SAES-A-202

Engineering Standard SAES-A-202

14 January 2009

Saudi Aramco Engineering Drawing Preparation Document Responsibility: Engineering Knowledge & Resources Division

Saudi Aramco DeskTop Standards Table of Contents 1 2 3 4 5

Scope............................................................. 2 Definitions...................................................... 2 Applicable Documents................................... 5 Drawing Name............................................... 6 Title Block Information (Refer to Appendix A)............................. 7 6 Drawing Cancellation................................... 15 7 Demolition Drawing...................................... 16 8 As-Built Drawing.......................................... 16 9 Tag Number................................................. 16 10 Drafting Requirements................................. 19 11 CADD Standards......................................... 21 Appendix A – Saudi Aramco Engineering Drawing Title Block...................................... 24 Appendix B – Saudi Aramco Drawing Types..... 25 Appendix C – Saudi Aramco Borders and Seed Files............................................. 34 Appendix D – Data-Centric Piping & Instrumentation Diagram (P&ID) Specification................................................ 37 Appendix E - Data-Centric 3D Model Specification................................................ 61 Appendix F – Data-Centric Instrumentation Specification................................................ 81 Appendix G - Data-Centric Electrical Specification.............................................. 135

Previous Issue: 19 July 2008 Next Planned Update: 14 January 2014 Page 1 of 152 Primary contact: Abbad, Ahmad Ali on 966-3-8726431 Copyright©Saudi Aramco 2009. All rights reserved.

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

1

Scope This standard establishes a uniform means of Computer Aided Design & Drafting (CADD) standards used, in producing and modifying Saudi Aramco engineering drawings in electronic format.

2

Definitions Abbreviations and Letter Symbols: shall be used where physical space prevents complete spellings as in title blocks and in small drawings. Abbreviations should only be used when absolutely necessary and never be used when the meaning will not be clear. Saudi Aramco standard Abbreviations and Letter Symbols must be used to maintain consistency within the Saudi Aramco documents. Abbreviations and Letter Symbols are listed in Saudi Aramco standards Web site http://standards.aramco.com.sa/ under other documents. Other standard abbreviations commonly used in petroleum industry should be used if an appropriate abbreviation is not found on the referred list As-Built Drawing: an Engineering drawing that has been revised to reflect actual field conditions after the completion of construction. Additions or changes to a drawing resulting from facility modification must also be verified as 'As-Built' and referenced to the Job Order (JO) in case of PMT, Engineering Work Order (EWO) in case of Design office and organization code in case of operation. Auto-SACS: is the automated tool that provides a unique method to apply the Saudi Aramco CADD standards. CADD Drawings: are Engineering Drawings generated electronically using software approved by Saudi Aramco as its standard medium for development and permanent retention (see appendix „D‟ of SAEP-334 for details). Prior approval is required from the Drawing Management Unit Supervisor for the use of any other software. Data-Centric System: is a design program used to develop Instrumentation, Electrical, Mechanical and Piping related engineering information in a database format. These formats will be used to generate 2D/3D modules that are derived from the database. For more details refer to SAEP-334 section 15.12. Demolition Drawing: is any existing drawing that shows the extent of the demolition work to be done. For details refer to SAEP-334 section 11. Drawing Completion Certificate or DCC: is a document bearing the names and signatures of authorized persons accepting responsibility that the associated Engineering Drawings meet the applicable Saudi Aramco Engineering Standards and procedures. The DCC fulfills the approval/certification requirement in lieu of signing the title block of each drawing individually. Refer to SAEP-334 section 14. Page 2 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Drawing Number: is an arrangement of eight alpha/numeric characters [prefix + size (separated by dash „-„) + number] used to provide the unique identity for individual Engineering Drawings. Refer to section 5.4 of this standard. Drawing Name: is file system name of the Engineering Drawing in a standard Saudi Aramco format. The name format is used when transferring drawings to or from EK&RD. Refer to section 4 of this standard for more details. Engineering Knowledge & Resources Division or EK&RD: of Engineering Services (ES) charged with the responsibility of analyzing and setting drawing related standards and procedures, ensuring the compliance of these standards and having the custody and management of all Saudi Aramco Engineering and Vendor Drawings defined in, and governed by this standard and Saudi Aramco Engineering Procedure SAEP-334. Emergency Drawing: is an Engineering Drawing that has been designated by the Operating Engineering Organization (OEO) as being critical to the plant's operations during a disaster situation. These drawings are given top priority in every case. Engineering Drawing: as used throughout in this procedure, is a document produced on an approved Saudi Aramco engineering form, by Saudi Aramco (or for Saudi Aramco by approved sources) which bears a Saudi Aramco engineering drawing number and which was prepared for the purpose of identifying engineering related information to be used for the construction, operation or maintenance of a Saudi Aramco plant and facility. Engineering Forms: are the approved forms used for the presentation of engineering information which bears an official Saudi Aramco form number followed by “ENG” abbreviation for Engineering and the latest date of form revision. Forms may vary in size depending upon the information being presented. For list of Engineering forms refer to SAEP-334 Appendix E, or http://standards.aramco.com.sa. Key Drawings: are engineering drawings designated as essential for continued facility operation and maintenance. The Proponent Organization and Project Management jointly determine Key Drawing status. Refer to item 5.13 in this standard for list of key drawings. Library Drawings: are drawings of designs previously used or developed to be used as guidelines for new projects in Saudi Aramco facilities. Use of these drawings in future similar projects shall be considered. Library drawings provide “pre-designed” information that can be used on a repetitive basis. The utilization of Library Drawings can improve the use of stock material and eliminate the need for individual or unique designs. In addition, the use of Library Drawings provides savings by directly reducing drafting, design and engineering time in new projects. Library Drawings are archived on Plant M88 and governed by SAEP-305. They are available from the Saudi Aramco standards Web site http://standards.aramco.com.sa/. Page 3 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Plant Drawing Online Collaboration – PlantDoc: is the sole corporate Saudi Aramco Engineering drawing and Data Management system that contains all approved and certified engineering data that are collected from the inception of the company. It is an automated system designed for administration and control of Saudi Aramco engineering drawings and data in a centralized library. This allows the users to retrieve and submit engineering and vendor drawings in addition of allowing them to retrieve new engineering drawing numbers, tag numbers, create new sheet numbers and to perform job tracking/creation functions. Refer to PlantDoc Users Guide for operational details. Integrated Plant – IPlant: is an “Integrated Plant Information System” that is based on intelligent engineering drawings to provide plant operations with a simplified access to all plant engineering data. The system provides engineers with powerful search capability to any of the equipment attributes, correlate drawings to each other, integrate to SAP, Plant Information, Operational manuals, trips tracking, catalyst, and inspection. Responsible Engineering Office or REO: is a Saudi Aramco “office” that has been entrusted with the production or revision of an Engineering Drawing. Non-Saudi Aramco firms or companies are not allowed to be the designated REO. Certain individuals within the REO shall be authorized to track issued existing Engineering Drawings and Facility Data. Revision Status: a)

As-Built: refers to all contents of the drawing that have been certified as representing existing conditions based on site verification.

b)

Developmental: refers to a drawing in the process of being changed. While in a changing state the design agency may assign increment revisions at each review milestone.

c)

Design Revision: refers to a drawing revised to incorporate new proposed changes, but which has not been As-Built.

d)

Partial As-Built: refers to an existing drawing formerly certified as As-Built but partially revised for new construction. The un-revised portions of the drawing continue to represent previous As-Built condition.

Saudi Aramco: shall mean Saudi Arabian Oil Company and its affiliated companies, including, but not limited to Aramco Overseas Company (AOC) and Aramco Services Company (ASC). Standard Drawings: are specially prepared engineering drawings that have been preapproved by responsible Saudi Aramco organization for mandatory application in the design of Saudi Aramco facilities when the information they contain applies and is appropriate during design. The production of a Standard Drawing follows the normal production requirements presented in this Standard. Standard Drawings are archived in

Page 4 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Plant 990 and governed by SAEP-110. They are available from the Saudi Aramco standards Web site http://standards.aramco.com.sa/. Title Block: is the reserved portion of a drawing containing information about the drawing, project and plant. (See item 5 and appendix “A” of this document). Vendor drawing: is any document developed by a manufacturer that supports the technical requirements of material or equipment and received as part of a purchase order. The vendor drawings are also governed by SAEP-334 section 17. 3

Applicable Documents Engineering Drawings shall be prepared and revised in accordance with all applicable Saudi Aramco standards, procedures and practices as well as those applicable international standards and practices approved by Saudi Aramco. 3.1

3.2

3.3

Saudi Aramco Engineering Standards SAES-J-004

Instrumentation Symbols and Identification

SAES-J-005

Instrumentation Drawings and Forms

SAES-L-105

Piping Material Specifications

SAES-P-104

Wiring Methods and Materials

Saudi Aramco Engineering Procedures SAEP-103

Metric Units of Weights and Measures

SAEP-110

Saudi Aramco Standard Drawings

SAEP-127

Security and Control of Saudi Aramco Engineering Data

SAEP-305

Saudi Aramco Library Drawings

SAEP-334

Retrieval, Certification, and Submittal of Engineering & Vendor Drawings

Saudi Aramco General Instructions GI-0710.002

3.4

Classification of Sensitive Documents

Saudi Aramco Standard Drawings AD-036204, sheet 001

Letter Designation for Line Numbers

AE-036411, sheet 001

Drawing Indices

AE-036411, sheet 002

Mechanical Equipment Marking

AE-036411, sheet 003

Electrical Equipment Marking Page 5 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

3.5

4

AD-036491, sheet 001

In-Line Instrument Symbols for ILDs

AE-036625, sheet 001

Engineering Drawing Forms Layout

Auto-SACS 3.5.1

Engineering Drawings must be prepared and revised using the latest version of Auto-SACS as approved by the Engineering Knowledge & Resources Division (EK&RD) only. Auto-SACS is available at http://EDSD.aramco.com.sa/autosacs.asp or request from EK&RD.

3.5.2

When certain standards are not available in Auto-SACS and contradicting to Saudi Aramco CADD Standards, prior approval must be obtained from the Drawing Management Unit Supervisor.

Drawing Name Drawing Name must comply with the file naming convention. Vector, Hybrid (Vector and Raster), Microsoft Excel, Word and Acrobat PDF files shall have a naming format for drawing BA-123456, sheet 001, revision 01 or 01A as follows: 4.1

Vector drawings Prefix + Number + Sheet +V or A + Revision Example: B123456001V01 or B123456001V01A (for MicroStation files) Example: B123456001A01 or B123456001A01A (for AutoCAD files)

4.2

Hybrid drawings, two Files Vector file: Prefix + Number + Sheet + V or A + Revision Raster file: Prefix + Number + Sheet + R + Revision Example: B123456001V01 or B123456001V01A (for MicroStation vector) B123456001A01 or B123456001A01A (for AutoCAD vector) B123456001R01 or B123456001R01A (for raster portion)

4.3

Excel Prefix + Number + Sheet + X + Revision Example: B123456001X01 or B123456001X01A

Page 6 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

4.4

Word Prefix + Number + Sheet + W + Revision Example: B123456001W01 or B123456001W01A

4.5

PDF (for Data-Centric only. Refer to section 15.12 of SAEP-334 for details) Prefix + Number + Sheet + P + Revision Example: B123456001P01 or B123456001P01A

5

Title Block Information (Refer to Appendix A) 5.1

Title Block Data Entry Saudi Aramco drawing Title Block Automation (TBA) is a system designed to auto-generate the text box information within engineering drawing files. The same information is also automatically written into the design file within an element that is normally hidden to the user. It can validate whether the Title Block information contained within each Design File contains errors, and report them when detected. The TBA includes three modules; Data Entry/Edit, Validation and Reporting. Refer to Auto-SACS Read-me file for details. Uniqueness:

5.2

5.1.1

The drawing number uniquely identifies a drawing.

5.1.2

If a drawing is part of a set, the drawing number plus the sheet uniquely identify the sheet in a set of drawings.

5.1.3

If a drawing has been revised, the drawing number, plus the sheet, plus the specific revision uniquely identify the drawing.

Drawing Index 5.2.1

The Drawing Index is a single character in the range of A to Z (excluding I). For complete listing, refer to Standard Drawing AE-036411, sheet 001.

5.2.2

The Index is shown on Engineering Drawings in the title block. A maximum of two index letters are acceptable on a drawing, arranged by order of importance (not in alphabetic sequence) only the first index will be recorded in PlantDoc.

5.2.3

The Index implies, but does not determine, a group of associated types.

Page 7 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

5.3

5.4

Drawing Type 5.3.1

Type is a three character code.

5.3.2

Type implies, but does not determine, a group of closely related drawing titles. One of the associated titles may be used to develop the first line of the drawing title. For a complete listing of drawing types refer to Appendix B.

Drawing Number 5.4.1

The Drawing Number provides one part of the "unique" identification code for each Engineering Drawing. It is comprised of a single alpha character Prefix Letter, a single alpha character Sheet Size Code, and six (6) alpha-numeric characters identifying Number separated by a dash.

5.4.2

Typical Drawing Number that is entered in the engineering drawing. Refer to SAEP-334 for drawing number assignment. Example: DB-765432

5.4.3

Prefix Letter: is a single character alpha code. The following Prefix Letters are currently used with new drawing numbers. A

Standard Drawings only.

D

Library Drawings only.

B

Southern Area (Eastern Arabia).

H

Central Area (Eastern Arabia).

R

Northern Area (Eastern Arabia).

V

(Central and Western Arabia).

The following prefix letters appear on some of the existing Engineering Drawings but are no longer used on new drawing production. New sheets, however, can be added to the existing drawings using these prefixes.

Page 8 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

A

Drawing numbers assigned by Aramco San Francisco or New York, AOC at Rome or London (except for Standard Drawing).

G

SOCAL

K

SCECO

L

Aramco Overseas Company, Beirut.

N

AOC, The Hague assigned drawing number.

X

ASC, Houston assigned drawing number. Dhahran assigned drawing numbers (except for Library Drawings).

D

5.4.5

Drawing Sizes: is a single alpha character that defines the cut size of the drawing when printed or plotted. The following table shows the only acceptable sizes for Saudi Aramco Engineering Drawings. SIZE CODE

O V E R AL L DIM EN S IO NS mm

Inches

A

711 x 1016

28 x 40

B

508 x 711

20 x 28

C

356 x 508

14 x 20

D

279 x 432

11 x 17

E

216 x 279

8½ x 11

(Refer to Saudi Aramco Auto-SACS)

5.5

Sheet Number 5.5.1

The Sheet Number is a three (3) digit numeric number ranging from 001 to 999 except for index/face sheets.

5.5.2

Values for Sheet Numbers are as follows:

5.5.3

Type of sheet

Lowest

Highest

Drawing sheet

001

999

Face/Index Sheet

FS1

FS9

Drawing Sets: When an Engineering Drawing has more than one sheet, it's called a set. Most Engineering Drawings of the same Drawing Type are grouped as Sets. Example: P&ID, ILD, and E1L, etc. Rules governing the use are as follows:

Page 9 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

5.5.3.1

Sets must be made for a common engineering subject, the subject may be: Design, Process or Service within a specific engineering discipline. For Example: DESIGN:

such as Plot Plans, Structural Details, Equipment Layouts, Hazardous Area Classifications, etc.

PROCESS: such as Process Flow Diagrams, Piping and Instrument Diagrams, Instrument Loop Diagrams, etc. SERVICE: such as Piping Isometrics of same product (e.g., Air, Steam, Fuel Gas, etc.) Electrical Drawings (e.g., One Line Diagram, Connection Diagram, Elementary Diagram., Electrical Layout, etc.), Instrument Points and Lines, etc. 5.5.3.2

For new construction, all sheets in a common set must be numbered sequentially without number gaps for 'Unused' sheets. If gaps are unavoidable, then an index sheet may be utilized to indicate "spare" in lieu of the unused sheet number.

5.5.3.3

A set of pre-numbered sheets (Engineering Forms) pertaining to one piece of equipment/instrument (e.g., Instrument Specification Sheets or Equipment Data Sheets, etc.), shall make up one drawing set.

5.5.3.4

Face/index Sheets may be provided for all size drawing sets having the same Drawing Numbers and more than ten sheets.

5.5.3.5

The first Face Sheet is numbered FS1. The subsequent Face sheets will be designated as FS2, FS3...FS9. When required to be revised, Face Sheets shall only have full numeric revision numbers (i.e., 01, 02, etc.).

5.5.3.6

Numbering sequences containing alpha characters are unacceptable except Face/Index sheet (FS1 to FS9). Existing drawings bearing alpha/numeric sheet identification should be corrected with numeric sheet numbers (assigned by PlantDoc) by the REO before the drawing is resubmitted with revision information. All reference drawings must be similarly corrected.

5.5.3.7

Cover sheets or title sheets of a drawing or project should not be assigned engineering drawing numbers. Page 10 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

5.5.3.8

Sets developed for Instrument Installation Schedules should be grouped based on category of instrument (pressure, temperature, flow, level, relief valve, MOV/AOV/GOV, miscellaneous) within a single plant.

5.5.3.9

The second line title of individual sheets within a set may vary slightly, if so required for clarification and definition of location. However, Plant Number and Index must be the same on all sheets.

5.5.3.10 Engineering forms except Scope of Work and List of Material must be a single file for each sheet. 5.6

Drawing Titles: The title is written on four (4) lines in the standard Title Block 5.6.1

Line 1, Content of the Drawing: the general content of the drawing and the Drawing Type shall be entered on the first line. Use the appropriate approved descriptions as listed in Auto-SACS and should not exceed 30 characters. The users may edit the first line based on the drawing contents as listed on TBA (Title Block Automation). However, this title should match the drawing type. Loop number and line number shall be entered on first line for ILD and isometric piping details respectively. Similarly equipment, instrument tag or line number shall be mentioned on Safety Instruction Sheet (SIS), Data, or specification sheets for SMART DATA Sheets. TBA program matches this provision. Type ILD, ISO SIS

First line title ILD or ISO + the assigned loop or line number SIS + the assigned line, equipment or instrument tag number

5.6.2

Line 2, Subject or Service: the main subject being covered by the drawing must be written here. This could be a process system, substation, service line, equipment number, building number, circuit or loop, etc. Use maximum of 35 characters as necessary to clearly explain the subject matter. Drawings concerning electrical substations shall have the substation number listed.

5.6.3

Line 3, Plant Description: the plant description of the plant corresponding with the plant number is written on this line. Use only the approved listing of plant descriptions. If two or more plants are covered, then only the description of the major plant covered by the drawing should be on line 3. Other plants covered shall be specified as part of the note section. Page 11 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation Exception: Off-shore wellhead platforms where the platform name may be used.

5.6.4

5.7

Line 4, Geographical Location: The name of the Saudi Aramco geographic area where the facility is located. Geographic locations are shown in the plant list for each plant. The plant list is available in the title block data entry of Auto-SACS, PlantDoc and EK&RD web site at http://EDSD.aramco.com.sa . Any exception to this list must be approved by the Drawing Management Unit Supervisor. Abbreviations are not allowed on line 4.

Revision Number 5.7.1

Revision number is a two digit (in case of 100% field verified As-built) or three alpha-numeric characters (in case of design or partial as-built) number assigned per SAEP-334.

5.7.2

Full numeric revision numbers (i.e., 01, 02, 03, etc.) are assigned to 100% field verified As-Built, cancelled drawings, face sheets and the drawings whose Plant number has been changed. Commentary Note: Not all full numeric revisions indicate As-Built status. Revision 00 may enter the Engineering Drawing Library without being in the As-Built state. Drawings whose Plant has changed or the drawings that are canceled are promoted to the next full numeric revision, regardless of the As-Built status of the original drawing. The drawing user must evaluate the drawing and its revision history to determine As-Built status.

5.7.3

Design and partial as-built revisions are indicated by two numbers followed by an alpha character (A-Z, excluding I and O).

5.7.4

Each revised drawing must include information such as date, description, associated job number, and revision number in the drawing revision block.

5.7.5

Revisions to non-certified drawings are considered developmental. Alpha characters for new drawings, i.e., A, B, C, D, etc., and alpha/numeric for existing drawings, i.e., 1A1, 1A2, 1A3, etc., may be used as developmental revisions. Once it is determined that the drawing will be issued for construction, REO must assure that developmental revisions are removed and that the issued revision is reflected prior to certification and submittal to EK&RD.

Page 12 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

5.7.6

5.8

This table provides sample revision numbers, with descriptions and indicates if the revision is allowed to exist in the PlantDoc. Revision

PlantDoc

Meaning Drawings entering the PlantDoc as new drawings are all revision 00.

00

YES

03

YES

As-Built for existing drawing (see notes in 5.7.2)

A, B,C,

NO

Development Revision for new drawing

0A1, 0A2

NO

Developmental revision for existing drawing

03C

YES

Design or partial As-Built revision to revision 03.

Plant Numbers: a three character code indicating a facility, process or system. Plant codes are issued and controlled by EK&RD. 5.8.1

Plant numbers are three alpha/numeric characters in length.

5.8.2

Only one active Plant Number should be assigned to an Engineering Drawing. Exception: More than one plant number may be allowed under certain circumstances. Approval must be obtained from Drawing Management Unit Supervisor requiring more than one plant number. Example: When the drawing contains interrelated information for more than one plant: continuation of lines, interface points, jumpers, tie-in points, etc., and all such plants fall under the responsibility of the same operating organization.

5.9

5.8.3

When an Engineering Drawing is „typical‟ for more than one plant, then a separate drawing must be produced for each plant.

5.8.4

While changing the plant number of an existing drawing, revise the drawings that involve changing the plant number and plant description in the title block and state in the revision description “CHANGED PLANT NO. FROM XXX to YYY” along with As-built revision, if any.

Job Order/EWO Numbers: The Job Order (JO) Number assigned from SAP or the Engineering Work Order (EWO) Number shall be shown on Engineering Drawings in the title block. Below are samples of JO numbers: OEO JO number = 391700 (6 digits organization code) IDO JO number = 04C123 (EWO number)

Page 13 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

PMT JO number = 10-12345-1234 (BI number + 4 digits) 5.10

Drawing File Type: The rectangular box provided at the bottom right corner of the border must be filled out to indicate file type, i.e., VECTOR and HYBRID for 2D drawings. INtools and SMART for Data-Centric systems generated drawings.

5.11

Emergency Drawings: See item 2 for definition. Ensure that all drawings are properly stamped for quick identification.

5.12

Information Sensitivity: All Saudi Aramco engineering drawings are classified as restricted drawings, unless classified at higher level as confidential. For more information refer to GI-0710.002 and SAEP-127.

5.13

Key Drawings: The following drawing types are required but not limited to be designated as Key Drawings:                 

Piping and Instrument Diagrams (PID) Process Flow Diagrams (PFD) Valve Operating Diagrams (VOD) Facility Plot Plans (FPP) Equipment Layouts (EQA) Underground / above ground Piping Installation Plans (PPL) Electrical One/Three Line Diagrams (E1L) ESD Logic Diagrams (LOG) Instrument Loop Diagrams (ILD) Area Classification Plans (HAZ) Building Floor Plans & Elevations (ARC) Equipment Data Sheets (DAT) Safety Instruction Sheets (SIS) Instrument Installation Schedules (IIS) Instrument Specification Sheets (ISS) Communication Cable Schematics (CBL) Line designation table (LDT)

Other engineering drawings may be designated as Key drawings by the Proponent Organizations or the Project Management Team jointly with the Proponent Organization as appropriate for their specific projects prior to the start of project detail design.

Page 14 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

5.14

Review for Key Drawing: Review required box in the title block shall be marked to indicate the requirement for review of key drawings by Saudi Aramco PMT and Operations.

5.15

Design Certification, Review for Key Drawing and Revision Validation: shall be completed as required by filling in the designated box in the drawing title block as per SAEP-334 section 13.

5.16

Drawing Scales

5.17

6

5.16.1

Graphic Scale, a line scale reference shall be included on both new and existing drawing just over the title block on scale drawings. The line scale shall be divided into units of length as determined by the scale of the drawing. Refer to Auto-SACS for a list of graphic scales symbols.

5.16.2

The seed files and attached borders are created at 1:1 scale. To create a new drawing to any desired scale, the seed file and attached border must be enlarged to that specified scale. In the title block program menu, the correct scale must be placed in the field "SCALE" for the correct placement of title block attributes.

5.16.3

Scale symbols MUST match the border scale.

5.16.4

PID, E1L, VOD, ILD and PFD products do not support scale drawings.

5.16.5

For scaled drawings, use the auto-dimensioning command where applicable and don't drop it.

5.16.6

Do not scale down drawings, instead, rearrange the drawing or split the drawing into two drawings.

5.16.7

The setting of all Saudi Aramco border files are set at (Global Origin) GO=0, 0. This „GO‟ is defined at the left bottom corner of the border. No changes are allowed in the GO setting for all drawing types including scaled drawings.

Reference drawings and notes shall be placed in the area provided above the title block. Reference drawings listed shall be the necessary minimum engineering drawings only. Do not include Plant or Index reference of the referred drawings nor Standard Drawings.

Drawing Cancellation Engineering Drawings must be cancelled under the circumstances identified below; full new revision number must be obtained per SAEP-334.

Page 15 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

7

8

6.1

A facility, plant, installation, or a piece of equipment has been abandoned, removed, dismantled or transferred.

6.2

The drawing has been superseded by another drawing.

Demolition Drawing 7.1

Cloud and crosshatch the areas to be demolished without obscuring the information in the area being crosshatched.

7.2

Describe in the revision block against the demolition revision.

7.3

For further design, obtain a new revision number per SAEP-334.

As-Built Drawing Revision description shall be described in the revision block for the As-Built condition as follows:

9

8.1

As-Built; when a drawing is certified as field verified with no changes.

8.2

Revised As-Built; when a drawing is certified as field verified with changes. Description shall be clearly identified. Refer to item 5.7 for more details.

8.3

Grass-roots LSTK project new drawings may be made as-built (Revision „01‟) without submitting initial revision (00) into PlantDoc. Title block and revision description for "as-built" must be completed.

Tag Number EK&RD assigns and manages the Tag numbers on-line http://fdms.aramco.com.sa by order of numerical sequence within each category or type within a designated plant. Exception: For off-shore wellhead platforms, trains, units, etc., where identical tags are used for each facility and a platform prefix number or unit, etc., is applied to make each facility unique.

9.1

Cable & Conduit Numbers; each code is 5 to 6 characters in length, excluding dashes. The numeric part of the code is unique for each plant. Example #1: C-0736 Example #2: PC-1281

Page 16 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

9.2

C

Conduit

CC

Electrical Control Cable

PC

Power Cable

IC

Instrument Cable

9.1.1

The Letter Designations are 1 to 2 alpha characters signifying the type of service.

9.1.2

Cable and Conduit Numbers shall be assigned in strict numerical sequence starting from 0001, for each particular plant regardless of the size, type or service. Alpha suffix is not allowed.

