20200117 00420900 1.0 FALSE wPresrMainLn 389878.737000 407838.326000 126903.590000 147483.684000 1 002 Projected GCS_North_American_1983 Linear Unit: Meter (1.000000) NAD_1983_StatePlane_Maryland_FIPS_1900 <ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/10.8'><WKT>PROJCS[&quot;NAD_1983_StatePlane_Maryland_FIPS_1900&quot;,GEOGCS[&quot;GCS_North_American_1983&quot;,DATUM[&quot;D_North_American_1983&quot;,SPHEROID[&quot;GRS_1980&quot;,6378137.0,298.257222101]],PRIMEM[&quot;Greenwich&quot;,0.0],UNIT[&quot;Degree&quot;,0.0174532925199433]],PROJECTION[&quot;Lambert_Conformal_Conic&quot;],PARAMETER[&quot;False_Easting&quot;,400000.0],PARAMETER[&quot;False_Northing&quot;,0.0],PARAMETER[&quot;Central_Meridian&quot;,-77.0],PARAMETER[&quot;Standard_Parallel_1&quot;,38.3],PARAMETER[&quot;Standard_Parallel_2&quot;,39.45],PARAMETER[&quot;Latitude_Of_Origin&quot;,37.66666666666666],UNIT[&quot;Meter&quot;,1.0],AUTHORITY[&quot;EPSG&quot;,26985]]</WKT><XOrigin>0</XOrigin><YOrigin>0</YOrigin><XYScale>1000</XYScale><ZOrigin>0</ZOrigin><ZScale>1000</ZScale><MOrigin>0</MOrigin><MScale>1000</MScale><XYTolerance>0.002</XYTolerance><ZTolerance>0.002</ZTolerance><MTolerance>0.002</MTolerance><HighPrecision>true</HighPrecision><WKID>26985</WKID><LatestWKID>26985</LatestWKID></ProjectedCoordinateSystem> 20260602 14283600 20260602 14283600 Katherine Loving GIS Asset Mapping Department GIS Technician II 202-787-4285 Central Maintenance Facility, Second Floor Washington DC 20032 katherine.loving@dcwater.com gisedits@dcwater.com 8:00a-4:30p 20140622 ArcGIS Metadata 1.0 Water and sewer network information is accessible through DC Water's web-based GIS viewer or by direct connection to geodatabases using ArcGIS desktop software. withheld File Geodatabase Feature Class WATER.wPresrMainLn Hatch Mott MacDonald DC Water GIS Asset Mapping Department vector digital data This water feature class contains information gathered from DCWater's counter map system, as-built and as-lay sketches, and as-built CAD drawings for pressure mains within the water system. Pressurized Mains are the most common type of water main that will be captured. They convey water that has been pressurized. The geographic area covered by this dataset is Washington, D.C. The data set is updated on a daily basis. The purpose of the water dataset is to provide a single, connected overview of the water system, with networking capabilities in support of operation, maintenance, planning & design and asset management. DC Water, Department of Engineering and Technical Services, GIS Asset Mapping Group, gisedits@dcwater.com Daniel Barker GIS/Asset Mapping Supervisor, GIS Asset Mapping 202-787-4283 Central Maintenance Facility, 2nd Floor 5000 Overlook Ave SW Washington D.C. 20032 Daniel.Barker@dcwater.com gisedits@dcwater.com 7:30a-4:30p Inter-connection Main Transmission Main Pressure Main Distribution Main Pressurized Main Inter-connection Main Transmission Main Pressure Main Distribution Main Pressurized Main Only Agencies authorized by the District of Columbia Water and Sewer Authority and the District of Columbia Office of the Chief of Technology Officer can utilize this map and/or the information depicted herein either in whole or in part. DISTRIBUTION TO THE PUBLIC of this map and/or the information depicted herein either in whole or in part is strictly prohibited. Violators of this prohibition will be prosecuted to the greatest extent allowed by law The information depicted herein originates from the best-known datasets currently available to DCWASA. DCWASA expressly disclaims responsibility for any liability whatsoever, including but not limited to claims, demands, suits, costs, charges, damages, counsel fees, judgements and decrees that may arise either in whole or in part from the use of this map and/or the information depicted therein. ESRI ArcCatalog 9.3.1.4000 -77.115818 -76.909517 38.809843 38.995273 1 35449 publication date Data History GIS mapping of the water system for DC Water began in 2008 through a contract with Hatch Mott MacDonald (HMM). HMM scanned counter maps from Department of Engineering and Technical Services (DETS) and Department of Water Services (DWS), cropped the scanned images to display only mapping information (white space removed) and the images were processed in GIS to display in the correct space in the Maryland State Plane NAD83 (meters) coordinate system, a process called georeferencing. These geoferenced scans were then arranged in a mosaic to create a district-wide base data source. With these images, HMM used ArcGIS version 9.1 to heads-up digitize the information as found on the DETS counter maps using the DWS counter maps where necessary to verify proper data. This process concluded in 2010 with stewardship of the data placed with the Information Technology Department. IT continued to make updates as well as provide error correction. DETS took over the updating process in January 2011. The data acquisition process changed from HMM's focus of bringing in historical counter map information to updating the water system with current information from construction as-builts as well as placing proposed work when information is available. The DETS GIS department also uses head-up digitizing technique to update GIS through as-built and plan information in the form of scanned and georeferenced images, AutoCAD drawings, and information provided by the DETS Survey group. These updates are on-going. 