This document contains plans for a hot and cold domestic water system. It includes sections and elevations showing the finish floor level at 0' - 0", a plate height of 9' - 0", and a foundation at -2' - 0". The scale of the drawings is 1/4" = 1'-0".
This document contains architectural floor plans and elevations for renovations to a basement located at 171 Constable. The plans include dimensions and notes. Scale drawings are provided at 1/4 inch equals 1 foot for the floor plans and 3/8 inch equals 1 foot for the elevations. The drawings are signed and dated November 22, 2016.
The document contains floor plans and section drawings for a proposed mudroom and dining room renovation project. It includes dimensions for the mudroom, entry, and proposed changes. Section drawings provide more details on the tile floor finish and materials.
The document contains multiple elevation drawings for a kitchen renovation project including dimensions for walls, windows, and doors. Elevation drawings are provided at scales of 1/2 inch equals 1 foot, 3/8 inch equals 1 foot and are labeled A through D. The drawings include dimensions ranging from 1 foot to 7 feet and were created on December 20, 2016.
This is project done for my Electronic Design class during the beginning of my Sophomore year at SCAD. The objective was to reinforce basic and In-Place modeling techniques and to work with CAD STANDARDS using accurate sheet naming and title blocks.
This is a four story family home for 5 built on a hill like topography consisting of a river, a walkway to a balcony from the basement level and fully furnished interiors.
The sheet includes Project Data, Notes, Floor Plans, Finish Plans, Colored Plans, Ceiling Plans, Exterior Elevations, Interior Elevations, Sections, Poche Sections, Enlarged Sections, Enlarged Plans, Details, Room Finish Schedule, User Define, Renderings, Interior Camera views, Exterior Camera views, Exploded Axon and Exploded Section. The final presentation was displayed on an Architectural D sheet.
Application used: Revit
This document discusses sources of water, distribution systems, and plumbing. It covers:
- Surface and ground water sources like streams, lakes, rivers, and wells.
- Types of distribution systems including gravity, pumping, and dual systems. Gravity relies on elevation while pumping uses pumps. Dual uses both.
- Components of plumbing systems like pipes, fixtures, valves, and fittings. It also discusses cold water supply systems being either direct or indirect.
The document discusses water distribution systems and sanitary systems. It describes the main components of water distribution systems including pipes, valves, fittings and motors. It also discusses the components of sanitary systems such as traps, pipes, fittings and different plumbing systems. Plumbing systems discussed include single stack, fully ventilated stack, one pipe and dual pipe systems.
This document discusses cold water distribution systems, including the gravity and pump systems used to distribute water from main sources. It also describes four common pipe layout systems: grid iron, dead end, ring, and radial. The grid iron system uses a rectangular layout of mains and branches, keeping water in good circulation. The dead end system is suitable for older towns and is cheaper but causes more water stagnation. The ring system supplies water from at least two directions around the peripheral roads. The radial system divides the area into zones and pumps water into distribution reservoirs in the center to supply pipes radially outward.
The document discusses different types of sprinklers and considerations for selecting sprinklers for irrigation systems. It covers spray vs rotor sprinklers, appropriate uses for each type, installation details, pressure requirements, and techniques for adjusting sprinkler radius and precipitation rates. Key factors discussed include sprinkler spacing, precipitation rates, pressure requirements, mixing sprinkler types on a single valve, and trajectory of water discharge.
This document contains architectural floor plans and elevations for renovations to a basement located at 171 Constable. The plans include dimensions and notes. Scale drawings are provided at 1/4 inch equals 1 foot for the floor plans and 3/8 inch equals 1 foot for the elevations. The drawings are signed and dated November 22, 2016.
The document contains floor plans and section drawings for a proposed mudroom and dining room renovation project. It includes dimensions for the mudroom, entry, and proposed changes. Section drawings provide more details on the tile floor finish and materials.
The document contains multiple elevation drawings for a kitchen renovation project including dimensions for walls, windows, and doors. Elevation drawings are provided at scales of 1/2 inch equals 1 foot, 3/8 inch equals 1 foot and are labeled A through D. The drawings include dimensions ranging from 1 foot to 7 feet and were created on December 20, 2016.
This is project done for my Electronic Design class during the beginning of my Sophomore year at SCAD. The objective was to reinforce basic and In-Place modeling techniques and to work with CAD STANDARDS using accurate sheet naming and title blocks.
This is a four story family home for 5 built on a hill like topography consisting of a river, a walkway to a balcony from the basement level and fully furnished interiors.
