3M Facilities Engineering CAD Standards

© This document is the copyrighted property of the 3M Company. It may not be reproduced without the written permission of the 3M

Facilities Engineering Computer Applications Group.

Facilities Engineering

CAD Standards

February 01, 2012

Facilities Engineering CAD Standards _______________________________________________________________

3M Facilities Engineering CAD Standards 0010•1 02/01/12

Section Name

Section Number

Revision Date

Number of pages

Table of Contents 0 0 1 0 02/01/12 2 PLM Data Transfer Request Form.doc 0 0 3 0 02/01/12 1 Database Preparation / Transmittal to 3M 0 0 4 0 02/01/12 3 Consultant Contract Rider 1 0 0 0 02/01/12 7 Use of Existing 3M CAD Drawing Databases 1 1 0 0 02/01/12 1 Architectural Engineering / Interiors

Database Graphics Examples 2 0 0 0 02/01/12 4 Database Naming Convention 2 1 0 0 02/01/12 10 Drawing Naming Convention 2 2 0 0 02/01/12 1 Drawing Type Descriptions 2 3 0 0 02/01/12 7 Reference Details 2 4 0 0 02/01/12 3

Civil Engineering

Database Graphics Examples 3 0 0 0 02/01/12 4 Database Naming Convention 3 1 0 0 02/01/12 2 Drawing Naming Convention 3 2 0 0 02/01/12 1 Drawing Type Descriptions 3 3 0 0 02/01/12 5

Structural Engineering


Mechanical / Fire Protection Engineering


Electrical Engineering

Database Graphics Examples 6 0 0 0 02/01/12 4 Database Naming Convention 6 1 0 0 02/01/12 4 Drawing Naming Convention 6 2 0 0 02/01/12 2 Drawing Type Descriptions 6 3 0 0 02/01/12 6 Electrical Engineering Drafting Standards 6 4 0 0 02/01/12 4 Lighting CAD As-Built Standards 6 5 0 0 02/01/12 6



Section Name

Section Number

Revision Date

Number of pages

Electrical Engineering Short Circuit / Arc Flash

6 6 0 0 02/01/12 1

Layering Conventions 7 0 0 0 02/01/12 1

Map Layer 7 0 0 0 - 1 02/01/12 2 Architectural 7 1 0 0 02/01/12 5 Civil 7 2 0 0 02/01/12 8 Structural 7 3 0 0 02/01/12 3 Fire Protection Piping (see 7510) 7 4 0 0 02/01/12 0 Mechanical / Piping 7 5 0 0 02/01/12 7 Mechanical HVAC (see 7510) 7 6 0 0 02/01/12 0 Electrical 7 7 0 0 02/01/12 7

Drafting Standards 8 0 0 0 02/01/12 1

New Drawing Setup 8 1 0 0 02/01/12 3 Linetypes 8 1 0 0 02/01/12 1 Text Fonts / Shape Files 8 2 0 0 02/01/12 1 Dimensioning Parameters 8 3 0 0 02/01/12 3 Material Descriptions 8 4 0 0 02/01/12 2 Section and Detail Descriptions 8 5 0 0 02/01/12 1 Key Plans 8 6 0 0 02/01/12 1 Titleblock Preparation 9 0 0 0 02/01/12 1

Titleblock Information 9 0 0 0 . 1 02/01/12 1 3M Drawing Number Key 9 0 0 0 . 2 02/01/12 1

Plotting 1 0 0 0 0 02/01/12 1 Plotting 3M AutoCAD Drawings 1 0 0 0 0 . 1 02/01/12 1

Plotting from ModelSpace vs. Paperspace 1 0 0 0 0 . 1 3M Plotter Descriptions 1 0 0 0 0 . 1 3M Plot Style Tables 1 0 0 0 0 . 2 02/01/12 1 Color Plotters 1 0 0 0 0 . 2 Plotting Scales for Metric Drawings 1 0 0 0 0 . 3 02/01/12 1

Appendices CAD Project Work A 1 02/01/12 1

Drawing Documentation Standards A 2 02/01/12 2 Cover sheet for manual if printed c o v e r 02/01/12 1



• PLM Data Transfer Request Form is a required document when sending drawings back to 3M. The Supplier

Contact or the Engineering Contact can submit this form. • This document is called PLM Data Transfer Request Form.doc and can be found in the eMatrix Support Files,

General category by selecting Files.



Database Preparation / Transmittal to 3M The Supplier shall prepare all AutoCAD drawings as outlined below, and use the document PLM Data Transfer Request Form.doc listing the zip and the drawing files contained, when sending files to 3M. Prior to sending AutoCAD dwg files to 3M, the Supplier shall perform routine database maintenance functions as follows: If maintenance to files is on going during the project, steps 1-3 can be skipped, 4-5 are required to be completed at the end of the project. 1) Open the File in AutoCAD 20xx 2) Purge All



3) Audit y

4) Verify ALL XREF ATTACHments are XREF OVERLAY (change if required) Xref Bind is only

acceptable under certain project conditions with the approval of Facilities Engineering. 5) 3M PreCheck is required to be run on all files being returned to 3M by a Supplier. The results of a

file passing PreCheck is an .esp file which is sent back with the .dwg to 3M. For any further information on PreCheck review the file 3M PreCheck Instructions.doc under Help Files/All under the acadsupp directory for the current version of software.

6) Hybrid drawing files for 3M include a .dwg and a .tif file which is brought into the AutoCAD .dwg file as an image. When working with this type of file please be sure to send back both the .dwg and the .tif to 3M. If the .tif file has been redrawn into the actual CAD file and is no longer needed, please make a note of this in the comment section of the PLM DATA TRANSFER REQUEST form when sending the files back to 3M.

3M Facilities Engineering will accept and deliver AutoCAD files via the following options (in order of preference): a) eMatrix

For the convenience of 3M Facilities Engineering Suppliers, the 3M IT CAD Center of Excellence has established the use of eMatrix for exchanging information such as CAD Drawing Data, Facilities Engineering Standards, Details and Library Symbols.

For eMatrix instructions see 3M eMatrix Help (login in to eMatrix and select the ? icon) and then select Tutorials. On the eMatrix Central Engineering Help page select eMatrix Projects for External Suppliers. When asked to download the On Demand software download the software supplied by 3M. Follow the instructions to complete the Supplier Training.

eMatrix Download Policies

For Download Instructions see procedure eMatrix Projects for External Suppliers.

Elaine Morley

This was necessary for Softdesk, shouldn’t be necessary any longer. As a matter of fact, I think we should have our AutoCAD startin lisp routine delete and purge this file.



eMatrix Upload Policies

For Upload Instructions see procedure eMatrix Projects for External Suppliers.

A copy of the uploaded zip should be kept until confirmation is received from eMatrix, that the files have been uploaded without errors. The zip file should include the .dwg, .eps files generated by the pre-check program, and .tif if hybrid drawing files were used.

b) Dropbox

Dropbox transmittals are only allowed with previous approval from 3M IT CAD Center of Excellence.

c) CD CD transmittals are only allowed with previous approval from 3M IT CAD Center of Excellence

d) e-Mail e-Mail transmittals of drawing files from suppliers to 3M via e-mail are not allowed.


3M Facilities Engineering CAD Standards 1000.1 02/01/2012

PURPOSE The purpose of this document is to provide the standards and procedures, which shall be used to prepare, construction documents for 3M Facilities Engineering using AutoCAD for creation and using 3M intelligent title blocks. It is the intent of 3M Facilities Engineering to establish the format of completed CAD databases to facilitate integration into 3M's eMatrix System. All standards referred to in this exhibit shall be followed as part of this contract. Facilities Engineering discipline specific directions for project set-up, including use of model and drawing databases, are outlined in Sections 2000 through 9000 of the Facilities Engineering CAD Standards. 3M requires that partial area plans be associative (via xref) with the overall model plans developed by each of the Facilities Disciplines, i.e., changes made to the overall model plans for each discipline are then automatically reflected in the sheets that are xrefing the model for the partial area plans. When using the XREF command to view a model into a sheet part, the attach command should be set to overlay as a standard. BACKGROUND 3M Facilities Engineering uses AutoCAD 2011 as a base graphics software for Facilities design.

Civil Engineering uses AutoCAD 2011 Civil 3D/LandDesktop Companion Structural Engineering uses AutoCAD 2011 / third party Software SteelPlus Architectural, Mechanical, Electrical use only AutoCAD 2011 as their graphics software.

PI&CS uses AutoCAD Electrical 2011. Autodesk DWG TrueView is used for general viewing of AutoCAD files.

3M Applications using AutoCAD 3M Facilities Engineering uses AutoCAD in a multi-discipline environment. Disciplines involved in AutoCAD include Architectural, Interiors, Civil, Geology, Structural, Mechanical, Fire Protection, and Electrical. Facilities databases are created and maintained for Facilities design, modification, and management.



DATABASE STRUCTURE OVERVIEW 3M Database Partitioning 3M uses a composite of model and drawing databases to produce construction documents. Model databases are created by each discipline in units of inches (except where noted) to represent the physical site, building structure, or system. These models are the basis for ongoing Facilities Management. Each discipline externally references other discipline's models into their own databases. Drawing databases are created to generate bid and construction documents for specific projects. They externally reference the model databases (at coordinate 0,0) and include notes, dimensions, drafting symbols, etc. They may also include plans, details, sections, elevations and schedules. Construction Documents are prepared from the composite model and drawing databases. Architectural Engineering model databases (in units of inches) are created for:

* Building Floor plans * Interiors (furniture and panel layouts) * Building Mezzanine plans * Building Roof plans

Civil Engineering site model databases are created (in units of feet) for each of the following:

* Planimetrics (roads, building footprints, etc.) * Contours * Sewer and Utility Systems

Mechanical Engineering model databases (in units of inches) are created for each of the following: * Fire Protection (aboveground) * Fire Protection (below ground) * Facility Piping (aboveground) * Facility Piping (below ground) * HVAC Systems * Process Systems

Electrical Engineering model databases (in units of inches) are created for each of the following: * Power (distribution - aboveground and underground) * Power (process) * Lighting Systems * Security Systems * Supervisory Systems * Computer Systems * Communications

Structural Engineering model databases (in units of inches) are created for the following: * Building Foundations * Structural Framing plans

Model databases are created for each building floor, site or building system, and are not to be partitioned geographically. Since Civil model databases are created in units of feet, when used as an xref into any other Facilities drawing databases (which are created in units of inches) they will be xrefed in at coordinate 0,0 at a scale of 12 to convert the units of feet to inches.



3M Model Database Naming Conventions \ Drawing Naming Conventions The 3M Facilities Engineering standard Model Database Naming Conventions for the disciplines are listed in Sections 2100, 3100, 4100, 5100, and 6100 of the Facilities Engineering CAD Standards. The sections will provide an explanation of each Facilities disciplines acceptable model names. The Supplier must name all newly created model databases according to the 3M model naming conventions. The 3M Facilities Engineering standard Drawing Naming Conventions for the disciplines are listed in Sections 2200, 3200, 4200, 5200, and 6200 of the Facilities Engineering CAD Standards. The sections will provide a breakdown of the standard drawing categories used by each discipline. The Supplier must name all newly created drawing databases according to the 3M Drawing Naming Conventions. All new drawing numbers must be reserved using Facilities Drawing Info Index (a Lotus Notes database). If the Supplier is on Lotus Notes with 3M, this can be done by requesting a Replication of the Facilities Drawing Info Index to your company, or if that is not possible request the Documentation Helpdesk to reserve the drawing files. To reserve the drawing files send an email to the [email protected] with a list of the drawings required, broken down by their specific drawing category, the number of drawings needed under each of the categories and a description for each of the drawing files to be reserved. 3M Database Layering Conventions A layering scheme exists for each discipline within 3M Facilities Engineering with application specific layering breakdowns for each discipline. See Section 7000 for layering conventions. Symbol Libraries Each symbol is an individual file in AutoCAD. A symbol library is a collection of these individual block files, which will be using standard insertion methods. Each 3M Facilities Engineering discipline creates and maintains a symbol library. Symbol libraries for each discipline are provided to the Supplier from the support directory, given as part of the Supplier’s eMatrix account. The Supplier shall use the symbol libraries in all model and drawing databases, when provided by 3M Facilities Engineering. 2D vs 3D AutoCAD databases occupy 3D coordinate space, but may exist in a 2D plane (z=0). 2D documents can be extracted from the 3D model. Most 3M databases provided to the Supplier will be in 2D format, with the exception of some Civil Engineering site databases. Intelligence AutoCAD databases contain attributes, which will allow for possible data extraction, bill of material generation, schedule information. The 3M Engineering Contact may request the Supplier to provide any associated files created for this project. These files would only be requested if the intelligent data were entered into the drawing files as part of the original project. PROJECT SET-UP



Contacts The Supplier shall provide a list of discipline-specific and CAD contacts for the project (large projects only). 3M will have a contact assigned to this project for the purpose of CAD Coordination with the Supplier. (large projects only). Pre-Project Deliverables to Supplier by 3M The following items will be provided to the Supplier as shown at the beginning of the project:

• Existing facility drawing databases / site databases via eMatrix • 3M symbol libraries via eMatrix • Standard templates via eMatrix • Facilities_Engineering_CAD_Standards_All.pdf via eMatrix

Pre-project Download and Setup by Supplier from 3M eMatrix (new Suppliers only)

• A prerequisite for returning CAD files to 3M (for every revision done during the project and the final revision done before project completion) is the submittal of all project drawing files through the 3M PreCheck program by the Supplier. After downloading the 3M general files AutoCAD_General_2009.zip and AutoCAD_General_2009_Update.zip you will find the instructions for the setup of this program under the directory of acadsupp2009/Help Files/All in the document 3M Autodesk Product Setup for Suppliers.pdf Instructions for the Precheck program itself can be found in the same directory under 3M PreCheck Instructions.pdf.

Pre-Project Testing Between Supplier / 3M The following testing sequence shall be completed prior to the start of construction documents: Testing is only required by new Suppliers. 1. The supplier shall download from eMatrix as directed by 3M, all AutoCAD required general

files which include templates, symbols, details, etc. (Only required if new Supplier or existing Supplier has not down loaded file updates in the last 3 to 6 months.

2. The Supplier shall download from eMatrix, all discipline specific information from the support files for applications they require. Additionally, the Supplier will search out and down load any existing project information from eMatrix, review the model / drawing databases, and confirm with the 3M contact that the information has been successfully transferred.

3. The Supplier shall use only these standard AutoCAD formats as follows:

• Only the text fonts ROMANS and ROMAND are acceptable in 3M drawings.

(no special shape [.shx] files) • Paperspace text size will be set at 3/32 or .09375” • Modelspace text is scaled up based on the viewport scale which displays the model down to

the plotting size. • No shape files what so ever will be used as symbols in 3M drawings. • Line types (3M provided acad.lin file) • Characters used in text strings and dimensions

(i.e. centerline symbol, phase symbol, diameter symbol,



feet and inch marks, fractions, degree symbol) 4. 3M and the Supplier will discuss and agree on the following:

• For new drawing files and models review what attributes of the title block are required to be

filled out to pass through the precheck program. • Data Transfer Process which includes PLM Data Transfer Request (via e-mail) and

drawing transfer (via eMatrix) • Database units and origin for all databases (determine origin location if new databases are

required to be created, • PreCheck program creates a .pdf file that is used by 3M as a view file in eMatrix. The .pdf

is sent back to 3M along with the .dwg. Existing 3M Databases All existing 3M AutoCAD databases are to be used for new design / drawing purposes (when applicable). All information contained in the 3M provided databases shall be field verified PRIOR to the inception of the new project. All entities shall be moved from PROPOSED/NEW layers (as entered from earlier projects) to EXISTING layers where required. All entities inserted into the 3M CAD databases (for the new project) shall be inserted onto the new layers of existing layer names. Existing 3M Databases (Special Conditions)

• 3M creates building models for each building, (example STPA-275-A-1FL) these models are available to a supplier to checkout, make changes, and check back into eMatrix through the standard procedures for the Documentation Helpdesk.

• 3M creates site models for each of the plant sites, (example STPA-888-C-BASE) these models are locked and cannot be checked out to a supplier. To make changes the supplier will checkout a copy of the site model, make their changes on a separate layer, cloud their changes or block out their changes and send them back to be checked into eMatrix through the standard procedures for the Documentation Helpdesk. The Documentation Helpdesk will route the changes through the 3M site model contact who has the site models locked and they will update the site changes into the master site model in eMatrix.

• 3M creates site models for the utilities at each of the plant sites, (example STPA-888-E-PWR, STPA-888-M-UGFP, STPA-888-M-UTIL) these models are locked and cannot be checked out to a supplier. To make changes the supplier will checkout a copy of the site model for the utilities, make their changes on a separate layer, cloud their changes or block out their changes and send them back to be checked into eMatrix through the standard procedures for the Documentation Helpdesk. The Documentation Helpdesk will route the changes through the 3M site utility contact who has the site utility models locked and they will update the changes into the master site utility model in eMatrix.

Pattern Hatching



The Supplier can only make use of the standard AutoCAD hatch patterns or 3M supplied hatch patterns. The hatch pattern shall be placed on the designated layer as outlined in Section 7000. Demolition / Removal Information for this area is currently in production and will be entered when the complete process has been developed. Review Drawing Transmittal by Supplier to 3M During the course of the project, the Supplier may be asked to supply the 3M Engineering Contact with information necessary for project review purposes. This may include, but is not limited to partially completed drawing files, random composite databases, and file naming conventions. The drawing files which will be .dwg will be placed in a zip file under a folder document in the proper project folder in eMatrix. The 3M Engineering contact will extract the drawing files from the zip file and review. The 3M Engineering Contact may also ask for plots of the files for review. Issued Revision Drawing Transmittal by Supplier to 3M It shall be the Supplier’s responsibility to submit, in a timely manner, every issued revision of a project’s construction drawings to 3M’s eMatrix system for 3M records, unless otherwise directed by the 3M Engineering Contact. The submitted revision as an example, may be original issue, bulletin, addendum or as built. Each submittal shall include a PLM Data Transfer Request.doc sent attached to an e-mail to the [email protected], and the drawing files which include a .dwg and an .eps (post script) file created by the precheck program placed in a zip file under a folder document in the proper project folder for the project in eMatrix. Final Drawing Transmittal by Supplier to 3M This will include the final revision of the project for all databases used. The Supplier is required to provide the following information / services at the completion of a project (via eMatrix) or (via e-mail) as directed.

• Drawing files in .dwg to be returned in AutoCAD Release 20XX (to be determined at the start of the project.

• Model files in .dwg to be returned in AutoCAD Release 20XX (to be determined at the start of the project.

• Any new symbols or details that were approved by the 3M Engineering Contact at the start of the project.

• Database listing (of all transmitted files) including names and size of files if required by 3M Engineering Contact (e-mail or via eMatrix)

• Completed PLM Data Transfer Request.doc (e-mail only) sent to [email protected]

• The Final Drawing Transmittal by Supplier to 3M shall follow the same procedures as stated in the Issued Revision Drawing Transmittal by Supplier to 3M

Plots:



• Bid/revision Plots – as required by the 3M Engineering Contact for issue of bids. • FINAL plots - only as required by the 3M Engineering Contact. • All Facilities plots to be 30” x 42” or as requested.

All discrepancies found in regards to these standards (unless previously authorized) will be returned to the Supplier for compliance changes and passage of Precheck before being accepted by 3M as a completed database.

Note: This Section is printed as part of the 3M Facilities Engineering CAD Standards for further distribution among the Supplier's personnel. These standards are an integral part of all Standing Contracts or newly executed Lump Sum Contracts.



USE OF EXISTING 3M DRAWING DATABASES When drawing databases exist for the project area, they are to be used for the project and no new overlapping drawings should be created. If there are no drawings for existing areas, the Supplier Project Contact should request 3M Engineering Contact to coordinate the setup of appropriate partial area plans. Occasionally, Mechanical and Electrical projects require partial area plans at a scale larger than the Architectural plans. The 3M Facilities Engineering Contact will approve the partial area plan breakdown before drawings are created. Existing 3M CAD databases are to be used for all projects. This includes both model and drawing databases. Any changes made to an Architectural model database must be made on the original model database created by Architectural and checked out and locked by the Supplier to make the project changes. Electrical and Mechanical Engineering also make use of models for some projects. If a model exists, all changes will be made to the model that is then externally referenced into the sheet file. If a project works with drawings that do not have a separate model, and the Electrical or Mechanical model information was previously placed into model space in the sheet drawing, then this practice can be continued for the series of drawings that are involved. In these instances, you do not need to construct a model from the model space information in the sheet file.

Architectural Engineering / Interiors

Section 2000



Architectural Engineering Database Naming Convention Architectural model databases are created in units of inches to represent the physical building structure. These models are the basis for ongoing Facilities Management. The origin of each Architectural model (0,0) is the lower left building grids intersection. See Example, Section 2000. For efficient database management, databases are partitioned by information type (thematically), rather than area (geographically). Architectural drawing databases are created to generate bid and construction documents for specific projects. Drawing databases externally reference the model databases and includes notes, dimensions, drafting symbols, etc. They also include plans, details, sections, elevations and schedules. See Example, Section 2000. Construction Documents are prepared from plots of the composite model and drawing databases. Architectural Engineering model databases are created for:

* building floor plans * building mezzanine plans * building roof plans * process layouts (if using process layouts from Division Engineering)

Architectural model databases include (inserted in model space):

* all wall, door, window, fixture, equipment entities * room name and number symbols (scaled appropriately so that plotted text height is 3/32") * door numbers (scaled appropriately so that plotted text height is 3/32") * grid-to-grid dimensions (scaled appropriately so that plotted text height is 3/32") * hatch for wall materials

(note: room name and number symbols and door symbols are intelligent, and can be used to generate listings of numbers)

Architectural drawing databases include (inserted in paper space):

* architectural dimensions (Project Related) * construction notes, labels (text size set at 3/32" or .09375”) (RomanS) * revision clouds, triangles * detail bubbles, section & elevation cuts, match lines * room name and number symbols, if model space symbols are not at right scale * door numbers, if model space symbols are not at right scale



Architectural Engineering Database Naming Convention The following list of model databases are created and maintained by Architectural Engineering. No other model names can be used without the approval of Architectural Engineering. These model databases are externally referenced into project working drawings to create Architectural series drawings as described in Section 2300, Architectural Drawing Type Descriptions. The examples shown below use the same naming convention as the sheet files. (See 9000.2 for 3M Drawing Number Key) DATABASE TYPES MODEL DATABASE NAMES Overall Models Basement Plan—one building floor per database. STPA-235-A-BSMT.DWG Basement Plan—one building floor per database. STPA-235-A-1BSMT.DWG Basement Mezz Plan—one building floor per database. STPA-235-A-BSMTMZ.DWG Basement Mezz Plan—one building floor per database. STPA-235-A-1BSMTMZ.DWG Floor Plan--one building floor per database. STPA-235-A-1FL.DWG Process Layouts—one layout per floor if using from Division Engineering.

STPA-235-A-1PROC.DWG

Mezzanine Plan--one mezzanine level per database STPA-235-A-1MZ.DWG Platform Levels (Last digits of name are elevation) STPA-235-A-ELEV159 Roof Plan--one building plan--entire roof in one database (If the entire roof fits on one E1-size, the model should also be used as the drawing database).

STPA-235-A-RF.DWG

Penthouse Plan—one penthouse level per database STPA-235-A-PENT.DWG Building Exterior Elevations STPA-235-A-450ELEVATIONS.DWG Building Exterior Elevations (alpha sheet # if required) STPA-235-A-450AELEVATIONS.DWG Building Interior Sections STPA-235-A-500SECTIONS.DWG Building Interior Sections (alpha sheet # if required) STPA-235-A-500ASECTIONS.DWG



Bid / Construction Drawings Partial area plans, E1-size drawings. One E1-size per database. Externally references appropriate models. Database named according to drawing number designated in Drawing Type Descriptions (see Section 2300).

STPA-235-A-250.DWG STPA-235-A-251.DWG STPA-235-A-252.DWG

Code Plan Orientation plan externally referencing code information from the model. This drawing is used for reference ONLY, and is not to be issued as a construction document.

STPA-235-A-170.DWG



Interior Databases Interior model databases are created in units of inches and show the entire floor plan in a building. The Interior model references the architectural model into it at 0,0, using a scale of 1, and a rotation of 0. All furniture and panels should reside in the Interior model drawing. Since the interior model drawing is so large it will typically not be used as a plot sheet or drawing database.

Interiors model databases include (inserted in model space): * panels, pcodes ( panel codes )

* furniture, fcodes (furniture codes) Interior drawing databases are created to show specific plot areas for specific projects. Drawing databases externally reference both the Architectural and Interior model databases. Project specific notes, dimensions, keys, drafting symbols, etc. are created in the drawing database.

Interior drawing databases include project related entities: * layout dimensions (typically inserted into model space) * carpet details (inserted into model space) * installation notes (text size set at 3/32" or .09375 - typically inserted into paper space”) * symbol keys, color keys, etc. (typically inserted into paper space) * room name and number symbols, if existing symbols not at the correct scale.

Interiors Database Naming Convention When possible, the interior drawing names/numbers listed below follow the architectural equivalent for the drawing type. No other model names can be used without the approval of Architectural Engineering.

The furniture resides in the interior model not the drawing database. In both of these drawing databases, the furniture comes in with the externally referenced interior model. The drawing database is created as a plot sheet and only contains specific project information when necessary.



Drawing Type / Description Special Notes Drawing Name/Number

Title Sheet (if needed) SITE-BLDG-I-001 (i.e. STPA-236-I-001.dwg)

Color Schedules Color schedules only, not finish schedules. Schedules will be used when needed and will list color #, name, and mfg. Items that might appear in these schedules are; carpet, paint, vinyl wall fabric, vinyl base, etc.

SITE-BLDG-I-002-099 (i.e. STPA-236-I-006.dwg)

Interior Models Basement

These drawings will contain the entire basement plan of the building. All interior components will be drawn in this model, and it will be xrefed into the sheet files where required.

SITE-BLDG-I-BSMT (i.e. STPA-236-I-BSMT.dwg) (site is STPA, bldg is 236, BSMT is the basement)

Interior Models Floor Plans

These drawings will contain the entire floor plan for a single floor of a building. All interior components will be drawn in this model, and it will be xrefed into the sheet files where required.

SITE-BLDG-I-1FL (i.e. STPA-236-I-1fl.dwg) (site is STPA, bldg is 236, 1FL is the floor number)

Interior Models Mezzanine Plans

These drawings will contain the entire mezzanine plan. All interior components will be drawn in this model, and it will be xrefed into the sheet files where required.

SITE-BLDG-I-1MZ (i.e. STPA-236-I-1MZ.dwg) (site is STPA, bldg is 236, 1MZ is the mezzanine number)

Partial Area Plans: Furniture and Panel Installation drawings

Typically 1/8” scale. Use same split that architectural has setup for their partial plans. Plot only furniture or only panels by manipulating layers.

SITE-BLDG-I -200-249 (basement plans) -250-299 (1st floor plans) -300-399 (2nd floor and above) (i.e.STPA-236-I-201.dwg)

Floor Patterns Any floor patterns; carpet, ceramic, etc.

SITE-BLDG-I-400-499 (i.e.STPA-236-I-401.dwg)

Wall Patterns Any wall patterns; wall graphics, wall tiling, etc.




Common Area Plans (cafeterias, conference rooms, etc.)

Use same drawing number and area that architectural has setup for their common area plans (architectural will be STPA-236-A-650)


Concepts for Creating FE Interior Option drawings When creating multiple options of a furniture layout for a project you will create a separate drawing (plot sheet) for each layout option. These layout option drawings will typically be created in the preliminary directory which is located in your working directory under dept\demo or estm or prlm.

Each Interior option drawing will contain the architectural drawing as a background and will temporarily contain the furniture components for that particular option. Although these option drawings could conceivably show the entire floor plan, they will most likely show a small portion of a floor plan. Insert the interior components into each option drawing on the appropriate layers. Once you decide which layout option will be used for the project, move that particular drawing into the regular drawing directory so it becomes a standard drawing databases. The drawings of the options that will not be used should be deleted. Remember that any final furniture and panel components should always reside in the original Interior model, not in the individual interior drawing databases. The furniture that was drawn in the option sheet needs to be moved from the option drawing to the original interior model. This keeps the current layouts for the entire floor in the model as desired.