1 -77.116836 -76.909517 38.995293 38.809842 Last metadata review date: 2-4-2014 Gaps of information in geometry may include projects contemporary to the use of DETS or DWS counter maps that were not added to this medium, developer & District of Columbia Department of Transportation (DDOT) projects that have been completed but have not had as-builts turned in to DC Water and projects completed after the end of counter maps use but before information was stored in GIS. The GIS department does keep track of missing projects, as they are discovered, for staff to research and digitize. Current as-built information in GIS is only as accurate as provided by as-built drawings. Features with the ownership field set to any value other than DC WASA reflect best known information at time of entry into GIS and may not represent actual field conditions. Where necessary, the GIS department or DETS survey will ground truth accessible features in the District. Attributes were taken directly from DETS and DWS counter maps during the original data creation by HMM. The DETS-GIS department reviews information previously populated when doing updates in a given area. It is rare that GIS attribute data does not reflect data found on the counter map. Some causes of errors in attribute data may include illegible counter map scans, illegible historical as-built scans and, correlated, missing hard copies of these as-builts in the Technical Information Center (TIC). One of the attributes in each feature class is Location Precision. This attribute records where the positional accuracy was obtained. More information about the options for this field can be found in the attributes section of this feature's metadata. More broadly, there are several factors that can influence the positional accuracy of a feature. For those features with a Location Precision of "Counter Map - DETS/DWS," errors can be introduced through the transposition of as-built dimensions to the scale of the counter maps, the physical condition of the original counter map (wrinkles and other flaws can alter the accuracy of the georeferenced image), the georeferencing quality of the scanned counter map and how well each counter map scan was edge-matched together (where the counter maps did not line up, errors such as placing a feature at a diagonal across the boundaries to create continuity will create a positional error) . Features placed by as-builts are placed either through AutoCAD drawings that are in correct coordinate space or through georeferenced scans of as-built. The latter is potentially less accurate than the former because of small errors that could be introduced by coordinate system shifts between the scanned plan and the coordinate system which the GIS is in. These errors are small and would be +/- 5 feet of actual position. Features may also be placed by field survey, either through survey conducted by the DETS survey group or survey done to create existing conditions plans for projects. This would represent the highest level of positional accuracy. Some features are placed through intellectual placement. These are features with Inferred-Component as location precision. These features are placed based on information for that feature in relation to a known feature (as-built, records-plan or field survey). On the same level of accuracy, features can be placed based on given information for a feature's distance from property lines or street centerlines. As both of these reference objects can change, and very well may have changed since a feature's construction, the assumed accuracy of these should be taken with caution. Vertical accuracy of a feature can be verified by checking the Vertical Datum attribute. Data comes to DC Water in a variety of vertical datums, including NGVD 29, NAVD88 and the local District of Columbia Department of Public Works (DCDPW) datum. Historical data is likely to be measured in DCDPW and current work will occasionally be drawn with this datum as well. As of 2012, all work coming into DC Water has been requested to be in NAVD88. The difference between DCDPW and NAVD88 is .08ft, therefore the vertical accuracy of historical data (location precision = counter maps and vertical datum = unknown) should be considered +/-1'. Conversion from NGVD29 to NAV88 varies, from -.67 ft to -.78 ft, throughout the district. DETS - GIS updates the network created by HMM through as-built additions and field survey as well as error correction through research and feature placement based on existing conditions plans provided to DC Water for capital improvement projects, DDOT projects and private developer projects. Information was digitized from georeferenced and mosaicked DETS counter maps, performed by Hatch Mott MacDonald under contract to DC Water. 2008-20-10 0 WATER.wPresrMainLn Feature Class 79882 A line feature class used to store information and location data for pressure mains in the water system MINRLOSS Minor Loss, pressure or head loss in pipe, to be used in the Hydraulic Model for this pipe segment Minor Loss Double 8 0 0 DIAMT Diameter of pipe 66" 66" 48" 48" 72" 72" 30" 30" 60" 60" 22" 22" 1 1/2" 1 1/2" 31 1/2" 31 1/2" Unknown Unknown 24" 24" 10" 10" 6" 6" 16" 16" 3 1/2" 3 1/2" 42" 42" 4" 4" 54" 54" 18" 18" 2 1/2" 2 1/2" 14" 14" 20" 20" 3/4" 3/4" 12" 12" 72" 72" 67" 67" 2" 2" 3" 3" 8.625" 8.625" 84" 84" 1 1/4" 1 1/4" 64" 64" 8" 8" 75" 75" 78" 78" 1" 1" 36" 36" Diameter Double 8 0 0 ISOUTDIA Does the source material reference an outside diameter? Yes Yes No No Is Outside Diameter? String 1 0 0 LENGTH Length of pipe segment in feet LENGTH Double 8 0 0 SPECREF Pipe Spec Reference Pipe Spec Reference String 20 0 0 DISPLAYID Unique number given to feature for use as a label DISPLAYID String 15 0 0 PRESRZON Water System pressure zone in which the feature resides. A pressure zone is an area of service supplied by a source or a number of sources that provides a constant hydraulic gradient. Typically, the hydraulic gradient is provided by the high water level of the reservoir serving the pressure zone. For pressure zones with no gravity storage, the hydraulic gradient may be provided by pumping and reducing in a