kinetic energy of wind into electrical energy. There are two main types of wind turbines - horizontal axis and vertical axis styles - which can be stand alone or grid connected installations. When multiple wind turbines are grouped together it is called a wind farm, which are commonly found offshore or in rural areas to take advantage of higher wind speeds. Domestic wind turbines typically range between 2.5-15kw and require proper siting with consideration for wind speeds, turbulence, and proximity to the point of use.
Water treatment and supply
Water treatment involves several processes to remove impurities from water sources before public supply. These include screening, coagulation, sedimentation, filtration, aeration, and disinfection using methods like chlorination. Water can also be stored using rainwater harvesting systems that collect rainwater or greywater reuse systems that treat wastewater from sinks and washing machines for non-potable uses like toilet flushing. Factors like available water collection, required storage amounts, and costs must be considered for rainwater harvesting systems. Greywater systems vary in treatment complexity and usually include a tank, pump, and distribution system.
Solar thermal
There are two main types of solar thermal collectors: flat plate collectors and evacuated tube collectors. Flat plate collectors come in glazed or unglazed varieties, while evacuated tube collectors are more efficient but require less roof space. Solar collectors work by collecting solar energy from the sun and transferring it as heat to a fluid inside the collector. The main disadvantage of a large solar thermal storage cylinder is the extra weight it adds to the roof structure. A home's suitability depends on factors like roof orientation, size and loading, shading, and whether there is space for a storage cylinder.
Solar systems
Solar PV systems work by converting sunlight into electricity through solar panels made of photovoltaic cells. The sunlight hits the solar cells and creates an electrical current. Solar PV systems can be either stand-alone systems or connected to the main electricity grid. They have advantages like producing clean energy with little maintenance, but disadvantages such as high initial installation costs. Current UK building regulations specify that solar panels should generally face between southeast and southwest for maximum efficiency.
Part l presentation
Central Heating Systems and the UK Building Regulations
The document discusses key parts of the UK Building Regulations related to central heating systems, including:
1) Part L which covers the seasonal efficiency of domestic boilers and the SEDBUK (Seasonal Efficiency of Domestic Boilers in the UK) rating system which provides a basis for comparing boiler efficiency.
2) The SAP (Standard Assessment Procedure) which is important for heating design and sets targets for new homes' CO2 emissions.
3) How the SEDBUK rating system calculates boiler efficiency based on standard lab tests and factors like boiler type, fuel used, and typical UK climate and usage patterns.
Heat pump systems
Heat pumps absorb heat from the ground and transfer it to buildings for space heating and pre-heating water. A ground source heat pump system has three main elements - a ground loop buried underground, the heat pump unit, and a heat distribution system inside the building. There are three common types of ground loops - horizontal loops laid underground, vertical loops using deep boreholes, and slinky loops buried in trenches. The best applications for heat pumps are properties with low heating demands, which can use radiators, underfloor heating, or air ducts. Ground source heat pumps have few moving parts and can last over 40 years with proper maintenance.
Jan2016 exam techniques
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Resistance spot welding
The document discusses resistance spot welding, which involves cleaning surfaces, applying a weld-through primer, and ensuring overlapping surfaces. It describes squeeze time as the time for the electrode to contact the work piece, weld time as when current passes and welding occurs, and hold time for the metal to cool. A peel test is used to check weld strength by pulling layers apart and verifying a hole is left in one layer. The document warns that spot welds placed too closely together can experience a shunt effect where electricity takes the path of least resistance between welds, weakening them.
The theory of plastics
Plastics are synthetic organic materials that can be molded under heat and pressure into a shape that is retained after cooling. There are two main types of plastics used in automotive engineering - thermoplastics, which soften when heated, and thermosets, which do not melt once solidified. Plastics are commonly used in automotive engineering to save weight and energy, increase safety and comfort, and reduce noise and maintenance needs compared to other materials. Painting plastic automotive parts helps bond and protect the surface from degradation, improves appearance through enhanced gloss and color, and allows for styling effects. It also increases durability by providing better weathering, scratch, chip, and chemical resistance.
Undertake basic electrical tasks
This document provides information on various electrical tasks and safety procedures related to plumbing work. It describes the purpose and proper installation of equipotential bonding, supplementary bonding, and temporary continuity bonding. It also outlines safety procedures like testing for polarity and earth continuity when working on electrical systems and cutting into pipework. The document emphasizes the importance of electrical safety precautions to avoid electric shock when plumbing work involves electrical components.
Identify safety critical faults on electrical components and systems
Electrical faults can have serious safety consequences like electrocution, electric shock, fire, or component failure. Critical faults include bad workmanship, drilling into wires, cracked junction boxes, missing earth bonding, polarity issues, incorrect fuse or flex sizing, bad installation, or burnt or damaged cables. If any critical faults are identified, the supervisor must be notified so a qualified electrician can be called in to rectify the issue safely. A first aider may also need to be contacted if someone has suffered an electric shock.