9.1.3

Information related to each Cable and Conduit shall be entered in the Cable & Conduit Schedule (CCS).

Mechanical Equipment; Each mechanical equipment tag number is unique for a specific piece of equipment or an associated item within each plant and consists of 8 to 10 characters in length, excluding dashes as follows: Example #1: D31-G-0012 (8 characters) Example #2: D31-GM-0012A (10 characters)

Data sheets and Safety Instruction Sheets (if applicable) must be developed for each piece of mechanical equipment per SAEP-334. 9.3

Electrical Equipment; Each electrical equipment tag number is unique for a specific piece of equipment and consists of 11 to 13 characters in length, excluding dashes and parenthesis.

Page 17 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Example #1: D31 - 012 - GSW (K) - 502 (13 characters) Grounding Switch # 02 has 69 KV voltage from substation #12 and PDD code K in plant number D31. Example #2: D31 - 012 - BC - 301 (11 characters) Battery Charger # 01 has 13.8 KV voltages from substation #12. No PDD code in plant number D31. 9.3.1

PDD codes are required only when they are different from the Standard Electrical Equipment Markings. Following are the approved PDD codes; Description Circuit Switcher Circuit Breaker (Power) Circuit Breaker (Switchgear) Disconnecting Switch Fuse Fuse Disconnect Grounding Switch Grounding Resistor Grounding Transformer Relay Switch Transformer

9.3.2

Standard Marking CSW CB CB DSW FS FSD GSW GR GT RY SW XFR

PDD S A B D F J K Y X P E T

The following are the approved voltage codes: Voltage Codes 0 1 2 3 4 5 6 7 8

Voltage Description 600 V & below AC or DC 2.4 kV 4.16 kV 13.8 kV 34.5 kV 69 kV 115 kV 230 kV 380 kV

Page 18 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

9.4

Instrument Tag Number; each instrument tag is a unique tag/loop number within a plant. It consists of 6 to 8 characters in length, excluding dashes.

Example #1: PCV-0159 (7 characters) Example #2: LT-0054 (6 characters) Example #3: FRC-1010A (8 characters-rare)

9.5

9.4.1

Information related to each instrument shall be entered in the Instrument Installation Schedule (IIS).

9.4.2

Instrument Loop Diagram shall be prepared as per SAES-J-005.

Line Number: The Line Size is indicated by up to five digits followed by the inch symbol. All nominal line sizes are expressed in inches even on metric drawings. Specification codes are per SAES-L-105. Example: 2-1/2"-CWS-1234-1CS1P1

Information related to each pipeline shall be entered in the Line Designation Table (LDT). 10

Drafting Requirements 10.1

Existing drawings must be utilized for any modification of a facility. Creation of new drawings to indicate a change in an existing facility will not be accepted. If, however, this is unavoidable for some reason such as being too crowded or major revision changes, then a new sheet shall be added to the existing drawing.

10.2

New drawings that are created as a continuation of an existing design are considered as continuation drawings of that design bearing the next sequential (numeric) sheet number of that drawing set.

Page 19 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

10.3

When revising an existing drawing, the incorrect and unreadable information on the title block including plant description and drawing type shall be corrected or completed.

10.4

Revision diamonds shall be placed in the drawing area in such a way as to make it possible to locate revisions quickly.

10.5

Old revision diamonds, clouds and related notes must be removed from the drawing.

10.6

If a drawing is completely redrawn, the words "Completely redrawn and incorporated revisions (indicate the revision number incorporated)" are put in the revision block.

10.7

When revising some pages of bulk drawings that have a single electronic file of the complete set such as scope of work, the revision block of only first sheet shall indicate the changes and revision number change. Complete set shall be submitted.

10.8

The standard north arrow symbol shall be drawn in a prominent place for all plan view drawings preferably in the upper left region of the drawing. It must be drawn pointing upward, or if unavoidable, pointing left, but shall never point down. Exception: For new generated drawing that has continuation link to the existing drawings that have north arrow symbol pointing down and Plan & Profile (PRF) of pipelines will remain the same.

10.9

Information covered by Standard Drawings, elaborated details, unnecessary views, and repetitions, which add no value to the drawings, shall be omitted.

10.10 All non-essential items from design which add nothing to the accuracy, completeness and clarity of the drawing shall be eliminated. 10.11 Drawing shading is not allowed on drawings. Hatching may be used as an alternative to shading. Exceptions of Cells used from Auto-SACS. 10.12 Revisions on drawings may be encircled or clouded on the prescribed layer for easy identification of the revised portion during certification and review cycle. However, for 100% As-Built drawings, all revision encirclement or clouding must be either removed or the level turned off prior to submitting the drawings to EK&RD. 10.13 The letter “O” and “I” shall not be used for identification symbols on the drawings, as they are often confused with Zero and One. Page 20 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation Exception: Exceptions are instrument symbols as shown in SAES-J-004.

10.14 Text on drawings shall always be uppercase. 10.15 Engineering drawings shall not be developed for any purpose in lieu of Standard Drawings and neither shall they be copied from Standard Drawings under any circumstances without the written permission by the committee chairman of that Standard Drawing. 10.16 New generated key drawings must be 100% vector. 11

CADD Standards 11.1

General Saudi Aramco CADD standards and Auto-SACS were developed to assure consistency between drawings. Auto-SACS contain collections of seed files, cell libraries, border files, levels, line weights, font, line codes, MDL routines and Title Block Automation (TBA). 11.1.1

Raster Files 11.1.1.1

A raster file that is associated with a vector file MUST be referenced as Hybrid file as specified in section 4.2. This is to allow opening the vector file along with the raster file, without opening each format separately. The user MUST save the raster file in Microstation software, use fix option to save the raster file. Do not use Interactive.

11.1.1.2

The raster file MUST be placed correctly along with the vector file in the same exact coordinates.

11.1.1.3

The raster file MUST use one layer and only one raster file be associated with one vector file.

11.1.1.4

No raster editing is allowed in the raster file except deleting the raster portion to view the vector part. All changes MUST be in the vector file.

11.1.1.5

Existing data sheets that are in Raster (scanned) format MUST be converted to Excel files or PDF files in case of Data-Centric. Refer to SAEP-334 section 15.12 for DataCentric drawings.

Page 21 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

11.1.1.6

11.1.2

Existing Raster drawings issued by the COMPANY for revision purposes shall be upgraded to Hybrid. This is the minimum requirement.

Product Seed and Border Files The Saudi Aramco product seed and border files are contained in the latest version of Auto-SACS. Refer to Appendix C for more details.

11.2

Requirements To ensure maximum productivity from the Saudi Aramco CADD systems, the CADD standards parameters must be followed. 11.2.1

All design files must be created from a Saudi Aramco product seed file.

11.2.2

Do not override or change the product seed file setups. Do not change the working units.

11.2.3

Saudi Aramco forms (borders) must be referenced only. Do not include forms as part of the design file. A border must be attached with the CADD drawing.

11.2.4

Reference Files-The drawings submitted to EK&RD through PlantDoc shall have no reference files attached, except for the Saudi Aramco border files which must be attached in accordance with this Standard and Saudi Aramco Engineering Procedure SAEP-334. The DESIGN CONTRACTOR shall ensure that the reference drawings that may be attached to a particular drawing at design/working stages are merged with the drawing.

11.2.5

Do not drop or change Standard Cells. Drawing Management Unit Supervisor's prior approval is required for any additional cell.

11.2.6

All elements in schematic type drawings (non-scale) must be placed with grid/unit lock set to ON position. File design to display the drawing such as that view 1 (maximized) showing the title block with data fields turned on position. View 5 (maximized) showing the entire drawing with data fields turned off position.

11.2.8

Remove all contents outside drawing border.

Page 22 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

14 January 2009

Revision Summary Revised the “Next Planned Update.” Reaffirmed the content of the document, and reissued with no other changes.

Page 23 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Appendix A – Saudi Aramco Engineering Drawing Title Block Refer to the latest version of index.cfg file in Auto-SACS

Page 24 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Appendix B – Saudi Aramco Drawing Types Refer to the latest version of index.cfg file in Auto-SACS DRAWING TYPE

DRAWING SIZE

DESCRIPTION

COMMENTS

INDEX 'A' ABB

MARKERS & SIGNAGE

A-B-C-D

DOC

SCOPE OF WORK

E

DSC

D

FPP

DRAWING CONTROL SHEET EQUIPMENT ARRANGEMENT/LAYOUT/ LOCATION/LEGEND AREA MAPS

FPP

FACILITY INDEX MAP

A-B-C

FPP

FACILITY PLOT PLAN

A-B-C

FPP

GENERAL LAYOUT PLAN

A-B-C

FPP

GRID MAP

A-B-C

FPP

MASTER PLOT PLAN

A-B

FPP

OVERALL PLAN

A-B

FPP

SITE PLAN/LOCATION PLAN

A-B

FPP

TOPOGRAPHIC & CONTOUR MAP

A=B

FPP

VICINITY MAP

A-B

HGR

HYDROGRAPHIC MAP

A-B

HYD

HYDROSTATIC TEST DIAGRAM

A-B-C-D

HYD

SYSTEM LEAK TEST

A-B

LDT

LINE DESIGNATION TABLE

D

PFD

PROCESS FLOW DIAGRAM

A-B-C-D

PFD

UTILITY FLOW DIAGRAM

A-B-C-D

PID

PIPING & INSTRUMENT DIAGRAM

A-B

PRF

PLAN & PROFILE/PIPELINE ALIGNMENT

A-B-C

SIS

SAFETY INSTRUCTION SHEETS (EQUIPMENTS/CRITICAL PIPING)

E

VOD

VALVE OPERATING DIAGRAM

EQA

ROAD SIGNS, PIPELINE MARKER, etc.

A-B-C A-B-C

GAS

Line #1 shall also include Equip Tag or Line No.

A-B-C-D

INDEX 'B' FPS

AUTOMATIC SPRINKLER LAYOUT/DETAIL

A-B-C

FIRE PROTECTION SYSTEM

FPS

BLOCK DIAGRAM FIRE ALARM SYSTEM

A-B-C

FPS

FIRE PROOFING/FIRE BREAKS & FIRE WALLS

A-B-C

FPS

INSTALLATION DETAIL

A-B-C

FIRE FIGHTING SYSTEM

FPS

LAYOUT/PLAN/SECTION/DETAIL

A-B-C

PORTABLE SAFETY EQUIPMENT

FPS

PLAN/LAYOUT/DETAIL

A-B-C

FIRE PROTECTION SYSTEM

FPS

PLAN/LAYOUT/DETAIL

A-B-C

HALON FIRE PROTECTION SYSTEM

FPS

PLAN/LAYOUT/RISER DIAGRAM

A-B-C

FIRE ALARM SYSTEM

Page 25 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING TYPE

DRAWING SIZE

DESCRIPTION

HAZ

AREA CLASSIFICATION

A-B-C-D

HAZ

ELECTRICAL AREA CLASSIFICATION

A-B-C-D

HAZ

FIRE HAZARDOUS AREA

A-B-C-D

HAZ

HAZARD IDENTIFICATION CHECK LIST

E

HAZ

HAZARDOUS AREA CLASSIFICATION

AB-C-D

HAZ

LIGHTNING PROTECTION LAYOUT / DETAILS

COMMENTS

A-B-C-D

INDEX 'C' DAT

DATA SHEET

D-E

SDS

SMART DATA SHEET

D-E

EQD

PLAN & DETAILS

A-B-C

MDT

SCRUBBER ASSEMBLY DETAILS

A-B-C-D

MDT

STRIPPER ASSEMBLY DETAILS

A-B-C-D

INDEX 'D' APP

LAYOUT OF APPURTENANCES

B-C-D

DAT

PRESSURE VESSEL DATA SHEET

D

SDS

SMART DATA SHEET

D

EQD

ASSEMBLY/DETAILS (VESSELS, TANKS COLUMNS, SPHEROIDS)

A-B-C-D

EQD

ASSEMBLY/DETAILS EQUIPMENT NO.

D

EQD

FABRICATION DETAILS

A-B-C

Add equipment number in Line #1.

INDEX 'E' DAT

DATA SHEET - SHELL & TUBE HEAT EXCHANGER

D

SDS

SMART DATA SHEET

D

EQD

DETAILS

A-B-C-D

EQUIPMENTS

INDEX 'F'

SDS

LAYOUT OF APPURTENANCES & ASSOCIATED STACKS DATA/SPECIFICATION SHEET (FLARES/EQUIPMENTS) SMART DATA SHEET

EQD

DETAILS

MDT

BURNER PIT PLAN/DETAIL

APP DAT

A-B-C D-E D-E A-B-C-D A-B-C-D

INDEX 'G' DAT

DATA SHEET – PUMP

SDS

SMART DATA SHEET

D-E D-E

INDEX 'H' SCH

PAINTING/COATING SCHEDULE

B-C-D

ECD

INSTRUMENT CONNECTION/ INTERCONNECTION DIAGRAM

INDEX 'J'

EWD IDT IIS

INSTRUMENT WIRING DIAGRAM INSTRUMENT LAYOUT/PLAN/SECTION/ DETAIL/ASSEMBLY/INSTALLATION OR MOUNTING DETAILS INSTRUMENT INSTALLATION SCHEDULE

A-B-C-D A-B-C-D A-B-C-D-E D

Page 26 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING TYPE

DRAWING SIZE

DESCRIPTION

ILD

INDEX SHEET (INSTRUMENT LOOP DIAGRAM)

B-C-D

ILD

INSTRUMENT LOOP DIAGRAM

B-C-D

IPD IPL IPL IPL ISD

INSTRUMENT PIPING/INSTALLATION DETAIL INSTRUMENT CABLE/CONDUIT PLAN INSTRUMENT LOCATION PLAN INSTRUMENT POINTS & LINES INSTRUMENT SEGMENT DIAGRAM

A-B-C-D A-B-C A-B-C A-B-C B-C-D

ISS

INSTRUMENT SPECIFICATION SHEET

E

ISS LOG LOG LOG LOG MTL

ORIFICE PLATE DETAIL CAUSE & EFFECT DIAGRAM ESD/PLC LOGIC DIAGRAM FUNCTIONAL DIAGRAM LOGIC DIAGRAM INSTRUMENT MATERIAL SUMMARY SHEET

E A-B-C-D A-B-C A-B-C A-B-C E

PNL

INSTRUMENT PANEL LAYOUT/SECTION ARRANGEMENT/DETAIL

A-B-C-D

PNL

LAYOUT/DETAIL/ARRANGEMENT/SECTION

A-B-C-D

RAK RAK SCH SCH

INSTRUMENT RACK LAYOUT/DETAIL RACK LAYOUT INSTRUMENT CONNECTION/WIRING SCHEDULE LIST OF NAMEPLATES FOR INSTRUMENTS

A-B-C A-B-C A-B-C-D D

SCH

PANEL SCHEDULE/PANEL INTERCONNECTION SCHEDULE

A-B-C-D

SCM

INSTRUMENT BLOCK DIAGRAM

A-B-C-D

DAT

DATA SHEET - (EQUIPMENTS)

E

SDS HVA

SMART DATA SHEET AC DUCT FABRICATION LAYOUT/DETAIL

E A-B-C

HVA

COMPRESSOR LAYOUT/PLAN/ ASSEMBLY/DETAIL

A-B-C

HVA HVA HVA HVA HVA HVA SCH

HVAC CHILLED WATER PIPING HVAC CONTROL DIAGRAM HVAC EQUIPMENT ASSEMBLY/LAYOUT/DETAIL HVAC LAYOUT/PLAN/DETAIL/DIAGRAM HVAC SYMBOLS/LEGEND VENTILATION SYSTEM EQUIPMENT SCHEDULE

A-B-C A-B-C A-B-C A-B-C A-B-C A-B-C A-B-C-D

COMMENTS Loop Number shall also be entered in Line #1.

Line #1 shall also include Instrument Tag Number.

INSTRUMENT PANEL/ LOCAL CONTROL PANEL/ ANNUNCIATOR BOARD/GRAPHIC PANEL INSTRUMENT PANEL/ LOCAL CONTROL PANEL/ ANNUNCIATOR BOARD/GRAPHIC PANEL

INDEX 'K'

INDEX 'L'

Process Piping

DAT

VALVE DATA SHEET

E

ISO

ISOMETRIC PIPING DETAIL

B-C-D

PDT

PIPING DETAIL - PROPORTIONING PUMP

D

PDT

PIPING DETAIL SHEET

D-E

Line # 1 shall include the Line Number.

Page 27 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING TYPE

DRAWING SIZE

DESCRIPTION

PDT

PIPING SECTION/DETAIL/ELEVATION

A-B-C

PPL

PIPELINE ROUTING (ABOVE/UNDER GROUND/SUB MARINE)

A-B-C

PPL PPL SCH SCM

PIPING DRAWING INDEX PIPING PLAN/LAYOUT/ARRANGEMENT TIE-IN SCHEDULE PIPING SCHEMATIC DIAGRAM

A-B-C-D A-B-C-D B-C-D A-B-C-D

COMMENTS

RACEWAY/CORRIDOR

INDEX 'M' DAT

DATA SHEET FOR OFFSHORE PLATFORM

D

SDS SCH SDT SDT

SMART DATA SHEET ANCHOR BOLT SCHEDULE FENCE PLAN/DETAIL/LAYOUT LADDER/HANDRAIL DETAILS, ASSEMBLY

D B-C-D A-B-C A-B-C

SDT

OFFSHORE PLATFORM PLAN/SECTION/ ELEVATION/DETAIL

A-B-C

SDT SDT

PIPE RACK DETAIL PIPE SUPPORT DETAIL/SCHEDULE/ ELEVATION PIPEWAY SLEEPER PLAN/SECTION/ ELEVATION/DETAIL ROOF FRAMING PLAN/SECTION/DETAIL/ELEVATION

A-B-C A-B-C-D

SDT

STRUCTURAL DETAILS/ELEVATION/LAYOUT/PLAN

A-B-C

SDT

STRUCTURAL PLATFORMS

A-B-C

SDT

TRUSS DETAIL/SECTION/ELEVATION

A-B-C

SDT

WALKWAY PLAN/SECTION/ ELEVATION/DETAIL

A-B-C

SDT SDT

A-B-C-D A-B-C-D INCLUDES STEEL PILES/STEEL STAIRS

INDEX 'N' INS

INSULATION DETAIL

A-B-C-D

SPP

AREA MAP

A-B

SPP SPP SPP SPP PER PER

OVERALL PLAN FACILITY LAYOUT TOPOGRAPHIC & CONTOUR MAP VICINITY MAP SECURITY FENCE PLAN/LAYOUT/DETAIL SECURITY PATROL ROAD PLAN/LAYOUT/DETAIL

A-B A-B A-B A-B A-B-C A-B-C

PER

SECURITY FENCE LIGHTING PLAN/LAYOUT/DETAIL

A-B-C

PER

SECURITY LIGHTING COVERAGE/LIGHT INTENSITY/DISTRIBUTION

A-B-C

PER

SECURITY FENCE ELECTRICAL PLAN/LAYOUT/DETAIL

A-B-C

GAT GAT GAT GAT GAT

GATE PLAN/LAYOUT/DETAIL GATEHOUSE PLAN/LAYOUT/DETAIL GATEHOUSE LIGHTING PLAN/LAYOUT/DETAIL GATEHOUSE ELECTRICAL PLAN/LAYOUT/DETAIL GATEHOUSE NETWORK PLAN/LAYOUT/DETAIL

A-B-C A-B-C A-B-C A-B-C A-B-C

INDEX 'O'

Security Drawings

Page 28 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING TYPE

DRAWING SIZE

DESCRIPTION

GAT

GATEHOUSE BALLISTISTIC PROTECTION PLAN/LAYOUT/DETAIL

A-B-C

SCE SCE SCE

IDAS NETWORK PLAN/LAYOUT/DETAIL IDAS CAMERA FIELD OF VIEW/LAYOUT/DETAIL IDAS SENSORS PLAN/LAYOUT/DETAIL

A-B-C A-B-C A-B-C

SCE

RADAR COVERAGE PLOT ON TOPOGRAPHIC/CONTOUR MAP

A-B-C

SCE

ACCESS/ALARM ENTRY CONTROL SYSTEM PLAN/LAYOUT/DETAIL

A-B-C

SCE

SECURITY SURVEILLANCE CCTV CAMERAS PLAN/LAYOUT/DETAIL

A-B-C

SCE

AUTOMATED BARRIER PLAN/LAYOUT/DETAIL

A-B-C

SCE

SECURITY EQUIPMENT ELECTRICAL PLAN/DETAIL/LAYOUT

A-B-C

COMMENTS

SPP = SECURITY PLOT PLAN PER = PERIMETER GAT = GATEHOUSE SCE = SECURITY EQUIPMENT

INDEX 'P' CBL

CABLE ROUTING PLAN

A-B-C

CBL

CABLE TRAY/RACEWAY PLAN/LAYOUT

A-B-C

CBL

CABLE/CONDUIT LAYOUT

A-B-C

CBL

CABLE/CONDUIT RACEWAY PLAN/LAYOUT

A-B-C

CBL

CONDUIT & JUNCTION BOX ARRANGEMENT

A-B-C

CBL

CONDUIT PLAN/DETAIL/INSTALLATION

A-B-C

CBL

DUCT BANK/CABLE TRENCH LAYOUT

A-B-C

CBL

GROUNDING PLAN/LAYOUT/DETAIL

A-B-C

CBL

OVERHEAD POWER LINE LAYOUT

A-B-C-D

CCS

CABLE & CONDUIT SCHEDULE

D

E1L

ELECTRICAL ONE LINE DIAGRAM

A-B-C

E1L

ELECTRICAL THREE LINE DIAGRAM

A-B-C

ECD

ELECTRICAL CONNECTION/ INTERCONNECTION DIAGRAM

A-B-C

EDT

A-B-C

ELM

ELECTRICAL PLAN/LAYOUT/DETAIL JUNCTION BOX ARRANGEMENT/DETAIL/ LAYOUT/ELEVATION ELEMENTARY DIAGRAM

EPD

POWER DISTRIBUTION/WIRING DIAGRAM

A-B-C

EPD

POWER PLAN/GROUNDING LAYOUT

A-B-C

EWD

ELECTRICAL WIRING DIAGRAM

A-B-C

LTG

LIGHTING PLAN/LAYOUT/DETAIL

A-B-C

LTG

A-B-C

RAK

POWER LIGHTING LAYOUT/PLAN/DETAIL STREET LIGHTING LAYOUT/PLAN/DETAIL AREA LIGHTING ELEVATION/DETAIL MOTOR CONTROL CENTER PANEL LAYOUT/ARRANGEMENT/ DETAIL/SECTION RACK LAYOUT

SCH

CABLE TRAY LOADING SCHEDULE

A-B-C-D

EDT

LTG MCC PNL

A-B-C A-B-C

A-B-C A-B-C A-B-C A-B-C

Page 29 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING TYPE

DRAWING SIZE

DESCRIPTION

SCH

ELECTRICAL LOAD TABULATION

A-B-C-D

SCH SCH SCH SCH SCM

LIGHTING & POWER SCHEDULE PANEL SCHEDULE LIGHTING PANEL SCHEDULE STRUCTURAL LIST OVERHEAD POWER LINE SCHEMATIC DIAGRAM

A-B-C-D B-C-D C-D C-D A-B-C

SWG

SWITCHGEAR ELEVATION/DETAIL/ SPECIFICATION/ARRANGEMENT

A-B-C

TRM

TERMINAL LAYOUT

COMMENTS

A-B-C

INDEX 'Q''

FDN

CONCRETE RETAINING WALL/SLEEPER (PLAN/LAYOUT/SECTION/DETAIL) FOUNDATION PLAN/LAYOUT/ SECTION/DETAIL

FDN

SEWER MANHOLE PLAN/SECTION/DETAIL

A-B-C-D

FDN

TRENCH LAYOUT/DETAIL

A-B-C-D

FDN

VALVE BOX LAYOUT/SECTION/DETAIL

A-B-C-D

STL

REBAR/REINFORCING BAR DETAIL

A-B-C-D

STL

REBAR/REINFORCING BAR SCHEDULE

B-C-D

STL

STEEL BENDING DETAIL

B-C-D

ARC

BEAM SECTION/DETAIL

A-B-C-D

ARC

DOOR/WINDOW DETAIL

A-B-C-D

ARC

FLOOR PLAN

A-B-C

ARC

INTERIOR/EXTERIOR FINISH DETAIL

A-B-C-D

ARC

PERSPECTIVE VIEW

A-B-C-D

ARC

PLAN/LAYOUT/ELEVATION/SECTION/DETAIL (CONCRETE & WOODEN FRAME BUILDINGS)

A-B-C-D

ARC

ROOF FRAMING PLAN

A-B-C-D

ARC

WALL SECTION/DETAIL

A-B-C-D

EQA

EQUIPMENT LAYOUT/LEGEND

A-B-C-D

SCH

DOOR/WINDOW SCHEDULE

A-B-C-D

SCH

SCHEDULE OF FINISHES/FURNISHING

A-B-C-D

SDT

ROOF & CEILING PLAN/ELEVATION/SECTION

A-B-C-D

GAP

BERMS PLAN/LOCATION/ELEVATION/ DETAILS

A-B-C

GAP

GRADING/PAVING/EARTHWORK

A-B-C

GAP

LANDSCAPING PLAN/LAYOUT/DETAIL

A-B-C

GAP

MONUMENT REFERENCE

A-B-C

GAP

ROAD CROSSING DETAILS

A-B-C

GAP

ROADS/TRAFFIC ISLAND/PARKING LOT

A-B-C

GAP

A-B-C

PLB

SITE DEVELOPMENT PLAN PLUMBING DRAIN/WASTE & VENT PIPING DETAIL/LAYOUT PLUMBING FLOOR PLAN

PLB

PLUMBING PLAN/LAYOUT/DETAIL

A-B-C-D

FDN

A-B-C-D A-B-C-D

INDEX 'R'

ARCHITECTURAL

BUILDINGS

INDEX 'S'

PLB

A-B-C-D A-B-C-D

Page 30 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING TYPE

DRAWING SIZE

DESCRIPTION

PLB

PLUMBING RISER DIAGRAM

A-B-C-D

UTI

UTILITY ISOMETRIC PIPING DETAIL

A-B-C-D

UTI

UTILITY PIPING ELEVATION/SECTION/DETAIL

A-B-C-D

UTI

UTILITY PIPING PLAN/LAYOUT/ROUTING (RAW WATER/DRINKING WATER/FIREWATER / IRRIGATION/STEAM/SPRINKLER/GAS/ SEWER/DRAIN/WASTE/VENT)

A-B-C

ANT

ANTENNA & FEEDER MOUNTING DETAILS

A-B-C

ANT

ANTENNA & TOWER FOUNDATION

A-B-C

ANT

ANTENNA & TRANSMISSION LINE LAYOUT

A-B-C

ANT

ANTENNA &TOWER INSTALLATION DETAILS

A-B-C

ANT

ANTENNA COMMUNICATION TOWER (PLAN/LAYOUT/ELEVATION/DETAIL)