The sheet includes Project Data, Notes, Floor Plans, Finish Plans, Colored Plans, Ceiling Plans, Exterior Elevations, Interior Elevations, Sections, Poche Sections, Enlarged Sections, Enlarged Plans, Details, Room Finish Schedule, User Define, Renderings, Interior Camera views, Exterior Camera views, Exploded Axon and Exploded Section. The final presentation was displayed on an Architectural D sheet.
Application used: Revit
This document discusses sources of water, distribution systems, and plumbing. It covers:
- Surface and ground water sources like streams, lakes, rivers, and wells.
- Types of distribution systems including gravity, pumping, and dual systems. Gravity relies on elevation while pumping uses pumps. Dual uses both.
- Components of plumbing systems like pipes, fixtures, valves, and fittings. It also discusses cold water supply systems being either direct or indirect.
The document discusses water distribution systems and sanitary systems. It describes the main components of water distribution systems including pipes, valves, fittings and motors. It also discusses the components of sanitary systems such as traps, pipes, fittings and different plumbing systems. Plumbing systems discussed include single stack, fully ventilated stack, one pipe and dual pipe systems.
This document discusses cold water distribution systems, including the gravity and pump systems used to distribute water from main sources. It also describes four common pipe layout systems: grid iron, dead end, ring, and radial. The grid iron system uses a rectangular layout of mains and branches, keeping water in good circulation. The dead end system is suitable for older towns and is cheaper but causes more water stagnation. The ring system supplies water from at least two directions around the peripheral roads. The radial system divides the area into zones and pumps water into distribution reservoirs in the center to supply pipes radially outward.
The document discusses different types of sprinklers and considerations for selecting sprinklers for irrigation systems. It covers spray vs rotor sprinklers, appropriate uses for each type, installation details, pressure requirements, and techniques for adjusting sprinkler radius and precipitation rates. Key factors discussed include sprinkler spacing, precipitation rates, pressure requirements, mixing sprinkler types on a single valve, and trajectory of water discharge.
Sprinkler spacing should provide 100% overlap of watered areas. Exceptions can allow for slightly farther spacing to accommodate odd shapes, but at least 80% of heads should be head-to-head. Maximum spacing is the sprinkler radius multiplied by 60%. Smaller radius sprinklers may require radius adjustment devices to reduce spacing below 50% of the radius. Uniform spacing is important for even water coverage, with gradual changes in spacing. Square, triangular, and rectangular patterns are common, with different recommended spacing percentages based on wind conditions.
This document discusses the components and design of sprinkler systems. It describes the typical location and materials of sprinkler storage tanks. It also provides sizing guidelines for sprinkler tanks, pumps, piping and heads based on hazard levels. The document outlines considerations for alarm valves, different types of sprinkler heads and their temperature ratings. It defines sprinkler piping terminology and provides examples of range pipe arrays.
This document discusses active fire fighting systems, which aim to detect fires early, warn of emergencies, help people evacuate safely, and provide initial assistance. There are portable and fixed systems. Portable systems include fire extinguishers and blankets. Fire extinguishers come in different types suited to particular fire types, like water, foam, dry chemical, or CO2. Fixed systems permanently installed in buildings include wet and dry risers to supply water to upper floors, fire hydrants, sprinkler systems, fire alarms, and smoke/heat detectors. The document provides details on how each system works.
Cold Water Supply Distribution In BuildingVan Heina
The document discusses the operating principle of air pressure water distribution systems. It begins by explaining that air is compressible while water is not, allowing air pressure in a tank to reach 15 psi and lift water up to 10.5 meters. It notes the ideal pressure range is 20-40 psi. Automatic controls regulate air compressors to maintain adequate pressure. Advantages include low cost while disadvantages include electricity dependence. The document also examines direct upfeed and triplex pump systems as well as factors affecting water pressure and sizing water pipes.
The document discusses fire protection systems for aircraft. It describes the four classes of fires based on the type of fuel (A-D) and appropriate extinguishing agents for each class. It also outlines various fire detection systems, including thermo-switch, thermocouple, Fenwal, and pneumatic systems. Fire extinguishing agents work by displacing oxygen or chemically combining with oxygen to prevent combustion. Common agents are carbon dioxide, freon, halon 1301, and nitrogen. Fire extinguishing systems can be conventional or high rate discharge, with the latter utilizing compressed gases or liquids under high pressure.