Steps for Creating Partial Plan Plot Sheets (for multiple options) Setup drawing databases (plot sheet) for each option you want to draw and plot. Begin a new drawing for the first option, using the E1 title block size. Name this drawing according to the standards outlined earlier in this section, indicating that this is option 1. Here are some samples; prlm\STPA-236-I-250-1 (this number indicates it is a partial area plan for the 1st floor) prlm\STPA-236-I-651-option1 (this number indicates it is a common area plan) prlm\STPA-236-I-651-option2 (this number indicates it is a common area plan) In the first drawing database you create for the first layout option, use “External Reference – Overlay” to bring in both the architectural model (STPA-236-A1fl, etc.) and the interior model (STPA-236-I-1fl, etc.). The interior model may come with furniture already placed in your working area or may not have furniture in this area yet. If furniture does already exist for the area involved in the project you may freeze the furniture layer from the interior reference if you do not want to see the old or existing furniture. Setup this drawing for the scale you will be plotting this partial plan (1/4”=1’, 1/8”=1’, etc.). Save this drawing. If you want more option sheets use “Save As” to make additional drawings, one for each option you plan to create (use names to indicate multiple options; i.e. STPA-236-I-651-option1, STPA-236-I-651-option2, etc.). By using the “save as” command once one option drawing is setup you will not have to go through all the setup steps for each plot sheet. In each of the drawing databases for the options you are laying out, add the furniture, panels, notes, etc. that you need for that particular layout. Also, fill in the title block information to reflect that specific file name and description. These option sheets will all be saved in the preliminary directory and plotted until a single layout is selected for the project. In the title state the option number and that it is a Preliminary Layout

Once you decide which layout will be used (i.e. STPA-236-I-650-option3) delete the drawing databases that are not going to be used (i.e. STPA-236-I-650- option1 and STPA-236-I-650- option2). The next step is to move the layout that will be kept from the preliminary directory (prlm) to your working directory. Use your Windows Explorer to cut the drawing out of the preliminary directory and paste it into your standard working directory. You may also want to rename this file at this time if the name indicates it is one of several options. For instance, rename it from STPA-236-I-650-option3.dwg to STPA-236-I-650.dwg.



Next you will remove the furniture from the layout’s plot sheet and place it into the interior model. This is done to insure that the interior model contains all interior components for the entire floor. Since the partial plan layout sheet references the interior model, the furniture will still appear in the partial plan drawing, but as a reference, not as individual components. Follow these steps: Open the drawing database (i.e. (STPA-236-I-650.dwg) you are keeping and have moved from the prlm folder to your working directory. From the Edit menu select Cut. Pick all the furniture and notes you want to add to the model. Press <enter> when you are done selecting objects to complete the command. The command is now done and the objects you selected disappear from this drawing. Save and close this drawing, unless you have other changes to make. The option sheet may still contain paper space items that are specific for this sheet drawing. For instance, specific notes are need for this plot sheet, and do not belong in the original model, should stay in this drawing. Open the interior model drawing (i.e. STPA-236-I-1fl.dwg). This drawing should show the entire floor plan. Zoom into the area where the objects will be placed. From the Edit menu, select “paste to original coordinates”. The furniture should now appear in the model, at the exact same place it was drawn in the option sheet. Save this drawing. Reopen the option drawing database (STPA-236-I-650.dwg) you moved into your drawing directory. The furniture should appear in this drawing again (it comes in with the interior model you externally referenced when you initially setup this drawing). Update the title block information in this sheet if necessary. You may want to remove any indication that this is an option since this is now the actual layout being used.



If an interior model for the building and floor you are going to work on

does not exist, create the interior model.

An Interior model is created to show the entire floor plan. The drawing is

setup for whatever scale is necessary to show the entire floor plan. The

Architectural model should be Externally Referenced into the Interior

model.

If the interior model already exists you may skip to the next step.

In each of these drawings you will externally reference the architectural model and the interiors model. Setup each of these drawings for the plot scale you want on this partial plan. You will also draw any furniture, tags, notes, etc. necessary for the particular layout in these drawings. Fill in each title block with the information necessary for each layout. These layout drawings are stored in the preliminary directory until you decide which layout will be used. Once you decide which layout will be used follow the next steps.

Chart of Process for Creating Interior Option Sheets for Preliminary Work in a Project (And adding the selected layout option to the Interior Model)

STPA-236-A-1fl

(Architectural MODEL OF 1ST

FLOOR)

STPA-236-I-1fl

(Interior MODEL OF 1ST FLOOR)

prlm\STPA-236-I-650-

option2 (plot sheet layout – option2 of

cafeteria furniture)

prlm\STPA-236-I-650-option1 (plot sheet layout - option1 of


prlm\STPA-236-I-650-option3(plot sheet layout – option3 of




Using “Windows’ Explorer”, move the layout drawing you want to keep from the preliminary directory you’re your working directory (cut it out of the \prlm directory and paste it into your working directory). If the drawing name indicates it is an option, rename the drawing (i.e. rename 650-option3 to 650). Delete the other option drawings you are not going to use (they are in \prlm).

Use the “paste to original coordinates” command from the Edit menu to place the furniture you cut from the option drawing into the interior model. This command guarantees the exact same placement.

Verify that the furniture still appears in this sheet. The furniture should appear since the interior model is referenced into this drawing. Make any adjustments that might be necessary to the title block entries.

Move the layout you will use to the standard “dwgs” directory.

STPA-236-I-650

Cut the furniture out of the option layout drawing

STPA-236-I-650)

Open the interior model and paste the furniture layout you chose.

STPA-236-I-1fl

Reopen the partial plan plot sheet.

STPA-236-I-650



Architectural Engineering / Interiors Drawing Naming Convention NOTE: The Supplier shall request the appropriate drawing number(s) from the 3M Engineering Contact when drawings are first set up for the project. The 3M Engineering Contact will be responsible for reserving the drawing number(s) from the 3M Facilities Engineering Drawing Index System (FDWG). Suppliers with drawing reservation capabilities can reserve drawing numbers, after review with the 3M Engineering Contact. This is applicable for all disciplines. For a blank new drawing use 3M menu \ Template and Template Inserts \ New Template. For standard layouts start with New Template and continue with inserts as shown below. Drawing Category Drawing Number AutoCAD Templates use 3M Menu SITE-BLDG- Title Sheets A-001 Architectural Template Inserts \ Title Sheet Room Finish Schedules A-002 - A-009 Architectural Template Inserts \ Room Schedule* Door Schedules A-010 - A-019 Architectural Template Inserts \ Door Schedule* Hardware Groups A-020 – A-049 Architectural Template Inserts \ Hardware Group Door and Frame Types A-050 - A-069 Architectural Template Inserts \ Door Type Currently not used A-070 - A-099 Orientation Plans A-100 - A-169 Template and Template Inserts \ New Template Code Plans A-170 - A-179 Symbols\Facilities\Architectural\Codes\Code Legend

(Title 24 California) Master Plans A-180 - A-199 Template and Template Inserts \ New Template Basement Area Plans A-200 - A-249 First Floor Area Plans A-250 - A-299 Second Floor Area Plans (and up) A-300 - A-399 Roof Plans A-400 - A-409 Roof Details A-410 - A-449 Architectural Template Inserts \ Detail sheet Building Elevations A-450 - A-499 Template and Template Inserts \ New Template Building Sections A-500 - A-549 Exterior Details A-550 - A-599 Architectural Template Inserts \ Detail sheet Reflected Ceiling Plans A-600 - A-649 Template and Template Inserts \ New Template Common Area Plans / Elevations A-650 - A-699 Vertical Circulation A-700 - A-749 Template and Template Inserts \ New

Template** Typical Interior Details A-750 - A-799 Architectural Template Inserts \ Detail Sheet Special Plans and Elevations A-800 - A-849 Template and Template Inserts \ New

Template** Special Area Details A-850 - A-899 Architectural Template Inserts \ Detail Sheet** Equipment Plans A-900 - A-939 Template and Template Inserts \ New Template Lab Details & Elevations A-940 - A-949 Architectural Template Inserts \ Lab Details Architectural Template Inserts \ Lab Hoods Interior Design Work A-950 - A-959 Template and Template Inserts \ New Template Panel Installation Drawings A-960 - A-969 Furniture Installation Drawings A-970 - A-979 Carpet Plans, Tile Plans, Millwork Drawings, Details, Color Schedules, Elevations

A-980 - A-999

* as an option, use the Door/Room Schedule Architectural Template Inserts \ Room Door Schedule ** details may be added to these sheets



Architectural Engineering / Interiors Drawing Type Descriptions The following is a set of standards to be used for the creation and modification of Architectural drawings (manual and electronic). For Template usage for each of the categories see Section 2200.

1. Drawing SITE-BLDG-A-001 - Title Sheets

This drawing is primarily used for new buildings or additions. It is used to itemize all of the drawings issued for construction. This drawing may not be required for smaller projects or remodeling projects. Use TITLE SHEET and this form contains standard abbreviations, commonly used pattern hatching, detail symbols, drawing lists for all disciplines, and an area for site plan (if available from civil). Text has been provided as an example for additional entries.

2. Drawings SITE-BLDG-A-002 - A-009 - Room Finish Schedules

These drawings are to be used for all projects. The room numbers are to be keyed off of the existing door numbers in the field for remodeling projects or off of a new door numbering system created for the new building or addition. Numbers should be coordinated with 3M Requester, Maintenance, and Security. Partial schedules should NOT be put on floor plan drawings. Use ROOM-SCHEDULE and this is a full E1-sized drawing, which should be used for all projects. This is to be used for text only. No details should be added to this drawing. Use ROOM DOOR SCHEDULE and this drawing could be used for small stand-alone buildings or additions which have their own building number and are not considered part of another building.

3. Drawings SITE-BLDG-A-010 - A-019 - Door Schedules These drawings are to be used for all projects. If they do not exist for an existing building, they will be set up and used for that particular project and filled in as new projects are completed. The door numbers should be keyed off of the door numbers used in the field or off of a master door numbering system for the building. Numbers should be coordinated with 3M Requester, Maintenance, and Security. This drawing should tie in with the "Hardware Group" drawing and the "Door and Frame Type" drawing. Schedules and / or hardware groups should NOT be placed on plan or detail drawings. Use DOOR SCHEDULE this is a full E1-sized drawing, which should be used for all projects. This is to be used for text only. No details should be added to this drawing. Use ROOM DOOR SCHEDULE and this could be used for small stand-alone buildings which have their own building number and are not considered part of another building.



4. Drawing SITE-BLDG-A-020 - Hardware Groups

This drawing should be used to list all of the hardware groups used on a particular project and should include all other groups used in the building. The hardware groups should follow the listing in the Master Specifications. Although the hardware groups may be listed in the specifications, it is very helpful to have a permanent record of them in the 3M Documentation Center redbooks. Use HARDWARE GROUP and hardware groups should not be put on schedule, plan or door type drawings.

5. Drawings SITE-BLDG-A-050 - A-055 - Door & Frame Types

These drawings should be set up and used for all buildings and projects. They should contain graphic displays of door frame types cross-referenced with the Door Schedules. Only simple representations of doors are required since all of the options (lights, louvers, ratings, etc.) are Called out in the door Schedule. Use Door Type and this is a full E1-size drawing with sample door and frame types along the top one-third of the drawing and sample frame details filling the rest of the drawing. 1/4"=1'-0" scale should be used for the doors and frames, and 1 1/2"=1'-0" scale for details. No hardware groups should be placed on this drawing. The doors should conform to the standards set up for 3M Center - special doors are discouraged.

6. Drawings SITE-BLDG-A-100 - A-169 - Orientation plans (overall building models)

These drawings should be used to show an entire floor plan at a standard Architectural scale sufficiently small enough to allow the whole floor to fit on one E1-size drawing. All floors and mezzanine levels should be included. Drawings should include all "graphic" plan information (no drawing or construction notes or construction dimensions), grids, major grid dimensions, doors, windows, stairs, toilet fixtures, room names and numbers, and door numbers. These drawings may be issued with bid sets as overall orientation layouts only, but not as construction documents. Use NEW TEMPLATE and this drawing database should be named SITE-BLDG-A-1FL. Sheet SITE-BLDG-A-100 and will xref the above model. All building changes are done in the model (walls, doors, benchwork, ceiling grids, equipment, furniture, door and room numbers, and hatching). The only dimensions shown are grid dimensions. Grid bubbles, room names, and numbers are inserted into model space at the default size. No schedules, details, or partial area plans should be in the Model Database. Hatching can be inserted at the appropriate scale. All doors, toilet fixtures, water coolers, safety showers, eyewash, grab bars, etc., should be inserted using standard AutoCAD blocks. NOTE: Any changes to the model should be noted with a revision number, the revision annotation in the title block, and a "cloud" around the project area. THIS SHOULD OCCUR AT THE BEGINNING OF THE PROJECT.



7. Drawing SITE-BLDG-A-170 - Code Plans SITE-BLDG-A-170A Equip An orientation plan showing code information should be registered in this series. This drawing identifies firewall ratings, occupancy types and hazardous classifications for designated areas, egress routes, and areas complying with ADA codes. This drawing is for information and reference purposes only, and is not to be used as a construction document. For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template and insert the Code Legend as required, this drawing externally references the model database. California Title 24 drawing information should also be placed in this drawing series

8. Drawings SITE-BLDG-A-180 - A-199 - Master Plans

These drawings should be registered in this series. These may include site studies, occupancy studies, and proposed master plans. These drawings are for information and reference purposes only, and are not to be used as construction documents. For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template and these drawings externally reference the model SITE-BLDG-A-1FL, so all change should be made in the model.

9. Drawings SITE-BLDG-A-200 - A-249 - Basement Area Plans SITE-BLDG-A-250 - A-299 - First Floor Area Plans (including Mezz) SITE-BLDG-A-300 - A-399 - Second Floor (and up) Area Plans

These drawings are used to show partial area plans for a specific floor within a building. The building is broken into sections that will fit on a standard E-size drawing at 1/8"=1'-0" (1/4"=1'-0" if whole building will fit on one E1-size). Plans should include all walls, doors, windows, stairs, grids and grid bubbles, toilet fixtures, wall types, door numbers, room names and numbers, construction dimensions, detail bubbles, notes and miscellaneous items. No schedules, details, hardware groups, etc., should appear on these drawings. The plans should be oriented with north to the top of the page, if possible, and a keyplan should be used to identify the section of the building being shown. For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template and the drawings should be named SITE-BLDG-A-250, 251, etc. If a building is being put on CAD for the first time, the databases should be set up to reflect the layout of the original manual drawings in the stickset. If possible, the manual drawing numbers should be reused for the CAD drawings. See a Computer Applications Group representative for the procedures to replace existing Facilities Engineering drawings. These drawings externally reference the model SITE-BLDG-A-1FL, so all changes should be made in the model. All work in the area plans shall be done in paper space including grid bubbles, room names and numbers, notes, dimensions, and detail bubbles. In some cases, paper space hatch can be put into this drawing to reduce the size of the Model. Leaders should be used when an arrow is required to point to a feature.

10. Drawings SITE-BLDG-A-200D - A-399D - Area Demolition Plans

These drawings are copies of the area plans, identifying demolition areas. These drawings are not submitted to documentation, and should be destroyed after project completion. These drawings reside in the DEMO directory.



11. Drawings SITE-BLDG-A-400 - A-409 - Roof Plans

These drawings are used to show the overall roof plan of a building. It should include all features such as joints, equipment stands, roof openings, hatches, scuttles, walkways, grids and grid bubbles, and detail bubbles. The roof plan should include all roof levels on one drawing and should not show any penthouse or partial upper floor plans. Based on the size of the building, the whole plan should be put on one E1-size at 1/16"=1'-0" scale. For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template and the drawings should be named SITE-BLDG-A-400, 401, 402, etc. These drawings externally reference the model SITE-BLDG-A-RF, so all changes should be made initially in the model. The model database would not be issued. The individual area plans should have a keyplan highlighting the represented area. These area plans should match the 200 and 300 series plans in breakdown and scale.

12. Drawings SITE-BLDG-A-410 - A-449 - Roof Details These drawings are used to show all roof details. They should not be included with the roof plans. An appropriate scale should be used, generally 1 1/2"=1'-0", and all notes, dimensions, materials and additional detail bubbles should be shown. Details should be created in modelspace. The details should be assembled in pspace at the appropriate scale. A template set up for easy assembly of details is the Detail Sheet. It is a full E-size drawing broken up into 15 detail squares.

13. Drawings SITE-BLDG-A-450 - A-499 - Building Elevations These drawings are used to show the overall exterior building elevations. They should include major elevations (scale should be the same as that of the overall floor plans shown in the 100 series) showing major features, fenestration, doors, ground line, underground levels (dashed), major building section bubbles, grid lines, and bubbles. Elevations should be created using a single E1-size drawing format. A 3D model can be used in model space to create the elevations, or a model space stick drawing can be used. (The later method is preferred). All notes and labels should be in paper space. Drawings should be named SITE-BLDG-A-450, 451, 452, etc.

14. Drawings SITE-BLDG-A-500 - A-549 - Building Sections These drawings are used to show the overall building sections (transverse and longitudinal) and major wall sections. The drawings should include an indication of all materials, grid lines and bubbles, notes, dimensions and additional detail bubbles. Transverse and longitudinal sections should match the scale of elevation drawings. Wall sections may vary, but are generally drawn at a scale of 1/4" = 1'-0", 1/2” = 1’-0”, or 3/4"=1'-0". Building sections created in AutoCAD should use a single E-size drawing format. The sections should be done in model space at an appropriate scale. All text, labels, and dimensions should be created in paper space. Drawings should be named SITE-BLDG-A-500, 501, 502, etc.



15. Drawings SITE-BLDG-A-550 - A-599 - Exterior Details

These drawings are used to show specific exterior building details such as window / sill details, control joints, ornamentation, flashing, canopy, fascias, etc. These details can range in scale from 1/4"=1'-0" to 3"=1'-0" depending on the detail. Interior details, plans, and schedules should not be included on these drawings. Details should include indication of all materials, grid lines and bubbles (as required), notes, dimensions, and additional detail bubbles. A template set up for easy assembly of details is the Detail Sheet. It is a full E1-size drawing broken up into 15 detail squares.

16. Drawings SITE-BLDG-A-600 - A-649 - Reflected Ceiling Plans These drawings are used to show the reflected ceiling plans for the building or project. They are broken up into building areas (depending on the size of the building) at 1/8"=1'-0" scale. The sections of the building should match the sections set up for the plans in the 200 / 300 series drawings. The reflected ceilings should first be drawn in the Model on the appropriate layers. The ceiling and associated entities are then externally referenced into a drawing named SITE-BLDG-A-600, 601, 602, etc. The plans should contain walls, grids and grid bubbles, reflected ceiling grids, lights, diffusers, sprinkler heads, speakers, soffits, room names and numbers, dimensions, keyplans, detail bubbles, and notes. All text, labels, dimensions, and detail bubbles should be done in pspace. Ceiling details should be created in the 750-799 drawing series.

17. Drawings SITE-BLDG-A-650 - A-699 - Common Area Plans/Elevations These drawings are used to show common areas within a building such as toilet facilities, service cores, docks, lobbies, cafeterias, and kitchens. The plans are more detailed than those of the 200 series drawings and are generally at a scale of 1/4" = 1'-0". The drawings should contain plans, indications of materials, grids and grid bubbles, special or unusual features, dimensions, notes, room names and numbers, and detail bubbles. Common Area Plans / Elevations should be named SITE-BLDG-A-650, 651, 652, etc. All of the text, label, dimensions, grid bubbles and detail bubbles should be in paper space.



18. Drawings A-700 - A-749 - Vertical Circulation These drawings are used to show plans, sections and details of the vertical circulation (stairs, ramps, elevators, dumbwaiters, escalators, hoistways, etc.) within a building. The plans and details should contain representations of materials, dimensions, grids and grid bubbles as required, notes, and detail bubbles. Plans should be drawn at a scale of 1/4"=1'-0" and oriented the same as the building. Section and detail scales depend on the size of the element, generally 1/4"=1'-0" up to 1 1/2"=1'-0". Vertical circulation drawings created in AutoCAD should be named SITE–BLDG–A-700, 701, 702, etc. The stair and/or elevator plans should be externally referenced into the drawing at the proper scale, generally 1/4"=1'-0". The details should be assembled in pspace at the appropriate scale. A template set up for easy assembly of details is the Detail Sheet. It is a full E1-size drawing broken up into 15 details.

19. Drawings A-750 - A-799 - Typical Interior Details These drawings are used to show specific interior details such as column conditions, borrowed lite details, wainscot, special millwork, soffits, built-up sills, and built-ins. The drawing is generally created at a scale of 1 1/2"=1'-0". The drawings should contain indications of materials, dimensions, notes, additional detail bubbles, and grid lines where required. The details should be assembled in pspace at the appropriate scale. A template set up for easy assembly of details is the Detail Sheet. It is a full E1-size drawing broken up into 15 detail squares.

20. Drawings A-800 - A-849 - Special Plans and Elevations These drawings are used to show special areas within a building such as special purpose labs, guard’s desks, and conference rooms (media rooms). These are areas of the building not covered under ordinary circumstances and refer to complicated or unusual areas or rooms. Remodeling, or modification of existing areas should be done in the 200 drawing series. The special plan drawings should show plans at a scale larger than that shown in the 200 series drawings (generally 1/4"=1'-0"). The drawings should include graphic indication of materials, dimensions, notes, and additional detail bubbles. Special Area Plans should be named SITE-BLDG-A-800, 801, 802, etc. These drawings can contain a plan, and elevations at an appropriate scale (generally 1/4"=1'-0"), hatch, dimensions, labels, and text.

21. Drawings A-850 - A-899 - Special Area Details These drawings are used to illustrate details referred to in the Special Area Plans. These are not to be considered "typical details" for the building. The drawings should include details at an appropriate scale (generally 1 1/2"=1'-0"), graphic indication of materials, dimensions, additional detail bubbles, and notes. Special Area Plans should be named SITE-BLDG-A-850, 851, 852, etc. The details should be drawn in model space in a viewport set up at the appropriate scale. All additional detail bubbles, dimensions, text, and labels should be in paper space.



22. Drawings A-900 - A-939 - Equipment Plans

These drawings are used to show equipment not shown on the floor plans. The drawings generally show benchwork, cabinetry, and casework included in the project. Process equipment and other items not included in the construction package can be shown dashed if necessary. These drawings should show positions and sizes (nomenclature) of all items, all services on walls, benchwork, fume hoods, grids and grid bubbles, room names and numbers, door numbers, detail bubbles, and notes. This series is not to be used for wall construction, and doors. Equipment Plans should be named SITE-BLDG-A-900, 901, 902, etc. The scale of the plan is generally the same as that of the 200 series floor plans. Most plans are readable at a scale of 1/8"=1'-0" or 1/4"=1'-0". These drawings will always externally reference the Model. All text for notes, services, keys, and dimensions should be inserted in paper space.

23. Drawings A-940 - A-949 - Lab Details and Elevations

The Lab Details drawing should be used as the cabinetry and fume hood reference for lab benchwork. It is set up with the most common ‘quick-ship’ cabinetry and bench details and can be modified to suit the project. Use LAB DETAILS which has the benchwork in mspace and all notes and dimensions in pspace. Use LAB HOODS which has elevations in mspace and notes and dimensions in pspace.

24. Drawings A-950 - A-959 – Currently not used 25. Drawings A-960 - A-969 - Currently not used 26. Drawings A-970 - A-979 - Currently not used

27. Drawings A-980 - A-999 - Currently not used



Architectural Reference Details File individual project detail drawings under the dept\PRLM\ directory for that building and

detail type. For example, the individual details that are inserted on CHEM-142-A-700 are filed under dept\PRLM\CHEM-142-A-700-stsect.dwg, etc. PRLM is used because it is a work-in-process directory. Individual project details need not be stored permanently. The above directory locations are used internally by 3M but the procedure applies to preliminary Architectural project drawing databases being worked on by 3M or consultants. PRLM is considered a temporary storage location and files stored here should not be xrefed into eMatrix final drawings from this location.

• Draw the Detail in Model Space

Any information that is for reference only for others is drawn in paper space (i.e., the border and titleblock).

Creating an Architectural Project Detail from a Reference Detail A number of reference details now reside in the reference detail directory on the acadsupp drive, Details\Facilities\Architectural\xxx\xxx, with various directory levels following. This directory contains the master reference details, which can be copied to the project directory through Windows Explorer for project-specific modification or in AutoCAD: • Open the desired detail from Details\Facilities\Architectural\xxx\xxx • Select the Save As command from the File pull-down menu. • Select the Save in box and select appropriate directory location (k:\prlm\ ) • Select the Filename box and type in an appropriate name for the detail. A number of roofing details reside in the Details\Facilities\Architectural\410\NRC-- directories. These details are not set up in any specific scale. When using these details you may want to insert them as a block into a detail template of the selected scale to insure that notes and dimensions are scaled correctly. A detail name index and layer convention reside as text files at the Details\Facilities\Architectural\410\NRC directory.



Inserting A size Details on the E Size Detail Sheet After individual details have been drawn in separate drawing files, they can be assembled on the e-size detail sheet. For a new blank detail sheet use 3M menu Template and Template Inserts \ New Template, then pick Architectural Template Inserts \ Detail Sheet. • Select the Save command from the File pull-down menu. • Select the Save in box and select appropriate directory location (dept\PRLM\ ) for file storage. • Select the Filename box and type in an appropriate name for the E1 Size Detail Sheet. • Insert the detail into paper space on the detail sheet.

• From the Insert pull-down menu, select Block. Use the Browse button to navigate to the directory where the desired detail is stored. Select the detail you wish to insert.

• Select your insertion location on the E size. • At the XSCALE prompt, enter the Decimal Equivalent (Insertion Scale Factor) of the

detail's intended scale (see Table below.) Drawing Scale Decimal Equivalent Feature Text MS Insertion Scale Scale Text Viewport Scale (DIMSCALE) Height 3" = 1'-0" .25000 4 .36" 1 1/2" = 1'-0" .12500 8 .72" 1" = 1'-0" .08333 12 1.08" 3/4" = 1'-0" .06250 16 1.44" 1/2" = 1'-0" .04167 24 2.16" 3/8" = 1'-0" .0313 32 2.88" 1/4" = 1'-0" .02083 48 4.22"

• Press Enter for YSCALE (the YSCALE and XSCALE should be the same). Press Enter to leave the

ROTATION at 0. • Relocate the detail on the sheet if necessary, with the "Move" command. • If the A size detail did not include a detail title, insert the Detail Title directly on the e size detail

sheet after details have been inserted.



Updating A Detail on the Detail Sheet Using Now that AutoCAD allows multiple drawings to be open at one time you can keep the detail sheet open and open the individual detail drawing to make your changes. Open the individual detail drawing and make any necessary changes. Save the detail drawing. Close it if you are done or keep it open if you may need to make more changes. Switch to the detail sheet that is already open and reinsert the individual detail drawing. When you reinsert the detail drawing make sure you use the browse button to find the newer, saved version of this drawing and redefine this detail within the overall detail sheet.

• When redefining a block, an alert box displays the message "The block already exists. Do you want to Redefine?" Select OK.

• Instead of designating a new insertion point, press the ESCAPE KEY at the prompt for Insertion Point. This cancels the command, and updates the detail without inserting a new one.

Civil Engineering

Section 3000



Civil Engineering Databases - General Civil model space databases exist in units of feet, as full scale representations of the physical site. These models are the basis for ongoing Facilities Management. The model origin (x0,y0) of each Civil site database is the same as that of the actual 3M-defined plant site coordinate system. A site model may not be translated/rotated relative to its origin. For efficient database management, databases may be separated by information type (thematically), rather than by area (geographically). For example, the contour (or sewers) model of an entire site may be a separate database from the general site features (buildings, roads, etc.), but the east half of any site model will not be a separate database from the west half. Site models exist strictly in model space (Model Tab). They do not contain any paper space elements.

See Example, Section 3000.1 Civil paper space databases (“sheets”) are created to generate bid and construction documents for specific projects. Two types of these drawings may be created: a. Plan Sheets These databases externally reference the model database(s) through a scaled view

window (viewport). The plan sheet databases themselves generally do not contain any model space entities. They may consist of (but are not limited to) the following paper space elements:

3M title block/border with attribute text and scaled mview(s)

Text labels of site coordinate grid. e.g., “N 1200, N 1300, N 1400…, E 800, E 900…” Key map, Legend, sheet matchline/cross reference as needed

Construction notes, specifications Project-specific dimensions, labels Hatching Section cut symbols, Detail references/bubbles Revision area “cloud” with number in Δ

See Example, Section 3000.2: Paper space sheet only; without model xref. and Example, Section 3000.3: Composite document; with model xref. b. Details, Cross-Sections, Schedules, Profiles These drawings do not externally reference any of the

primary (base, cons, swrs) model space databases. ‘



Civil Engineering Database Naming Convention The following list of model databases are created and maintained by Civil Engineering. No other model names can be used without the approval of Civil Engineering. These model databases are used to create civil series drawings as described in Section 3300, Civil Engineering Drawing Type Descriptions. The examples shown below use the same naming convention as the sheet files. (See 9000.2 for 3M Drawing Number Key) DATABASE TYPES MODEL DATABASE NAMES Overall general site model. STPA-888-C-BASE.DWG When required due to database size limitations, site contours are broken out into a separate database (model only).

STPA-888-C-CONS.DWG

LANDSCAPE - When required due to database size limitations, site landscape is broken out into a separate database (model only).