A-B-C

ANT

ANTENNA MOUNTING DETAILS

A-B-C

ANT

TOWER FOUNDATION LAYOUT

A-B-C

ANT

TRANSMISSION LINE LAYOUT

A-B-C

ANT

A-B-C

CBL

WAVEGUIDE FEEDER BRIDGE/DETAILS (CONDUIT/CABLE) INSTALLATION LAYOUT/DETAILS CABLE & CONDUIT LAYOUT

CBL

CABLE (RUNWAY/WAY) & STRUCTURES/DETAILS

A-B-C

CBL

CABLE (TRAY/VAULT) RACKING DETAIL

A-B-C

CBL

CABLE ENTRANCE DETAIL

A-B-C

CBL

CABLE IDENTIFICATION

A-B-C

CBL

CABLE PULLING & REEL SET-UP

A-B-C

CBL

CABLE ROUTE (STRAIGHT LINE DIAGRAM/DC POWER SYSTEM/SOLAR ARRAY)

A-B-C

CBL

CABLE SCHEMATIC LAYOUT/DETAIL

A-B-C

CBL

CABLE SPLICING DETAILS

A-B-C

CBL

CABLE TERMINATION

A-B-C

CBL

CABLE TRAY LAYOUT/DETAIL

A-B-C

CBL

CEILING CHANNEL SUPPORT

A-B-C

CBL

CONDUIT ELEVATION & DETAILS

A-B-C

CBL

CROSSING & MISCELLANEOUS DETAILS

A-B-C

CBL

FIBER OPTIC BACKBONE DETAILS

A-B-C

CBL

FIBER OPTIC BYPASS

A-B-C

CBL

FIBER OPTIC TRUCK CABLE INSTALLATION

A-B-C

CBL

GROUNDING PLAN (LAYOUT/DETAILS/MISC)

A-B-C

CBL

HORIZONTAL DATA & VOICE CABLE WAY PLAN

A-B-C

CBL

HORIZONTAL DATA & VOICE OUTLET

A-B-C

CBL

MANHOLE & CONDUIT LAYOUT/DETAILS

A-B-C

CBL

MANHOLE FOLDOUT/DETAILS

A-B-C

CBL

PDS EQUIPMENT & CABLE LAYOUT/DETAILS

A-B-C

CBL

RADIO RF FEED LINE CABLE

A-B-C

COMMENTS

INDEX 'T'

CBL

A-B-C A-B-C

Page 31 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING TYPE

DESCRIPTION

DRAWING SIZE

CBL

SUBDUCT INSTALLATION DETAIL

A-B-C

CBL

TELEPHONE CABLE (PLAN/LAYOUT/ROUTING/DETAIL/ELEVATION)

A-B-C

CBL

TELEPHONE FACILITY (PLAN/LAYOUT/ROUTING/DETAIL/ELEVATION)

A-B-C

CBL

TELEPHONE LAYOUT/SWITCHING SYSTEM

A-B-C

CBL

A-B-C

COM

TRENCH LAYOUT (CABLE/CONDUIT) CABLE & VIDEO SYSTEM, MATV, CCTV, PUBLIC ADDRESS SYSTEM, MICROWAVE SYSTEM, RADAR SYSTEM, VIDEO CONFERENCING, LAN, WIRELESS SYSTEM CONNECTOR/INTERFACE DETAIL

COM

GENERAL NOTES/LEGEND/ABBREVIATION

A-B-C

DTA

DATA/VOICE COMMS FACILITIES

A-B-C

DTA

PDS DATA NETWORK

A-B-C

DTA

VOICE/DATA SYSTEM LAYOUT

A-B-C

ECD

CONNECTION/INTERCONNECTION DIAGRAM

A-B-C

EDT

ELECTRICAL DETAILS (PLAN/LAYOUT/ASSEMBLY)

A-B-C

EQA

EQUIPMENT LAYOUT/DETAIL/LOCATION

A-B-C

EQA

EQUIPMENT/CONSOLE ARRANGEMENT

A-B-C

EQD

EQUIPMENT ASSEMBLY (PLAN/DETAILS)

A-B-C

EWD

ALARM DIAGRAM

A-B-C

EWD

BLOCK & LEVEL DIAGRAM

A-B-C

EWD

CIRCUIT DIAGRAM

A-B-C

EWD

DC POWER DISTRIBUTION

A-B-C

EWD

TELEPHONE/COMMS/DIGITAL SIGNAL WIRING

A-B-C

EWD

WIRING DIAGRAM

A-B-C

RAK

RACK FACE ELEVATION

A-B-C

RAK

RACK INTERFACE DETAIL

A-B-C

RAK

RACK LAYOUT

A-B-C

RPF

RADIATION PROFILE

A-B-C

RPF

RADIO COVERAGE

A-B-C

RPF

RADIO PATH PROFILE

A-B-C

SCH

CABLE RUNNING LIST

A-B-C

SCH

CROSS-CONNECT WIRE SCHEDULE

A-B-C-D

SCH

PANEL INTERCONNECTION SCHEDULE

A-B-C-D

SCH

PANELBOARD LOAD SCHEDULE

A-B-C-D

SCH

WIRING LIST

A-B-C

SCH

WIRING TABLE

A-B-C

SCM

BLOCK & LEVEL DIAGRAM

A-B-C

SCM

CABLE IDENTIFICATION TABLE

A-B-C

SCM

CIRCUIT DIAGRAM

A-B-C

SCM

INTERCONNECTION WIRING DIAGRAM

A-B-C

SCM

RISER DIAGRAM

A-B-C

SCM

SCHEMATIC DIAGRAM

A-B-C

COM

COMMENTS

A-B-C A-B-C

Page 32 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING TYPE

DRAWING SIZE

DESCRIPTION

SCM

SYSTEM BLOCK DIAGRAM

ARC

HOSPITAL/LABORATORY/OFFICE (PLAN/LAYOUT)

COMMENTS

A-B-C

INDEX 'U' A-B-C

INDEX 'V' EQA

MARINE EQUIPMENTS

A-B-C

INDEX 'X' CAT

ANODE BED DATA SCHEDULE

A-B-C-D

CAT

ANODE BED IN-PLANT LOCATION PLAN

A-B-C

CAT

ANODE BED LOCATION PLAN/LAYOUT/ INSTALLATION/DETAIL

A-B-C-D

CAT

BLOCK DIAGRAM ANODE BED

A-B-C-D

CAT

CATHODIC PROTECTION PLAN/LAYOUT/DETAIL

A-B-C-D

DTA

DATA COMMUNICATIONS

A-B-C

LOG

PROCESS COMPUTER TERMINAL MANAGEMENT

A-B-C

MDF

DIGITAL DISTRIBUTION FRAME

A-B-C

MDF

MAIN DISTRIBUTION FRAME

A-B-C

MDF

MAIN/INTERMEDIATE DISTRIBUTION FRAME

A-B-C

SCM

NETWORK CONFIGURATION

A-B-C

SCM

NETWORK EQUIPMENT CONFIGURATION

A-B-C

INDEX 'Z'

Page 33 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Appendix C – Saudi Aramco Borders and Seed Files FORMS, SEED FILES AND BORDERS TABLE PRODUCT DWG. FORM (Logical SIZE NO. Name)

TITLE

SEED FILE BORDER FILE NAME NAME

CADD VERSION

APP

B

2696

LAYOUT OF APPURTENANCES

2696.b

2696b03.bor

CADD-03

APP

C

2696-1

LAYOUT OF APPURTENANCES

2696.c

2696c00.bor

CADD-00

APP

D

2696-2

LAYOUT OF APPURTENANCES

2696.d

2696d00.bor

CADD-00

ARC

A

2615

ARCHITECTURAL & LANDSCAPING

arc.a

arca01.bor

CADD-01

ARC

B

2634

ARCHITECTURAL & LANDSCAPING

arc.b

arcb00.bor

CADD-00

ARC

C

2635

ARCHITECTURAL & LANDSCAPING

arc.c

arcc00.bor

CADD-00

ARC

D

2636

ARCHITECTURAL & LANDSCAPING

arc.d

arcd00.bor

CADD-00

CIV

A

2615

CIVIL & STRUCTURAL

civ.a

civa01.bor

CADD-01

CIV

B

2634

CIVIL & STRUCTURAL

civ.b

civb00.bor

CADD-00

CIV

C

2635

CIVIL & STRUCTURAL

civ.c

civc00.bor

CADD-00

CIV

D

2636

CIVIL & STRUCTURAL

civ.d

civd00.bor

CADD-00

COM

A

2615

COMMUNICATION

com.a

coma01.bor

CADD-01

COM

B

2634

COMMUNICATION

com.b

comb00.bor

CADD-00

COM

C

2635

COMMUNICATION

com.c

comc00.bor

CADD-00

COM

D

2636

COMMUNICATION

com.d

comd00.bor

CADD-00

DAT

D

9527

PRESSURE VESSEL DATA SHEET

9527.d

9527d02.bor

CADD-02

DEF

A

2615

STANDARD "A" SIZE

def.a

defa05.bor

CADD-05

DEF

B

2634

STANDARD "B" SIZE

def.b

defb05.bor

CADD-05

DEF

C

2635

STANDARD "C" SIZE

def.c

defc05.bor

CADD-05

DEF

D

2636

STANDARD "D" SIZE

def.d

defd04.bor

CADD-04

DEF

E

2616

STANDARD "E" SIZE

def.e

defe04.bor

CADD-04

E1L

A

2615

ELECTRICAL ONE LINE DIAGRAM

e1l.a

e1la05.bor

CADD-05

E1L

B

2634

ELECTRICAL ONE LINE DIAGRAM

e1l.b

e1lb00.bor

CADD-00

E1L

C

2635

ELECTRICAL ONE LINE DIAGRAM

e1l.c

e1lc00.bor

CADD-00

EDT

A

2615

MISCELLANEOUS ELECTRICAL

edt.a

edta01.bor

CADD-01

EDT

B

2634

MISCELLANEOUS ELECTRICAL

edt.b

edtb00.bor

CADD-00

EDT

C

2635

MISCELLANEOUS ELECTRICAL

edt.c

edtc00.bor

CADD-00

EQD

B

2527

EQUIPMENT ASSEMBLY AND DETAILS

2527.b

2527b03.bor

CADD-03

EQD

C

2527-1

EQUIPMENT ASSEMBLY AND DETAILS

2527.c

2527c00.bor

CADD-00

FPP

A

2615

FACILITY PLOT PLAN

fpp.a

fppa05.bor

CADD-05

FPP

B

2634

FACILITY PLOT PLAN

fpp.b

fppb00.bor

CADD-00

FPP

C

2635

FACILITY PLOT PLAN

fpp.c

fppc00.bor

CADD-00

FSH

A

2615-1

FACE SHEET

deffsh.a

2615-1a02.bor

CADD-02

FSH

B

2634-1

FACE SHEET

deffsh.b

2634-1b02.bor

CADD-02

FSH

C

2635-1

FACE SHEET

deffsh.c

2635-1c02.bor

CADD-02

FSH

D

2636-1

FACE SHEET

deffsh.d

2636-1d02.bor

CADD-02

Page 34 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

FORMS, SEED FILES AND BORDERS TABLE PRODUCT DWG. FORM (Logical SIZE NO. Name)

TITLE

SEED FILE BORDER FILE NAME NAME

CADD VERSION

FSH

E

2616-1

FACE SHEET

deffsh.e

2616-1e02.bor

CADD-02

GAT

A

2615

GATEHOUSE

def.a

defa05.bor

CADD-05

GAT

B

2634

GATEHOUSE

def.b

defb05.bor

CADD-05

GAT

C

2635

GATEHOUSE

def.c

defc05.bor

CADD-05

HVA

A

2615

HVAC

hva.a

hvaa01.bor

CADD-01

HVA

B

2634

HVAC

hva.b

hvab00.bor

CADD-00

HVA

C

2635

HVAC

hva.c

hvac00.bor

CADD-00

ILD

B

7460

INSTRUMENT LOOP DIAGRAM

ild.b

ildb05.bor

CADD-05

ILD

C

7460-1

INSTRUMENT LOOP DIAGRAM

ild.c

ildc00.bor

CADD-00

ILD

D

7460-2

INSTRUMENT LOOP DIAGRAM

ild.d

ildd00.bor

CADD-00

ILD

B

8111

INDEX SHEET INSTRUMENT LOOP DIAG.

8111.b

8111b03.bor

CADD-03

ILD

C

8111-1

INDEX SHEET INSTRUMENT LOOP DIAG.

8111.c

8111c00.bor

CADD-00

ILD

D

8111-2

INDEX SHEET INSTRUMENT LOOP DIAG.

8111.d

8111d00.bor

CADD-00

ISD

B

7460A

INSTRUMENT SEGMENT DIAGRAM

isd.b

isdb02.bor

CADD-02

ISO

B

2825

ISOMETRIC PIPING DETAIL

2825.b

2825b03.bor

CADD-03

ISO

C

2825-1

ISOMETRIC PIPING DETAIL

2825.c

2825c00.bor

CADD-00

ISO

D

2825-2

ISOMETRIC PIPING DETAIL

2825.d

2825d00.bor

CADD-00

LOG

A

8110

LOGIC DIAGRAM

8110.a

8110a03.bor

CADD-03

LOG

B

8110-1

LOGIC DIAGRAM

8110.b

8110b00.bor

CADD-00

LOG

C

8110-2

LOGIC DIAGRAM

8110.c

8110c00.bor

CADD-00

PER

A

2615

SECURITY FENCE

def.a

defa05.bor

CADD-05

PER

B

2634

SECURITY FENCE

def.b

defb05.bor

CADD-05

PER

C

2635

SECURITY FENCE

def.c

defc05.bor

CADD-05

PFD

A

2615

PROCESS FLOW DIAGRAM

pfd.a

pfda05.bor

CADD-05

PFD

B

2634

PROCESS FLOW DIAGRAM

pfd.b

pfdb00.bor

CADD-00

PFD

C

2635

PROCESS FLOW DIAGRAM

pfd.c

pfdc00.bor

CADD-00

PFD

D

2636

PROCESS FLOW DIAGRAM

pfd.d

pfdd00.bor

CADD-00

PID

A

5994

PIPING & INSTRUMENT DIAGRAM

pid.a

pida06.bor

CADD-06

PID

B

5994-1

PIPING & INSTRUMENT DIAGRAM

pid.b

pidb00.bor

CADD-00

PPL

A

2615

PIPING PLAN

ppl.a

ppla01.bor

CADD-01

PPL

B

2634

PIPING PLAN

ppl.b

pplb00.bor

CADD-00

PPL

C

2635

PIPING PLAN

ppl.c

pplc00.bor

CADD-00

PPL

D

2636

PIPING PLAN

ppl.d

ppld00.bor

CADD-00

PRF

A

6285

PLAN AND PROFILE

6285.a

6285a02.bor

CADD-02

SCE

A

2615

SECURITY EQUIPMENT

def.a

defa05.bor

CADD-05

SCE

B

2634

SECURITY EQUIPMENT

def.b

defb05.bor

CADD-05

SCE

C

2635

SECURITY EQUIPMENT

def.c

defc05.bor

CADD-05

SCH

C

6232

LIGHTING PANEL SCHEDULE

6232.c

6232c03.bor

CADD-03

SPP

A

2615

SECURITY PLOT PLAN

fpp.a

fppa05.bor

CADD-05

SPP

B

2634

SECURITY PLOT PLAN

fpp.b

fppb00.bor

CADD-00

Page 35 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

FORMS, SEED FILES AND BORDERS TABLE PRODUCT DWG. FORM (Logical SIZE NO. Name)

TITLE

SEED FILE BORDER FILE NAME NAME

CADD VERSION

STL

B

2871

STEEL BENDING DETAILS

2871.b

2871b03.bor

CADD-03

TAB

A

8114

ELECTRICAL LOAD TABULATION

8114.a

8114a03.bor

CADD-03

UTI

A

2615

PLUMBING & UTILITY

uti.a

utia01.bor

CADD-01

VOD

A

2615

VALVE OPERATING DIAGRAM

vod.a

voda05.bor

CADD-05

Page 36 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Appendix D – Data-Centric Piping & Instrumentation Diagram (P&ID) Specification 1.

INTRODUCTION This appendix defines the requirements for preparing Intelligent P&IDs for Saudi Aramco using SmartPlant P&ID.

2.

CONFLICTS AND DEVIATIONS Any conflicts between this appendix and other applicable Saudi Aramco Engineering Standards (SAESs), Procedures (SAEPs), Materials System Specifications (SAMSSs) and Standard Drawings (SASDs) shall be resolved in writing with EK&RD.

3.

REFERENCES Refer to applicable Saudi Aramco Engineering Standards (SAESs), Procedures (SAEPs), Materials System Specifications (SAMSSs) and Standard Drawings (SASDs).

4.

SCOPE 4.1

General 4.1.1

The contractor shall follow this appendix as the basis for preparing Intelligent P&IDs using the SmartPlant P&ID (SPPID) application. Included in this appendix are the software version requirements, guidelines for SPPID set up, list of deliverables, the minimum data to be populated in the SPPID database and the requirements for SPPID Project delivery to EK&RD.

4.1.2

EK&RD will provide to the contractor SmartPlant P&ID Template comprising Reference Data and Data Dictionary template, which shall be used for the SPPID set-up and P&ID creation. It is presumed that the SmartPlant P&ID Template provided is not comprehensive enough for any specific project and modifications and additions to this will be required in order to meet project requirements.

4.1.3

Use of the SmartPlant P&ID Template does not release the engineering contractor from the responsibility of submitting SmartPlant P&ID deliverables meeting COMPANY requirements, as defined in section 3 of this standard. Page 37 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

4.2

4.1.4

All changes and/or additions to the Reference Data and Data Dictionary must be documented and submitted to EK&RD for approval, prior to use.

4.1.5

The document with descriptive list of changes and additions as mentioned above, with EK&RD approval shall be included as part of deliverables, which are defined later in this appendix.

4.1.5

The Smart Plant P&IDs shall be submitted to Saudi Aramco as per section 15.12 of SAEP-334.

4.1.6

The final SPPID data delivered to Saudi Aramco shall have the SPPID data in „as-built‟ stage.

4.1.7

The contractor shall upgrade the SPPID database to conform to the latest version of SmartPlant P&ID approved for use by EK&RD, prior to final delivery of the SmartPlant P&ID data back up.

4.1.8

The CONTRACTOR shall provide to EK&RD the SmartPlant P&ID project data as well as supporting documentation.

Reference Data & Data Dictionary customizations 4.2.1

The Reference Data within the SmartPlant P&ID Template consists of:     

4.2.2

The Data Dictionary template within the SmartPlant P&ID Template consists of:  

4.2.3

Approved Symbols COMPANY approved P&ID Borders Rule File Format File Insulation Specification File

Data Attributes (SPPID Properties) Select Lists

It is COMPANY direction to use delivered ANSI/ISA standard Reference Data to the maximum extent possible for P&ID production. Additional symbols shall be defined by the CONTRACTOR as required, but must be approved by the COMPANY prior to use on the project.

Page 38 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

4.3

5.

4.2.4

Any additional attributes, select lists and select list entries, which do not exist in the Data Dictionary and are required by the project, shall be created by the CONTRACTOR and get them approved by the EK&RD prior to use.

4.2.5

Forms, templates, rules and insulation specs customization shall be done by the CONTRACTOR as required with prior approval from EK&RD.

4.2.6

Additional forms and documents created by the CONTRACTOR shall adhere to the requirements specified in this standard and must be approved by EK&RD prior to use in the project.

Quality Assurance 4.3.1

All SPPID inconsistencies indications must be resolved in the P&IDs. Any inconsistency that can't be resolved shall be documented and submitted to Saudi Aramco for approval.

4.3.2

Check List in attachment B of this appendix shall be followed while creating the SmartPlant P&IDs.

4.3.3

SPPID symbols (based on ANSI & ISA), fonts and rules approved by EK&RD shall be used for the creation of SmartPlant P&IDs.

4.3.4

All Drawings & Reports submitted to EK&RD shall have customized title block as per section 5 of this standard.

4.3.5

The latest Saudi Aramco border file available at project commencement shall be used. The CONTRACTOR shall verify with EK&RD that the border file available in the reference data is SACS compliant.

4.3.6

Arial Font shall be used for all textual elements of the drawing.

SMARTPLANT P&ID SET-UP 5.1

General 5.1.1

Latest versions of Intergraph Corporation's SmartPlant P&ID (SPPID) and SmartPlant Engineering Manager (SPEM) approved by Saudi Aramco EK&RD (SPPID current approved version 4.3) (SPEM current approved version 4.4) shall be used in conjunction with Oracle 9i (9.2.0.1.0), as recommended by Intergraph for the creation of Intelligent Piping & Page 39 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Instrumentation Diagrams (P&IDs). 5.1.2 5.2

SmartPlant P&ID Template provided by EK&RD shall be used while setting up the SPPID Project.

Site Server Set-up Site Server shall be created and configured as follows: Data Dictionary: Site Server Name: Database Type: Table Space Name: Temp Table Space: Database User Name: Database Password: Data Dictionary Table space: Data Dictionary Temp Table space: Database User Name: Database Password: *

5.3

Default Facility Name Oracle TS_XXX_DATA_01* TEMP_XXX* XXXSite* XXXSite* TS_XXX_DATA_01* TEMP_XXX* XXXSited* XXXSited*

Where XXX = the Plant abbreviation "e.g., HGP for Hawiyah Gas Plant"

Plant Set-up 5.3.1

See attachment C for the list of Plants, Units, and Areas and their associated data.

5.3.2

Plant Setup shall be defined and configured as follows: Data Dictionary Template Path Hierarchy Plant Name Format File location Table space Temp table space Database Username Database Password Data Dictionary Table space Data Dictionary Temp Table space Database Username Database Password *

Use Custom Template Company Data Dictionary path Hierarchy 7 (PAU) Facility Name Company Reference_Data path TS_XXX_DATA_01* TEMP_XXX* XXXPlant* XXXPlant* TS_XXX_DATA_01* TEMP_XXX* XXXPlantd* XXXPlantd*

Where XXX = the Plant abbreviation "e.g., HGP for Hawiyah Gas Plant"

Page 40 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

5.3.3

Following table lists the required data for each plant (Facility Name): Description

Value

Name Description

5.4

SmartPlant P&ID Application Association When establishing Application Association, the following configuration shall be followed: P&ID Reference Data path

Company Reference Data path

Data Dictionary Source

Use Custom Template

Template Path

Company Data Dictionary path

Table space

TS_XXX_DATA_01

Temp table space

TEMP_XXX

Database Username

XXXPlantpid

Database Password

XXXPlantpid

Data Dictionary Table space

TS_XXX_DATA_01

Data Dictionary Temp Table space

TEMP_XXX

Database Username

XXXPlantpidd

Database Password

XXXPlantpidd

*

5.5

Where XXX = the Plant abbreviation "e.g., HGP for Hawiyah Gas Plant"

Plant Hierarchy Structure 5.3.1

The project plant structure must comply with Hierarchy 7 available within the SmartPlant Engineering Manager, i.e., “Plant – Area – Unit.”

5.3.2

All drawings shall be created at the Unit level only.

5.3.3

The following shall be applied to all project data: 5.3.3.1

SP-PID Plant shall be the Facility Name

5.3.3.2

SP-PID Area shall be xx,yy,zz …

5.3.3.3

SP-PID Unit and Unit Code shall be: ww, kk,hh …

Page 41 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

5.3.4

Following tables list the required data: Plant Description

Data entry

Plant Name

Yes

Description

Yes

Value

Area Description

Data entry

Area Name

Yes

Description

Yes

Value

Unit Description

5.3.5 6.

Data entry

Unit Name

Yes

Unit Description

Yes

Unit Code

Yes

Value

See Attachment E for a list of the Plants, Areas, and Units and their associated data for the XXX Project.

NAMING CONVENTIONS 6.1

Drawing Naming Convention P&ID drawing names and numbers shall comply with section 5 of this standard and shall be specified by the Process Discipline.

6.2

Pipe Run Tag Naming Convention Line Number: The Line Size is indicated by up to five digits followed by the inch symbol. All nominal line sizes are expressed in inches even on metric drawings. Specification codes are per SAES-L-105. Example: 2-1/2"-CWS-1234-1CS1P1

Page 42 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

The field mappings to the equivalent SPPID properties are as shown below:

6.3

Equipment Tag Naming Convention Each equipment tag is unique for a specific piece of equipment or an associated item within each plant and consists of 8 to 10 characters in length, excluding dashes as follows: Example #1: D31-G-0012 (8 characters) Example #2: D31-GM-0012A (10 characters) The field mappings to the equivalent SPPID properties are as shown below:

6.4

Instrument and Loop Tag Naming Convention 6.4.1

Following examples explain Instrument Tagging: 21-LIC-321 H69-FIT-116A

Page 43 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

The field mappings to the equivalent SPPID properties are as shown below:

6.4.2

Instrument loop tag is formatted as: uu-vvv-nnnnss where: uuu vvv nnnn ss

7.

-

Unit number Instrument Measured Variable Instrument Tag Sequence Number Loop Tag Suffix

P&ID TAGGING 7.1

Piping Component Tags Piping Components - Valves

Label Name Category Detailed Label Piping Components - Reducers

Label Name

PipingComp_Reducer

Category Detailed Label

Page 44 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Piping OPC's

Label Name

Off-Drawing

Category Detailed Label

7.2

Equipment Tags Equipment Detailed or Description Labels are placed on the top or the bottom of the P&ID. The delivered equipment descriptive labels with Saudi Aramco reference data should be used to the maximum extent unless addition is required by the projects. The following are examples and not limitations. The Engineering Units shall be English with SI Units in parenthesis. Vessels

Label Name

Vessel_Description

Category

Equipment

Detailed Label

Labels Equipment Pumps

Label Name

Pump_Description

Category

Equipment

Detailed Label

Labels Equipment

Page 45 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation Heat Exchangers

Label Name

HeatExchanger_Description

Category

Equipment

Detailed Label

Labels Equipment Compressors

Label Name

Compressor_Description

Category

Equipment

Detailed Label

Labels Equipment Drivers

Label Name

Driver_Description

Category

Equipment Component

Detailed Label

7.3

Instrument Tags Instruments

Label Name

Embedded with the Instrument Symbol

Category Detailed Label

Page 46 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

7.4

Pipe Run Tags Pipe Run

8.