P.P.T on water distribution system by Manish PandeyManish Pandey
The document discusses different types of distribution networks and pipes used in water distribution systems. It describes dead end, radial, grid iron and ring networks. PVC, CPVC, PEX and copper pipes are discussed. Distribution reservoirs help maintain water pressure and quality by absorbing demand fluctuations. Elevated and surface reservoirs are used. Joints like end caps, tees, strainers and reducers connect pipes. The purpose of distribution systems is to deliver water to consumers with appropriate quality, quantity and pressure.
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Key Characteristics and Requirements of Diesel Fire Pump Engines
Sprinkler systems are used in commercial buildings like offices, malls, hotels, and warehouses according to building codes. They contain sprinklers and a piping system connected to a water source. There are different types of sprinkler systems including wet pipe systems which always have water in the pipes, dry pipe systems used in cold areas to prevent freezing, and deluge systems which activate based on alarms instead of heat sensors and stay open once triggered. Sprinkler systems are designed based on the building contents and are intended to control fires.
This document summarizes the components and operation of a sprinkler system on a ship. It describes how sprinkler heads are activated by heat and spray water over a large area. The system includes a pressurized water tank, pumps, valves, and an alarm system. When a sprinkler activates, an alarm sounds and the location is indicated. The installation has multiple sections that can be isolated. Fresh water is used initially to reduce corrosion, and cleaning is important to ensure proper operation.
The document discusses key aspects of an effective fire prevention program, including life safety, property protection, and continuity of operations as primary goals. It describes the fire triangle of fuel, heat, and oxygen and strategies to control or isolate these elements. The document provides guidelines for good housekeeping, safe storage of flammables and combustibles, and identifies electrical hazards. It emphasizes the importance of compartmentalization through proper maintenance of fire barriers such as walls, doors, and dampers.
The document provides information for fire brigade members on firefighting equipment and techniques. It covers the components of fire, classes of fire, fire extinguishing methods, self-contained breathing apparatus, and stages of fire development. Practical firefighting skills like handling hoses and breathing apparatus are also discussed.
The document discusses various aspects of drainage systems, including:
1) It defines key terms like soil pipe, waste pipe, vent pipe, and rainwater pipe and lists common pipe sizes.
2) It outlines the aims of drainage systems like maintaining healthy conditions and removing waste quickly.
3) It describes traps, their purposes, types, and qualities like being self-cleaning. It also discusses causes of trap seal loss.
4) It provides an overview of drainage pipework systems like two-pipe, one-pipe, single stack, and modified single stack systems.
5) It provides details on septic tanks, including their purpose for areas without main drainage, components, sizing
This document discusses different types of building sanitary drainage systems including two-pipe, one-pipe, and single stack systems. It provides details on each system as well as factors to consider when choosing a system, such as building height and fixture units. The document recommends a single stack or one-pipe system for Jaypee Greens buildings over 15 stories tall due to limited shaft space and modern materials/techniques available. Pipe sizes are determined based on the number of fixture units according to BIS standards.
The document discusses designing teams and processes to adapt to changing needs. It recommends structuring teams so members can work within their competencies and across projects fluidly with clear roles and expectations. The design process should support the team and their work, and be flexible enough to change with team, organization, and project needs. An effective team culture builds an environment where members feel free to be themselves, voice opinions, and feel supported.
Sprinkler spacing should provide 100% overlap of watered areas. Exceptions can allow for slightly farther spacing to accommodate odd shapes, but at least 80% of heads should be head-to-head. Maximum spacing is the sprinkler radius multiplied by 60%. Smaller radius sprinklers may require radius adjustment devices to reduce spacing below 50% of the radius. Uniform spacing is important for even water coverage, with gradual changes in spacing. Square, triangular, and rectangular patterns are common, with different recommended spacing percentages based on wind conditions.
This document discusses the components and design of sprinkler systems. It describes the typical location and materials of sprinkler storage tanks. It also provides sizing guidelines for sprinkler tanks, pumps, piping and heads based on hazard levels. The document outlines considerations for alarm valves, different types of sprinkler heads and their temperature ratings. It defines sprinkler piping terminology and provides examples of range pipe arrays.
This document discusses active fire fighting systems, which aim to detect fires early, warn of emergencies, help people evacuate safely, and provide initial assistance. There are portable and fixed systems. Portable systems include fire extinguishers and blankets. Fire extinguishers come in different types suited to particular fire types, like water, foam, dry chemical, or CO2. Fixed systems permanently installed in buildings include wet and dry risers to supply water to upper floors, fire hydrants, sprinkler systems, fire alarms, and smoke/heat detectors. The document provides details on how each system works.
