CADWorx 2013 Specifications

C D orx

20 3 Specifi atio s

Comprehensive trainin in the new CADWorx 2013 Specifications!

nthony W. Horn AD Training echnologies, LLC opyright© 2012 012 – – All rights reserved

PipingDesignOnline.com

CADWorx® 2013 Specifications Video 1

Table of Contents of Contents

Video 8 Modifying the Catalog Modifying for Enhanced Mode

Video i - Getting Setup The CADWorx environment Video ii - Setting up Isogen Project Manager and folders

Video 9 Creating a new Spec Adding Components to Spec

Video iii - Using Video Training Maximizing the videos

Video 10 Testing the Spec Viewing in Enhanced Mode

Video 1 Setting the Configuration Creating a Company Catalog

Video 11 Creating a Branch Table Adding Branch Components Checking the Catalog

Video 2 Modifying the Size Table Viewing the other Tables Importing Legacy Data Files

Video 12 Testing the Branch Table

Video 3 Creating a New Data File A New Top works file

Video 13 An in-line User Shape Testing in CADWorx & Isogen

Video 4 Valve with Special End Types

Video 14 3D non-sym User Shape Testing in CADWorx & Isogen

Video 5 Creating a New Project Importing Legacy Specs

Video 15 Automating Long Desc Adding to the Catalog

Video 6 Modifying Component Info Thickness in Long Desc. Adding Top works in a Spec Testing Results

Video 16 Automating Long Desc Using Data Tables and Fields Video 17 Automating Long Desc The Cut and Paste Document

Video 7 Adding Valves to the Spec Spec Testing Results

2 Copyright© 2012 All Rights Reserved CAD Training Technologies, LLC

Pipin ipin Des ign ign nlin nlinee.co

Specifica Sp ecifications

ideo

CADWor CADWor ® 2013 S ecif ecific icat atio io s Video 1

ne

. In the videos that f llow, we'll be workin with the new CADWorx® catalo and specifications e plorer. The way we work wi h the data files and c mponent information has change significantly in this new version. In the pa t, CADWo x used libraries com osed of text files for its compon nt informa ion.

. When e look at hat we us d before, e had three main folders. We had th Library_I, the Librar _M, and t e Library_MM. These folders each contai subfolder s for the differen pressure atings, like the 150 or the 300. If I doubleclick on 150, we c n see that in these folders are t e data file that car ied all the measurem nt data fo the comp nents.

. If I double-click on of these f iles, we ca see this i where all the measurement ata was located. It's really a te t file. It had an opening and cl sing parentheses, an it had va ious column that contained the d ta. Once e got used to working with these, it was simple m tter to add to them or modify them as needed. e built our specs, using a spec ditor to work wi h parts of these data iles as ne ded, and e modifie our des riptions to suit our particular sp c. This worked well f r a numb r of years.

. The ne way is si ilar, but things are more highly rganized. The ne catalogs, which use to be the Library_I or the other library f lders, are collections of tables now. We'll ave a size table; we'll have a material ta le, and so forth. Because we're now going to be w rking with tables, we can combi e fields from th se tables i to our specs with more options; we'll have more flexibility tha we had b fore.

3 Copyright© 20 2 All Rights R served CAD Training Techn logies, LLC

Pipin Design nline.co

CADWor ® 2013 S ecificatio s Video 1

. With th new system, we'll be able to cr ate components with differen conditions very easil , which w s somethi g that was really q ite involved when we were working with th older version. The new version als contains branch table. This will add additional ontrols to how our pr ojects get odeled b our designers.

. So at fir st, our new version might take a little bit of etting use to, but t e end res lt is going to be a much improv d way of setting p our spe ifications and compo ent data. o let's tak a look at that now.

. I have t Windows Explorer opened, an I'm in the CADWorx folder. ere is the Plant folder. If I dou le-click Plant and I look, now we don't see the Li rary_I or other library folders. We do ave a spe folder, th ugh, so I' going to oubleclick th t one, and we'll take look at it contents.

. What w have no are some sample ca alogs. W see a collection of specific catalogs, as well as a sample inch catal g and a s mple_inch project. S now the ew data structure, th new wa we're goi g to put together our component specific tions is going to include project .

. One wa we can s art the spec editor is o double lick this file – the C DWorxSp ecEditor. xe file. So I'm going to doubleclick th at file and the spec e itor will st rt.

0. You ca also start the spec e itor from ithin CAD orx. If w went to CADWorx and you lo k on the C ADWorx lant I tab , there's a button t at will start the spe editor . o you can start it f om within he folder, the way we just did, o you can also start it from wi thin CAD orx itself. One optio or one advantage of doin it the way we just sh wed you, where you 4 Copyright© 20 2 All Rights R served CAD Training Techn logies, LLC

Pipin Design nline.co double- lick CAD spec editor as a st these files over to specific tions but


orxSpecE itor.exe is it allows y u to run the ndalone application. So you could copy achines here people might w rk on on't necessarily do d sign work.

1. What e're going o do first i set up our new catalog. A catalog in this syst m is a collection of t bles that are the source f iles for all f the com onents. In the past, it would be similar to working ith library M or librar y_I. We c n use the sample catalogs if we choose, but if we tart addin or modifyi g it, we’ll changing the source c talogs. It' better to make o r own copies, and th n keep th ones that ship with the system separa e.

2. Click t is top but to n and s lect new c atalog. T ere are several types of catalogs: a company c talog, an i dustry catalog, or a global catalog.

3. If we're an end us r, we would make a ompany c talog. If e were an engineeri g design firm making a variety of catalogs for clients, we mig t want to ake an in ustry catalog. I'm going to click on c ompany c atalog. I’ll leave the ame the same h re (Comp ny1.cmp). You can insert your company name in the field if you want.

4. Next w ’ll tell the ystem wh re our source-file is l cated. If we go t this box ith dots in it and click,, we can c oose one f the samples that s ip with the system. or this example, I'm going to use the Sample_Me tric_Inch. Why don't you do th same for this starti g exampl , and then later you can do the one you like?




5. After selecting that, click ope . Next we’ll set the nits. Clic the do n arrow, nd choose the Metric/Inch format. Now things are set as n eded.

6. The cat log can b saved in ifferent locations, if y u want to locate it in a specif ic folder. I’ll save this example i the default folder a d click OK. It's esse tially a blank catalog at this poi t.

7. If I dou ble-click t e data ta les , there's nothing down in them. he sample catalog th t I used for my source is down t the bott m of the screen. It's shown as he base c talog here.

8. If you cl ick the pl s next to size table in the base catalog at the bott om, you c n see ther e is a size table in th base catalog. I’ll highli ht it and t en hold d own the l ft mouse button nd drag i up and r lease. It ill get copied into the size table in the new compan catalog.

