Function:
The DEVICE command allows you to specify a different device type.
Description:
A default output device will normally be set when you enter the application. If you want to change this, you should do so in Monitor using the DEVICE command. A message giving the default output devices for text and graphics is displayed when the application is started up.
You can also query the device type.
No graphics output
Graphics output as normal.
DEVICE TTY
DEVICE NOGRAPHICS

No graphics output
DEVICE GRAPHICS
Graphics output as normal.
>--- DEVice --+--- GRAphics ----.
              |                 |
              |--- NOGraphics --|
              |                 |
              ‘--- TTY ---------+--->
>--- Query DEVice --->

DEVICE
Monitor
DEVICE
.
>--- DEVice --+--- GRAphics ----.
              |                 |
              |--- NOGraphics --|
              |                 |
              ‘--- TTY ---------+--->


EXCHANGE replaces a current DB by a non-current DB.
EXCHANGE replaces a current DB by a non-current DB. The DB names do not need to be listed in a particular order, since the MDB knows which are current and which are non-current, but they must be paired correctly if more than two names are listed.
Assume that an MDB contains the following DBs as shown by a LIST command:
The command
would result in the new configuration
/DESIGN
Current DBS:   PIPING/PIPING-A    PIPING/PIPING-C    MASTER/CATA-D
Deferred DBS:  PIPING/PIPING-B    MASTER/PIPING-E

EXCHANGE PIPING/PIPING-A PIPING/PIPING-B MASTER/PIPING-E MASTER/CATA-D
/DESIGN
Current DBS:    PIPING/PIPING-B   PIPING/PIPING-C    MASTER/PIPING-E
Deferred DBS:   PIPING/PIPING-A   MASTER/CATA-D

CURRENT   DEFER
                    .---------------------.
                   /                      |
>--- EXchange ----*--- dbname - dbname ---+--->

EXCHANGE
EXCHANGE
LIST
dbname
dbname


The FINISH command ends the session and returns to the operating system.
The abbreviated form of this command, FIN, can only be given in Monitor. To leave other modules, you must give the command in full.
>--- FINish --->

FINISH
FIN
Monitor


The LIST command lists most of the available project information.
The LIST command displays most of the project information held in the System Database.
LIST USERS
Lists all the users in the project, with their access level (Free or General), and the Teams they belong to.
LIST TEAMS
Lists all the teams in the project, with the users who are members of the teams and the DBs associated with them.
LIST MDBS
Lists the MDBs in the project, and the current and deferred databases in each MDB.
LIST DBS
Lists all the databases in the project, their types (Design, CATALOGUE etc) and the MDBs which contain them.
LIST EXTERNAL
Lists all the foreign databases in the project.
LIST TYPES
Lists all the database types (Design, CATALOGUE etc) in the project.
LIST COPIES
Displays the names of all DBs which have been copied and the names under which the copies are filed.
LIST MODULES
Displays information about modules in the current project.
LIST FILES
Displays information about the database files in the current project.
LIST SIZES
Lists the sizes (in pages and Mbytes) of all the databases in the project.
LIST MACROS
Lists all the inter-DB macros in the project.
LIST AREA 20
Displays information about databases in area 20. Refer to the Administration User Guide for information about database areas.
LIST MESSAGES
Lists all the user messages in the project.
LIST ALL
Displays all the above information.
WORKING EXTRACTS
List working extracts for specified user name.
AUTHUSERS
Lists NT authorised users.
LIST USERS
Lists all the users in the project, with their access level (Free or General), and the Teams they belong to.
LIST TEAMS
Lists all the teams in the project, with the users who are members of the teams and the DBs associated with them.
LIST MDBS
Lists the MDBs in the project, and the current and deferred databases in each MDB.
LIST DBS
Lists all the databases in the project, their types (Design, CATALOGUE etc) and the MDBs which contain them.
LIST EXTERNAL
Lists all the foreign databases in the project.
LIST TYPES
Lists all the database types (Design, CATALOGUE etc) in the project.
LIST COPIES
Displays the names of all DBs which have been copied and the names under which the copies are filed.
LIST MODULES
Displays information about modules in the current project.
LIST FILES
Displays information about the database files in the current project.
LIST SIZES
Lists the sizes (in pages and Mbytes) of all the databases in the project.
LIST MACROS
Lists all the inter-DB macros in the project.
LIST AREA 20
Displays information about databases in area 20. Refer to the Administration User Guide for information about database areas.
LIST MESSAGES
Lists all the user messages in the project.
LIST ALL
Displays all the above information.
WORKING EXTRACTS
List working extracts for specified user name.
AUTHUSERS
Lists NT authorised users.
If a user has a working extract for a database, then this will be opened instead of the owning database when the user enters a module. for example, if user A has a W.ext, then User A will use it; but User B will use the normal database. Refer to Database and Extracts in the Database Management Reference Manual for further information.
Refer to Using Monitor for examples of output from some of these commands.
LIST USERS
Lists all the users in the project, with their access level (Free or General), and the Teams they belong to.
LIST TEAMS
Lists all the teams in the project, with the users who are members of the teams and the DBs associated with them.
LIST MDBS
Lists the MDBs in the project, and the current and deferred databases in each MDB.
LIST DBS
Lists all the databases in the project, their types (Design, CATALOGUE etc) and the MDBs which contain them.
LIST EXTERNAL
Lists all the foreign databases in the project.
LIST TYPES
Lists all the database types (Design, CATALOGUE etc) in the project.
LIST COPIES
Displays the names of all DBs which have been copied and the names under which the copies are filed.
LIST MODULES
Displays information about modules in the current project.
LIST FILES
Displays information about the database files in the current project.
LIST SIZES
Lists the sizes (in pages and Mbytes) of all the databases in the project.
LIST MACROS
Lists all the inter-DB macros in the project.
LIST AREA 20
Displays information about databases in area 20. Refer to the Administration User Guide for information about database areas.
LIST MESSAGES
Lists all the user messages in the project.
LIST ALL
Displays all the above information.
WORKING EXTRACTS
List working extracts for specified user name.
AUTHUSERS
Lists NT authorised users.
                .------<------------------------------.
               /                                      |
>--- LIst ----*--- USers -----------------------------|
              |                                       |
              |--- TEams -----------------------------|
              |                                       |
              |--- MDBs ------------------------------|
              |                                       |
              |--- DBs -------------------------------|
              |                                       |
              |--- FILES -----------------------------|
              |                                       |
              |--- DBs -------------------------------|
              |                                       |
              |--- EXTernal --------------------------|
              |                                       |
              |--- AREA n ----------------------------|
              |                                       |
              |--- TYpes -----------------------------|
              |                                       |
              |--- SIZe  -----------------------------|
              |                                       |
              |--- COpies ----------------------------|
              |                                       |
              |--- MOdules ---------------------------|
              |                                       |
              |--- MACRos ----------------------------|
              |                                       |
              |--- MESSages --------------------------|
              |                                       |
              |--- Authusers -------------------------|
              |                                       |
              |--- ALL -------------------------------|
              |                                       |
              ‘--- WORKING EXTRACTS -+- FOR USERNAME--|
                                     ‘----------------+--->

Using Monitor
LIST
LIST
Examples
LIST USERS
LIST TEAMS
LIST MDBS
LIST DBS
LIST EXTERNAL
LIST TYPES
LIST COPIES
LIST MODULES
LIST FILES
LIST SIZES
LIST MACROS
LIST AREA 20
Administration User Guide
LIST MESSAGES
LIST ALL
WORKING EXTRACTS
AUTHUSERS
Database and Extracts in the
Using Monitor
                .------<------------------------------.
               /                                      |
>--- LIst ----*--- USers -----------------------------|
              |                                       |
              |--- TEams -----------------------------|
              |                                       |
              |--- MDBs ------------------------------|
              |                                       |
              |--- DBs -------------------------------|
              |                                       |
              |--- FILES -----------------------------|
              |                                       |
              |--- DBs -------------------------------|
              |                                       |
              |--- EXTernal --------------------------|
              |                                       |
              |--- AREA n ----------------------------|
              |                                       |
              |--- TYpes -----------------------------|
              |                                       |
              |--- SIZe  -----------------------------|
              |                                       |
              |--- COpies ----------------------------|
              |                                       |
              |--- MOdules ---------------------------|
              |                                       |
              |--- MACRos ----------------------------|
              |                                       |
              |--- MESSages --------------------------|
              |                                       |
              |--- Authusers -------------------------|
              |                                       |
              |--- ALL -------------------------------|
              |                                       |
              ‘--- WORKING EXTRACTS -+- FOR USERNAME--|
                                     ‘----------------+--->


The MESSAGE command sends a message to other users.
The message will be displayed only to users already in the application when the command is given, and then only when they next change modules. A message consists of text enclosed in quotes, and it can contain several lines of text.
You can specify the destination in several ways, as shown in the examples.
MESSAGE ID '64da-36' 'This is a message'
This message will be sent to the user with the process/host identifier 64da-ws36
MESSAGE USER SAMPLE  ’This is a message’
This message will be sent to the user SAMPLE
MESSAGE TEAM CABLE ’This is a message’
This message will be sent to all members of the CABLE team
MESS ’THE LATEST PIPE ROUTING HAS BEEN APPROVED’
This message will be sent to all users in the project.
MESSAGE ID '64da-36' 'This is a message'

This message will be sent to the user with the process/host identifier 64da-ws36
MESSAGE USER SAMPLE  ’This is a message’

This message will be sent to the user SAMPLE
MESSAGE TEAM CABLE ’This is a message’

This message will be sent to all members of the CABLE team
MESS ’THE LATEST PIPE ROUTING HAS BEEN APPROVED’

This message will be sent to all users in the project.
MESSAGE ID '64da-36' 'This is a message'
This message will be sent to the user with the process/host identifier 64da-ws36
MESSAGE USER SAMPLE  ’This is a message’
This message will be sent to the user SAMPLE
MESSAGE TEAM CABLE ’This is a message’
This message will be sent to all members of the CABLE team
MESS ’THE LATEST PIPE ROUTING HAS BEEN APPROVED’
This message will be sent to all users in the project.
>--- MEssage ----+--- n ------------------.
                 |                        |
                 |--- HOST hostname ------|
                 |                        |
                 |--- ID descript --------|
                 |                        |
                 |--- LOGIN loginid ------|
                 |                        |
                 |--- USer userid --------|
                 |                        |
                 |--- TEam teamid --------|
                 |                        |
                 ‘------------------------+-- text -->

MESSAGE
Examples
>--- MEssage ----+--- n ------------------.
                 |                        |
                 |--- HOST hostname ------|
                 |                        |
                 |--- ID descript --------|
                 |                        |
                 |--- LOGIN loginid ------|
                 |                        |
                 |--- USer userid --------|
                 |                        |
                 |--- TEam teamid --------|
                 |                        |
                 ‘------------------------+-- text -->


The PASSWORD command changes your password.
You can change your password at any time. You may wish to do this if you suspect that an unauthorised user has gained access to your DBs.
where password consists of up to six alphabetic characters.
>--- PASSword password --->
You must take care when typing in the new password, because if you do not type what you think you are typing you will not be able to enter the application again. If this happens, ask your System Administrator to tell you what password you have set.
You must take care when typing in the new password, because if you do not type what you think you are typing you will not be able to enter the application again. If this happens, ask your System Administrator to tell you what password you have set.
You must take care when typing in the new password, because if you do not type what you think you are typing you will not be able to enter the application again. If this happens, ask your System Administrator to tell you what password you have set.
Note:
This command can only be used if your Administrator has granted this capability. You can check this using the command "Q PASSWORDLOCK". If the PASSWORDLOCK is ON, ask your Administrator to change your password for you.