direct-pressure principle of operation or solely by pressure reducing 3rd/4th 3rd/4th 1st Hi/Soldiers Home/246'-249' 1st Hi/Soldiers Home/246'-249' 2nd/3rd 2nd/3rd 1st/2nd 1st/2nd Low/1st Low/1st 3rd Hi/Ft Reno/416'-422' 3rd Hi/Ft Reno/416'-422' 2nd Hi/Van Ness/325'-331' 2nd Hi/Van Ness/325'-331' Anacostia 1st/Anacostia 2nd Anacostia 1st/Anacostia 2nd Low/Anacostia 2nd Low/Anacostia 2nd Ana 1st Hi/Ft Stantn/254'-256' Ana 1st Hi/Ft Stantn/254'-256' Low Serv/Brentwd Res/161'-168' Low Serv/Brentwd Res/161'-168' Low/Anacostia 1st Low/Anacostia 1st Ana 2nd Hi/Tank 2/368'-380' Ana 2nd Hi/Tank 2/368'-380' 4th Hi/Ft Reno/480' 4th Hi/Ft Reno/480' Pressure Zone String 18 0 0 QUAD City quadrant in which feature resides SE Southeast BN Between quadrants SW Southwest NE Northeast Other Other NW Northwest Quadrant String 16 0 0 VERTICALDATUM Vertical datum in which the feature's elevation data was captured Unknown Datum is unknown NGVD29 National Geodetic Vertical Datum of 1929 NAVD88 North American Vertical Datum of 1988 DCDPW District of Columbia Department of Public Works datum based on control points within the District VERTICALDATUM String 6 0 0 SHAPE Feature geometry. ESRI Coordinates defining the features. SHAPE Geometry 0 0 0 CRITCCOD Not in use Criticality Code String 10 0 0 JOINTYP1 Joint type that attaches feature to another feature Mech Joint Attached to the end of a pipe segment by using circumferential grooves pressed (or cut, in older designs) Unknown Unknown Threaded A pipe with a screw thread at one or both ends for assembly Other Other Solder Solder is a fusible metal alloy used to join together metal work pieces Flanged The joint is sealed with a gasket and the pipe ends are flared and fastened together by screws or welding Joint Type 1 String 16 0 0 LINRTY Cleaning/Lining type if specified Epoxy Expoxy resin is blown into a pipe for use as a lining material and sealant Steel Pipe is lined with steel Unlined No pipe lining Unknown Pipe is lined with unknown material Cement Mortar Mixture of cement and sand applied to the inside of the pipe to reduce internal corrosion Liner Type String 16 0 0 FROMNODE USNGID of the upstream node FROMNODE String 18 0 0 LAYSCHED Information on when the pipe length was layed Lay Schedule Reference String 20 0 0 WARD The DC political ward in which the feature resides Ward 7 Ward 7 Ward 3 Ward 3 Ward 4 Ward 4 Ward 2 Ward 2 Ward 1 Ward 1 Ward 6 Ward 6 Ward 8 Ward 8 Ward 5 Ward 5 Ward String 1 0 0 FLUSHZON Pressure zone subdivisions to allow for methodic flushing of the water system. Water System flushing zone in which the feature resides Flushing Zone No intersection defined K St. NW/6th St NW K St. NW/6th St NW Milwaukee Pl SE/ML King Av SE Milwaukee Pl SE/ML King Av SE R.I. Ave NE/Montana Ave NE Rhode Island Ave NE/Montana Ave NE C St. SE/Texas Ave SE C St. SE/Texas Ave SE I St NW/N. Jersey Ave. NW I St NW/N. Jersey Ave. NW Missi Ave SE/13th St. SE Mississippi Ave SE/13th St. SE Minn. Ave SE/13th St. SE Minn. Ave SE/13th St. SE I St NW/10th St NW I St NW/10th St NW G St. NW/17th St. NW G St. NW/17th St. NW K St. NW/24th St. NW K St. NW/24th St. NW Valley Ave SE/4th St. SE Valley Ave SE/4th St. SE Randolph St. NE/14th St. NE Randolph St. NE/14th St. NE Eastern Ave NE/50th St. NE Eastern Ave NE/50th St. NE Peabody St. NE/Eastern Ave NE Peabody St. NE/Eastern Ave NE Sheriff Rd. NE/52nd St. NE Sheriff Rd. NE/52nd St. NE Valley Ave SE/9th St SE Valley Ave SE/9th St SE Michigan Ave NE/3rd St. NE Michigan Ave NE/3rd St. NE Mass Ave. SE/Southern Ave SE Massachusetts Ave. SE/Southern Ave SE Colorado Ave NW/17th St. NW Colorado Ave NW/17th St. NW Hamilton St. NE/13th St. NE Hamilton St. NE/13th St. NE Otis St. NE/13th St. NE Otis St. NE/13th St. NE Morris Rd SE/18th Pl-Stantn Rd Morris Rd SE/18th Pl & Stanton Rd Quicy St. NW/Park Pl NW Quicy St. NW/Park Pl NW Bass Pl SE/51st St. SE Bass Pl SE/51st St. SE Ingraham St NW/Illinois Ave NW Ingraham St NW/Illinois Ave NW Missouri Ave NW/3rd St. NW Missouri Ave NW/3rd St. NW E Capitol St SE/Southern Av SE E Capitol St SE/Southern Av SE Decatur St. NW/14th St. NW Decatur St. NW/14th St. NW Kenyon St. NW/Georgia Ave NW Kenyon St. NW/Georgia Ave NW Eastern Ave. NE/57th St. NE Eastern Ave. NE/57th St. NE E St. SE/Benning Rd. SE E St. SE/Benning Rd. SE M.L. King Ave SE/Wheeler Rd SE M.L. King Ave SE/Wheeler Rd SE Good Hope Rd. SE/Naylor Rd. SE Good Hope Rd. SE/Naylor Rd. SE Macomb St. NW/51st Pl NW Macomb St. NW/51st Pl NW Gallatin Pl. NE/Eastern Ave NE Gallatin Pl. NE/Eastern Ave NE Pa. Ave SE/Alabama Ave SE Pennsylvania. Ave SE/Alabama Ave SE Irving St. NW/16th St. NW Irving St. NW/16th St. NW Michigan Ave NE/Eastern Ave NE Michigan Ave NE/Eastern Ave NE Randolph St. NE/26th St. NE Randolph St. NE/26th St. NE East Capitol St SE/51st St SE East Capitol St SE/51st St SE Ingraham St NW/Illinois Ave NW Ingraham St NW/Illinois Ave NW Ft Dupont St SE/Southern Av SE Ft Dupont St SE/Southern Av SE Calvert St. NW/19th St. NW Calvert St. NW/19th St. NW N.Y. Ave NW/2nd St. NW N.Y. Ave NW/2nd St. NW M St. NW/3rd St. NE M St. NW/3rd St. NE Allison St. NE/18th St. NE Allison St. NE/18th St. NE Allison St. NW/8th St. NW Allison St. NW/8th St. NW Alabama Ave SE/Pa. Ave SE Alabama Ave SE/Pennsylvania. Ave SE Dix St. NE/57th St. NE Dix St. NE/57th St. NE Perry St. NE/Eastern Ave NE Perry St. NE/Eastern Ave NE Eastern Ave NE/Minn Ave. NE Eastern Ave NE/Minn Ave. NE Polk St. NE/Kenilworth Ave NE Polk St. NE/Kenilworth Ave NE Chesapeake St. SE/9th St. SE Chesapeake St. SE/9th St. SE Alabama Ave SE/Shipley Terr SE Alabama Ave SE/Shipley Terr SE Alabama Ave SE/13th St. SE Alabama Ave SE/13th St. SE R St. NW/28th St NW R St. NW/28th St NW Benning Rd NE/E Capitol St NE Benning Rd NE/E Capitol St NE Euclid St. NW/16th St. NW Euclid St. NW/16th St. NW Taylor St. NW/Georgia Ave NW Taylor