9. So that's what we're going to do. We're going to cl ick t hese tables i n the base catalog d rag them p into ou company catalog . That wa we can b ild our cat log to match the sample. The reas n you use this method is there ay be so e things you don't w nt to bring in. I’ll cop the thick ness table up, and I'll do the same with the end t pe tables. You can see the e are a va iety of tabl s in the b se catalog.




0. I’ll click on the bu tweld end type, and then I'll sc roll down while h lding do n the Shi t key. Th t selects all of these. Then dr ag them u p, and th e ’ll be cop ied into th end type table in the compa y catalog.

1. Now we'll bring in the data t bles. Th se are all the measur ment files.. These used to be text files in t e library folders in earlier v rsion. In t is version they don’t contain descriptive data, just measur ment data..

2. I’ll com down and click the lus next t o data tab les . The differen compone t types ar all listed. Holding d own the shift key, I’ll cli ck the first a nd last on listed, w ich will select all of them.

3. Then h lding do n the left utton of t he mouse, I’ll drag these u p to the c mpany catalog and release. hey'll be copied f rom the sample catal g into the ompany catalog. If I hit the plus next to data table in the co pany catalog, I can see that all the information is in there. S why don't you get it o this poi t, and the we'll continue from here?


Specifications

ideo T o

. In the p evious vid o we crea ed our ne catalog. Now let’s see ho it's organized. This is a list of t bles that ontain all the info mation ne ded to de cribe the component and to build w rking specifications.

. Looking at these, e have a ize table; e have a aterial, schedule, thickness, end type, and data tables. I'm going to click th e plus nex t to the si e table, a d I'll doub le click Size, a d the table opens.

. I can see now that this catalo is going t be able t handle components that r nge from n eighth o an inch all the way up in size t 60 inche . We can dd to this table or take things out if we want to. It's n XML file, and it's g ing to beh ve similar to a spr adsheet.

. For our example, h ighlight t e three an d a half , or just click in this square, and then you can right clic and click to remov this ro . Click " K" , and it will take th t size out of the tabl . You ca see that it’s quite ea y to work ith.

. Click th e plus ne t to th e material tabl e. Doubl click MA and it o ens the list of materi ls that are available f or our components. We an see dif erent kind of specifi ations, grades, compositions, and densities. W can see ow these are applied to vari us types of compone ts.

. There's also a part number a sociated ith each p rticular kind of mate ial. Later, we can us these val es to buil an automa ic part nu ber for ea h compon nt.


CADWorx® 2013 S ecifications Video 2

. Scrollin down, yo can see this list is v ry extensi e. Here's a typical ntry, an A 3 Grade B. The den ities are g ing to be used later, along ith the thic ness tabl , to calcul te the weight f components.

. Next, w ’ll take a l ok at the chedule table. Doub le click SCH to open it. S own are t e various chedules that are include in this catalog. You can always add to these if you like.

. We'll do the same on the thic kness tab le. We'll c lick the plus, a d double click THK. The system shows t e component thicknesses. If w look at a ne-inch c mponent, we can see how the thicknes are show based on the schedules.

0. Go to s chedule 4 columns and expa d i t. The wall thickne s on a one-inch sche ule 40 is .38. That's the value listed in millimeter . If you're orking in imperial, you'll have a decimal inch value. This tabl is going t contain all the thickne s information needed for these component . The system has the ability to map these thickness valu s into the long de criptions; there's an asy proce s to make that happen.

1. Next, cl ick the plu s next to nd type t bles and xpand it. There are a numb r of end ty es availa le for use in CADWor x. It is straight forwar to create components with diff rent end types. or example, we coul make a g te valve t at's threade on one side and fla ged on the other. W 'll do that s part of ur exercis s later.




2. Let’s mi nimi ze thi table, and click the plus next o data tables. Scroll do n to Valv s and cli k the plus . This shows t e various types of valves in the catalog. It’s similar t what w had in ea lier versio s.

3. Click th e plus ne t to g ate alve, and e'll see the different gate valves that ar included in this catalog.

4. Double click the ate flang d 150 (gat _f_150), a d you can see that this file ra ges from two-inch p to a 30-inch file. This file contains all the measurement d ta. There are no descriptive data in this, but it as all the easurem nts that it needs t draw the componen s.

5. Let's sa we want d to get a l arger rang here. W at if we wanted gate valve that went up to 48 inches or so e other size range? What we need t do is edit and expan this rang of sizes.. We could take a val e cut she t and begi adding entries ight in this table. Another choic would be to import a file from somewhe e else that has the d ta. Let's see how that is done.

6. To brin to the t the poi import l system

in a legac file, we n ed to do a few steps.. Scroll up p, and we can see t e name o the catal g. If I put ter on th t and righ click, I h ve an opti n here to gacy data from files. So you do the same, and the ill display a dialog b x for us.




7. This will let us brin in some f iles. We c n bring in an individual file, or e can brin in folders. We can lso take things out. I'm going to click " Add Files ," and we can do a se rch and find the file to import.

8. By defa lt, the sys em will take you to y ur current location on your ne est version of CAD orx, probably in the spec folder. Click o the C: dr iv e, and w ’ll find the folder or file we want to bring in.

9. If you h ve a previ us versio of CADW rx on you machine you could go to th CADWorx 2012 or C ADWorx 2 10 folder (whatever version ou might ave). If y u don't ha e a previou version o CADWorx on your machine, I’v included the file ou’ll need in this video in the do nload file . There’s a button called “Lesson Files” on the webpage where this video is being played. You can click i to downlo d the files you’ll nee in these exercises.

0. In m y c ase, I'm g ing to go back to C DWorx 2 12, since I have pr vious versions loade on my m chine. I'll double click th at, and I'll o to Plant and doub le click it. I'll go to Library M, becau e that's th format I' using, an I'll go to the 150.

1. Now I’ll look for th data files hat I need. What I'm looking for is a flanged gate v lve data file which is set up for l arger sizes. It's this ne right h re (GAT_ _L.150). If I I double click it, it will brin it into the import dialog box. N te: If you don’t have a previou version o CADWorx on your machine you can double click the file in you CADWorx _Lesson_ iles\Speci ications folder that you do nloaded. he file is named GA _F_L.150.




2. Clicking “By Colu n Name” displays so e column names. If you clic “By Colu n Count” ou'll see t ose. We an bring it in by either one.

3. Click “ y Column Count.” I you doub le click th file nam , the data file will open and you can see t e details. This is a gate valve that go s from 18 p to 48 in hes. So t is will wor great fo what we eed.

4. In the older versio s, the data files inclu ed what anufacturer the valve data came from. T is information in this f ile came from a rane 55 c talog. Th valves us ally have information like this given sinc they can ary. With fittings, thi informati n is usually not inclu ed since t ey're going to be co sistent.