Components used in electrical installations
This document discusses various electrical components used in installations including conductors, cables, flex, trunking, conduit, plugs, sockets, switches, isolators, junction boxes, and timers. It provides details on appropriate cable sizes for different applications, safe installation practices, and the relationships between voltage, current, resistance, wattage, and fuse sizes.
Procedures for safely isolating supplies
This document outlines procedures for safely isolating electrical supplies before work. It discusses isolating various appliances like pumps, showers, programmers, thermostats, immersion heaters, boilers, and cookers by switching off the circuit breaker or removing the fuse, locking it off, and applying a label. It provides steps for confirming isolation using a voltage indicator, including testing the indicator first and last, identifying the circuit, switching it off and locking it, then retesting the appliance to confirm it is dead. Locations for safe isolation are identified as the consumer unit, fused spur, or switch fused spur.
6035 l2u202 ppt_outcome1
Domestic electrics are used in many plumbing situations like pumps, showers, programmers, thermostats, immersion heaters, and boilers. As plumbers, we are not allowed to interfere with lighting circuits or ring mains, and can only attach appliances to switched fused spurs. Proper earthing is important for safety, and any electrical faults should be reported to the homeowner.
Boilers used in domestic central heating systems
The document discusses different types of boilers used in domestic central heating systems. There are four main fuel sources: solid fuel, gas, oil, and renewable energy. Gas boilers are the most popular and can be categorized as traditional non-condensing boilers, cast-iron heat exchangers, low-water-content heat exchangers, combination boilers, condensing boilers, condensing system boilers, and condensing combination boilers. Condensing boilers increase efficiency by allowing flue gases to cool and condense latent heat. Boilers require either an open flue or room-sealed balanced flue to safely vent combustion products outside.
Types of heat emitters used in underfloor heating systems
The document discusses different types of heat emitters used in central heating systems, including panel radiators, column radiators, towel rails, fan convectors, kick-space heaters, skirting convectors, and underfloor heating. It provides details on the construction and installation of each type. Underfloor heating is described as becoming more popular, with pipes installed at specific centers below flooring and connected to a central manifold for temperature control in each room. The document also covers commissioning, testing, and fault finding procedures for central heating systems.
Sealed system components
Sealed central heating systems require components to accommodate for water expansion as the water is heated. These components include an external expansion vessel, pressure relief valve, filling loop, and pressure gauge. The expansion vessel replaces the feed and expansion cistern of vented systems. It comprises a steel cylinder divided by a rubber diaphragm that allows water to compress the air in the vessel as it expands with heat. System boilers also accommodate expansion internally without additional components. Proper sizing of the expansion vessel is necessary using formulas considering system volume, fill pressure and temperature, operating pressure and temperature, and resulting expansion factor.
Regulations documents
This document discusses regulations and documents related to domestic hot water systems. It outlines key regulations like the Water Regulations (1999) and Building Regulations Part G. It also lists industry standards for design, installation, testing and maintenance of these systems, including BS6700 and BS8000 pt15. Manufacturers' instructions are also important as they provide installation, maintenance, commissioning and fault diagnosis information for specific hot water systems.
Solar thermal unvented systems
This document discusses different types of solar thermal and unvented hot water systems. Solar thermal systems use solar panels on the roof to heat water in a hot water cylinder through a circulating fluid. Unvented hot water cylinders operate under mains water pressure and do not require a vent, so the safety relief valve must be incorporated elsewhere and regular maintenance is required. A common solar thermal method uses evacuated tubes to capture heat from the sun's rays and warm circulating water.
Installation requirements
The document discusses the requirements for installing domestic hot water plumbing systems. It covers topics like head height between the cold water storage cistern and hot water cylinder, pipe sizing and positioning, installation of valves, vent pipes, thermostats and other components. Proper installation is important for efficient system operation and preventing issues like heat loss or scalding. Factors like property size, storage needs, usage and costs should be considered when choosing a hot water system type.
Air source heat pumps
Air source heat pumps absorb heat from outside air, even at temperatures as low as -15°C, and use this heat to warm buildings. They work by extracting heat from the air into a fluid using an evaporator, compressing the heated fluid into a gas using a compressor, transferring the heat to radiators or underfloor heating via a condenser, then cooling and recycling the fluid. While more efficient than electric heating, air source heat pumps require electricity to run and their efficiency decreases in very cold temperatures.