St. NW/Georgia Ave NW Sheriff Rd. NE/48th St. NE Sheriff Rd. NE/48th St. NE Kennedy St. NE/Eastern Ave NE Kennedy St. NE/Eastern Ave NE Ashby St. NW/Hoban Rd. NW Ashby St. NW/Hoban Rd. NW K St. NW/22nd St NW K St. NW/22nd St NW Otis St NE/17th St. NE Otis St NE/17th St. NE Eastern Ave NE/Southern Ave NE Eastern Ave NE/Southern Ave NE Spring Rd. NW/Georgia Ave NW Spring Rd. NW/Georgia Ave NW Howard Rd. SE/Stanton Rd. SE Howard Rd. SE/Stanton Rd. SE Taylor St. NE/12nd St. NE Taylor St. NE/12nd St. NE Pennsylvania Ave SE/27th St SE Pennsylvania Ave SE/27th St SE M St NW/29th St NW M St NW/29th St NW Atlantic St. SE, SW/1st St SE Atlantic St. SE, SW/1st St SE Ridge Pl SE/Minn Ave NE Ridge Pl SE/Minn Ave NE Anacostia Ave. SE/37th Pl SE Anacostia Ave. SE/37th Pl SE Mass Ave SE/35th St. SE Massachusetts Ave SE/35th St. SE Belmont Rd. NW/Conn Ave. NW Belmont Rd. NW/Conn Ave. NW Spring Rd NW/Holmead Pl NW Spring Rd NW/Holmead Pl NW Allison St. NE/13th St. NE Allison St. NE/13th St. NE Potland St SE/M.L. King Ave SE Portland St SE/M.L. King Ave SE Grant St. NE/44th St. NE Grant St. NE/44th St. NE E Capitol St SE/Benning Rd SE E Capitol St SE/Benning Rd SE Ainger Pl SE/Alabama Ave SE Ainger Pl SE/Alabama Ave SE Park Rd. NW/16th St. NW Park Rd. NW/16th St. NW Benning Rd. NE/36th St. NE Benning Rd. NE/36th St. NE Alabama Ave SE/6th St. SE Alabama Ave SE/6th St. SE Eastern Ave NE/Meade St. NE Eastern Ave NE/Meade St. NE W St. SE/M.L. King Ave SE W St. SE/M.L. King Ave SE Park Dr SE/Branch Ave SE Park Dr SE/Branch Ave SE Clay Pl. NE/Anacostia Ave SE Clay Pl. NE/Anacostia Ave SE Park Rd. NW/Park Pl NW Park Rd. NW/Park Pl NW Randolph St NE/So Dakota Av NE Randolph St NE/South Dakota Av NE R.I. Ave NE/So Dakota Ave NE Rhode Islan Ave NE/South Dakota Ave NE Calvert St NW/Cathrdral Ave NW Calvert St NW/Cathrdral Ave NW Farragut Pl NE/So Dakota Av NE Farragut Pl NE/South Dakota Av NE Euclid St. NW/9th St. NW Euclid St. NW/9th St. NW 4th St. SE/Atlantic St. SE 4th St. SE/Atlantic St. SE Grant St. NE/47th St. NE Grant St. NE/47th St. NE Alabama Ave SE/Branch Ave SE Alabama Ave SE/Branch Ave SE Alabama Ave SE/21st St. SE Alabama Ave SE/21st St. SE F St. SE/Minn Ave SE F St. SE/Minnesota Ave SE H St. SE/Southern Ave. SE H St. SE/Southern Ave. SE S St. NW/31st St NW S St. NW/31st St NW W St. SE/Hunter Pl SE W St. SE/Hunter Pl SE NH Burroughs Ave NE/50th St NE Nannie Helen Burroughs Ave NE/50th St NE Oak St. NW/16th St. NW Oak St. NW/16th St. NW G St. NW/2nd St NW G St. NW/2nd St NW Reservior Rd. NW/44th St. NW Reservior Rd. NW/44th St. NW Fairlawn Ave. SE/Nash Pl SE Fairlawn Ave. SE/Nash Pl SE Whitehaven Pkwy NW/Wisc Ave NW Whitehaven Pkwy NW/Wisconsin Ave NW Arizona Ave NW/Chain Br Rd NW Arizona Ave NW/Chain Br Rd NW Michigan Ave NE/8th St. NE Michigan Ave NE/8th St. NE R St. SE/Naylor Rd SE R St. SE/Naylor Rd SE Loughboro Rd. NW/Macomb St. NW Loughboro Rd. NW/Macomb St. NW Kennedy St. NW/5th St. NW Kennedy St. NW/5th St. NW H St. SE/Benning Rd SE H St. SE/Benning Rd SE Monroe St. NW/13th St. NW Monroe St. NW/13th St. NW Pa. Ave SE/29th St. SE Pennsylvania Ave SE/29th St. SE Mass. Ave SE/39th St. SE Massachusetts Ave SE/39th St. SE B St. SE/Southern Ave SE B St. SE/Southern Ave SE Gallatin St NE/Eastern Ave NE Gallatin St NE/Eastern Ave NE Flushing Zone String 10 0 0 OBJECTID Internal feature number. ESRI Sequential unique whole numbers that are automatically generated. OBJECTID OID 4 0 0 COMNT Additional information which doesn't fall into another existing attribute field Comment String 100 0 0 NBCRICUS Number of critical customers directly connected Number of Critical customers Integer 4 0 0 MODELDIA Equivalent Diameter to be used in the Hydraulic Model for this pipe segment 66" 66" 4" 4" 72" 72" 14" 14" 78" 78" 31 1/2" 31 1/2" 20" 20" 22" 22" 1" 1" 48" 48" 42" 42" 72" 72" Unknown Unknown 3/4" 3/4" 2" 2" 2 1/2" 2 1/2" 18" 18" 8" 8" 54" 54" 8.625" 8.625" 6" 6" 10" 10" 30" 30" 67" 67" 1 1/2" 1 1/2" 84" 84" 3" 3" 60" 60" 1 1/4" 1 1/4" 16" 16" 64" 64" 24" 24" 3 1/2" 3 1/2" 36" 36" 12" 12" 75" 75" Model Diameter Double 8 0 0 INFORSRC Data source type used for attributes Records - As Built Information comes from a feature's installation plan Inspection Information obtained via crew inspection through, but not only by, field drawings Records - Plans Information comes from plans for other jobs, not the as-built for the given feature Field Information verified through field survey Estimated Information does not come from a known source, data is inferred from other, known information sources Unknown Information comes from unknown source Counter Maps - DWS Counter Maps maintained by Department of Water Services Counter Maps - DETS Counter Maps maintainted by Department of Engineering and Technical Services Hydrant Cards Information comes from Hydrant Cards Valve Cards Valve information maintained by Valve Coordination group Information Source Integer 4 0 0 RELTVVERTCPOSTN Relative Vertical Positioning String 18 0 0 LINRDT Cleaning/Lining Date Liner Date Date 8 0 0 EDITDATE Not in use EDITDATE Date 8 0 0 VULNRCOD Not in use Vulnerability Code String 10 0 0 OWNER Owner of the physical feature Armed Forces Retirement Home Washington Armed Forces Retirement Home Washington DC General District of Columbia General Galludet University Galludet University Howard University Howard University Other Owned by an entity not otherwise listed Unknown Unknown US Capitol United States Capitol COE Washington Aquaduct Divisn Army Corps of Engineers - Washington Aqueduct Division DC Government District of Columbia Government George Washington University George Washington University Bolling AFB Bolling Air Force Base Catholic University Catholic University Arboretum Arboretum DC WASA DC Water Washington Navy Yard Washington Navy Yard National Zoo National Zoo Private Owner Private