SAN ANTONIO WATER SYSTEM. Infrastructure Planning GIS / Mapping Division CADD STANDARDS

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1 SAN ANTONIO WATER SYSTEM Infrastructure Planning GIS / Mapping Division CADD STANDARDS

2 INFRASTRUCTURE PLANNING CADD STANDARDS SAN ANTONIO WATER SYSTEM 2800 U.S. Hwy. 28 Nth San Antonio, TX Last Revised Thursday, May 7, 2007 Document i

4 Table of Contents Introduction 2 SECTION MicroStation/AutoCAD Standards 4 Water Level Symbology 4 Water Cell Library 9 Water Placement Rules 6 Water Exhibits 8 SECTION 2 MicroStation/AutoCAD Standards 24 Wastewater Level Symbology 24 Wastewater Cell Library 27 Wastewater Placement Rules 3 Wastewater Placement Exhibits 32 SECTION 3 MicroStation/AutoCAD Standards 35 Base Level Standards 35 Base Placement Rules 36 Base Exhibits 37 Index 39 ii

5 Intro. I Introduction Purpose T he purpose of this document to set a basic CADD standard to ensure consistent electronic and paper deliverables throughout SAWS. This document will also ensure consultant electronic and paper deliverables concur with SAWS CADD standards. This document also establishes that all electronic CADD deliverables will be in Microstation DGN AutoCAD DWG fmat. Scope T he scope of this document is to standardize SAWS CADD products. These products include but are not limited to survey, design, overall utility layouts, and utility mapping files. This document also creates the level standards to be used and followed in all SAWS CADD products. Suppting Files S uppting Files- The following files are available f downloading from the SAWS Website at saws.cel - This file contains the cell library f wastewater, water, and recycle utilities. 2. hp650c.tbl - This file contains the col table f SAWS Level Symbology. 3. font.rsc - This is a resource file containing the font library. 4. water.dgn - This is the water and design seed file. 5. sewer.dgn - This is the sewer design seed file. 6. recycle.dgn - This is the recycle design seed file. 7. O_Util.pdf This file is an example of an Overall Utility Layout Plan. 8. O_Util_A.pdf This file is an example of an Overall Utility Layout Plan with aerial.

6 Naming Standards T he digital file is to contain the overall utility layout plan and all design sheets. The naming standard f all electronic files is as follows: Fmat: yy-####.dgn Example: dgn Overall Utility Layout Plan T he overall utility layout plan is now required to be submitted as an As-Built. Requirements:. Overall utility layout plan must be in real wld codinates NAD 983 State Plane, Texas South Central, FIPS 4204, Survey Feet. 2. All utility symbols and level symbology must confm to the SAWS CADD Standards. 3. All other non-utility infmation placed on the Overall Utility Layout Plan must be placed on levels not used by the SAWS CADD Standards. 4. Hizontal control points shall be provided in NAD 983 State Plane, Texas South Central, FIPS 4204, Survey Feet. A minimum of two x,y codinates will be required on all jobs. 5. Wking Units, Codinate Readout and Active Scale shall confm to SAWS standard design seed files. 3

7 Section MicroStation/AutoCAD Standards Water Level Symbology Table Level Layer Weight Style Type Col Font Style Height & Width Cell Block 3 6 <6" CI 6 <6" AC 3 <6" GI 7 <6" STL 9 <6" PVC 7 <6" DI " CI 7 6" DI 6 6" AC 7 6" STL 3 6" GI 5 6" CSC 9 6" PVC " CI 7 8" DI 6 8" AC 7 8" STL 5 8 CSC 9 8" PVC " CI 7 0" DI 6 0" AC Description

8 Level Layer Weight Style Type Col Font Style Height & Width Cell Block 4 7 0" STL 5 0" CSC 9 0 PVC " CI 7 2" DI 6 2" AC 7 2" STL 5 2 CSC 9 2" PVC " CI 7 6" DI 6 6" AC 5 6" CSC 7 6" STL 9 6" PVC " CI 7 20" DI 6 20" AC 5 20" CSC 9 20 PVC 7 20" STL " CI 7 24" DI 6 24" AC 5 24" CSC 9 24 PVC 7 24" STL " CI 7 30" DI 6 30" AC 5 30" CSC Description 5