Ground source heat pumps
The document discusses ground source heat pumps, which extract heat from the ground to pre-heat water for space and water heating. It explains that ground source heat pumps work similarly to refrigerators by using a compressor to move heat. The heat pump itself is installed indoors, while external pipes called "captors" can be laid horizontally or vertically underground depending on available land space. While planning permission is generally not required for ground source heat pumps, it may be needed for excavation works in sensitive areas. The document also outlines advantages such as reduced costs and emissions, as well as disadvantages including higher installation expenses and potential issues if not properly designed.
Solar thermal
The document discusses solar thermal hot water systems as a renewable energy option. It describes solar thermal as using solar panels fitted to roofs or other surfaces to collect heat from the sun and use it to heat water. The document outlines key considerations for solar thermal installations like location, planning permission requirements, and building regulations. It notes the advantages are reducing carbon footprint, energy bills and having hot water available all year, while disadvantages include only working during the day, efficiency limitations, and high upfront costs.
Materials
The document discusses various materials used for central heating pipework installation, including copper, low carbon steel, polybutylene, and insulation materials. Copper grade R220 and R250 are commonly used, with R220 being soft coiled microbore pipe and R250 being half hard straight lengths. Microbore systems use smaller diameter pipes connected to a manifold. Polybutylene is also a popular plastic piping material. Insulation is important to conserve heat and protect against freezing. Proper insulation is required by building regulations.
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Heat pump systems
Heat pumps absorb heat from the ground and transfer it to buildings for space heating and pre-heating water. A ground source heat pump system has three main elements - a ground loop buried underground, the heat pump unit, and a heat distribution system inside the building. There are three common types of ground loops - horizontal loops laid underground, vertical loops using deep boreholes, and slinky loops buried in trenches. The best applications for heat pumps are properties with low heating demands, which can use radiators, underfloor heating, or air ducts. Ground source heat pumps have few moving parts and can last over 40 years with proper maintenance.
Jan2016 exam techniques
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Resistance spot welding
The document discusses resistance spot welding, which involves cleaning surfaces, applying a weld-through primer, and ensuring overlapping surfaces. It describes squeeze time as the time for the electrode to contact the work piece, weld time as when current passes and welding occurs, and hold time for the metal to cool. A peel test is used to check weld strength by pulling layers apart and verifying a hole is left in one layer. The document warns that spot welds placed too closely together can experience a shunt effect where electricity takes the path of least resistance between welds, weakening them.
The theory of plastics
Plastics are synthetic organic materials that can be molded under heat and pressure into a shape that is retained after cooling. There are two main types of plastics used in automotive engineering - thermoplastics, which soften when heated, and thermosets, which do not melt once solidified. Plastics are commonly used in automotive engineering to save weight and energy, increase safety and comfort, and reduce noise and maintenance needs compared to other materials. Painting plastic automotive parts helps bond and protect the surface from degradation, improves appearance through enhanced gloss and color, and allows for styling effects. It also increases durability by providing better weathering, scratch, chip, and chemical resistance.
Undertake basic electrical tasks
This document provides information on various electrical tasks and safety procedures related to plumbing work. It describes the purpose and proper installation of equipotential bonding, supplementary bonding, and temporary continuity bonding. It also outlines safety procedures like testing for polarity and earth continuity when working on electrical systems and cutting into pipework. The document emphasizes the importance of electrical safety precautions to avoid electric shock when plumbing work involves electrical components.
Identify safety critical faults on electrical components and systems
Electrical faults can have serious safety consequences like electrocution, electric shock, fire, or component failure. Critical faults include bad workmanship, drilling into wires, cracked junction boxes, missing earth bonding, polarity issues, incorrect fuse or flex sizing, bad installation, or burnt or damaged cables. If any critical faults are identified, the supervisor must be notified so a qualified electrician can be called in to rectify the issue safely. A first aider may also need to be contacted if someone has suffered an electric shock.
Components used in electrical installations
This document discusses various electrical components used in installations including conductors, cables, flex, trunking, conduit, plugs, sockets, switches, isolators, junction boxes, and timers. It provides details on appropriate cable sizes for different applications, safe installation practices, and the relationships between voltage, current, resistance, wattage, and fuse sizes.
Procedures for safely isolating supplies
This document outlines procedures for safely isolating electrical supplies before work. It discusses isolating various appliances like pumps, showers, programmers, thermostats, immersion heaters, boilers, and cookers by switching off the circuit breaker or removing the fuse, locking it off, and applying a label. It provides steps for confirming isolation using a voltage indicator, including testing the indicator first and last, identifying the circuit, switching it off and locking it, then retesting the appliance to confirm it is dead. Locations for safe isolation are identified as the consumer unit, fused spur, or switch fused spur.
6035 l2u202 ppt_outcome1
Domestic electrics are used in many plumbing situations like pumps, showers, programmers, thermostats, immersion heaters, and boilers. As plumbers, we are not allowed to interfere with lighting circuits or ring mains, and can only attach appliances to switched fused spurs. Proper earthing is important for safety, and any electrical faults should be reported to the homeowner.