STPA-888-C-LCSP.DWG

ROOF DATABASE STPA-888-C-RFBASE.DWG

No paper space entities should reside in this database; it is externally referenced into the sheets, with the ‘base’ model, as needed.

Survey Data Partial site surveys from EDM Data Collector - including shot points, shot numbers, elevations, codes, feature strings and, optionally, TINS generated contours. Surveys are input into individual model databases for analysis and separation of those general site elements, which will subsequently be inserted into the ...BASE or ...CONS database.

STPA-888-C-SRVY-ddMONyr.DWG "d d M O N y y " is the date of last day of the field survey. No formal drawings are set up in this databaalthough working plots may be made for analysis/design purposes.

No paper space entities should reside in this database; it is externally referenced into the sheets, with the ‘base’ model as needed.

Also when required, the sewer systems are broken out of the ...BASE database into one separate database (model only) which would include storm, sanitary, and chemical sewer systems.

STPA-888-C-SWRS.DWG

UTM site model in UTM coordinates system. STPA-888-C-UTMBASE



Civil Engineering Drawing Naming Convention NOTE: The Supplier shall request the appropriate drawing number(s) from the 3M Engineering Contact when drawings are first set up for the project. The 3M Engineering Contact` will be responsible for reserving the drawing number(s) from the 3M Facilities Engineering Drawing Index System (FDWG). Suppliers with drawing reservation capabilities can reserve drawing numbers, after review with the 3M Engineering Contact. This is applicable for all disciplines. Drawing Category Drawing Number SITE-BLDG- Property Plot Plans C-001 - C-002 Cover and Index Sheets C-003 - C-047 Original Boundary Surveys C-048 - C-049 Traffic Control, including signing, striping C-050 - C-099

Site Utility Plans (Not to be used for construction, 3M use only) C-100 - C-149 Landscaping Plans C-150 - C-199

Grading and Drainage showing contours, elevations, and x-sections C-200 - C-299

Horizontal and Vertical Control Plans and Profiles showing coordinates control monuments, and benchmarks C-300 - C-399 Sewer Plans and Profiles C-400 - C-499 Soil Boring Plans, Logs, and Profiles C-500 - C-599 Plan Area Blow-ups C-600 - C-699 Environmental Projects C-700 - C-799 Maintenance - Blacktop overlays, patching C-800 - C-899

Non-Project Civil Drawings (original topography and utility surveys, development plans) C-900 - C-999 An example of the relationship between the 3M CAD Database Naming Convention and the 3M Drawing Naming Convention is as follows: 3M Facilities Engineering Drawing Number STPA-888-C-207B equates to CAD Database Name STPA-888-C-207B.dwg. This paper space database externally references the model space database STPA-888-C-BASE.dwg and STPA-888-C-CONS.dwg.



Civil Engineering Drawing Type Descriptions The following is a set of standards to be used for the creation and modification of Civil drawings issued by or through the 3M Civil Engineering Department (i.e., all drawings numbered "SITE-888-C-xxx"). Descriptions apply whether the drawing is generated manually, on any CAD system, by 3M, or by a consultant. Descriptions are listed according to the civil numbered Functional Series. Those Functional Series which are normally issued and maintained in-house by 3M, for record or other internal purposes, are indicated by an asterisk (*). Consultants assigned to specific projects will generally not be concerned with drawings in these series.

FUNCTIONAL SERIES INDEX

000* General: Property Plot Plan, cover / index sheets 050 Traffic Control: signing and striping plans, details, schedules 100* General Background Master Plans 150 Landscaping: plans, blow-ups, details, schedules 200 Grading and Drainage: contour plans, cross-sections 300 Horizontal and Vertical Control: dimensioned/location plans, profiles 400 Sewers: plans, profiles 500 Soil Borings: plans, logs 600 Miscellaneous Details: includes special/typical sections and enlarged plans 700* Canceled plans 800* Maintenance plans 900* Non-project reference drawings

DRAWING DESCRIPTIONS BY FUNCTIONAL SERIES

1. Drawings SITE-888-C-001 - C-002* - Property Plot Plan

This is the record drawing of the 3M-owned property boundary and easements; normally at a scale which allows all owned property to be shown on one drawing. Primary Elements Shown:

Property and easement lines with bearings, distances, and dimensions Property corners: coordinate locations and monument type Main buildings with building numbers Roads, parking areas, railroads Area location map

SITE-888-C-001 or 002. Externally references SITE-888-C-BASE.



2. Drawings SITE-888-C-003 - C-047* - Cover and Index Sheets

Seldom issued by Civil (only for large strictly civil projects). For large multi- discipline projects, the overall cover / index sheet may be issued by Architectural and would include the civil drawing list. In SITE-888-C-003 through 047 with overall reference key map.

3. Drawings SITE-888-C-048 - C-049* - Original Boundary Surveys As received from source surveyor. Cut into 3M format border drawing. No revisions by 3M.

4. Drawings SITE-888-C-050 - C-099 - Traffic Control Signing and striping plans. Details and schedules follow numerically, and the drawings are numbered 053A, 053B, etc. Primary Elements Shown:

Signs and striping with lay-out dimensions and notes General background only (buildings, roads, sidewalks, railroads)

Plan views only SITE-888-C-050 through 099 - Externally references SITE-888-C-BASE.

5. Drawings SITE-888-C-100 - C-149* - General Background Master Plans General use (reference, planning) background drawings at a medium scale, generally 1"=30'. Primary Elements Shown:

Buildings with building numbers Roads, parking areas, railroads Sidewalks, fences, tanks, slabs Other significant site features as required

Elements Not Shown: Contours, Sewer lines SITE-888-C-100 through 149 - Externally references SITE-888-C-BASE.

6. Drawings SITE-888-C-150 - C-199 -Landscaping Plans Plan views only which show site background features as needed for project. Scale appropriate to project. Details and schedules on separate subsequently numbered or alpha-suffixed drawings. Plan views only - in SITE-888-C-150 through 199. Contours may be externally referenced from SITE-888-C-CONS database if they do not exist in ...BASE database. Plant material plan figures are in directory Symbols\Facilities\Civil\L...



7. Drawings SITE-888-C-200 - C-299 - Grading and Drainage

Plan drawing coverage for grading and drainage projects. Primary Elements Shown:

General background (buildings, roads, sidewalks, railroads) Project features related to grading and drainage Bench mark location and elevation, project spot elevations Contours, slope ratios, cross-section locations Culverts with invert elevations, sewer structures with top elevations only

Elements Normally Not Shown: Project dimensions (generally on 300's series) Sewer pipes (generally on 400's series)

Plans for small projects or area blow-up drawings which may show layout dimensions and/or sewer pipes as well as grading (contours) on the same drawing should be numbered in the 600's series. Cross-sections for grading are normally drawn manually on separate, numerically following, or alpha-suffixed drawings. Plan views only - in SITE-888-C-200 through 299. Contours may be externally referenced from SITE-888-C-CONS database if they do not exist in ...BASE database.

8. Drawings SITE-888-C-300 - C-399 - Horizontal and Vertical Control Dimensioned location layout plans and design profiles for roadways, railroads, parking areas, docks, and general facilities except sewers. Primary Elements Shown:

General background (buildings, roads, sidewalks, railroads) Site coordinate system, project coordinates and dimensions Control monuments, curve data (geometry)

Elements Not Shown: Contours (shown on 200's series) Sewer pipes (shown on 400's series)

Profile drawings are normally separate (not on plan and profile combined drawings), and are normally manually drafted. They are numbered to follow the plan drawings, either in numerical sequence or with alpha-suffixes. Plan views only - in SITE-888-C-300 through 399 - Externally references SITE-888-C-BASE.



9. Drawings SITE-888-C-400 - C-499 - Sewers

Similar to other functional series, the first drawing is an overall site plan for that particular series. Thus, drawing ...-400 is a sewer plan of the entire site. Then, drawing...-401 is the beginning of the record set of sewer plan drawings...Project plan drawings of shifted/scaled areas may follow the record set. Separate sewer profile drawings, normally manually drafted, follow numerically or are alpha-suffixed. Comprehensive sewer schedules may be numbered ...-400 plus an alpha suffix. NOTE: The Civil discipline has responsibility for gravity-flow sewer systems only (non-pumped storm, sanitary, and chemical lines). Other utilities such as water mains, fire lines, force mains, gas, steam, electric ducts, or process piping may be shown on civil drawings for reference only, with cross-reference to the appropriate discipline's plan drawing. Plan views only - in SITE-888-C-400 through 499 - with ...SWRS database externally referenced if the sewers are not in ...BASE. Additionally, Mechanical site databases (...888-M-...) and/or Electrical site database (...888-E-...) may be externally referenced as required.

10. Drawings SITE-888-C-500 - C-599 - Soil Borings Plan drawings are organized similar to other functional series. Logs and profile drawings follow the plan drawings. May be included with copies of the soils report pages. Plan views only - in SITE-888-C-500 through 599 - Externally references SITE-888-C-BASE and SITE-888-C-CONS as required.

11. Drawings SITE-888-C-600 - C-699 - Miscellaneous Details Includes typical and special details, typical sections and special cross-sections, as well as multi-functional enlarged plan views. Enlarged plan views only (generally 1"=10' or 1"=5’) - in SITE-888-C-600 through 699, with ...CONS and/or ...SWRS externally referenced as required.

12. Drawings SITE-888-C-700 - C-799* - Canceled Plans

Drawings from projects that were designed and then canceled prior to construction are filed in the 700 series for possible future use. All drawings should be extracted and archived as paper space databases. (SITE-888-C-7xx). Model design layers to be filed off and archived as "SITE-888-C-CNCL-projectname". This category also includes Spill Prevention Control and Counter Measure Plans



13. Drawings C-800 - C-899 - Maintenance Plans

Any appropriate existing drawing may be copied for a background, renumbered in the 800's, and issued as a new drawing for maintenance or repair projects. Normally a single-issue drawing not intended for subsequent revision or re-use. In SITE-888-C-800 through 899 - coverage, scale, and externally references databases as required.

14. Drawings C-900 - C-999 - Non-Project Reference Reference drawings as received from various sources (cities, mapping agencies, planning agencies, surveyors, consultants, etc.). May include topographic or utility surveys, preliminary and site development plans, and government maps. (Excludes original boundary surveys; see ...048-049)

Structural Engineering

Section 4000



Structural Engineering Database Naming Convention Structural model databases are created in units of inches to represent the physical building structure. These models are the basis for ongoing Facilities Management. The origin of each Structural model (0,0) is the lower left building grid intersection. See Example, Section 4000. For efficient database management, databases are partitioned by information type (thematically), rather than area (geographically). Structural drawing databases are created to generate bid and construction documents for specific projects. Drawing databases externally reference the model databases and include notes, dimensions, drafting symbols, etc. They also include plans, details, sections, elevations and schedules. Construction Documents are prepared from plots of the composite model and drawing databases. Structural Engineering model databases are created for:

* building floor plans * building mezzanine plans * building roof plans * building foundation plans * structural platform plans

Structural model databases include (inserted in model space):

* framing members including columns, beams, girts, bracing * non-structural entities such as column lines, grid bubbles

Structural drawing databases include (inserted in paper space):

* structural dimensions * construction notes, labels * revision clouds, triangles * detail bubbles, section & elevation cuts, match lines



Structural Engineering Database Naming Convention The following list of model databases are created and maintained by Structural Engineering. No other model names can be used without the approval of Structural Engineering. These model databases are externally referenced into project working drawings to create Structural series drawings as described in Section 4300, Structural Drawing Type Descriptions. The examples shown below use the same naming convention as the sheet files. (See 9000.2 for 3M Drawing Number Key) DATABASE TYPES MODEL DATABASE NAMES Overall Models Foundation and Basement Plan Models These databases depict the foundation and/or basement plan of an entire building. The model should include all the physical structural components such as columns and foundation walls, and non-structural entities such as grids. Major grid dimensions are included to assist orientation. The coordinate grid system used in the structural model must be the same as its corresponding architectural model.

STPA-235-S-FND.DWG STPA-235-S-BSMT.DWG STPA-235-S-1BSMT.DWG

Structural Floor Models These databases depict the entire structural first floor plan. The model should include all the physical structural components such as columns, beams, girts, hatching, and non-structural entities such as grids. Major grid dimensions are included to assist orientation. The coordinate grid system used in the structural model must be the same as its corresponding architectural model. Mezzanines should not be included in the floor models. They are created as separate models.

STPA-235-S-1FR.DWG STPA-235-S-1MZFR.DWG

Structural Platform Models These databases depict the entire structural platform surrounding tanks, vessels, and other Mechanical / Electrical appurtenances. They should be coincident with the overall Structural Floor Models at 0,0.

STPA-235-S-1PL.DWG

Structural Roof Models



These databases depict the entire structural roof plan. The model should include all the physical structural components such as columns, beams, girts, hatching, and non-structural entities such as grids. Major grid dimensions are included to assist orientation. The coordinate grid system used in the structural model must be the same as its corresponding architectural model. A 3M standard border may reside with the database. The titleblock section should be filled in and the DRAWING NO. section should be left blank.

STPA-235-S-RFFR.DWG

Penthouse framing plan and or roof support framing. STPA-235-S-PENTFR.DWG Framing Elevations STPA-235-S-1ELEV.DWG Bid / Construction Drawings E1-size drawings, partial or overall area plans, details, sections, and elevations. One e-size drawing per file. It may externally reference the structural, architectural, or civil models. Drawings are numbered as outlined in Section 4300.

STPA-235-S-001.DWG STPA-235-S-010.DWG STPA-235-S-100.DWG



Structural Engineering Drawing Naming Convention NOTE: The Supplier shall request the appropriate drawing number(s) from the 3M Engineering Contact when drawings are first set up for the project. The 3M Engineering Contact will be responsible for reserving the drawing number(s) from the 3M Facilities Engineering Drawing Index System (FDWG). Suppliers with drawing reservation capabilities can reserve drawing numbers, after review with the 3M Engineering Contact. This is applicable for all disciplines. Drawing Category Drawing Number SITE-BLDG- Drawing Index and Construction Notes S-001 - S-009 Foundation and Basement Plans S-010 - S-099 Floor Plans - First Floor S-100 - S-119 Second Floor S-120 - S-129 Third Floor S-130 - S-139 Fourth Floor S-140 - S-149 Fifth Floor S-150 - S-159 Sixth Floor S-160 - S-169 Seventh Floor S-170 - S-179 Eighth Floor S-180 - S-189 Ninth Floor S-190 - S-199 Roof Plans S-200 - S-299 Penthouse Plans S-300 - S-399 Footing and Column Schedules S-400 - S-499 Joist Schedules S-500 - S-599 Slab Schedules S-600 - S-699 Beam Schedules S-700 - S-799 Elevations S-800 - S-899 Details and Sections S-900 - S-999



Structural Engineering Drawing Type Descriptions The following is a set of standards to be used for the creation and modification of Structural drawings ( manual and electronic ). 1. Drawing SITE-BLDG-S-001 - S-009 - Drawing Index and Construction Notes

This drawing is primarily used for new buildings or building additions and should be used to itemize all of the drawings issued for a construction project. This drawing may not be required for small projects or minor remodeling projects.

2. Drawings SITE-BLDG-S-010 - S-099 - Foundation and Basement Plans These drawings are used to show foundation and basement construction information. They contain all the information necessary to construct or make modifications to the foundation of a building. The model should include all the physical structural components including columns, foundation walls, and non-structural entities such as grid lines and major grid dimensions. The coordinate grid system used in the structural model must be the same as its corresponding architectural model.Construction notes, dimensions, details, schedules and other project related information should not be included in the model but shall be inserted into the drawing which is then issued as part of the construction set. The model should never be issued. All building changes shall be done in the model database. The foundation plan may be broken down into sections that will fit on a standard E1-size at a 1/8"=1'-0" scale or 1/4"=1'-0" scale. These drawings externally reference the Architectural model (example: SITE-BLDG-S-FND or SITE-BLDG-S-BSMT) for the Structural layout.



3. Drawings SITE-BLDG-S-100 - S-119 - First Floor Framing Plans

These drawings externally reference the Architectural model (example: SITE-BLDG-S-1FR) for the Structural layout. This would be typical for all structural floor plans below.

Drawings SITE-BLDG-S-120 - S-129 - Second Floor Framing Plans Drawings SITE-BLDG-S-130 - S-139 - Third Floor Framing Plans Drawings SITE-BLDG-S-140 - S-149 - Fourth Floor Framing Plans Drawings SITE-BLDG-S-150 - S-159 - Fifth Floor Framing Plans Drawings SITE-BLDG-S-160 - S-169 - Sixth Floor Framing Plans Drawings SITE-BLDG-S-170 - S-179 - Seventh Floor Framing Plans Drawings SITE-BLDG-S-180 - S-189 - Eighth Floor Framing Plans Drawings SITE-BLDG-S-190 - S-199 - Ninth Floor Framing Plans These drawings are used to show structural framing plans for specific floors. They contain all the necessary information to construct the building. The floor plan may be broken down into sections that will fit on a standard E1-size at a 1/8"=1'-0" scale or 1/4"=1'-0" scale. These construction documents are created by externally referencing a structural model database (and in some instances also externally referencing the architectural floor plan). For example, a typical structural first floor model database should be named STPA-235-S-1FR. The model represents the entire first structural floor plan for SITE STPA and BLDG 235. The model should include all the physical structural components such as columns, beams, girts and cross-hatches. Non-structural entities such as grids and major grid dimensions are included to assist orientation. The coordinate grid system used in the structural model must be the same as its corresponding architectural model. Construction notes, dimensions, details, schedules and other project related information should not be included in the model but shall be inserted into the drawing as paper space entities. These drawings are then issued as part of the construction set. The model should never be issued. All building changes shall be done in the model database.

4. Drawings SITE-BLDG-S-200 - S-299 - Roof Framing Plans These drawings are used to show roof framing plans. They include all roof structural elements such as stairways, framing, columns, girts, grids, and grid bubbles. Based on the size of the building, the whole roof plan should be put on one E1-size drawing at a 1/8"=1'-0" scale, if possible. The roof framing plan drawings are created from externally referencing an AutoCAD structural model database. For example, a typical AutoCAD structural roof model database should be named STPA-235-S-RFR. The model represents the entire structural roof plan for SITE STPA BLDG 235. The model should include all the physical structural components such as columns, beams, girts and cross-hatches. Non-structural entities such as grids and major grid dimensions are included to assist orientation. The coordinate grid system used in the structural model must be the same as its corresponding architectural model. Construction notes, dimensions, details, schedules and other project related information should not be included in the model but shall be inserted into the drawings as paper space entities. These drawings are then issued as part of the construction set. The model should never be issued. All building changes shall be done in the model database.



5. Drawings SITE-BLDG-S-300 - S-399 - Penthouse Plans These drawings are used to show penthouse plans. They contain all the information necessary to construct the penthouse. These drawings are created as standalone databases with physical structural elements created as model space entities and project information such as construction notes, text, labels and dimensions created as paper space entities.

6. Drawings SITE-BLDG-S-400 - S-499 - Footing and Column Schedules These drawings contain the footing and column schedules. The information is entered into a standard tabular format on the drawing. This drawing will be generated using existing schedules, review this with your 3M Facilities Engineering Project Lead.

7. Drawings SITE-BLDG-S-500 - S-599 - Joist Schedules These drawings contain the joist schedules. The information is entered into a standard tabular format on the drawing. This drawing will be generated using existing schedules, review this with your 3M Facilities Engineering Project Lead.

8. Drawings SITE-BLDG-S-600 - S-699 - Slab Schedules These drawings contain the slab schedules. The information is entered into a standard tabular format on the drawing.

9. Drawings SITE-BLDG-S-700 - S-799 - Beam Schedules These drawings contain the beam schedules. The information is entered into a standard tabular format on the drawing. This drawing will be generated using existing schedules, review this with your 3M Facilities Engineering Project Lead.

10. Drawings SITE-BLDG-S-800 - S-899 - Elevations These drawings are used to show interior and exterior building framing. They are typically drawn at a 1/8"=1'-0" scale.

11. Drawings SITE-BLDG-S-900 - S-999 - Details and Sections These drawings are used to show structural details and sections. These are standalone AutoCAD drawings. Section drawings are created as model space entities and the associated project information such as general notes, text, labels and linear dimensions created as paper space entities. An entire detail drawing may consist of all paper space entities if many varying drawing scales are used to fit the details onto one drawing.

Mechanical Engineering / Fire Protection

Section 5000



Mechanical Engineering / Fire Protection Database Naming Convention Mechanical / Fire Protection model databases are created in units of inches to represent the physical building structure. These models are the basis for ongoing Facilities Management. The origin of each Mechanical model ( 0,0,0 ) is the lower left building grid intersection. See Example, Section 5000. For efficient database management, databases are partitioned by information type ( thematically ), rather than area (geographically ). Mechanical project or drawing databases are created to generate bid and construction documents for specific projects. Project or drawing databases externally reference the model databases and include notes, dimensions, drafting symbols, etc. They also include plans, details, sections, elevations and schedules. Construction Documents are prepared from plots of the composite model and drawing databases. Mechanical Engineering model databases are created for:

* Fire Protection (above ground) * Fire Protection (below ground) * Facility piping (above ground) * Facility piping (below ground) * HVAC systems * Process systems

Mechanical Engineering model databases include (inserted in model space):

* pipe, pipe size labels * duct, duct size labels * equipment, equipment descriptions

Mechanical drawing databases include (inserted in paper space): * construction notes, labels * revision clouds, triangles * detail bubbles, section & elevation cuts, match lines



Mechanical Engineering / Fire Protection Database Naming Convention Following is a list of model databases that are created and maintained by Mechanical Engineering. No other model names can be used without the approval of Mechanical Engineering. These model databases are externally referenced into project working drawings to create Mechanical series drawings as described in Section 5300, Mechanical Drawing Type Descriptions. The examples shown below use the same naming convention as the sheet files. (See 9000.2 for 3M Drawing Number Key) DATABASE TYPES MODEL DATABASE NAMES Overall Models Outside Utilities -- Includes all plan utility piping and labels for a specific site. Utilities separated per layering convention or into separate models if database size requires. Model naming for drawings M-400 - M-449.

STPA-888-M-UGFP.DWG

Outside Utilities -- Includes all plan utility piping and labels for a specific site. Utilities separated per layering convention or into separate models if database size requires. Model naming for drawings M-010 - M-099.

STPA-888-M-UTIL.DWG

Fire Reservoir and Pump House -- Includes all plan piping, equipment, and labels. May be separated by system if database size requires. Model naming for drawings M-730 - M-739.

STPA-888-M-FPRES.DWG

Basement Underground Piping -- Includes all plan pipin(underground) and labels. Model naming for drawings 100 - M-199.

STPA-235-M-BSMTUGPIPING.DWG

Basement Aboveground Piping -- Includes all plan pipi(aboveground) and labels. May be separated by if systemdatabase size requires. Model naming for drawings M-- M-259

STPA-235-M-BSMTAGPIPING.DWG

Basement HVAC -- Includes all plan HVAC entities, associated equipment, and labels. May be separated by system if database size requires. Model naming for drawings M-300 - M-359

STPA-235-M-BSMTHVAC.DWG

Basement FP Automatic Sprinklers -- Includes all plan piping, equipment, and labels. May be separated by sysif database size requires. Model naming for drawings M400 - M-449

STPA-235-M-BSMTFP.DWG



Basement FP Supervisory -- Includes all plan FP supervisory symbology and labels. Externally references the associated plan FP system. Model naming for drawings M-400S - M-449S.

STPA-235-M-BSMTSUPV.DWG

Basement Process Equipment -- Includes all plan equipment and labels. Externally references the associaplan process piping system. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-780 - M-899.

STPA-235-M-BSMTPROCEQUIP.DWG

Basement Process Piping -- Includes all plan piping andlabels. Externally references the associated plan procesequipment. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-910 - M-949.

STPA-235-M-BSMTPROCPIPING.DWG

Underground Piping -- Includes all plan piping (underground) and labels. Model naming for drawings M-100 - M-199.

STPA-235-M-1UGPIPING.DWG

Aboveground Piping -- Includes all plan piping (aboveground) and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-200 - M-259

STPA-235-M-1AGPIPING.DWG

HVAC -- Includes all plan HVAC entities, associated equipment, and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-300 - M-359

STPA-235-M-1HVAC.DWG

FP Automatic Sprinklers -- Includes all plan piping, equipment, and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-400 - M-449

STPA-235-M-1FP.DWG

FP Supervisory -- Includes all plan FP supervisory symbology and labels. Externally references the associated plan FP system. One building floor per database. Model naming for drawings M-400S - M-449S.

STPA-235-M-1SUPV.DWG

FP CO2 -- Includes all plan FP CO2 system piping and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-450 - M-499.

STPA-235-M-1CO2.DWG



Process Equipment -- Includes all plan equipment and labels. Externally references the associated plan process piping system. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-780 - M-899.

STPA-235-M-1PROCEQUIP.DWG

Process Piping -- Includes all plan piping and labels. Externally references the associated plan process equipment. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-910 - M-949.

STPA-235-M-1PROCPIPING.DWG

Mezzanine Piping -- Includes all plan piping (aboveground) and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-200 - M-259

STPA-235-M-1MZPIPING.DWG

Mezzanine HVAC -- Includes all plan HVAC entities, associated equipment, and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-300 - M-359

STPA-235-M-1MZHVAC.DWG

Mezzanine FP Automatic Sprinklers -- Includes all plan piping, equipment, and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-400 - M-449

STPA-235-M-1MZFP.DWG

Process Equipment -- Includes all plan equipment and labels. Externally references the associated plan process piping system. One building mezzanine floor per database. May be separated by system if database size requires. Model naming for drawings M-780 - M-899.

STPA-235-M-1MZPROCEQUIP.DWG

Process Piping -- Includes all plan piping and labels. Externally references the associated plan process equipment. One building mezzanine floor per database. May be separated by system if database size requires. Model naming for drawings M-910 - M-949.

STPA-235-M-1MZPROCPIPING.DWG

Roof Piping -- Includes all plan piping (aboveground) and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-200 - M-259

STPA-235-M-RFPIPING.DWG



Roof HVAC -- Includes all plan HVAC entities, associated equipment, and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-300 - M-359

STPA-235-M-RFHVAC.DWG

Roof FP Automatic Sprinklers -- Includes all plan piping, equipment, and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-400 - M-449

STPA-235-M-RFFP.DWG

Roof Process Equipment -- Includes all plan equipment and labels. Externally references the associated plan process piping system. One building roof per database. May be separated by system if database size requires. Model naming for drawings M-780 - M-899.

STPA-235-M-RFPROCEQUIP.DWG

Roof Process Piping -- Includes all plan piping and labels. Externally references the associated plan process equipment. One building roof per database. May be separated by system if database size requires. Model naming for drawings M-910 - M-949.

STPA-235-M-RFPROCPIPING.DWG

Penthouse Piping -- Includes all plan piping (aboveground) and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-200 - M-259

STPA-235-M-PENTPIPING.DWG

Penthouse HVAC -- Includes all plan HVAC entities, associated equipment, and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-300 - M-359

STPA-235-M-PENTHVAC.DWG

Penthouse FP Automatic Sprinklers -- Includes all plan piping, equipment, and labels. One building floor per database. May be separated by system if database size requires. Model naming for drawings M-400 - M-449

STPA-235-M-PENTFP.DWG

Penthouse Supervisory -- Includes all plan FP supervisory symbology and labels. Externally references the associated plan FP system. One building floor per database. Model naming for drawings M-400S - M-449S.

STPA-235-M-PENTSUPV.DWG



Bid / Construction Drawings Partial area plans. E1-size drawings. Externally references the appropriate models. Drawings named according to designations in the Drawing Type Descriptions section.