Owner Marine Corp Barracks Marine Corp Barracks Naval Support Facility Anacostia Naval Support Facility Anacostia GSA General Services Administration Walter Reed Hospital Walter Reed Hospital University of DC University of District of Columbia Naval Research Lab Naval Research Lab WASA Facility DC Water Facility US Army Corps of Engineering United States Army Corps of Engineers Georgetown University Georgetown University National Park Service National Park Service US Naval Observatory United States Naval Observatory WSSC Washington Suburban Sanitary Commission DDOT District of Columbia Department of Transportation Fort McNair Fort McNair Owner String 16 0 0 SOILTY Unified Soil Classification System Soil Type found in trench OL organic silt/clay http://en.wikipedia.org/wiki/Unified_Soil_Classification_System GP poorly graded gravel http://en.wikipedia.org/wiki/Unified_Soil_Classification_System GW well-graded gravel, fine to coarse gravel http://en.wikipedia.org/wiki/Unified_Soil_Classification_System SC clayey sand http://en.wikipedia.org/wiki/Unified_Soil_Classification_System SW well-graded sand, fine to coarse sand http://en.wikipedia.org/wiki/Unified_Soil_Classification_System OH organic clay/organic silt http://en.wikipedia.org/wiki/Unified_Soil_Classification_System Unknown Unknown PT peat http://en.wikipedia.org/wiki/Unified_Soil_Classification_System SP poorly graded sand http://en.wikipedia.org/wiki/Unified_Soil_Classification_System GM silty gravel http://en.wikipedia.org/wiki/Unified_Soil_Classification_System SM silty sand http://en.wikipedia.org/wiki/Unified_Soil_Classification_System CL clay http://en.wikipedia.org/wiki/Unified_Soil_Classification_System GC clayey gravel http://en.wikipedia.org/wiki/Unified_Soil_Classification_System ML silt http://en.wikipedia.org/wiki/Unified_Soil_Classification_System CH clay of high plasticity, fat clay http://en.wikipedia.org/wiki/Unified_Soil_Classification_System Soil Type String 16 0 0 WIRECLAS Strength of wire mesh used inside pipe Wire Class String 20 0 0 DEPTH Features depth below surface DEPTH Double 8 0 0 ENABLED Indicates whether or not the feature is participating in the network TRUE Feature is active in the network FALSE Feature is not active in the network Enabled SmallInteger 2 0 0 TONODE USNGID of the downstream node TONODE String 18 0 0 LENST Source of length information Estimated Measurement does not come from a known source, data is inferred from other, known information sources Field Verified Measurement is gathered from direct survey of the feature Records - Plan Measurement is from plans that are not from the feature's installation drawings Records - As-Built Measurement comes directly from drawings created when the feature was placed Computed Measurement is from conducting mathematical computations based on GIS drawing Counter Maps Measurement is taken from notes on Counter Maps Length Status String 16 0 0 SECRTCOD Not in use Security Code String 10 0 0 FLOWTYPE Type of fluid that the feature conveys Combined Waste Water Sanitary sewage and storm run-off Raw Water Natural water found in the environment; untreated water Waste Water Effluent Untreated sanitary and storm discharge Potable Water Drinking water Salt Water Salt water Treated Water Water that has undergone the complete wastewater treatment process Reclaimed Water Former wastewater (sewage) that is treated to remove solids and certain impurities, and used in sustainable landscaping irrigation or to recharge groundwater aquifers Sewage Undefined wastewater Storm Runoff Wastewater that originates during precipitation events Water Type String 16 0 0 ROUGHNES Roughness coefficient, resistance of the bed of a channel to the flow of water in it, to be used in the Hydraulic Model for this pipe segment. Roughness Double 8 0 0 USNGPREFIX The US National Grid cell in which the feature resides USNGPREFIX String 5 0 0 INSTALLDATE The date the feature was physically installed INSTALLDATE Date 8 0 0 EDITNAME Not in use EDITNAME String 60 0 0 SURFTY Ground surface Dirt Dirt Gravel Gravel Asphalt Asphalt Grass Grass Chip Seal Chip Seal Unknown Unknown Concrete Concrete Ground Surface Type String 16 0 0 JOBNUM The job number under which the physical feature was installed/removed JOBNUM String 16 0 0 LINJOBNO Cleaning/Lining job number Liner Job No String 16 0 0 OFFVALUE Given for features specifying the distance between the feature and a reference point, found in the field Offset Reference Offset Value Double 8 0 0 NBCUS Number of customers directly connected Number of customers Integer 4 0 0 JOINTYP2 Joint type that attaches feature to another feature Flanged The joint is sealed with a gasket and the pipe ends are flared and fastened together by screws or welding Unknown Unknown Threaded A pipe with a screw thread at one or both ends for assembly Solder Solder is a fusible metal alloy used to join together metal work pieces Other Other Mech Joint Attached to the end of a pipe segment by using circumferential grooves pressed (or cut, in older designs) Joint Type 2 String 16 0 0 CORCONTY Type of corrosion control implemented  None Feature has no corrosion-controlling element Cathodic Feature is exposed to an external electrical current to counteract corrosion Poly-wrap Feature is encased in a polyethylene wrap to protect it from corrosive soil Corrosion Control Type String 16 0 0 ELEVT Elevation of feature Elevation Double 8 0 0 PIPECLAS Classification based on wall thickness and pipe diameter Pipe Class String 16 0 0 SUBTYPE The subtype field allows for subdividing feature classes by specific, different types Interconnect This subtype will be found at an intertie (or interconnection) with another water system DistributionMain Conveys water between Transmission Mains and Service Lines TransmissionMain