PASSWORD
Note
:
password


The PROJECT command sets the current project.
PROJECT SAM
>--- PROJect --- proj_name --->

Function
PROJECT


The PROTECT command allows you to change your access rights to DBs.
You can temporarily change your access rights to DBs. You can only reduce your access rights from the set state, never increase them. The change will only apply in the current session.
You can only change access rights to the current MDB.
An example of using the PROTECT command is shown below:
User SAMPLE enters Plant and selects the MDB to which he has Read/Write access. This MDB contains two current DBs named PIPING/AREA-A and PIPING/AREA-B. The STATUS command will list the DBs as follows:
SAMPLE changes his access level to the DB /AREA-B to Read-only status by the command:
The STATUS command will now list the DBs as follows:
DB                                TYPE  MODE
PIPING/AREA-A                     DESI  RW
PIPING/AREA-B                     DESI  RW
PROT  PIPING/AREA-B  READ
DB                                TYPE  MODE
PIPING/AREA-A                     DESI  RW
PIPING/AREA-B                     DESI  R

                   .--------------<-----------.
                  /                           |
>--- PROtect ----*--- dbname ---+--- RW ------|
                                |             |
                                |--- Read ----|
                                |             |
                                ‘--- None ----+--->

PROTECT
reduce
STATUS
dbname


The RUN command allows you to run modules which are not available through the normal module-changing commands.
This command should only be used with the advice of AVEVA. See the copyright page at the front of this manual for access to the addresses and telephone numbers of AVEVA offices.
>--- RUN module --->

module


The SET command sets the current team.
Once a team has been set, you can omit the team name when you specify the database name; for example, in a LIST command.
Queries the database PIPING/AREA-A
SET TEAM PIPING Q DB /AREA-A
Queries the database PIPING/AREA-A
SET TEAM PIPING Q DB /AREA-A
Queries the database PIPING/AREA-A
SET TEAM PIPING Q DB /AREA-A
>--- SET TEam teamid --->

SET
LIST
Examples


The STATUS command gives information about your current status and the DBs to which you have access.
The output from the command is shown in the example:
This shows that in the project SAM, a user with identifier SYSTEM is logged in to workstation PC046. Xd0 is a unique identifier based on SAMPLE’s process number. SYSTEM is a member of the 16 teams listed. They have selected an MDB called /SAMPLE. Their current databases are listed.
Project:  SAM
User:     SYSTEM (Xd0-PC046)
Teams:    MASTER SAMPLE DEMO HANGER HVAC PIPE STRUC
       DRAFTADMIN ISOADMIN HSADMIN CATADMIN ADMIN CATS EQUI
       TRAINING PARAGONADMIN
MDB:      /SAMPLE
1  SAMPLE/DESI                                    RW PRIMARY
2  STRUC/ASLTMPL                                  RW PRIMARY
3  STRUC/TEMPLATE                                 RW PRIMARY
4  EQUI/EQUITMPL                                  RW PRIMARY
5  PIPE/ISOD                                      RW PRIMARY
6  SAMPLE/PADD                                    RW PRIMARY
7  ADMIN/PADD                                     RW PRIMARY
8  MASTER/COMP                                     R FOREIGN
9  MASTER/PIPECATA                                 R FOREIGN
10  MASTER/PIPEOLD                                 R FOREIGN
11  MASTER/STLCATA                                 R FOREIGN
12  MASTER/HVACCATA                                R FOREIGN
13  MASTER/SUPPCATA                                R FOREIGN
14  MASTER/EQUICATA                                R FOREIGN
15  MASTER/ASLCATA                                 R FOREIGN
16  MASTER/PADD                                    R FOREIGN
17  MASTER/DICT                                    R FOREIGN
18  MASTER/PROP                                    R FOREIGN
Deferred DBS:
        **NONE**
>--- STATus --->

STATUS


The SYSTAT command gives system status information about the current project.
The SYSTAT command lists all users who are accessing the project, the modules and databases which they are using, and whether they are examining (Read-only status) or modifying (Read/Write status) the database. It also gives the unique identifier, login id and host name for each user.
You list the system status of a given user, module, MDB or host using the commands shown in the syntax graph.
This shows that user SYSTEM is logged in and using the application for work on Project /SAMPLE. The user’s unique identifier is Xd0. The user is using Monitor and not accessing any databases
  PROJECT SAM
=============
User SYSTEM (Xd0-PC046)
Name user.name (user)
Host PC046
Entered 15:27 23 Apr
Module MONITOR
MDB /SAMPLE
DB            MODE
SAMPLE/DESI   R
STRUC/ASLTMPL R
STRUC/TEMPLATE               R
EQUI/EQUITMPL R
PIPE/ISOD     R
SAMPLE/PADD   R
ADMIN/PADD    R
MASTER/COMP   R
MASTER/PIPECATA              R
MASTER/PIPEOLD               R
MASTER/STLCATA               R
MASTER/HVACCATA              R
MASTER/SUPPCATA              R
MASTER/EQUICATA              R
MASTER/ASLCATA               R
MASTER/PADD   R
MASTER/DICT   R
MASTER/PROP   R
 1 user(s) listed
>--- SYStat ---+--- USER _ID     ------.
               |                       |
               |--- NAME ’login_id’ ---|
               |                       |
               |--- HOST ’host_id -----|
               |                       |
               |--- MODUle module -----|
               |                       |
               |--- MDB mdb_name ------|
               |                       |
               ‘-----------------------+--->

SYSTAT
SYSTAT
 PROJECT SAM
=============
User SYSTEM (Xd0-PC046)
Name user.name (user)
Host PC046
Entered 15:27 23 Apr
Module MONITOR
MDB /SAMPLE
DB            MODE
SAMPLE/DESI   R
STRUC/ASLTMPL R
STRUC/TEMPLATE               R
EQUI/EQUITMPL R
PIPE/ISOD     R
SAMPLE/PADD   R
ADMIN/PADD    R
MASTER/COMP   R
MASTER/PIPECATA              R
MASTER/PIPEOLD               R
MASTER/STLCATA               R
MASTER/HVACCATA              R
MASTER/SUPPCATA              R
MASTER/EQUICATA              R
MASTER/ASLCATA               R
MASTER/PADD   R
MASTER/DICT   R
MASTER/PROP   R
 1 user(s) listed
Monitor
_ID
’login_id’
’host_id
module
mdb_name


The USERNAME command specifies a username and password.
Users can be queried if no username is set, but the username must be given before an MDB is set.
USER
SYSTEM/XXXXXX

>--- USERname --- newline --- text --->
Note:
When working in non-graphics mode, it is recommended that you enter the USERNAME command on its own, and you will then be prompted to enter the username and password, which will not be echoed on the screen. Do not follow the command immediately by the username and password, as this may be a security risk.

USERNAME
Note
:
USERNAME


The following is a complete list of those messages specific to the Monitor module that may be output to the terminal (with message number) and message file (with message number suppressed). All such messages will have a message number beginning with 39. Any other messages that may be output are not described here as they are not specific to the Monitor module.
(39,3)
MDB not found
The MDB name referred to does not exist in the current project.
(39,4)
DB not found
The DB name referred to does not exist in the current project.
(39,5)
TEAM not found
The team named does not exist in the current project.
(39,6)
Insufficient status to set this mode
User’s access rights do not allow him to modify the relevant files.
(39,7)
USER not found
The user named is not a member of the specified or current team.
(39,8)
MODULE not found
No runfile for the specified module can be found in the current Project Database. The runfile must be set by the System Administrator using Admin.
(39,11)
DB not current
The DB specified in an EXCHANGE or DEFER command is not current within the MDB.
(39,12)
User number not found
No user is currently logged in under the specified id number.
(39,13)
Resume file not found
No runfile for the specified module can be found in the current Project Database. The runfile must be set by the System Administrator using Admin.
(39,14)
Insufficient status to run module
You do not have access rights to the specified module.
(39,15)
No MDB has been specified
An MDB must be selected before Monitor will transfer control to most other modules or before individual DBs can be made current.
(39,16)
DB is not part of this MDB
The DB referred to is not within the specified MDB, or within the current MDB if none was specified.
(39,17)
DB already current
.
The DB specified in a CURRENT or EXCHANGE command is already current within the MDB.
(39,18)
Filing error - cannot delete macro file
The macro identification number given in a DELETE MACRO command is not valid.
(39,19)
Cannot delete - macro not yet read
The DELETE MACRO command cannot be used until the inter-DB connection macro specified has been read by the recipient team.
(39,20)
Current position out of range
The list position for adding a current DB to an MDB must be in the range 1 to 1000.
(39,21)
There are already 1000 current DBs
A maximum of 1000 DBs are accessible within an MDB at any time. Use the EXCHANGE command to substitute the required DB for one not currently needed.
(39,22)
Actions turned off
The ACTIONS OFF command has been issued.
(39,23)
BATCH command ignored for interactive use
The BATCH command is only valid if entry was made using the batch option.
(39,25)
/* is not a valid MDB
The MDB must be fully specified by name; wildcard characters are not allowed in this context.
(39,36)
User password not changed - passwordLock is on. Please contact the system administrator at location =0/0 to change passwords.
Your Administrator has set the PASSWORDLOCK ON. You may not reset your password in Monitor.
(39,3)
MDB not found

The MDB name referred to does not exist in the current project.
(39,4)
DB not found

The DB name referred to does not exist in the current project.
(39,5)
TEAM not found

The team named does not exist in the current project.
(39,6)
Insufficient status to set this mode

User’s access rights do not allow him to modify the relevant files.
(39,7)
USER not found

The user named is not a member of the specified or current team.
(39,8)
MODULE not found

No runfile for the specified module can be found in the current Project Database. The runfile must be set by the System Administrator using Admin.
(39,11)
DB not current

The DB specified in an EXCHANGE or DEFER command is not current within the MDB.
(39,12)
User number not found

No user is currently logged in under the specified id number.
(39,13)
Resume file not found

No runfile for the specified module can be found in the current Project Database. The runfile must be set by the System Administrator using Admin.
(39,14)
Insufficient status to run module

You do not have access rights to the specified module.
(39,15)
No MDB has been specified

An MDB must be selected before Monitor will transfer control to most other modules or before individual DBs can be made current.
(39,16)
DB is not part of this MDB

The DB referred to is not within the specified MDB, or within the current MDB if none was specified.
(39,17)
DB already current
.
The DB specified in a CURRENT or EXCHANGE command is already current within the MDB.
(39,18)
Filing error - cannot delete macro file

The macro identification number given in a DELETE MACRO command is not valid.
(39,19)
Cannot delete - macro not yet read

The DELETE MACRO command cannot be used until the inter-DB connection macro specified has been read by the recipient team.
(39,20)
Current position out of range

The list position for adding a current DB to an MDB must be in the range 1 to 1000.
(39,21)
There are already 1000 current DBs

A maximum of 1000 DBs are accessible within an MDB at any time. Use the EXCHANGE command to substitute the required DB for one not currently needed.
(39,22)
Actions turned off

The ACTIONS OFF command has been issued.
(39,23)
BATCH command ignored for interactive use

The BATCH command is only valid if entry was made using the batch option.
(39,25)
/* is not a valid MDB

The MDB must be fully specified by name; wildcard characters are not allowed in this context.
(39,36)
User password not changed - passwordLock is on. Please contact the system administrator at location =0/0 to change passwords.