5. We've got this hig lighted. W 've got a list of data f ile types, so we will elect one that match s the type of file we’r bringing in. If we se lect the G te Valve, uttweld/ langed, a d we clic Import, it will import the data file into ou catalog.

6. Another thing to d is click o the View you'll see a record of the different conve to bring in legacy data into your catalog. can print out later to have a r cord of yo

Log File utton, an sions that you've done This is so ething you r work.




7. Now let’s click the " Close" b utton. Lo k down u der gate valves nd you’ll s e the file e just imp rted. Her it is, this gate fla ge large ( AT_F_L_ 150). If w double cl ick it, the file will pen, and e can see the data.

8. So that' how you an bring i legacy data into you catalog in the new version. ou might have some componen s you built yourself from scratch, and yo want to b ing them i and have them as part of yo r catalog.

9. So you do what we’ve sh wn up to here, and then w 'll continu after that.


Specifications

ideo Three

. We're aking goo progress. In the previous vide , we importe a legacy ile, a file fr om CADW rx 2012 o 2010 that could dr aw large g te valves. We saw how to go about importing information into the 2013 syst m from sp cs and from da a files that were crea ed in earli r versions.

. Now we’ll see how to create ata files fr m scratch.. We'll create couple o new data files in thi s video. This is what you’ll d in the future, for exa ple, if you want to a d a new type of alve into your catalo .

. In this example I'v got a cou le of cut sheets for s me valve , and we' e going to use those as exampl s. Another thing we' e going to take a loo at is som of the en anced m de setting , which will show en anced gr phics. In this new version of CADWorx, if you s t your dra ing mode to enhanc d, the sys em can di play bolt holes in the flanges.

. Let’s look at flang s. I’ll exp nd the typ s of Flanges, and click o the plus ext to Fla nge Weld Neck, and then I’ll double click on t e FLG_W 150. This opens up he data fil .

. There are three things to fill out to get th enhance d graphic to work. They're g ing to be alues for the bolt hol e diameter , the bolt circle dia eter , and the bolt h le numb r . Then when w ’re runnin in enhan ed mode e'll see th holes in the flan es get modeled, bas d on thes values in the data tables.

. We’ll cl se this fo now. Ne t we’re going to build some data files fro scratch. We'll be a ding a couple of valv s. Scroll down t Valves a d click th plus nex to that to xpand it. Scroll d own to G te Valve and click o the plus next to tha .


CADWorx® 2013 S ecificatio ns Video 3

. Hover t he pointer on Gate alve and t hen right can add a data ta le. The sy tem will br ing up a di us, and we can be in to fill this out. So hat we'll c GAT_F CMPT_150. This will be a data file for a c flanged gate valve, 150 poun rating.

lick and e log box for ll this one is mpact

. In the si ze table cl ick the bo x with 3 d ts . Here ou can specify he sizes t at you wa t to work ith. We’ll nter an 8 , 10” , an a 12” val e. You c uld add however ma y sizes yo wanted to include.

. The next step is to set these alves to h ve the sa e end condition on both nds. Clic the box t Apply to the same end-typ e on both ends. Th first end ill be a fl ange.




0. For the end type, elect the FLG_gat_ _150.

1. The par t number is optional. For this e ample, let's put in 0055. F r descript io n, we can put in here GATE V ALVE, COMP CT EXPA DING, an click OK .

2. Our dat file for is eady for filling out. Click in the box undern ath the h b OD dia eter and e'll put in some values. We're goi g to use 3 2, and the one under that will b 406. T e one und r that will e 482. Then we'll go over to t e right fo r the lengt hs , and w 'll enter 2 2, 330, an 358. Finally f or the wei ht, click i the field or that and enter 281, 399, an 562. Thi will complete the di ensional i formation for the valves.

3. Now cl i small in the proj have th add so

k the X to close it, nd save it . The system has a icator next to the na e, but tha will disap ear once ct or the catalog is s ved and r opened. e now measure ent data i here to d aw this. Next we’ll e top wor s for this v alve.

4. Minimi e the valv es and sc r oll up to T op Works. Click the plus. Click the pl us next to Wheel. T is is wher we’ll add a Top Works file. H ver over heel and right clic . Now we can add a top wor ks data fil e for the g te valve we just created.




5. The na e for the top works file will be WHEEL _GAT_CMPT_150_ .

6. For Typ e, clic k th down arr ow, and s lect Whe l. Size wi ll be the ame, 8, 1 , and 12. Descriptio n: TOP ORKS FOR COMP CT EXPA DING GA TE VALVE, then clic OK.

7. Now we’ll fill out s ome data. There’s n t a lot req ired. This value will be 150, 165, and th n finally 1 8. The o erator thickne ss will be 12, 15, an 18. The o perator l e gth will b e 1168, 1 76, and fi nally 1567.

8. Now cl se this by clicking t e X, and ave it. This is ready to work now. We ave one more valve to add, but let's save i for the ext video. Get this in ormation filled in as e showed, and the we'll continue on aft r that.


Specifications

ideo Four

. In this video, we're going to c ntinue ad ing a second valve. This val e will hav different nd types on each en . This valve will be t readed on one end and flanged on the other end.

. We’re i the spec editor . Cl ick the plu s next to t he data tables, scroll dow n to valve s and clic the plus ext to it to expand the list. Cl ick the plu s next to ate valve and that will exp nd. When we look a the data files, we ca see our previou valve (G T_F_CMP _150).

. If your display has a small gr phic next to the valve we previou ly entered,, it’s usuall not a pro lem. To clear it, you can clo e and reo en the spec editor. nother wa is to go ahead and right cli k on this, nd go to roperties. Under Properties, add initials or you name under the "Cr ated by" and "Edited by" fields. If you hen close the Proper ies dialog it should lear the exclamation oint graphic.

. Now w 'll add the second valve. I'm going to right click on Gate V lv e, and I' going to add a dat table. This is going to be a ga e valve th t has special end typ s. Push down the cap lock ke and type AT_THD x_FLG. It's a gate v lve threade on one e d and flanged on the other.


CADWo x® 2013 Specifications Video

. We ne d to have size tabl available next. If you don't see it, click the down a row and just select si e. We're only going to do one ntry for this example. Click the box with he dot do t dot, an we'll set i for two in hes. Clic k OK once that’s done.

. This v lve will h ve differe t starting and endi g conditi ns . On the previous valve we had that bo checked, since w had flanged on both ends. But for this valve, for the starting end click the down arrow and look for a hreaded gate valve.

. Scroll d ow n and l ok for "thr aded." T en look fo a gate valve. he one listed is "thre ded gate", and it's got an 800 pound r ting (THRD_GAT_T C_800).

. We’ll do somethin similar for the other nd conditi n. Look f r "flanged gate", so croll dow n to "fl an e," and lo k for GA .