STPA-235-M-100.DWG STPA-235-M-200.DWG STPA-235-M-300.DWG STPA-235-M-400.DWG

Bid / Construction Drawings This is used as a hydraulic reference point map, no drawing number is reserved, and drawing file is not run through EDS

STPA-235-M-11x17.DWG



Mechanical Engineering / Fire Protection Drawing Naming Convention NOTE: The Supplier shall request the appropriate drawing number(s) from the 3M Engineering Contact when drawings are first set up for the project. The 3M Engineering Contact will be responsible for reserving the drawing number(s) from the 3M Facilities Engineering Drawing Index System (FDWG). Suppliers with drawing reservation capabilities can reserve drawing numbers, after review with the 3M Engineering Contact. This is applicable for all disciplines. Drawing Category Drawing Number SITE-BLDG- Cover Sheet, Indexes and Symbols M-001 - M-009 Outside Utility Piping M-010 - M-099 Underground Plumbing and Heating M-100 - M-199 Above Ground Piping, Condensate, Compressed

a. Floor Plans M-200 - M-259 b. Sections M-260 - M-269 c. Details and Diagrams M-270 - M-289 d. Equipment Schedules M-290 - M-299 Air Conditioning and Ventilation a. Floor Plans M-300 - M-359 b. Sections M-360 - M-369 c. Details M-370 - M-389 AC Title 24 Forms for California d. Equipment Schedules M-390 - M-399 Automatic Sprinklers M-400 - M-449 Supervisory Alarm Systems M-400S- M-449S CO2 Systems/Halon Systems M-450 - M-499 Temperature Controls M-500 - M-599 Boiler and/or Compressor Building: a. Floor Plans M-600 - M-659 b. Sections M-660 - M-669 c. Details and Diagrams M-670 - M-689 d. Equipment Schedules M-690 - M-699 Outside Utility Equipment: a. Cooling Towers M-700 - M-709 b. Wells, Water Supply Treatment M-710 - M-719 c. Waste Treatment and Disposal M-720 - M-729 d. Fire Reservoir and Pump House M-730 - M-739 e. Gas Equipment M-740 - M-749 f. Fuel Oil Tanks and Equipment M-750 - M-759 g. Incineration M-760 - M-769 h. Dust Collectors M-770 - M-779 Process Equipment M-780 - M-899 Process Piping: a. Flow Sheets M-900 - M-909 b. Plans and Sections M-910 - M-949 c. Details and Diagrams M-950 - M-999



Mechanical Engineering / Fire Protection Drawing Type Descriptions The following is a set of standards to be used for the creation and modification of Mechanical / Fire Protection drawings (manual and electronic). For a blank new drawing use 3M menu \ Template and Template Inserts \ New Template. For standard layouts start with New Template and continue with inserts as shown below. 1. Drawings SITE-BLDG-M-001 - M-009 - Cover Sheet, Indexes and Symbol Sheets

These drawings are primarily used for totally new buildings or additions. The Cover Sheet or Indexes should be used to itemize all of the drawings issued for construction. The Symbol Sheet is used to convey Mechanical standard symbology and line types, which is to be used for any entire project. This form contains standard symbology and line types used for any entire project. Use Mechanical Template Inserts\General\Symbol Sheet. Any new drawing should be named SITE-BLDG-M-001, 002, etc.

2. Drawings SITE-BLDG-M-010 - M-099 - Outside Utility Piping Drawings These drawings are used for site work (outside a building) Utility Piping. Drawings using the 888-M designation refer to a site. These drawings are generally created at a 1"=30' scale and follow the site grid setup similar to that of Civil Engineering. The types of Utilities shown on these drawings include City Water, Steam and Condensate, Well Water, Natural Gas, Fuel Oil, Sprinkler Systems and Compressed Air but are not limited to these utilities. The utilities do not include Fire Mains that are classified in the SITE-888-M-400 series. These drawings externally reference the Civil model (example: STPA-888-C-Base) for the building layout.

3. Drawings SITE-BLDG-M-100 - M-199 - Underground Plumbing Drawings These drawings are used for underground plumbing that refers to facilities located directly under the building. Generally the drawings are created as the overall lowest level utility plans containing sanitary sewer and storm sewer but are not limited to these utilities. Mechanical Engineering is responsible for designing and routing all underground piping to the exterior of the building. Civil Engineering assumes responsibility of the specific utility from that point. Plans: See model and drawing naming conventions. Sections: Should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\UG that contains the standard 100 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the file: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT. Diagrams – For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template.

Schedules - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG which contains the standard 100 series schedules. Insert these, one at a time. A description of each schedule is located in the file: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT. These drawings externally reference the Architectural model (example: STPA-XXX-A-1FL) for the building layout.



4. Drawings SITE-BLDG-M-200 - M-259 - Aboveground Piping Plans These drawings are used for Building Service Aboveground Piping. The drawings are generally created at a scale of 1/4"=1'-0" and follow the building grid setup as determined by Architectural. The types of Building Services shown on Aboveground Piping drawings include City Water, Steam and Condensate, Well Water, Natural Gas, Fuel Oil, and Compressed Air. They are not limited to these Building Services. The plans also include any associated Equipment such as Pumps and Compressors. These drawings externally reference the Architectural model (example: STPA-XXX-A-1FL) for the building layout.

5. Drawings SITE-BLDG-M-260 - M-269 - Aboveground Piping Sections

These drawings are used for Building Service Aboveground Piping. Sections are used to clarify or detail any Aboveground Piping not clearly defined in the plan drawings. Section scales are generally 1/4"=1'-0" or larger and are NOT to be included with plan drawings in the 200 series. These drawings should be setup as a standalone drawing at the appropriate scale. These drawings can reference the 200 series drawings as needed. Any new drawing should be named SITE-BLDG-M-260, 261, etc.

6. Drawings SITE-BLDG-M-270 - M-289 - Aboveground Piping Details and Diagrams These drawings are used for Building Service Aboveground Piping. Details are used to clarify or detail any Aboveground Piping installations not clearly defined in the plan drawings. Diagrams are used to show the overall flow of a Building Service Aboveground Piping system or systems. They are NOT to be included with plan drawings in the 200 series. Any new drawing should be named SITE-BLDG-M-270, 271, etc. Details - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\PIPE that contains the standard 200 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the file: DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT. Diagrams – For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template. Any diagram should be created using all model space entities.

7. Drawings SITE-BLDG-M-290 - M-299 - Aboveground Piping Equipment Schedules These drawings are used for Building Service Aboveground Piping Schedules. All equipment is to be noted on the schedule and is NOT to be included with plan drawings. Any new drawing should be named SITE-BLDG-M-290, 291, etc. Schedules - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG which contains the standard 200 series schedules. Insert these, one at a time. A description of each schedule is located in the file: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT.

8. Drawings SITE-BLDG-M-300 - M-359 - Air Conditioning and Ventilation Plans These drawings are used for Building Service HVAC systems. They are generally created at a scale of 1/4"=1'-0" and follow the building grid setup as determined by Architectural. The types of Building Services shown on HVAC drawings are Air-Conditioning supply / return Ductwork, Ventilation, and Exhaust. They, however, are not limited to these Building Services. The plans also include any associated Equipment such as Air Handlers, Exhaust Fans, etc. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.



9. Drawings SITE-BLDG-M-360 - M-369 - Air Conditioning and Ventilation Sections

These drawings are used for Building Service HVAC systems. Sections are used to clarify or detail any Air Conditioning and Ventilation System installations not clearly defined in the plan drawings. Sections are generally created at a scale of 1/4"=1'-0" or larger. They are NOT to be included with plan drawings in the 300 series. These drawings should be setup as a standalone drawing at the appropriate scale. Any new drawing should be named SITE-BLDG-M-360, 361, etc.

10. Drawings SITE-BLDG-M-370 - M-389 - Air Conditioning and Ventilation Details These drawings are used for Building Service HVAC systems. Details are used to clarify or detail any installation of Equipment or Building Service HVAC systems. They are NOT to be included with plan drawings in the 300 series. Any new drawing should be named SITE-BLDG- M-370, 371, etc. Details - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\HVAC that contains the standard 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the file: DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT. Also included in this drawing series are the AC Title 24 Forms required in California.

11. Drawings SITE-BLDG-M-390 - M-399 - Air Conditioning and Ventilation Schedules These drawings are used for Building Service HVAC Schedules. All equipment is to be noted on the schedule and is NOT to be included with plan drawings. Any new drawing should be named SITE-BLDG-M-390, 391, etc. Schedules Use the files in the directory DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 300 series schedules. Insert these, one at a time. A description of each schedule is located in the file: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.

12. Drawings SITE-BLDG-M-400 - M-449 - Automatic Sprinkler Plans, Sections, and Details These drawings are used for Fire Protection Automatic Sprinkler drawings. Plans are generally 1/8"=1'-0" scale and follow the building grid setup as determined by Architectural. Sections are used to clarify or detail any Automatic Sprinkler installations not clearly defined in the plan drawings. Section scales are generally 1/4"=1'-0" or larger and are NOT to be included with plan drawings. Details are also used to clarify or detail any Equipment or Sprinkler Piping installations are NOT to be included with plan drawings. Any new drawing should be named SITE-BLDG-M-400, 401 etc. Plans: See model and drawing naming conventions. Sections: Should be setup as a standalone drawing at the appropriate scale. Details: Use the files in the directory DETAILS\FACILITIES\FIRE PROTECTION\AS\AS*.DWG, DETAILS\FACILITIES\FIRE PROTECTION\LW\LW*.DWG, and DETAILS\FACILITIES\FIRE PROTECTIONUG\UG*.DWG. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\FIRE PROTECTION\AS\AS.TXT, DETAILS\FACILITIES\FIRE PROTECTION\LW\LW.TXT, and DETAILS\FACILITIES\FIRE PROTECTION\UG\UG.TXT. For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template. Any diagram should be created using all model space entities.



13. Drawings SITE-BLDG-M-400S - M-449S - Supervisory Alarm Systems Plans and Details

These drawings are used for Fire Protection Supervisory Alarm System drawings. Plan drawings are generally site related at a Civil Engineering scale. Details are used to clarify or detail any Equipment or Sprinkler Piping installations and are NOT to be included with plan drawings. These drawings are not to be used by Consultants. Any new drawing should be named SITE-BLDG-M-400S, 401S etc. Plans: See model and drawing naming conventions. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.

14. Drawings SITE-BLDG-M-450 - M-499 - CO2/Halon Systems Plans, Sections, and Details These drawings are used for Fire Protection CO2/Halon System drawings. Plans are generally related to the specific system to be installed. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Sections are used to clarify any CO2/Halon Systems installations not clearly defined in the plan drawings. Section scales are generally 1/4"=1'-0" or larger and are NOT to be included with plan drawings. Details are also used to clarify or detail any installations not clearly defined in the plan drawings. Isometric details showing the overall system are not to scale and are NOT to be included with plan drawings. Any new drawing should be named SITE-BLDG-M-450, 451 etc. Plans: See model and drawing naming conventions. Sections: Should be setup as a standalone drawing at the appropriate scale. Details: DETAILS\FACILITIES\FIRE PROTECTION\CO2\CO2*.DWG. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\FIRE PROTECTION\CO2\CO2.TXT. For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template. Any diagram should be created using all model space entities.

15. Drawings SITE-BLDG-M-500 - M-599 - Temperature Control Sheets These drawings are used for HVAC Temperature Control applications and are schematic in nature (not to scale). For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template. Temperature Control E-size drawings should be created in units of inches at a scale of 1"=1", Model tab. Use the directory SYMBOLS\FACILITIES\MECHANICAL\TC for any symbology. Any new drawing should be named SITE-BLDG-M-500, 501, etc.

16. Drawings SITE-BLDG-M-600 - M-659 - Boiler and/or Compressor Building Plans These drawings are used for Boiler and/or Compressor Building Utilities. They are generally created at a 1/4"=1'-0" scale or larger. All utilities required for a Boiler or Compressor Building are shown. The plans also include any associated Equipment such as Boilers, Compressors, etc. Any new drawing should be named SITE-BLDG-M-600, 601, etc. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.

Elaine Morley

Do we want to refer to tilemode setting or model tab?



17. Drawings SITE-BLDG-M-660 - M-669 - Boiler and/or Compressor Building Sections

These drawings are used for Boiler and/or Compressor Building Utilities. Sections are used to clarify any installation not clearly defined in the plan drawings. Section scales are generally 1/4"=1'-0" or larger and are NOT to be included with plan drawings. These drawings should be setup as a standalone drawing at the appropriate scale. These drawings can reference the 600 series drawings as needed. Any new drawing should be named SITE-BLDG-M-660, 661, etc.

18. Drawings SITE-BLDG-M-670 - M-689 - Boiler and/or Compressor Building Details and Diagrams

These drawings are used for Boiler and/or Compressor Building Utilities. Details are used to clarify or detail the installation of Equipment, Boiler, or Compressor related utilities. Diagrams are used to show the overall flow of a Boiler Compressor Building Utility system or systems and are NOT to be included with plan drawings. Any new drawing should be named SITE-BLDG-M-670, 671, etc. Details - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\UG, DETAILS\FACILITIES\MECHANICAL\PIPE or DETAILS\FACILITIES\MECHANICAL\HVAC that contains the standard 100, 200 and 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT, DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT, or DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT.

19. Drawings SITE-BLDG-M-690 - M-699 - Boiler and/or Compressor Building Schedules These drawings are used for Boiler and/or Compressor Building Equipment Schedules. They are NOT to be included with plan drawings. Any new drawing should be named SITE-BLDG-M-690, 691, etc. Schedules - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG or DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 200 and 300 series schedules. Insert these, one at a time. A description of each schedule is located in the files: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT and DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.



20. Drawings SITE-BLDG-M-700 - M-709 - Cooling Towers

These drawings are used for plans, sections, details, and schedules specifically pertaining to Cooling Towers. Drawing types should not be mixed. Plans should not contain sections, details, or schedules. Any new drawing should be named SITE-BLDG-700, 701 etc. Plans -See model and drawing naming conventions. Sections - These drawings should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\UG, DETAILS\FACILITIES\MECHANICAL\PIPE or DETAILS\FACILITIES\MECHANICAL\HVAC that contains the standard 100, 200 and 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT, DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT, and DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT. Schedules - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG or DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 200 and 300 series schedules. Insert these, one at a time. A description of each schedule is located in the files: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT and DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.

21. Drawings SITE-BLDG-M-710 - M-719 - Wells, Water Supply and Treatment These drawings are used for plans, sections, details, and schedules specifically pertaining to Wells, Water Supply and Treatment. Drawing types should not be mixed. Plans should not contain sections, details, or schedules. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Any new drawing should be named SITE-BLDG-M-710, 711 etc. Plans -See model and drawing naming conventions. Sections - These drawings should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\UG, DETAILS\FACILITIES\MECHANICAL\PIPE or DETAILS\FACILITIES\MECHANICAL\HVAC that contains the standard 100, 200 and 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT, DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT, and DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT. Schedules - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG or DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 200 and 300 series schedules. Insert these, one at a time. A description of each schedule is located in the files: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT and DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.



22. Drawings SITE-BLDG-M-720 - M-729 - Waste Treatment and Disposal

These drawings are used for plans, sections, details, and schedules specifically pertaining to Waste Treatment and Disposal. Drawing types should not be mixed. Plans should not contain sections, details, or schedules. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Consultant: Any new drawing should be named SITE-BLDG-M-720, 721 etc. Plans -See model and drawing naming conventions. Sections - These drawings should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\UG, DETAILS\FACILITIES\MECHANICAL\PIPE or DETAILS\FACILITIES\MECHANICAL\HVAC that contains the standard 100, 200 and 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT, DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT, and DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT. Schedules - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG or DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 200 and 300 series schedules. Insert these, one at a time. A description of each schedule is located in the files: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT and DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.

23. Drawings SITE-BLDG-M-730 - M-739 - Fire Reservoir and Pump House These drawings are used for plans, sections, details, and schedules specifically pertaining to Fire Reservoir and Pump House. Drawing types should not be mixed. Plans should not contain sections, details, or schedules. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Any new drawing should be named SITE-BLDG-M-730, 731 etc. Consultants never use these drawings.

24. Drawings SITE-BLDG-M-740 - M-749 - Gas Equipment These drawings are used for plans, sections, details, and schedules specifically pertaining to Gas Equipment. Drawing types should not be mixed. i.e. Plans should not contain sections, details, or schedules. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Any new drawing should be named SITE-BLDG-M-740, 741 etc. Plans -See model and drawing naming conventions. Sections - These drawings should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\PIPE that contains the standard 200 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the file: DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT. Schedules - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG which contains the standard 200 series schedules. Insert these, one at a time.



25. Drawings SITE-BLDG-M-750 - M-759 - Fuel Oil Tanks and Equipment These drawings are used for plans, sections, details, and schedules specifically pertaining to Fuel Oil Tanks and Equipment. Drawing types should not be mixed. Plans should not contain sections, details, or schedules. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Any new drawing should be named SITE-BLDG-M-750, 751 etc. Plans -See model and drawing naming conventions. Sections - These drawings should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\UG, DETAILS\FACILITIES\MECHANICAL\PIPE or DETAILS\FACILITIES\MECHANICAL\HVAC that contains the standard 100, 200 and 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT, DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT, and DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT. Schedules - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG or DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 200 and 300 series schedules. Insert these, one at a time. A description of each schedule is located in the files: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT and DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.

26. Drawings SITE-BLDG-M-760 - M-769 - Incineration These drawings are used for plans, sections, details, and schedules specifically pertaining to Incineration. Drawing types should not be mixed. Plans should not contain sections, details, or schedules. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Any new drawing should be named SITE-BLDG-M-760, 761 etc. Plans -See model and drawing naming conventions. Sections - These drawings should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\UG, DETAILS\FACILITIES\MECHANICAL\PIPE or DETAILS\FACILITIES\MECHANICAL\HVAC that contains the standard 100, 200 and 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT, DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT, and DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT. Schedules - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG or DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 200 and 300 series schedules. Insert these, one at a time. A description of each schedule is located in the files: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT and DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.



27. Drawings SITE-BLDG-M-770 - M-779 - Dust Collectors

These drawings are used for plans, sections, details, and schedules specifically pertaining to Dust Collectors. Drawing types should not be mixed. i.e. Plans should not contain sections, details, or schedules. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Any new drawing should be named SITE-BLDG-M-770, 771 etc. Plans -See model and drawing naming conventions. Sections - These drawings should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\HVAC that contains the standard 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the file: DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT. Schedules - Use the files in the directory DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 300 series schedules. Insert these, one at a time. A description of each schedule is located in the file: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.

28. Drawings SITE-BLDG-M-780 - M-899 - Process Equipment These drawings are used for plans, sections, details, and schedules specifically pertaining to Process Equipment. Drawing types should not be mixed. i.e. Plans should not contain sections, details, or schedules. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout. Any new drawing should be named SITE-BLDG-M-780, 781 etc. Plans -See model and drawing naming conventions. Sections - These drawings should be setup as a standalone drawing at the appropriate scale. Details - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\UG, DETAILS\FACILITIES\MECHANICAL\PIPE, DETAILS\FACILITIES\MECHANICAL\HVAC or DETAILS\FACILITIES\MECHANICAL\HVACP that contains the standard 100, 200 and 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT, DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT, DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT and DETAILS\FACILITIES\MECHANICAL\HVACP\HVACP.TXT. Schedules - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG or DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 200 and 300 series schedules. Insert these, one at a time. A description of each schedule is located in the files: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT and DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT.



29. Drawings SITE-BLDG-M-900 - M-909 - Process Flow Drawings

These drawings are used for Process Flow Drawings or Diagrams. Process Flow Drawings are a schematic representation of one or more Process Piping systems and are not to scale. Any new drawing should be named SITE-BLDG-M-900, 901 etc. Diagrams – For a new blank drawing use 3M menu \ Template and Template Inserts\New Template. PID drawings are an E1 Size, and format scaled at 1"=1" in Model tab. Any diagram should be created using all model space entities.

30. Drawings SITE-BLDG-M-910 - M-949 - Process Plans and Sections These drawings are used for Process Piping Plans and Sections. They are generally created at a scale of 1/4"=1'-0" or larger. All process piping (that which Facilities Engineering is responsible for) is shown. This includes any associated Equipment. Any new drawing should be named SITE-BLDG-M-910, 911, etc. Plans: See model and drawing naming conventions. Sections: Should be setup as a standalone drawing at the appropriate scale.

31. Drawings SITE-BLDG-M-950 - M-999 - Process Details and Diagrams These drawings are used for Process Piping Details and Diagrams. Details are used to clarify or detail the installation of Equipment or Process Piping. Diagrams are used to show the overall flow of a Process Piping system or systems and are NOT to be included with plan drawings. Any new drawing should be named SITE-BLDG-M-950, 951, etc. Details - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\UG, DETAILS\FACILITIES\MECHANICAL\PIPE, DETAILS\FACILITIES\MECHANICAL\HVAC or DETAILS\FACILITIES\MECHANICAL\HVACP that contains the standard 100, 200 and 300 series details. The standard details are created "not to scale". Insert these, one at a time. A description of each detail is located in the files: DETAILS\FACILITIES\MECHANICAL\UG\UG.TXT, DETAILS\FACILITIES\MECHANICAL\PIPE\PIPING.TXT, DETAILS\FACILITIES\MECHANICAL\HVAC\HVAC.TXT or DETAILS\FACILITIES\MECHANICAL\HVACP\HVACP.TXT. Schedules - Use the files in the directories DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PI*.DWG or DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HV*.DWG which contains the standard 200 and 300 series schedules. Insert these, one at a time. A description of each schedule is located in the files: DETAILS\FACILITIES\MECHANICAL\SCHEDULES\PIPING.TXT and DETAILS\FACILITIES\MECHANICAL\SCHEDULES\HVAC.TXT. Diagrams – For a new blank drawing use 3M menu \ Template and Template Inserts \ New Template. Scale this drawing at 1"=1" in Model tab\Schedules. Any diagram should be created using all model space entities.

Elaine Morley

Do we want to use tilemode 1 or “in the model tab”?

Elaine Morley

same comment, do we want to keep referring to tilemode?

Electrical Engineering

Section 6000



This is an example of a Facilities Electrical model that is maintained in eMatrix and open storage. The file as an example would be called MENL-060-E-1LTG, which would be the first floor Electrical model and would be xrefed into a sheet file, shown in the next example as MENL-060-E-304.



This is an example of a Facilities Electrical sheet file showing the items that would be in paperspace The file as an example would be called MENL-060-E-304, which would be one of the first floor Electrical lighting plans.



This is an example of a Facilities Electrical sheet file showing the items that would be in paperspace and the items in model space which would be the model that is xrefed in and is maintained in eMatrix and open storage. The file as an example would be called MENL-060-E-304, which would be one of the first floor Electrical lighting plans and xref in the first floor model MENL-060-E-1LTG..



Electrical Engineering Database Naming Convention Electrical model databases are created in units of inches to represent the physical electrical system. These models are the basis for ongoing Facilities Management. The origin of each Electrical model (0,0) is the lower left building grid intersection. See Examples, this section. For efficient database management, databases are partitioned by information type (thematically), rather than area (geographically). Electrical project or drawing databases are created to generate bid and construction documents for specific projects. Project or drawing databases externally reference the model databases and includes notes, dimensions, drafting symbols, etc. They also include plans, details, sections, elevations and schedules. See Examples, this section. Construction Documents are prepared from plots of the composite model and drawing databases. See Examples, this section. Electrical Engineering model databases are created for:

* Power (distribution - aboveground and underground) * Power (process) A Process Power Model can be set up as one database per floor (example STPA-235-E-1PROC) or it can be set up per process line for larger lines. (example STPA-235-E-350PROC) In this example shown the process sheet drawings for that line would be in the 350 series. * Lighting systems * Security systems * Supervisory systems * Computer systems * Communications

Electrical drawing databases include (inserted in paper space):

* Construction notes, labels * Revision clouds, triangles * Detail bubbles, section & elevation cuts, match lines

Electrical Engineering Database Naming Convention The following list of model databases may be created and maintained by Electrical Engineering based on the requirements of the site, building, and project. No other model names can be used without the approval of Electrical Engineering. When an electrical model database is created, it will contain conduit, devices, and the associated model text. The text height will be scaled proportional to the mview scale into which this electrical model is externally referenced. These model databases are externally referenced into project working drawings to create Electrical series drawings as described in Section 6300, Electrical Drawing Type Descriptions. The examples shown below use the same



naming convention as the sheet files. (See 9000.2 for 3M Drawing Number Key) The use of electrical model databases should be reviewed on a project by project basis. DATABASE TYPES MODEL DATABASE NAMES Overall Models All underground with each system placed on a separate layer.

STPA-888-E-PWR.DWG

Basement Floor Plan for Lighting, one database per floor. If the mezzanine is small, it is included in the same model. If it is large, it will be a separate model.

STPA-235-E-BSMTLTG.DWG

Basement Floor Plan for Power, one database per floor. If the mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-BSMTPWR.DWG

Basement Floor Plan for Process, one database per floor. If the mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-BSMTPROC.DWG

Basement Floor Plan for Communications, one database per floor. If mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-BSMTCOMM.DWG

Basement Floor Plan for Supervisory, one database per floor. If mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-BSMTSUPV.DWG

Basement Floor Plan for Security, one database per floor. If mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-BSMTSECURITY.DWG

Basement Floor Plan for Sound, one database per floor. If mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-BSMTSOUND.DWG

Floor Plan for Lighting, one database per floor. If the mezzanine is small, it is included in the same model. If it is large, it will be a separate model.

STPA-235-E-1LTG.DWG

Floor Plan for Power, one database per floor. If the mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-1PWR.DWG



Floor Plan for Process Models can be set up as one database per floor (example STPA-235-E-1PROC) or it can be set up per process line for larger lines. (example STPA-235-E-350PROC) In the example shown the process sheet drawings for that line would be in the 350 series. If the mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-1PROC.DWG

Floor Plan for Communications, one database per floor. If mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-1COMM.DWG

Floor Plan for Supervisory, one database per floor. If mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-1SUPV.DWG

Floor Plan for Security, one database per floor. If mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-1SECURITY.DWG

Floor Plan for Sound, one database per floor. If mezzanine is small, it is included in the same model. If it is large, it would be a separate model.

STPA-235-E-1SOUND.DWG

Mezzanine Plan for Lighting, one database per floor STPA-235-E-1MZLTG.DWG Mezzanine Plan for Power, one database per floor STPA-235-E-1MZPWR.DWG Mezzanine Plan for Process, one database per floor STPA-235-E-1MZPROC.DWG Mezzanine Plan for Communications, one database per floor

STPA-235-E-1MZCOMM.DWG

Mezzanine Plan for Supervisory, one database per floor

STPA-235-E-1MZSUPV.DWG

Mezzanine Plan for Security, one database per floor STPA-235-E-1MZSECURITY.DWG Mezzanine Plan for Sound, one database per floor STPA-235-E-1MZSOUND.DWG Roof Plan for Lighting, one database per floor STPA-235-E-RFLTG.DWG Roof Plan for Power, one database per floor STPA-235-E-RFPWR.DWG Roof Plan for Process, one database per floor STPA-235-E-RFPROC.DWG



Roof Plan for Communications, one database per floor

STPA-235-E-RFCOMM.DWG

Roof Plan for Supervisory, one database per floor STPA-235-E-RFSUPV.DWG Roof Plan for Security, one database per floor STPA-235-E-RFSECURITY.DWG Roof Plan for Sound, one database per floor STPA-235-E-RFSOUND.DWG Penthouse Plan for Lighting, one database per floor STPA-235-E-PENTLTG.DWG Penthouse Plan for Power, one database per floor STPA-235-E-PENTPWR.DWG Penthouse Plan for Process, one database per floor STPA-235-E-PENTPROC.DWG Penthouse Plan for Communications, one database per floor

STPA-235-E-PENTCOMM.DWG

Penthouse Plan for Supervisory, one database per floor

STPA-235-E-PENTSUPV.DWG

Penthouse Plan for Security, one database per floor STPA-235-E-PENTSECURITY.DWG Penthouse Plan for Sound, one database per floor STPA-235-E-PENTSOUND.DWG Bid / Construction Drawings Full or Partial area plans. If partial sections are required the sections should fit together in a consistent & logical manner according to the layout of the particular building. Each drawing should contain appropriate matchlines referring to the adjoining sheets of the building. E1-size drawings. Externally references the appropriate model. Database named according to sheet number designations in Drawing Type Descriptions (see Section 6300). Process Equipment Drawings Process equipment backgrounds are not always part of the architectural model. This equipment model is obtained from Division Engineering and a modified copy of the drawing is filed under the directory as shown.