Label Name

Line No wo Insulation

Category

Pipe Run

Detailed Label

Pipe Run Label

REQUIRED ATTRIBUTES 8.1

Equipment Attributes The following table lists all the required attributes or properties which shall be filled in SmartPlant database for all the equipment. Other attributes may be filled or used as per the project requirements:

EQUIPMENT

DRAWING INDEX

EQUIPMENT MARKING

VESSELS:

D

D

DRUMS

D

D

TANKS

D

D

REQUIRED FIELDS Internal Diameter Length T-T Capacity Maximum Design Pressure Maximum Design Temperature Maximum Operating Pressure Maximum Operating Temperature Trim Internal Diameter Length T-T Capacity Maximum Design Pressure Maximum Design Temperature Maximum Operating Pressure Maximum Operating Temperature Trim Length Width Height Capacity Maximum Design Pressure Maximum Design Temperature Maximum Operating Pressure Maximum Operating Temperature Trim

Page 47 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation EQUIPMENT

DRAWING INDEX

EQUIPMENT MARKING

PUMPS:

G

G

GEAR UNIT

G

GG

HYDRAULIC COUPLING

G

GH

ELECTRIC MOTOR DRIVER

P

GM

TURBINE DRIVER

K

GT

DIESEL ENGINE DRIVER

K

GD

COMPRESSORS

K

K

GEAR UNIT

K

KG

HYDRAULIC COUPLING

K

KH

ELECTRIC MOTOR DRIVER

P

KM

TURBINE DRIVER

K

KT

DIESEL ENGINE DRIVER

K

KD

CENTRIFUGE

K

KC

VACUUM PUMPS

K

K

MIXERS

K

K

GENERATORS:

P

P

DIESEL ENGINE DRIVER

K

PD

TURBINE DRIVER

K

PT

REQUIRED FIELDS Capacity Differential Pressure Driver Power Trim Contractor should define what is applicable for the project Contractor should define what is applicable for the project Driver Power Speed Frequency Voltage Phase Contractor should define what is applicable for the project Contractor should define what is applicable for the project Capacity Differential Pressure Discharge Pressure Maximum Design Pressure Maximum Design Temperature Trim Contractor should define what is applicable for the project Contractor should define what is applicable for the project Driver Power Speed Frequency Voltage Phase Contractor should define what is applicable for the project Contractor should define what is applicable for the project Contractor should define what is applicable for the project Contractor should define what is applicable for the project Contractor should define what is applicable for the project Contractor should define what is applicable for the project Contractor should define what is applicable for the project Contractor should define what is applicable for the project

Page 48 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation EQUIPMENT

DRAWING INDEX

EQUIPMENT MARKING

REQUIRED FIELDS Duty Surface Area Maximum Design Pressure

HEAT EXCHANGERS:

E

E

Maximum Design Temperature Maximum Operating Pressure Maximum Operating Temperature

EXCHANGER FIN FAN

E

E

EXCHANGER FIN FAN GEARBOX

E

EG

Trim Contractor should define what is applicable for the project Contractor should define what is applicable for the project Driver Power Speed

EXCHANGER FIN FAN MOTOR

E

EM

Frequency Voltage Phase Duty Surface Area Shell Maximum Design Pressure Shell Maximum Design Temperature Shell Maximum Operating Pressure

EXCHANGER (TUBE/SHELL)

E

E

Shell Maximum Operating Temperature Shell Trim Tube Maximum Design Pressure Tube Maximum Design Temperature Tube Maximum Operating Pressure Tube Maximum Operating Temperature Tube Trim Internal Diameter Maximum Design Pressure

BOILERS:

F

F

Maximum Design Temperature Maximum Operating Pressure Maximum Operating Temperature Internal Diameter Length T-T Capacity

COLUMNS:

C

C

Maximum Design Pressure Maximum Design Temperature Maximum Operating Pressure Maximum Operating Temperature Trim

Page 49 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation DRAWING INDEX

EQUIPMENT

EQUIPMENT MARKING

JIB CRANE

U

U

ESCAPE CAPSULE

M

U

SPECIAL EQUIPMENTS:

U

U

8.2

REQUIRED FIELDS Contractor should define what is applicable for the project Contractor should define what is applicable for the project Contractor should define what is applicable for the project

Instrument Attributes The following table lists the required attribute or properties that are required to be filed for each instrument type. Other attributes may be filled or used as per the project requirements. Set Point

Pressure

Instrument Type

Pressure High

Pressure Low

Pressure High

Pressure Low

PZV

√

X

X

X X

PCV

√

X

X

PI "Field Inst."

X

X

√

√

PI "DCS Inst."

√

√

X

X

PDT

√

√

√

√

PIT

√

√

√

√

√

√

√ Temperature High

√ Temperature Low

PT

√

√

PA

√

√

PIC

√ Temperature High

√ Temperature Low

TI "Field Inst."

X

X

√

√

TI "DCS Inst."

√

√

X

X

TIC

√

√

√

√

TIT Instrument Type

√ Flow High

√ Flow Low

√ Flow High

√ Flow Low

FI "Field Inst."

X

X

√

√

FI "DCS Inst."

√

√

X

X

FIC

√

√

√

√

FIT

√

√

√

√

FT Instrument Type

√ Level High

√ Level Low

√ Level High

√ Level Low

√

√

LT

√

√

√

√

LI "Field Inst."

X

X

√

√

LI "DCS Inst."

√

√

X

X

LIT

√

√

√

√

√

√

√

Instrument Type Temperature

Flow

Range

LG Level

LIC

√ Note: √ means required

X means optional

Page 50 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

9.

DATA HANDOVER 9.1

Pre-Project Enabled SmartPlant P&ID plant backup A complete SmartPlant P&ID plant backup before enabling the project (workshare and project disabled) including the P&ID Reference Data (symbols, templates, assemblies, report templates, rules, insulation spec, modified dlls, etc.) used in the P&ID creation.

9.2

Post-Project Enabled SmartPlant P&ID plant backup A complete SmartPlant P&ID plant backup in as-built stage after enabling the project including the P&ID Reference Data (symbols, templates, assemblies, report templates, rules, insulation spec, modified dlls etc...) used in the P&ID creation.

9.3

Deviations Compliance Table Compliance table highlighting all approved deviations from this appendix.

9.4

Customizations Approval Package Document specifying customizations carried out in reference data, symbols, data dictionary, formats, rules, and reports along with their approvals.

9.5

Modified Code Package Any modified source code for all dlls “ItemTag or Validations” that were created for the SmartPlant P&ID project and must highlight the modified versus delivered code.

9.6

P&ID PDF Drawing Package PDF files of all the P&IDs as generated from SmartPlant P&ID.

9.7

P&ID Hard Copy Package Hard copy of all the P&IDs as generated from SmartPlant P&ID.

10.

DATA HANDOVER QUALITY REQUIREMENTS 10.1

Drawings 10.1.1

All the P&IDs in SmartPlant P&ID database must be as-built before the final delivery. Page 51 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

10.1.2 10.2

Forced recreation must be successfully applied to all the drawings before the final delivery.

Project 10.2.1

Prior to data delivery, workshare and subprojects must be collapsed and deleted.

10.2.2

All temporary drawings, test drawings, test symbols & assemblies, test units, temporary filters, reports etc. must be removed from the SmartPlant P&ID data before delivery.

10.2.3

SmartPlant P&ID database must be free of any database exceptions and orphan entries. The 'Database Constraint Exception Report Utility' shall be run to generate the database constraint exception report. The applicable SPPID delivered constraint utilities, mentioned in the report shall be run to clean up all the exceptions.

10.2.4

Contractor must upgrade the SmartPlant P&ID database to the latest version approved by EK&RD at the time of delivery.

10.2.5

All the revisions or versions that are created during the design stages should be deleted.

Page 52 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Attachment A Title Block:

TB Field No

1 2 3 4 5 6 7 7 7 8 9 10 10 11

Title Block Field Name PLANT NO INDEX DRAWING NUMBER SHT. NO. REV.NO. Location Drawing Title - Line 1 Drawing Title - Line 2 Drawing Title - Line 3 DRAWING TYPE JOB ORDER/EWO NO. Revision DATE REVISION DESCRIPTION Design Certification: ENGG.

SPPID Field Name Area Name Drawing.DwgIndex Drawing.DrawingNumber Drawing.Sheet_No Drawing.Revision Drawing.LOCATION Area Description Drawing.Description Hard Coded Hard Coded Drawing. JobOrder_EWONo Drawing. RevDate

Display Name

Remarks

Dwg Index Drawing Number Sheet No Revision Location Description

JobOrder / EWONo Revision Date

Drawing.RevDesc

Revision Description

Drawing. EngineeringBy

Engineering By Page 53 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation TB Field No

11 11 11 12

Title Block Field Name Design Certification: DATE Design Certification: CERTFIED BY Design Certification: CERTFIED DATE Review: CONST. AGENCY

12

Review: CONST. DATE

12

Review: OPERATIONS Review: OPERATIONS DATE Other: BY Other: DATE Key Drawings Review: REQUIRED DCC Number EMERGENCY DRAWING Drawing Sensitivity Drawing File Format Type

12 13 13 14 15 16 17 18

SPPID Field Name

Display Name

Drawing. EngineeringDate

Drawing. EngineeringDate

Drawing. CertifiedBy

Certified By

Drawing. CertifiedDate

Certified Date

Drawing.ConstructionAgency

Construction Agency

Drawing.ConstructionAgency Date Drawing.Operations

Construction Agency Date Operations

Drawing.OperationsDate

Operations Date

Drawing.Other Drawing.OtherDate

Other OtherDate

Remarks

Hard Coded Drawing.DCC_No

DCC_No

Hard Coded

Reference Drawings:

Page 54 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

TB Field No

Title Block Field Name

SPPID Field Name

Display Name

1

Reference Drawing 1_No

RefDwg1_No

Reference Drawing No 1

2

Reference Drawing 2_No

RefDwg2_No

Reference Drawing No 2

3

Reference Drawing 3_No

RefDwg3_No

Reference Drawing No 3

4

Reference Drawing 4_No

RefDwg4_No

Reference Drawing No 4

5

Reference Drawing 5_No

RefDwg5_No

Reference Drawing No 5

6

Reference Drawing 6_No

RefDwg6_No

Reference Drawing No 6

7

Reference Drawing 7_Desc

RefDwg7_Desc

Reference Drawing Desc 7

8

Reference Drawing 7_No

RefDwg7_No

Reference Drawing No 7

9

Reference Drawing 7_Desc

RefDwg8_Desc

Reference Drawing Desc 8

10

Reference Drawing 7_No

Ref7Dwg8_No

Reference Drawing No 8

Remarks

Drawing Note:

TB Field No

23

Title Block Field Name NOTES

SPPID Field Name NOTES_Drawing

Display Name

Remarks

NOTES_Drawing

Page 55 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Attachment B – P&ID Quality Assurance Check Lists General Check List The Special character apostrophe ' should not be used to comment values of any attributes with unit 1 of measure. i.e., unitted attribute values should not be commented. 2 Tags and associated data shall be entered in consistent manner as defined by this specification. 3 Saudi Aramco Abbreviation conventions shall be followed as per SAES. 4 Comments must be placed using Annotation Symbols. Dumb text shall be used only with EK&RD approval. Dumb labels used shall be documented. 5 6 All symbols shall be parametric. Customized symbols shall be pre-approved. 7 All symbols shall have Class and Sub-Class defined. The naming convention of the new symbols or labels shall be similar to the Saudi Aramco customized 8 labels. The symbol name shall be descriptive where it represents the symbol name. Drawing Check List Drawing title block entries must follow this standard and have corresponding user-defined attributes as 1 defined in this appendix. 2 P&ID detail sketches shall be placed as intelligent items or Auxiliary Graphics. 3 Nothing shall be placed outside the drawing border. 4 Only approved Saudi Aramco SPPID templates shall be linked with drawings. No P&IDs shall have any information, except border as a linked document, intelligent labels, intelligent 5 symbols and auxiliary graphics. The forced re-creation of P&ID (with P&ID file renamed) must fetch the P&ID from the database without any loss of information. Equipment Check List 1 All Equipment shall be TAGGED 2 Equipment Name Attribute shall be defined for all the equipments. 3 All applicable data attributes must be filled to the fullest extent in accordance with SAES. Package equipment shall have full equipment features shown on the main plant P&ID along with all 4 instrumentation and shall not be shown as a 'Black Box' 5 Equipment Class shall be the selection criteria for placement. In cases where a single equipment-graphic is displayed on the face of the drawing and the equipment labels indicate existence of multiple equipments, multiple equipment graphics should be placed using 6 "overlapped graphics". All the required attributes should be populated for all the overlapped equipments. In cases where data for multiple equipment of same category are displayed in single label e.g. E7 11150 A/B/C the label is to be placed selecting E-11150A and the tag suffix label is to be used to place the labels for remaining equipment. Equipment Tag Prefix, Tag Seq Number, Tag Suffix etc to be entered properly for each equipment. 8 Use of space or other characters to overcome the Duplicate Tag situation is not acceptable. Equipment label shall be standardized. If SPPID doesn't have requisite properties, they shall be added, but with prior approval. If labels have units that are not available in SPPID, a new label should 9 be created with the right unit, or application to change the display properties must be submitted to the COMPANY for approval. 10 All new Equipment symbols shall be customized as Parametric. Prior approval shall be obtained for the customization of Equipment Descriptions labels with more 11 information, than in the available labels. The Equipment level labels like HHLL (High High Liquid Level), LLL (Low Liquid Level) in SPPID 12 corresponds to HHL, LL in the source P&ID. The Equipment levels in SPPID have an 'L' more compared to those in the source P&ID. Multiple representations shall be used in the cases where the equipment is displayed in multiple 13 drawings.

Page 56 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Instrument Check List 1 All Instruments must be TAGGED 2 All applicable instrument data-attributes must be filled in to the fullest extent possible. 3 Instrument Loop shall be created in Plant Stockpile 4 Instrument Loop must be defined for all the instruments Instrument Measured Variable Code, Instrument Type Modifier, Instrument Tag Sequence Number 5 and Instrument Tag Suffix to be entered properly for every Instrument. 6 All instruments that do not appear in any pipeline are to be placed as "Offline-instruments". 7 Off-Line Instruments with Implied components should not be used. All In-Line instruments should have the tag number represented on the face of the P&ID by using the 8 Tag Number with Balloon Label. Use signal Point usage property for instruments having RUN, CLOSED, FAH, FAL, START, STOP, 9 RUNNING, LAH, etc Set points must be defined for all DCS instruments. Set Point labels must be used to display the set 10 point value on the face of the P&ID. Pressure High & Pressure Low attributes shall be used to represent high & low set points and similarly for Temperature, Flow, Level, etc. The following format shall be used to represent instrument set point on the face of the P&ID: 11 H Set @ High Unit L Set @ Low Unit Instrument Range must be defined for all field instruments. Instrument range labels must be used to 12 display the range value on the face of the P&ID. Pressure High & Pressure Low attributes shall be used to represent instrument range and similarly for Temperature, Flow, Level, etc. The following format shall be used to represent instrument range on the face of the P&ID: 13 Low - High unit TSO for control valve should be put in Option code label 14 NC for control valve should be put in Opening Action label. FC for control valve should be put in Fail Action label. Instrument Ctrl Case attribute should not be used to represent the high and low values for instrument 15 range and set points 16 Rating Ratio Label should be used to represent the rating ratio for the control valve. 17 ISA standard should be used to represent the Signal Line on the face of the P&ID. All the instruments which are listed in a Table within the P&ID drawing must be represented as an intelligent instrument "i.e. an instrument symbol that represent the Tag Number without any graphical 18 representation should be placed in the table". This type of instruments should be defined in the right category with correct class and subclass and the appropriate symbol should be placed on the drawing.

Page 57 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Pipe Run Check List 1 All Pipe Runs must be TAGGED 2 All applicable pipe-run data-attributes must be filled in to the fullest extent possible. Pipe Run should be placed as continues line "i.e. segmented or fragmented pipe run for the same tag 3 are not allowed". (exception: Equipment trim) 4 5 6 7 8 9 10

11 12 13 14 15 16 17 18 19 20

Pipe runs to be placed as straight runs & care should be taken to eliminate unwanted 'steps / vertices' in straight pipe run. Primary Piping to be placed for Lines with Fluid Code P & Secondary Piping for other fluid codes. Proper Flow Direction should be defined for all the pipe runs. Pipe Line material class and Pipe class service/fluid codes shall comply with SAES-L-105 All the Pipe Runs must have the full information Nominal Diameter, Fluid Code, Tag Sequence No and Piping Material Class. Pipe run properties should be propagated to all the pipe run branches, unless otherwise specified. Insulation & PMC should be passed from pipe run to nozzle, but if equipment has different Insulation than the nozzle, then the equipment insulation should be passed to the nozzle & segment break should be placed between piping flange & the nozzle. Pipe Run Labels for horizontal lines to be placed above it & for vertical lines it has to be on left side. Leader line can be placed for Pipe Run Label if it cannot be placed as mentioned above due to space restrictions An appropriate segment break label should be used where it is required "i.e. placing a group break label where only nominal diameter break is required is not acceptable. All piping labels should be aligned properly. Use Flange Blind without Tap to represent blind flange. 'Flange Blind.sym' to be used only when some tapping is required. End 1 Nominal Diameter should be greater than the End 2 Nominal Diameter for Reducers & Flange Reducing. Flanges are to be placed on either side of the Pipe run crossing the Area Break / Package. Package Item Tag should be given to Area break & propagated to all the components within the Area Break / Package boundary. Description label to be used to represent the V (Vent), D (Drain) for valves. Rating label shall be used to represent the Rating for piping components. (e.g. 300#) Pipe Run continuation referencing other SPPID P&IDs must be appropriately defined as an intelligent OPC "Off Page Connector". OPC pairs must be connected to the same pipe run "i.e. same tag number" All the OPC's must be connected "i.e. No OPC should remain in plant or drawing stockpile", provided we own the continuation drawing.

Page 58 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Attachment C – Plants Area Units The following table is the plants Units and Areas for the Shaybah project Plant Name

Area Name

Area Description

Unit Number & Code

Responsibility

Page 59 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Appendix E – Data-Centric 3D Model Specification 1.

INTRODUCTION This appendix defines the requirements for preparing the 3D Models and related Intelligent Engineering Drawings for Saudi Aramco using Intergraph's Plant Design System (PDS).

2.

CONFLICTS AND DEVIATIONS Any conflicts between this appendix and other applicable Saudi Aramco Engineering Standards (SAESs), Procedures (SAEPs), Materials System Specifications (SAMSSs) and Standard Drawings (SASDs) shall be resolved in writing with EK&RD.

3.

REFERENCES Refer to applicable Saudi Aramco Engineering Standards (SAESs), Procedures (SAEPs), Materials System Specifications (SAMSSs) and Standard Drawings (SASDs).

4.

SCOPE 4.1

Contractor shall follow this appendix as the basis for 3D modeling and generating the applicable drawings, as listed later in this appendix, using Plant Design System (PDS) software by Intergraph Corporation.

4.2

This appendix defines the PDS version, PDS Project set up, guidelines for modeling, the minimum data to be populated in the PDS database and the types of drawings to be generated out of PDS.

4.3

The contractor shall carry out the necessary customizations required for modeling & subsequent drawing generation from PDS as mentioned in 'Drawings Generated from PDS' later in this appendix.

4.4

The technical contents of the engineering drawings including engineering data properties, attachments and any other engineering information related to the piping, equipment, structural, instrumentation, electrical cable trays shall follow SAESs & SAEPs.

4.5

All Drawings & Reports which will be submitted to Saudi Aramco shall have customized title block as per section 5 of this standard.

Page 60 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

5.

4.6

The drawings generated out of PDS shall be submitted to Saudi Aramco as per section 15.12 of SAEP–334.

4.7

The PDS Project delivery to Saudi Aramco shall be done according to this appendix.

4.8

The final PDS Project back up delivered to Saudi Aramco EK&RD shall have all the models & related drawings in 'as-built' stage.

4.9

The contractor shall upgrade the PDS project to the latest version of PDS approved by EK&RD, prior to final delivery.

PLANT DESIGN SYSTEM SET-UP 5.1

5.2

General 5.1.1

Latest version of PDS & suitable versions of other pre-requisite software like Microstation, RIS as per the compatibility matrix of Intergraph shall be used. However, the final delivery shall be made in the latest version approved by Saudi Aramco EK&RD (current approved version is PDS 8.0), at the time of delivery.

5.1.2

Contractor shall perform the PDS Project setup as per this appendix.

Project Set up A PDS project is the fundamental structure for working in PDS. Each project contains all the information required to work in a PDS task. 5.2.1

The Project, Design Area & Model Naming conventions, criteria for deciding the Design Area & models are defined below. However, it is advised to seek the EK&RD help in finalizing these. When initializing the project, contractor shall use the following: Project Number: This number should be the facility name eg KCPF or KGP, if the entire Plants under this facility are covered in a single PDS Project. If few plants are covered in a single PDS Project, the Plant Numbers should be like KCPF_A, KCPF_B, KGP_A etc.

Page 61 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Project Name: A brief description like Khursaniya Gas Plant Project/Hawiyah Gas Plant Expansion Project etc Company Name: Saudi Aramco Job Number: BI Number Plant Name: Expanded form of the facility name if Project number is facility name. Otherwise, Plant Descriptions can be the input to this field. It is vital that Piping, Equipment, Civil, Instrument & Electrical liaise at project commencement to agree on global origin and co-ordinate system.

5.2.2

Plant Hierarchy The Design Areas & Models under each Discipline shall be created as per the following guide lines: Design Area: Design areas shall be created for each Plant discipline wise. Design Area Name: The design area naming shall be done as per the following naming convention: Discipline Code – 1 char as per Table A below Area name – 3 to 8 characters. (Consistency to be maintained in the number of characters) Design Area sequence no- a two digit integer like 01, 02. As examples Piping Design Areas in Plant K43 will be P_K4301, P_K4302 etc. Design Area Description: Suitable description to be given. The area descriptions given below for the design areas P_K4301 & P_K4302 can be taken as guidelines. LAUNCHER & RECEIVER PIPING 15 M to 20M LAUNCHER & RECEIVER PIPING 20M to 25M Model: The models shall be created in respective disciplines under respective Design Areas. The model number & model descriptions shall be done in such a way that a user can locate a plant item from the correct model and the correct design area with ease.

Page 62 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Model Number: The Model number should reflect the Discipline, Design Area & Sequence number. The model naming shall be done as per the following naming convention. Discipline Code – 1 char as per Table A below. Area name – 3 to 8 characters. (Consistency to be maintained in the number of characters) Model sequence no- a two digit integer like 01, 02. For example first Equipment Model in Design Area K43 shall bear this number M_K43_01. The second equipment model in the same Design Area shall be with model number M_K43_02. Similarly the piping models in P_K4301 shall be like P_K4301_01, P_K4301_02. Model Description: Two ways can be adopted to give the Model Description. Suitable one shall be consistently followed. Model Description shall reflect the Design Area Description, Discipline & Model no. (E.g., WATER INJECTION PLANT PIPING MODEL # 1), if it's not specific to certain volume within the design area. If the model is specific to certain volume within the design area, the model name shall reflect the same e.g. K44 FEED SURGE DRUM PIPING. Table A – Discipline Code Code A C E F G I M P R S

6.

Discipline Architecture Civil Electrical Equipment Fire Protection and Safety General Instrumentation Mechanical Equipment Piping Raceway Cable Trays Structural

NAMING CONVENTIONS The following naming conventions for the plant items shall be followed wherever applicable.

Page 63 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.1

Pipe Run Label (Line Number Label) The Line Size is indicated by up to five digits followed by the inch symbol. All nominal line sizes are expressed in inches. Example: 2-1/2"-CWS-1234-1CS1P1 The field mappings to the equivalent Piping Segment Data attributes in PDS are as shown below:

The default definition shall be the followed for line id (Fluid Code + Line Sequence Number). 6.2

Equipment Tag Naming Convention Populate the equip_no field in the following format. As this field is flexible, unlike the ItemTag in SPPID, care should be taken to ensure that the Equipment Tags match with those in SPPID. Example: K45-GM-1234A The naming convention is explained below by drawing comparison to the equivalent SPPID Properties:

Page 64 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.3

Instrument Tag Naming Convention Populate the instrument_component_no (Tag Number) field in the following format. As this field is flexible, unlike the ItemTag in SPPID, care should be taken to ensure that the Equipment Tags match with those in SPPID. Example: 21-FIT-1234A The naming convention is explained below using the equivalent SPPID Properties:

7.

MODELING 7.1

Equipment Modeling The main purpose of equipment modeling is to provide shapes with intelligent tags, for extracting plot plans, space reservation for clash detection, provide nozzle orientation drawings and reports, interdiscipline reference and to be indicative of the actual shape for design review purposes. Equipment items should be built using the parametric tutorials available wherever possible e g. for horizontal and vertical vessels, pumps, air coolers, and exchangers. Primitive shapes can be used for items such as compressors, boilers and buildings. All items modeled using primitives must have a datum point added. The following items are required to be modeled using the Equipment modeling module of PDS. 7.1.1

All Equipment, new, future and existing as applicable & above grade portion of foundations shall be modeled. Page 65 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

7.1.2

Packages such as Air compressors and Lube oil consoles shall be modeled with sufficient detail.

7.1.3

Platforms and ladders attached to equipment and supplied by vendor (such as for dressed vessels or fin fan motor access)

7.1.4

All nozzles.

7.1.5

Equipment withdrawals drop out zones, manway and hatch access.

7.1.6

Buildings (use block shapes) including all entrances & exits to it.

7.1.7

Safety, maintenance and access ways (include corrosion probe withdrawal areas) main escape routes and vehicle access.

7.1.8

Miscellaneous steel and platforms.

7.1.9

Major electrical equipment, control panels and junction boxes (by Electrical).

7.1.10

Foundations supporting horizontal vessels and exchangers from grade.

7.1.11

Skid mounted equipment shall be modeled in the same level of detail as non-skid mounted equipment and in sufficient detail to enable access and maintenance clearances, interface connections, lifting and handling requirement.

7.1.12

Level instruments.

7.1.13

Bases for models, vehicles, personnel and operators.

7.1.14

Minimum properties to be keyed in for Equipment are Equipment Tag (equip_no), Equipment Name (equip_descr_1) & insulation thickness. All these values should match the P&ID.

7.1.15

The minimum required nozzle attributes shall be tag number (nozzle_no), size (nominal_piping_dia), pressure rating (rating), piping material class (piping_mater_class) and end prep (preparation).

Page 66 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

7.2

Piping Modeling Piping design take responsibility for plot space management, but all disciplines are equally responsible in a clash free design. Civil, Instrument and Electrical will reference Equipment and piping models at all times. No hand annotation of isometric dimension or Bill of material is acceptable. 7.2.1

All above ground piping larger than ½" & all underground piping shall be modeled. This includes all in-line items, instrumentation such as pressure points and thermowells, vessel trim piping including level Instruments, pipe supports, and fire fighting systems.

7.2.2

The slope of pipelines, flare lines, sewer lines, air lines and other lines which are sloped shall be modeled.

7.2.3

All pipe fittings to be modeled.

7.2.4

All valves indicated on P&ID shall be modeled. The model shall incorporate the following:      

Instrument Root valves Chain operators Valve extension stems Motor Operators Gear operators Control valve operators

7.2.5

All branch connections for on-line instruments shown on the P&ID shall be modeled.