. Listed i the FLG_ gat_f_150 . The part number i optional but enter 0 56. The d escription will be GA TE VALV , THD x FLG. Once finished, click O .

0. We ha e one size valve to fill out. On t e hub OD, use 60.3. For the length, en er 178. F r the weig t, enter 4.

1. Click th e X in the orner of the dialog b x to close this and click Y s to save it.

2. The graphic next t the new file appears. Right click here, an go to Pr operties. nter your initials here. In my ca e, I'll put AH, and I'll do the in the lowe field, then close it.

3. To clear the graphic, we’ll cl se and re pen the ompany catalog . Click on he main b tton at the top, and click on Sample Inch. Sav the work when pro mpted.

4. Open t e Sample Inch catal og . Next, click on the new catalog you just completed (Company1.cm p). When it reopens, everything will come in clean. o to Data Tables, and clic k the plus , and com down to Valves. Ex pand the Gate valves and you can see now that the work w just completed is there.. So saving and reopening the c talog will clear notification s mbols like we just ha .




15. The next videos will cover working with specifications. We'll bring in some legacy specs, and we'll add some records to them. We'll also use these data files we just completed and we’ll add them into a spec for use.

16. We've got a few more things to cover, but we're making good progress!


Specifications

ideo Five

. In the p evious vid os, we've been working with th catalogs. We set p a comp ny catalog, and we organized s me tables. So we have a lot o data that e can be in to work with. Wha we're g ing to do ow is orga ize that d ta in specifications. After th t the spec can be u ed to mod l compon nts in CADWorx.

. The Sp c Editor i running. ou can click the button on the Ribbon o start it, or you can o in the folder and d uble click the .exe file to star it.

. Click th e top butt n in the s ec editor nd select "New project. " Projects are collections of specs. It’s ho they’re organiz d in the n w version. Leave th name as Project1, r you can add your wn name if you like. The syste requires source atalog. Cl ick the bo with thr e dots in i t to browse.

. Now just looking a what's list d we can see some f these ar quite specific. This one, for in tance, is oing to be for fibergla s reinforc d pipe in i ches, in i perial sizes. Here's one tha 's going to be stainless steel in i ches. So this is how they brought some of the old ata acros . They have them formatt d the data files and s ec inform tion in this way now.



. Toward the end of the list we see some ample inc , sample metric, ample me ric inch ca alogs. These are goi g to be more extensive. T ese actually are what we used t see under LIB_I or LIB_MM or Lib_M.

. And we used the Sample_Metric_Inch c talog whe we made our first catalog, o r Compan catalog. o let’s go back and select t at one, it’ going to be the Com pany1.cm p file, the Compa y catalog, and click pen.

. For the bill of m at rial type, leave that s fabricat io n.

. Next ar some options for setting up a long description format or a par number f rmat. On option is to select certain fields out of the tables, and the system will act ally put these togeth r into a string for yo as a long description.

. This is way to automate de criptions i your specifications. You ca bring in s me material information. You can bring in some thickness inf ormation, i you would like to include thickne s values into the long descriptio s. We'll look at that closely in a later vi eo. For now, let's le ve it blank.




0. There i a similar ption for setting up a part number. The system now allows us to brin in different fields out of these tables and put the together into a strin that woul build a dynami type part umber. Using this a proach, we can kno exactly ow to ord r a specifi component.

1. For this project de scription nter Test Project. By default, i will sav it in the C ADWorx folder under Plant, und r Spec. You co ld save thi elsewher if you wa ted to. I'll just say OK here an accept the default. Note: If y ou want t restrict access to modifyi ng your p ojects an specific tions you can sa e these in a folder o n your net work with access restricti ons)

2. Our project has been created.. At this point, we co ld add a spec from scratch r we coul import on into our roject. W have some other options her . We coul move data from a previou project over to our n w project. For this e ample, let's import a legacy sp cification into our Pr ject. Clic on the Import egacy Sp ecificatio button.

3. Click th e box wit old CA Worx fol a CAD orx 2012 your sy tem you c

the 3 dot er (if you ersion. If n browse

in it to br wse. Bro se to yo r ave one). On my machine here’s ou have old specs elsewhere o o them an import th m.




4. If there are not le acy spec on your achine I included some i the folder you downl aded with the lessons files in it. You sh uld have a CADWorx Lessons_Files\Specifications folder. If we go th re for a m ment, you’ll see ther is an A10, B10, C10 spec. S you can se these if you like. I' going to go back to my CA Worx 201 and get ine there.

5. Select the A10_ spec, an click Op n.

6. The sy tem requir es a catalog to link to. It also needs a size table. e'll select Import and the spec will be imported. A note he e shows t at it came in success ully.




7. Impor t he A10, B 10, and C1 0 spec. You can im ort them from th CADWorx _Lesson_ iles\Specif ications folder, or if y u have some on you system y u want to import in, you can select t em. I'll import the B10_M and t e C10_M pecs. Yo can als bring in a y of the old sample specs as w ll, if you have access to them. (Note: In the Sp c folder i your latest v ersion yo can also import dat a from an of the catalog s, project , and spe s in th e f lder. These are ne version s of the le gacy spec s found in earlier ve rsions of CADW rx)

8. Comple e things a shown to this point, and we’ll continue after that.


Specifications

ideo Six

. Now let's modify the spec. I'm going to d ouble clic k the A10_M, and it will pen in the editor. I'll get a list o components displaying, and t ere is a d tail scree in the low r half of t e screen. This will fill out as I s lect a co ponent.

. Let's sa that we anted to modify the pipe information. I'm going to click the lus next t o " pipe," nd I'll look and see what is in our spec, and we h ve three entries. Th re's the h lf to inch nd a half, to 24, an here's some pipe ni ples.

. I'm going to click n the 2 to 24. When I click it, it starts fillin out the ottom par of the scr en with spec informa ion.

. If I scro ll up and l ok , I'm going to cha ge some t ings. I'm going to change t e descrip io n. Wha I'll do is I ant this to say Schedule 40 i this particular spec, o I'm goin to just type " SCH 40." A d then to ake this come out, I' going to come o er here and select for the sche ul e, 40 for that. If I click on another one of these boxes, it'll et that.

. So that part is set. Let's say ow that I anted the description to say PIPE, SCH 0, SMLS, STM A10 GR B, and then als , whatev r thicknes it was.



. This is here this pec Edito gets reall nice, bec use there are thin s we can o on a co ponent-b -component basis. What I an do und r this long descripti n area, I an click this bo with 3 do ts to do a pecial for at for this component. If I click that, what I'll be able o do is cl i k the do n arrow and go ind a thick ness tabl . There ar e different fields and values i that table.