Your Administrator has set the PASSWORDLOCK ON. You may not reset your password in Monitor.

(39,3)
MDB not found
The MDB name referred to does not exist in the current project.
(39,4)
DB not found
The DB name referred to does not exist in the current project.
(39,5)
TEAM not found
The team named does not exist in the current project.
(39,6)
Insufficient status to set this mode
User’s access rights do not allow him to modify the relevant files.
(39,7)
USER not found
The user named is not a member of the specified or current team.
(39,8)
MODULE not found
No runfile for the specified module can be found in the current Project Database. The runfile must be set by the System Administrator using Admin.
(39,11)
DB not current
The DB specified in an EXCHANGE or DEFER command is not current within the MDB.
(39,12)
User number not found
No user is currently logged in under the specified id number.
(39,13)
Resume file not found
No runfile for the specified module can be found in the current Project Database. The runfile must be set by the System Administrator using Admin.
(39,14)
Insufficient status to run module
You do not have access rights to the specified module.
(39,15)
No MDB has been specified
An MDB must be selected before Monitor will transfer control to most other modules or before individual DBs can be made current.
(39,16)
DB is not part of this MDB
The DB referred to is not within the specified MDB, or within the current MDB if none was specified.
(39,17)
DB already current
.
The DB specified in a CURRENT or EXCHANGE command is already current within the MDB.
(39,18)
Filing error - cannot delete macro file
The macro identification number given in a DELETE MACRO command is not valid.
(39,19)
Cannot delete - macro not yet read
The DELETE MACRO command cannot be used until the inter-DB connection macro specified has been read by the recipient team.
(39,20)
Current position out of range
The list position for adding a current DB to an MDB must be in the range 1 to 1000.
(39,21)
There are already 1000 current DBs
A maximum of 1000 DBs are accessible within an MDB at any time. Use the EXCHANGE command to substitute the required DB for one not currently needed.
(39,22)
Actions turned off
The ACTIONS OFF command has been issued.
(39,23)
BATCH command ignored for interactive use
The BATCH command is only valid if entry was made using the batch option.
(39,25)
/* is not a valid MDB
The MDB must be fully specified by name; wildcard characters are not allowed in this context.
(39,36)
User password not changed - passwordLock is on. Please contact the system administrator at location =0/0 to change passwords.
Your Administrator has set the PASSWORDLOCK ON. You may not reset your password in Monitor.

Monitor
Monitor
(39,3)
MDB not found
(39,4)
DB not found
(39,5)
TEAM not found
(39,6)
Insufficient status to set this mode
(39,7)
USER not found
(39,8)
MODULE not found
Admin
(39,11)
DB not current
EXCHANGE
DEFER
(39,12)
User number not found
(39,13)
Resume file not found
Admin
(39,14)
Insufficient status to run module
(39,15)
No MDB has been specified
Monitor
(39,16)
DB is not part of this MDB
(39,17)
DB already current
CURRENT
EXCHANGE
(39,18)
Filing error - cannot delete macro file
DELETE MACRO
(39,19)
Cannot delete - macro not yet read
DELETE MACRO
(39,20)
Current position out of range
(39,21)
There are already 1000 current DBs
EXCHANGE
(39,22)
Actions turned off
ACTIONS OFF
(39,23)
BATCH command ignored for interactive use
BATCH
(39,25)
/* is not a valid MDB
(39,36)
User password not changed - passwordLock is on. Please contact the system administrator at location =0/0 to change passwords.


The following menu maps shows the options available from the main Monitor menu bar.
The environment variable PDMSLOGOPT can be set to any or all of these settings to get more info or recorded into the file pointed at by PDMSL0G. Some of this is available in 10.5Call in 11.1 onwards.
SLOT - Records which 'slot' each user gets in the Comms DB (This 'slot' info is what comes out in the 'sys' command and the slot is what PDMS uses to try and work out who has things claimed^ in use etcj
COMMDB - When queuing for access to Comms Dbito get your slot)
MISCDB - When queuing for access to Misc Dbifor messagesCinter-db macros)
MDB - Records selection of an MDB in Monitor or MDB mode
WRITER] Records if, with write access to an UPDATE db, the db itself thinks there was someone else writing to it, This could be useful info if updates are lost or people suspect 2 writersD. You could probably deliberately cause this with one writer, then 'mv' ing the file irix and going to 2nd writer. The 1st writer may later have a Dab crashI
MODSW - Records which module going to nextDCould be used to see how often certain modules are used.
EXPUNGE - Records info of who is being expunged from which slot when
EXPUNGE command usedCor auto] expunged.
CORE - More for developers - forces a core to be dumped even if the program would not normally do soDYou also get a core if any TRACE flag is set (can just do $r23+ by itself.)
Set any combination, no space neededibut are allowed.) for example,,
set PDMSLOGOPT=SLOTEXPUNGEMODSW
set PDMSLOGOPT=COMMDB MISCDB WRITER

Monitor


The following list of the symbol key (i.e. the SKEY text attribute) and the plotted symbol used to identify each type of component on isometric drawings. There is a section for each generic type. The sections are in alphabetic order of generic type:
BEND (refer to ELBOw)
Refer to ELBO or BEND Symbol Keys.
CAP
Refer to CAP Symbol Keys.
CLOSure
Refer to CLOS Symbol Keys.
COUPling
Refer to COUP Symbol Keys.
CROSs
Refer to CROS Symbol Keys.
ELBOw
Refer to ELBO or BEND Symbol Keys.
FBLInd (Blind Flange)
Refer to FBLI Symbol Keys.
FILTer
Refer to FILT Symbol Keys.
FLANge
Refer to FLAN Symbol Keys.
FTUBe (Fixed-length
Tube)
Refer to FTUB Symbol Keys.
INSTrument
Refer to INST Symbol Keys.
LJSEnd (Lap Joint, Stub End)
Refer to LJSE Symbol Keys.
OLET (refer to TEE)
Refer to TEE or OLET Symbol Keys.
PCOMponent
(Pipe Component)
Refer to PCOM Symbol Keys
REDUcer
Refer to REDU Symbol Keys.
SHU
Refer to SHU Symbol Keys.
TEE
Refer to TEE or OLET Symbol Keys.
TRAP
Refer to TRAP Symbol Keys.
UNIOn
Refer to UNIO Symbol Keys.
UNIVersal
Refer to UNIVERSAL Symbol Key.
VALVe
Refer to VALV Symbol Keys.
VENT
Refer to VENT Symbol Keys.
VFWAy (Four-way Valve)
Refer to VFWA Symbol Keys.
VTWAy (Three-way valve)
Refer to VTWA Symbol Keys.
WELD
Refer to WELD Symbol Keys.
FLOR (Pipe through floor)
Refer to Floor Penetration ATTA Symbol.
BEND (refer to ELBOw)
Refer to ELBO or BEND Symbol Keys.
CAP
Refer to CAP Symbol Keys.
CLOSure
Refer to CLOS Symbol Keys.
COUPling
Refer to COUP Symbol Keys.
CROSs
Refer to CROS Symbol Keys.
ELBOw
Refer to ELBO or BEND Symbol Keys.
FBLInd (Blind Flange)
Refer to FBLI Symbol Keys.
FILTer
Refer to FILT Symbol Keys.
FLANge
Refer to FLAN Symbol Keys.
FTUBe (Fixed-length
Tube)
Refer to FTUB Symbol Keys.
INSTrument
Refer to INST Symbol Keys.
LJSEnd (Lap Joint, Stub End)
Refer to LJSE Symbol Keys.
OLET (refer to TEE)
Refer to TEE or OLET Symbol Keys.
PCOMponent
(Pipe Component)
Refer to PCOM Symbol Keys
REDUcer
Refer to REDU Symbol Keys.
SHU
Refer to SHU Symbol Keys.
TEE
Refer to TEE or OLET Symbol Keys.
TRAP
Refer to TRAP Symbol Keys.
UNIOn
Refer to UNIO Symbol Keys.
UNIVersal
Refer to UNIVERSAL Symbol Key.
VALVe
Refer to VALV Symbol Keys.
VENT
Refer to VENT Symbol Keys.
VFWAy (Four-way Valve)
Refer to VFWA Symbol Keys.
VTWAy (Three-way valve)
Refer to VTWA Symbol Keys.
WELD
Refer to WELD Symbol Keys.
FLOR (Pipe through floor)
Refer to Floor Penetration ATTA Symbol.
Symbol Key Reference Index is an alphabetical list of symbol keys cross-referenced to the generic types of the components to which they refer. The following information is given for each SKEY:
Component description
The actual component description
SKEY
A four-letter identifier
Plotted symbol
The symbol plotted on isometrics, plus dimensions (in mm)
P-points
The position and direction of the P-points with respect to the plotted symbol. P-points needed to specify components fully are shown against the symbols. P-points which are optional are not shown, but their effects are explained in the notes when appropriate.
Notes
The numbers in the right-hand column refer to the notes at the end of each section.
Component description
The actual component description
SKEY
A four-letter identifier
Plotted symbol
The symbol plotted on isometrics, plus dimensions (in mm)
P-points
The position and direction of the P-points with respect to the plotted symbol. P-points needed to specify components fully are shown against the symbols. P-points which are optional are not shown, but their effects are explained in the notes when appropriate.
Notes
The numbers in the right-hand column refer to the notes at the end of each section.
P-points
When defining piping components in PARAGON, the user must remember the following rules so that ISODRAFT can produce isometrics correctly:
BEND (refer to ELBOw)
Refer to ELBO or BEND Symbol Keys.
CAP
Refer to CAP Symbol Keys.
CLOSure
Refer to CLOS Symbol Keys.
COUPling
Refer to COUP Symbol Keys.
CROSs
Refer to CROS Symbol Keys.
ELBOw
Refer to ELBO or BEND Symbol Keys.
FBLInd (Blind Flange)
Refer to FBLI Symbol Keys.
FILTer
Refer to FILT Symbol Keys.
FLANge
Refer to FLAN Symbol Keys.
FTUBe (Fixed-length
Tube)
Refer to FTUB Symbol Keys.
INSTrument
Refer to INST Symbol Keys.
LJSEnd (Lap Joint, Stub End)
Refer to LJSE Symbol Keys.
OLET (refer to TEE)
Refer to TEE or OLET Symbol Keys.
PCOMponent
(Pipe Component)
Refer to PCOM Symbol Keys
REDUcer
Refer to REDU Symbol Keys.
SHU
Refer to SHU Symbol Keys.
TEE
Refer to TEE or OLET Symbol Keys.
TRAP
Refer to TRAP Symbol Keys.
UNIOn
Refer to UNIO Symbol Keys.
UNIVersal
Refer to UNIVERSAL Symbol Key.
VALVe
Refer to VALV Symbol Keys.
VENT
Refer to VENT Symbol Keys.
VFWAy (Four-way Valve)
Refer to VFWA Symbol Keys.
VTWAy (Three-way valve)
Refer to VTWA Symbol Keys.
WELD
Refer to WELD Symbol Keys.
FLOR (Pipe through floor)
Refer to Floor Penetration ATTA Symbol.
Component description
The actual component description
SKEY
A four-letter identifier
Plotted symbol
The symbol plotted on isometrics, plus dimensions (in mm)
P-points
The position and direction of the P-points with respect to the plotted symbol. P-points needed to specify components fully are shown against the symbols. P-points which are optional are not shown, but their effects are explained in the notes when appropriate.
Notes
The numbers in the right-hand column refer to the notes at the end of each section.
P0 is automatically set and defines the origin of the component.
For two-way components, the arrive and leave p-points must be numbered P1 and P2 (not necessarily in that order). For two-way valves, the spindle direction must be indicated by P3.
For three-way components, the offline leg must be indicated by P3. The spindle direction for three-way valves must be specified by using a p-point greater than P3, which must have its bore unset.
For four-way components, the two straight-through flows must have p-points P1/P2 and P3/P4. The spindle direction for four-way valves must be specified by using a p-point greater than P4, which must have its bore unset.
For eccentric reducers without a connection point, the flat side must be indicated by P3. Eccentric reducers with a connection point must use P3, with a valid bore set, to indicate the connection point and must use P9, with bore unset, for orientation of the flat side.
For U-bends (defined as bends of more than 135 degrees), the p-points must be set as shown for each symbol.
P0 is automatically set and defines the origin of the component.
P0 is automatically set and defines the origin of the component.
For two-way components, the arrive and leave p-points must be numbered P1 and P2 (not necessarily in that order). For two-way valves, the spindle direction must be indicated by P3.
For two-way components, the arrive and leave p-points must be numbered P1 and P2 (not necessarily in that order). For two-way valves, the spindle direction must be indicated by P3.
For three-way components, the offline leg must be indicated by P3. The spindle direction for three-way valves must be specified by using a p-point greater than P3, which must have its bore unset.
For three-way components, the offline leg must be indicated by P3. The spindle direction for three-way valves must be specified by using a p-point greater than P3, which must have its bore unset.
For four-way components, the two straight-through flows must have p-points P1/P2 and P3/P4. The spindle direction for four-way valves must be specified by using a p-point greater than P4, which must have its bore unset.
For four-way components, the two straight-through flows must have p-points P1/P2 and P3/P4. The spindle direction for four-way valves must be specified by using a p-point greater than P4, which must have its bore unset.
For eccentric reducers without a connection point, the flat side must be indicated by P3. Eccentric reducers with a connection point must use P3, with a valid bore set, to indicate the connection point and must use P9, with bore unset, for orientation of the flat side.
For eccentric reducers without a connection point, the flat side must be indicated by P3. Eccentric reducers with a connection point must use P3, with a valid bore set, to indicate the connection point and must use P9, with bore unset, for orientation of the flat side.
For U-bends (defined as bends of more than 135 degrees), the p-points must be set as shown for each symbol.
For U-bends (defined as bends of more than 135 degrees), the p-points must be set as shown for each symbol.
Note: How to define symbol keys is described in Symbol Keys, of the ISODRAFT User Guide.