STPA-235-E-200.DWG STPA-235-E-300.DWG STPA-235-E-350.DWG STPA-235-E-580.DWG STPA-235-D-MAKER25.DWG



Electrical Engineering Drawing Naming Convention NOTE: The Supplier shall request the appropriate drawing number(s) from the 3M Engineering Contact when drawings are first set up for the project. The 3M Engineering Contact will be responsible for reserving the drawing number(s) from the 3M Facilities Engineering Drawing Index System (FDWG). Suppliers with drawing reservation capabilities can reserve drawing numbers, after review with the 3M Engineering Contact. This is applicable for all disciplines. Drawing Category Drawing Number

AutoCAD Templates use 3M Menu

SITE-BLDG- Cover Sheets (not required) E-001 Drawing Index (no longer used) E-002 - E-004 Electrical Template Inserts \ Index-Drawing and

Index-Drawing 1 Symbol Sheet (no longer used) E-005 - E-009 Electrical Template Inserts \ Symbol Sheet Fixture Schedules E-010 - E-013 Electrical Template Inserts \ Schedule-Fixture Panelboard Index E-014 Electrical Template Inserts \ Index-Panelboard Panelboard Schedules E-015 - E-079 Electrical Template Inserts \ Schedule-Panelboard

w/bus Electrical Template Inserts \Schedule-Panelboard without bus Electrical Template Inserts \ Schedule-Panelboard without bus (California)

One Line Diagrams E-080 - E-099 Electrical Template Inserts \ One Line-Diagram Substation Details E-100 - E-109 Plot Plans E-110 - E-129 Overhead and Underground Distribution E-130 - E-179 Power Distribution and Grounding E-180 - E-199 Lighting Plans E-200 - E-299 Power Plans E-300 - E-349 Power Plans (Process) E-350 - E-399 Motor and Equipment Data (Bldg. Service) E-400 - E-409 Electrical Template Inserts \ Schedule-Motor and

Equipment Motor and Equipment Data (Process) E-410 - E-419 Electrical Template Inserts \ Schedule-Motor and

Equipment Details (Building Services) E-420 - E-459 Details (Process) E-460 - E-499 Elevator Elementaries E-500 - E-524 Not Used E-525 - E-549 Miscellaneous Wiring Diagrams E-550 - E-579 Communications (Telephone, P.A. Intercom, &Sound)

E-580 - E-599

Elementary Diagrams E-600 - E-629 Electrical Template Inserts \ Elementary-3 Column MCC Assembly E-630 - E-649 Electrical Template Inserts \ Schedule-Motor

control Center Assemblies Boilers E-650 - E-669 Compressors E-670 - E-679 Chillers E-680 - E-689 Water Treatment E-690 - E-699 Electrical Area Classification E-700 - E-709



Programmable Controllers, P.C. Inputs E-710A- E-729Z Programmable Controllers, P.C. Outputs E-730A- E-749Z Fire Alarm Supervisory Systems E-750 - E-799 Security, CCTV, & Access Control Systems

E-800 - E-849

Not Used E-850 - E-899 Computer Symbols and Misc. Details E-900 - E-909 Ethernet Systems - Floor Plans E-910A- E-914Z Ethernet Risers and Details E-915 - E-919 Broadband Systems - Floor Plans E-920A- E-924Z Broadband Risers and Details E-925 - E-929 Misc. Computer Systems - Floor Plans E-930A- E-934Z Misc. Computer Systems Risers and Details

E-935 - E-939

Not Used (Future Computer Drawings) E-940 - E-999 Rack Layout switches could go here IT Plans go Here 888-E-790 Category Shown Category to Select E-710A - E-729Z E-710 – E-729 E-730A - E-749Z E-730 – E-749 E-910A - E-914Z E-910 – E-914 E-920A – E-924Z E-920 – E-924 E-930A – E-934Z E-930 – E-934 Layering Information The layering information for Electrical drawing files can be found in Section 7000 under the 7700 area. All Electrical templates already have standard layering established. The layering for templates is also listed in section 7000. Any other specific questions on layering please contact the Electrical contact listed in the appendix on A1.1



Electrical Engineering Drawing Type Descriptions The following is a set of standards to be used for the creation and modification of Electrical drawings. For a blank new drawing use 3M menu \ Template and Template Inserts \ New Template. For standard layouts start with New Template and continue with inserts as shown below.

1. Drawing SITE-BLDG-E-001 - Cover Sheets (not required)

This drawing is not required but may be included as part of the Electrical package at the discretion of the 3M Project Coordinator to give the project more of a professional look. If used some of the information that could be placed on this drawing includes Project Title, Drawing Numbers, and Name of Project Engineer.

2. Drawing SITE-BLDG-E-002 - E-004 - Drawing Index (no longer used) This drawing was used to document all drawings issued for a building or plant site.

3. Drawings SITE-BLDG-E-005 - E-009 - Symbol Sheets (no longer used) This drawing is no longer used see symbol sheet in Electrical specification for Standing contracts.

4. Drawings SITE-BLDG-E-010 - E-013 - Fixture Schedules The fixture schedule outlines the different lighting fixtures used within the building. This schedule includes fixture type, description, volts, manufacturer, lamp data, classification, and special remarks. Use Electrical Template Inserts\SCHEDULE – FIXTURE. Information describing fixture codes is found in the Section 6500 of the Facilities Engineering CAD Standards. Also included in this drawing series are the Title 24 Lighting Forms required in California.

5. Drawing SITE-BLDG-E-014 - Panelboard Index The panelboard index is used to document all panels installed within the building. This information includes the panel number, voltage, panelboard schedule it is found on, the plan the panel is found on, the drawing number of the one line diagram that the panel is found on, and the column locations where the panel is located on the plan. Use Electrical Template Inserts\INDEX – PANELBOARD.



6. Drawings SITE-BLDG-E-015 - E-079 Panelboard Schedules The panelboard schedule drawing is comprised of one E-size drawing with nine panelboard schedules shown and an index of panels shown on that drawing in the lower right corner of the drawing. For each panelboard shown on the building plans, there shall be a panelboard schedule created. Three types of schedules exist: Use Electrical Template Inserts\ SCHEDULE – PANELBOARD W/BUS or Electrical Template Inserts\SCHEDULE – PANELBOARD WITHOUT BUS (used primarily for distribution panels / large loads) or Electrical Template Inserts\ SCHEDULE – PANELBOARD WITHOUT BUS (California) (special panel for use in State of California) Typical items contained on the panelboard schedules include the panel number, bus ampere rating, number of phases, main circuit breaker ampere rating (if required), voltage, location, panel location dwg is where the panel is located in the 300 series, the fed from source dwg is where the fed from source panel is located on the 300 series, fault interrupting rating and date calculated, the manufacturer, and manufacturer type.

7. Drawings SITE-BLDG-E-080 - E-099 - One Line Diagrams One line diagrams are used to show the power distribution from the power company to the substation and out into the panels, MCC's, and other distribution points. Available fault current information for motor control centers, panelboards, transformers, etc. is also shown on the one-line diagram. This series of drawings is also used to show Riser Diagrams, which illustrate bus duct routing, panel locations, and cable runs. Use Electrical Template Inserts\ ONE-LINE DIAGRAM. Also see SKM Section 6600.

8. Drawings SITE-BLDG-E-100 - E-109 - Substation Details These drawings show detailed information required for the installation of a substation. This includes: pad installation, conduit routing, and connection details. In addition to the information that is stored on our documentation drawings, vendor shop drawings are also kept on file.

9. Drawings SITE-BLDG-E-110 - E-129 - Plot Plans These drawings contain information pertaining to any exterior services, which are not covered under any of the other drawing classifications. Since these drawings are "site" oriented, they should be numbered SITE-888-E-110, 111, etc. These drawings externally reference the Civil model (example: SITE-888-C-BASE) for the site.

10. Drawings SITE-BLDG-E-130 - E-179 - Overhead and Underground Distribution These drawings show overhead power lines and underground distribution lines for the specific site. These drawings should be numbered SITE-888-E-130, 131, etc. These drawings externally reference the Civil model (example: SITE-888-C-BASE) for the site.

11. Drawings SITE-BLDG-E-180 - E-199 - Power Distribution and Grounding These drawings show the location of panels, motor control centers, substations, etc. and may show the approximate routing of the distribution conduits. The conduit size and fill are to be shown on the one line diagrams (see classification 080-099). All grounding drawings show the locations of ground wires from the cadwelds at the columns to the ground rod locations. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.



12. Drawings SITE-BLDG-E-200 - E-299 - Lighting Plans

These drawings show light fixture layouts. Lighting drawings are generally drawn at 1/8"=1'-0" scale. Task lighting for process areas may be shown on the process drawings outlining the lighting locations around the equipment. Only the code name for the fixtures, circuit designation and wire fills are shown on these drawings. Any other descriptive information for the fixtures shall be entered in the fixture schedule under drawings 010-013. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.

13. Drawings SITE-BLDG-E-300 - E-349 - Power Plans These drawings show the receptacle layouts in the office buildings, the convenience outlets throughout the plant, special receptacles for some of building service equipment, fire doors, and the power for all environmental support systems (HVAC, pumps, boiler houses, controllers, etc.) Any information related to the motors and heaters shown on theses plans should also be entered in the Motor and Equipment Schedules under drawings 400-409. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.

14. Drawings SITE-BLDG-E-350 - E-399 - Power Plans (Process) These drawings show the process power and control wiring which runs from panel to panel, field device to panel, and from field device to field device. A field device is a device mounted on the equipment (as opposed to inside of a panel). All other information related to process motors installed on these drawings should be entered in the Motor and Equipment Schedules, drawings 410-419. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout and may also reference a process model (example: SITE-BLDG-E-1PROC or SITE-BLDG-E-350PROC)

15. Drawings SITE-BLDG-E-400- E-409 - Motor and Equipment Data (Building Service) These drawings are used to document motors, unit heaters and other miscellaneous equipment. Typical items contained on the motor and equipment schedules include: name of furnisher, motor number, horsepower, voltage, amperes, power source, and the plan drawing number indicating where the equipment is found. The plan view should designate only the motor number. The motor horsepower is shown only for motors greater than ¼ horsepower. This series of drawings is used to document equipment that is part of the Building Service. Building Service equipment is any electrical equipment that is required for the on-going operations within the building. Use Electrical Template Inserts\SCHEDULE – MOTOR AND EQUIPMENT.

16. Drawings SITE-BLDG-E-410 - E-419 - Motor and Equipment Data (Process) These drawings are used to document motors, heaters and other miscellaneous equipment. Typical items contained on these schedules include: name of furnisher, motor number, horsepower, voltage, amperes, power source, and the drawing number indicating where the plan drawing is found. The plan view should designate only the motor number. The motor horsepower is shown only for motors greater than ¼ horsepower, otherwise an ‘F’ is entered to designate a fractional horsepower motor. This series of drawings is used to cover the equipment that is part of a Process Line (the equipment used to produce a product). This equipment is related only to the Process and has no functional effect on the operation of the building. Use Electrical Template Inserts\SCHEDULE – MOTOR AND EQUIPMENT.



17. Drawings SITE-BLDG-E-420 - E-459 - Details (Building Service)

These drawings are used to show details such as a section cut showing the mounting of transformers, the mounting of a building service piece of equipment, or the positioning of a substation.

18. Drawings SITE-BLDG-E-460 - E-499 - Details (Process) These drawings are used to show details such as an elevation of a process equipment assembly showing all the mounting locations of the devices, panel mounting location, and where any wireway is located. These drawings are also used to show section cuts through MCC rooms, installation of the wireways, and conduit routing into MCC's.

19. Drawings SITE-BLDG-E-525 - E-549 These drawings are used for Elevator Elementaries.

20. Drawings SITE-BLDG-E-525 - E-549 - (currently not used) These drawing numbers are currently not used.

21. Drawings SITE-BLDG-E-550 - E-579 - (Miscellaneous Wiring Diagrams) These drawings are used for miscellaneous wiring diagrams, which are not covered by the other wiring diagram classifications.

22. Drawings SITE-BLDG-E-580 - E-599 - Communications (Telephone, Public Address, Intercom, and Sound)

These drawings are used to show items related to the communications of a building or plant. They include: the location of the telephones and raceways, speaker locations and wiring, intercom connections and locations. Telephone layouts should show the telephone outlet locations and the conduit runs. Public address systems should show speaker layouts, wiring, and conduit. These systems are used for music, emergency notifications, and paging. Intercom systems are similar to public address systems but are used as more of a direct communications link between two points. Fire Alarm systems may be tied into a public address system, a security services system, or both. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.

23. Drawings SITE-BLDG-E-600 - E-629 - Elementary Diagrams These drawings are used to show the elementary diagrams for environmental support or building service items such as exhaust fans, pumps, heaters, fire door controls and air conditioning. These items are always related to the services of the building. These are generally set up with three elementary columns on the drawing, each being 10" wide. Use Electrical Template Inserts\ELEMENTARY – 3 COLUMN.



24. Drawings SITE-BLDG-E-630 - E-649 - MCC Assemblies

These drawings are used to show the requirements of the MCC sections. Use Electrical Template Inserts\SCHEDULE – MOTOR CONTROL CENTER ASSEMBLIES. The items included on these drawings include: schematic wiring diagrams, elementary diagrams, layouts of the front and rear sections of MCC's, specification callouts for the requirements of the MCC, and a reference for the elementary drawings (where applicable).

25. Drawings SITE-BLDG-E-650 - E-669 - Boilers These drawings are used to show boiler related documentation. This information includes: elementaries, schematic diagrams, and necessary vendor drawings, if they are supplied.

26. Drawings SITE-BLDG-E-670 - E-679 - Compressors These drawings are used to show compressor related documentation. This information includes: elementaries, schematic diagrams, and necessary vendor drawings, if they are supplied.

27. Drawings SITE-BLDG-E-680 - E-689 - Chillers These drawings are used to show chiller related documentation. This information includes: elementaries, schematic diagrams, and necessary vendor drawings, if they are supplied.

28. Drawings SITE-BLDG-E-690 - E-699 - Water Treatment These drawings are used to show water treatment related documentation. This information includes: elementaries, schematic diagrams, and necessary vendor drawings, if they are supplied.

29. Drawings SITE-BLDG-E-700 - E-709 – Area Classification Drawings SITE-BLDG-E-700 thru E-703 will be used for floor plan area classification drawings (first floor, second floor, third floor, roof). The remainder of the drawing numbers SITE-BLDG- E-704 thru E-709 can be used for area classification details or elevations as required.

30. Drawings SITE-BLDG-E-710A - E-729Z - Programmable Controllers, P.C. Inputs These drawings are used for outlining the logic for programmable controller input.

31. Drawings SITE-BLDG-E-730A - E-749Z - Programmable Controllers, P.C. Outputs These drawings are used for outlining the logic for programmable controller output.

32. Drawings SITE-BLDG-E-750 - E-799 - Fire Alarms Supervisory Systems These drawings are used to show fire alarm supervisory systems and are created at 1/16" =1'-0" scale.



33. Drawings SITE-BLDG-E-800 - E-849 - Security Floor Plans

These drawings are used to show security plans, closed circuit television, and access control systems. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.

34. Drawings SITE-BLDG-E-850 - E-899 - (currently not used) This section is currently not used.

35. Drawings SITE-BLDG-E-900 - E-909 - Computer Symbols, Miscellaneous Details These drawings are used to document computer symbology and other miscellaneous installation details.

36. Drawings SITE-BLDG-E-910A - E-914Z - Ethernet Systems - Floor Plans These drawings are used to show plan layouts of building ethernet systems. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.

37. Drawings SITE-BLDG-E-915 - E-919 - Ethernet Risers and Details These drawings are used to show ethernet risers and any other ethernet installation details.

38. Drawings SITE-BLDG-E-920A - E-924Z - Broadband Systems - Floor Plans These drawings are used to show plan layouts of building broadband systems. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout.

39. Drawings SITE-BLDG-E-925 - E-929 Broadband Risers and Details These drawings are used to show broadband risers and any other broadband installation details.

40. Drawings SITE-BLDG-E-930A - E-934Z Misc. Computer Systems - Floor Plans These drawings are used to show plan layouts of building computer systems not covered within the ethernet and broadband classifications. These drawings externally reference the Architectural model (example: SITE-BLDG-A-1FL) for the building layout .

41. Drawings SITE-BLDG-E-935 - E-939 Misc. Computer Systems Risers and Details These drawings are used to show computer risers and any other installation details not covered within the ethernet and broadband classifications.

42. Drawings SITE-BLDG-E-940 - E-999 (currently not used) (Future Computer) These drawing numbers are currently not used. This classification will be used for future computer installations.



Electrical Engineering Drafting Standards The following is a set of standards to be used for the creation and modification of Electrical drawings.

1. Conduit Continuation

Any conduit stopping on one drawing and continuing on another drawing must have a continuation note as follows:

2. Conduit Fill Identification to Single Location The standard way to show conduit fill to a single location is as follows: (2) 3”-3#500KCM,1#2GRD or ¾”-1-2/C#18SH

3. Conduit Fill Identification to Multiple Locations

The standard way to show conduit fill to multiple locations is as follows: The above shall mean: total wire count is 28#14, 8#14 go to CP6, 10#14 go to CP3 and 10#14 go to CP5.

4. Legend Codes

All process electrical work will use a legend code system after the conduit fill to indicate which panel or piece of equipment the wire is running to. The legend code is set up so that the complete panel description does not need to be written out all over the plan drawing. Example: ½”-3#12(1) would indicate 3#12 in ½” conduit is running to CP1. The description for the legend code shall be shown in the lower right-hand corner of each process electrical drawing. Include all the following information. Example: LEGEND CODE: (1) CP1-MODE/SMO STPA-235-E-350 Below each legend code on process electrical drawings, the division elementary number shall be called out.



5. Drawing Elevations Elevation drawings should show devices, panels, MCC’s, and wireway locations, but no conduit or wire fill. Special cases where conduits would be shown on the elevation drawing might be where one has a tank running through several floor levels. The majority of the conduit runs will be vertical for this application. When conduits are shown on the elevation drawings, only device locations are shown on the plan drawings. Conduit is never shown on both the elevation and plan drawings. Elevation drawings, if at all possible, should be drawn to scale. If not, heights must be noted for ceilings and mounting heights of devices and equipment.

6. Explosion Proof Relief Walls Where not obvious, explosion proof relief walls must be indicated on all drawings.

7. Drawing Scale of Process Electrical Drawings The standard drawing scale for a process electrical plan in 1/2”=1’-0”. On many of the older drawings, the process wiring is shown at 1/8” or 1/4"=1’-0”. These drawings are very difficult to read or make modifications to. If possible, these areas should be redrawn to 1/2"=1’-0” scale. If this is done, the project engineer must remove that area from the existing drawing and reference that area to the new drawing number. Example:

8. Reference Drawings

Reference drawings mean “Reference Only - No Work Required”. No project work should be shown on these drawings. Once the project has been issued, remove the reference only note before returning the CAD files.

9. Panel Provision versus Panel Space In a panelboard, 3M takes the meaning of a space to be an empty space whereas provision means that the panel is set-up with the necessary hardware capable of breaker installation.

10. Panelboard Schedules When multiple circuits are used in panelboard schedule for 2 pole and 3 pole circuit breakers, the circuit description is to be shown in the first circuit and the following circuits shall be filled with dashes (the old standard had been to show an arrow).



11. Area Classification Documentation For areas that are not general purpose, area classification drawings shall be created. These drawings shall designate the size, height and noting the dimensions, where appropriate, of the hazardous area. Denote classified area’s on facilities drawings by including the following diagram on the pages.

The E-700 series drawings shall be created and follow the example hatching types shown below.

12. Conduit & Wire Schedules Conduit and wire schedules should not be used.

13. Conduit Seals Do not locate or show conduit seals on the drawings. This must be done in the field.

14. Plugmold Where plugmold is used, the size of the plugmold, receptacle type and center distance between receptacles shall be called out.

15. Separate Devices or Single Enclosure with Multiple Devices One device symbol with 2, 3, 4, etc. separate device designations indicates separate devices located in the same general area and each requires individual mounting and wiring. (Example: PL134, PL136. PL137.) When devices are shown with a slash mark between them, this indicates that the number of devices are mounted in one enclosure. (Example: PL134/PL135, PL136/137)



16. Heat Trace Heat trace shall be shown in one of the following ways (where the mechanical piping is copied into the electrical drawing): or Please note, piping isometric drawings or elevation sketches may be included in the bid package for reference.



Lighting CAD As-Built Standards / New Design Standards

• Purpose: To expedite CAD As Builts and New Design CAD drawing packages for lighting projects by

eliminating non-value added work. Through conversations with Plant Maintenance, Resident, Plant and Facilities Engineers, Electrical Contractors and Consulting Engineering Firms it was discovered that including conduit and wire runs on lighting drawings has some disadvantages for 3M.

• Longer Design Time / Higher CAD Costs.

• Higher Bid Prices – Contractors bid the jobs exactly the way they are drawn. During construction, they are

allowed to optimize conduit routing within certain guidelines and reduce their costs. These cost savings are not passed on to 3M. By removing the conduit and wire runs from the drawing package, the contractors bid an optimized installation to remain competitive.

• Conduit and Wire Information is rarely part of the final As Built Package. Usually fixture types, and

locations, lighting panel circuit number, and any local switching are only accurate as built information received.

• Conduit and Wire Information is rarely helpful on future projects. Due to the traditional inaccuracy of this

information, it is rarely used on follow-up work. It is considered low priority information. • Scope: This Standard is only for Lighting Design Packages and Lighting As Builts. • Standard: The minimum information required on all Lighting Drawings (E-200 series) is listed below. See below

in this document for graphical examples.

• Accurate Fixture Counts and Locations

• Appropriate Fixture Symbol locations with the following textual information. • Fixture Code • Lighting Panel and Circuit Number • Local Switch Letter (if applicable)

• Local Manual Switch or Occupancy Sensor locations with the following textual information.

• Lighting Panel and Circuit Number • Switches • Lighting Panel Locations

• Notes or Details about lighting installation method (i.e. chain hung, tandem-wired, pendant mounted,

mounting height, in-board/out-board bi-level switching, etc.) If details are required they would be created on a detail sheet.

• Notes and boundaries if an area is rated other than General Purpose (i.e. Class I, Div. 1 or 2, Class

10,000/1000/10 Clean Room, etc.)



FLUORESCENT LIGHTING

FIXTURE TYPE FIXTURE DESCRITPION FIRST DIGIT X SECOND DIGIT

X Fluorescent Type: A thru J Digit Code

Description Digit Code

Description

A Fluorescent Recessed Air Handling A thru H J thru Q R thru Z

Air Supply Air Supply and Return Air Return

B Fluorescent Recessed A thru F G thru T U thru Z

12 inch width 24 inch width Special

C Fluorescent Wrap Around Fixture A thru K L thru T U thru Z

Surface Pendant Special

D Fluorescent Strip Fixture A thru K L thru T U thru Z

Surface Pendant Special

E Unassigned F Fluorescent Industrial Fixture A thru F

G thru M N thru S T thru W U thru Z

Surface Pendant Vapor Proof Special Explosion Proof

G Future Fluorescent Type H Future Fluorescent Type I Digit I not used throughout J Future Fluorescent Type



HIGH INTENSITY DISCHARGE (H.I.D) INCLUDING (METAL HALIDE, H.P. SODIUM & QUARTZ)

FIXTURE TYPE FIXTURE DESCRITPION FIRST DIGIT X SECOND DIGIT

X Digit Code


Description

K H.I.D. or Quartz Recessed Air Handling A thru H J thru Q R thru Z

Air Supply Air Supply and Return Return

L H.I.D. or Quartz Recessed A thru H J thru Q R thru V W thru Z

Round Square Semi Special

M H.I.D or Quartz Surface A thru D General N H.I.D or Quartz Industrial A thru M

N thru S T thru W X thru Z

Integral Ballast Remote Ballast Special (as Vaporlite etc.) Explosion Proof

O H.I.D. or Quartz Outdoor A thru H J thru O P thru V W thru Z

Flood Wall Street Special

P Future H.I.D. or Quartz Type Q Future H.I.D. or Quartz Type



INCANDESCENT TYPES FIXTURE TYPE FIXTURE DESCRIPTION FIRST DIGIT

xx SECOND DIGIT

xx Incandescent Type: R thru X Battery Powered Type: Y Exit Lights: Z Digit Code


Description

R Incandescent Recessed Air Handling A thru H J thru Q R thru Z

Air Supply Air Supply & Return Air Return

S Incandescent Recessed A thru H J thru Q R thru V W thru Z

Round Square Semi Special

T Incandescent Surface A thru M N thru S T thru Z

Ceiling Hung Wall Hung Special

U Incandescent Pendant A thru K L thru Q R thru V W thru Z

Stem Hung Chain Hung Cord Hung Special

V Incandescent Industrial A thru F G thru M N thru S T thru W X thru Z

Surface Pendant Vapor Proof Special Explosion Proof

W Incandescent Outdoor A thru H J thru O P thru V W thru Z

Flood Wall Street Special

X Future Incandescent Y Battery Powered (All Types) A thru F

G thru K L thru P W thru Z

Lead Acid, Lead Acid Sealed Battery Nickel Cadmium Dry Cell Special

Z Exit Lights (All Types of Lighting) A thru E F thru K M thru P Q thru U V thru Z

Wall Surface Ceiling Surface Recessed Stem Special



FIXTURE LAMP / WATTAGE DESCRIPTION

THIRD DIGIT 11

FLUORESCENT INCANDESCENT, H.I.D, ETC. Digit Code

Description Type & Number of Lamps in Fixture

Digit Code

Description

1 1 - 4’ lamp A 60 watts and below, Ref fixture spec. for 2 2 - 4’ lamp exact wattage 3 3 - 4’ lamp B 75 4 4 - 4’ lamp C 85 5 Special* D 100 6 Special* E 125 7 Compact Fluorescent (All Wattages) F 150 8 1 - 8’ lamp G 175 9 2 - 8’ lamp H 200 I Omit J 250 K 275 L 300 M 400 N 500 O 750 P 1000 Q 1500 R 2000 S 2500 T 3000 and above; Ref. Fixture spec. for

exact watt. U Special* V Special* W Special* X Special* Y Future Z Future

*Per Designers Option Lamps to be defined in fixture description Para. On fixture schedule

• FIXTURE SYMBOL (Fixture with Ballast)



• FIXTURE SYMBOL (Fixture without Ballasts)

• TANDEM WIRED FIXTURES (2 Lamps each fixture – exposed conduit)

• TANDEM WIRED FIXTURES (2 Lamps each fixture –concealed conduit)

• OCCUPANCY SENSORS

• MANUAL SWITCHES



Electrical Engineering Short Circuit / Arc Flash Files

• For 3M Projects, electrical short circuit and arc flash studies must be completed. • In most projects, SKM PowerTools for Windows® software will be used. In few projects, the IEEE

1584 Arc Flash Study which uses MircoSoft® Excel® will be used. See reference below for naming convention to be used when creating such files and shall be returned to 3M as described elsewhere in this Standard. Also refer to Division Engineering Tip Sheets available on eMatrix under ‘Documentation’ see Uploading SKM Files and Revising SKM Files.

Electrical Engineering Short Circuit / Arc Flash Files Naming Convention

• For SKM PowerTools files, the SKM project name will be given the same name as the Facilities Engineering electrical one-line diagram (see Section 6200.). For example, if the Facilities Engineering electrical one-line diagram for 2-US-1 was found on drawing number STPA-002-E-080, the SKM project name would be STPA-002-E-080.

• On existing 3M Drawings, where more than one one-line diagram (i.e. two substation shown on a

single drawing) is shown on a single sheet drawing, the one-line diagram shall be redrawn to include only one one-line diagram per sheet drawing. Where needed, a new drawing number may be obtained as described elsewhere in this Standard.

• For IEEE 1584 Arc Flash Studies using Excel®, a .pdf file of the IEEE 1584 Arc Flash Study named

after the procedure above shall be created.

Layering Conventions

Section 7000



MAP LAYER This command should be used to update drawings with old AutoCAD R12 layer names or old CV layer numbers to the new standards for AutoCAD R14/Softdesk 8, to AutoCAD 2002. These map files may also be used if the layer colors are not set to the 3M standards. These files can be found under \Engineering_AutoCAD_2009_Support\Data\All\Mapl. Choose the "Map layers" command from the 3M pull-down menu or from the 3M buttons toolbar.

AR2SD-E.dat Use this to update all old arch layer names (new & existing) to the new arch layer

names. All layers will be given the “e-“ prefix to indicate they are existing layers.

AR2SD-N.dat Updates old architectural layer names (new and existing) to the new architectural layer names. Layers will retain New vs. Existing status.

Anew2ext.dat This file does not rename old ASG/R12 layer names to new S8/R14 layers names.

Instead, it is used to update the S8/R14 layers that are currently new layers (no prefix) to layers that have the “e-“ prefix to indicate they are existing layers.

Emcc2sd.dat Updates MCC electrical diagrams. This file updates old ASG/R12 layer names to

the new standards for S8/R14. Enam2sd.dat Updates old ASG/R12 layer name to the new standards for S8/R14. * Enum2sd.dat Updates old CV layer numbers to the new standards for S8/R14.*

*You may want to run Enam2sd and Enum2sd on electrical drawings. FP2sd.dat Updates Fire Protection drawings to the new S8/R14 standards. Me2sd.dat Updates Mechanical drawings to the new S8/R14 standards.

After you use the “Map Layer” command, use the "Purge Drawing" button from the 3M menu to purge all unused entities from the drawing. This will remove the old layer names that are no longer used.



Facilities General Layering Conventions

Each Facilities discipline has established a standard layering convention for the naming of the layers that are used for their specific Discipline. To insert any of the Standard Facilities Discipline layering scheme which are shown on the following pages. Select the 3M /Fere Workspace go to the Facilities General Tool Palette and the first menu that will be displayed contains the over-all layering for each discipline such as Arch Layer, Civil Layer, etc. If you have the need to insert the layering files manually they can be found at c:\acadsupp20XX\symbols\Facilities\General and select the particular discipline you need such as Arch Layer, civil Layer, etc. Let it be known that when you purge your file any layer that has not been populated with information will be deleted. When this happens just follow the above procedures again and the missing layers will be replaced.