. What I ant to do is take the ain thick ness and just have it include automatically as par of my description. So I'll click this arr w, and it'l come over to the rig t in the dialog box. Now m descriptio is going to have this typed part first, then comma, and then the thickne s value at the end.

. To make this read well I'll cl i k after th t field val ue and press t e space b ar , and just type "THK." Then hen I say OK, it'll ctually pu that up in the string. At this poi t click O , and it will get set. Click the ox with 3 dots agai and we'll take a l ok.

. Now w can see ow the de cription will read. La er we’ll test this. Cli ck Apply o save these change .




0. Let's do a couple t ings with the valves ow. I'm going to clic the min us to clos e the pipin g informa io n, and I'll click the plus next to valve s. Scroll down, and e'll find th e flanged gate valves.

1. Select t he gate v lve, 150 p und flan ed. The i formation fills out i n the details at the bottom, and e want to make some change here.

2. Let's sa here that we want to put some Top Work on this valve. o we'll cl i k the dow n arrow, and we'll select our To Works file. Find heel_Gate _150_F_M.top, and e'll use th t one.

3. Next le 's put a ta in. We'll lick in th Tag field, and we'll put C33P for that. So we have some op ions here, some thin s that we can do. We can do s me speci l SKEYs f r Isogen if we wan . We can ut it on a ertain layer, and we ave optio s to contr l the color s.

4. Here ar the size r anges. If you wanted to modify the size ranges, you could ome in and check on or check ff some of these b xes. Dep nding on hat the data file is, it'll show it. I'm going to click a ply to tak these changes.




5. So why don't we g t it to here, and what we'll do in a moment is test this.

6. OK. W 've modifi d our spec. Go up here to the m ain butto on the pec Edito r and clic Save. This will save all the change that we h ve made to this point.

7. Now let’s test this. I going to minimize t e lower part of the screen, and go int o CADWo x Plant. tart a new drawing using a metric te plate.

8. Click S tup and cl ick the sp ec/size. Click Brows e, and select ur project .




9. The pro ect that I have is call d Project ne. If you have the same n me, that's good. If n t, just get ours. Clic k on the A10_M, and then lick next t o 10” und r Main, a d click Appl y a nd Close.

0. Now we’ll draw a piece of pip . If the specview tool palette is set to “show all co ponents”, you possi ly might h ve two kinds of pipe displ yed. On y screen ere's the one that I modifie . This is t e one that says Schedule 40, s that looks good. lso I can see that it h s my description showing.

1. Click Pi pe and cli ck a coupl e of point . Now we want to see how the material is being des ribed. If e double lick that pipe, w ’ll see what the long escription says.

2. The sy tem has d scribed it as a Sche ule 40, lik we wanted. Also, it as a com a, and then the thick ess value with a TH . So it ca e out just like we wanted.

3. You ca see that t is is very owerful, b cause yo can bring in all kinds of infor ation fro the data files, and a tomate building a long description with a number of option . You can also build a part n mber in a imilar fashion. This ew spec format ives us a l t more ve satility tha we had before.




4. OK out of the dial og box, a d next we'll bring in a gate valve. Click o the gate valve on t e specvie tool palette, and cl i k a coupl e of point to pl ace i t. If the pi ing rules re set, we can just click right on the en d of this p ipe and d ag to the right. ou can se how connected to the pipe and placed the flange, asket and bolts, bec use those rules were on for automa ic placement. Also it placed the Top Work .

5. Doubl clicking t he valve shows the v alve tag was include as well.

6. So ever thing is w rking like it should h re. Make sure you've got it to here, and then we'll go on after t his.


Specifications

ideo Seven

. In this video, we're going to a d some g te valves into the system. I'm in the spec edito r ; we have our Proje t_1 open, and I'll ouble-clic k on the A 10_M spe ification. e're goin to add t o valves into this sp c. So if I ut the poi nter over the wor d valves and right-cl ick, I can lick on A d. The bottom rea of the screen op ns and is ow availa le to add new val e.

. The typ of valve e'll add is a gate valve, so click the down arrow and find ga te. In the ata table, click the d wn arrow to find the gate valve we’ll be adding. In an earlier vid o, we ma e two ne valve dat files. We made a compact exp nding gat valve, and we made a thread d by flang d gate valve.

. First we'll add the ompact expanding gate valve . I'll click on that, an the syste will read the size o t of the da a file that we made earlier. ou can se , it has th 8” to 12” etting. Everything else fill d out in the data is standard. T e system reads the schedul and the material information, a d fills it ou for us a tomaticall .



. Let's sp cify the top works for this valve. Looking t the availabl entries, e'll set the top work to be the one that we cre ted. Scroll down and find that. I 's the wheel gate compact (WHEEL GATE_C PT_150_ _M.top), o that has now be n added.

. This will be an optional comp nent. We'll click on the button to set it for Optio al, and fo the descr iption ent r GATE VALVE, COMPACT EXPAN ING. The tag will b C33E an then cl i k Add.

. Next, w 'll add the other valv . Scroll b ack up to alves, an d right-cli ck on val es. Then click add, and the sy tem will open up another dialog box t fill out.

. Scroll d own and elect gate valves.




. This on will be th threaded by flange gate val e that we created earlier. Scroll down t the data ile and sel ect it. When it’s selected, the syste will show its set for two-inch size. T e values i the dialog box are filled out an everythin looks g od.

. This val e is an op tional co ponent a well. Leave the top works out on this valve for no . For des cription t pe GATE VALVE, THREAD D BY FL NGED. F r the tag se G38T.

0. So ever thing is filled out well, click Add . One thin to mention here is e made t is an optional compo ent, and hat that does fo us is on t e spec vie tool pale te, when it lists the differen gate valv s, these that have Optional che ked off will come in shown in lue. This indicates they are not the default gate valve.

1. Next we’ll add a couple of co trol valves, so we ca illustrate how to o that. Sc roll up an look for ontrol val ves. Look under fl nged, the control v lve, 150-p und flang d. If we look acr oss, there is a CNT_ _A_150 d ta file whi h contains the valve’s measur ements. This is the s andard control valve include in the specification. Scroll up t o valves, here you can rig t-click on Valves, a d click A d.




2. We'll add a control valve. Cli k the do n arrow and click o Control . Now we’ll select on to add.

3. Click th e down ar row. The ONTROL F_A appears in the list. No other ones rated at 1 0 are liste . We’ll add some data file to o r catalogu , which will then let us bring them into this spec.

4. Click th e top butt n and cli k Save.

5. Now, w click op display you na

his saves he project.

’ll open our catalog. Click on t e top butt on , and n. Actually, we can ome over in the list if it’s d and click on it. Clic k on the ompany_ 1 catalog. If ed yours ifferently earlier click that one.