7.2.6

Level instruments forming part of vessel trim shall be modeled for isometric extraction purposes. In order to overcome disjointed isometrics resulting from trim line numbers, each separate portion of the line shall be given a suffix after the main line No i.e. line No. 100 will have suffix I00A, 100B, etc. This will enable Isogen to extract isometrics of the whole system.

7.2.7

Pipe supports for lines larger than 2" shall be shown in the model.

7.2.8

Piping Segment Data has to be in sync with P&ID. Page 67 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

7.3

7.2.9

Active Segment Data form for Pipe Run should have all the applicable data fields properly filled. Normal Operating Pressure & Temperature, Normal Design Pressure & Temperature shall be available for each segment.

7.2.10

Unit Code should have the Plant Numbers like K81, K82 etc. Unit Number should bear the Unit numbers like 21, 22 etc if applicable. This is required to correlate the lines in PDS with SPPID, where PAU hierarchy is followed.

7.2.11

Tags and associated data shall be entered in consistent manner as defined by this appendix.

7.2.12

Pipe/Line material class shall comply with SAES-L-105.

7.2.13

Pipe class service/fluid codes shall comply with SAES-L-105.

7.2.14

Piping Spec Customization shall be done as per the SAES-L-105. Required customization shall be done to have the correct tables in the PJST Library. Ensure that each 'PMC' refers the correct Diameter Table, Fluid Code, Service Limit Table, Branch Tables, Thickness Tables etc & each of these have the entries as per the SAES-L-105 only.

7.2.15

Piping designers must continually monitor the P&IDs and Steelwork files for changes. Designers must ensure the master P&IDs reflect the actual physical routing of the pipes with regards to the sequence of branches and location of instruments.

7.2.16

If spec change occurs it is often better to remodel, than attempt to revise existing segment and pipe.

7.2.17

Due to potential of creating overlapping segments, the use of automatic placement, except for very simple, isolated, configurations is to be discouraged.

Structural Modeling This section describes the general model requirements and the procedure for correct modeling.

Page 68 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

The following summarize the general modeling requirements: 7.3.1

All structural steel and concrete structures shall be modeled including columns, beams, platforms, floors, ladders and stairs, bracing, pipe racks and pipe supports.

7.3.2

Large connection plates, base plate stiffeners and bracing gusset plates shall be included in the model.

7.3.3

Miscellaneous materials such as small gusset plates, stiffener plates, angle plates etc can be exempted from modeling.

7.3.4

The model must be at the correct plant co-ordinates.

7.3.5

The model shall be dimensionally 100% accurate.

7.3.6

The physical members of the model must exactly correspond to the intended individual members of the erected structure.

7.3.7

When horizontal bracing passes below platform beams neither the beams nor the braces should be split.

7.3.8

Column splices must be in the correct location, separating individual physical members.

7.3.9

Member orientations must be correct especially vertical braces.

7.3.10

Fireproofing type, thickness etc shall be applied to all structural members that are fireproofed.

7.3.11

Anchor bolt chairs and anchor bolt projection above the base plate shall be modeled if there is any potential for interference with equipment, piping, electrical items.

7.3.12

Members must be modeled to the proper work points' Horizontal bracing and members used for lateral restraint must be at the correct T.O.S. elevation. Vertical bracing must be modeled to the actual work points.

7.3.13

The model must match the drawings. When modifications are necessary, the model must be changed, the frozen views updated, and the drawings revised.

7.3.14

Beam lengths shall account for- framing clearances. e g when beams are connected at the outside of a cantilever portion of a

Page 69 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

structure, the beam that is being framed into shall be modeled to the outer flange of the connecting beam. 7.3.15

The model shall be based on AISC Section Table.

7.3.16

All members must be placed with the correct orientation. The member orientation form is used to define or edit orientation of each member. The modify member tool palette includes commands for editing all member information, such as orientation, rotation, material, grade etc. Braces must be placed with correct work points and orientation, such that the model matches the planned structure, as it will be erected. When braces cross members to which they are not connected, the braces must be placed such that they arc continuous and not overlapping.

7.3.17

Braces shall be moved to the correct work points, using the modify work point offset command found on the manipulate tool palette.

7.3.18

Offsets are used for moving the member cross section relative to the member line. This is required when the section is offset to a point that is not represented with a cardinal point. Offsets are used to offset members (horizontally and vertically) from their placement point, whilst retaining their integrity with the Frameworks member they were placed on, for example: a)

Horizontal braces The brace member line is placed at the same elevation as the other members at that level, and then the brace is lowered to avoid overlapping.

b)

Girts Girt member lines are in the same plane as the column centroid. The cross section is rotated and the cardinal point is set such that the cross section extends from the centerline of the column outwards.

c)

Members that are placed above or below other members, but are in contact with these members. Note. The place beam and place horizontal brace commands include a field (delta TOS) for vertically offsetting the member from the given elevation. Page 70 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Alternatively, 'the modify offset' command from the manipulate tool palette may be used.

7.4

7.3.19

Double angle channels shall be modeled as individual physical members and include the separation distance between the angles to accommodate the connection plate thicknesses.

7.3.20

The Frameworks database shall be compressed at regular intervals to avoid potential problems with view updates, solids and generation of neutral files.

7.3.21

All models shall have a propagated (frozen) file to enable access by other disciplines. This is a solid model showing the true representation of all structural elements and therefore the preferred file for reference attachment. Generation of subsequent update of the frozen model is the responsibility of the structural modeler. Before generating the frozen model the verify model command in Frame Works shall be run to check for model discrepancies.

Electrical Raceway Modeling All above ground cable trays 150mm wide and over shall be modeled, including risers from underground ducts. In congested areas or where a number of trays less than 150mm wide run side by side, smaller trays may be placed for space reservation purposes. Cable trays and ladder racks less than150mm wide shall also be shown where routed to motors and control stations. Electrical Junction boxes (with a length greater than 250mm in any direction), Light Fittings & Control Stations shall be modeled for space reservation from within the EERWAY package by placing a Manual Fitting.

8.

DRAWINGS GENERATED FROM PDS The applicable PDS modules shall be used to generate, compose and label the drawings. The drawing types that are to be generated from PDS, but not limited, are as follows:

Page 71 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

INDEX

DRAWING TYPE

A

EQA

EQUIPMENT ARRANGEMENT/LAYOUT/ LOCATION/LEGEND

L

M

J

P

9.

DESCRIPTION

ISO

ISOMETRIC PIPING DETAIL/ISOM

PDT

PIPING SECTION/DETAIL/ELEVATION

PPL

PIPING PLAN/LAYOUT/ARRANGEMENT

PPL

PIPELINE ROUTING (ABOVE /UNDER GROUND/SUB MARINE)

SDT

LADDER/HANDRAIL DETAILS, ASSEMBLY

SDT

OFFSHORE PLATFORM PLAN/SECTION/ELEVATION/DETAIL

SDT

PIPE RACK DETAIL

SDT

PIPE SUPPORT DETAIL/SCHEDULE/ELEVATION

SDT

PIPEWAY SLEEPER PLAN/SECTION/ELEVATION/DETAIL

SDT

ROOF FRAMING PLAN/SECTION/DETAIL/ELEVATION

SDT

STRUCTURAL DETAILS/ELEVATION/LAYOUT/PLAN

SDT

STRUCTURAL PLATFORMS

SDT

TRUSS DETAIL/SECTION/ELEVATION

SDT

WALKWAY PLAN/SECTION/ ELEVATION/DETAIL

RAK

INSTRUMENT RACK LAYOUT/DETAIL

RAK

RACK LAYOUT

CBL

CABLE ROUTING PLAN

CBL

CABLE TRAY/RACEWAY PLAN/LAYOUT

CBL

CABLE/CONDUIT LAYOUT

CBL

CABLE/CONDUIT RACEWAY PLAN/LAYOUT

CBL

CONDUIT & JUNCTION BOX ARRANGEMENT

CBL

CONDUIT PLAN/DETAIL/INSTALLATION

DATA CHECKS & CLEANUP 9.1

General 

All design files shall be compressed (MicroStation Compress Command)



Temporary models, files and directories shall be removed prior to delivery



All Equipment & EE Raceway models shall be loaded to Database.

Page 72 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

9.2

9.3

10.

Piping 

Piping isometrics must be extracted successfully for all pipelines. Lines that fail to extract correctly need to be modified prior to delivery.



PDS Piping Design Database Verification should be run without errors for all Piping Models.

Structural 

The Frameworks Verify Model command shall be run without errors on all models.



Temporary FWP views shall be removed.



Propagated model files shall be updated and compressed.

PDS PROJECT DELIVERABLES The contractor has to ensure that all the models & the data in the back up are in as-built state. The deliverables submitted by the contractor should contain, but not limited, the following. 10.1

RIS Dump of all the schemas including the updated MTO schema related to the Project using the RIS Unloader utility in variable format.

10.2

Complete file structure of the Project including all models, RDB data, drawings, the project seed\configuration\ddl\Drawing Border files etc.

10.3

Complete Project Archival Dataset.

10.4

Complete Reference Data            

Piping Job Specifications Tables Piping Job Specifications Library Physical Data Library Graphic Commodity Library (Piping & Equipment) Material Description Library (Short, Long & Specialty) Standard Note Library Label Description Library Piping Assembly Library Support Tutorial Definition Library Equipment Tutorial definition Library Cell Library Structural Section Library Page 73 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

10.5

All the forms (*.fb) files including customized forms files used in the project.

10.6

All Piping Component Data (*.pcd) files, Piping Material Class (*.pmc) files used in the project.

10.7

All Isometric seed/options files used for extracting Piping Isometrics. Delete all the redundant options files & other files which are not required from the iso reference folder.

10.8

All report formats used for report extraction.

10.9

Following Reports shall be generated before data handover and made available in the reports folder under the PDS file structure:      

Final IFC (Interference Check Report) Report. Final Database Verification Report for all the models. RDB Conflict Report for all the models. Equipment Parametric Report. Model List Report Line List Report

10.10 Piping Isometric drawings, piping plan & other orthographic drawings as per section 8 of this appendix. Drawings submitted to Plant Doc & the drawings generated from PDS, which are lying within PDS Project folders should be the same.

Page 74 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

SAMPLE DRAWINGS EXTRACTED FROM PDS 3D MODELS (OVERALL CABLE TRAY LAYOUT-CBL)

Page 75 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

(OFFSHORE PLATFORM PLAN-SDT)

Page 76 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

(EQUIPMENT LOCATION PLAN-EQA)

Page 77 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

(PIPING PLAN-PPL)

Page 78 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

(ISOMETRIC PIPING DETAIL-ISO)

Page 79 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Appendix F – Data-Centric Instrumentation Specification 1.

INTRODUCTION This appendix defines the data requirements for preparing the Intelligent Instrument Diagrams, forms and other related documents for Saudi Aramco using SmartPlant Instrumentation (formerly INtools).

2.

CONFLICTS AND DEVIATIONS Any conflicts between this appendix and other applicable Saudi Aramco Engineering Standards (SAESs), Procedures (SAEPs), Materials System Specifications (SAMSSs) and Standard Drawings (SASDs) shall be resolved in writing with EK&RD.

3.

REFERENCES Refer to applicable Saudi Aramco Engineering Standards (SAESs), Procedures (SAEPs), Materials System Specifications (SAMSSs) and Standard Drawings (SASDs).

4.

SCOPE (General) 4.1

The CONTRACTOR shall follow this appendix as the basis of the 'Instrumentation Database' to be submitted to Saudi Aramco EK&RD.

4.2

All documents associated with instrument data shall be generated automatically from SPI without any post-modification, which are listed in 'SmartPlant Instrumentation deliverables' later in this appendix. The generated documents shall comply with (SAESs & SAEPs).

4.3

This appendix defines the SPI version, set-up, design and instrument tag naming conventions, required fields, user defined tables, field mappings, etc.

4.4

EK&RD will provide to the CONTRACTOR, SmartPlant Instrumentation Database template, containing Instrument Specification Sheets (ISS), ILD and ISD border templates. Any additional customizations required by the project shall be carried out by the CONTRACTOR after obtaining the EK&RD approval.

4.5

Contractor shall customize all border templates and title blocks for the various SPI generated documents and reports to comply with this appendix & SAEP-334. Contractor shall provide any additional forms Page 80 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

and/or templates as required by the project. Contractor shall obtain EK&RD approval prior to the creation of any form and/or border.

5.

4.6

The drawings and documents generated out of SPI shall be submitted to Saudi Aramco as per section15.12 of SAEP-334.

4.7

The final SPI data back up delivered to Saudi Aramco EK&RD shall have the entire data in 'as-built' stage.

4.8

Contractor shall upgrade the SPI data to the latest SPI version approved by EK&RD at the time of final data delivery.

SMARTPLANT INSTRUMENTATION SET-UP 5.1

5.2

General 5.1.1

Contractor shall use the latest version of SmartPlant Instrumentation (SPI) approved by EK&RD (current approved version 7 SP5/SP6 ) at that time of Contract award for Instrumentation engineering, design and deliverables for the project. Prior approval of EK&RD should be obtained for other versions of SPI. The database system shall be Oracle 8i or higher.

5.1.2

Contractor shall perform the initial setup inline with EK&RD SPI design convention as per this appendix of this procedure.

Domain Definition SPI domain(s) shall be initialized as follows: Description

Required

Values

Number:

No

Description:

Yes

Full Description of Domain

Standard: (Naming Convention) Administrator:

Yes

FLEXIBLE

Yes

DBA

Domain schema name:

Yes

Domain name

Global path: Enable overwriting global path: Domain Type:

No Yes Yes

N/A N/A Engineering company

Domain features:

Yes

Activity tracking: Audit trail options: Entity registry: Cable type dependency:

Yes Yes No No

Page 81 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation Description

Required

Values Single mode:

5.3

Workflow:

Yes

Notes:

No

No

None

Plant Hierarchy Structure (PAU) The project plant structure shall comply with Hierarchy 7 available within SPI i.e. "Plant – Area – Unit". Data Format: PAU Plant

Area

Unit

5.4

Field

Required

Values

Plant Name

Yes

Facility Name

Site Name

Yes

Facility Location

Area Name

Yes

Plant Number

AreaCustom Field 1

Yes

Plant Name

Unit Number

Yes

Unit Number

Unit Name

Yes

Unit Number, a space, a dash, a space, Unit Name

Naming Conventions (Tag, Loop, PCS, Device Panel & Cable) The naming format and structure of the Component tags, loops, CS tags, Device panels & cables, and wire-ends for all units shall comply with SAES-A-202 section 9. For example: Tag Number: Sample : AAA-FFFFF-9999GGGK Sequence 1 2 3 4 5

Separator -

Description Unit Number (AAA) Instrument Type (FFFFF) Component Number (9999) Component Suffix (GGG) Free Segment (K)

Start Char 1 1 1 1 1

Length Char 3 5 4 3 1

Page 82 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Loop Number: Sample : AAA-E-9999GGG Sequence

Separator

Description

1 2 3 4

-

Unit Number (AAA) Loop Measured Variable (E) Loop Number (9999) Loop Suffix (GGG)

Start Char 1 1 1 1

Length Char 3 1 4 3

Start Char 1 1 11 1 18

Length Char 3 5 4 3 1

Control System Tag Number: Sample : AAAFFFFF9999GGGK Sequence

Separator

1 2 3 4 5

5.5

Description Unit Number (AAA) Instrument Type (FFFF) Tag Number (9999) Suffix (GGG) Tag Number (K)

Units of Measure (UOM) Unit of measures (UOF) shall comply with SAES-J-003 and SAEP-103.

6.

INSTRUMENT INDEX DATA The instrument index shall be developed in conjunction with the P&IDs. The index serves as the indices to each individual instrument (hard or soft tag) and supporting documents and drawings. The tags to be added to the database include:    

All visible instrument tags on the P&ID, including soft tags Implied instrument tags on the P&ID, based on project requirements Vendor tags, based on project requirements Control Systems tags, which are normally auto-generated by SPI

Tags and associated data are to be entered in full and consistent manner. This shall aid in future sort and reports developed as the project progresses. All entries into the index shall be in upper case. Tags shall be delivered with the following associations: Loop data, manufacturer data, P&ID references, line number details, process data, calibration data and required fields as specified in this appendix. All face data appears on Saudi Aramco Instrument Installation Schedule (IIS) shall be filled in.

Page 83 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Legend: Min – IIS – No

These fields must be filled when entering any new tag as a minimum. These fields appear on the Installation Schedules Field Name

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45

Tag Number Tag Class Instrument Type Tag Service Description Loop Number Loop Measured Variable Loop Type Loop Function Loop P&ID Loop Note Internal Loop Order Status Supply Responsibility Operating Area Risk Area Parallel Area Location I/O Type Signal Type System Type I/O Location Device Protocol Equipment Line P&ID Manufacturer Model Power Supply Package Vendor Aramco MR Number MR Number MR Item Number ISS Drawing Number ILD/ISD Number Mounting Type Instrument Mounting Drawing No. Instrument Piping Detail Drawing No. Remark - IIS Remark - Design Remark - Engineering Remark - Vendor Remark - PCS Group Remark - Domain Admin Remark - PCS Vendor VOD Tag No.

46

Insp. Mark No.

Remarks

   

Min

IIS

        

  

 

(Instrument Points & Lines Layout) (Piping Isometric)

Applicable to MOV/AOV/HOV/GOV IIS drawings Applicable to Relief Valves IIS dwg

                           



 

       











Page 84 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation No 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99

Field Name Control System Tag Service Descriptor 1 Service Descriptor 2 Min DCS Range Max DCS Range DCS Range UOM Alarm High Alarm High High Alarm Low Alarm Low Low High Trip High High Trip Low Trip Low Low Trip Alarm Priority Sequence Of Events (SOE) I/O Address Valve Action on Power Failure Control Action Valve Critical Level Contact Open Contact Close State 0 Descriptor State 1 Descriptor State 2 Descriptor Redundancy Simple PID Controller Switch Label Scan Type Input Type Pulse Rate Totaliser Timebase Modbus Address Modbus Station Modbus Alias Modbus Signal Data Type FF Segment FF Device Tag FF Device Address FF Device Type Deviation Alarm Deviation Comparison F&G Zone Lower Transducer Range Limit Upper Transducer Range Limit Transducer Engineering Units Substation Logic System No Bench Condition MOS Required MOS Group Number MOS Alarm Damper Required

Remarks

Lower Range Limit Upper Range Limit Engineering Unit

Min              

IIS

     

  FF Segment Name

  

Maintenance Override Switch

    

Page 85 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation No

Field Name

100 101 102 103 104 105 106 107 108 109 110 111 112 113

ATFO Required Signal Repeater Required Surge Arrestor Required Low Scale (mA) High Scale (mA) Under Range 1 Under Range 2 Over Range 1 Over Range 2 LAS Function ITK Revision DD Revision CFF Revision PFD Drawing Number

114

Valve Type

115

Valve Size

116

Rating

117 118 119 120 121 122 123 124

INLET Size INLET Rating INLET Facing OUTLET Size OUTLET Rating OUTLET Facing Orifice Area Set Pressure

Remarks

Min

IIS

Automatic Transfer Fault Override Criteria

Transmitter Under Range Position 1 Transmitter Under Range Position 2 Transmitter Over Range Position 1 Transmitter Over Range Position 2 Device Class Basic or Link Master Device Revision DD File Revision Capability File Revision Applicable to (Relive Valve) IIS dwg. Applicable to MOV/AOV/HOV/GOV IIS drawings Applicable to MOV/AOV/HOV/GOV IIS drawings Applicable to MOV/AOV/HOV/GOV IIS drawings Applicable to Relief Valves IIS dwg Applicable to Relief Valves IIS dwg Applicable to Relief Valves IIS dwg Applicable to Relief Valves IIS dwg Applicable to Relief Valves IIS dwg Applicable to Relief Valves IIS dwg Applicable to Relief Valves IIS dwg Applicable to Relief Valves IIS dwg

        

           

The SPI Database Table and Field names are shown in brackets. 6.1

Tag Number (COMPONENT.CMPNT_NAME) This field provides the alphanumeric identification of all instruments, including soft tags.

6.2

Tag Class (TAG_CATEGORY.TAG_CATEGORY_NAME) Tag Class Conventional Foundation Fieldbus Profibus-DP Profibus-DA HART

Description A tag number that does not belong to the Fieldbus, telecom, electrical, or typical class. An instrument associated with a Foundation Field segment. An instrument associated with a Profibus DP (Decentralized Periphery) segment. An instrument associated with a Profibus PA (Process Automation) segment. A 'Highway Addressable Remote Transducer' instrument.

Page 86 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.3

Instrument Type (COMPONENT_FUNCTION_TYPE.CMPNT_FUNC_TYPE_DESC) This field denotes the instrument type. Examples: PRESSURE TRANSMITTER, PRESSURE GAUGE, etc. It is automatically entered by SPI when a tag is added. The selection is done from the Instrument Type support table. Refer to "Attachment A".

6.4

Tag Service Description (COMPONENT.CMPNT_SERV) This field is used to define the overall use or service for an instrument. It is normally referenced on data sheets, nameplates, loop drawing titles, and the IIS. It should be concise and precisely describes the process service of the instrument.

6.5

Loop Number (LOOP.LOOP_NAME) This field indicates the tag's associated loop identification number. It is initially assigned by SPI when new tags are added. However, in cases where the auto-assignment is incorrect, it can be modified. It is important to get this association correct to facilitate correct loop generation. All tag numbers in the index shall have a Loop Number. The following table lists the minimum required data against a Loop Number that has to be populated:

Page 87 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Field 6.6 6.7 6.8

6.9 Loop P&ID 6.10 Loop Note

6.11

Required

Loop Number Loop Measure Variable Loop Type Loop Function

   

Remarks i.e. FLOW (F), LEVEL (L) etc Typical Loop Number Ref i.e. CONTROL INDICATING, RECORDING etc

 

Internal Loop Order (COMPONENT.CMPNT_SEQ) The order of the tags within the loop is normally in the order in which they have been entered into the loop number. Usually, they are sorted by physical order from primary to final element. This determines the order in which they appear on the ILD's and how the IIS is sorted.

6.12

Status (COMPONENT_HANDLE.CMPNT_HANDLE_NAME) This field is used to determine whether an instrument is new, old, to be relocated, existing, deleted etc. This data is used to identify the status of the instrument and to help filter the data. The status value is selected from the Status Support Table. A null entry is default in this field and it is intended on the Project that this represents a new instrument. Status blank DEL EIP ER FN OLD REL

6.13

Description Current Tag (Default) Deleted Tag Number Existing Device to be reused in place Existing Device to be relocated & reused Furnished by others Old device not to be revamped Relocated Device

Supply Responsibility (UDT_SUPPORT5.NAME) Used to define the instrument supply responsibility such as: Name blank BY VENDOR BY ELECTRICAL BY PIPING

Description Supplied by Contractor (Default) Not Applicable (i.e. Software Tags) Supplied by Vendor Supplied by Electrical Supplied by Piping

* Supply Responsibility Table to be updated as needed.

Page 88 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.14

Operating Area (UDT_SUPPORT7.NAME) The following Acronyms are examples of Operating Areas: OA-1, OA-2, OA-3, OA-4, OA-5 and for Plant Interface Buildings: PIB-01, PIB-02, PIB-03, PIB-04, PIB-05, CCR, ECC (Emergency Control Center), etc. * Operating Area Table to be updated as needed.

6.15

Risk Area (UDT_SUPPORT8.NAME) * Risk Area Table to be updated as needed.

6.16

Parallel Area (UDF_COMPONENT.UDF_C131) Parallel equipment number can be indicated in case of parallel process area or instrumentation, i.e. K00-G-001A and Koo-G-001B.

6.17

Location (COMPONENT_LOCATION.CMPNT_LOC_NAME) This denotes the device's physical location. For interconnecting signals between two systems it must represent the second connected system to the tag. The following Acronyms can be used. Location

Description

BMS CCR CCS

Software Tag Burner Management System Central Control Room Compressor Control System

CRMS DCS

Corrosion Monitoring System Distributed Control System

ESD FAS

Emergency Shutdown System Fire Alarm System

FIELD HVAC

Field Instrument Heating, Ventilation and Air Conditioning

LP MCC

Local Panel Motor Control Center

MPP PLC

Motor Protection Panel Vendor PLC

PMS SDS

Power Management System Smoke Detection System

TCS VMS

Turbine Control System Vibration Monitoring System

WS

Weather Station * Location Table to be updated as needed.

Page 89 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.18

I/O Type (COMPONENT_SYS_IO_TYPE.CMPNT_SYS_IO_TYPE_NAME) This field represents the I/O type of the Instrument. The I/O is associated to the system within the 'System Type' field. I/O Type AI

I/O Type Description No I/O Analog Input

AIS AO

Analog Input Soft Analog Output

AOS DI

Analog Output Soft Digital Input

DIS DO

Digital Input Soft Digital Output

DOS DN

Digital Output Soft Device Net

FF PI

Foundation Fieldbus Pulse Input

RTD SDI

Resistance Temperature Device Digital Input with Line Monitoring

SDO SIA

Digital Output with Line Monitoring Serial Interface - Analogue

SID SW

Serial Interface - Digital Software

TC

Thermocouple * I/O Type Table to be updated as needed.

6.19

Signal Type (UDT_SUPPORT3.NAME) Signal Type associated with the IO Type can be:

Page 90 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Signal Type 4-20mA 4-20mA EXT 1-5V 120Vac 120VDC 24VDC 48VDC FREE TYPE K PT100 JPT100 PULSE -2V/-18V PULSE 3V/12V RTD

Description 4-20mA 4-20mA Externally Powered

24 Volts DC 48 Volts DC Free Voltage

* Signal Type Table to be updated as needed.

6.20

System Type (UDT_SUPPORT2.NAME) System type code for what system the tag is linked with: System BMS ACS CCS DAHS DCS ESD LCP FAS MCC MDVMS OTS PGCDS PLC VMS

Description No System Burner Management System Advanced Control System Compressor Control System Data Acquisition and Historisation System Distributed Control System Emergency Shutdown System Local Control Panel Fire Alarm System Communication module of MCC for Winding Temperature Multi Drop Vibration Monitoring System Operator Training Simulator Process Gas Chromatograph Data System Programmable Logic Controller Vibration Monitoring System * System Type Table to be updated as needed.

6.21

I/O Location (UDT_SUPPORT9.NAME) This field is required to enable the PCS vendor to determine which I/O points are associated with each building. For Example:

Page 91 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Building

Description

AB-000 CCR ECC LB-000 MS-000 PIB-00 SS-000

No I/O Location Analyzer Building Central Control Room Emergency Control Center Laboratory Building Maintenance Shop Process Interface Building Substation

* I/O Location Table to be updated as needed.