Architectural Layering StandardsGeneral Layers (A-001 - A-999 Series Drawings)Layer Name Description Color3M-BORDER Border Line 1723M-BORDER-BORDER-TEXT Title Block Text 2553M-BORDER-DIVISION Division insert 1023M-BORDER-DIVISION-TEXT Division text 2553M-BORDER-FACILITIES Facilities insert 1023M-BORDER-FACILITIES-TEXT Facilities text 2553M-BORDER-LABORATORY Laboratory insert 1023M-BORDER-LABORATORY-TEXT Laboratory text 2553M-BORDER-PICS PICS insert 1023M-BORDER-PICS-TEXT PICS text 2553M-BORDER-SME SME insert 1023M-BORDER-SME-TEXT SME text 2553M-TBLOCK Title Block isertion layer 172DEFPOINTS MVIEW Polyline WhiteDETAILS Details 4HATCH Hatch Patterns 31IMAGE Raster Images 8KEYPLAN Key Plan Insertion Layer 53KEYHATCH Key Plan Hatch 7SYMBOL Annotation Symbols / Lines / Text 3REVISION Revision Symbol / Cloud 7TEXT Text / Schedule Text 4XREF Xref insertion layer 1

Title sheets (A-001 Series Drawings)Layer Name Description Color Line Type Group

Room Finish Schedules (A-002 -A-009 Series Drawings)Layer Name Description Color Line Type Group

Door Schedules (A-010 -A-019 Series Drawings)Layer Name Description Color Line Type Group

Hardware Groups (A-020 Series Drawings)Layer Name Description Color Line Type Group

Door and Frame Types (A-050 -A-055 Series Drawings)Layer Name Description Color Line Type Group

Orientation Plans (A-100 -A-169 Series Drawings)Layer Name Description Color Line Type GroupDEMO NEW-DEMOLITION 161 DASHED DEMOE-DEMO EXISTING-DEMOLITION 253 DASHED DEMO

DOORTAG NEW-DOOR & WINDOWS NO.'S 252 DASHED DOOR/WNDDOOR NEW-DOORS 121 CONTINUOUS DOOR/WNDHEADER NEW-DOOR HEADERS 211 CONTINUOUS DOOR/WNDHEADER NEW-WINDOW HEADERS 120 CONTINUOUS DOOR/WNDGLAZE NEW-WINDOWS 121 CONTINUOUS DOOR/WNDEXTHEADER NEW-EXTRA DOOR HEADERS 191 CONTINUOUS DOOR/WNDEXTHEADER NEW-EXTRA WINDOW HEADERS 191 CONTINUOUS DOOR/WNDE-DOORTAG EXISTING-DOOR & WINDOWS NO.'S 101 CONTINUOUS DOOR/WNDE-DOOR EXISTING-DOORS 141 CONTINUOUS DOOR/WNDE-HEADER EXISTING-DOOR HEADERS 171 CONTINUOUS DOOR/WNDE-HEADER EXISTING-WINDOW HEADERS 151 CONTINUOUS DOOR/WNDE-GLAZE EXISTING-WINDOWS 141 CONTINUOUS DOOR/WNDE-EXTHEADER EXISTING-EXTRA DOOR HEADERS 254 CONTINUOUS DOOR/WND

E-EXTHEADER EXISTING-EXTRA WINDOW HEADERS 181 CONTINUOUS DOOR/WND

ELEVATION ELEVATION FINISHES 253 CONTINUOUS ELEVATION

BENCHWORK NEW-BENCHWORK 11 CONTINUOUS EQUIPMENTPROCESS NEW-EQUIPMENT 132 CONTINUOUS EQUIPMENTRACKING NEW-RACKING 142 CONTINUOUS EQUIPMENTLABSINK NEW-LAB SINKS 11 CONTINUOUS EQUIPMENTFUMEHOOD NEW-FUME HOODS 21 CONTINUOUS EQUIPMENTE-BENCHWORK EXISTING-BENCHWORK 131 CONTINUOUS EQUIPMENTE-PROCESS EXISTING-EQUIPMENT 122 CONTINUOUS EQUIPMENTE-RACKING EXISTING-RACKING 253 CONTINUOUS EQUIPMENTE-LABSINK EXISTING-LAB SINKS CONTINUOUS EQUIPMENTE-FUMEHOOD EXISTING-FUME HOODS CONTINUOUS EQUIPMENT

FLOOROPG NEW-FLOOR OPENINGS 241 CONTINUOUS FLOORSFLOORGRID NEW-RAISED FLOOR GRIDS 231 CONTINUOUS FLOORSE-FLOOROPG EXISTING-FLOOR OPENINGS 1 CONTINUOUS FLOORSE-FLOORGRID EXISTING-RAISED FLOOR GRIDS 32 CONTINUOUS FLOORS

FURN NEW-OFFICE FURNITURE 12 CONTINUOUS FURNITUREFMMISC NEW-MISC. LOCKERS,ETC. 152 CONTINUOUS FURNITUREPANEL NEW-MOVABLE PARTITIONS 222 CONTINUOUS FURNITUREFCODES NEW-FURNITURE CODES 7 CONTINUOUS FURNITUREPCODES NEW-PANEL CODES 7 CONTINUOUS FURNITUREE-FURN EXISTING-OFFICE FURNITURE 21 CONTINUOUS FURNITUREE-FMMISC EXISTING-MISC. LOCKERS,ETC. 253 CONTINUOUS FURNITUREE-PANEL EXISTING-MOVABLE PARTITIONS 221 CONTINUOUS FURNITUREE-FCODES EXISTING-FURNITURE CODES 21 CONTINUOUS FURNITUREE-PCODES EXISTING-PANEL CODES 21 CONTINUOUS FURNITURE

GRIDLINE NEW-GRID LINES 173 CENTER GRIDS..(CORE)COLUMN NEW-COLUMNS 201 CONTINUOUS GRIDS..(CORE)GRIDBUB NEW-GRID BUBBLES, TEXT 55 CONTINUOUS GRIDS..(CORE)E-GRIDLINE EXISTING-GRID LINES 170 CONTINUOUS GRIDS..(CORE)E-COLUMN EXISTING COLUMNS 200 CONTINUOUS GRIDS..(CORE)E-GRIDBUB EXISTING -GRID BUBBLES,ETC. 10 CONTINUOUS GRIDS..(CORE)

CENTER CENTERLINE, PLOT WIDTH 1 1 CENTER LINES (.LYR)CENTER CENTERLINE, PLORWIDTH 2 2 CENTER LINES (.LYR)CENTER CENTERLINE, PLOTWIDTH 3 30 CENTER LINES (.LYR)DASH1L LARGE DASHES, PLOT WIDTH 1 1 DASHED LINES (.LYR)DASH1M LARGE DASHES, PLOT WIDTH 2 2 DASHED LINES (.LYR)DASH1H LARGE DASHES, PLOT WIDTH 3 30 DASHED LINES (.LYR)DASH2L SMALL DASHES, PLOT WIDTH 1 1 DASHED2 LINES (.LYR)DASH2M SMALL DASHES, PLOT WIDTH 2 2 DASHED2 LINES (.LYR)DASH2H SMALL DASHES, PLOT WIDTH 3 30 DASHED2 LINES (.LYR)LIGHT SOLID LINE, PLOT WIDTH 1 1 CONTINUOUS LINES (.LYR)MEDIUM SOLID LINE, PLOT WIDTH 2 2 CONTINUOUS LINES (.LYR)HEAVY SOLID LINE,PLOT WIDTH 3 30 CONTINUOUS LINES (.LYR)

DIMLINE NEW-DIMENSIONS 4 CONTINUOUS NOTATION (COREHATCH NEW-PATTERN HATCHING 31 CONTINUOUS NOTATION (CORETEXT NEW-TEXT (from dynamic text) 4 CONTINUOUS NOTATION (COREE-DIMLINE EXISTING-DIMENSIONS 183 CONTINUOUS NOTATION (COREE-HATCH EXISTING-PATTERN HATCHING 31 CONTINUOUS NOTATION (COREE-TEXT EXISTING-TEXT (from dynamic text) 51 CONTINUOUS NOTATION (CORE

PLUMBING NEW-PLUMBING FIXTURES 160 CONTINUOUS PLUMBINGSTALL NEW-TOILET PARTITIONS 162 CONTINUOUS PLUMBINGE-PLUMBING EXISTING-PLUMBING FIXTURES 121 CONTINUOUS PLUMBINGE-STALL EXISTING-TOILET PARTITIONS 100 CONTINUOUS PLUMBING

CEILGRID NEW-REFLECTED CEILING 94 CONTINUOUS REFLCLNGAROVHD NEW-OVERHEAD LINES 230 DASHED REFLCLNGELIGHTCLG NEW-LIGHTS/SPEAKERS 8 CONTINUOUS REFLCLNGCEILING NEW-DIFF/SPRINKLERS 252 CONTINUOUS REFLCLNGE-CEILGRID EXISTING-REFLECTED CEILING 241 CONTINUOUS REFLCLNGE-AROVHD EXISTING-OVERHEAD LINES 6 DASHED REFLCLNGE-ELIGHTCLG EXISTING-LIGHTS/SPEAKERS 8 CONTINUOUS REFLCLNGE-CEILING EXISTING-DIFF/SPRINKLERS 252 CONTINUOUS REFLCLNG

ROOF NEW-ROOF OUTLINE 5 CONTINUOUS ROOFSRFLINES NEW-ROOF LINES 23 CONTINUOUS ROOFSRFOPNG NEW-ROOF OPENINGS 223 CONTINUOUS ROOFSRFMISC NEW-ROOF STANDS,STACKS,ETC. 223 CONTINUOUS ROOFSE-ROOF EXISTING-ROOF OUTLINES 240 CENTER2 ROOFSE-RFLINES EXISTING-ROOF LINES 212 CONTINUOUS ROOFSE-RFOPNG EXISTING-ROOF OPENINGS 242 CONTINUOUS ROOFSE-RFMISC EXISTING-ROOF STANDS,STACKS,ETC 242 CONTINUOUS ROOFS

SITE NEW-CURBS, SIDEWALKS 113 CONTINUOUS SITEE-SITE EXISTING-CURBS, SIDEWALKS 70 CONTINUOUS SITE

SPACE NEW-SPACE PLANNING 131 CONTINUOUS SPACEPLANE-SPACE EXISTING-SPACE PLANNING 253 CONTINUOUS SPACEPLAN

STRUCTURAL NEW-STRUCTURAL MENUS 210 CONTINUOUS STRUCTLE-STRUCTURAL EXISTING-STRUCTURAL MENUS 210 CONTINUOUS STRUCTL

ROOMTAGMS NEW-ROOM NAMES & NO'S (MS) 95 CONTINUOUS TAGSROOMTAG NEW-ROOM NAMES & NO'S (PS) 210 HIDDEN TAGSREVISION NEW REV. CLOUDS & TRIANGLES 7 CONTINUOUS TAGSE-ROOMTAGMS EXISTING-ROOM NAMES & NO'S (MS) 220 HIDDEN TAGSE-ROOMTAGMS EXISTING-ROOM NAMES & NO'S (PS) 180 CONTINUOUS TAGSE-REVISION EXISTING REV. CLOUDS & TRIANGLES

STAIRRAIL NEW-STAIR, HANDRAILS 253 CONTINUOUS VERTICALSTAIR NEW-STAIRS, RAILS 32 CONTINUOUS VERTICALE-STAIRRAIL EXISTING-STAIR, HANDRAILS 253 CONTINUOUS VERTICALE-STAIRRAIL EXISTING-STAIRS, RAILS 50 CONTINUOUS VERTICAL

WALL NEW-INTERIOR WALLS 135 CONTINUOUS WALLSWALLMOVE NEW-MOVABLE PARTITIONS 174 DASHED WALLSWALLLOW NEW-PARTIAL HEIGHT WALLS 174 CONTINUOUS WALLSEXTWALL NEW-EXTERIOR WALLS 5 CONTINUOUS WALLSPOCHE NEW-WALL HATCHING 44 CONTINUOUS WALLSE-WALL EXISTING-INTERIOR WALLS 40 CONTINUOUS WALLSE-WALLMOVE EXISTING-MOVABLE PARTITIONS 253 CONTINUOUS WALLSE-WALLLOW EXISTING-PARTIAL HEIGHT WALLS 253 CONTINUOUS WALLSE-EXTWALL EXISTING-EXTERIOR WALLS 40 CONTINUOUS WALLSE-POCHE EXISTING-WALL HATCHING CONTINUOUS WALLS

Code Plans (A-170 -A-179 Series Drawings)Layer Name Description Color Line Type Group

Code Information 1 CODE1 31 CONTINUOUS Codes



Master Plans (A-180 -A-199 Series Drawings)Layer Name Description Color Line Type Group

Basement Area Plans (A-200 -A-249 Series Drawings)First Floor Area Plans (A-250 -A-299 Series Drawings)Second Floor Area Plans (and up) (A-300 -A-399 Series Drawings)Roof Plans (A-400 -A-409 Series Drawings)Layer Name Description Color Line Type Group

Roof Details (A-410 -A-449 Series Drawings)Layer Name Description Color Line Type Group

Building Elevations (A-450 -A-499 Series Drawings)Layer Name Description Color Line Type Group

Building Sections (A-500 - A-549 Series Drawings)

Layer Name Description Color Line Type Group

Exterior Details (A-550 - A-599 Series Drawings)Layer Name Description Color Line Type Group

Reflected Ceiling Plans (A-600 - A-649 Series Drawings)Layer Name Description Color Line Type Group

Common Area Plans / Elevations (A-650 - A-699 Series Drawings)Layer Name Description Color Line Type Group

Vertical Circulation (A-700 - A-749 Series Drawings)Layer Name Description Color Line Type Group

Typical Interior Details (A-750 - A-799 Series Drawings)Layer Name Description Color Line Type Group

Special Plans and Elevations (A-800 - A-849 Series Drawings)Layer Name Description Color Line Type Group

Special Area Details (A-850 - A-899 Series Drawings)Layer Name Description Color Line Type Group

Equipment Plans (A-900 - A-939 Series Drawings)Layer Name Description Color Line Type Group

Lab Details & Elevations (A-940 - A-949 Series Drawings)Layer Name Description Color Line Type Group

Currently not used (A-950 - A-959 Series Drawings)Currently not used (A-960 - A-969 Series Drawings)Currently not used (A-970 - A-979 Series Drawings)Currently not used (A-980 - A-999 Series Drawings)Layer Name Description Color Line Type Group

T

E

Civil Layering Standards

General Layers (C-001 - C-999 Series Drawings)Layer Name Description Color3M-BORDER Border Line 1723M-BORDER-BORDER-TEXT Title Block Text 2553M-BORDER-DIVISION Division insert 1023M-BORDER-DIVISION-TEXT Division text 2553M-BORDER-FACILITIES Facilities insert 1023M-BORDER-FACILITIES-TEX Facilities text 2553M-BORDER-LABORATORY Laboratory insert 1023M-BORDER-LABORATORY-T Laboratory text 255

3M-BORDER-PICS PICS insert 1023M-BORDER-PICS-TEXT PICS text 2553M-BORDER-SME SME insert 1023M-BORDER-SME-TEXT SME text 2553M-TBLOCK Title Block isertion layer 172DEFPOINTS MVIEW Polyline WhiteDETAILS Details 4HATCH Hatch Patterns 31IMAGE Raster Images 8KEYPLAN Key Plan Insertion Layer 53KEYHATCH Key Plan Hatch 7SYMBOL Annotation Symbols / Lines / Text 3REVISION Revision Symbol / Cloud 7TEXT Text / Schedule Text 4XREF Xref insertion layer 1

General Model Layers (C-001 - C-999 Series Drawings)layers E-01 to E-09 Site Model Framework / Setting

Layer Name Description Color Line TypeE-01--100FT-GRIDLINE 3M local plant site 100' gridline - No text 177E-02--500FT-GRIDLINE 3M local plant site 500' gridline - No text 173E-03--SHEET-LAYOUT Sheet frames & master sheet key numbers 252E-04--BM-MON-IP--PERM Permanent survey control symbol: BM, MON, IP 252E-04L---LABEL Coordinates, elevation, note for Permanent survey control 254

E-05--SRVY-CNTRL-TEMP Temporary survey control: PK nail, hub, TP, misc. 253E-05L---LABEL-NOTE Coordinates, elevation, note for Temporary survey control 253E-06--PROPRTY-LIN-COR Property Line & Corner symbol: PROP 10E-06L---LABL-BRG-DIST Label: bearing/distance, dimension for Property Line 254E-07--EASEMENT-ROW Easement & Right-of-Way line 183 DASHED1E-07L---LABEL Label & dimension for Easement, Right-of-Way 252E-08--SEC-QTR-16TH-LN Section, quarter-section, sixteenth line 253 DASHED1E-09--LOT-LINE Lot line, parcel boundary 165 LONG-DASH3E-09L---LABEL Label: lot number, parcel identification 252

layers E-10 to E-29 Basic Site Elements - Existing

Layer Name Description Color Line TypeE-10--BLDG--FACE-FDN Building footprint; at Face of Foundation 243E-10A---FROM-AERIAL Building outline from Aerial photography 252E-10N---BLDG-NAME-NO Building Number, Name 215E-11C---COLUMN-LINE Building column line - reference only - Noplot 251 CENTERLINE-CE-11R---RFMISC-PNTHSE Penthouse, miscellaneous items on roof 235E-12--ROAD-PRKG-FC-EP Road, Parking lot: at face curb (gutter flowline) or edge pav't 155E-12A---FROM-AERIAL Road, parking lot from Aerial photography 155E-12B---BK-CRB-ED-GUT Back of Curb, Edge of Gutter (conc / bit matchline) 155E-12D---DIGITZED-RD Road, parking lot from Digitized source 155E-12N---ROAD-NAME Road Name, Parking Lot Label 252E-13C---GEOMETRIC-CL Geometric Centerline of Road, station tic 251 CENTERLINE-CE-13R---GEOM-REFLINE Geometry: radial line, center point, PI, PC, PT symbol 251E-13T---CRVDATA-STATX Geometric Text: curve data, station number, dimension 252E-13X---USR-GEOM-NPLT User geometric construction line, reference - Noplot 252E-14--RR-TRACK Railroad Track 145E-14A---FROM-AERIAL Railroad Track from Aerial photography 145E-14L---LABEL Track number, label 252E-15C---GEOMETRIC-CL Geometric Centerline of Railroad, station tic 251 CENTERLINE-CE-15R---GEOM-REFLINE Geometry: radial line, center point, PI, PC, PT symbol 251E-15T---CRVDATA-STATX Geometric Text: curve data, station number, dimension 252E-15X---USR-GEOM-NPLT User geometric construction line, reference - Noplot 252E-16--SDWK-SLAB-DIKE Sidewalk, concrete slab/fdn, dike, ret. wall, misc civil item 195E-16L---LABEL Label for element on layer E-16… 252E-17--CONC-JT--GEN Concrete Joint - generic 252 SHORT-SPACEE-17C---CONTRACTN-JT Contraction Joint 252 CENTERLINE-AE-17E---EXPANSION-JT Expansion Joint 252E-18--FENCE Fence, gate 252E-18G---GRDPOST-RAIL Guardpost - GP, Guardrail - GR or line 252E-18L---LABEL Label for element on layer E-18… 252E-19--HYD-PIV-PS Hydrant, Post Indicator Valve, Pipe Support 252E-19L---LABEL Label for element on layer E-19... 252E-20--TANK-MISC-EQUIP Tank, miscellaneous non-civil major equipment 225E-20L---LABEL Label for element on layer E-20… 252E-21--ABVGR-OHD-PIPE Non-civil aboveground Piping: on grade or overhead 251 CENTER2E-21U-UG-TANK-TUNNEL Underground tank, Tunnel 225 HALF-SPACEE-21X-ABANDOND-UG-TNK Abandoned underground tank 251 HALF-DASHE-22C-KEY-COORDINATE Key reference Coordinate: building corner, road centerline 252E-22E-KEY-EL--SPOT-TC Key reference Elevation: bldg floor, top casting, spot on slab 252E-23--SURF-TYPE-LABEL Surface type label 252E-24--PAV-STRIPE-BMPR Striping: traffic / parking, Parking bumper, wheelstop 251E-24T---PRKG-NOTE Parking note; space count, width 252E-25--SIGN Sign 252E-25L---LABEL Sign label 252E-26--SOIL-BORING Soil Boring & label 252E-27--WELL Well & label 253E-28--UNIDENT-FEATURE Unidentified Feature 9E-29--RMVL-DEMOL-ITEM Removal / Demolition Item 20 HALF-DASH

layers as required Non-civil Site Elements - Existing ELEC--PP-LP-MH-EQUIP Power pole, Light pole, Electrical MH / HH, equipment 252ELEC--UG-DUCT-VAULT Electrical underground duct / vault 252 HALF-SPACE

FPRO--FIREMAIN-BY-CIV Fire Protection: Firemain entered by civil 252 DASHDOTMECH--AS-REQ-BY-CIV Mechanical miscellaneous piping entered by civil 252 DASHDOT2

layers E-90 to E-97 Roof Vents / Emissions Sources - Existing E-90--SIGNIF-VENT Environmentally Significant Emissions: vent / duct 100E-90L---ID-NUMBER Vent / Duct Identification number 102E-90T---SIZE Vent / Duct Size 104E-91--INSIGNIF-VENT Environmentally Insignificant Emissions: vent / duct 40E-91L---ID-NUMBER Vent / Duct Identification number 42E-91T---SIZE Vent / Duct Size 44E-92--NOVNT-RF-PENETR Roof penetration; not a vent / duct 240E-92L---ID-NUMBER Penetration Identification number 242E-92T---SIZE Penetration Size 244E-93--ROOF-DRAIN Roof Drain 200E-93L---ID-NUMBER Roof Drain Identification number 202E-93T---SIZE Roof Drain Size 204E-94--AC-MECH-UNIT Mechanical equipment / unit 140E-94L---ID-NUMBER Mechanical equipment / unit Identification 142E-94T---SIZE Mechanical equipment / unit Size 144E-95--OTHER Miscellaneous item 180E-95L---ID-NUMBER Miscellaneous item Identification 182E-95T---SIZE Miscellaneous item Size 184E-96--ROOF-ELEVATION Roof surface Elevation 222E-97--PNT-LTR-RF-CODE Point Letter Reference Code 21

layers P-10 to P-29 Basic Site Elements - Proposed P-10--BLDG--FACE-FDN Building footprint: at Face of Foundation 21P-10N---BLDG-NAME-NO Building Number, Name 31P-11C---COLUMN-LINE Building column line; reference only - Noplot 252 CENTERLINE-CP-12--ROAD-PRKG-FC-EP Road, Parking lot: at face curb (gutter flowline) or edge pav't 130P-12B---BK-CRB-ED-GUT Back of Curb, Edge of Gutter (conc / bit matchline) 130P-12N---ROAD-NAME Road Name, Parking Lot Label 130P-13C---GEOMETRIC-CL Geometric Centerline of Road, station tic 161 CENTERLINE-CP-13R---GEOM-REFLINE Geometry: radial line, center point, PI, PC, PT symbol 212P-13T---CRVDATA-STATX Geometric Text: curve data, station number, dimension 221P-13X---USR-GEOM-NPLT User geometric construction line, reference - Noplot 253P-14--RR-TRACK Railroad Track 140P-14L---LABEL Track number, label 141P-15C---GEOMETRIC-CL Geometric Centerline of Railroad, station tic 161 CENTERLINE-CP-15R---GEOM-REFLINE Geometry: radial line, center point, PI, PC, PT symbol 212P-15T---CRVDATA-STATX Geometric Text: curve data, station number, dimension 221P-15X---USR-GEOM-NPLT User geometric construction line, reference - Noplot 253P-16--SDWK-SLAB-DIKE Sidewalk, concrete slab/fdn, dike, ret. wall, misc civil item 210P-16L---LABEL Label for element on layer P-16… 211P-17--CONC-JT--GEN Concrete Joint - generic 121 SHORT-SPACEP-17C---CONTRACTN-JT Contraction Joint 101 CENTERLINE-AP-17E---EXPANSION-JT Expansion Joint 51P-18--FENCE Fence, gate 103P-18G---GRDPOST-RAIL Guardpost - GP, Guardrail - GR or line 112P-18L---LABEL Label for element on layer P-18… 112P-19--HYD-PIV-PS Hydrant, Post Indicator Valve, Pipe Support 151P-19L---LABEL Label for element on layer P-19... 141

P-20--TANK-MISC-EQUIP Tank, miscellaneous non-civil major equipment 230P-20L---LABEL Label for element on layer P-20… 231P-21--ABVGR-OHD-PIPE Non-civil aboveground Piping: on grade or overhead 200 CENTER2P-21U-UG-TANK-TUNNEL Underground tank, Tunnel 231P-22C-KEY-COORDINATE Key project Coordinate 91P-22E-KEY-EL--SPOT-TC Key project Finished Elev: spot on conc,top casting,fin grade 91P-23--SURF-TYPE-LABEL Surface type label 60P-24--PAV-STRIPE-BMPR Striping: traffic / parking, Parking bumper, wheelstop 133P-24T---PARKING-NOTE Parking note; space count, width 71P-25--SIGN Sign 111P-25L---LABEL Sign label 71P-26--SOIL-BORING Soil Boring & label 92P-27--WELL Well & label 92P-29--TEMP-CONST-ITEM Temporary construction item: silt fence, const. trailer, etc. 73

Property Plot Plans (C-001 -C-002 Series Drawings)General Model Layers as required.

Cover and Index Sheets (C-003 -C-047 Series Drawings)Layer Name Description Color Line Type

Original Boundary Surveys (C-048 - C-049 Series Drawings)General Model Layers as required.

Traffic Control, including signing, striping (C-050 -C-099 Series Drawings)General Model Layers as required.

Site Utility Plans (Not to be used for Const.)(3M use only)(C-100-C-149 Series Drawings)General Model Layers as required.