6. The cat logue is o en, expand the Data Tables. T is area of the spe editor scr en works or brining in data file from olde version . It gives s a couple of ways to import data. We ca bring in legacy dat from an earlier spec or, from a data file th t we hav elsewher on our sy tem.




7. Click I port Fro Data Fil , and this rings up a dialog box for addi g files to ring in.

8. Click

dd Files.

9. The dir ctory we'r looking in is a legac version of CADWorx, which o my machine is CAD orx 2012. Yours could be a 2010 or a 2009 or hatever. If you don' have one of these, remem er we incl ded the data files in t e group o files you downlo ded earlie (the CAD orx_Lesson_Files f lder).

0. Located in this folder are some control v lves. The e are the data files for other kinds of control valve . Click on the B f ile, and hol d down th e Shift ke and click on the K ile. Click Open.

1. The file appear in our list to i mport.




2. And then if I click on one of the files, I'll e given options for importing. Click o n the cont rol valve b utton and click Import, and the system will b ing it in to your catal g. Do tha for eac of these control va lves. Now we have some new data files that can e added t our speci ication.

3. Save t e catalog and reop n the Proj ect1 proje ct . The system prompts if e want to update th project fr m the bas catalog . Click Y s and the doub le-c lick th e A 0 spec.

4. Scroll d own to Valves and r ight-click

n Valves. Click Ad .

5. Click th e down ar row for Ty e and sel ct Contro l Valve. F r the Dat Table yo will see different val e data file available. Hover over these nd you ca see there is a Fishe Type A, a Fisher ype E, an a Fisher ype K.

6. Click o the Type E control alve and a dialog bo appears. The val es are co ing from t e data file.

7. We ha e an optio to add a t op works or the valve. There's a sample actuator a ailable. Most likely we would cr ate a top works file for this valve. Leave this field blank for ow. Click on the button to set it as an o tional co ponent.

8. For des cription e ter Contr l Valve, Fisher E. For the Tag 6 Copyright© 20 2 All Rights R served CAD Training Techn logies, LLC

Pipin ipin Des ign ign nlin nlinee.co value u e CVFE. CVFE.


hen done, click Add .

9. Scroll u p to Valve Valve s. Right-c lick and c lick Add. 0. For Ty e, use Co ntrol Valv Valv . 1. For Dat table, table, select the Ty e K contr l valve. A ain, you can see the information from he data fil files out t e dialog box. 2. Set the alve to O tional. F r descripti on use C ntrol Valv Valv e Fischer K. For T g us e CV K. Click dd when one.

3. Save t e spec an d go back into CAD

orx.

4. Start a new draw ing, using a Metric Metric t mplate. mplate.

5. Click S tup tu p and click to ope your Proj ct 1. Sel ct the A10 the A10 spec. spec . et the siz si z to 3”, and click Ap click Appl pl & Close. Close.




6. If your pec View tool palett is set to s ow optional components, you'll start seeing these optional cont ol valves appeari g in the list of components. Yo can clic the Setting tab and ake sure you have the show optional compo ents butt n checke .

7. The cu spec vi valves i the ran

rent size t at you're set to contr ls what appears in the w tool pal tte. That’s why we s e these two control the list of components. The thr ee-inch size falls within e of these valves.

8. Scrollin down, we don't see he other t o that wer e added (t e compact expandin gate valv and the t readed b flanged gate valve). This i because he compa t expandi g gate val e went from eight to 12 inches in size.

9. Set the size to 8” and the c mpact expanding gate valve will appear, as well as one of the other contr ol valves t at is in that size range.

0. Set the size to 2” . That's th size we ad for our hreaded by flanged gate valve. If we scr ll down, w 'll see it, s o let's plac that and see how i appears.

1. Right- lick on Pi e, and cl i k Thr ead ead d . Click t wo points 8 Copyright© 20 2 All Rights R served CAD Training Techn logies, LLC



to plac a piece o f threaded pipe.

2. Click o the threa ded by fla nged gate valve and valve and press Enter . he valve ill connec automatically to the nd of the pipe. Check it to verify it’s co nected pr perly.

3. Set the size to 8” . Place Plac e a iece of pi pe into pe into the drawing.

4. Click Clic k o the Fish r Type K ontrol valve and pr e s Enter . I should onnect au omatically. Since the rules hav been set to place fl nges auto atically, t e system should pl ace a flange, gasket an bolts. .

5. Scroll own and click on th e compac t expandi g gate valve, valve, and press nter . The valve sho ld connec automa ically. Yo should get prompted for a top orks.

6. Check t e descriptions on ea h of your omponents by doubl clicking them. You should also have Ta values in them.

So go ahead and test out your wor ing as ex ected.

omponents and ve ify they are


Catalog

ideo

ight

. In this video we're going to lo k at sever al new things.

. We're g ing to cre te a speci ication fro scratch, nd we're also going to go in o the catalog and change some of the settings. We're going to modify some of the measurement files so that e can pro uce graphics in enhanced mod . We'll also set up a minimum nd maximum pipe le gth.

. Let's st rt out with our catalo . Click on the main button, and open up the comp ny catalog we create earlier (Comp ny1.cmp).

. Click th e plus ne t to th e d ta tables nd scroll own to the flanges and expa d them (cl i ck on the + sign). lick on th e plus next t o Flan e Weld N ck , and d uble clic the FLG_W _150. The data fields open up and some o the fields will be changed so we can pr duce enh nced graphics when we model them.



. I'm going to expan this colu n display little, and we're going to set u the 6 inc size here for enhanced graphic . If we hover o ver this fi ld we can see it's th raised face diameter . So we’ll click in th at field an enter in 215.9 (Note: It’s on th row for he 6” size).

. Next cli k the arro and go o ver and u . In this fi ld (which is the rais d face len th) enter .52. This is the mea urement f r the extension of th face.

. The next one is going to be the bolt hol value e ter in 22. 5. Next will be the b The bol circle dia eter will b 241.3. T bolt hol e number . For that field enter i be the p ipe inside diameter (the colum that val e enter 152.4.

diameter , and for this lt circle d iameter . e next field holes the 8. The n xt one will is labele PID). For




. This co pletes the flanges. ow let's d somethin on the pipe. Minimize th flange li t, and clic k the plus next to Pipe. Then doubl e-click t he PIP_W_S D.

. In the n setting inch si maxim

w version of CADWorx we have a rule tha allows pipe mini um lengt and maxi um lengt . For the e, let's p u in 300 fo the mini um lengt . For the m length, put 6,000 in that field.

0. What's this will do is when th pipe length you’re placing in the model exceeds 60 0 (6 mete s) the system will prompt you asking i you want o split the pipe into s orter seg ents. Thi can let ou keep pipe lengths within fabr ication gui elines, if you wa t to utilize it. Again, ere’s a ne rule which can assi t in design consiste cy.