Large water main that conveys water between storage or supply facilities and distribution mains. Generally, Transmission Mains are 16" in diameter or larger, and they will have no Service Lines connected to them, except for subtype = hydrant. Subtype Integer 4 0 0 ROUGHSRC Information source used to determine the Roughness coefficient Model Roughness is estimated from water hydraulic model Pipe Manufacturer Roughness is provided by the pipe manufacturer Unknown Unknown Flow Test Roughness is calculated based on the flow pressure and diameter of pipe Approximate by Age Roughness is estimated based based on typical pipe conditions for a given material and age Roughness Source String 16 0 0 EXTCOATN Exterior coating on pipe, if any Uncoated Pipe does not have external coating Moisture-Cured Urethane Primer A single-component primer specifically developed and tested for ductile iron pipe and fittings Epoxy Primer Primer is a specially formulated epoxy used for corrosion protection of field welded joints of steel pipes Phenolic Alkyd Primer This is a fast-drying, lead- and chromate-free, corrosion-resistant primer formulated to accept a wide variety of topcoats Asphaltic An exterior coating approximately 1 mil thick designed for ductile iron pipe, flanged pipe and fittings. The asphaltic coating works in conjunction with manufacturing annealing (heat treatment) scale to provide a barrier to corrosion Fusion-Bonded Epoxy A one-part, heat curable, thermosetting epoxy coating powder designed for corrosion protection of pipes Unknown Unknown Exterior Coating String 16 0 0 DESCRIPTION DESCRIPTION String 200 0 0 LOCATIONDETAIL LocationDetail String 254 0 0 ASSETTAG Asset Tag String 64 0 0 LEGACYID Old Valve ID String 25 0 0 MATRL The material the pipe is made of Other Pipe is made of material not otherwise defined PCCP - Embedded Cylinder Embedded cylinder pipe; pipes over 60" in diameter. It has a steel cylinder fully encased in a concrete core that is subsequently wire-wrapped and externally coated with a cement-rich mortar Concrete Multi-layer concrete pipe structure PCCP - Lined Cylinder Lined cylinder pipe; pipes up to 60" in diameter. It has a concrete core cast inside a steel cylinder that serves as a watertight membrane. The cured concrete core is subsequently wire-wrapped and externally coated with a cement-rich mortar Steel Pipe is made of steel; See the feature class SteelMainLn for mains made of this material Poly Vinyl Chloride Pipe is made of Poly-vinyl chloride, a type of plastic. Copper Pipe is made of copper; typical material for residential or commerical service lines Clay Historical pipe material; pipe is made of clay Wood Historical pipe material; pipe is made of wood Ductile Iron Pipe is made of iron-alloy with graphite manufactured to be stronger than cast iron; current preferred material for certain types of pipes Asbestos Concrete Historical pipe material; pipe is made of cement that has been mixed with asbestos Unknown Pipe material is unknown Lead Historical pipe material; pipe is made of lead Cast Iron Historical pipe material; Iron-alloy with graphite Material String 16 0 0 ISTOPLGARTEF Features that exist only to preserve continuous network (such as Pressurized Mains inside a 3 Stem or 4 Stem Gate Valve assembly). These features do not actually exist in the Water Distribution System, so they are identified in this field Yes Yes No No Is Topology Artefact? String 16 0 0 MXSITEID MXSITEID String 8 0 0 MXASSETNUM MXASSETNUM String 18 0 0 CHANGEBY CHANGEBY String 18 0 0 CHANGEDATE CHANGEDATE Date 8 0 0 CREATNAME CREATNAME String 60 0 0 CREATDATE CREATDATE Date 8 0 0 OFFREFRC Reference object that the offset distance is measured from Property Line Pipe location is based on a given distance from the parallel property line Curb Pipe location is based on a given distance from the curb Unknown Unknown CenterLine Pipe location is based on a given distance from the road centerline Right Of Way Pipe location is based on a given distance from the property right of way (ROW) Approximate Offset is approximate Offset Reference String 16 0 0 LOCTNPRECS Accuracy of data source used for spatial location Counter Maps The feature was digitized off of Counter Map drawings Inferred - Component Placement is estimated based on positions for other, accurate features Field Survey Exact position gathered through field survey Inferred - MAR Placement is estimated based on address information found in the Master Address Repository Records - As Built Placement comes directly from drawings created when the feature was placed Inferred - Teleatlas geocoder Placement is estimated based on address information given by the geographic data firm Teleatlas Inferred - Street C/L Placement is estimated based on position from the street centerline Unknown Unknown location information Inferred - Property Placement is estimated based on known distance from a given property line GPS The feature position has been gathered in the field using a hand-held GPS device Records - Plans Placement comes from plans for other jobs that show the given feature Valve Cards Position information is found on valve cards maintained by the Department of Water Services Location Precision Integer 4 0 0 INCASNG In Casing? String 1 0 0 BRIDGCROSN Water Main on Bridge? String 1 0 0 GEOWORXSYNCID GEOWORXSYNCID String 12 0 0 LIFECYCLESTATS The current operational status of the physical feature Abandoned Feature has been removed from service and was left in place Proposed Feature is proposed and is not currently participating in its respective system Active Feature is in the ground and currently participating in its respective system Removed Feature has been removed from service and is no longer in the ground. Lifecycle Status String 16 0 0 MAXDIA Used when a pipe segment changes