Landscaping Plans (C-150 - C-199 Series Drawings)layers E-50 to E-55 Landscaping - Existing

Layer Name Description Color Line TypeE-50--TREE Tree 85E-50L---LABEL Tree label 252E-51--SHRUB Shrub 85E-51L---LABEL Shrub label 252E-52--LSCP-EDGE-DSGN Landscape Edging, mulch area, design line definition 125E-53--LSCP-MISC Miscellaneous landscape item 125E-54 openE-55 open

layers E-56 to E-88 Unassigned - Existing E-56 open . .E-88 open

layers E- 89A,B,C…Z User Insurance - Existing BoneyardE-89A user description Abandoned / misc, save for possible future reference . . E-89Z user description Abandoned / misc, save for possible future reference

layers P-50 to P-55 Landscaping - Proposed Layer Name Description Color Line TypeP-50--TREE Tree 90P-50L---LABEL Tree label 122P-51--SHRUB Shrub 80P-51L---LABEL Shrub label 122P-52--LSCP-EDGE-DSGN Landscape Edging, mulch area, design line definition 143P-53--LSCP-MISC Miscellaneous landscape item 143P-54 openP-55 open

layers P-56 to P-88 Unassigned - Proposed / Project P-56 openP-57 openP-58 openP-59 open . . . . . .P-87 openP-88 open

layers P-89A,B,C…Z User Insurance - Proposed / Project BoneyardP-89A user description Design Alternate: Save for possible reconsideration . .P-89C user description Design Alternate: Save for possible reconsideration

Grading and Drainage showing contours,elevations, and x-sections (C-200 - C-299 Series Drawings)

layers E-30 to E-39 Grading & Drainage - Existing Layer Name Description Color Line TypeE-30--INDEX-CONTOUR Index Contour - normally 10' interval 253 DASHED2E-30A-INTERMD-CONTOUR Intermediate Contour - normally 1' interval 252 DASHED2E-30L---CONTOUR-LABEL Elevation text label for Contour 252E-31--SPOT-ELEV--GEN General spot elevation, ground shot 252E-32A-TOP-SLOPE Top of slope - definition line 83 HIDDEN2E-32B-TOE-SLOPE Toe of slope - definition line 53 HALF-DASHE-33 openE-34--CULV-END-ONLY End of culvert symbol: Apron or Plain 253E-34E---CULV-INV-ELEV Invert Elevation at end of culvert 252E-34P-CULV-PIPE-ONLY Culvert Pipe - no end symbol 252 CENTERLINE-AE-34T---PIPE-SIZ-TYPE Diameter & Type of culvert pipe 252E-35--DITCH-SRFDRNAGE Ditch centerline, Surface drainage arrow 135 CENTERLINE-BE-35L---LABEL-NOTE Ditch label, Surface drainage note 252E-36--EDGE-OF-WATER Edge of river, lake, pond, marsh, slough, swamp 135 DASHDOTE-36L---LABEL Label for element on layer E-36… 252E-37 open

E-38 openE-39 open

layers P-30 to P-39 Grading & Drainage - ProposedLayer Name Description Color Line TypeP-30--INDEX-CONTOUR Index Contour - normally 10' interval 50P-30A-INTERMD-CONTOUR Intermediate Contour - normally 1' interval 100P-30L---CONTOUR-LABEL Elevation text label for Contour 100P-31 openP-32A-TOP-SLOPE Top of slope - definition line 72 HIDDEN2P-32B-TOE-SLOPE Toe of slope - definition line 92 HALF-DASHP-33 openP-34--CULV-END-ONLY End of culvert symbol: Apron or Plain 120P-34E---CULV-INV-ELEV Invert Elevation at end of culvert 81P-34P-CULV-PIPE-ONLY Culvert Pipe - no end symbol 120P-34T---PIPE-SIZ-TYPE Diameter & Type of culvert pipe 81P-35--DITCH-SRFDRNAGE Ditch centerline, Surface drainage arrow 142 DIVIDE2P-35L---LABEL-NOTE Ditch label, Surface drainage note 151P-36--EDGE-OF-WATER Edge of river, lake, pond, marsh, slough, swamp 150 DASHDOTP-36L---LABEL Label for element on layer P-36… 151P-37 openP-38 openP-39 open

Horizontal and Vertical Control Plans and Profiles showingcoordinates, control monuments, and benchmarks(C-300 -C-399 Series Drawings)Layer Name Description Color Line Type

Sewer Plans and Profiles (C-400 -C-499 Series Drawings)layers E-40 to E-49 Sewers - Existing

Layer Name Description Color Line TypeE-40--STORM-STRUCT Storm sewer Structure 95E-40A---STRM-STRUC-ID Storm structure Identification Number / Letter 253E-40D---STRM-STR-DATA Storm structure Data: coords, TC elev, Invert Elevations 252E-40P---STRM-PIPE Storm sewer Pipe 97 SHORT-SPACEE-40PL--STRM-PIPE-LBL Storm pipe Label: length, diameter, type 252E-40SU--SUBDR-AND-LBL Subdrain pipe (foundation, misc.) & label 97 HALF-DASHE-41--SANITARY-STRUCT Sanitary sewer Structure 55E-41A---SAN-STRUCT-ID Sanitary structure Identification Number / Letter 253E-41D---SAN-STRU-DATA San structure Data: coords,TC elev, Invert Elevations 252E-41P---SAN-PIPE Sanitary sewer Pipe 57 XLONG-DASH2E-41PL--SAN-PIPE-LBL Sanitary pipe Label: length, diameter, type 252E-42--CHEM-SWR-STRUCT Chemical sewer Structure 205E-42A---CHEM-STRUC-ID Chemical structure Identification Number / Letter 253E-42D---CHEM-STR-DATA Chem structure Data: coords, TC elev, Invert Elevations 252E-42P---CHEM-PIPE Chemical sewer Pipe 205 LONG-DASH3E-42PL--CHEM-PIPE-LBL Chemical pipe Label: length, diameter, type 252E-43--AUX-SWR-STRUCT Auxiliary sewer Structure 33E-43A---AUX-STRUCT-ID Auxiliary structure Identification Number / Letter 253

E-43D---AUX-STRU-DATA Aux structure Data: coords, TC elev, Invert Elevations 252E-43P---AUX-PIPE Auxiliary sewer Pipe 25 HIDDENE-43PL--AUX-PIPE-LBL Auxiliary pipe Label: length, diameter, type 252E-45--ABAN-SWR-STRUCT Abandoned sewer Structure 252E-45A---ABAN-STRUC-ID Abandoned structure Identification Number / Letter 252E-45D---ABAN-STR-DATA Aband structure Data: coords, TC elev, Invert Elevations 252E-45P---ABAN-PIPE Abandoned sewer Pipe 252 DASHED1E-45PL--ABAN-PIPE-LBL Abandoned pipe Label: length, diameter, type 252E-46--UNIDENTIFIED-MH Unidentified Manhole ( undetermined system ) 253E-47 openE-48 openE-49 open

layers P-40 to P-49 Sewers - ProposedLayer Name Description Color Line TypeP-40--STORM-STRUCT Storm sewer Structure 70P-40A---STRM-STRUC-ID Storm structure Identification Number / Letter 72P-40D---STRM-STR-DATA Storm structure Data: coords, TC elev, Invert Elevations 82P-40P---STRM-PIPE Storm sewer Pipe 110P-40PL--STRM-PIPE-LBL Storm pipe Label: length, diameter, type 82P-40SU--SUBDR-AND-LBL Subdrain pipe (foundation, misc.) & label 82 HALF-DASHP-41--SANITARY-STRUCT Sanitary sewer Structure 40P-41A---SAN-STRUCT-ID Sanitary structure Identification Number / Letter 52P-41D---SAN-STRU-DATA San structure Data: coords,TC elev, Invert Elevations 62P-41P---SAN-PIPE Sanitary sewer Pipe 30P-41PL--SAN-PIPE-LBL Sanitary pipe Label: length, diameter, type 62P-42--CHEM-SWR-STRUCT Chemical sewer Structure 241P-42A---CHEM-STRUC-ID Chemical structure Identification Number / Letter 181P-42D---CHEM-STR-DATA Chem structure Data: coords, TC elev, Invert Elevations 153P-42P---CHEM-PIPE Chemical sewer Pipe 220P-42PL--CHEM-PIPE-LBL Chemical pipe Label: length, diameter, type 153P-43--AUX-SWR-STRUCT Auxiliary sewer Structure 11P-43A---SAN-STRUCT-ID Auxiliary structure Identification Number / Letter 61P-43D---SAN-STRU-DATA Aux structure Data: coords, TC elev, Invert Elevations 32P-43P---AUX-PIPE Auxiliary sewer Pipe 41P-43PL--AUX-PIPE-LBL Auxiliary pipe Label: length, diameter, type 32P-45--ABAN-SWR-STRUCT To be Abandoned sewer Structure 32P-45A---ABAN-STRUC-ID To be Abandoned structure Identification Number / Letter 22P-45D---ABAN-STR-DATA To be Aband structure Data: coords, TC elev, Invert Elev's 32P-45P---ABAN-PIPE To be Abandoned sewer Pipe 22 DASHED1P-45PL--ABAN-PIPE-LBL To be Abandoned pipe Label: length, diameter, type 32

Soil Boring Plans, Logs, and Profiles (and up)(C-500 -C-599 Series Drawings)Layer Name Description Color Line Type

Miscellaneous Details and SectionsPlan Area Blowups (C-600 -C-699 Series Drawings)General Model Layers as required

Environmental Projects (C-700 -C-799 Series Drawings)General Model Layers as required

Maintenance - Blacktop overlays, patching(C-800 - C-899 Series Drawings)General Model Layers as required

Non - Project Civil Drawings (original topography and utilitysurveys, development plans (C-900 - C-999 Series Drawings)

layers SD… as required Survey Data imported from srvy\…dwg for referenceLayer Name Description Color Line TypeSD-01 POINT-FROM-SDI Point entity from Survey Data Input 253SD-02 ELEVATION Elevation 253SD-03 CODE Survey Code 253SD-04 SHOT-NO Survey Shot Number 253SD-05 PT-BRKLN-4-TIN Valid point or surface breakline for TIN generation - from SDI 253SD-06 USR-EDIT-4-TIN User edit of input data for TIN generation 253

Structural Layering Standards

General Layers (S-001 - S-999 Series Drawings)Layer Name Description Color3M-BORDER Border Line 1723M-BORDER-BORDER-TEXT Title Block Text 2553M-BORDER-DIVISION Division insert 1023M-BORDER-DIVISION-TEXT Division text 2553M-BORDER-FACILITIES Facilities insert 1023M-BORDER-FACILITIES-TEXT Facilities text 2553M-BORDER-LABORATORY Laboratory insert 102

3M-BORDER-LABORATORY-TEXLaboratory text 255

3M-BORDER-PICS PICS insert 1023M-BORDER-PICS-TEXT PICS text 2553M-BORDER-SME SME insert 1023M-BORDER-SME-TEXT SME text 2553M-TBLOCK Title Block isertion layer 172

DEFPOINTS MVIEW Polyline White

DETAILS Details 4

HATCH Hatch Patterns 31

IMAGE Raster Images 8

KEYPLAN Key Plan Insertion Layer 53

KEYHATCH Key Plan Hatch 7

SYMBOL Annotation Symbols / Lines / Text 3

REVISION Revision Symbol / Cloud 7

TEXT Text / Schedule Text 4

XREF Xref insertion layer 1

Drawing Index and Construction Notes (S-001 - S-009 Series Drawings)Schedules (S-400 -S-799 Series Drawings)Layer Name Description ColorBORDER Schedule Border lines 1

Foundation and Basement Plans (S-010 - S-099 Series Drawings)Framing Plans - (S-100 -S-399 Series Drawings)Elevations (S-800 -S-899 Series Drawings)Layer Name Description Color3100 Concrete Columns 1303200 Concrete Beams 130

3300 Concrete Joists 1303400 Foundation Wall 33500 Foundation Footings 3 Hidden3600 Concrete Slab 33700 Expansion / Control Joint 23800 Piles 33900 Concrete Panel 3

4100 Masonry Wall 1

5100 Steel Columns 130

6100 Timbers 130

NOTES General Notes 7KEYPLAN Keyplan Information 53GRIDBUB Grid Bubbles / Grid Text 55GRIDLINE Gridlines 173 CenterHIDDEN Hidden Lines 1 HiddenCENTER Center Lines 2 CenterDASHED Dashed Lines 1 DashedPHANTOM Phantom Lines 1 PhantomDIMLINE Dimensions 4REFERENCE Equip.; Process; Mech; etc. 8 DashedEXISTING Existing Members / Items 8

Details and Sections (S-900 - S-999 Series Drawings)Layer Name Description Color3000 Concrete Misc. 1303100 Concrete Columns 1303200 Concrete Beams 1303400 Foundation Wall 33500 Foundation Footings 3 Hidden3600 Concrete Slab 33800 Piles 33900 Concrete Panel 33HATCH Concrete Hatch 5

4000 Masonry Misc. 130

4100 Masonry Wall 14HATCH Masonry Hatch 5

5100 Steel Columns 130

5200 Steel Beams 130

5300 Steel Joists 130

5400 Steel Angles or Bridging 25500 Steel Misc. 1305510 Steel Plates; Clip Angles; etc. 35HATCH Steel Hatch 5

6100 Timber 1306HATCH Timber Hatch 5

BOLTS Anchor Bolts; ASTM; etc. 2

WELD Weld Symbols / Text 2NOTES General Notes 7GRIDBUB Grid Bubbles / Grid Text 55GRIDLINE Gridlines 173 CenterHIDDEN Hidden Lines 1 HiddenCENTER Center Lines 2 CenterDASHED Dashed Lines 1 DashedPHANTOM Phantom Lines 1 PhantomDIMLINE Dimensions 4REFERENCE Equip.; Process; Mech; etc. 8 DashedEXISTING Existing Members / Items 8

Mechanical Layering Standards

General Layers (M-001 - M-999 Series Drawings)Layer Name Description Color3M-BORDER Border Line 1723M-BORDER-BORDER-TEXT Title Block Text 2553M-BORDER-DIVISION Division insert 1023M-BORDER-DIVISION-TEXT Division text 2553M-BORDER-FACILITIES Facilities insert 1023M-BORDER-FACILITIES-TEXT Facilities text 2553M-BORDER-LABORATORY Laboratory insert 102

3M-BORDER-LABORATORY-TEXT Laboratory text 2553M-BORDER-PICS PICS insert 1023M-BORDER-PICS-TEXT PICS text 2553M-BORDER-SME SME insert 1023M-BORDER-SME-TEXT SME text 2553M-TBLOCK Title Block isertion layer 172DEFPOINTS MVIEW Polyline WhiteDETAILS Details 4HATCH Hatch Patterns 31IMAGE Raster Images 8KEYPLAN Key Plan Insertion Layer 53KEYHATCH Key Plan Hatch 7SYMBOL Annotation Symbols / Lines / Text 3REVISION Revision Symbol / Cloud 7TEXT Text / Schedule Text 4XREF Xref insertion layer 1

Cover Sheet, Indexes and Symbol Sheets(M-001 -M-009 Series Drawings)Layer Name Description ColorHVAC_SYMBOLS Standard HVAC Symbols 6MECH_DWG_INDEX Drawing Index for Project 244PIPE_SYMBOLS Standard Piping Symbols 161PIPELINE_SYMBOLS Standard Pipe Line Symbols 62PLUMB_FIXTURES Standard Plumbing Fixtures 61SECTIONS_DETAILS Standard Section Symbols 3

Outside Utility Piping Drawings (M-010 - M-099 Series Drawings)Layer Name Description ColorPNOTES Piping Notes Text 51PAGTANK Aboveground Storage Tank 240PUGTANK Underground Storage Tank 240PPIPING Generic Pipe SUP 50PPIPINGR Generic Pipe RET 50PAIR AIR - DRY -DA- 9

AIR - INSTRUMENT - 25PSIG -IA 9

C

AIR - LUBRICATED - AG -LA-2- 9AIR - OIL FREE -CA- 9AIR - OIL FREE -CA-2- 9

PAIRU AIR - LUBRICATED - UG -LA- 9PCHILLWR CHILLED WTR RET - AG -CWR-4- 200PCHILLWRU CHILLED WTR RET - UG -CWR-6- 200PCHILLWS CHILLED WTR SUP - AG -CWS-4- 180PCHILLWSU CHILLED WTR SUP - UG -CWS-6- 180PCTWRR COOLING TWR RET - AG -CTWR- 203PCTWRRU COOLING TWR RET - UG -CTWR-2- 203PCTWRS COOLING TWR SUP - AG -CTWS- 171PCTWRSU COOLING TWR SUP - UG -CTWS-2- 171PDCW WATER - CITY SUPPLY -CW-6- 161

WATER - COLD -CW-2- 161WATER - COLD -CWL-2 161WATER - COLD LAB -CLW-2- 161

PDCWC WATER - HOT - CIRCULATING -HW 231WATER - HOT LAB - CIRCULATING 231

PDHW WATER - HOT -HW-2- 231WATER - HOT -HWL-2- 231WATER - HOT LAB -HLW-2- 231

PDHWR HEATING WATER RETURN -HWR- 211HEATING WATER RETURN -HWR-3- 211

PDHWS HEATING WATER SUPPLY -HWS- 210HEATING WATER SUPPLY -HWS-3- 210

PDTWTR WATER - TEMPERED LAB -TLW- 51WATER - TEMPERED -TW-2- 51

PDWTR WATER - PLANT -PLW-5- 51WATER - RIVER SUPPLY -RWS-6- 51WATER - WELL - AG -WW-2- 51

PDWTRU WATER - WELL - UG -WW-6- 51PEGR ETHYLENEGLYCOL RET -EGR- 82PEGS ETHYLENEGLYCOL SUP -EGS- 80

PFPIPEU FP UG Piping 3PFSMBLU FP UG Piv-Hyd-Symb 230PFTEXTU FP UG Text 50E-PFPIPEU Existing FP UG Piping 141E-PFSMBLU Existing FP UG Piv-Hyd-Symb 211E-PFTEXTU Existing FP UG Text 130

PFOR FUEL OIL RETURN -FOR- 32FUEL OIL RETURN -FOR-2- 32

PFOS FUEL OIL SUPPLY -FOS- 32FUEL OIL SUPPLY -FOS-2- 32

PGAS GAS - FIRM NATURAL -FG- 32GAS - INERT -IG- 32GAS - INTERRUPTIBLE NAT. -INTG 32GAS - NATURAL -G- 32

PLABWASTE WASTE - LABORATORY - AG -LW-3- 3

N

D

PLABWASTE WASTE - LABORATORY - AG -LW-5- 3PLABWASTE WASTE - LABORATORY - UG =LW= 3PLABWASTE WASTE - LABORATORY - UG =LW-9= 3PLPGAS GAS - LIQUID PROPANE -LPG- 32PLPGAS GAS - PROPANE - AIR -PGA- 32PNITROGEN NITROGEN - ABOVEGROUND -N- 6PNITROGENU NITROGEN - UNDERGROUND -N-4- 6PREFRIG REFRIGERANT 12-HOT GAS -R-12HG 114PREFRIG REFRIGERANT 12-LIQUID -R-12L- 114PREFRIG REFRIGERANT 12-SUCTION -R12S- 114PREFRIG REFRIGERANT 22-HOT GAS -R-22HG 114PREFRIG REFRIGERANT 22-LIQUID -R-22L- 114PREFRIG REFRIGERANT 22-SUCTION -R22S- 114PSANWASTE WASTE - SANITARY - AG -SAN- 34PSANWASTE WASTE - SANITARY - AG -SAN-4- 34PSANWASTE WASTE - SANITARY - AG -W- 34PSANWASTE WASTE - SANITARY - UG =SAN-6= 34PSANWASTE WASTE - SANITARY - UG =SAN-7= 34PSTEAMR STEAM - BOILER BLOW DOWN -BD 50PSTEAMR STEAM - COND - 125PSIG -HPC- 50PSTEAMR STEAM - COND - 15PSIG -LPC- 50PSTEAMR STEAM - COND - 285PSIG -HPC-2- 50PSTEAMR STEAM - COND PMP DISCHAR -CP 50PSTEAMR STEAM - VENT -VS- 50PSTEAMS STEAM - 10PSIG -10S- 1PSTEAMS STEAM - 125PSIG -125S- 1PSTEAMS STEAM - 15PSIG -15S- 1PSTEAMS STEAM - 285PSIG -285S- 1PSTORM STORM - AG -DS-2- 252PSTORMU STORM - UG =STORM-2= 252PVACUUM VACUUM -VAC-2- 21PVENT VENT - PLUMBING - AG -V-2- 8PVENT VENT - PLUMBING =V= 8PVENT VENT - PLUMBING -GV- 8PVENTU VENT - PLUMBING - UG --V-2-- 8

Underground Plumbing (M-100 - M-199 Series Drawings)Layer Name Description ColorE-PSANWASTE Existing Underground Piping 94PSANWASTE New Underground Piping 140E-PLBTEXT Existing Piping Text 90

Existing Paper Space ItemsPLBTEXT New Piping Text 141

Paper Space Items

Aboveground Piping (M-200 - M-259 Series Drawings)Layer Name Description ColorE-PPIPING Existing Aboveground Piping 30PPIPING New Aboveground Piping 50E-PLBTEXT Existing Piping Text 31

m

Existing Paper Space ItemsPLBTEXT New Piping Text 51

Paper Space ItemsE-PEQUIP Existing Piping Related Equipment 242PEQUIP New Piping Related Equipment 240

Aboveground Piping Sections (M-260 - M-269 Series Drawings)Layer Name Description Color

Aboveground Piping Details and Diagrams(M-270 - M-289 Series Drawings)Layer Name Description Color

Aboveground Piping Equipment Schedules(M-290 - M-299 Series Drawings)Layer Name Description Color

HVAC (M-300 - M-359 Series Drawings)Layer Name Description ColorHSDUCT General Ductwork 140HTEXT Hvac text and paperspace items 141HSDIFF Ceiling grid diffuser layout 150HEQUIP Hvac related equipment 240E-HSDUCT Existing General Ductwork 94E-HTEXT Existing Hvac text and paperspace ite 90E-HSDIFF Existing Ceiling grid diffuser layout 94E-HEQUIP Existing Hvac related equipment 242

HVAC Sections (M-360 - M-369 Series Drawings)Layer Name Description Color

HVAC Details (M-370 - M-389 Series Drawings)Layer Name Description Color

HVAC Schedules (M-390 - M-399 Series Drawings)Layer Name Description Color

HVAC Schedules (M-390 - M-399 Series Drawings)Layer Name Description Color

Fire Protection Sprinkler Plans, Sections, and Details(M-400 - M-449 Series Drawings)Layer Name Description ColorPFPIPE FP Main Piping 231PFPIPEB FP Branch Piping 3PFSPRINK FP Sprinklers 242PFSPRINKC FP Sprinklers Below Ceilings 230PFTEXT FP Sprinkler Text 50E-PFPIPE Existing FP Main Piping 52E-PFPIPEB Existing FP Branch Piping 141E-PFSPRINK Existing FP Sprinklers 11E-PFSPRINKC Existing FP Sprinklers Below Ceilings 211E-PFTEXT Existing FP Sprinkler Text 130

Fire Protection Supervisory Alarm Systems Plans and Details(M-400S - M-449S Series Drawings)Layer Name Description ColorPFPIPED FP Detection System 95PFTEXT FP Detection System Text 50PFSUPV FP Supervisory 141PFSUPVTXT FP Supervisory Text 130E-PFPIPED Existing FP Detection System 56E-PFTEXT Existing FP Detection System Text 130E-PFSUPV Existing FP Supervisory 32E-PFSUPVTXT Existing FP Supervisory Text 82

Fire Protection Supervisory CO2/Halon Systems Plans,Sections, and Details (M-450 - M-499 Series Drawings)Layer Name Description ColorPFCO2 FP Co2 System 212PFTEXT FP Co2 System Text 50E-PFCO2 Existing FP Co2 System 121E-PFTEXT Existing FP Co2 System Text 130

Temperture Control Sheets (M-500 - M-599 Series Drawings)Layer Name Description Color

Boiler and/or Compressor Building Plans(M-600 - M-659 Series Drawings)Layer Name Description Color

Boiler and/or Compressor Building Sections(M-660 - M-669 Series Drawings)Layer Name Description Color

Boiler and/or Compressor Building Details and DiagramsM-670 - M-689 Series Drawings)Layer Name Description Color

Boiler and/or Compressor Building Schedules(M-690 - M-699 Series Drawings)Layer Name Description Color

Cooling Towers (M-700 - M-709 Series Drawings)Layer Name Description Color

Wells, Water Supply and Treatment(M-710 - M-719 Series Drawings)Layer Name Description Color

Waste Treatment and Disposal (M-720 - M-729 Series Drawings)Layer Name Description Color

Fire Reservoir and Pump House (M-730 - M-739 Series Drawings)Layer Name Description Color

Gas Equipment (M-740 - M-749 Series Drawings)Layer Name Description Color

Fuel Oil Tanks and Equipment (M-750 - M-759 Series Drawings)Layer Name Description Color

Incineration (M-760 - M-769 Series Drawings)Layer Name Description Color

Dust Collectors (M-770 - M-779 Series Drawings)Layer Name Description Color

Process Equipment (M-780 - M-899 Series Drawings)Layer Name Description Color

Process Flow Drawings (M-900 - M-909 Series Drawings)Layer Name Description ColorPIDFLOW PID - Process Flow Lines 3PIDINSTR PID - Instrument Lines 15PIDMAJOR PID - Major Flow Lines 12PIDMINOR PID - Minor Flow Lines 6

Process Plans and Sections (M-910 - M-949 Series Drawings)Layer Name Description Color

Process Details and Diagrams (M-950 - M-999 Series Drawings)Layer Name Description Color

Electrical Layering Standards

General Layers (E-001 - E-999 Series Drawings)Layer Name Description Color3M-BORDER Border Line 1723M-BORDER-BORDER-TEXT Title Block Text 2553M-BORDER-DIVISION Division insert 1023M-BORDER-DIVISION-TEXT Division text 2553M-BORDER-FACILITIES Facilities insert 1023M-BORDER-FACILITIES-TEXT Facilities text 2553M-BORDER-LABORATORY Laboratory insert 1023M-BORDER-LABORATORY-TEXT Laboratory text 2553M-BORDER-PICS PICS insert 1023M-BORDER-PICS-TEXT PICS text 2553M-BORDER-SME SME insert 1023M-BORDER-SME-TEXT SME text 2553M-TBLOCK Title Block isertion layer 172DEFPOINTS MVIEW Polyline WhiteDETAILS Details 4HATCH Hatch Patterns 31IMAGE Raster Images 8KEYPLAN Key Plan Insertion Layer 53KEYHATCH Key Plan Hatch 7SYMBOL Annotation Symbols / Lines / Text 3REVISION Revision Symbol / Cloud 7TEXT Text / Schedule Text 4XREF Xref insertion layer 1

Cover Sheets (E-001 Series Drawings)Layer Name Description Color

Drawing Index (E-002 -E-004 Series Drawings)Layer Name Description ColorINDEXFORM Form Outline 4INDEXTEXT Form Text 2

Symbol Sheet (E-005 -E-009 Series Drawings)Layer Name Description ColorESYMB Symbols 7

Fixture Schedules (E-010 -E-013 Series Drawings)Layer Name Description ColorFIXTUREFORM Fixture Form 4FIXTURETEXT Fixture Text 4

Panelboard Index (E-014 Series Drawings)

Layer Name Description ColorINDEXFORM Form Outline 4INDEXTEXT Form Text 2

Panelboard Schedules (E-015 -E-079 Series Drawings)Layer Name Description ColorMIN-BREAK Short Circuit Info 3PANELFORM Panel Outline 4PANELTEXT Panel Text 2

One Line Diagrams (E-080 -E-099 Series Drawings)Layer Name Description ColorE1LIN Control Devices 2E1LIN Schematic Diagrams 2E1LIN Primary Equipment 2E1LIN Secondary Equipment 2E1LIN Switchgear Box 2E1LIN Miscellaneous 2

ECOND One-line Conduits & Fittings 1

Substation Details (E-100 -E-109 Series Drawings)Layer Name Description ColorEPWR Receptacles/Disconnects/Motors 3EDEVICE Devices/Pushbuttons 2ETAG Conduit Leaders/Device Tags 3EPNL Power Panels/Control Panels 6EHAZ Electrical Area Classification Box or Notes 8ECOND General Conduit 1ECOND Under Floor Conduit 1ECOND Conduit In Wall 1ECOND Celluar Conduit 1ECOND Conduits Above Ceilings 1ETEXT General Text 4EDIM Dimensioning 6

Plot Plans (E-110 -E-129 Series Drawings)Layer Name Description ColorEPWR Receptacles/Disconnects/Motors 3EDEVICE Devices/Pushbuttons 2ETAG Conduit Leaders/Device Tags 3EPNL Power Panels/Control Panels 6EHAZ Electrical Area Classification Box or Notes 8ECOND General Conduit 1ECOND Under Floor Conduit 1ECOND Conduit In Wall 1ECOND Celluar Conduit 1ECOND Conduits Above Ceilings 1ETEXT General Text 4EDIM Dimensioning 6

Overhead and Underground Distribution (E-130 -E-179 Series Drawings)Layer Name Description ColorECOND Primary Bus 1ECOND Secondary Bus 1ECOND Primary Feeders/General 1ECOND Secondary Feeders/General 1ECOND Primary Feeders/Overhead 1ECOND Secondary Feeders/Overhead 1ETEXT General Text 4

Power Distribution and Grounding (E-180 -E-199 Series Drawings)Layer Name Description ColorECOND Conduit or wire 1EGROUND Grounding Device 1ETEXT General Text 4

Lighting Plans (E-200 -E-299 Series Drawings)Layer Name Description ColorELTG Lighting Fixtures 3ELTG Emergency Lights 3ELTG Emergency Misc. Devices 3ELTG Emergency Exit Signs 3EDEVICE Switches/Devices 1ECOND Light Circuits/General 1ECOND Light Circuits/Under Floor 1ECOND Light Circuits/Wall 1ECOND Light Circuits/Cellular 1ECOND Light Circuits/Above Ceiling 1EDIM Dimensioning 6

Power Plans (E-300 -E-349 Series Drawings)Layer Name Description ColorEPWR Receptacles/Disconnects/Motors 3EDEVICE Devices/Pushbuttons 2ETAG Conduit Leaders/Device Tags 3EPNL Power Panels/Control Panels 6EHAZ Electrical Area Classification Box or Notes 8ECOND General Conduit 1ECOND Under Floor Conduit 1ECOND Conduit In Wall 1ECOND Celluar Conduit 1ECOND Conduits Above Ceilings 1ETEXT General Text 4EDIM Dimensioning 6

Power Plans (Process) (E-350 -E-399 Series Drawings)Layer Name Description ColorEPWR Receptacles/Disconnects/Motors 3EDEVICE Devices/Pushbuttons 2ETAG Conduit Leaders/Device Tags 3

EPNL Power Panels/Control Panels 6EHAZ Electrical Area Classification Box or Notes 8ECOND General Conduit 1ECOND Under Floor Conduit 1ECOND Conduit In Wall 1ECOND Celluar Conduit 1ECOND Conduits Above Ceilings 1ETEXT General Text 4EDIM Dimensioning 6

Motor and Equipment Data (Building Service)(E-400 - E-409 Series Drawings)Layer Name Description ColorMEDFORM Form Outline 4MEDTEXT Form Text 2MED0151-M0399 Mtr Info 0150-0399 2MED0451-M0699 Mtr Info 0451-0699 2MED0751-M0999 Mtr Info 0751-0999 2MED1051-M1299 Mtr Info 1051-1299 2MED1351-M1599 Mtr Info 1351-1599 2MED1651-M1899 Mtr Info 1651-1899 2

Motor and Equipment Data (Process) (E-410 - E-419 Series Drawings)Layer Name Description ColorMEDFORM Form Outline 2MEDTEXT Form Text 2