1. The ET value in the right column has t do with c mponent insertio . It’s a sy tem settin and not something ou’ll have o change. It stands or Bitwise End Type lacement Control. The nu ber will vary, depending upon t e type of component.




2. Scrolling down to alves, go o a gate v lve and d uble-clic the GA _F_150. ou’ll see that these have an ETS of 3. Yo can pla e a valve f rom either end, and y u can right-click and place it using a ce ter inserti n. So ther e are three possible insertio s, which atch the E S value.

3. Some o the ETS values get retty invol ed. If we look at Tees, it has a ETS of s ven. So t ere are a umber of ays you can ins rt a Tee, such as left end to the center, branch first to the center, etc.

4. The easiest thing t do if you’re creating a new file is use the ETS value in an existing file. Typically t e system ill have this already done for y u automatically.

5. Get yo r catalog next video.

odified to here, and

e’ll contin e in the


Catalog

ideo

ine

. We've updated ou catalogu . Let's go ahead and save it, and next we'll ope our proj ct (Projec t1.prj ).

. What w 're going to do in this video is a d a new s ec to the project.

. The system prompts us to up date the p oject, sin e the base catalog (Company .cmp) has changed since the pr oject was last opened. Click yes to continue and i clude the latest change .

. You ca import i and mo becaus It’s easi than it i

create a new spec a couple of ays. One way is to a legacy pec from n earlier v rsion of C ADWorx ify it. I thi k that's th easiest ay to go a out it there are so many c mponents built into t ese specs. r to take something that has be n done and modify it,, to create omething from the v ry beginni g.

. But let's say we w nted to ha e a speci l spec, an perhaps we just anted to ave a few componen s in it. Here's how y u go about creating spec fro scratch.

. Click o the Spec ifications ab, click t e Add button. It brings up a file for us to use f r filling ou the new spec’s informa ion. For this example name the new spec 20_M.

. The co ponent c lass will b 150. Th temperat ure rating will be 78 C (we're in metri units her ). The pressure rating ill be 14 AR.


CADWo x® 2013 Specifications Video 9

. The si z table will be Size. or this size table we’ll remove some si es that will not be in his spec. Click the own arro and clear out sizes up to a alf inch. his spec ill start at a half-inc on and g up.

. I'm going to take a couple of 3-1/2, a d the 5. ext take So we'll take out fr m 28 up. we wan to have for this parti

ther sizes out. Let’s emove th e ut all the l arger size s above 2 . This will s t our size anges like ular specif ication.

0. Reviewing what’s een remo ed, I’ll als take out t e 26 inch size.

1. The th i kness table will rem in the standard one. The material table will be as well. Later the aterial ta le might be modifie within the catalog, if we want a ditional m terials an grades o be avail ble.




2. The system has a ability to t ke fields ut of these various tables and put the together into a strin that can utomatically build a long descri tion. Later we're goi g to take really good look at ow that is done. For this example we’ll lea ve this descrip tion field mpty.

3. The system can al o build pa t numbers automatic lly. If we click in the part nu ber box, ach field i the vario s tables, has a s ort part number strin assigned to it. So if we took this and clic ed on this first field, then held down the Shift key and cli ked on th bottom f ield, and apped t h m across to the o her side of the dialog box, we w uld build long part number.. This string is unique for each component, and since it's all a tomated, let's just go ahead an do it this ay for this exampl .

4. When y u use this method, y u can use certain fields, or separat them wit hyphens. You have options on utilizing this feature.

5. Again, ince it's c mpletely automatic, and clic k OK . So that's done.

e’ll use it s given,

6. We hav options f r the layer name and layer color . For this spec u e color se ven.




7. Next we’ll enter our name. Y u put in y our name, and I'll type mine in. The desc ription is ample Test Spec. lick OK.

8. To start adding co ponents, ouble cli k th e A20 _M. This will ope up a blank spec. To add components mo ve the pointer out into t e blank a ea of the creen, rig ht click a d say Ad . Then w 'll start sel cting our ifferent categories for our components.

9. If we cl i ck the do n arrow u nder Grou p, we can select pip . The Ty e (click th down arr w) will be ip e. The data table will be IP_W_STD.




0. The system fills out fields in t e dialog b x, based n the previou form that we set up. We're goi g to do one more setting ere under Schedule nd Materi l.

1. Click th down arr ow for Sc edule, an Schedu le 40. Wh n this is s t, the syst thickne ses, since the sched le determi pipe. L ter when e draw this in enhan will display the pip inside diameter.

this will be set to m can look up wall es the thi kness of t e ed mode, the system

2. For lon description you have some choices. You an click in the box for long description a d type in ny kind of description you wo ld like. That's the tra itional wa of doing i .

3. We also have the bility in thi new version of CADWorx to use data fields from th catalog tables to aut mate this. This will e covered in a later ideo.

4. For this example, e'll leave the long d scription ery simpl . We’ll do the automation later.

5. Type in SAMPLE IPE DES RIPTION, and click the pipe has been added to o r spec.

dd . Now




6. Now we're going t add a few more components. I' going to right cli ck, and w 'll say Ad d, and we'll bring in a elbow.

7. The Gr up is going to be Elb ows. The ype will b a Long Radius Elbow, and the Data table will e the stan dard one. So we'll go find 90 _W_STD.

8. The dialog box fills out. We c uld specif specific which we’ll do late .

aterials,

9. For the long desc iption ent r ELBOW DESCRIP ION. Again, t is will change in some subsequ nt videos.

0. On my creen the hort desc ription ne ds to be set to 90 Degree. I'll modify that with 90%%D LR ELBOW.

1. Click A d. Now ri ght click to add anot her comp onent.




2. Next we’ll add a Fl nge. The Group will be Flang s.

3. The ty p e will be the Flange eld Neck. The data table will e the FL _W_150. For the lo n g descript ion type in FLANGE DESCRIPTION. hen done, click Add .

4. Next added will be Gaskets a d Bolts. ight click and add. The Gr up will be Gaskets/B olts/Weld . The Ty e is Gasket, and the d ta table i GAS_F_ _150.

5. The ot h er fields ill be left s shown. For the lo ng descrip tion enter GASKET ESCRIPT ION. Click Add.

6. Right cl ick in the open area to add an ther comp nent. Ne t will be f r Bolts. T e Group ill be Gas ets/Bolts/ Welds. T e Type is Stud Bolt , and the ata table is BLT_F_ 150.

7. For the long desc iption ent r BOLT DESCRIPTI N. Click Add when done.




8. Comple e your spec to this p int. Then ave the roject. In the next video we’ll see how nhanced raphics work.


Specifications

ideo Ten

. In the p evious vid os we mo ified the company catalog and added a new spec. Now let's go into C DWorx an we'll brin in some compone ts. We’ll use the enh nced mode for this test.