9 Level Layer Weight Style Type Col Font Style Height & Width Cell Block 7 30" STL " CI Description 7 36" DI 6 36" AC 5 36" CSC 7 36" STL " CSC 7 42 DI 7 42" STL CSC 7 48 DI 7 48" STL CSC 7 54 STL " CSC 7 60 STL " CSC 5 72 STL CSC 5 66 STL 7 Open 8 FVAL Fire Hydrant Valve 9 SVAL Service Level Valve 20 SCADA SCADA SCADA Leader Line 23 8 SCADA text PRO RATA Line 2 34 Fire Hydrant Line Fire Hydrant Lateral 23 Open

10 Level Layer Weight Style Type Col Font Style Height & Width Cell Block Description PR_VAL Pressure Release Valve 25 Open Misc. Text Main Size and Type TS Tapping Sleeve DVAL Division Valve BOTC Blow-off Tapped Cap OUTLET TEE CPLG Flanged Outlet Tee Cast Coupling Degree (/4) Bend Degree (/8) Bend Degree (/6) Bend Degree (/32) Bend VB CROSS OFF PLUG Vertical Bend Cross Offset Bend Cap & Plug Job Number AH Arrow Head 7 Main Measurements Pump Station 0 Pump Station Annotation Pressure Zone Annotation RED Reducer BO Blow-off Valve VAL Main Line Valves FH Fire Hydrants AR Air Release Valve Single Service Line COP LG DI SERVICE 7

11 Level Layer Weight Style Type Col Font Style Height & Width Cell Block Description 3 7 DI SERVICE <6 3 6 CI SERVICE <6 0 2 DS Dual Service line 4 Address Tap Numbers 43 Open RCP Conduit RCP Conduit Annotation Tag Number Leader Well Well Symbol SAWS Property 5 8 SAWS Property Annotation SAWS Easements SAWS Easement Annotation Bexmet Served by Bexar Met text Street Annotation 5 Open Proposed Main 43 3 Proposed Main Annotation Proposed Fire Hydrant / Valve IVAL Interconnection Valve 54 Open 55 Open 56 Open 57 Open Base Map Features Miscellaneous (F Features not defined)

$63 0 0 0 Grid Layout * 3 3 * Pro-rata Elements that need to be tagged Col Table: \hp650c.$

12 Level Layer Weight Style Type Col Font Style Height & Width Cell Block Description Existing Topology Survey Data Blow-up Detail Grid Layout * 3 3 * Pro-rata Elements that need to be tagged Col Table: \hp650c.tbl Additional Settings: Level Symbology Overrides View Attributes 9

13 Water Cell Library. Cell Library - \saws.cel DIAGRAM DIAGRAM 2 DIAGRAM 3

14 Water Cell Library (Continued) DIAGRAM 4 DIAGRAM 5 DIAGRAM 6

15 Water Cell Library (Continued) DIAGRAM 7 DIAGRAM 8 DIAGRAM 9

16 Water Cell Library (Continued) DIAGRAM 0 DIAGRAM DIAGRAM 2 3

17 Water Cell Library (Continued) DIAGRAM 3 DIAGRAM 4 DIAGRAM 5

18 Water Cell Library (Continued) DIAGRAM 6 DIAGRAM 7 DIAGRAM 8 5

19 Water Cell Library (Continued) DIAGRAM 9 DIAGRAM 20 DIAGRAM 2

20 Water Placement Rules Number Object Name Mains 2 Annotation *Note: all annotation will be placed with a centercenter justification. Placement Rule Exhibit If a water main exists to 0 from the property line, place the main 0 from the property line. If a water main exists to 4 from the property line, place the main 4 from the 2 property line. If a water main exists greater than 4 from the property line, then place the main at the exact 3 distance. Only linestrings are used to digitize water N/A mains. Water mains are to be continuous f a job N/A excluding intersections. A vertex is placed at the igin of each cell. N/A Annotation is placed so that the association to N/A its given object is clear. Annotation is placed to be readable from east and south of the map bder. The annotation 4 will rotate at the nth and south position. Tap numbers are perpendicular to the water main and placed in the back of the lot in line 5 with the service line. Main size and material annotation are placed parallel to the main, a minimum of once per 5 block map, and on either side of a coupling, reducer job change, if space is available. Job numbers are placed parallel along the water main at a minimum of once per Block Map. 5 The job number also is placed at a job change if space is available. The street names are copied from the base block map and placed in the water file where 6 they are needed. Street names should be adjusted to avoid overstrikes. 7