size over a significant length 8.625" 8.625" 30" 30" 78" 78" 67" 67" 72" 72" 12" 12" 1 1/4" 1 1/4" 3" 3" 22" 22" 4" 4" 60" 60" 3 1/2" 3 1/2" 42" 42" 36" 36" 16" 16" 1 1/2" 1 1/2" 64" 64" 72" 72" 75" 75" 31 1/2" 31 1/2" 24" 24" 6" 6" 54" 54" 18" 18" 2 1/2" 2 1/2" 3/4" 3/4" 10" 10" 8" 8" 48" 48" 20" 20" 84" 84" 2" 2" Unknown Unknown 14" 14" 66" 66" 1" 1" Maximum Diameter Double 8 0 0 DistributionMain 1 ENABLED 1 EnabledDomain EnabledDomain Coded Value Default value Default value SmallInteger FLOWTYPE Potable mx_ALN_FlowType_w Water Type Coded Value Default value Duplicate String OWNER WASA mx_ALN_Owner Owner Coded Value Default value Duplicate String LIFECYCLESTATS Active gLifecycleStats Life Cycle Status Coded Value Default value Duplicate String PRESRZON mx_VALUELIST_PrsZone Pressure Zone Coded Value Default value Duplicate String FLUSHZON mx_VALUELIST_FlshZone Flushing Zone Coded Value Default value Duplicate String QUAD mx_ALN_Quad_w Quadrant Coded Value Default value Duplicate String WARD mx_VALUELIST_Ward Ward Coded Value Default value Duplicate String DIAMT mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double ISOUTDIA N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String MAXDIA mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double MODELDIA mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double MATRL mx_ALN_WPipeMatl Water Pipe Material Coded Value Default value Duplicate String PIPECLAS mx_ALN_WPipeClass Pipe Classification Coded Value Default value Default value String LENST mx_ALN_MEASRST Measure Status Coded Value Default value Duplicate String RELTVVERTCPOSTN Normal gRelVertPostn Relative Vertical Positionning Coded Value Default value Default value String VERTICALDATUM DC gVerticalDatum Vertical Datum Reference Coded Value Default value Default value String ROUGHSRC mx_ALN_WPIPEROUGHSRC Pipe Roughness Source Coded Value Default value Duplicate String LINRTY mx_ALN_WPIPELINRTY Pipe Liner Type Coded Value Default value Duplicate String OFFREFRC mx_ALN_WPIPEOFFREFRC Pipe Offset Reference Coded Value Default value Duplicate String ISTOPLGARTEF N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String JOINTYP1 mx_ALN_WPIPEJOINTTYP Pipe Joint Type Coded Value Default value Duplicate String JOINTYP2 mx_ALN_WPIPEJOINTTYP Pipe Joint Type Coded Value Default value Duplicate String EXTCOATN mx_ALN_WPIPEEXTCOATN PIPE Exterior Coating Coded Value Default value Duplicate String CORCONTY mx_ALN_WPIPECORCONTY Pipe Corrosion Control Type Coded Value Default value Duplicate String SOILTY mx_ALN_SOILTYPE Soil Type Coded Value Default value Duplicate String SURFTY mx_ALN_SURFTYPE Ground Surface Type Coded Value Default value Default value String WIRECLAS mx_ALN_WWireClass Wire Class Coded Value Default value Default value String INFORSRC 4 gInforSrc Information Source Coded Value Default value Duplicate Integer LOCTNPRECS 5 gLoctnPrecs Location Precision Coded Value Default value Duplicate Integer INCASNG N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String BRIDGCROSN N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String INTRNREPRTY None mx_ALN_WINTRNREPRTYPE Internal Repair Type Coded Value Default value Default value String INTCORR mx_ALN_INTCORR Internal Corrosion Coded Value Default value Default value String COF_SCORE mx_ALN_COF Asset Consequence of Failure Score Coded Value Default value Default value String LOF_SCORE mx_ALN_LOF Asset Likelihood of Failure Score Coded Value Default value Default value String MANUFACTURER mx_ALN_MANUFACTURER Asset Manufacturer Coded Value Default value Default value String LOCTNCODE mx_ALN_LOCTNCODE Additional Location NASSCO Descriptor Code Coded Value Default value Default value String TransmissionMain 2 ENABLED 1 EnabledDomain EnabledDomain Coded Value Default value Default value SmallInteger FLOWTYPE Potable mx_ALN_FlowType_w Water Type Coded Value Default value Duplicate String OWNER WASA mx_ALN_Owner Owner Coded Value Default value Duplicate String LIFECYCLESTATS Active gLifecycleStats Life Cycle Status Coded Value Default value Duplicate String PRESRZON mx_VALUELIST_PrsZone Pressure Zone Coded Value Default value Duplicate String FLUSHZON mx_VALUELIST_FlshZone Flushing Zone Coded Value Default value Duplicate String QUAD mx_ALN_Quad_w Quadrant Coded Value Default value Duplicate String WARD mx_VALUELIST_Ward Ward Coded Value Default value Duplicate String DIAMT mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double ISOUTDIA N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String MAXDIA mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double MODELDIA mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double MATRL mx_ALN_WPipeMatl Water Pipe Material Coded Value Default value Duplicate String PIPECLAS mx_ALN_WPipeClass Pipe Classification Coded Value Default value Default value String LENST mx_ALN_MEASRST Measure Status Coded Value Default value Duplicate String RELTVVERTCPOSTN Normal gRelVertPostn Relative Vertical Positionning Coded Value Default value Default value String VERTICALDATUM DC gVerticalDatum Vertical Datum Reference Coded Value Default value Default value String ROUGHSRC mx_ALN_WPIPEROUGHSRC Pipe Roughness Source Coded Value Default value Duplicate String LINRTY mx_ALN_WPIPELINRTY Pipe Liner Type Coded Value Default value Duplicate String OFFREFRC mx_ALN_WPIPEOFFREFRC Pipe Offset Reference Coded Value Default value Duplicate String ISTOPLGARTEF N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String JOINTYP1 mx_ALN_WPIPEJOINTTYP Pipe Joint Type Coded Value Default value Duplicate String JOINTYP2 mx_ALN_WPIPEJOINTTYP Pipe Joint Type Coded Value Default value Duplicate String EXTCOATN mx_ALN_WPIPEEXTCOATN PIPE Exterior Coating Coded Value Default value Duplicate String CORCONTY mx_ALN_WPIPECORCONTY Pipe