6.22

Device Protocol (UDT_SUPPORT6.NAME) Protocol

6.23

Description

C

Conventional (e.g. 4-20mA)

F H

Foundation Fieldbus HART

M P

Modbus Proprietary Protocol (e.g. Profibus etc)

Equipment (EQUIPMENT.EQUIP_NAME) This identifies the major piece of equipment that the tag is associated to. The Equipment Number and Equipment Description shall be updated for each piece of equipment. Data field

Required

Equipment Number Equipment Description

6.24

Remarks

 

Line (LINE.LINE_NUM) This field denotes the Line Number on which the instrument is associated with. This number will generally match with line numbers from the LDT and is selected from the Line Number support table. In the Line Number Support Table the following fields are required to be filled in:

Page 92 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Data field Line Number P&ID Stream Pipe Spec Pipe Standard Pipe Material Size Unit Schedule/PN Internal Diameter Wall thickness

6.25

Required

Remarks

          

P&ID (DRAWING.DWG_NAME) where DWG_TYPE_ID = 1 This field indicates the P&ID drawing number reference for each instrument. The P&ID is selected from the P&ID Drawing support table. This number should be a concatenation of the P&ID drawing number and P&ID Sheet No.

6.26

Manufacturer (COMPONENT_MFR.CMPNT_MFR_NAME) This field represents the Manufacturer of the instrument. This field is selected from the Manufacturer support table and is normally specified during the preparation of the instrument data sheets. The following information has to be populated in the Manufacturer support table: Data field Instrument Manufacturer Description Manufacturer Identification

6.27

Required

Remarks

  

Vendor/Plant ID (refer to SAES-J-002)

Model (COMPONENT_MOD.CMPNT_MOD_NAME) This field represents the Model Number of the instrument. This field is selected from the Model support table and is normally selected during the preparation of the instrument data sheets. The following information has to be populated in the Model support table:

Page 93 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Data field

Required

6.28

Remarks

   

Instrument Model Description Model Identification Process Function

Power Supply (COMPONENT.REQUIRES_POWER_SUPPLY) If a power supply is required then the following information must be filled: Data field

Required

Rated Voltage Type Frequency Number of Phases

6.29

Remarks

   

Package Vendor (UDF_COMPONENT.UDF_C60) Name of the instrument package, vendor is supplying.

6.30

Aramco MR Number (COMPONENT.REQ_NO) Saudi Aramco MR Number.

6.31

MR Number (COMPONENT.SPEC_CMPNT_PO_NO) This field denotes the instrument Material Requisition Number. This field can be auto-populated from procurement system used by the contractor.

6.32

MR Item Number (COMPONENT.SPEC_CMPNT_PO_ITEM_NO) This field denotes the MR Item Number assignment. After an instrument has been assigned to an MR and given an item number assignment in procurement system.

6.33

ISS Drawing Number (DRAWING.DWG_NAME) where DWG_TYPE_ID = 5 This field indicates the Instrument Specification Sheet Number and it is assigned when preparing an instrument data sheet. While this field is listed as part of the instrument index, it is actually assigned and edited from the Specification Sheet module, not the Index module.

Page 94 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

This field shall comply with Saudi Aramco format document numbers as per SAES-A-202 section 4. 6.34

ILD/ISD Number (DRAWING.DWG_NAME) where DWG_TYPE_ID = 3 This field indicates the Loop Drawing Number for an instrument assigned to a loop that requires a loop drawing. While this field is listed as part of the instrument index, it is actually assigned from the Loop module when assigning a loop drawing to a loop. Any tag assigned to the loop inherits the loop drawing number assignment. This field shall comply with Saudi Aramco format document numbers as per SAES-A-202 section 4.

6.35

Mounting Type (UDT_SUPPORT10.NAME) Mounting types appears on IIS: Mounting F P H V

Description Field Mounted Panel Mounted Horizontal Mounted Vertical Mounted

F/P is applicable for Flow/Level/Pressure/Temperature field instruments. H/V is applicable for all Valves that are not in F/L/P/T loop. 6.36

Instrument Mounting Drawing No. (UDF_COMPONENT.UDF_C41) Instrument Points and Lines Layout Drawing Number.

6.37

Instrument Piping Detail Drawing No. (UDF_COMPONENT.UDF_C67) Piping Detail Drawing Number.

6.38

Remark - IIS (COMPONENT.REMARKS1) This field appears on the Instrument Installation Schedules.

6.39

Remark – Design (COMPONENT.REMARKS2) This field is used by Design to make any remarks regarding an instrument.

Page 95 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.40

Remark – Engineering (COMPONENT.REMARKS3) This field is used by engineering to make any remarks regarding an instrument.

6.41

Remark – Vendor (COMPONENT.REMARKS4) This field is used by any 3rd party Vendors to make any remarks regarding an instrument. Note: There is a "NOTE" field in the index module; this field is not to be used by 3rd party vendors.

6.42

Remark – PCS Group (COMPONENT.REMARKS5) This field is used by the PCS group to make any remarks regarding an instrument.

6.43

Remark – Domain Administrator (UDF_COMPONENT.UDF_C109) Control System Remarks by Domain Administrator.

6.44

Remark – PCS Vendor (UDF_COMPONENT.UDF_C108) Control System Remarks by PCS Vendor.

6.45

VOD Tag Number (UDF_COMPONENT.UDF_C37) This field indicates the Valve Operating Diagram Tag Number which appears on the IIS for the miscellaneous valves.

6.46

Insp. Mark No. (UDF_COMPONENT.UDF_C38) This field indicates the Inspection Mark No which appears on the IIS for Relief Valves.

6.47

Control System Tag (CONTROL_SYSTEM_TAG.CS_TAG_NAME) Domain Administrator shall generate this Control System Tag from SPI as defined in the naming convention. Contractor shall be responsible of the accuracy and matching between SPI CS tags and the PCS tags.

6.48

Service Descriptor 1 (UDF_COMPONENT.UDF_C39) Based on the Tag Service. Maximum of xx Characters.

Page 96 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.49

Service Descriptor 2 (UDF_COMPONENT.UDF_C40) Based on the Tag Service. Maximum of xx Characters.

6.50

Min DCS Range (COMPONENT.DCS_RANGE_MIN) Lower Range Limit.

6.51

Max DCS Range (COMPONENT.DCS_RANGE_MAX) Upper Range Limit

6.52

DCS Range UOM (COMPONENT.DCS_RANGE_UOM) Range Unit of Measure.

6.53

Alarm High (UDF_COMPONENT.UDF_C31) Alarm High Set point. For non Process instruments.

6.54

Alarm High High (UDF_COMPONENT.UDF_C32) Alarm High High Set point. For non Process instruments.

6.55

Alarm Low (UDF_COMPONENT.UDF_C33) Alarm Low Set point. For non Process instruments.

6.56

Alarm Low Low (UDF_COMPONENT.UDF_C34) Alarm Low Low Set point. For non Process instruments.

6.57

High Trip (UDF_COMPONENT.UDF_C52) Trip Set point. Applicable to Software Alarm coming from Logic.

6.58

High High Trip (UDF_COMPONENT.UDF_C53) Trip Set point. Applicable to Software Alarm coming from Logic.

6.59

Low Trip (UDF_COMPONENT.UDF_C54) Trip Set point. Applicable to Software Alarm coming from Logic.

6.60

Low Low Trip (UDF_COMPONENT.UDF_C55) Trip Set point. Applicable to Software Alarm coming from Logic.

Page 97 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.61

Alarm Priority (UDF_CS_TAG.CS_UDF_C17) Alarm priority can be: Alarm Priority LOW HIGH HIGH HIGH

Description For High/Low Alarms For High High/Low Low For High High/Low Low Trip Alarm

* Alarm Priority to be updated as needed.

6.62

Sequence of Events (SOE) (UDF_COMPONENT.UDF_C14) SOE Blank Y

6.63

Description No Sequence of Events Sequence of Events

I/O Address (UDF_COMPONENT.UDF_C35) Sequential No. for each I/O Type module to identify the I/O segregation

6.64

Valve Action on Power Failure (UDF_COMPONENT.UDF_C36) Controller Output DIR REV

Description Direct Reverse

* Yokogawa refer to this as 'Output Action'

6.65

Control Action (UDF_COMPONENT.UDF_C119) Control Action can be: Control Action D R 0 1 2 3

6.66

Description Direct (Analogue) Reverse (Analogue – Default) Direct (Digital – Default) Reverse (Digital) Inverted connect direct action (Digital) Inverted connect reverse action (Digital)

Valve Critical Level (UDF_COMPONENT.UDF_C129) Critical Valve Yes No

Description Critical Valve Not a Critical Valve

Page 98 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.67

Contact Open (UDF_COMPONENT.UDF_C21) Di/Do signal status when contact open/de-energized.

6.68

Contact Close (UDF_COMPONENT.UDF_C22) Di/Do signal status when contact closed/energized.

6.69

State 0 Descriptor (UDF_COMPONENT.UDF_C11) This field is applicable only for software signals by Yokogawa.

6.70

State 1 Descriptor (UDF_COMPONENT.UDF_C12) This field is applicable only for software signals by Yokogawa.

6.71

State 2 Descriptor (UDF_COMPONENT.UDF_C13) This field is applicable only for software signals by Yokogawa.

6.72

Redundancy (UDF_COMPONENT.UDF_C46) Module Redundancy Y N

6.73

Description Redundant Not Redundant

Simple PID Controller (UDF_COMPONENT. UDF_C123) This field may be used to specify if the controller in the field or in the Host. FF_PID Y N

6.74

Description PID in Field Device (e.g. simple control, one transmitter and one valve) PID in Host (e.g. more than one valve for split range, cascade, compensation control etc.

Switch Label (UDF_CS_TAG.CS_UDF_C13) Instrument Label Number for switch or digital I/O.

Page 99 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Label

Description

ON RUN OPEN HIGH RIGHT DIRECT START STOP UP START

6.75

Off, On Stop, Run Close, Open Middle, Low, High Middle, Left, Right Stop, Revers, Direct Hold, Stop, Start Pause, Start, Stop Down, Up Pause, Restart, Start2

Scan Type (UDF_CS_TAG.CS_UDF_C19) Scan Type 0 1 2

6.76

Description Std/Basic (Default) Medium/High High (CS3000 only)

Input Type (UDF_COMPONENT.UDF_C128) Input Type LINEAR SQRT 2ST 3ST BTHPUL CODE SUBSYS PULSE QTPUL

Description Default Square Root 2 position status 3 position status Pulse Train Code conversion Subsystem communication Control priority type pulse train Exact totalisation pulse train

Input Type for FF-AI block 1 2 3

Description Direct (Default) Indirect Ind Sqr Root

6.77

Pulse Rate (UDF_COMPONENT.UDF_C118)

6.78

Totaliser Timebase (UDF_CS_TAG.CS_UDF_C14) Totaliser Timebase SS SM SH SD PR

Description Sec totalise Min totalise Hour totalise Day totalise PRn (n=Pulse Rate)

Page 100 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

6.79

Modbus Address (UDF_COMPONENT.UDF_C120) Subsystem Modbus Address/OPC item name.

6.80

Modbus Station (UDF_COMPONENT.UDF_C121) Subsystem Modbus Station No/OPC IP addresses.

6.81

Modbus Alias (UDF_CS_TAG.CS_UDF_C06) Modbus Alias Number.

6.82

Modbus Signal Data Type (UDF_COMPONENT.UDF_C42) Comm. Signal Data Type. Data Type 16/32 32/64 DI/DO VT_UI2/4/8 VT-R4/R8 VT-I2/4 VT-BOOL

6.83

Description Modbus – 16/32 bits signed/unsigned integer Modibus – 32/64 bits floating Modibus – Discrete Input / Output OPC OPC OPC OPC

FF Segment (FIELDBUS_SPEC.GROUP_NAME) Foundation Fieldbus Segment Name.

6.84

FF Device Tag (COMPONENT.FB_TAG_NO) Foundation Fieldbus Device Tag Number.

6.85

FF Device Address (COMPONENT.FB_DEV_ADDRESS) Foundation Fieldbus Node Address.

6.86

FF Device Type (COMPONENT.FB_DEV_ID) Foundation Fieldbus Device Type Number.

6.87

Deviation Alarm (UDF_COMPONENT.UDF_C15) DCS Deviation Alarm (By Process).

6.88

Deviation Comparison (UDF_COMPONENT.UDF_C16)

Page 101 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

DCS Deviation Comparison. 6.89

F&G Zone (UDF_COMPONENT.UDF_C59) Zone Level of the Fire & Gas Protection.

6.90

Lower Transducer Range Limit (UDF_COMPONENT.UDF_C115) Normally 5% of the DCS Range.

6.91

Upper Transducer Range Limit (UDF_COMPONENT.UDF_C116) Normally 5% of the DCS Range

6.92

Transducer Engineering Units (UDF_COMPONENT.UDF_C117) Same Engineering Units as the DCS Range.

6.93

Substation (UDT_SUPPORT12.NAME) Substation Number.

6.94

Logic System No. (UDF_COMPONENT.UDF_C122) ESD Interlock System for Loop Diagrams.

6.95

Bench Condition (UDF_COMPONENT.UDF_C106) For digital signal only. Bench Condition

Description

OPEN CLOSE TRIPPED NORMAL

6.96

MOS Required (UDF_COMPONENT.UDF_C125) Maintenance Override Switch. MOS Required Blank Y

Description Does Not Require MOS Requires MOS

This can be used by CS vendor to generate the serial tag according to the MOS. Example:

Page 102 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

   6.97

MOS activated from DCS to ESD can end with a "BP" suffix. MOS activated from ESD to DCS can end with a "BY" suffix. MOS alarm on DCS can end with a "BA" suffix.

MOS Group Number (UDF_COMPONENT.UDF_C126) Maintenance Override Switch Group Number.

6.98

MOS Alarm (UDF_COMPONENT.UDF_C17) Maintenance Override Switch Alarm.

6.99

Damper Required (UDF_COMPONENT.UDF_C20)

6.100 ATFO Required (UDF_COMPONENT.UDF_C127) Automatic Transfer Fault Override Criteria. Air Connection Y Blank

Description Yes No

6.101 Signal Repeater Required (UDF_COMPONENT.UDF_C24) 6.102 Surge Arrestor Required (UDF_COMPONENT.UDF_C25) 6.103 Low Scale (mA) (UDF_COMPONENT.UDF_C100) 6.104 High Scale (mA) (UDF_COMPONENT.UDF_C101) 6.105 Under Range 1 (UDF_COMPONENT.UDF_C102) Transmitter Under Range Position 1. 6.106 Under Range 2 (UDF_COMPONENT.UDF_C103) Transmitter Under Range Position 2. 6.107 Over Range 1 (UDF_COMPONENT.UDF_C104) Transmitter Over Range Position 1. 6.108 Over Range 2 (UDF_COMPONENT.UDF_C105) Transmitter Over Range Position 2. 6.109 LAS Function (UDF_COMPONENT.UDF_C47) Page 103 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Device Class Basic or Link Master. 6.110 ITK Revision (UDF_COMPONENT.UDF_C48) Device Revision. 6.111 DD Revision (UDF_COMPONENT.UDF_C49) DD File Revision 6.112 CFF Revision (UDF_COMPONENT.UDF_C50) Capability File Revision 6.113 PFD Drawing Number (UDF_COMPONENT.UDF_C09) The Process Flow Diagram that the valve appears on. Applicable to (Relief Valves) IIS drawings. 6.114 Valve Type (SPEC_SHEET_DATA.SPEC_UDF_C96) Applicable to (MOV/AOV/HOV/GOV) IIS drawings. 6.115 Valve Size (ADD_SPEC2.SPEC_UDF_C244) Applicable to (MOV/AOV/HOV/GOV) IIS drawings. 6.116 Rating (ADD_SPEC2.SPEC_UDF_C245) Applicable to (MOV/AOV/HOV/GOV) IIS drawings. 6.117 INLET Size (SPEC_SHEET_DATA.SPEC_UDF_C01) Applicable to (Relief Valves) IIS drawings. 6.118 INLET Rating (SPEC_SHEET_DATA.SPEC_UDF_C03) Applicable to (Relief Valves) IIS drawings. 6.119 INLET Facing (SPEC_SHEET_DATA.SPEC_UDF_C05) Applicable to (Relief Valves) IIS drawings. 6.120 OUTLET Size (SPEC_SHEET_DATA.SPEC_UDF_C02) Applicable to (Relief Valves) IIS drawings. 6.121 OUTLET Rating (SPEC_SHEET_DATA.SPEC_UDF_C04) Page 104 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Applicable to (Relief Valves) IIS drawings. 6.122 OUTLET Facing (SPEC_SHEET_DATA.SPEC_UDF_C06) Applicable to (Relief Valves) IIS drawings. 6.123 Orifice Area (SPEC_SHEET_DATA.SPEC_UDF_C54) Applicable to (Relief Valves) IIS drawings. 6.124 Set Pressure (RELIEF_VALVE.PD_VAL_SET_PRESS_MIN) Applicable to (Relief Valves) IIS drawings. 7.

INSTRUMENT SPECIFICATION DATA Instrument Specification sheets (ISS) format shall comply with Saudi Aramco Engineering Standards and procedures. For list of specification sheets, refer to Attachment B. The list shall be updated as required by the project. The master ISS forms shall be stored as PSR files within the Project area. All required Saudi Aramco Title Block data shall be entered in accordance with section 5 of this standard. All required specification sheet data shall be entered in accordance with SAESs & SAEPs. As each specification sheet is created, a data sheet number is to be assigned and entered. This field shall comply with Saudi Aramco format document numbers as per section 4 of this standard. All instrument items shall have single item specification sheets. Additional UDFs shall be used with prior approval from EK&RD.

8.

PROCESS DATA All Process data fields that appear on the ISS for each instrument shall be filled in. All Process data for each line number shall be filled in.

Page 105 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

9.

INSTRUMENT INSTALLATION SCHEDULE (IIS) DATA All Instrument Installation schedule data fields that appear on Saudi Aramco's IIS drawing for each instrument shall be filled in. Field mapping of all IIS fields are marked with "" in the "Instrument Index Data" section of this document.

10.

CALCULATIONS DATA All attributes that are a must for Calculation along with other process data for all instrument tags that require calculations shall be filled in. All calculation data that appears on the Specification Sheet shall be filled in. The Calculation Module can be used to perform preliminary in-house sizing calculations for flow meters, control valves, thermowells and relief valves. However, the final calculations shall be performed using the vendor sizing programs or project-approved methods.

11.

WIRING DATA 11.1

11.2

General 11.1.1

Instrument device panels, system panels and junction boxes with terminal details shall be created within the Domain area. Standard junction boxes and instrument devices shall be set up in the Reference area initially.

11.1.2

Standard single pair/triad and multi-pair/multi-triad cables shall be created within SPI from the details in the Instrument Wire and Cable Specification.

11.1.3

All connection types shall be created to ensure the correct termination of all types of cables to the various panel types.

11.1.4

All Instrument Type Profiles shall be defined.

Panels 11.2.1

All standard panels including their strips, terminals, I/O terminations, and I/O cards shall be created in the "Reference Explorer" which will serve as the plant panel typical configurations to facilitate rapid creation of various panels in the domain.

Page 106 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Panel Type

11.2.2

All plant panels including their strips, terminals, I/O terminations, and I/O cards shall be created in the "Domain Explorer" using "Reference Explorer" definitions.

11.2.3

All panels and their strips and terminals details shall be filled in with the following details:

Data field

Required Reference Domain             

Conventional Device Panels

Name Type Area Classification Strip Name Strip Type Strip Sequence Terminal Number Terminal Sequence

Multi-Input Device Panels

Name Type Strip Name Strip Type Strip Sequence Terminal Number Terminal Sequence Apparatus No. of Left side connections No. of Right side connections Port Name Port Function Male/Female Connectors

 

Name Type Strip Name Strip Type Strip Sequence Terminal Number Terminal Sequence Port/Spur Name Male/Female Connectors

 

FF Device Panels

        

    

PCS        

             

             

         

         

Remarks

Page 107 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

General Panels: Junction Boxes Marshalling Cab. Local Panels etc.

FF Junction Boxes

Name Type Manufacturer Model Location Drawing Number (Area Classification) Strip configuration name Strip total number of terminal Strip First terminal number Terminal numbering details. Strip Rail Strip Type

   

     

     

     

     

     

Strip Manufacturer Strip Model Name Type Manufacturer Model Location Drawing Number (Area Classification) Segment in Segment out No of left spur connectors No of right spur connectors Internal Terminator Segments Name Spur Name Port Name Connector Type Male/Female

    

       

       

          

         

Ex. 24VDC, 420ma, RTD …etc

         

Page 108 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Control System Cabinet

Name Network/Address1 Node/Address2 Type Manufacturer Model Location Drawing Number (Area Classification) Rack name Number of Slots Rack Sequence Strip Name Terminal Number Number of terminals per channel First channel Strip Rail Strip Type Strip Manufacturer Strip Model Panel Name Rack Name Slot Number I/O Card Name I/O Card Type I/O Card Manufacturer I/O Card Model I/O Card System I/O Type I/O Card Module I/O Card Controller/Processor Redundant Cabinet Redundant Rack Redundant Slot Redundant I/O Card Channel FF Segment Channel

11.2.4 11.3



  

                  

       

       

                          

                          

If Applicable If Applicable If Applicable If Applicable

Panels, strips, and terminal numbering will be as per the project Instrumentation Numbering Philosophy.

Cables 11.3.1

Standard cables, sets and wires shall be created within SPI from the details in the Instrument Cable Specification and the Electrical Cable Specification within the "Reference Explorer" which will serve as the plant cable typical configurations to facilitate rapid creation of various cables in the domain.

11.3.2

Create all cables, sets and wires in the "Domain Explorer" using "Reference Explorer" definitions. Page 109 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

11.3.3

Data field Cable Name Cable Description Cable Type

All cables and wire details shall be filled in with the following details: Required Reference Domain      

CCS  

Manufacturer Model Name

 

 



Model Description Model Insulation Color

  

  

  

Length UOM

 

 

Cable Harness End 1 Location End 2 Location

    

Glands End 1 Glands End 2

 

CCS: Service name

CCS: Conductors No. & Size CCS: Conductors Type + "-" + Volts

 

 

Connector for End1 Connector for End2

Remarks



Custom Fields Field Cable Load HP/KVA Cable Load Volts Conductor Type Cable Remarks

11.4

SPI Data Field CBL_UDF_C01 CBL_UDF_C02 CBL_UDF_C03 CBL_UDF_C101

Req.CCS    

Remarks To be used for CCS drawings To be used for CCS drawings To be used for CCS drawings To be used for CCS drawings

Cable Routing Data 11.4.1

Cable routings for cable conduits and trays shall be created within SPI as per the project specifications. Cable routing sections shall be associated with all applicable CCS drawings can be generated.

11.4.2

All cable routings details shall be filled in with the following details:

Page 110 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Required

Data field

Min.

CCS

      



Routing Standards Width Routing Standards Position Max. cables per Position Routing Section Name Routing Section Description* Routing Section Length Routing Section Category

  

Remarks

CCS: Conduits Type + "-" + Bends

* Routing section Description can be edited through SA_Conduit_Info custom browser.

12.

PCS DATA The data transfer between SPI and the PCS Vendor is the responsibility of the contractor. Following PCS data shall be entered into SPI:

13.



Hardwired I/O information for DCS system, including Foundation Fieldbus signals.



Hardwired I/O information for ESD/VMS/CCS systems, including HART signals.



Hardwired I/O information for MDF cabinets.



System Cables information.



MDF signal termination details.



All cross wiring.



Control System tags.

VENDOR PACKAGE DATA Intools External Editor (IEE) shall be used to incorporate all the Vendor Package datasheets into SPI.

14.

CALIBRATION DATA Calibration data for all instruments that requires calibration shall be entered into the system with full detail.

Page 111 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Ranges & Output Signals Data field Variable min Variable min UOM Variable max Variable max UOM Output Signal min Output Signal max Output Signal UOM Output Type

Required

Remarks

       

Errors/Points Data field Error Calculation Type Number of points Measuring points Error Type Set Values Tolerance Data

Required

Remarks

     

Display Scales Data field

Required

Remarks

  

Minimum Maximum UOM

Alarm/Trips Data field Point Type Description Point Level Direction Point Value UOM Min low Max High

15.

Required

Remarks

       

SUPPORTING TABLES Supporting tables shall be updated with all required data as per the project specification: 1. 2. 3.

Instrument Types; System I/O Types; Foundation Fieldbus Function Blocks; Page 112 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

4. 5. 6. 7.

Location; Manufacturer; Instrument Models; and Loop Types and Functions.

Following Supporting tables shall be imported from SmartPlant PID (SP-PID) with the SP-ID to ensure data synchronization between SPI and SP-PID: 1. 2. 3. 4. 16.

P&ID drawings data; PipeRuns data including the Line Types data; Equipment Data including the Equipment Types data; Loop Measured Variables.

SMARTPLANT INSTRUMENTATION DELIVERABLES The following documents shall be generated from SPI as per SAES-J-005: 

Instrument Installation Schedules (IIS)



Instrument Specification Sheets (ISS) with Instrument Calculation Sheets



Instrument Loop Diagrams (ILD)



Instrument Segment Diagrams (ISD)



Instrument Interconnection Wiring Diagrams (ECD) – Junction Box Terminations & Marshalling Cabinet Terminations



Cable & Conduit Schedule (CCS).

The file naming of these documents shall comply with Saudi Aramco format document numbers as per section 4 of this standard. All required data for generation the above documents shall be entered in SPI to allow auto-generation of the document without post-modification to the document. 16.1

Instrument Installation Schedule (IIS) Instrument Installation Schedule (IIS) format shall comply with Saudi Aramco Engineering Standards. IIS shall be delivered to Saudi Aramco in PDF format.

16.2

Instrument Specification Sheets (ISS) Instrument Specification sheets (ISS) format shall comply with Saudi Aramco Engineering Standards.

Page 113 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

For list of specification sheets, refer to attachment B. The list shall be updated as required by the project. The master ISS forms shall be stored as PSR files. ISS will be delivered to Saudi Aramco in PDF format according to the field mapping described in Index data table of this specification document. Refer to attachment F for Title Block field mapping. 16.3

Instrument Loop Diagrams (ILD) Loop Diagram shall be generated using Enhanced Smart Loop within SPI. The generated ILD shall comply with SAES-A-202 and SAES-J-005 without any modification to the drawings after the autogeneration. All reference drawings shall be auto-populated from within SPI. Loop Diagrams will be delivered to Saudi Aramco in PDF format. Refer to attachment F for Title Block field mapping.

16.4

Instrument Segment Diagrams (ISD) Instrument Segment drawings shall be produced from SPI using the Fieldbus module. The generated ISD shall comply with SAES-A-202 and SAES-J-005 without any modification to the drawings after the auto-generation. ISD's shall be delivered to Saudi Aramco in PDF format.