ELBO or BEND Symbol Keys
CAP Symbol Keys
CLOS Symbol Keys
COUP Symbol Keys
CROS Symbol Keys
ELBO or BEND Symbol Keys
FBLI Symbol Keys
FILT Symbol Keys
FLAN Symbol Keys
FTUB Symbol Keys
INST Symbol Keys
LJSE Symbol Keys
TEE or OLET Symbol Keys
PCOM Symbol Keys
REDU Symbol Keys
SHU Symbol Keys
TEE or OLET Symbol Keys
TRAP Symbol Keys
UNIO Symbol Keys
UNIVERSAL Symbol Key
VALV Symbol Keys
VENT Symbol Keys
VFWA Symbol Keys
VTWA Symbol Keys
WELD Symbol Keys
Floor Penetration ATTA Symbol
Symbol Key Reference Index
Note
:
Symbol Keys
symbol key
plotted symbol
generic type
ELBO or BEND Symbol Keys
CAP Symbol Keys
CLOS Symbol Keys
COUP Symbol Keys
CROS Symbol Keys
ELBO or BEND Symbol Keys
FBLI Symbol Keys
FILT Symbol Keys
FLAN Symbol Keys
FTUB Symbol Keys
INST Symbol Keys
LJSE Symbol Keys
TEE or OLET Symbol Keys
PCOM Symbol Keys
REDU Symbol Keys
SHU Symbol Keys
TEE or OLET Symbol Keys
TRAP Symbol Keys
UNIO Symbol Keys
UNIVERSAL Symbol Key
VALV Symbol Keys
VENT Symbol Keys
VFWA Symbol Keys
VTWA Symbol Keys
WELD Symbol Keys
Floor Penetration ATTA Symbol
Symbol Key Reference Index
optional
origin
two-way components
two-way valves
three-way components
three-way valves
four-way components
four-way valves
eccentric reducers without a connection point
Eccentric reducers with a connection point
U-bends


Cap - Butt Weld
KABW

1
Cap -
Compression
KACP

1
Cap - Screwed
KASC

1
Cap - Socket Weld
KASW

Note:
1
The p-point configurations refer only to Caps used solely for blanking and are positioned on the axis of the appropriate face (depending on type). Caps with different p-point configurations, such as ‘flipped’ Caps (where P1 is Pleave and P2 is Parrive) or Caps used as Reducers, can result in incorrect output.
1
The p-point configurations refer only to Caps used solely for blanking and are positioned on the axis of the appropriate face (depending on type). Caps with different p-point configurations, such as ‘flipped’ Caps (where P1 is Pleave and P2 is Parrive) or Caps used as Reducers, can result in incorrect output.

Component Description
SKEY
Plotted Symbol
P-points
Note
Cap - Butt Weld
KABW
1
Cap -
Compression
KACP
1
Cap - Screwed
KASC
1
Cap - Socket Weld
KASW
1
The p-point configurations refer only to Caps used solely for blanking and are positioned on the axis of the appropriate face (depending on type). Caps with different p-point configurations, such as ‘flipped’ Caps (where P1 is Pleave and P2 is Parrive) or Caps used as Reducers, can result in incorrect output.

Component Description
SKEY
Plotted Symbol
P-points
Note


Pipe Block
Fixed Length
PF

Pipe Block
Variable Length
PV

Component Description
SKEY
Plotted Symbol
P-points
Note
Pipe Block
Fixed Length
PF
Pipe Block
Variable Length
PV

Note


Nipple - Screwed
NRSC

Nipple - Screwed
NBSC

Coupling -
Compression
COCP

Coupling - Screwed
COSC

Coupling - Socket
Weld
COSW

Half Coupling
- Screwed
CFSC

Half Coupling
- Socket Weld
CFSW

Butt Weld Elbolet
CEBW

1
Socket Weld Elbolet
CESW

1
Screwed Elbolet
CESC

1
Centre Flange
CPCF

Watertight bulkhead and deck
CPWP

Welded sleeve thru pipe
CPWT

Welded sleeve and pipe
CPWW

Note:
1
The dimensions of these components depend upon plotted leg length. The default plotted leg length is 9mm, but the user can set this to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
1
The dimensions of these components depend upon plotted leg length. The default plotted leg length is 9mm, but the user can set this to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.

Component Description
SKEY
Plotted Symbol
P-points
Note
Nipple - Screwed
NRSC
Nipple - Screwed
NBSC
Coupling -
Compression
COCP
Coupling - Screwed
COSC
Coupling - Socket
Weld
COSW
Half Coupling
- Screwed
CFSC
Half Coupling
- Socket Weld
CFSW
Butt Weld Elbolet
CEBW
1
Socket Weld Elbolet
CESW
1
Screwed Elbolet
CESC
1
Centre Flange
CPCF
Watertight bulkhead and deck
CPWP
Welded sleeve thru pipe
CPWT
Welded sleeve and pipe
CPWW
1
The dimensions of these components depend upon plotted leg length. The default plotted leg length is 9mm, but the user can set this to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.

Note


Cross - Butt Weld
CRBW

2
Cross - Socket Weld
CRSW

2
Cross - Compression
CRCP

2
Cross - Flanged
CRFL

2
Cross - Screwed
CRSC

2
Cross - Set on
CRSO

1, 2
Cross - Set on
Reinforced
CRRF

1,2
Cross - Generic Y-
type with variable angle out- and off- legs
X@**

3,4,5
Note:
1
The positions of P3 and P4 along the vertical axis are important for deriving correct cut pipe lengths. The vertical displacements of P3 and P4 are determined by the points at which the offline legs intersect the main line. P0, P1, P2, P3 and P4 will be coincident when the offline leg has the same bore as the main line.
2
The dimensions of all Cross components depend upon plotted leg length. The default plotted leg length is 9mm, but the user can set this to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
3
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
4
The @ character in the symbol key is replaced automatically by an integer in the range 1 to 4, depending on the relative bore size of the connections, with 1 assigned to the largest bore. It is important to note the bore size if redefining the SKEYS for X1**, X2**, X3** or X4**.
5
Flanged connections on generic Y-type fittings are represented on the isometric on the tube only. This is due to the fact that the y-type fitting is user-definable and flanged representation on the component cannot be enforced. ELBO or BEND Symbol Keys
1
The positions of P3 and P4 along the vertical axis are important for deriving correct cut pipe lengths. The vertical displacements of P3 and P4 are determined by the points at which the offline legs intersect the main line. P0, P1, P2, P3 and P4 will be coincident when the offline leg has the same bore as the main line.
2
The dimensions of all Cross components depend upon plotted leg length. The default plotted leg length is 9mm, but the user can set this to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
3
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
4
The @ character in the symbol key is replaced automatically by an integer in the range 1 to 4, depending on the relative bore size of the connections, with 1 assigned to the largest bore. It is important to note the bore size if redefining the SKEYS for X1**, X2**, X3** or X4**.
5
Flanged connections on generic Y-type fittings are represented on the isometric on the tube only. This is due to the fact that the y-type fitting is user-definable and flanged representation on the component cannot be enforced. ELBO or BEND Symbol Keys

Component Description
SKEY
Plotted Symbol
P-points
Note
Cross - Butt Weld
CRBW
2
Cross - Socket Weld
CRSW
2
Cross - Compression
CRCP
2
Cross - Flanged
CRFL
2
Cross - Screwed
CRSC
2
Cross - Set on
CRSO
1, 2
Cross - Set on
Reinforced
CRRF
1,2
Cross - Generic Y-
type with variable angle out- and off- legs
X@**
3,4,5
1
The positions of P3 and P4 along the vertical axis are important for deriving correct cut pipe lengths. The vertical displacements of P3 and P4 are determined by the points at which the offline legs intersect the main line. P0, P1, P2, P3 and P4 will be coincident when the offline leg has the same bore as the main line.
2
The dimensions of all Cross components depend upon plotted leg length. The default plotted leg length is 9mm, but the user can set this to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
3
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
4
The @ character in the symbol key is replaced automatically by an integer in the range 1 to 4, depending on the relative bore size of the connections, with 1 assigned to the largest bore. It is important to note the bore size if redefining the SKEYS for X1**, X2**, X3** or X4**.
5
Flanged connections on generic Y-type fittings are represented on the isometric on the tube only. This is due to the fact that the y-type fitting is user-definable and flanged representation on the component cannot be enforced. ELBO or BEND Symbol Keys