Corrosion Control Type Coded Value Default value Duplicate String SOILTY mx_ALN_SOILTYPE Soil Type Coded Value Default value Duplicate String SURFTY mx_ALN_SURFTYPE Ground Surface Type Coded Value Default value Default value String WIRECLAS mx_ALN_WWireClass Wire Class Coded Value Default value Default value String INFORSRC 4 gInforSrc Information Source Coded Value Default value Duplicate Integer LOCTNPRECS 5 gLoctnPrecs Location Precision Coded Value Default value Duplicate Integer INCASNG N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String BRIDGCROSN N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String INTRNREPRTY None mx_ALN_WINTRNREPRTYPE Internal Repair Type Coded Value Default value Default value String INTCORR mx_ALN_INTCORR Internal Corrosion Coded Value Default value Default value String COF_SCORE mx_ALN_COF Asset Consequence of Failure Score Coded Value Default value Default value String LOF_SCORE mx_ALN_LOF Asset Likelihood of Failure Score Coded Value Default value Default value String MANUFACTURER mx_ALN_MANUFACTURER Asset Manufacturer Coded Value Default value Default value String LOCTNCODE mx_ALN_LOCTNCODE Additional Location NASSCO Descriptor Code Coded Value Default value Default value String INTRNREPRTY Internal Repair Type String 18 0 0 INTRNREPRJOBNO Internal Repair Job No String 50 0 0 INTRNREPRDT INTRNREPRDT Date 8 0 0 INTCORR Internal Corrosion String 25 0 0 COF_SCORE Consequence of Failure Score String 25 0 0 COF_SCORE_DATE Consequence of Failure Score Date Date 8 0 0 LOF_SCORE Likelihood of Failure Score String 25 0 0 LOF_SCORE_DATE Likelihood of Failure Score Date Date 8 0 0 ROF_SCORE Risk of Failure Score String 25 0 0 ROF_SCORE_DATE Risk of Failure Score Date Date 8 0 0 MANUFACTURER Manufacturer String 8 0 0 LOCTNCODE Location Code String 25 0 0 SCHEDRESTR Scheduling Restrictions String 25 0 0 Interconnect 3 ENABLED 1 EnabledDomain EnabledDomain Coded Value Default value Default value SmallInteger FLOWTYPE Potable mx_ALN_FlowType_w Water Type Coded Value Default value Duplicate String OWNER WASA mx_ALN_Owner Owner Coded Value Default value Duplicate String LIFECYCLESTATS Active gLifecycleStats Life Cycle Status Coded Value Default value Duplicate String PRESRZON mx_VALUELIST_PrsZone Pressure Zone Coded Value Default value Duplicate String FLUSHZON mx_VALUELIST_FlshZone Flushing Zone Coded Value Default value Duplicate String QUAD mx_ALN_Quad_w Quadrant Coded Value Default value Duplicate String WARD mx_VALUELIST_Ward Ward Coded Value Default value Duplicate String DIAMT mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double ISOUTDIA N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String MAXDIA mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double MODELDIA mx_ALN_WPipeDia Water Pipe Diameter Coded Value Default value Duplicate Double MATRL mx_ALN_WPipeMatl Water Pipe Material Coded Value Default value Duplicate String PIPECLAS mx_ALN_WPipeClass Pipe Classification Coded Value Default value Default value String LENST mx_ALN_MEASRST Measure Status Coded Value Default value Duplicate String RELTVVERTCPOSTN Normal gRelVertPostn Relative Vertical Positionning Coded Value Default value Default value String VERTICALDATUM DC gVerticalDatum Vertical Datum Reference Coded Value Default value Default value String ROUGHSRC mx_ALN_WPIPEROUGHSRC Pipe Roughness Source Coded Value Default value Duplicate String LINRTY mx_ALN_WPIPELINRTY Pipe Liner Type Coded Value Default value Duplicate String OFFREFRC mx_ALN_WPIPEOFFREFRC Pipe Offset Reference Coded Value Default value Duplicate String ISTOPLGARTEF N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String JOINTYP1 mx_ALN_WPIPEJOINTTYP Pipe Joint Type Coded Value Default value Duplicate String JOINTYP2 mx_ALN_WPIPEJOINTTYP Pipe Joint Type Coded Value Default value Duplicate String EXTCOATN mx_ALN_WPIPEEXTCOATN PIPE Exterior Coating Coded Value Default value Duplicate String CORCONTY mx_ALN_WPIPECORCONTY Pipe Corrosion Control Type Coded Value Default value Duplicate String SOILTY mx_ALN_SOILTYPE Soil Type Coded Value Default value Duplicate String SURFTY mx_ALN_SURFTYPE Ground Surface Type Coded Value Default value Default value String WIRECLAS mx_ALN_WWireClass Wire Class Coded Value Default value Default value String INFORSRC 4 gInforSrc Information Source Coded Value Default value Duplicate Integer LOCTNPRECS 5 gLoctnPrecs Location Precision Coded Value Default value Duplicate Integer INCASNG N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String BRIDGCROSN N mx_ALN_YorN_w Yes or No Coded Value Default value Duplicate String INTRNREPRTY None mx_ALN_WINTRNREPRTYPE Internal Repair Type Coded Value Default value Default value String INTCORR mx_ALN_INTCORR Internal Corrosion Coded Value Default value Default value String COF_SCORE mx_ALN_COF Asset Consequence of Failure Score Coded Value Default value Default value String LOF_SCORE mx_ALN_LOF Asset Likelihood of Failure Score Coded Value Default value Default value String MANUFACTURER mx_ALN_MANUFACTURER Asset Manufacturer Coded Value Default value Default value String LOCTNCODE mx_ALN_LOCTNCODE Additional Location NASSCO Descriptor Code Coded Value Default value Default value String PROPREHABJOBNUM PROPREHABJOBNUM String 50 0 0 SHAPE_Length SHAPE_Length Double 8 0 0 Length of feature in internal units. Esri Positive real numbers that are automatically generated. The fields used in the presurized main feature class record information found on as-builts, inspections and valve cards. This includes job number and install date, pipe diameter and width, material, shape, outer diameter, length, critical customer connections, slope, lining information, joint type, corrosion control and roughness, and location information. 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