16.5

Instrument Interconnection Wiring Diagrams (ECD) The Junction Box and Marshalling Racks/cabinets Interconnection diagrams shall be generated from within SPI. The generated ECD shall comply with SAES-A-202 and SAES-J-005 without any modification to the drawings after the auto-generation. Refer to Appendix G for Title Block field mapping.

16.6

Cable & Conduit Schedule (CCS) Cable & Conduit Schedule (CCS) format shall comply with Saudi Aramco Engineering Standards.

Page 114 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

CCS shall be delivered to Saudi Aramco in PDF format according to the following field mapping. CCS Fields

LOAD GLAND TYPE RUN

CONDUITS

CONDUCTORS

SPI Field

CABLE/CONDUIT NUMBER SERVICE HP OR KVA VOLTS FROM END TO END FROM END TO

CABLE.CABLE_NAME CABLE.CABLE_DESC UDF_CABLE.CBL_UDF_C01 UDF_CABLE.CBL_UDF_C02 CABLE_GLAND.CABLE_GLAND_NAME CABLE_GLAND.CABLE_GLAND_NAME PANEL.PANEL_NAME PANEL.PANEL_NAME ROUTING_SECTION.ROUTING_SECTION_DESC

TYPE

SIZE LENGTH Ft/m BENDS TYPE NO. & SIZE

STANDARD_ROUTING_WIDTH.STD_ROUTING_WIDTH ROUTING_SECTION.ROUTING_SECTION_LENGTH ROUTING_SECTION.ROUTING_SECTION_DESC UDF_CABLE.CBL_UDF_C03 CABLE_MFR_MOD.CABLE_MOD_DESC

INSULATION TYPE

CABLE_MFR_MOD.INSULATION

INSULATION VOLTS

CABLE_MFR_MOD.INSULATION

TOTAL QTY Ft/M REMARKS

Remarks

End_1 End_2 Connection to End_1 Connection to End_2 desc to be used for Conduits Type and Bends with a"-" separation. A browser need to be created for this

insulation to be used for the Type and Volts with a "-" separation.

CABLE.CABLE_LENGTH CABLE.LENGTH_UOM_ID UDF_CABLE.CBL_UDF_C101

Refer to Appendix G for Title Block field mapping. 17.

DATA HANDOVER 17.1

All temporary and test data, test CAD blocks (if applicable), temporary browser views, reports etc. shall be removed from the database before delivery.

17.2

Ensure All SPI data is free of any database exceptions and orphan entries.

17.3

SPI database shall reflect the as-built stage of the plant.

17.4

All project and subproject shall be cleared prior to data handover.

17.5

Instrumentation data shall be handed over to Saudi Aramco in monthly basis as interim deliveries to ensure the availability and quality of the data in intelligent tools, used during the design phase of the project, by running the QA reports that have been developed in-house by Saudi Aramco.

Page 115 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

17.6

18.

Following data shall be handed to Saudi Aramco at each delivery: 1.

SPI repository backup in Watcom database format;

2.

All CAD Blocks (if applicable), symbols, border templates, title block PSRs, and PSR files for reports and datasheet templates used to generate the required documents;

3.

Compliance table highlighting all approved deviations from this specification.

DATA SYNCHORNIZATION WITH OTHER SYSTEMS Data Synchronization with SP-PID Following data shall be imported from SP-PID with all pre-request data and shall be synchronized with SPI: 1. 2. 3. 4. 5.

Plant-Area-Unit; Instrument Tags data; Pipe runs data with all required process data; Equipment data; and P&ID drawings data.

SP-ID shall be imported for each component for data synchronization with SPI. SP-ID shall be imported into the following UDFs: Instrument: PipeRuns: Equipment: P&ID drawing:

UDF_COMPONENT.UDF_C111 UDF_LINE.LINE_UDF_101 UDF_EQUIPMENT.EQP_UDF_100 UDF_DRAWING.DWG_UDF_100

Page 116 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

ATTACHMENT- A INSTRUMENT TYPE AND PROFILES The following table shows examples of SPI Instrument Types and a summary of their profile. This table is considered as a guide only and shall be studied carefully before applying. Only those profiles that are useful need to be switched on. The profiles are used for the automatic generation of data either at the inputting of tags or for ensuring standardization of data at the later stages. Control system profile is used where the tag is used as a control system or has an associated control system tag. The tag will have an I/O label. The wiring profile allows the panel device, cable and termination information to be generated. The spec sheet profile shows the spec form to be used. * Instrument Type and Profile should be updated based on the project requirements.

Process Function Type

Inst. Type

Description

General General

AA AA

GAS ALARM BEACON GAS DETECTION FAULT ALARM

Flow Flow

FAH FAH

DCS FLOW ALARM H FIELD FLOW ALARM H

Level Level

LAH LAH

FIELD LEVEL ALARM H DCS LEVEL ALARM H

Pressure Pressure

PAH PAH

DCS PRESSURE ALARM H FIELD PRESSURE ALARM H

Temperature Temperature

TAH TAH

FIELD TEMPERATURE ALARM H DCS TEMPERATURE ALARM H

Analyzer Analyzer

AA AA

ANALYZER ALARM GAS ALARM BEACON

ACV

ANALYSER CONTROL VALVE

AOV

ON-OFF VALVE

PZV

PRESSURE SAFETY VALVE

Control Valve Control Valve Relief Valve

Inst. Spec. Sheet

Default I/O Type

Default Location

Wiring

Control System

Page 117 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

ATTACHMENT - B INSTRUMENT SPECIFICATION SHEETS (ISS) The following list shows the approved specification sheets to be used on the project. All SPI specification sheets required over and above those listed below shall be developed by the contractor and submitted to EK&RD for approval prior to use.

101 103 105 107 109 111 115 117 119 121 123 125 130 132 135 140 142 144 146 148 150 152 154 155 157 159 161 163 164 166 167 168

SAES Form No. 2517-ENG 2773-ENG 2775-ENG 2777-ENG 2778-ENG 2780-ENG 2786-ENG 2787-ENG 2788-ENG 2790-ENG 2793-ENG 2794-ENG 3175-ENG 3176-ENG 3177-ENG 3186-ENG 3188-ENG 3195-ENG 6078-ENG 6079-ENG 6080-ENG 6081-ENG 6239-ENG 8020-111-ENG 8020-115-ENG 8020-116-ENG 8020-117-ENG 8020-118-ENG 8020-124-ENG 8020-212-ENG 8020-213-ENG 8020-312-ENG

Form Name/Description Pitot Tube Meter Data Sheet ISS-Pressure Instruments ISS-Bulb Type Temp. Instruments ISS-Receiving Instrument ISS-Local Flow Instruments ISS-Balanced Bridge Type Temp Instrument ISS-Traps and Drainers ISS-Pressure Regulators ISS-Differential Type Level Instruments ISS-Variable Area Flow Meters ISS-Draft Gauges ISS-Snap Acting Valves Orifice Plate Details for RF Flanges Orifice Plate Detail - Segmental Orifice Plate Detail - Quadrant Edge ISS-Vibration Switches Meter Reading Tables ISS-Piston Operated Valves ISS-Flow Instruments ISS-Level Switches ISS-Filled System Type Temp. Switches ISS-Thermocouple/RTD Switches ISS-General ISS-Flow Transmitter (Diff. Press Type) ISS-Metering Orifice Cal. Conv. Unit ISS-Venturi Tube Specification and Calc ISS-Turbine Meters ISS-Liquid Positive Displaceme ISS-Restriction Orifice Calc & Spec ISS-Pressure and Diff Press Guages ISS-Pressure and D/P Switch ISS-Level Gauge Glasses

Process Function Flow Pressure Temperature General Flow Temperature General Control Valve Level Flow Pressure Control Valve Flow Flow Flow General Flow Control Valve Flow Level Temperature Temperature General Flow Flow Flow Flow Flow Flow Pressure Pressure Level

Page 118 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

169 170 171 172 174 175 177 179 180 181 182 183 184 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204

8020-314-ENG 8020-318-ENG 8020-319-ENG 8020-415-ENG 8020-416-ENG 8020-418-ENG 8020-419-ENG 8020-511-ENG 8020-512-ENG 8020-514-ENG 8020-515-ENG 8020-517-ENG 8020-611-ENG 8020-612-ENG 8020-617-ENG 8020-623-ENG 8020-625-ENG 8020-711-ENG 8020-712-ENG 8020-713-ENG 8020-716-ENG 8020-717-ENG 8020-718-ENG 8020-815-ENG 8020-825-ENG 8020-827-ENG 8020-828-ENG 8020-830-ENG 8020-831-ENG 8020-913-ENG 8020-200-ENG 8020-400-ENG

ISS-Level Instruments ISS-Automatic Tank Gauging Equipment ISS-Radar Tank Gauging Equipmen ISS-Thermocouple (T/C) Assembly ISS-Resistance Temperature Detector (RTD ISS-Thermowell ISS-Temperature Monitor ISS-Chromatographs ISS-Oxygen Analyzer ISS-Combustible Gas and H2S Montiors ISS-Moisture Analyzers ISS-Density Meters For Gas & Liquid Serv ISS-Safety Relief Valves ISS-Safety Relief Valve-Pilot Operated ISS-Flame Monitoring Systems ISS-Programmable Controller Base ESD Sys ISS- Machinery Protection Systems ISS-Globe/Angle Control Valves ISS-Ball Control Valves ISS-Butterfly/Rotary Plug Control Valves ISS-Pneumatic Actuators (On-Off Service) ISS-Hydraulic Valve Actuators ISS-Electric Motor Operated Vlv Actuator ISS-Annunciator ISS-Electro-Mechanical Relays ISS-Solenoid Operated Valves ISS-Transducers (Signal Conversion) ISS-Programmable Controller ISS-Package Unit Instrumentation ISS-Instrument and Thermocouple Cable Pressure Transmitters - Smart Temperature Transmitter - Smart

Level Level Level Temperature Temperature Temperature Temperature Analyzer Analyzer Analyzer Analyzer Analyzer Relief Valve Relief Valve Analyzer General General Control Valve Control Valve Control Valve Control Valve Control Valve Control Valve General General Control Valve General General General General Pressure Temperature

* To be updated based on project requirements.

Page 119 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

ATTACHMENT - C USER DEFINED TABLES (UDT's) Database Name UDT_SUPPORT1 UDT_SUPPORT2 UDT_SUPPORT3 UDT_SUPPORT4 UDT_SUPPORT5 UDT_SUPPORT6 UDT_SUPPORT7 UDT_SUPPORT8 UDT_SUPPORT9 UDT_SUPPORT10 UDT_SUPPORT11 UDT_SUPPORT12 UDT_SUPPORT13 UDT_SUPPORT14 UDT_SUPPORT15 UDT_SUPPORT16

Type

Field name

Remarks

System Type Signal Type Signal Level Supply Responsibility Device Protocol Operating Area Risk Area I/O Location Mounting Substation

Page 120 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

ATTACHMENT - D USER DEFINED FIELDS (UDFs) The following UDFs are to be used within SPI to define data not covered in the Instrument Index Module. The following tables indicate the field names for user defined columns that have been allocated for use. Table UDF_Component Database Name UDF_C01 UDF_C02 UDF_C03 UDF_C04 UDF_C05 UDF_C06 UDF_C07 UDF_C08 UDF_C09 UDF_C10 UDF_C11 UDF_C12 UDF_C13 UDF_C14 UDF_C15 UDF_C16 UDF_C17 UDF_C18 UDF_C19 UDF_C20 UDF_C21 UDF_C22 UDF_C23 UDF_C24 UDF_C25 UDF_C26 UDF_C27 UDF_C28 UDF_C29 UDF_C30 UDF_C31 UDF_C32 UDF_C33 UDF_C34 UDF_C35 UDF_C36 UDF_C37 UDF_C38 UDF_C39 UDF_C40 UDF_C41

Type CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) CHAR(20) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(20)

Field name

Description

Remarks

IIS State 0 Descriptor State 1 Descriptor State 2 Descriptor Sequence Of Events (SOE) Deviation Alarm Deviation Comparison MOS Alarm

PCS PCS PCS

Damper Req. Contact Open Contact Close

PCS

Signal Repeater Req. Surge Arrestor Req.

PCS PCS

Alarm High Alarm High High Alarm Low Alarm Low Low I/O Address Valve Action on Power Failure VOD Tag Number Insp. Mark No. Service Description1 Service Description2 Mounting Drawing Number

IIS IIS PCS PCS IIS

(Instrument Points & Lines Layout)

Page 121 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

UDF_C42 UDF_C43 UDF_C44 UDF_C45 UDF_C46 UDF_C47 UDF_C48 UDF_C49 UDF_C50 UDF_C51 UDF_C52 UDF_C53 UDF_C54 UDF_C55 UDF_C56 UDF_C57 UDF_C58 UDF_C59 UDF_C60 UDF_C61 UDF_C62 UDF_C63 UDF_C64 UDF_C65 UDF_C66 UDF_C67 UDF_C68 UDF_C69 UDF_C70 UDF_C71 UDF_C72 UDF_C73 UDF_C74 UDF_C75 UDF_C76 UDF_C77 UDF_C78 UDF_C79 UDF_C80 UDF_C81 UDF_C82 UDF_C83 UDF_C84 UDF_C85 UDF_C86 UDF_C87 UDF_C88 UDF_C89 UDF_C90 UDF_C91 UDF_C92 UDF_C93 UDF_C94 UDF_C95 UDF_C96 UDF_C97 UDF_C98

VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(20) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100)

Modbus Signal Data Type

Redundancy LAS Function ITK Revision DD Revision CFF Revision

PCS PCS PCS PCS PCS

High Trip High High trip Low trip Low Low Trip

F&G Zone Package Vendor

Piping Detail Drawing No. PDET MDET

Extra Instrument Analyzer

PCS

(Piping Isometric)

IIS IIS IIS ILD ILD

ILD

Page 122 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

UDF_C99 UDF_C100 UDF_C101 UDF_C102 UDF_C103 UDF_C104 UDF_C105 UDF_C106 UDF_C107 UDF_C108 UDF_C109 UDF_C110 UDF_C111 UDF_C112 UDF_C113 UDF_C114 UDF_C115 UDF_C116 UDF_C117 UDF_C118 UDF_C119 UDF_C120 UDF_C121 UDF_C122 UDF_C123 UDF_C124 UDF_C125 UDF_C126 UDF_C127 UDF_C128 UDF_C129 UDF_C130 UDF_C131 UDF_C132 UDF_C133 UDF_C134 UDF_C135 UDF_C136 UDF_C137 UDF_C138 UDF_C139 UDF_C140

VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(100) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40)

UDF_D01 UDF_D02 UDF_D03 UDF_D04 UDF_D05

DATE DATE DATE DATE DATE

UDF_N01 UDF_N02 UDF_N03 UDF_N04 UDF_N05 UDF_N06 UDF_N07 UDF_N08 UDF_N09 UDF_N10

NUMBER NUMBER NUMBER NUMBER NUMBER NUMBER FLOAT FLOAT FLOAT FLOAT

Low Scale (mA) High Scale (mA) Under Range 1 Under Range 2 Over Range 1 Over Range 2 Bench Condition

PCS PCS PCS PCS PCS PCS PCS

Remark – PCS Vendor Remark – Domain Admin SP-ID (for SP-PID data Sync.)

Lower Trasnducer Range Limit Upper Transducer Range Limit Transducer Engineering Units Pulse Rate Control Action Modbus Address Modbus Station Logic System No.

PCS PCS PCS PCS PCS PCS PCS PCS

MOS Required MOS Group Number ATFO Required Input Type Valve Critical level

PCS PCS PCS PCS

Parallel Area

Page 123 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Table UDF_Cable Column Name CBL_UDF_C01 CBL_UDF_C02 CBL_UDF_C03 CBL_UDF_C04 CBL_UDF_C05 CBL_UDF_C06 CBL_UDF_C07 CBL_UDF_C08 CBL_UDF_C09 CBL_UDF_C10 CBL_UDF_C11 CBL_UDF_C12 CBL_UDF_C13 CBL_UDF_C14 CBL_UDF_C15 CBL_UDF_C16 … … … CBL_UDF_C101

Type VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) … … … VARCHAR2(255)

Fieldname

Description

Remarks

LOAD (HP/KVA) appears on CCS LOAD (Volts) appears on CCS Conductor Type appears on CCS

REMARKS appears on CCS

Table UDF_CS_TAG Column Name CS_UDF_C01 CS_UDF_C02 CS_UDF_C03 CS_UDF_C04 CS_UDF_C05 CS_UDF_C06 CS_UDF_C07 CS_UDF_C08 CS_UDF_C09 CS_UDF_C10 CS_UDF_C11 CS_UDF_C12 CS_UDF_C13 CS_UDF_C14 CS_UDF_C15 CS_UDF_C16 CS_UDF_C17 CS_UDF_C18 CS_UDF_C19 CS_UDF_C20

Type VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50) VARCHAR2(50)

Fieldname

Description

Remarks

CS Typical No. System I/O Address

PCS PCS

Modbus Alias

PCS

Switch Label Totaliser Timebase Security Level

PCS PCS PCS

Alarm Level

PCS

Scan Type

PCS

Page 124 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Table UDF_Drawing Column Name DWG_UDF_C01 DWG_UDF_C02 DWG_UDF_C03 DWG_UDF_C04 DWG_UDF_C05 DWG_UDF_C06 DWG_UDF_C07 DWG_UDF_C08 DWG_UDF_C09 DWG_UDF_C10 DWG_UDF_C11 DWG_UDF_C12 DWG_UDF_C13 DWG_UDF_C14 DWG_UDF_C15 DWG_UDF_C16 DWG_UDF_C17 DWG_UDF_C18 DWG_UDF_C19 DWG_UDF_C20 DWG_UDF_C21 DWG_UDF_C22 DWG_UDF_C23 DWG_UDF_C24 DWG_UDF_C25 DWG_UDF_C26 DWG_UDF_C27 DWG_UDF_C28 DWG_UDF_C29 DWG_UDF_C30 DWG_UDF_C31 DWG_UDF_C32 DWG_UDF_C33 DWG_UDF_C34 DWG_UDF_C35 DWG_UDF_C36 DWG_UDF_C37 DWG_UDF_C38 DWG_UDF_C39 DWG_UDF_C40

Type VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(60) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40)

Fieldname

Description

Remarks

Contractor Document No. * Document Title

Sheet No Plant Description Const Agency Review Const Agency Review Date Other By Other Date Key Dwg Review Reqd DCC Number Dwg Emergency Dwg Sensitivity Job Order Dwg Control No. IIS Number Revision Number Revision Date Revision Description IPL Drawing Number P&ID Number ECD Panel Type

For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD For ILD/ISD For ISD For ECD

MC or JB

Page 125 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Table UDF_Hook_Up Type

Fieldname

Macro Name

HU_UDF_C01 HU_UDF_C02 HU_UDF_C03 HU_UDF_C04

Column Name

VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40)

Instr Pipe Spec No Instr Title Block Line-2 Instr Title Block Line-3 Project No

HOOKUP_UDF_C01 HOOKUP_UDF_C02 HOOKUP_UDF_C03 HOOKUP_UDF_C04

HU_UDF_C05 HU_UDF_C06 HU_UDF_C07 HU_UDF_C08 HU_UDF_C09 HU_UDF_C10

VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40)

Project Sub Job No

HOOKUP_UDF_C05

Remarks Instr Pipe Spec Reference Detail Title Block Line-2 Detail Title Block Line-3 Project No Shown on Details Sub Job Shown on Detail

Table UDF_Panel Column Name PNL_UDF_C01 PNL_UDF_C02 PNL_UDF_C03 PNL_UDF_C04 PNL_UDF_C05 PNL_UDF_C06 PNL_UDF_C07 PNL_UDF_C08 PNL_UDF_C09 PNL_UDF_C10 PNL_UDF_C11 PNL_UDF_C12 PNL_UDF_C13 PNL_UDF_C14 PNL_UDF_C15 PNL_UDF_C16 PNL_UDF_C17 PNL_UDF_C18 PNL_UDF_C19 PNL_UDF_C20 PNL_UDF_C21 PNL_UDF_C22 PNL_UDF_C23 PNL_UDF_C24 PNL_UDF_C25 PNL_UDF_C26 PNL_UDF_C27 PNL_UDF_C28 PNL_UDF_C29 PNL_UDF_C30

Type VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40) VARCHAR2(40)

Fieldname

Description

Remarks

SETROUTE Service Level SETROUTE SAFECODE SETROUTE SG SETROUTE Equip Publish

Used as a Discipline Code Separation Group 'Y'

Page 126 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

ATTACHMENT - E LOOP TYPICALS The following list shows the Loop Typicals used on the project. * To be updated as required by the project. LOOP TYPICAL F-001

F-006

H-002

L-007

INTERNAL LOOP ORDER 1 2 3 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 5 6 1 2 3 4 5 6 7 8 9 10 11 12

INSTRUMENT TYPE FE FIT FI FE FIT FC FXV FLSC FLSO FCV FLLC FLLO FALL FAL FAH FAHH HCV HLSC HLSO HC HLLC HLLO LIT LC LXV LLSC LLSO LCV LLLC LLLO LALL LAL LAH LAHH

INSTRUMENT TYPE DESCRIPTION ORIFICE PLATE FLOW INDICATING TRANSMITTER DCS FLOW INDICATOR ORIFICE PLATE FLOW INDICATING TRANSMITTER DCS FLOW CONTROLLER SOLENOID VALVE LIMIT SWITCH CLOSED LIMIT SWITCH OPEN FLOW CONTROL VALVE DCS VALVE CLOSED INDICATION DCS VALVE OPEN INDICATION DCS FLOW ALARM LOW LOW DCS FLOW ALARM LOW DCS FLOW ALARM HIGH DCS FLOW ALARM HIGH HIGH HAND CONTROL VALVE LIMIT SWITCH CLOSED LIMIT SWITCH OPEN DCS HAND CONTROLLER DCS VALVE CLOSED INDICATION DCS VALVE OPEN INDICATION LEVEL INDICATING TRANSMITTER DCS LEVEL CONTROLLER SOLENOID VALVE LIMIT SWITCH CLOSED LIMIT SWITCH OPEN LEVEL CONTROL VALVE DCS VALVE CLOSED INDICATION DCS VALVE OPEN INDICATION DCS LEVEL ALARM LOW LOW DCS LEVEL ALARM LOW DCS LEVEL ALARM HIGH DCS LEVEL ALARM HIGH HIGH

Page 127 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

ATTACHMENT - F TITLE BLOCK FIELD MAPPING Instrument Specification Sheets (ISS) Instrument Installation Schedule (IIS) Cable and Conduit Schedule (CCS) NO

DGN DRAWING FIELD

ISS

IIS

CCS

SPI TABLE

SPI FIELD

1

JOB_ORDR_EWO_NO







DRAWING

DWG_TITLE3

2

PLANT_NO







PLANT_AREA

AREA_NAME

3

INDEX







4

DRAWING_NUMBER







DRAWING

DWG_NAME

5

SHEET_NO







DRAWING

DWG_NAME

6

REVISION_NO







REVISION

lastrev

7

PLANT_LOCATION







PLANT

LOCATION

8

DRAWING TYPE







9

TB_LINE1





































"J"

COMPONENT

CMPNT_NAME

DRAWING

11

TB_LINE3







PLANT_AREA

12

REF_CERT_REV_NO







REVISION

lastrev

13

REF_CERT_DCC







DRAWING

DWG_TITLE2

14

EDSD_VER_CNTRL_NO







DRAWING

DWG_TITLE1

15

EDSD_VER_BY







DRAWING

VEN_APPR_BY

16

EDSD_VER_DATE







DRAWING

VEN_APPR_DATE

17

OPERATION_BY







DRAWING

VEN_PROP_BY

18

OPERATION_DATE







DRAWING

VEN_PROP_DATE

19

CONSTR_AGENCY_BY







DRAWING

VEN_DSGN_BY

20

CONSTR_AGENCY_DATE







DRAWING

VEN_DSGN_DATE

21

CERTIFIED_BY







DRAWING

CL_APPR_BY

22

CERTIFIED_DATE







DRAWING

CL_APPR_DATE

23

PROJECT_ENGR_BY







DRAWING

CL_ENGR_BY

24

PROJECT_ENGR_DATE







DRAWING

CL_ENGR_DATE

25

DISCPLINE_ENGR_BY







DRAWING

CL_CK_BY

26

DISCPLINE_ENGR_DATE







DRAWING

CL_CK_DATE

27

DRAWN_BY







DRAWING

VEN_DRWN_BY

28

DRAWN_DATE







DRAWING

VEN_DRWN_DATE

29

CHECKED_BY







DRAWING

VEN_CK_BY

30

CHECHED_DATE







DRAWING

VEN_CK_DATE

TB_LINE2

Dwg_Name + Sht_No right(dwg_name,3)

"ISS"\"IIS"

"INSTRUMENT INSTALLATION SCHEDULE" "CABEL & CONDUIT SCHEDULE" DWG_DESC "X INSTRUMENT", X: FLOW, TEMP... "NUMBER" + XXX + "THROUGH" + YYY UDF_C01

10

COMMENTS

"ISS for" + cmpnt_name

Page 128 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation NO

DGN DRAWING FIELD

ISS

IIS

CCS

SPI TABLE

SPI FIELD

31

RH_REV_NO







REVISION

REV_NO

32

RH_DATE







REVISION

REV_DATE

33

RH_JO_EWO







REVISION

REV_UDF_C01

34

RH_DESCRIPTION







REVISION

REV_DESC

35

RH_ENGG







REVISION

REV_CHK_BY

36

RH_CERT







REVISION

REV_APPR_BY

37

RH_PMT







REVISION

REV_UDF_C02

38

RH_OPRNS







REVISION

REV_UDF_C03







SPEC_SHEET_DATA

SPEC_NOTE

39

NOTE







UDF_DRAWING

DWG_UDF_C100

40

RefDwg1_Desc







UDF_DRAWING

DWG_UDF_C50

41

RefDwg1_DwgNo







UDF_DRAWING

DWG_UDF_C51

42

RefDwg2_Desc







UDF_DRAWING

DWG_UDF_C52

43

RefDwg2_DwgNo







UDF_DRAWING

DWG_UDF_C53

44

RefDwg3_Desc







UDF_DRAWING

DWG_UDF_C54

45

RefDwg3_DwgNo







UDF_DRAWING

DWG_UDF_C55

46

RefDwg4_Desc







UDF_DRAWING

DWG_UDF_C56

47

RefDwg4_DwgNo







UDF_DRAWING

DWG_UDF_C57

COMMENTS

Interconnection Diagrams (ECD) & Instrument Loop/Segment Diagrams (ILD/ISD) NO

DGN DRAWING FIELD

1

JOB_ORDR_EWO_NO

2

PLANT_NO

3

ISD  

ECD

ILD SPI TABLE  DRAWING

SPI FIELD DWG_TITLE3

Used with Enhanced Smart Report(ESR)





 UDF_DRAWING

 

 

 PLANT_AREA 

AREA_NAME

INDEX

4

DRAWING_NUMBER





 DRAWING

DWG_NAME

5

SHEET_NO

 

 

 DRAWING  UDF_DRAWING

DWG_NAME

6

REVISION_NO





 DRAWING

7

PLANT_LOCATION

8

TB_LINE3

9

TB_LINE2 ***

    

    

    

10

TB_LINE2 *** TB_LINE2 *** TB_LINE2 ***











"J"

PLANT

DWG_UDF_C20 CURR_REV_NA ME LOCATION

PLANT_AREA

UDF_C 01

UDF_DRAWING

DWG_UDF_C21

PANEL

PANEL_NAME

PANEL_STRIP

STRIP_NAME

 LOOP WIRE_GROUP

Dwg_Name + Sht_No right(dwg_name,3) Used with ESR

Used with ESR

LOOP_NAME GROUP_NAME

11

RKD_REQUIRED





 UDF_DRAWING

DWG_UDF_C26

12





 UDF_DRAWING

DWG_UDF_C22





 UDF_DRAWING

DWG_UDF_C23

14

RKD_CONSTR_AGENCY RKD_CONSTR_AGENCY _DATE RKD_OPERATIONS RKD_OPERATIONS_DAT

 

 DRAWING  DRAWING

CL_CK_BY

15

 

13

COMMENTS

If required, should be filled with "x".