21 Water Placement Rules (Continued) Number Object Name Placement Rule Exhibit Main dimensions are placed between the main 2 Annotation *Note: all annotation will be placed with a center-center justification 3 Fire Hydrants and the property line to identify the distance from the property line to the main as noted on the As-Built. Main dimensions should also be placed between fittings to identify the length of main as noted on the As-Built. Tag numbers are used to identify a valve, fire hydrant, and air release valve, and/ blow off. Tag numbers should be unique within the block map and numbered sequentially. Tag numbers should not be duplicated and reused. Fire hydrants are placed as per source. 6 N/A 4 Cap & Plug Cap and plugs are placed as per source. The igin is placed at the end of the main. 7 5 Blow-off Blow-off valves are placed as per source. The Valve igin is placed at the end of the main. 8 Valves are placed as per source on the water 6 Valve main. The valve s igin is snapped to a vertex 8 on the water main. 7 Reducer Reducers are placed as per source on the water main. The reducer s igin is snapped to a vertex on the water main. 9 8 Air release valves are placed as per source on Air Release the water main. The air release valve s igin is Valve snapped to a vertex on the water main. 0 9 Service line Service lines are placed as per source extending 8 inside the property line. 0 0 Dual service Dual Service lines are placed as per source. Extend service line to main. 0 Pressure Zone Pressure zones annotation are placed as per Annotation source and pass through closed division valves. 2 Pump Station Placed as per source. 2 3 Well Placed as per source. 2 4 RCP Conduit Placed as per source. 3 5 Flanged Placed as per source and the igin is snapped Outlet to the water main at a vertex. 4 6 Tee Placed as per source and the igin is snapped to the water main at a vertex. 5 7 Bend - /4 Placed as per source and the igin is snapped to the water main at a vertex. 5 6

22 Water Placement Rules (Continued) Number Object Name Placement Rule Exhibit 8 Bend /8 Placed as per source and the igin is snapped to the water main at a vertex. 6 9 Bend /6 Placed as per source and the igin is snapped to the water main at a vertex Bend /32 Placed as per source and the igin is snapped to the water main at a vertex. 7 2 Vertical Bend Placed as per source and the igin is snapped to the water main at a vertex Cross Placed as per source and the igin is snapped to the water main at a vertex Offset Bend Placed as per source and the igin is snapped to the water main at a vertex Cast Coupling Placed as per source and the igin is snapped to the water main at a vertex Jumper Modify a main by inserting vertexes to show that two mains crossing each other are not connected. This is f graphical infmation only. 20 Water Placement Exhibits EXHIBIT EXHIBIT 2 9

23 Water Placement Exhibits (Continued) EXHIBIT 3 EXHIBIT 4 EXHIBIT 5 EXHIBIT 6

24 Water Placement Exhibits (Continued) EXHIBIT 7 EXHIBIT 8 EXHIBIT 9 EXHIBIT 0 2

25 Water Placement Exhibits (Continued) EXHIBIT EXHIBIT 2 EXHIBIT 3 EXHIBIT 4

26 Water Placement Exhibits (Continued) EXHIBIT 5 EXHIBIT 6 EXHIBIT 7 EXHIBIT 8 23

27 Water Placement Exhibits (Continued) EXHIBIT 9 EXHIBIT 20

28 Section 2 MicroStation/AutoCAD Standards Wastewater Level Symbology Table Level Layer Col Style Type Weight Font Style Height & Width Cell Block Description MON_MH Monolithic manhole Street Name BOXMH Box structure manhole Open DRP_MH Drop manhole STD_MH Standard manhole Open Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line Sewer line 4

29 Wastewater Level Symbology Table (Continued) Level Layer Col Style Type Weight Font Style Height & Width Cell Block Description Sewer line Sewer line Sewer line Sewer line Fced main Fced main Fced main Fced main Fced main ID and Pipe length Single, double, triple siphon ICHAMB Siphon inlet chamber OCHAMB Siphon outlet chamber Siphon ID Intercept Intercept text Service lateral STACK Stacks AR Air Release Valve STUB Stub out CLEOUT Cleanout 0 MIDDES Intermediate invert designates FAROW Flow arrow Tag Number Leader LIFSTA Lift station 0 Lift station ID Distance and slope Pipe diameter Lateral dimension Top and Invert Elevations Stub Invert HOLDTK Holding Tank 0 Holding Tank ID Job Numbers Open Job Box Proposed Main

