Overview. The Elite Software DPipe program quickly calculates optimal pipe and vent sizes for sanitary building drain systems with a virtually unlimited number of. ADS Your Total Solutions Provider At Advanced Drainage Systems ADS, we develop stateoftheart products and services that help solve storm water management and. How to navigate your way through the minefield that is plumbing code. Product PDF Autocad opens with winzip Box Culverts Reinforced Concrete MEGA Box Culvert Reinforced Concrete Box Culvert Manholes and Inlets. N12 WT watertight Pipe. N12 WT IBs polymer composite joint combined with HDPEs excellent abrasion and corrosion resistance, produces a joint with excellent. Wooden Storage Sheds Quick Shred Indianapolis In 8x 8 Wooden Storage Sheds Building Garden Shed From Old Windows Garden Shed Anchors. Urinal and plant views, Download size 21. KB free, Category Urinals Bathrooms and pipe fittings, Type Autocad drawing. Pipe Fittings Information Engineering. Pipe fittings are parts that connect pipe sections together or to other components in in line, offset, multi port, or mounting configurations. Piping vs. Tubing and Hose. To begin, it may be important to distinguish some terminology. In industry, tube and pipe are nearly interchangeable terms. Both describe long hollow cylinders of uniform material with a certain amount of rigidity and permanence. This is in contrast to a hose, which is typically more portable and flexible, and is made up of multiple layers of different materials that vary based on the application. The difference between tubes and pipes is in how they are specified. Generally, pipes and their fittings are defined with nominal rather than exact dimensions. In other words, a nominal pipe size of 1. This is not the case with tubes, where the actual and rated dimensions are often the same. In addition, pipes are almost always with some exceptions used for fluid transport either pneumatic or hydraulic. Conversely, tubes can also be associated with structural applications. Types of Fittings. Pipe fittings are distinguished based on the connection types and functions they perform. Connection Type. Fittings are attached to pipes via a number of different connection methods, each with its own conveniences and advantages. Compression Fittings. Compression fittings are fittings which connect pipees using compression on a gasket, ring, or ferrule. Sanitary Pipe Fittings Autocad' title='Sanitary Pipe Fittings Autocad' />The compression is typically made by tightening a nut onto the fitting over the piping and ferrule, compressing, and securing the piping inside. Standard compression fittings do not require tools to assemble, making them convenient for quick, simple installation. However, they cannot withstand very high pressures and do not have as much flexibility as soldered fittings, making them less functional in systems with vibration, thermal cycling, and other dynamic forces. They also come in a limited number of materials most commonly brass and are best suited for metal on metal connections. Image Credit DIYadvice. ENU/AutoCAD-MEP/images/GUID-13B4E387-9495-457B-B5D5-802CFB4071D3.png' alt='Sanitary Pipe Fittings Autocad' title='Sanitary Pipe Fittings Autocad' />Hose Fittings, Etc. Bite type fittings are compressive fittings with a sharpened ferrule that bites the pipe when compressed and provides the seal. Bite type fittings, like standard compressive fittings, require no special tools to assemble, but provide a stronger, higher pressure connection. Mechanical grip fittings are two ferrule assemblies. The back ferrule grips the piping while pressing up against the front ferrule, which spring loads the front ferrule and creates a seal between the piping and fitting body. These fittings can be reassembled multiple times without damaging components or piping. They have good resistance to mechanical vibration. Image Credit Valvefittingtube. Flare fittings consist of a body with a flared or coned end. Special flaring tools are used to install the pipe inside the flared end, providing a deep seal. Flare fittings can handle higher pressures and a wider range of operating parameters than standard compression fittings. Image Credit Chi. Standards and Preferences for Engineered Construction Projects Adobe Acrobat Reader is required to view these files. Get Adobe Acrobat Reader. Company. End Fittings. End fittings provide specific surfaces for connecting pipes. Clamp ends are fittings which allow pipes to be clamped to the connection. Plain ends are fittings which allow pipes to be connected by adhesive, solder, welding, or other means. Flange Fittings. Flange fittings are rims, edges, ribs, or collars with flush surfaces perpendicular to the attached pipe. These surfaces are joined and sealed via clamps, bolts, welding, brazing, andor threading. For more information on flanges, visit the Pipe Flanges Selection Guide on Global. Spec.              Image Credit Watts. Threaded Fittings. Threaded fittings have screw threads built in grooves on their inner female or outer male surfaces designed to accept piping with matching threads. Threads which provide a simple connection but no seal are called straight threads. Tapered threads are designed to provide a tight seal for gases or fluids under pressure. Seal reliability can be improved by adding a coating or seal tape Teflon. Especially precise threads are called dry fit, meaning they seal without the need for an additional sealant, which is important in applications where sealant addition could cause contamination or corrosion. Image Credit Grainger Industrial Supply. The thread size is measured and based on the inside of the pipe. Common thread size standards include NPT National Pipe Thread and BSP British Standard Pipe, though other standards exist and usage often varies by country and industry. Each standard corresponds to a particular number of threads per inch TPI. Plumbingsupply. Below is a chart depicting nominal thread sizes and their corresponding