Component Description
SKEY
Plotted Symbol
P-points
Note
Note


Elbow - Butt Weld (90 and 45 degree)
ELBW

1,9
Elbow - Butt Weld with a Connection (90 and 45 degree)
ETBW

1,5,9
Elbow - Butt Weld 180 degree Return (U Elbow)
EUBW

2,9
Elbow Compression (90 and 45 degree)
ELCP

1,9
Elbow Compression with a Connection (90 and 45 degree)
ETCP

1,5,9
Elbow - Screwed with Male Ends (90 and 45 degree)
EBSC

1,9
Elbow - Screwed with Female Ends (90 and 45 degrees)
ELSC

1,9
Elbow - Screwed - Female with a Connection (90 and 45 degree)
ETSC

1,5,9
Elbow - Socket Weld
ELSW

1,9
Elbow - Socket Weld with a Connection
ETSW

1,5,9
Elbow - Reducing
ER**

1,6
Bend - Flanged (all angles)
BEFL

1,9
Bend - Flanged with a Connection (all angles)
BTFL

1,5,9
Bend - Flanged 180 degree Return (U Bend)
BUFL

2,9
Bend - Mitre
MIFL

1,9
Flanged Bend - Mitre with a Connection Flanged
MTFL

1,5,9
Bend - Mitre
MIBW

1,7,9
Bend - Mitre
MIPL

1,8,9
Butt Weld Bend - Mitre with a Connection
MTBW

1,5, 9
Butt Weld Bend - Mitre with a Connection
MTPL

1,5,9
Bend - Lobster Back Flanged
L@FL

1,3,9
Bend - Lobster Back with a Connection Flanged
T@FL

1,3,5,9
Bend - Lobster Back Butt Weld
L@BW

1,3,9
Lobster Back Bend
L@PL

1,3,8,9
Bend - Lobster Back with a Connection
T@BW

1,3,5,9
Bend - Lobster Back with a Connection
T@PL

1,3,5,9
Bend - Pulled (All Angles)
PB+D

1,4,9
Bend - Pulled 180 degree Return (U Bend)
BU+D

2,4,9
Bend - Pulled with a Connection (All Angles)
TB+D

1,4,5,9
Note:
1
Generic types ELBO and BEND have a connection reference to facilitate connections to the elbow or bend. ISODRAFT will always treat an elbow or bend as having an offline leg if it has a P3 with a bore greater than zero. Care is needed when selecting a symbol key and point set in order to achieve the required results.
2
To use this symbol, the p-points must be arranged as shown in the following diagram and P3 should not have its bore set.
3
Replace the @ character in the symbol key with an integer (1 to 9) denoting the number of segments.
4
Replace the + character in the symbol key with an integer (1 to 9) denoting the ratio of the bend radius to the pipe bore.
5
The p-point for the offline connection (P3) can be positioned anywhere along the horizontal (P1) axis that suits the specific component design.
6
Reducing elbows can have any of the end types BW, CP, FL, SC, or SW, but not PL.
7
This type of component is treated as a fitting in the material list.
8
This type of component is treated as tube in the material list.
9
The dimensions of all Elbow and Bend components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
1
Generic types ELBO and BEND have a connection reference to facilitate connections to the elbow or bend. ISODRAFT will always treat an elbow or bend as having an offline leg if it has a P3 with a bore greater than zero. Care is needed when selecting a symbol key and point set in order to achieve the required results.
2
To use this symbol, the p-points must be arranged as shown in the following diagram and P3 should not have its bore set.

3
Replace the @ character in the symbol key with an integer (1 to 9) denoting the number of segments.
4
Replace the + character in the symbol key with an integer (1 to 9) denoting the ratio of the bend radius to the pipe bore.
5
The p-point for the offline connection (P3) can be positioned anywhere along the horizontal (P1) axis that suits the specific component design.
6
Reducing elbows can have any of the end types BW, CP, FL, SC, or SW, but not PL.
7
This type of component is treated as a fitting in the material list.
8
This type of component is treated as tube in the material list.
9
The dimensions of all Elbow and Bend components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.

Component Description
SKEY
Plotted Symbol
P-points
Note
Elbow - Butt Weld (90 and 45 degree)
ELBW
1,9
Elbow - Butt Weld with a Connection (90 and 45 degree)
ETBW
1,5,9
Elbow - Butt Weld 180 degree Return (U Elbow)
EUBW
2,9
Elbow Compression (90 and 45 degree)
ELCP
1,9
Elbow Compression with a Connection (90 and 45 degree)
ETCP
1,5,9
Elbow - Screwed with Male Ends (90 and 45 degree)
EBSC
1,9
Elbow - Screwed with Female Ends (90 and 45 degrees)
ELSC
1,9
Elbow - Screwed - Female with a Connection (90 and 45 degree)
ETSC
1,5,9
Elbow - Socket Weld
ELSW
1,9
Elbow - Socket Weld with a Connection
ETSW
1,5,9
Elbow - Reducing
ER**
1,6
Bend - Flanged (all angles)
BEFL
1,9
Bend - Flanged with a Connection (all angles)
BTFL
1,5,9
Bend - Flanged 180 degree Return (U Bend)
BUFL
2,9
Bend - Mitre
MIFL
1,9
Flanged Bend - Mitre with a Connection Flanged
MTFL
1,5,9
Bend - Mitre
MIBW
1,7,9
Bend - Mitre
MIPL
1,8,9
Butt Weld Bend - Mitre with a Connection
MTBW
1,5, 9
Butt Weld Bend - Mitre with a Connection
MTPL
1,5,9
Bend - Lobster Back Flanged
L@FL
1,3,9
Bend - Lobster Back with a Connection Flanged
T@FL
1,3,5,9
Bend - Lobster Back Butt Weld
L@BW
1,3,9
Lobster Back Bend
L@PL
1,3,8,9
Bend - Lobster Back with a Connection
T@BW
1,3,5,9
Bend - Lobster Back with a Connection
T@PL
1,3,5,9
Bend - Pulled (All Angles)
PB+D
1,4,9
Bend - Pulled 180 degree Return (U Bend)
BU+D
2,4,9
Bend - Pulled with a Connection (All Angles)
TB+D
1,4,5,9
1
Generic types ELBO and BEND have a connection reference to facilitate connections to the elbow or bend. ISODRAFT will always treat an elbow or bend as having an offline leg if it has a P3 with a bore greater than zero. Care is needed when selecting a symbol key and point set in order to achieve the required results.
2
To use this symbol, the p-points must be arranged as shown in the following diagram and P3 should not have its bore set.
3
Replace the @ character in the symbol key with an integer (1 to 9) denoting the number of segments.
4
Replace the + character in the symbol key with an integer (1 to 9) denoting the ratio of the bend radius to the pipe bore.
5
The p-point for the offline connection (P3) can be positioned anywhere along the horizontal (P1) axis that suits the specific component design.
6
Reducing elbows can have any of the end types BW, CP, FL, SC, or SW, but not PL.
7
This type of component is treated as a fitting in the material list.
8
This type of component is treated as tube in the material list.
9
The dimensions of all Elbow and Bend components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.

Note


Flange - Blind
FLBL

Flange - Reducing Concentric
FLRC

1
Flange - Reducing Eccentric
FLRE

1,2
Note:
1
Reducing flanges will have clarifying text plotted on the isometric drawing to highlight their presence.
2
P3 is used only for orientation and will have its bore unset.
1
Reducing flanges will have clarifying text plotted on the isometric drawing to highlight their presence.
2
P3 is used only for orientation and will have its bore unset.

Component Description
SKEY
Plotted Symbol
P-points
Note
Flange - Blind
FLBL
Flange - Reducing Concentric
FLRC
1
Flange - Reducing Eccentric
FLRE
1,2
1
Reducing flanges will have clarifying text plotted on the isometric drawing to highlight their presence.
2
P3 is used only for orientation and will have its bore unset.

Component Description
SKEY
Plotted Symbol
P-points
Note


Filter/Strainer -
Straight Through
FI**

1
Filter/Strainer - Angle
FA**

1,2
Filter/Strainer - Offset
FO**

1,3,5
Filter/Strainer -
Return
FR**

1,4
'Y'-type Filter/ Strainer
FY**

1
Notes:
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note:That the horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: P3 is used only for orientation purposes and will have its bore unset. The horizontal offset may be zero; i.e. P0 and P1(and similarly P2 and P3) may be coincident
5
Generic type FILT has a connection reference to facilitate connections to reducers. If the connection facility is not being used, then an eccentric reducer will have a p-arrive, a p-leave, and a P3 to orientate the flat side. In this case, the P3 should not have a bore. In this case, the P3 should not have a bore.
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:

3
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note:That the horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
5
Generic type FILT has a connection reference to facilitate connections to reducers. If the connection facility is not being used, then an eccentric reducer will have a p-arrive, a p-leave, and a P3 to orientate the flat side. In this case, the P3 should not have a bore. In this case, the P3 should not have a bore.

Component Description
SKEY
Plotted Symbol
P-points
Note
Filter/Strainer -
Straight Through
FI**
1
Filter/Strainer - Angle
FA**
1,2
Filter/Strainer - Offset
FO**
1,3,5
Filter/Strainer -
Return
FR**
1,4
'Y'-type Filter/ Strainer
FY**
1
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note:That the horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: P3 is used only for orientation purposes and will have its bore unset. The horizontal offset may be zero; i.e. P0 and P1(and similarly P2 and P3) may be coincident
5
Generic type FILT has a connection reference to facilitate connections to reducers. If the connection facility is not being used, then an eccentric reducer will have a p-arrive, a p-leave, and a P3 to orientate the flat side. In this case, the P3 should not have a bore. In this case, the P3 should not have a bore.
Note: P3 is used only for orientation purposes and will have its bore unset. The horizontal offset may be zero; i.e. P0 and P1(and similarly P2 and P3) may be coincident

Component Description
SKEY
Plotted Symbol
P-points
Notes
Note:
Note
:


Component Description
SKEY
Plotted Symbol
P-points
Note
Flange - Blind
FLBL
Flange -Flared/Loose Backing
FLFL
1
Flange - Backing
FLLB
2
Flange - Reducing Concentric
FLRC
3
Flange - Reducing Eccentric
FLRE
3
Flange - Screwed
FLSC
Flange - Slip On
FLSO
Flange - Slip On with ‘J’ Type Weld
FLSJ
1
Flange - Orifice Slip On
FOSO
4
Flange - Socket Weld
FLSW
Flange - Weld Neck
FLWN
Flange - Orifice Weld Neck
FOWN
4
Component Description
SKEY
Plotted Symbol
P-points
Note
Flange - Blind
FLBL