Cold Water Supply Distribution In BuildingVan Heina
The document discusses the operating principle of air pressure water distribution systems. It begins by explaining that air is compressible while water is not, allowing air pressure in a tank to reach 15 psi and lift water up to 10.5 meters. It notes the ideal pressure range is 20-40 psi. Automatic controls regulate air compressors to maintain adequate pressure. Advantages include low cost while disadvantages include electricity dependence. The document also examines direct upfeed and triplex pump systems as well as factors affecting water pressure and sizing water pipes.
The document discusses fire protection systems for aircraft. It describes the four classes of fires based on the type of fuel (A-D) and appropriate extinguishing agents for each class. It also outlines various fire detection systems, including thermo-switch, thermocouple, Fenwal, and pneumatic systems. Fire extinguishing agents work by displacing oxygen or chemically combining with oxygen to prevent combustion. Common agents are carbon dioxide, freon, halon 1301, and nitrogen. Fire extinguishing systems can be conventional or high rate discharge, with the latter utilizing compressed gases or liquids under high pressure.
P.P.T on water distribution system by Manish PandeyManish Pandey
The document discusses different types of distribution networks and pipes used in water distribution systems. It describes dead end, radial, grid iron and ring networks. PVC, CPVC, PEX and copper pipes are discussed. Distribution reservoirs help maintain water pressure and quality by absorbing demand fluctuations. Elevated and surface reservoirs are used. Joints like end caps, tees, strainers and reducers connect pipes. The purpose of distribution systems is to deliver water to consumers with appropriate quality, quantity and pressure.
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Key Characteristics and Requirements of Diesel Fire Pump Engines
Sprinkler systems are used in commercial buildings like offices, malls, hotels, and warehouses according to building codes. They contain sprinklers and a piping system connected to a water source. There are different types of sprinkler systems including wet pipe systems which always have water in the pipes, dry pipe systems used in cold areas to prevent freezing, and deluge systems which activate based on alarms instead of heat sensors and stay open once triggered. Sprinkler systems are designed based on the building contents and are intended to control fires.
This document summarizes the components and operation of a sprinkler system on a ship. It describes how sprinkler heads are activated by heat and spray water over a large area. The system includes a pressurized water tank, pumps, valves, and an alarm system. When a sprinkler activates, an alarm sounds and the location is indicated. The installation has multiple sections that can be isolated. Fresh water is used initially to reduce corrosion, and cleaning is important to ensure proper operation.
The document discusses key aspects of an effective fire prevention program, including life safety, property protection, and continuity of operations as primary goals. It describes the fire triangle of fuel, heat, and oxygen and strategies to control or isolate these elements. The document provides guidelines for good housekeeping, safe storage of flammables and combustibles, and identifies electrical hazards. It emphasizes the importance of compartmentalization through proper maintenance of fire barriers such as walls, doors, and dampers.
The document provides information for fire brigade members on firefighting equipment and techniques. It covers the components of fire, classes of fire, fire extinguishing methods, self-contained breathing apparatus, and stages of fire development. Practical firefighting skills like handling hoses and breathing apparatus are also discussed.
The document discusses various aspects of drainage systems, including:
1) It defines key terms like soil pipe, waste pipe, vent pipe, and rainwater pipe and lists common pipe sizes.
2) It outlines the aims of drainage systems like maintaining healthy conditions and removing waste quickly.
3) It describes traps, their purposes, types, and qualities like being self-cleaning. It also discusses causes of trap seal loss.
4) It provides an overview of drainage pipework systems like two-pipe, one-pipe, single stack, and modified single stack systems.
5) It provides details on septic tanks, including their purpose for areas without main drainage, components, sizing
This document discusses different types of building sanitary drainage systems including two-pipe, one-pipe, and single stack systems. It provides details on each system as well as factors to consider when choosing a system, such as building height and fixture units. The document recommends a single stack or one-pipe system for Jaypee Greens buildings over 15 stories tall due to limited shaft space and modern materials/techniques available. Pipe sizes are determined based on the number of fixture units according to BIS standards.
The document discusses designing teams and processes to adapt to changing needs. It recommends structuring teams so members can work within their competencies and across projects fluidly with clear roles and expectations. The design process should support the team and their work, and be flexible enough to change with team, organization, and project needs. An effective team culture builds an environment where members feel free to be themselves, voice opinions, and feel supported.