Boilers used in domestic central heating systems
The document discusses different types of boilers used in domestic central heating systems. There are four main fuel sources: solid fuel, gas, oil, and renewable energy. Gas boilers are the most popular and can be categorized as traditional non-condensing boilers, cast-iron heat exchangers, low-water-content heat exchangers, combination boilers, condensing boilers, condensing system boilers, and condensing combination boilers. Condensing boilers increase efficiency by allowing flue gases to cool and condense latent heat. Boilers require either an open flue or room-sealed balanced flue to safely vent combustion products outside.
Types of heat emitters used in underfloor heating systems
The document discusses different types of heat emitters used in central heating systems, including panel radiators, column radiators, towel rails, fan convectors, kick-space heaters, skirting convectors, and underfloor heating. It provides details on the construction and installation of each type. Underfloor heating is described as becoming more popular, with pipes installed at specific centers below flooring and connected to a central manifold for temperature control in each room. The document also covers commissioning, testing, and fault finding procedures for central heating systems.
Sealed system components
Sealed central heating systems require components to accommodate for water expansion as the water is heated. These components include an external expansion vessel, pressure relief valve, filling loop, and pressure gauge. The expansion vessel replaces the feed and expansion cistern of vented systems. It comprises a steel cylinder divided by a rubber diaphragm that allows water to compress the air in the vessel as it expands with heat. System boilers also accommodate expansion internally without additional components. Proper sizing of the expansion vessel is necessary using formulas considering system volume, fill pressure and temperature, operating pressure and temperature, and resulting expansion factor.
Regulations documents
This document discusses regulations and documents related to domestic hot water systems. It outlines key regulations like the Water Regulations (1999) and Building Regulations Part G. It also lists industry standards for design, installation, testing and maintenance of these systems, including BS6700 and BS8000 pt15. Manufacturers' instructions are also important as they provide installation, maintenance, commissioning and fault diagnosis information for specific hot water systems.
Solar thermal unvented systems
This document discusses different types of solar thermal and unvented hot water systems. Solar thermal systems use solar panels on the roof to heat water in a hot water cylinder through a circulating fluid. Unvented hot water cylinders operate under mains water pressure and do not require a vent, so the safety relief valve must be incorporated elsewhere and regular maintenance is required. A common solar thermal method uses evacuated tubes to capture heat from the sun's rays and warm circulating water.
Installation requirements
The document discusses the requirements for installing domestic hot water plumbing systems. It covers topics like head height between the cold water storage cistern and hot water cylinder, pipe sizing and positioning, installation of valves, vent pipes, thermostats and other components. Proper installation is important for efficient system operation and preventing issues like heat loss or scalding. Factors like property size, storage needs, usage and costs should be considered when choosing a hot water system type.
Air source heat pumps
Air source heat pumps absorb heat from outside air, even at temperatures as low as -15°C, and use this heat to warm buildings. They work by extracting heat from the air into a fluid using an evaporator, compressing the heated fluid into a gas using a compressor, transferring the heat to radiators or underfloor heating via a condenser, then cooling and recycling the fluid. While more efficient than electric heating, air source heat pumps require electricity to run and their efficiency decreases in very cold temperatures.
Ground source heat pumps
The document discusses ground source heat pumps, which extract heat from the ground to pre-heat water for space and water heating. It explains that ground source heat pumps work similarly to refrigerators by using a compressor to move heat. The heat pump itself is installed indoors, while external pipes called "captors" can be laid horizontally or vertically underground depending on available land space. While planning permission is generally not required for ground source heat pumps, it may be needed for excavation works in sensitive areas. The document also outlines advantages such as reduced costs and emissions, as well as disadvantages including higher installation expenses and potential issues if not properly designed.
Solar thermal
The document discusses solar thermal hot water systems as a renewable energy option. It describes solar thermal as using solar panels fitted to roofs or other surfaces to collect heat from the sun and use it to heat water. The document outlines key considerations for solar thermal installations like location, planning permission requirements, and building regulations. It notes the advantages are reducing carbon footprint, energy bills and having hot water available all year, while disadvantages include only working during the day, efficiency limitations, and high upfront costs.
Materials
The document discusses various materials used for central heating pipework installation, including copper, low carbon steel, polybutylene, and insulation materials. Copper grade R220 and R250 are commonly used, with R220 being soft coiled microbore pipe and R250 being half hard straight lengths. Microbore systems use smaller diameter pipes connected to a manifold. Polybutylene is also a popular plastic piping material. Insulation is important to conserve heat and protect against freezing. Proper insulation is required by building regulations.
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