Flange -Flared/Loose Backing
FLFL

1
Flange - Backing
FLLB

2
Flange - Reducing Concentric
FLRC

3
Flange - Reducing Eccentric
FLRE

3
Flange - Screwed
FLSC

Flange - Slip On
FLSO

Flange - Slip On with ‘J’ Type Weld
FLSJ

1
Flange - Orifice Slip On
FOSO

4
Flange - Socket Weld
FLSW

Flange - Weld Neck
FLWN

Flange - Orifice Weld Neck
FOWN

4
Notes:
1
To allow for the amount of pipe that normally passes through the component before cutting or grinding off, a cutting allowance is included if the LOOSE attribute of the flange is set to TRUE. This allowance is determined by the value of the ALLO attribute, if set. If the ALLO attribute is not set (or set to zero), the allowance will default to 150mm. However, this default value can be altered by the LOOSEFLANGEALLOWANCE command.
2
The system used by previous version of the software (using ‘intuitive’ P3 points) is still supported.
3
To be used in conjunction with LJSE symbols FLRG or FLSE
4
Reducing flanges will have clarifying text plotted on the isometric drawing to highlight their presence.
5
Orifice flanges will have clarifying text plotted on the isometric drawing to highlight their presence.
1
To allow for the amount of pipe that normally passes through the component before cutting or grinding off, a cutting allowance is included if the LOOSE attribute of the flange is set to TRUE. This allowance is determined by the value of the ALLO attribute, if set. If the ALLO attribute is not set (or set to zero), the allowance will default to 150mm. However, this default value can be altered by the LOOSEFLANGEALLOWANCE command.
2
The system used by previous version of the software (using ‘intuitive’ P3 points) is still supported.
3
To be used in conjunction with LJSE symbols FLRG or FLSE
4
Reducing flanges will have clarifying text plotted on the isometric drawing to highlight their presence.
5
Orifice flanges will have clarifying text plotted on the isometric drawing to highlight their presence.

Component Description
SKEY
Plotted Symbol
P-points
Note
Flange - Blind
FLBL
Flange -Flared/Loose Backing
FLFL
1
Flange - Backing
FLLB
2
Flange - Reducing Concentric
FLRC
3
Flange - Reducing Eccentric
FLRE
3
Flange - Screwed
FLSC
Flange - Slip On
FLSO
Flange - Slip On with ‘J’ Type Weld
FLSJ
1
Flange - Orifice Slip On
FOSO
4
Flange - Socket Weld
FLSW
Flange - Weld Neck
FLWN
Flange - Orifice Weld Neck
FOWN
4
1
To allow for the amount of pipe that normally passes through the component before cutting or grinding off, a cutting allowance is included if the LOOSE attribute of the flange is set to TRUE. This allowance is determined by the value of the ALLO attribute, if set. If the ALLO attribute is not set (or set to zero), the allowance will default to 150mm. However, this default value can be altered by the LOOSEFLANGEALLOWANCE command.
2
The system used by previous version of the software (using ‘intuitive’ P3 points) is still supported.
3
To be used in conjunction with LJSE symbols FLRG or FLSE
4
Reducing flanges will have clarifying text plotted on the isometric drawing to highlight their presence.
5
Orifice flanges will have clarifying text plotted on the isometric drawing to highlight their presence.

Notes


Fixed Length Pipe - With flanged ends
FPFL

1
Fixed Length Pipe - Without flanged ends
FPPL

Fixed Length Pipe - to be displayed and stretched, like implied tube on an isometric
TUBE

Note:
1
The dimensions of all piping components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
1
The dimensions of all piping components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.

Component Description
SKEY
Plotted Symbol
P-points
Note
Fixed Length Pipe - With flanged ends
FPFL
1
Fixed Length Pipe - Without flanged ends
FPPL
Fixed Length Pipe - to be displayed and stretched, like implied tube on an isometric
TUBE

1
The dimensions of all piping components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.

Component Description
SKEY
Plotted Symbol
P-points
Note


Instrument
II**

1,5
Instrument - Angle
IA**

1,2,5
Instrument - Offset
IO**

1,3
Instrument - Return
IR**

1,4
Instrument - Dial
IDPL

6
Instrument - Dial
Flanged
IDFL

6
Orifice Plate
OP

Restrictor Plate
RP

Rupture Disk
DR

Valve - Angle Relief/Vent
RA**

1,5
Valve - Angle Pressure Reducing
XA**

1,5
Valve Control
CV**

1,5
Valve - Angle Control
CA**

1,5
Valve - 3 Way Control
C3**

1,5
Valve - 4 Way Control
C4**

1,5
Valve - Control Square Indicator
SV**

1,5
Valve - Angle Control Square Indicator
SA**

1,3
Valve - 3 Way Control Square Indicator
S3**

1,5
Valve - 4 Way Control Square Indicator
S4**

1,5
Valve - Control Motorised Indicator
MV**

1,5
Valve - Angle Control Motorized Indicator
MA**

1,5
Valve - 3 Way Control Motorized Indicator
M3**

1,5
Valve - 4 Way Control Motorized Indicator
M4**

1,5
Valve - Control Hand Indicator
HV**

1,5
Valve - Angle Control Hand Indicator
HA**

1,5
Valve - 3Way Control Hand Indicator
H3**

1,5
Valve - 4Way Control Hand Indicator
H4**

1,5
Valve - Pressure Reducing
XV**

1,5
Valve - Relief/Vent
RV**

1,5
Level Gauge
LG**

1
One-Level Multiport
Valve
JL**

1,7
One-Level Multiport Valve
JT**

1,7
Two-Level Multiport Valve
JB**

1,7
Two-Level Multiport Valve
JK**

1,7
Two-Level Multiport Valve
JC**

1,7
Two-Level Multiport Valve
JV**

1,7
Two-Level Multiport Valve
JA**

1,7
Two-Level Multiport Valve
JP**

1,7
Two-Level Multiport Valve
JE**

1,7
Two-Level Multiport Valve
JO**

1,7
Three-Level Multiport Valve
JW**

1,7
Three-Level Multiport Valve
JY**

1,7
Three-Level Multiport Valve
JU**

1,7
Three-Level Multiport Valve
JM**

1,7
Three-Level Multiport Valve
JX**

1,7
Three-Level Multiport Valve
JN**

1,7
Three-Level Multiport Valve
JZ**

1,7
Three-Level Multiport Valve
JG**

1,7
Notes:
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: The horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: The horizontal offset may be zero; i.e. P0 and P1 (and similarly P2 and P3) may be coincident.
5
If an orientation p-point (P3) is present in the point set and is oriented away from the XYZ axes, then the orientation of this p-point will be shown on the isometric.
6
Instrument dials can have a P3 with an unset bore for orienting the dial. This p-point will normally be positioned perpendicular to the dial face, on the dial axis. A message will be output near the component showing the orientation of P3.
7
P-Point 11 is the Spindle attachment point and its PURP attribute should be set to 'SPIN'. These Multiport Valves may have up to two flushing/draining connections:
These must be P-Point 9 and P-Point 10.
The isometric will only show a symbolic line and a note CONT TO "name" for each connection.
There will be no materials or isometric representation of the branch connection to these points.
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:

3
To use this symbol, the p-points must be arranged as shown in the following diagram:

4
To use this symbol, the p-points must be arranged as shown in the following diagram:

5
If an orientation p-point (P3) is present in the point set and is oriented away from the XYZ axes, then the orientation of this p-point will be shown on the isometric.
6
Instrument dials can have a P3 with an unset bore for orienting the dial. This p-point will normally be positioned perpendicular to the dial face, on the dial axis. A message will be output near the component showing the orientation of P3.
7
P-Point 11 is the Spindle attachment point and its PURP attribute should be set to 'SPIN'. These Multiport Valves may have up to two flushing/draining connections:

Component Description
SKEY
Plotted Symbol
P-points
Note
Instrument
II**
1,5
Instrument - Angle
IA**
1,2,5
Instrument - Offset
IO**
1,3
Instrument - Return
IR**
1,4
Instrument - Dial
IDPL
6
Instrument - Dial
Flanged
IDFL
6
Orifice Plate
OP
Restrictor Plate
RP
Rupture Disk
DR
Valve - Angle Relief/Vent
RA**
1,5
Valve - Angle Pressure Reducing
XA**
1,5
Valve Control
CV**
1,5
Valve - Angle Control
CA**
1,5
Valve - 3 Way Control
C3**
1,5
Valve - 4 Way Control
C4**
1,5
Valve - Control Square Indicator
SV**
1,5
Valve - Angle Control Square Indicator
SA**
1,3
Valve - 3 Way Control Square Indicator
S3**
1,5
Valve - 4 Way Control Square Indicator
S4**
1,5
Valve - Control Motorised Indicator
MV**
1,5
Valve - Angle Control Motorized Indicator
MA**
1,5
Valve - 3 Way Control Motorized Indicator
M3**
1,5
Valve - 4 Way Control Motorized Indicator
M4**
1,5
Valve - Control Hand Indicator
HV**
1,5
Valve - Angle Control Hand Indicator
HA**
1,5
Valve - 3Way Control Hand Indicator
H3**
1,5
Valve - 4Way Control Hand Indicator
H4**
1,5
Valve - Pressure Reducing
XV**
1,5
Valve - Relief/Vent
RV**
1,5
Level Gauge
LG**
1
One-Level Multiport
Valve
JL**
1,7
One-Level Multiport Valve
JT**
1,7
Two-Level Multiport Valve
JB**
1,7
Two-Level Multiport Valve
JK**
1,7
Two-Level Multiport Valve
JC**
1,7
Two-Level Multiport Valve
JV**
1,7
Two-Level Multiport Valve
JA**
1,7
Two-Level Multiport Valve
JP**
1,7
Two-Level Multiport Valve
JE**
1,7
Two-Level Multiport Valve
JO**
1,7
Three-Level Multiport Valve
JW**
1,7
Three-Level Multiport Valve
JY**
1,7
Three-Level Multiport Valve
JU**
1,7
Three-Level Multiport Valve
JM**
1,7
Three-Level Multiport Valve
JX**
1,7
Three-Level Multiport Valve
JN**
1,7
Three-Level Multiport Valve
JZ**
1,7
Three-Level Multiport Valve
JG**
1,7
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: The horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: The horizontal offset may be zero; i.e. P0 and P1 (and similarly P2 and P3) may be coincident.
5
If an orientation p-point (P3) is present in the point set and is oriented away from the XYZ axes, then the orientation of this p-point will be shown on the isometric.
6
Instrument dials can have a P3 with an unset bore for orienting the dial. This p-point will normally be positioned perpendicular to the dial face, on the dial axis. A message will be output near the component showing the orientation of P3.
7
P-Point 11 is the Spindle attachment point and its PURP attribute should be set to 'SPIN'. These Multiport Valves may have up to two flushing/draining connections:
These must be P-Point 9 and P-Point 10.
The isometric will only show a symbolic line and a note CONT TO "name" for each connection.
There will be no materials or isometric representation of the branch connection to these points.
These must be P-Point 9 and P-Point 10.
The isometric will only show a symbolic line and a note CONT TO "name" for each connection.
There will be no materials or isometric representation of the branch connection to these points.
These must be P-Point 9 and P-Point 10.
These must be P-Point 9 and P-Point 10.
The isometric will only show a symbolic line and a note CONT TO "name" for each connection.
The isometric will only show a symbolic line and a note CONT TO "name" for each connection.
There will be no materials or isometric representation of the branch connection to these points.
There will be no materials or isometric representation of the branch connection to these points.
Note: The horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
Note: The horizontal offset may be zero; i.e. P0 and P1 (and similarly P2 and P3) may be coincident.