Wastewater Level Symbology Table (Continued) Level Layer Col Style Type Weight Font Style Height & Width Cell Block Description 52 0 0

0 0 Dimensions 58 0 0 0 Base map features 59 0 0 0 Miscellaneous ( f features not defined) 60 0 0 0 Existing Topology 6 0 0 0 Survey

30 Wastewater Level Symbology Table (Continued) Level Layer Col Style Type Weight Font Style Height & Width Cell Block Description Proposed Main Annotation Grid Layout Lateral Job Number & GWO Number Open Open Dimensions Base map features Miscellaneous ( f features not defined) Existing Topology Survey Data R.C.P. Conduit Open Level Symbology Settings f DGN fmat: Level Symbology Overrides View Attributes Wking Units 4

31 Wastewater Cell Library. Cell Library: \saws.cel DIAGRAM DIAGRAM 2 DIAGRAM 3

32 Wastewater Cell Library (Continued) DIAGRAM 4 DIAGRAM 5 DIAGRAM 6 4

33 Wastewater Cell Library (Continued) DIAGRAM 7 DIAGRAM 8 DIAGRAM 9

34 Wastewater Cell Library (Continued) DIAGRAM 0 DIAGRAM 4

35 Wastewater Placement Rules Number Object Name Placement Rule Exhibit Sewer lines are to be drawn from manhole to manhole. N/A Lines Only line strings are to be used to digitize sewer lines. N/A 2 2 (Continued) Annotation *Note: all annotation will be placed with a center-center justification Annotation *Note: all annotation will be placed with a center-center justification 3 RCP Conduit 4 Service Laterals 5 Stacks Annotation is placed so that the association to its given object is clear. Annotation is placed to be readable from east and south of the sheet bder. The annotation will rotate at the nth and south position. Main sizes are placed parallel and above the sewer main. Top of Manhole elevation is required. In and Out invert elevations are required where two main segments intersect at a manhole. Job Numbers are to be placed parallel to the sewer line at the beginning and end of a job and should be placed close to the main, if space is available. Lateral stations are to be placed at the end of the lateral. Stations are to be determined from the down-flow manhole. The street names are copied from the base block map and placed in the sewer file where they are needed. Street names should be adjusted to avoid overstrikes. Distance and slope are required from structure to structure and are placed parallel and below the sewer main. Indicate length of be and size, type and length of conduit. Service laterals are placed as per construction. Snap to the sewer main at a vertex. Stacks are represented with a circle at the end of the service lateral N/A 9 9

36 Wastewater Placement Exhibits EXHIBIT EXHIBIT 2 EXHIBIT 3 EXHIBIT 4 4

37 Wastewater Placement Exhibits (Continued) EXHIBIT 5 EXHIBIT 6 EXHIBIT 7 EXHIBIT 8

38 Wastewater Placement Exhibits (Continued) EXHIBIT 9 4

39 Section 3 SAWS Utility Mapping Standards Base Base Level Standards LV WT LC CO FT HT&W Cell Name Description 0 3 Block Outline / R.O.W 2 Open NCB Annotation Bridges River Outline Creek Lake Boundary Creek, Lake, River Name Lot Number Railroad Tracks Railroad Name City Limits Lot/ Parcel Lines 2 Subdivided Parcels 0 0 Map Available (N=NO) 2 Open Block Annotation Street Centerline Easement Line Easement Text Building 56 8 Building Annotation Subdivision Name

40 Base Level Standards (Continued) LV WT LC CO FT HT&W Cell Name Description 9 Open MOON Cner Cell House Number / Address 22 Open County Line Dash Lot Line Street Dedication Map Bder Street Annotation Base Placement Rules Number Object Name Lines 2 Annotation * Note: all annotation will be placed with a center-center justification Placement Rule Streets and property lines should be placed accding to recded plat and/ digital plat from the engineer consultant. All hydrology should be placed accding to the recded plat and/ digital plat from the engineer consultant. Street name annotation should be placed along the street centerline. Street name annotation should be placed at least once per block map. Addresses should be placed 60 off the front of the property line centered between the lot lines. Lot numbers should be placed 75 off the front of the property line centered between the lot lines. Block and NCB numbers should be placed within each block between the lots. The text NCB and Block should not be included in the maps. Exhibit N/A N/A