values. ODOD Actual. Thread Designation Nominal Size. Thread per inchfraction inchinchesinches NPTBSP51. Function. There are a vast number of types of fittings installed in piping systems which perform different functions. Most fittings can be grouped into one of four categories Fittings which extend or terminate pipe lengths Adapter. Connects two dissimilar pipes to each other via solvent welding, soldering, or threading. Image Credit GE Oil and Gas. Coupling. Connects two similar pipes to each other via solvent welding, soldering, or threading. Image Credit GE Oil and Gas. Sleeve. Connect two pipes to each other using mechanical fasteners e. Installation is typically quicker and simpler than a soldered or welded coupling connection. Image Credit Kee Safety Inc. Union. Couplings which can be disconnected without cutting. Their connection typically threaded allows for easy release. Image Credit Grainger Industrial Supply. Cap. Covers the end of a pipe, attaching to a male connection via a weld, thread, solvent, or solder. Image Credit Full Supply Ltd. Plug. Closes off the end of a pipe, attaching to a female connection via a weld, thread, solvent, or solder. Image Credit Parker Hannifin. Fittings which add or change direction Elbow. Changes the direction of the piping to various angles. The most common angles are 9. Image Credit Parker Hannifin. Tee. Connects three pieces of piping in a T shaped intersection. This allows fluid flow to be combined or split apart. Image Credit Parker Hannifin. Wye. Connects three pieces of piping in a Y shaped intersection. They combine or split apart fluid flow like tees, but with less resistance. Image Credit Grainger Industrial, Inc. Cross. 4 way connections, providing one inlet and three outlets or vice versa. Crosses are less steady than tees, and can generate high stress on the pipe with temperature changes. Image Credit Parker Hannifin. Fittings which connect pipes of smaller size Reducer. Includes all connections which connect between two or more pipes of different sizes. Image Credit thepipefittings. Grainger Industrial Supply. Olet. Reduction fitting attached to branched connections when adequate reducing tees or crosses are not available. Image Credit Swagat Steel Alloys. Fittings which provide special connections or functions Nipple. Allows two separate fittings to be connected at each end. Standard nipples are straight with male threads on both ends. Image Credit Grainger Industrial Supply. Valve. Connects pipes together with the addition of a valve for the control of flow. For more information on types of valves, visit the Industrial Valves Selection Guide on Global. Spec. Image Credit thepipefittings. Specifications. Sizing. Hampton Roads Sanitation District HRSDSection XII Public Participation Program Introduction. Public Participation Program. Engage with Locality Staff. Media Player Default File Types. Participate in Public Open House Community Meetings. Alert Public Officials. Distribute Project Introductory Notice to Neighbors. Post Project Signs. Establish Project Website. Issue News Releases. Response to Public Inquires. Provide Project Updates. Coordination with Locality Public Information Staff. Templates and Forms. Section XXIII HRSD Safety Programs Introduction. Safety Programs. Hazard Communication Program. Hot Work Permit Program. Lock Out Tag Out Program. Confined Space Entry Program. Plant Access Procedures for Contractors. NFPA 7. 0EFall Protection. Correction of Safety Issues. Excavations and Trenching. Fire Protection Systems. Asbestos Awareness Program. Attachment A Asbestos Checklist. Section XXV Preconstruction Survey Requirements Introduction. Organization of Section. Stage 1 Construction Impact Research and Evaluation. Research and Investigations during Design Phase. Determinations during the Design Phase. Likelihood of Construction Related Impacts. Noise Generation and Impacts. Vibration Influences. Dewatering Influences on Ground and Structure Settlement. Construction Impacts on Existing Topography, Hard Surfaces, Hydrology, and Construction Travel Routes. Dust, Odor, and Other Emissions Beyond Construction Zone. Stage 2 Risk Mitigation Analysis and Bid Document Development for Contractor Actions. Construction Noise. Construction Vibration. Construction Dewatering. Construction Impacts to Existing Drainage, Trees Vegetation, and Locality Private Roads. Construction Dust, Odor, and Other Fugutive Emissions. Stage 3 Specific Pre Construction Field Surveys and Contruction Activity Monitoring Programs. General Discussion. FIRM Services. Part 1 Requirements. Part 2 Requirements. Procedures Associated with Private Property and Facilities. Procedures Associated with Vibration Monitoring Program. Example of Special Provision Language for Vibration Control and MonitoringSection XXXV Standard Details Introduction. Listing of Standard Details. Standard Cover Sheet. Mplab Ide Software. Standard Manhole Frame and Cover. Outside Drop Manhole. Sanitary Sewer Manhole Adjustment. Manhole Frame and Cover Watertight. Air Vent. Air Vent and Cover. Roadside Ditch Air Vent. Air Release Valve Box Adjustment. Roadside Ditch Valve Box. Valve Box and Riser. Tapping Saddle for Cast Iron Pipe, Ductile Iron, RC PVC Pipe. Tapping Saddle for Concrete Cylinder Pipe. Steel Casing Pipe Detail. Cathodic Protection Test Station. Easement Plat. Pressure Sensor Installation. Sanitary Sewer Straddle Manhole. Exterior Bollard Detail. Bollard Location Detail. Connection to Existing HRSD Valve. Connection into Existing Manholes. New Wet Taps. Valve Riser Adjustment. Precast Concrete Shallow Manhole with Extended Base. Manhole Invert Shaping. Precast Concrete Manhole with Extended Monolithic Base. Horizontal Gate Valve. Vertical Gate Valve. Ductile Iron MJ Spigot to Concrete Transition Adaptor MaleDuctile Iron MJ Spigot to Concrete Transition Adaptor FemaleCathodic Protection Isolation Detail. Load Test Hinged Bank Box. Flush mount Groundwater Monitoring Well. Eccentric Plug Valve Detail.