Component Description
SKEY
Plotted Symbol
P-points
Notes
Note
Note


Lap Joint Ring Loose
FLRG

Lap Joint Stub End Loose
FLSE

1
Note:
1
To be used in conjunction with FLAN symbol FLLB.
1
To be used in conjunction with FLAN symbol FLLB.

Component Description
SKEY
Plotted Symbol
P-points
Note
Lap Joint Ring Loose
FLRG
1
Lap Joint Stub End Loose
FLSE
1
1
To be used in conjunction with FLAN symbol FLLB.

Component Description
SKEY
Plotted Symbol
P-points
Note


Block - Angle
BA**

1,2
Block - Offset
BO**

1,3
Block - Return
BR**

1,4
Expansion Bellows
EX**

1
Flame Trap
FT**

1
Block - Angle
BA**

1,2
Flexible Hose
FX**

1
Hose Coupling
CH**

1
Non-category Item
NC**

1
Plug
PL

Restrictor Plate
RP

Sight Glass
SG**

1,5
Slip Plate
SP

5,6
Slip Ring
SR

5,6
Spectacle Blind
SB

5,6
Tundish (Funnel)
TU**

1
Notes:
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: Tthe horizontal offset may be zero; for example, P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: The horizontal offset may be zero; for example, P0 and P1 (and similarly P2 and P3) may be coincident.
5
If an orientation p-point is present in the point set, the orientation of this p-point will be shown on the isometric.
6
The p-point set shown represents a typical arrangement for positioning and orienting the component, but is not mandatory.
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:

3
To use this symbol, the p-points must be arranged as shown in the following diagram:

4
To use this symbol, the p-points must be arranged as shown in the following diagram:

5
If an orientation p-point is present in the point set, the orientation of this p-point will be shown on the isometric.
6
The p-point set shown represents a typical arrangement for positioning and orienting the component, but is not mandatory.

Component Description
SKEY
Plotted Symbol
P-points
Note
Block - Angle
BA**
1,2
Block - Offset
BO**
1,3
Block - Return
BR**
1,4
Expansion Bellows
EX**
1
Flame Trap
FT**
1
Block - Angle
BA**
1,2
Flexible Hose
FX**
1
Hose Coupling
CH**
1
Non-category Item
NC**
1
Plug
PL
Restrictor Plate
RP
Sight Glass
SG**
1,5
Slip Plate
SP
5,6
Slip Ring
SR
5,6
Spectacle Blind
SB
5,6
Tundish (Funnel)
TU**
1
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: Tthe horizontal offset may be zero; for example, P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: The horizontal offset may be zero; for example, P0 and P1 (and similarly P2 and P3) may be coincident.
5
If an orientation p-point is present in the point set, the orientation of this p-point will be shown on the isometric.
6
The p-point set shown represents a typical arrangement for positioning and orienting the component, but is not mandatory.
Note: Tthe horizontal offset may be zero; for example, P0, P1, P2 and P3 may be coplanar.
Note: The horizontal offset may be zero; for example, P0 and P1 (and similarly P2 and P3) may be coincident.

Component Description
SKEY
Plotted Symbol
P-points
Notes
Note
:
Note


The following list of concentric and eccentric reducers symbol keys and plotted symbol.


Reducer - Concentric Butt Weld
RCBW

1
Reducer - Concentric Fabricated from Plate
CPBW

1
Reducer - Concentric Swaged from Pipe
CSBW

1
Reducer - Concentric with a Connection Butt Weld
CTBW

1
Reducer - Concentric with a Connection Fabricated from Plate
CZBW

1
Reducer - Concentric with a Connection Swaged from Pipe
CXBW

1
Reducer - Concentric Compression
RCCP

1
Reducer - Concentric Flanged
RCFL

1
Reducer - Concentric Fabricated from Plate Flanged
CPFL

1
Reducer - Concentric Swaged from Pipe Flanged
CSFL

1
Reducer - Concentric with a Connection Flanged
CTFL

1
Reducer - Concentric with a Connection Fabricated from Plate Flanged
CZFL

1
Reducer - Concentric with a Connection Swaged from Pipe Flanged
CXFL

1
Reducer - Concentric Nipple
RNSC

1
Reducer - Concentric Screwed
RCSC

1
Reducer - Concentric with a Screwed Connection
CTSC

1
Reducer - Concentric Socket Weld
RCSW

1
Reducer - Concentric with a Connection Socket Weld
CTSW

1
Reducer - Concentric Socket Weld Bush
RBSW

1
Special Reducing Flange
RF

1
Note:
1
A concentric reducer with a connection point will have an additional p-point, P3, with a valid bore. A concentric reducer without a connection will have only a p-arrive and p-leave, as shown.
1
A concentric reducer with a connection point will have an additional p-point, P3, with a valid bore. A concentric reducer without a connection will have only a p-arrive and p-leave, as shown.

Component Description
SKEY
Plotted Symbol
P-points
Note
Reducer - Concentric Butt Weld
RCBW
1
Reducer - Concentric Fabricated from Plate
CPBW
1
Reducer - Concentric Swaged from Pipe
CSBW
1
Reducer - Concentric with a Connection Butt Weld
CTBW
1
Reducer - Concentric with a Connection Fabricated from Plate
CZBW
1
Reducer - Concentric with a Connection Swaged from Pipe
CXBW
1
Reducer - Concentric Compression
RCCP
1
Reducer - Concentric Flanged
RCFL
1
Reducer - Concentric Fabricated from Plate Flanged
CPFL
1
Reducer - Concentric Swaged from Pipe Flanged
CSFL
1
Reducer - Concentric with a Connection Flanged
CTFL
1
Reducer - Concentric with a Connection Fabricated from Plate Flanged
CZFL
1
Reducer - Concentric with a Connection Swaged from Pipe Flanged
CXFL
1
Reducer - Concentric Nipple
RNSC
1
Reducer - Concentric Screwed
RCSC
1
Reducer - Concentric with a Screwed Connection
CTSC
1
Reducer - Concentric Socket Weld
RCSW
1
Reducer - Concentric with a Connection Socket Weld
CTSW
1
Reducer - Concentric Socket Weld Bush
RBSW
1
Special Reducing Flange
RF
1
1
A concentric reducer with a connection point will have an additional p-point, P3, with a valid bore. A concentric reducer without a connection will have only a p-arrive and p-leave, as shown.

Note


Component Description
SKEY
Plotted Symbol
P-points
Note
Reducer - Eccentric Butt Weld
REBW
1,2
Reducer - Eccentric Fabricated from Plate
EPBW
1,2
Reducer - Eccentric Swaged from Pipe
ESBW
1
Reducer - Eccentric with a Connection Butt Weld
OTBW
1,2
Reducer - Eccentric with a Connection Fabricated from Plate
EZBW
1,2
Reducer - Eccentric with a Connection Swaged from Pipe
EXBW
1,2
Reducer - Eccentric Screwed
RESC
1
Reducer - Eccentric with a Connection Screwed
OTSC
1,2
Reducer - Eccentric Flanged
REFL
1,2
Reducer - Eccentric Fabricated from Plate Flanged
EPFL
1,2
Reducer - Eccentric Swaged from Pipe Flanged
ESFL
1,2
Reducer - Eccentric with a Connection Flanged
OTFL
1,2
Reducer - Eccentric with a Connection Fabricated from Plate Flanged
EZFL
1,2
Reducer - Eccentric with a Connection Swaged from Pipe Flanged
EXFL
1,2
Component Description
SKEY
Plotted Symbol
P-points
Note
Reducer - Eccentric Butt Weld
REBW

1,2
Reducer - Eccentric Fabricated from Plate
EPBW

1,2
Reducer - Eccentric Swaged from Pipe
ESBW

1
Reducer - Eccentric with a Connection Butt Weld
OTBW

1,2
Reducer - Eccentric with a Connection Fabricated from Plate
EZBW

1,2
Reducer - Eccentric with a Connection Swaged from Pipe
EXBW

1,2
Reducer - Eccentric Screwed
RESC

1
Reducer - Eccentric with a Connection Screwed
OTSC

1,2
Reducer - Eccentric Flanged
REFL

1,2
Reducer - Eccentric Fabricated from Plate Flanged
EPFL

1,2
Reducer - Eccentric Swaged from Pipe Flanged
ESFL

1,2
Reducer - Eccentric with a Connection Flanged
OTFL

1,2
Reducer - Eccentric with a Connection Fabricated from Plate Flanged
EZFL

1,2
Reducer - Eccentric with a Connection Swaged from Pipe Flanged
EXFL

1,2
Note:
1
Generic type REDU has a connection reference to facilitate connections to reducers. If the connection facility is not being used, then an eccentric reducer will have a p-arrive, a p-leave, and a P3 to orientate the flat side. If the connection facility is to be used, P3 will be the connection p-point and as such must have valid bore and orientation data for the connection. As the flat side can be either in the same direction as the connection or directly opposite, a P9 p-point must be used to give the orientation of the flat side.
2
If an orientation p-point is present in the point set, the orientation of this p-point will be shown on the isometric.
1
Generic type REDU has a connection reference to facilitate connections to reducers. If the connection facility is not being used, then an eccentric reducer will have a p-arrive, a p-leave, and a P3 to orientate the flat side. If the connection facility is to be used, P3 will be the connection p-point and as such must have valid bore and orientation data for the connection. As the flat side can be either in the same direction as the connection or directly opposite, a P9 p-point must be used to give the orientation of the flat side.
2
If an orientation p-point is present in the point set, the orientation of this p-point will be shown on the isometric.

Component Description
SKEY
Plotted Symbol
P-points
Note
Reducer - Eccentric Butt Weld
REBW
1,2
Reducer - Eccentric Fabricated from Plate
EPBW
1,2
Reducer - Eccentric Swaged from Pipe
ESBW
1
Reducer - Eccentric with a Connection Butt Weld
OTBW
1,2
Reducer - Eccentric with a Connection Fabricated from Plate
EZBW
1,2
Reducer - Eccentric with a Connection Swaged from Pipe
EXBW
1,2
Reducer - Eccentric Screwed
RESC
1
Reducer - Eccentric with a Connection Screwed
OTSC
1,2
Reducer - Eccentric Flanged
REFL
1,2
Reducer - Eccentric Fabricated from Plate Flanged
EPFL
1,2
Reducer - Eccentric Swaged from Pipe Flanged
ESFL
1,2
Reducer - Eccentric with a Connection Flanged
OTFL
1,2
Reducer - Eccentric with a Connection Fabricated from Plate Flanged
EZFL
1,2
Reducer - Eccentric with a Connection Swaged from Pipe Flanged
EXFL
1,2
1
Generic type REDU has a connection reference to facilitate connections to reducers. If the connection facility is not being used, then an eccentric reducer will have a p-arrive, a p-leave, and a P3 to orientate the flat side. If the connection facility is to be used, P3 will be the connection p-point and as such must have valid bore and orientation data for the connection. As the flat side can be either in the same direction as the connection or directly opposite, a P9 p-point must be used to give the orientation of the flat side.
2
If an orientation p-point is present in the point set, the orientation of this p-point will be shown on the isometric.