Details (Building Services) (E-420 - E-459 Series Drawings)Layer Name Description ColorEPWR Receptacles/Disconnects/Motors 3EDEVICE Devices/Pushbuttons 2ETAG Conduit Leaders/Device Tags 3EPNL Power Panels/Control Panels 6EHAZ Electrical Area Classification Box/Notes/Hatching 8ECOND General Conduit 1ECOND Under Floor Conduit 1ECOND Conduit In Wall 1ECOND Celluar Conduit 1ECOND Conduits Above Ceilings 1ETEXT General Text 4EDIM Dimensioning 6

Details (Process) (E-460 - E-499 Series Drawings)Layer Name Description ColorEPWR Receptacles/Disconnects/Motors 3EDEVICE Devices/Pushbuttons 2ETAG Conduit Leaders/Device Tags 3EPNL Power Panels/Control Panels 6EHAZ Electrical Area Classification Box/Notes/Hatching 8ECOND General Conduit 1

ECOND Under Floor Conduit 1ECOND Conduit In Wall 1ECOND Celluar Conduit 1ECOND Conduits Above Ceilings 1ETEXT General Text 4EDIM Dimensioning 6

Elevator Elementaries (E-500 - E-524 Series Drawings)Layer Name Description ColorLINENUMBER Line Numbers 3LADDERELEM Ladder Elem 1

Not Used (E-525 - E-549 Series Drawings)Layer Name Description Color

Miscellaneous Wiring Diagrams (E-550 - E-579 Series Drawings)Layer Name Description ColorLINENUMBER Line Numbers 3LADDERELEM Ladder Elem 1

Communications (Telephone, P.A., Intercom & Sound)(E-580 - E-599 Series Drawings)Layer Name Description ColorECOM Communication Device 7ECOND All Conduit 1ETEXT General Text 4ETAG Conduit Leaders/Device Tags 3

Elementary Diagrams (E-600 - E-629 Series Drawings)Layer Name Description ColorLINENUMBER Line Numbers 3ELEM Ladder Elem 1

MCC Assemblies (E-630 - E-649 Series Drawings)Layer Name Description ColorMCCDIAA MCC Diagram A 4MCCDIAB MCC Diagram B 4MCCDIAC MCC Diagram C 4MCCDIAD MCC Diagram D 4MCCDIAE MCC Diagram E 4MCCDIAF MCC Diagram F 4MCCDIAG MCC Diagram G 4MCCDIAH MCC Diagram H 4MCCDIAK MCC Diagram K 4MCCDIAL MCC Diagram L 4MCCDIAM MCC Diagram M 4MCCDIAN MCC Diagram N 4MCCDIAO MCC Diagram O 4MCCDIAP MCC Diagram P 4

MCCDIAP1 MCC Diagram P1 4MCCDIAR MCC Diagram R 4MCCDIAS MCC Diagram S 4MCCDIALOC MCC Diagram Loc 2MCCFRONT MCC Front 4MCCREAR MCC Rear 4MCCSPEC1 MCC Spec 1 4MCCSPEC2 MCC Spec 2 2

Boilers (E-650- E-669 Series Drawings)Layer Name Description ColorEBOILERS Boiler layouts 1

Compressors (E-670 - E-679 Series Drawings)Layer Name Description ColorECOMP Compressor Layouts 1

Chillers (E-680 - E-689 Series Drawings)Layer Name Description ColorECHILLERS Chiller Layouts 1

Water Treatment (E-690 - E-699 Series Drawings)Layer Name Description ColorEWATER Water Treatment Layout 1

Area Classification (See descriptions for usage)(E-700 - E-709 Series Drawings)Layer Name Description ColorEHAZ Electrical Area Classification Box/Notes/Hatching 8

Programmable Controllers, P.C. Inputs(E-710A - E-729Z Series Drawings)Layer Name Description ColorEINPUTS Controller Inputs 1

Programmable Controllers, P.C. Outputs(E-730A - E-749Z Series Drawings)Layer Name Description ColorEOUTPUTS Controller Outputs 1

Fire Alarm Supervisory Systems (E-750 - E-799 Series Drawings)Layer Name Description ColorEFIRE Fire Alarm Devices 1ECOND All Conduit 1ETEXT General Text 4ETAG Conduit Leaders/Device Tags 3

Security, CCTV, & Access Control systems(E-800 - E-849 Series Drawings)Layer Name Description ColorESECURITY Security Devices 7ECOND All Conduit 1ETEXT General Text 4ETAG Conduit Leaders/Device Tags 3

Not Used (E-850 - E-899 Series Drawings)Layer Name Description Color

Computer Symbols and Misc. Details (E-900 - E-909 Series Drawings)Layer Name Description ColorECOMP Computer Layouts 1

Ethernet Systems - Floor Plans (E-910A - E-914Z Series Drawings)Layer Name Description ColorEETHER Ethernet Layouts 1

Ethernet Risers and Details (E-915 - E-919 Series Drawings)Layer Name Description ColorE1LIN Riser/Ladder Diagrams 2EETHER Ethernet Details 1

Broadband Systems - Floor Plans (E-920A - E-924Z Series Drawings)Layer Name Description ColorEBROAD Broadband Layouts 1

Broadband Risers and Details (E-925 - E-929 Series Drawings)Layer Name Description ColorE1LIN Riser/Ladder Diagrams 2EBROAD Broadband Layouts 1

Misc. Computer Systems - Floor Plans (E-930A - E-934Z Series Drawings)Layer Name Description ColorECOMP Computer Layouts 1

Misc. Computer Systems Risers and Details(E-935 - E-939 Series Drawings)Layer Name Description ColorE1LIN Riser/Ladder Diagrams 2ECOMP Computer Details 1

Not Used (Future Computer Drawings) (E-940 - E-999 Series Drawings)Layer Name Description Color

Drafting Standards

Section 8000



Creating a New Drawing Steps 1, 2 and 5 MUST be followed. The other steps are used when needed. Step 1 - Naming the New Drawing Select "New" from the "File" pull-down menu (as shown below) or from the 3M pull down menu under

Template and Template Inserts select New template. This dialog box will appear;

When you are done selecting the template file, pick the open to leave the dialog box and to begin the new drawing. Once in the drawing, pick Save to name this drawing.

Step 2 - Bringing In A Background If you need to bring in an external reference (xref) for a background, you may want to do so now. This is used most often to bring in Architectural backgrounds. From the "Insert" pull-down menu, pick External Reference. A dialog box appears; If any drawings have already been externally referenced into the current drawing, their names will

appear in the dialog box. Pick the Attach button to bring in a new external reference (background).



The Attach button brings up a new dialog box allowing you to select the file to attach. After you select the file you want to bring in, a new dialog box appears allowing you to set the parameters for how to place the external reference. When choosing which architectural drawing to attach, you will normally work with an architectural model drawing, not a sheet drawing. Model drawings are named similar to this; SITE-001-A-1fl (1st floor model), SITE-004-A-2fl (2nd floor model), STPA-235-A-1mz (1st floor mezzanine), STPA-235-A-RF (roof model). Sheet drawings have names that are strictly numbers; 105, 235, 650, etc. You will normally not bring in sheet drawings as external references.

Make sure you are set to the "Overlay" not the "attachment" button. Turn off all three of the "specify on-screen" options to accept the defaults. Pick OK and your external reference is placed into the drawing. To see the entire external reference, perform a zoom extents while you are in model space. To do this, first make sure the button at the bottom of your screen says Model, not Paper.

Once you are sure you are in model space, pick the "View" pull-down menu, then "Zoom", and finally "Extents". Step 3 - Clipping Your External Reference When you use external reference to bring a background drawing into your current drawing, AutoCAD brings the entire drawing in. When you only want to see part of the external reference in your current drawing, clip the external reference. If you want to see the entire external reference, skip to step 5. External Reference Clipping is used when you only want to see part of your external reference. To clip your external reference, pick the Modify pull-down menu, select Object, and Clip(or you may type xclip).The initial command prompt asks you to select objects. Pick the external reference(s) to clip. If you have externally referenced more than one drawing, make sure you pick all of them that you want to clip. Press <enter> when you are done picking the external references. The next prompt lists several options. Press <enter> to accept the default <New Boundary>. The next prompt gives you the option of either creating a rectangular clipped area or a polygonal area. If the area you want to show for this sheet is a rectangular area, press <enter> to accept rectangular as the default. Once in the rectangular option, pick two points to show the rectangular area you want visible on this sheet. The area outside of your rectangle disappears. If the area you want to show for this sheet is an odd shaped area, type P for polygonal. Once in the polygonal option, pick as many points as necessary to show the shape of the area you want visible on this sheet. Press <enter> when you are done picking points. The area outside of your polygonal shape disappears.



Once the area is clipped, you should save the index for the drawing. This process speeds up your AutoCAD session by telling AutoCAD to only load the portion of the drawing that is visible into memory. This saves memory and speeds up your drawing. Step 4 - Creating Additional Viewports If you need more than one viewport (view) in your drawing follow this step, otherwise skip to the nextstep. Use the standard Copy command to copy the existing viewport so you have as many additional viewports as you need. If the existing or new viewports are not the correct size, the next step will explain how to size them. Step 5 - Setting the Viewport(s) Scale / Size This step sets the model view to the correct zoom scale for plotting purposes. While in model space use "zoom-window" to zoom into the general area that you want printed for this sheet. Pick the "View" pull- down menu, then "Zoom", and finally "Window". Do not worry about the exact zoom size, you will set the exact size next. Each viewport must have it's plotting scale set in model space. While in model space, pick a point anywhere in a viewport to make it the current viewport. If you only have one viewport it is always the current one.

If the viewport is not the correct size for the area you want to show, you may size the viewport using grips. Switch to paper space and touch the viewport so the grips. Make one of the corner grips on the viewport hot by selecting it. You will automatically be in the stretch mode as soon as the grip becomes hot. Move your cursor to size the viewport (you will want ortho off if you need to move diagonally). You should size the viewport before you save the named view (listed as step C in the picture above). *When you select "Named View" you are saving the zoom position so you may return to this correct size and position in the future if anyone changes the setup. "Named View" calls up a new dialog box.



On this new dialog box, pick New to create a new view. Specify the name in the "New Name" box at the top of the dialog box that appears. Most 3M drawings use the name Plot since this is the area you are plotting for this sheet. You may use a different name if you feel a different one is more appropriate. Pick Save View and you are returned to the original dialog box. Select "OK" to leave the box completely. After you have performed this step on each viewport in your drawing, you may close the Model Space Zoom button toolbar; you should not need this toolbar again in this drawing. Linetypes Standard linetypes are listed for each discipline in the Layering Conventions ( Section 7000). These linetypes are derived from the default AutoCAD linetypes (ACAD.lin). The standard linetypes are loaded into all 3M Facilities Engineering drawing prototypes. The DDEMODES setting for Linetype... MUST BE BYLAYER. LTSCALE For the Architectural, Mechanical, and Electrical disciplines, the system variable LTSCALE is set to the value .25. PSLTSCALE is always set to 1. These are set in all 3M Facilities Engineering drawing prototypes.



Text Fonts / Shape Files Supported shape files for use within 3M Facilities Engineering AutoCAD drawings are:

romans romand

The use of any other text fonts / shape files requires approval from 3M Applications Management, please contact the AutoCAD Helpdesk at 651-737-3469



Dimensioning Before adding dimensions to a 3M drawing run the dimension setup command to set dimension variables. This should be done to new drawings and old AutoCAD drawings. Select the “3M ” pull-down menu and Pick Dim Setups, now select the application for which you want to set the dimensioning. When you run any of the dimension setup commands described above, a dimension style called “Standard” is created. If the dimension style called Standard already exists, these setup routines will redefine the dimension style to reflect the 3M standards. If you place dimensions in the drawing using the dimension commands from the “3M ” pull-down menu and select an application under Dim Setups the dimension style called “Standard” is automatically used to control the appearance of the dimensions. Dimensioning Models in Model Space Overall building and grid-to-grid dimensions are placed in the models in model space. These are primarily inserted as a reference for all other disciplines. All other dimensions are placed on the partial area plans in paper space. Dimensioning Construction Documents in Paper Space All construction dimensions are shown in the partial area plans in paper space. To dimension model space geometry in paper space, use the following method to set the appropriate scale factor (make sure you have already run the dimension setup described above). From paper space, enter: Command: dim Dim: dimlfac Current value <current> New value (Viewport):v Select viewport to set scale: Pick the viewport border

*The above step is programmed into the 3M pull-down menu, Pick “Set Pspace Dim Scale” to perform the above step. You will still need to pick the viewport border.

This procedure sets the scale for the current viewport. If dimensioning is to be done in another viewport, which has been setup with a different scale, repeat the above step before adding dimensions to the other viewport.



AutoCAD Dimension Variables Dimension

Values Description / Purpose

DIMALT off (0) Alternate Units Selected DIMALTD 2 Alternate Units Decimal Places DIMALTF 25.4000 Alternate Units Scale Factor DIMALTTD 2 Tolerance for Number of Decimal Places DIMALTTZ 0 Toggles suppression of zeros - tolerance values DIMALTU 2 Sets units format for alternate units DIMALTZ 0 Toggles suppression of zeros - alternate DIMAPOST n/a Alternate Units Text Suffix DIMASO 1 (on) Associative Dimensioning DIMASZ 1/8”* Dimension Arrow Size DIMAUNIT 0 Sets the angle format - angular dims DIMBLK Arrow Block Name DIMBLK1 Alternate Arrow Block 1 DIMBLK2 Alternate Arrow Block 2 DIMCEN 3/32" Center Mark Size DIMCLRD BYBLOCK (0) Dimension Line Color DIMCLRE BYBLOCK (0) Extension Line Color DIMCLRT BYBLOCK (0) Dimension Text Color DIMDEC 4* Sets number of decimal places - primary DIMDLE 0* Dimension Line Extension DIMDLI 0'-0 3/8" Dimension Line Increment DIMEXE 0'-0 3/16"* Extension Line Extension DIMEXO 0'-0 1/16" Extension Line Offset DIMFIT 5 Controls placement of text, arrowheads DIMGAP 0'-0 1/16" Dimension Line Gap DIMJUST 0 Controls horizontal dim. text position DIMLFAC varies Length Factor DIMLIM 0 Limits Dimensioning DIMPOST “ ” Specifies text prefix or suffix DIMRND 0'-0" Dimension Rounding Value DIMSAH 0 Separate Arrow Blocks DIMSCALE 0 Dimension Feature Scale Factor DIMSD1 0 Suppress First Dimension Line DIMSD2 0 Suppress Second Dimension Line DIMSE1 0 Suppress First Extension Line DIMSE2 0 Suppress Second Extension Line DIMSHO 0 Show Dragged Dimension DIMSOXD 0 Suppress Outside Dimension Lines DIMSTYLE varies Dimension Style DIMTAD 1* Text Inserted Above Dimension Line DIMTDEC 4 Decimal tolerance - primary units DIMTFAC 1 Tolerance Text Scale Factor DIMTIH 0* Text Inserted Horizontal DIMTIX 0 Text Inserted Inside Extension Lines DIMTM 0'-0" Minus Tolerance Value (no 3M usage) DIMTOFL 0 Text Inserted Outside, Force Line Inside DIMTOH 0* Text Inserted Outside Horizontal DIMTOL 0 Tolerance Dimensioning ( no 3M usage) DIMTOLJ 1 Vertical justification - tolerance values DIMTP 0'-0" Plus Tolerance Value (no 3M usage) DIMTSZ 0* Dimension Tick Size DIMTVP 0.0000 Text Inserted in Vertical Position DIMTXSTY “DIMTEXT” Specifies the text style of the dimension DIMTXT 0'-0 3/32" Dimension Text Size DIMUNIT 6 Sets the unit format- all dim. style family members DIMUPT 0* Control cursor functionality for User Position Text DIMZIN 3 Zero Suppression

*Indicates this dimension variable is different for other dimension types (see page 8300.3)



Standard Dimension Style Dimension Styles are used in AutoCAD 2002 to control how dimensions are drawn. The dimension setup commands found under 3M pull-down menu, Pick Dim Setups and select either “Setup Chemical Dim Variables”, “Setup FE Architectural Dim Variables”, “Setup FE Civil Dim Variables”, “Setup FE Mechanical Dim Variables”, “Setup FE Structural Dim Variables” or “Setup FE Manufacturing Dim Variables as described on page 8300.1 set all dimension variables to the 3M standards listed on page 8300.2. Some dimension variables differ between the Architectural, Civil, Mechanical, Structural or Manufacturing dimension setups.

For Architectural and Structural dimension setups, the dimension units round off to 1/16” precision. Architectural setup uses ticks instead of arrowheads. Structural setup creates arrowheads that are 3/32”. Mechanical dimension setup sets units to round off to 0” precision and arrowheads are set to 1/8”.

Page 8300.2 lists all the dimension variables for the style called “Standard”. Because AutoCAD now allows different settings for each dimension type (linear, angular, etc.) the differences between the settings for different dimension types are stored in sub-styles under the “Standard” name (Standard$0, Standard$2, Standard$3, Standard$4, Standard$7). The differences in these sub-styles are listed below; Linear Dimensions (creates sub-style called Standard$0) Dimdle = 1/16 Dimexe= 1/16 Dimtsz = 1/16 Angular Dimensions (creates sub-style called Standard$2) Dimdec = 1 Dimexe= 1/16 Dimtih = 1 Dimtoh=1

Radial Dimensions (creates sub-style called Standard$3) and Diameter Dimensions (creates sub-style called Standard$4)

Dimexe= 1/16 Dimupt = 1 Leader Dimensions (creates sub-style called Standard$7) Dimexe= 1/16 Dimtad = 0 Dimupt=1



`` Material Descriptions AutoCAD 2011 supports all of the standard ANSI patterns and 3M custom hatch patterns. If a project specific pattern is required and does not exist please call the AutoCAD Helpdesk for creation support.



Section and Detail Descriptions



Key Plans

Titleblock Preparation

Section 9000



Title Block Information Example of the Title Block

Supporting Information for the usage of the TitleBlocks cand be found in the Help files under: Creating a new 3M Drawing. And 3M Standard Title Blocks and Templates.



3M Drawing Number Key

MENL-060-A-001A

Alpha is used only when a category is full or a large volume of numbers are required for a given type. Drawing number, see discipline category descriptions given below. Discipline designation A C S M I E

Architectural Civil Structural Mechanical Interiors Electrical

Three digit building number examples: 060 for building 060

888 for site work Four letter site indicator, in this case MENL = Mendota Heights, MN

Other examples include: STPA 3M Center, St. Paul, MN STPM 3M Main Plant, St. Paul, MN CORD Cordova, IL CHEM Cottage Grove, MN DCTR Decatur, AL *If unsure, the 3M Engineering Contact can provide

the appropriate four letter site code.

The 3M Engineering Contact will provide the appropriate four letter site code.

Plant site codes can be found in the notes database called Validation Database. Access codes can also be found in the notes database called Validation Database. Specific Access codes to be used on new drawings by Suppliers, should be supplied to them by their 3M Engineering Contact.

Plotting

Section 10000

Facilities Engineering CAD Standards ___________________________________________________________________________


Plotting 3M AutoCAD Drawings The following reference documents can be found in the support directory under Help files. Controlling Pen Lineweights when plotting. Creating Plotter Configuration File-PC3. Printing Using the Previous Plot Settings. Solid Arrows Donot Plot Solid when Hide Plot Is Used. Most of the 3M AutoCAD Facility Engineering drawings are done contain the standard model tab and a layout tab. The layout tab allows you to setup a separate paper space area to control how the drawing will be plotted. When drawings are setup with paper space, plotting will normally be done from the layout tab, with paper space current, using a scale of 1=1. Plotting from Model Space vs. Paper Space If a layout tab is not setup, which means the drawing only contains model space entities, the user must set the plot scale in the plot command (1=1, ¼”=1’, 1/8”=1’,etc.). If a layout tab is setup in the drawing it normally has model space and paper space objects. The layout tab should be setup to allow you to print from paper space at a scale of 1=1. The paper space viewport should have already been setup for the plot scale (1/4” = 1’, 1/8” = 1’, etc.) when the drawing was initially created. Exceptions to Plotting at a Scale of 1=1;

The user may want to plot with a different view scale. For instance, if the user wants to plot an E1- size drawing on a C-size sheet, plot from paper space at half scale (1=2) in order for the E1-size drawing to fit.

The user may also want to plot with a different scale when plotting a portion of the drawing (for a check plot for instance ).

Plot from paper space (Layout 1) if you still want to plot model and paper items. Use the Window feature in the Plot Dialog Box under the Plot Settings tab. Create a window around the section of the drawing that is to be plotted. Specify the appropriate scale in the plot dialog box. If you want to plot a portion of the drawing at the same scale the drawing was initially setup for, plot using a scale of 1=1. If you want to plot the portion of the drawing at a different scale, specify a scale that is relative to the original scale. For instance, if the drawing was initially setup for 1/8” = 1’, plotting twice as large, 2=1, will plot the drawing at 1/4” =1’).

You may also plot a portion of your drawing from model space. When doing this, only model entities will plot, no paper entities will plot. To do this, start the plot command from model space. Use the Window feature in the Plot Dialog Box under the Plot Settings tab to window the section of the drawing that will be plotted. Specify the scale in the plot command (1/4”=1’, 1/8”=1’, etc.). The initial drawing setup scale will not control this plot scale in any way. 3M Plotter Descriptions In the Plot Dialog Box under Plot Device see Plotter Configuration for the list of available plotters which can be selected. If you need to plot to a plotter that is not on the list you can add any plotter to your list of Windows System plotters and they will appear in your AutoCAD plot list. To discuss this further, please contact the CAD Support Center at 651-737-0353.

Tilemode is on when Tile is in black letters. It is off if Tile is grayed out.



3M Plot Style Tables In the Plot Dialog Box under Plot Device see Plot Style Tables for current listing of available Style Tables. A Plot Style Table has been created for all Facilities Disciplines. When plotting you will normally select the plot style table for the discipline that you are plotting. The plot style tables that have been named 3M…. will plot monochrome. Use the standard acad.ctb plot style table to plot color. Pixel Size Reference Pen # Pixel Width MM Width Inches Width Example (approx.) 1 1 .08 .003 2 3 .24 .009 3 5 .40 .016 4 7 .56 .022 5 9 .72 .028 6 11 .88 .034 7 14 1.12 .044 8 18 1.44 .056 For a 300 DPI Plotter pixel width is as follows .085 mm = 1 pixel .003 in = 1 pixel

Color Plotters When a color plotter has been selected for plotting, the Plot Style Table called acad.ctb must be selected in under the Plot Device tab. This plot style table will plot the default colors of the drawing file with no width specifications.



PLOTTING SCALES FOR METRIC DRAWINGS Setting up Metric Drawings in AutoCAD Plotting in Paper Space * The user determines which metric unit they would like to plot in: meters, centimeters, or millimeters. Default standard is to use millimeters when using a Metric scale. Normally this view port scale would be set up when the drawing is created not just for plotting purposes. * Set the Zoom XP value for the viewport according to the chart below. * Select "paper space" and plot at 1:1 Plotting Scale Values Equation: 1" = 25.4 cm 1 divided by 25.4 = .03937xp Example: for 1:50 cm .039370078 / 50 = .000787412xp Plot Scale Zoom XP Value Zoom XP Value Zoom XP Value (meters) (centimeters) (millimeters) 1:50 .78740 .00787412 .000787412 1:75 .524934 .00524934 .000524934 1:100 .39370 .0039370 .00039370 1:200 .19685 .0019685 .00019685 1:400 .09843 .0009843 .00009843 1:500 .07874 .0007874 .00007874 1:1000 .03937 .0003937 .00003937


3M Facilities Engineering CAD Standards A1•1 02/01/2012

CAD PROJECT WORK Facilities Engineering Discipline Specific CAD Project Support:

Architectural Engineering Ron Evans 651-737-2782 Civil Engineering Pat McGrann 651-737-2984

Electrical Engineering Rod Fagerstrom 651-737-2791 Mechanical Engineering Jim Delara 651-737-2770 Structural Engineering Annette Schaffer 651-737-1799

The people listed above are to be used for their Technical Expertise in relation to the CAD Standards. For general CAD support, eMatrix support, drawing transfers, data support or supplier involvement please call the appropriate contacts listed below. General CAD Project Support: General AutoCAD Questions CAD Support Center 651-737-0353 eMatrix Access Support PLM Helpline 651-575-6173 Documentation Helpdesk Melanie Miller 651-737-3469

(Facilities Drawing Contact) eMatrix Data Transfer Support Duane Schmieg 651-737-3054 Supplier CAD Contact Duane Schmieg 651-737-3054 The 3M Engineering Contacts are responsible for: • Giving suppliers a list of existing drawing numbers required for their project • Reserving new drawing numbers for Suppliers in Facilities Drawing Index (If the Supplier does not

have access). The Documentation Helpdesk will reserve the drawing numbers for people that don’t have access to the Facilities Drawing Info Index.

• Seeing that all project drawing databases are run through the Pre-check program, and returned to 3M from the Suppliers at the end of the project.

• Reviewing project files for compliance with 3M standards when the files are returned from the Supplier.

The Supplier Engineering Contact is responsible for: • Following 3M standards • Seeing that all drawing files are run through the Pre-check program (EPS submission (encapsulated

postscript) before sending them back to 3M. • Seeing that all project drawing databases are returned to 3M including .dwg, .tif, eps (.eps is

generated by the Pre-check program). All files are zipped up into the same zip file before sending back to 3M



DRAWING DOCUMENTATION STANDARDS 1. DRAWING NUMBERS MUST BE RESERVED BEFORE THEY CAN BE USED.

• The Project Coordinator is responsible for reserving drawing numbers, as soon as possible, by utilizing the lotus notes database Facilities Drawing Info Index . Information on the usage of FDWG can be found under the 3M Help icon on your Lotus Notes desktop (Internal) and for Suppliers go to the support directory \\eiscs1\acadsupp09\Help files\Facilities and review FDWG Instructions.doc. If Supplier has access they could also reserve the drawing numbers. (This will only work when the Lotus Notes FDWG has been replicated to the supplier)

• The project coordinator should work with the Supplier to determine the type and number of drawings to be contained in the initial design package.

• If drawings come back from Suppliers without being registered project coordinator must reserve the appropriate number or remedy any duplication of numbers. 3M PreCheck is done by Suppliers before sending the files back on the EDX Server. Information on (3M Precheck)by Suppliers can be found under Support dload directory in eMatrix, in support file General.zip and will be placed under \\eiscs1\acadsupp09\Help files\All. The file to be reviewed is 3M PreCheck Instructions.doc

2. THE TITLE BLOCK MUST BE FILLED OUT COMPLETELY.

• It is the project leads responsibility to provide this information to either the CAD personnel or the outside Supplier. The critical pieces of information are: Access Codes, Revision information, Project ID Drawing Numbers For required information in the titleblock see 3M PreCheck Instructions.doc on the support directory \\eiscs1\acadsupp09\Help files\All or for supplier c:\acadsupp2009\Help files\All.r.

3. All CAD files should be run through 3M Pre Check after each revision, if not

practical, CAD files must at least be ran through 3M PreCheck at the end of each project. All manual drawings must be scanned at the start of the project. Once the manual sheet is scanned it is a tiff file that is placed into AutoCAD creating an AutoCAD hybrid drawing. The tiff image can be modified with the use of Raster Design or any raster editing software that allows you to modify a tiff image and file the change.

4. Upon receipt of the final documents by 3M, all CAD drawings should have been ran through 3M PreCheck by the Supplier, or by a requested 3M person if special conditions exist. 5. The Standard Size for all 3M FE&RE Ansi Imperial Drawings is 30” x 42” (E1). Or The Standard Size for all 3M FE&RE Iso Metric Drawings is (A0).



6. DEMOLITION OR REMOVAL DRAWINGS SHOULD NOT BE ENTERED INTO THE DOCUMENTATION SYSTEM. 7. TO REPLACE ONE DRAWING WITH ANOTHER THAT HAS A DIFFERENT

DRAWING NUMBER (in the same work area): 1. Reserve a number in the correct range. 2. Stamp the old original with the electronic “SUPERCEDED” stamp.

enter the new drawing number next to where it states SEE DWG.________________” 3.Change the number on the drawing to the newly reserved number or block out the information to be kept from the superceded sheet and place it on the new numbered sheet. 4.The new file should be at Rev 1 Original Issue. “Old dwg no. was xxx”,

with the xxx being the old dwg number. 5.Rev 2 would be the actual project revision.

8. TO RENUMBER AN INCORRECTLY NUMBERED DRAWING:

1. Reserve a number in the correct drawing range. 2. Electronically stamp the old number with the "supercede" stamp, enter the new drawing number next to where it states "SEE DRWG _____” 3. Change the number on the original drawing to the newly reserved number. 4. This new file should be at Rev 1 original issue old dwg no was xxx,

with the xxx being the old dwg number. 5. Rev 2 would be the actual project revision. 9. To obselete a drawing see Obsolete-supercede procedure.doc under

\\eiscs1\acadsupp09\Help files\ Facilities in the support directory.

3M Facilities Engineering CAD Standards

Documents

Transcript of 3M Facilities Engineering CAD Standards