41 Base Placement Rules (Continued) Number 2 (Continued) Object Name Annotation *Note: all annotation will be placed with a center-center justification Placement Rule Water and sewer easement annotation should be placed parallel to the easement it belongs to. Creek, river and lake annotation should be placed at least once per block map, where applicable. County and city limit annotation should be placed at least once per block map, where applicable. Exhibit 33 N/A N/A Base Placement Exhibits EXHIBIT 30 EXHIBIT 3

42 Base Placement Exhibits (Continued) EXHIBIT 32 EXHIBIT 33 4

43 A Air Release Valve Cell Diagram...4 Placement Exhibit...20 Placement Rule...7 Annotation (Water) Placement Exhibit...9 Placement Rule...6 B Base Level Standards...35, 36 Placement Exhibits...37, 38 Placement Rules...36, 37 Bend /6 Cell Diagram...3 Placement Exhibit...22 Placement Rule...8 Bend /32 Cell Diagram...4 Placement Exhibit...22 Placement Rule...8 Bend /4 Cell Diagram...3 Placement Exhibit...22 Placement Rule...7 Bend /8 Cell Diagram...3 Placement Exhibit...22 Placement Rule...8 Bend Offset Cell Diagram...5 Placement Exhibit...23 Placement Rule...8 Bend Vertical Cell Diagram... Placement Exhibit...22 Placement Rule...8 Blow-Off Valve Cell Diagram...0 Placement Exhibit...20 Placement Rule...7 Box Structure Manhole Cell Diagram...28 C CADD Standards Base...35 Naming Standards...3 Overall Utility Layout Plan...3 Purpose...2 Scope...2 Sewer...24 Suppting Files...2 Water...4 Cap Cell Diagram...2 Placement Exhibit...20 Placement Rule...7 Cast Coupling Cell Diagram... Placement Exhibit...23 Placement Rule...8 Cleanout Cell Diagram...27 Cross Cell Diagram...0 Placement Exhibit...23 Placement Rule...8 D Division Valve Cell Diagram...5 Placement Exhibit...2 Dual Service Cell Diagram...2 Placement Exhibit...20 Placement Rule...7 F Fire Hydrant Cell Diagram...9 Placement Exhibit...9 Placement Rule...7 Flanged Outlet Placement Exhibit...2 Placement Rule...7 Flow Arrow Cell Diagram...29 H Holding Tank Cell Diagram...27 I Inlet Siphon Cell Diagram...29 Intermediate Invert Designates Cell Diagram...30 J Jumper Placement Exhibit...23 Placement Rule...8

44 L Lift Station Cell Diagram...28 M Mains (Water) Placement Exhibit...8 Placement Exhibit Placement Exhibit Placement Rule...6 Manhole Cell Diagram...28 O Outlet Siphon Cell Diagram...4 Cell Diagram...29 P Plug Cell Diagram...2 Placement Exhibit...20 Placement Rule...7 Pressure Release Valve Cell Diagram...9 Pressure Zone Placement Rule...7 Pump Station Placement Exhibit...2 Placement Rule...7 R RCP Conduit Placement Exhibit...2 Placement Rule...7 Reducer Cell Diagram...0 Placement Exhibit...20 Placement Rule...7 S Service Line Placement Exhibit...2 Sewer (Wastewater) Cell Library...27, 28, 29, 30 Level Standards...24, 25, 26 Level Symbology...26 Placement Exhibits...32, 33, 34 Placement Rules...3 View Attributes...26 Service Line Placement Rule...7 Stack Lateral Cell Diagram...30 Stub Cell Diagram...27 T Tapping Sleeve Cell Diagram...2 Tee Cell Diagram... Placement Exhibit...22 Placement Rule...7 V Valve Cell Diagram...9 Placement Exhibit...20 Placement Rule...7 W Water Cell Library...9, 0,, 2, 3, 4, 5 Col Table...8 Level Standards...4, 5, 6, 7, 8 Level Symbology...8 Placement Exhibits...8, 9, 20, 2, 22, 23 Placement Rules...6, 7, 8 View Attributes...8 Well Cell Diagram...5 Placement Exhibit...2 Placement Rule...7 4

45 Notes

46 4

Mn/DOT CADD DATA Standards General Information

Mn/DOT CADD DATA Standards General Information PREFACE The scope of this web-site is to document and standardize the Minnesota Department of Transportation s CADD (computer aided drafting and design file