Note


Non-Category Item
NC**

1,2
Note:
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
SHU elements have a CRFA attribute allowing up to 10 connection points.
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
SHU elements have a CRFA attribute allowing up to 10 connection points.

Component Description
SKEY
Plotted Symbol
P-points
Note
Non-Category Item
NC**
1,2
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
SHU elements have a CRFA attribute allowing up to 10 connection points.

Note


Olet - Half Coupling e.g. Screwed (Picture shows screwed but can be any connection type)
HC**

7
Olet - Half Coupling e.g. Socket Weld
HC**

7
Olet - Latrolet e.g. Butt Weld
LA**

Olet - Latrolet
e.g. Screwed
LA**

Olet - Latrolet
e.g. Socket Weld
LA**

Olet - Nipolet
e.g. Screwed
NI**

Olet - Nipolet e.g. Plain Ended
NI**

Olet - Sockolet
SK**

Olet - Sweepolect
SW**

Olet - Thredolet
TH**

Olet - Weldolet
WT**

Olet - Instrument
Flanged
ITFL

Tee - Butt Weld
TEBW

2,3,7
Tee - Compression
TECP

2,3
Tee - Flanged
TEFL

2,3
Tee - Screwed
TESC

2,3
Reserved for pipe tappings
TESI

1,2,7
Tee - Set-on
TESO

1,2,7
Tee - Set-on
Reinforced
TERF

1,2,7
Tee - Pulled
TPUL

1,2,7
Tee - Socket Weld
TESW

2,3,7
Tee - Swept Branch Butt Weld
TSBW

2,7
Tee - Swept Branch Flanged
TSFL

2,7
Tee - Swept Branch Compression
TSCP

2,7
Tee - Swept Branch Socket Weld
TSSW

2,7
Tee - Generic Y-type with variable angle out- and off- legs

Y@**

4,5,6,7
Note:
1
The position of P3 along the perpendicular axis is important for deriving the cut pipe length. The perpendicular displacement of P3 is determined by the point at which the offline leg intersects the main line. For TESO and TERF, the distance P0 to P3 must not exceed half the main bore; P0, P1, P2 and P3 will be coincident when the offline leg has the same bore as the main line. For TPUL, the distance P0 to P3 must exceed half the main bore. If the position of P3 does not follow these rules, any weld shown at the intersection may appear in the wrong place.
2
The dimensions of piping components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
3
The TEBW, TECP, TEFL, TESC and TESW SKEYs can be used for laterals.
4
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
5
The @ character in the symbol key is replaced automatically by an integer in the range 1 to 3, depending on the relative bore size of the connections, with 1 assigned to the largest bore. It is important to note the bore size if redefining the SKEYS for Y1**, Y2** or Y3**.
6
Flanged connections on generic Y-type fittings are represented on the isometric on the tube only. This is due to the fact that the y-type fitting is user-definable and flanged representation on the component cannot be enforced.
7
The presence of an offset P3 may be indicated. The P3 connection of the tee/olet must be connected directly to a tube. The default behaviour is that, if an offset P3 configuration is present, a new ATEXT characterising the offset is output upon the drawing. This new ATEXT is number 233 in the list of ATEXTs and its default value is ‘BRANCH OFFSET BY’ followed by the nonzero relative coordinates of the offset.
1
The position of P3 along the perpendicular axis is important for deriving the cut pipe length. The perpendicular displacement of P3 is determined by the point at which the offline leg intersects the main line. For TESO and TERF, the distance P0 to P3 must not exceed half the main bore; P0, P1, P2 and P3 will be coincident when the offline leg has the same bore as the main line. For TPUL, the distance P0 to P3 must exceed half the main bore. If the position of P3 does not follow these rules, any weld shown at the intersection may appear in the wrong place.
2
The dimensions of piping components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
3
The TEBW, TECP, TEFL, TESC and TESW SKEYs can be used for laterals.
4
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
5
The @ character in the symbol key is replaced automatically by an integer in the range 1 to 3, depending on the relative bore size of the connections, with 1 assigned to the largest bore. It is important to note the bore size if redefining the SKEYS for Y1**, Y2** or Y3**.
6
Flanged connections on generic Y-type fittings are represented on the isometric on the tube only. This is due to the fact that the y-type fitting is user-definable and flanged representation on the component cannot be enforced.
7
The presence of an offset P3 may be indicated. The P3 connection of the tee/olet must be connected directly to a tube. The default behaviour is that, if an offset P3 configuration is present, a new ATEXT characterising the offset is output upon the drawing. This new ATEXT is number 233 in the list of ATEXTs and its default value is ‘BRANCH OFFSET BY’ followed by the nonzero relative coordinates of the offset.

Component Description
SKEY
Plotted Symbol
P-points
Note
Olet - Half Coupling e.g. Screwed (Picture shows screwed but can be any connection type)
HC**
7
Olet - Half Coupling e.g. Socket Weld
HC**
7
Olet - Latrolet e.g. Butt Weld
LA**
Olet - Latrolet
e.g. Screwed
LA**
Olet - Latrolet
e.g. Socket Weld
LA**
Olet - Nipolet
e.g. Screwed
NI**
Olet - Nipolet e.g. Plain Ended
NI**
Olet - Sockolet
SK**
Olet - Sweepolect
SW**
Olet - Thredolet
TH**
Olet - Weldolet
WT**
Olet - Instrument
Flanged
ITFL
Tee - Butt Weld
TEBW
2,3,7
Tee - Compression
TECP
2,3
Tee - Flanged
TEFL
2,3
Tee - Screwed
TESC
2,3
Reserved for pipe tappings
TESI
1,2,7
Tee - Set-on
TESO
1,2,7
Tee - Set-on
Reinforced
TERF
1,2,7
Tee - Pulled
TPUL
1,2,7
Tee - Socket Weld
TESW
2,3,7
Tee - Swept Branch Butt Weld
TSBW
2,7
Tee - Swept Branch Flanged
TSFL
2,7
Tee - Swept Branch Compression
TSCP
2,7
Tee - Swept Branch Socket Weld
TSSW
2,7
Tee - Generic Y-type with variable angle out- and off- legs
Y@**
4,5,6,7
1
The position of P3 along the perpendicular axis is important for deriving the cut pipe length. The perpendicular displacement of P3 is determined by the point at which the offline leg intersects the main line. For TESO and TERF, the distance P0 to P3 must not exceed half the main bore; P0, P1, P2 and P3 will be coincident when the offline leg has the same bore as the main line. For TPUL, the distance P0 to P3 must exceed half the main bore. If the position of P3 does not follow these rules, any weld shown at the intersection may appear in the wrong place.
2
The dimensions of piping components depend upon plotted leg length. The default plotted leg length is 9mm, but this can be set to a different value using the LEGLENGTH command. The minimum value the user can set is 6mm.
3
The TEBW, TECP, TEFL, TESC and TESW SKEYs can be used for laterals.
4
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
5
The @ character in the symbol key is replaced automatically by an integer in the range 1 to 3, depending on the relative bore size of the connections, with 1 assigned to the largest bore. It is important to note the bore size if redefining the SKEYS for Y1**, Y2** or Y3**.
6
Flanged connections on generic Y-type fittings are represented on the isometric on the tube only. This is due to the fact that the y-type fitting is user-definable and flanged representation on the component cannot be enforced.
7
The presence of an offset P3 may be indicated. The P3 connection of the tee/olet must be connected directly to a tube. The default behaviour is that, if an offset P3 configuration is present, a new ATEXT characterising the offset is output upon the drawing. This new ATEXT is number 233 in the list of ATEXTs and its default value is ‘BRANCH OFFSET BY’ followed by the nonzero relative coordinates of the offset.

Note


Component Description
SKEY
Plotted Symbol
P-points
Note
Trap - In Line (Straight Through)
TI**
2
Trap - Angle
TA**
1,2
Trap - Offset
TO**
1,3
Trap - Return
TR**
1,4
Component Description
SKEY
Plotted Symbol
P-points
Note
Trap - In Line (Straight Through)
TI**

2
Trap - Angle
TA**

1,2
Trap - Offset
TO**

1,3
Trap - Return
TR**

1,4
Note:
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:
P3 must not have a valid bore. It is used only to obtain correct orientation of the element.
P3 can be orientated in PARAGON.
Note: The horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: The horizontal offset may be zero; i.e. P0 and P1 (and similarly P2 and P3) may be coincident.
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:

P3 must not have a valid bore. It is used only to obtain correct orientation of the element.
P3 can be orientated in PARAGON.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:

Component Description
SKEY
Plotted Symbol
P-points
Note
Trap - In Line (Straight Through)
TI**
2
Trap - Angle
TA**
1,2
Trap - Offset
TO**
1,3
Trap - Return
TR**
1,4
1
Replace the ** characters in the symbol key with one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain
2
To use this symbol, the p-points must be arranged as shown in the following diagram:
3
To use this symbol, the p-points must be arranged as shown in the following diagram:
P3 must not have a valid bore. It is used only to obtain correct orientation of the element.
P3 can be orientated in PARAGON.
Note: The horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
4
To use this symbol, the p-points must be arranged as shown in the following diagram:
Note: The horizontal offset may be zero; i.e. P0 and P1 (and similarly P2 and P3) may be coincident.
Note: The horizontal offset may be zero; i.e. P0, P1, P2 and P3 may be coplanar.
Note: The horizontal offset may be zero; i.e. P0 and P1 (and similarly P2 and P3) may be coincident.

Note
Note
Note
:


Union - Screwed
UNSC

Union - Socket Weld
UNSW

Union - Butt Weld
UNBW

Component Description
SKEY
Plotted Symbol
P-points
Note
Union - Screwed
UNSC
Union - Socket Weld
UNSW
Union - Butt Weld
UNBW


Universal key for generic type PCOM
UNIV

1,2
Note:
1
Radius of circle is controlled by percentage scale factor attribute, SkeyScale, on SDTE element (100% = 10mm). Symbol also has a line from circumference to each connection point.
2
UNIV Skey implies no end connection information. To flag end connections, the PSkey on each p-point must be set to one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain (default if unset)
1
Radius of circle is controlled by percentage scale factor attribute, SkeyScale, on SDTE element (100% = 10mm). Symbol also has a line from circumference to each connection point.
2
UNIV Skey implies no end connection information. To flag end connections, the PSkey on each p-point must be set to one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain (default if unset)

Component Description
SKEY
Plotted Symbol
P-points
Note
Universal key for generic type PCOM
UNIV
1,2
1
Radius of circle is controlled by percentage scale factor attribute, SkeyScale, on SDTE element (100% = 10mm). Symbol also has a line from circumference to each connection point.
2
UNIV Skey implies no end connection information. To flag end connections, the PSkey on each p-point must be set to one of the following end condition identifiers:
BW for butt weld
CP for compression
SW for socket weld
FL for flanged
SC for screwed
PL for plain (default if unset)

Note