CL_CK_DATE

Page 129 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation NO

DGN DRAWING FIELD

ECD

ISD

ILD

SPI TABLE

SPI FIELD

COMMENTS

E

CERTIFIED_BY

  

  

 UDF_DRAWING  UDF_DRAWING  DRAWING

19

CERTIFIED_DATE





 DRAWING

20

ECD Panel Type





21

RC_REV_NO





 DRAWING

22 23

RC_DCC Ref_IIS_Dwg_No Ref_Pnt_Lines_Dwg_No

DWG_UDF_36

Ref_Dwg_Cntrl_No_Desc

                

UDF_DRAWING

25

                

UDF_DRAWING UDF_DRAWING

24

                

VEN_APPR_BY VEN_APPR_DAT E DWG_UDF_C38 CURR_REV_NA ME DWG_UDF_C27 DWG_UDF_32

UDF_DRAWING

DWG_UDF_C50

UDF_DRAWING

DWG_UDF_C51

UDF_DRAWING

DWG_UDF_C31

UDF_DRAWING

DWG_UDF_C37

UDF_DRAWING

DWG_UDF_C52

UDF_DRAWING

DWG_UDF_C53

UDF_DRAWING

DWG_UDF_C54

UDF_DRAWING

DWG_UDF_C55

UDF_DRAWING

DWG_UDF_C56

UDF_DRAWING

DWG_UDF_C57

UDF_DRAWING

DWG_UDF_C58

UDF_DRAWING

DWG_UDF_C59

UDF_DRAWING

DWG_UDF_C60

UDF_DRAWING

DWG_UDF_C61







UDF_DRAWING

DWG_UDF_C62







UDF_DRAWING

DWG_UDF_C63







UDF_DRAWING

DWG_UDF_C64

  

  

  

UDF_DRAWING

DWG_UDF_C65

UDF_DRAWING

DWG_UDF_C66

UDF_DRAWING







UDF_DRAWING

  

  

DWG_UDF_C67 DWG_UDF_C94C100 LOOP_NOTE

16

RKD_OTHERS

17

RKD_OTHERS_DATE

18

26

Ref_Dwg_Cntrl_No

27

Ref_PID_No

28

Ref_MC_ECD_Desc

29

Ref_MC_ECD

30

Ref_CCS_Desc

31

Ref_CCS

32

Ref_IPL_Desc

33

Ref_IPL

34

Ref_CG_H2S_Desc

35

Ref_CG_H2S

36

Ref_Lgnd_Appr_Desc

37

41

Ref_Lgnd_Appr Ref_DCS_Dwg_Cntrl_Des c Ref_DCS_Dwg_Cntrl Ref_ESD_Dwg_Cntrl_Des c Ref_ESD_Dwg_Cntrl

42

Ref_Chasis_ESD_Desc

43

Ref_Chasis_ESD

44

NOTES

45

Dwg_Emergency

46

Dwg Sensitivity

38 39 40



UDF_DRAWING

 LOOP  UDF_DRAWING  UDF_DRAWING

DWG_UDF_C24 DWG_UDF_C25

"J/B","M/C" with ESR

Used with ESR

DWG_UDF_C28 DWG_UDF_C29

Page 130 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

SAMPLE DRAWINGS GENERATED FROM SMARTPLANT INSTRUMENTATION (INSTRUMENT INSTALLATION SCHEDULE –ISS)

Page 131 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

(CABLE & CONDUIT SCHEDULE –CCS)

Page 132 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

(INTERCONNECTION DIAGRAM J/B - ECD)

Page 133 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

(INSTRUMENT SPECIFICATION SHEET –ISS

Page 134 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Appendix G - Data-Centric Electrical Specification 1.

INTRODUCTION This document defines the requirements for preparing the Intelligent Engineering Drawings and Reports for Saudi Aramco using the Smart Plant Electrical (SPEL).

2.

CONFLICTS AND DEVIATIONS Any conflicts between this appendix and other applicable Saudi Aramco Engineering Standards (SAESs), Procedures (SAEPs), Materials System Specifications (SAMSSs) and Standard Drawings (SASDs) shall be resolved in writing with EK&RD.

3.

REFERENCES Refer to applicable Saudi Aramco Engineering Standards (SAESs), Procedures (SAEPs), Materials System Specifications (SAMSSs) and Standard Drawings (SASDs).

4.

SCOPE 4.1

The contractor shall follow this appendix as the basis for the creation and delivery of Intelligent Electrical Reports and Intelligent Electrical One Line Diagrams (E1L) using SmartPlant Electrical (SPEL) software by Intergraph Corporation.

4.2

This appendix defines SPEL version, SPEL set up, guidelines for drafting and the minimum data to be populated in the SPEL database and list of deliverables. The SPEL Project delivery to Saudi Aramco EK&RD shall be done according to this document.

4.3

EK&RD will provide to the contractor, SPEL Database template comprising customized Data Dictionary and Reference files, which shall be used for the SPEL setup and drawings\documents creation. However, contractor shall develop any additional forms, symbols, tools and/or templates as per the project requirements. Contractor shall obtain EK&RD approval prior to the creation of any form, symbol, border, and/or template.

4.4

The technical contents of the engineering drawings including engineering data properties, attachments and any other engineering

Page 135 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

information related to the electrical engineering and equipments shall be delivered per this specification.

5.

4.5

The contractor shall create all required forms and documents per this standard.

4.6

All Drawings & Reports which will be submitted to Saudi Aramco shall have customized border and title block as per this standard.

4.7

All documents associated with electrical data such as Electrical One Line Diagrams (E1L), Cable Schedules, Load List, Load Summary etc shall be generated automatically from within SPEL without any postmodification. The generated documents shall comply with SAES, SAEP and SASD.

4.8

All SPEL inconsistencies indicators must be resolved. Any inconsistency that can't be resolved shall be documented and submitted to EK&RD for approval.

4.9

SPEL data shall reflect the plant as-built status before making the final delivery to Saudi Aramco.

4.10

Check List in attachment B shall be used to ensure the quality, reliability & integrity of the electrical data in SPEL and also with other data centric applications.

4.11

The delivered SPEL database must be free of any database exceptions and orphan entries.

4.12

SPEL database delivery shall be free from any test data and temporary reports.

4.13

The contractor shall upgrade the SPEL database to conform to the latest version of SPEL approved for use by EK&RD, prior to final delivery.

SMARTPLANT ELECTRICAL SET-UP 5.1

General Contractor shall use the latest version of SmartPlant Electrical (SPEL) approved by Saudi Aramco EK&RD (current approved version 3.5), SmartPlant Engineering Manager (SPEM) (current approved version 4.4) & Oracle 9i (9.2.0.1.0) for SPEL set-up.

5.2

Site Server Setup

Page 136 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Site Server shall be set up and configured as shown below: Site Server Data Dictionary: Site Server Name: Database Type: Table Space Name: Temp Table Space: Database User Name: Database Password: Data Dictionary Table space: Data Dictionary Temp Table space: Database User Name: Database Password:

Default Facility Name Oracle TS_XXX_SPEL_01* TEMP_XXX * XXXSite* XXXSite* TS_XXX_SPEL_01* TEMP_XXX* XXXSited* XXXSited*

Where *XXX= facility abbreviation "e.g. HGP for Hawiyah Gas Plant" 5.3

Plant Setup The following plant's data shall be defined for each Facility. Ex.: Gas Plant, GOSP, etc. Data Dictionary: Template Path: Hierarchy: Plant Name: Format File location:

Default Default Hierarchy 7 (PAU) Facility Name Reference_Data path

Table space: Temp table space: Database Username: Database Password:

TS_XXX_SPEL_01* TEMP_XXX* SPELXXXPlant* SPELXXXPlant*

Data Dictionary Table space: Data Dictionary Temp Table space: Database Username: Database Password:

TS_XXX_SPEL_01* TEMP_XXX* SPELXXXPlantd* SPELXXXPlantd*

Where *XXX= facility abbreviation "e.g. HGP for Hawiyah Gas Plant" Following table lists the required data for each plant (Facility Name)

Page 137 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Description Name Description Location

5.4

Data entry Yes Optional Yes

Value Plant Name Plant Location

Smart Plant Electrical Application Association When associating SmartPlant Electrical, the following configuration shall be followed. Electrical Reference Data path:

Default Reference Data path

Data Dictionary Source: Template Path:

Default Template Data Dictionary path

Table space: Temp table space: Database Username: Database Password:

TS_XXX_SPEL_01 TEMP_XXX SPELXXXPlantel* SPELXXXPlantel*

Data Dictionary Table space: Data Dictionary Temp Table space: Database Username: Database Password:

TS_XXX_SPEL_01* TEMP_XXX* SPELXXXPlanteld* SPELXXXPlanteld*

Data Dictionary Table space: Data Dictionary Temp Table space: Database Username: Database Password:

TS_XXX_SPEL_01* TEMP_XXX* SPELXXXPlantelRef* SPELXXXPlantelRef*

Where *XXX= facility abbreviation "e.g. HGP for Hawiyah Gas Plant". 5.5

Plant Hierarchy Structure The project plant structure must comply with Hierarchy 7 available within the SmartPlant Engineering Manager i.e. "Plant – Area – Unit". All drawings shall be created at the Unit level only. The following shall be applied to all project data: A SPEL Plant shall be Facility Name B SPEL Area shall be xx, yy, zz ….. C SPEL Unit and Unit Code shall be: ww, hh, kk,

Page 138 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Plant Name

5.6

Area Name

Unit Name & Code

Area Description

Responsibility

Roles/Access Rights Two categories of roles shall be defined: Site/Plant Roles and Engineering/Project Roles. Each of the roles will reflect the possible usage and need of its users. In order to set the network users with the proper SPEL access permissions, the following networks user groups should pre-exist in the network (as example below): SPEL Site Administrator SPEL Plant Administrator SPEL Plant User SPEL Plant Viewer Each of the above user groups should have its roles set as follows: SPEL Site Administrator SPEL Plant Administrator SPEL Plant User SPEL Plant Viewer

5.7

-

Full Full TBD View, Redline

Options Manager Setup Default UOM (Unit of Measure) Formats (To be completed by site)

Page 139 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Equipment Name Battery Bank Battery Charger Bus Capacitor Circuit Breaker Contactor Disconnect Elect Equip Disconnect Switch Fuse Generator Harmonic Filter Heater Heat Trace Off-Site Power Other Converting Equipment Other Disconnect Equip Other Elect Equipment Overload Relay Protection Relay Resistor Starter Transformer Transformer Component UPS Variable Frequency Drive

5.8

Attribute Name

Default Setting

Battery Bank Rated Power Battery Charge Rated Power Rated Power Capacitor Rated Power Rated Power Rated Power Rated Power Rated Power Rated Power Generator Rated Power Harmonic Filter Rated Power Heater Rated Power Heat Trace Rated Power Off Site Power Rated Power Other Convert Rated Power Rated Power Other Equipment Rated Power Rated Power Rated Power Resistor Rated Power Rated Power Transformer Rated Power Output Rated Power UPS Rated Power Var Freq Drive Rated Power

Installation Options The example given below shows the folders as installed using the default installation options. (Substitute the actual server name for .) Default Schematic Drawings and SLD templates should be set by plant administrator according to plant/project standards.

Page 140 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Option

Location

Catalog Explorer Root Path Default Generated SLD Path Default SLD Symbol Path Default Generated Schematic Path Default Schematic Block Path Default Generated PDB Layout Path PDB Layout Report Path Default Report Template Path Default Path for Templates Name of Template File for SLD Name of Template File for Schematics SAP Configuration File Path SAP Output Data File Path Rule Library File Intools.ini Default Path Path for Miscellaneous Drawing Format Reference File

6.

\\\SmartPlant\Electrical Reference Data\Symbols \\\\\SmartPlant \Electrical Reference Data\Generated Files\SLD Error! Hyperlink reference not valid. Error! Hyperlink reference not valid. Error! Hyperlink reference not valid. Error! Hyperlink reference not valid. \\\SmartPlant\Electrical Reference Data\Report Files Error! Hyperlink reference not valid. Error! Hyperlink reference not valid. \\\SmartPlant\Electrical Reference Data\Templates\CustomerSLD.SPE \\\SmartPlant\Electrical Reference Data\Templates\CustomerSchematics.SPE Error! Hyperlink reference not valid. Error! Hyperlink reference not valid. Error! Hyperlink reference not valid. \\\SmartPlant\Electrical Reference Data\INtools.INI \\\SmartPlant\Electrical Reference Data\Miscellaneous Drawings Error! Hyperlink reference not valid.

NAMING CONVENTION The following naming conventions shall be followed wherever applicable. 6.1

Drawing Naming Convention All the Electrical drawing names and numbers in SPEL shall comply with this standard. (Note: Drawing item can not be defined with the naming convention by using Option manager) SPEL generated drawings/documents numbering shall adhere to the following format: Drawing_Number + Sheet Number.

6.2

Cable and Conduit Numbers Naming Convention Cable and conduit number is 5 to 6 character in length excluding dashes. The numeric part of the cable/conduit tag is unique for each plant. The Item Tag in SPEL shall be as follows: CC-NNNNXXCC

- Letter Designation signifying the type of service Page 141 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

NNNN

- Sequence Number

Example #1: Example #2: Example #3:

C-0736 PC-1281 CC-0736

Where:

C denotes Conduit, CC denotes Control Cable PC denotes Power Cable IC denotes Instrument Cable

Notes:

6.3

1.

Should not be confused with the conduit item type in SPEL that means the type of router segments (Tray, Conduit etc). SPEL Naming convention mechanism does not support the naming convention for the specific router type, but the common one for any router segment type.

2.

SPEL does not supply a conduit item type as a current provider. Busway is supported.

3.

Suggested to use "padding zero" for cable sequence numbers.

Electrical Equipment Tag Naming Convention The Item Tag in SPEL is used, which is AAA-PPP-EEE (C) – V NN AAA PPP EEE (C) V

-

Plant number (see note 1 below) Power Source Equipment Marking PDD Code (where required) Voltage Code (see note 3) 0 - 600V and below AC or DC 1 – 2.4 kV 2 – 4.16 kV 3 – 13.8 kV 4 – 34.5 kV 5 – 69 kV 6 – 115 kV 7 – 230 kV 8 – 380 kV

NN

- Sequence Number

Page 142 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Notes: 1.

Currently, SPEL 3.5 naming convention will allow defining the plant level of the item as it was specified for. For example, if the motor type is defined per Plant level, so the Plant Name can be defined in the motor naming convention. But if the motor type defined per Unit level then only Unit Name can be specified for motor naming convention.

2.

Rated Voltage select list can be customized in SPEL 3.5 in order to use the Voltage code like 0, 1, etc. An example: 600 V 2.4 kV

-

0 1

Use the 10th position in the naming convention for Voltage Code. Do not place the Voltage Code number before the Rated Voltage value in the customized select list. 6.4

Project Wide Parameters Settings (Applicable to all Plant Units) (To be completed by the user if required).

7.

SMARTPLANT ELECTRICAL REFERENCE DATA & DATA DICTIONARY 7.1

SmartPlant Electrical Reference Data 7.1.1

Saudi Aramco Reference Data contains. 

Symbols.



Saudi Aramco template "i.e. E1L and Motor Control Schematics Border Files".



Rule File.



Format File.



Reference Files.

7.1.2

Saudi Aramco Electrical Reference Data shall be used for the creation of all electrical E1L and Motor Control Schematic Drawings, Reports (Load Lists, Cable Schedules etc.).

7.1.3

Any additional symbols, templates, format, report templates, rules, insulation spec, etc… that doesn't exist in the Reference Data and required by the project shall be created after Saudi Aramco's approval. However, Saudi Aramco intention is to use delivered ANSI/ISA standard Reference Data to the maximum extent possible for SPEL creation. Page 143 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

7.2

7.1.4

Arial Font shall be used for all textual elements of the drawing.

7.1.5

A prior approval from Saudi Aramco is required for any modification to the provided Saudi Aramco Reference Data.

7.1.6

The latest Saudi Aramco border files should be used for the SPEL drawings.

Cable Library All new reference cables should be classified below the plant standard Cables Specification. Note: Any of the existing (shipped) reference cables that will be used by the project, should be classified first, below one of the plant standard Cables Specification. It is most recommended to delete the RDE (Reference Data Explorer) cables which will not be in use.

7.3

Equipment Library Typical RDE equipment (if such are used in the project) should be added with their most relevant power data.

7.4

Lookup Tables Equipment Lookup Tables (if such are used in the project), should be added with their relevant data.

7.5

Equipment Profiles Equipment Profiles (if such are used in the project), should be added with their relevant data.

7.6

SmartPlant Electrical Data Dictionary 7.6.1

Data Dictionary Contains  

Data Attributes Select Lists

Notes: System Select Lists should not be altered! Special attention should be given to the numeric value and its units of measure used. No fractional symbols should be used (1/3 hp). Only decimal numbers are permitted (0.33 hp)

Page 144 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

8.

7.6.2

Saudi Aramco Electrical Data Dictionary shall be used for the creation of the electrical deliverables.

7.6.3

Any additional attribute, select list and select list entries that doesn't exist in the Data Dictionary and required by the project shall be created with Saudi Aramco's approval.

SMARTPLANT ELECTRICAL DELIVERABLES 8.1

8.2

Data Clean-up 8.1.1

All temporary drawings, test drawings, test symbols & assemblies, test units, temporary filters, reports etc. shall be removed from the SmartPlant Electrical data before delivery.

8.1.2

All inconsistencies on the Electrical drawings and reports must be resolved before the final delivery. A list of all inconsistencies that can't be resolved shall be submitted along with Saudi Aramco approvals.

8.1.3

Forced recreation must be applied to all the drawings and reports before the final delivery.

8.1.4

SmartPlant Electrical database must be free of any database exceptions and orphan entries. Database Constraint report shall be used to clean all the exceptions.

8.1.5

All the Electrical drawings and reports in SPEL database must be as-build before the final delivery based on the owner's asbuilt requirement.

8.1.6

Contractor must upgrade the SPEL database to the latest approved version by Saudi Aramco that is available at the time of final delivery.

Deliverables 8.2.1

A complete SmartPlant Electrical plant backup before enabling the project, including the Electrical Reference Data (symbols, templates, assemblies, report templates, rules, modified dlls, etc.) used to generate the electrical deliverables shall be delivered.

8.2.2

A complete SmartPlant Electrical plant backup with all data in as-built state, after enabling the project, including the Electrical Reference Data (symbols, templates, assemblies, report Page 145 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

templates, rules, modified dlls, etc.) used to generate the electrical deliverables shall be delivered. 8.2.3

Compliance table highlighting all approved deviations from this specification.

8.2.4

Document specifying customizations carried out in reference data, symbols, data dictionary, formats, rules, and reports along with their approvals.

8.2.5

Any modified source code for all dlls "ItemTag or Validations" that were created for the SmartPlant Electrical project and must highlight the modifications versus delivered code.

8.2.6

A hard copy and PDF file of the following electrical deliverables as generated from SmartPlant Electrical: -

One Line Diagrams Motor Control Schematics Cable Schedules Load List Electrical Equipment List

Page 146 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

9.

ATTACHMENTS Attachment A SPEL Border Title Block:

Page 147 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Title Block: TB Field No

Title Block Field Name

1

PLANT NO

2

INDEX

3 4

DRAWING NUMBER SHT. NO.

5

REV.NO.

6

Location

7 7 7

Drawing Title – Line 1 Drawing Title – Line 2 Drawing Title – Line 3

8

DRAWING TYPE

9

JOB ORDER/EWO NO.

SPEL Field Name

Display Name (Hold)

See SPEL documentati on for title block macros

Area Name (&Plant.name-for Plant or &Area.name.2-for Area) Drawing.DwgIndex (User Defined Field) Drawing.DrawingNumber (&Document.ItemTag) Drawing.Sheet_No (&Sheet.Number) Drawing.Revision (&Revision.RevisionNumber.X) Drawing.LOCATION (User Defined Field) Area Description (User Defined Field) Drawing.Description (&Document.Description) Hard Coded (User Defined Field) Hard Coded (&Document.DocumentType) Drawing. JobOrder_EWONo (User Defined Field)

Dwg Index Drawing Number Sheet No

Revision

Description

JobOrder / EWONo

Revision DATE

Drawing. RevDate (Revision.RevisionDate.X)

Revision Date

10

REVISION DESCRIPTION

Drawing.RevDesc (&Revision.RevisionDescription.X)

Revision Description

Drawing. EngineeringBy (User Defined Field)

Engineering By

Drawing. EngineeringDate (User Defined Field)

Drawing. EngineeringDate

Drawing. CertifiedBy (User Defined Field)

Certified By

Drawing. CertifiedDate (User Defined Field)

Certified Date

11

11

11

Design Certification: ENGG. Design Certification: DATE Design Certification: CERTFIED BY Design Certification: CERTFIED DATE

See SPEL documentati on for title block macros

Location

10

11

Remarks

See SPEL documentati on for title block macros See SPEL documentati on for title block macros

Page 148 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Review: CONST. AGENCY Review: CONST. DATE Review: OPERATIONS Review: OPERATIONS DATE Other: BY Other: DATE

12 12 12 12 13 13

Key Drawings Review: REQUIRED

14

15

DCC Number EMERGENCY DRAWING Drawing Sensitivity

16 17

Drawing File Format Type

18

Drawing.ConstructionAgency (User Defined Field) Drawing.ConstructionAgencyDate (User Defined Field) Drawing.Operations (User Defined Field)

Construction Agency Construction Agency Date Operations

Drawing.OperationsDate (User Defined Field)

Operations Date

Drawing.Other (User Defined Field) Drawing.OtherDate (User Defined Field)

Other OtherDate See SPEL documentati on for title block macros

Hard Coded (&Revision.CreateBy.X; &Revision.CheckBy.X) Drawing.DCC_No (User Defined Field)

Hard Coded (&Document.Path-for Miscellaneous Drawings only)

DCC_No

Use the Document Path property to fill up data manually for Schematics, SLD and Analysis SLD.

REFERENCE DRAWINGS 1

2

5

6

9

10

3

4

7

8

Page 149 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

TB Field No 1 2 3 4 5 6 7 8 9 10

Title Block Field Name Reference Drawing 1_Desc Reference Drawing 1_No Reference Drawing 2_Desc Reference Drawing 2_No Reference Drawing 3_Desc Reference Drawing 3_No Reference Drawing 4_Desc Reference Drawing 4_No Reference Drawing 5_Desc Reference Drawing 5_No

SPEL Field Name

Display Name

RefDwg1_Desc (User Defined Field) RefDwg1_No (User Defined Field) RefDwg2_Desc (User Defined Field) RefDwg2_No (User Defined Field) RefDwg3_Desc (User Defined Field) RefDwg3_No (User Defined Field) RefDwg4_Desc (User Defined Field) RefDwg4_No (User Defined Field) RefDwg5_Desc (User Defined Field) RefDwg5_No (User Defined Field)

Remarks

Reference Drawing Desc 1 Reference Drawing No 1 Reference Drawing Desc 2 Reference Drawing No 2 Reference Drawing Desc 3 Reference Drawing No 3 Reference Drawing Desc 4 Reference Drawing No 4 Reference Drawing Desc 5 Reference Drawing No 5

Note:

TB Field No 23

Title Block Field Name NOTES

SPEL Field Name NOTES_Drawing (User Defined Field)

Display Name

Remarks

NOTES_Drawing

Page 150 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

Attachment B - Check Lists 1.

GENERAL CHECK LIST 1.1

All Equipment, cables and raceways shall be TAGGED.

1.2

The Special character apostrophe 'should not be used to comment values of any attributes with unit of measure, in other words, unitted attribute values should not be commented.

1.3

All applicable data-attributes shall be filled to the fullest extent for all SPEL components such as equipment, cables etc in accordance with SAES.

1.4

Tags and associated data shall be entered in consistent manner as defined by this specification.

1.5

Saudi Aramco abbreviation conventions shall be followed as per SAES.

1.6

Drawing title block entries shall follow section 5 of this standard and the corresponding user-defined attributes shall be as defined in this appendix.

1.7

Use of Item Note & Labels to place dumb text to be minimized. Intelligent labels shall be the default option.

1.8

The naming convention of the new symbols or labels to be similar to the Saudi Aramco customized labels. The symbol name shall be descriptive where it represents the symbol name.

1.9

Electrical Equipment Class and Electrical Equipment Sub Class shall be defined for all the customized symbols.

1.10

SPEL texts like comments etc. shall be placed using Annotations.

1.11

SPEL detail sketches shall be placed as intelligent items or Auxiliary Graphics.

1.12

Nothing shall be placed outside the drawing border.

1.13

There shall be no linked files, other than the approved Saudi Aramco SPEL templates, to all SPEL drawings.

1.14

The forced re-creation of SPEL drawings must fetch the SPEL entities from the database without any loss of information.

Page 151 of 152

Document Responsibility: Engineering Knowledge & Resources Division SAES-A-202 Issue Date: 14 January 2009 Next Planned Update: 14 January 2014 Saudi Aramco Engineering Drawing Preparation

2.

EQUIPMENT CHECK LIST 2.1

Electrical Equipment Class and Electrical Equipment Sub Class should be the selection criteria for placing the equipment.

2.2

Equipment Tag Prefix, Tag Seq Number, Tag Suffix etc to be entered properly for all equipment. Use of space or other characters to overcome the Duplicate Tag situation is not acceptable.

2.3

Equipment label should be standardized. If SPEL doesn't have requisite properties, they shall be added with prior approval. If labels with proper units that are not available in SPEL, same shall be created with the appropriate units.

2.4

Multiple representations should be used in the cases where the equipment is displayed in multiple drawings.

Page 152 of 152