. I have ADWorx tarted. Y u start it if you haven't done so. Start a ew drawing using the metric te plate.

. On the ADWorx lant I tab, click the S tu p butto . In the options for the Cur rent Drawi g, click on the button to set 3D Enhanc ed.



. Click S ecificatio /Size and click the B rowse button.

. Select roject1 and click Op n. Select the A20_ spec. Ne t click on the 6 inch size under Main. Ea lier, when we added size val es in the f lange data file, the 6 i ch flange was the one that we modified. In an earlier video we set dimen ions for th bolt circle diamete , bolt hole , and the number of olt holes.

. Click on Piping R les . Set t e Appl y P ipe Lengt Show ptions. Earlier we s t up a minimum and length f r that.

Rule to maximu

. Everything else is et as sho n here; a lot of these rules will be set to a tomatic. he first pa ts, for applying the si e and spec rules will be set to Show Opti ns. Click pply and Close.

. Click Pi pe (from t e Specvie tool pale te). Click couple of points and drag it n across and come down. And as I do it o my screen, the system interrupts me an the pipe I placed is red.




. One of the piping r ules is wor ing. The ystem is prompting that the pipe I dre is longer than the all wed maximum lengt . It asks i I want to plit that pi ce of pipe, yes or no. It’s set to yes by efault, so I’ll press E ter to continue. The ystem will split the pipe into t o segments and the I can carr y with the routing f more pipe. I’ll com over and click and t en press Enter to exit.

0. You ma or may n t want to i voke this ule, but if ou can will help wit maintaining your fa rication guidelines.

1. Now I w ant to look at this fro a 3D vie point. In y system, at the top right of y screen i the view ube. If I click on the corner I could hav a southw est isome ric view. This version of Auto AD also has a view enu right n the screen. As I move the mouse o er it, it dis plays the view controls. I’ll click Top, th n SW Iso etric.

2. In setting your vie , you can se the vie cube for that, or yo can als use the View tab on the ribbon. If you use that, you can sel ct a south est isometric view a shown in he video. Another option is t use the enu bar a ross the top of the screen. You can click View and then 3D views wh re you can select a southwest isometric iew.

3. All of these methods produc the same view. Usi g the mouse heel to zoom in, we'll see that e're in en anced mode. he syste is now dr wing the i side diam ter of the pipe.




4. Click Fl ange and press Ent r . The fla ge will co nect automa ically, and we can se that the s stem is modeling the holes for the bolts nd the rai ed face of the flange..

5. Click fl nge agai , and pres s Enter to connect a tomaticall . Click pi pe, press Enter to c nnect automatically and drag it down and click. ress Enter to exit.

6. Now we’ll shade this. In my system I ca go to the top are on my screen and it will display some shading options. I’ll set it t Concep ual. If this is not available, you an go to isual Style , Concep ual on the view tab o the ribbo . You can also use the menu bar by clicking Vie , Visual St les, and onceptual.

7. You ca see how the 3D Enh nced mode works. I might be something you wo ld want to do for a pr sentation to a client, or just t have you drawings look more ealistic.

8. Make s re you go hrough th se steps, nd we'll c ntinue after that.


Sp cificat ons Vi eo Eleven

. In this video we're g ing to buil a branch ta ble. On my system, the spec editor is runnin . There's a couple of ways you ca start it. If you have CADWorx open, on the CADWor Plant I ta b you can click on he Spec Editor button. This is an easy way to start the program..

. If you use Windows Explorer, y u can go to the CADWorx folder a d go to Plant. You ca open up th spec folde , and you'll see a list of files.

. In the list is a file called CADW rxSpecEditor.exe. Yo can double click tha to start the spec editor. This is a way you can se the spec editor as a standalone applicatio . You don' necessaril have to ha e a full lic nse of CA Worx insta led to run it.

. In the spec editor, cl ck on the button at th top left of the screen, then clic on Projec One. This will open our project. f the catalo has been changed, the system will see that. f prompted, click yes to update t e project fr m base cat log.

. Double lick the A20_M specif cation. Th spec is no open for editing. Looking at he screen, d own toward the bottom we'll see w have a Branch Table tab. Somet mes if this ets hidden on the display, ou can alw ys adjust t e task bar a the bottom.



. You can pull the tas bar down r back up, and that may reveal the tabs, if you don't see them at firs . Click on the Branch tab, and it opens up the branch table for editing. You can see that the size ranges correspo d to the sizes that we s t earlier, w en we set u p our proje t. We don't have the 3 1/2. We do 't have the -inch size. We don't have the 22-inch siz in the bran h table.

. Click in the square as shown. his will be a 12 by 12. The main size is displayed alo g the left, a d the bran h size alon the top. When o e of these s uares is selected, and you right click, you have some op ions. The system will show the types of components you c n select fo the branch table to use. Right clic .

. We'll select the Straight Tee. hen it’s selected, it will be set for this size combinatio . When yo select a Tee, a Cross i included. So this s lection will allow Tees and Crosse to be used for this size combina ion.

. If you d n't want to ave crosses, you can just simply not have them in your s pec. That's another wa to control ome of this.. Have the cell high ighted, the do a Cont ol-C and then click on ell and Control V it. So w can begin to add some tees across he branch table.

0. I’ll paus the video hile the rest of the squ res for tees and crosses get filled in. Then I' l show you the squares when they are filled in. We’ll ca ry on in a oment afte this.




1. We have our tees in he table no . I just placed them in this outer row across the branch table. Yo do the sa e. Next I'll click on an interior square, an right on t e mouse.

2. This cell represents 12-inch m in and a 1 -inch reduced size combina ion. If I ri ht click in his square, I will be al owed to pu in a vari ty of fittings. In this br anch table, I just want t have the reducin tees or re ucing cros es. So that selection gets checked.

3. Now we can Control-C that and click in an ther space, se ControlV to fill t out. So I'll begin to fill out these reducing te s next. Let me paus the video and finish th s step. The you can fi l out your table as hown.

4. Here are the reducin tees filled out. You g t your bran h table to look the same. You can see that some of these extend ri ht on up across a umber of s uares, on t e smaller a d the large size ranges.




5. Next to et placed will be the ol ts. I'll clic in one of t ese other empty c lls, right click and sel ct olet. W at we'll have to do if you want limit these to c rtain types of olets - pe haps you o ly want a weld ole for some o these size ombinatio s - we'll jus have to restrict t e sizes wit in the spec tself.

6. The branch table is set to allow ifferent kin s of olets. Depending on what' available i your spec, it'll let thos come in. I'll go ahead and plac these in. ou get you branch table to this point.

7. In the fi ished branch table you an see ther 's a large range of sizes that use lets. Now f these olet are available in our sp c and in ou catalog size ranges, the branch ta ble will all w them to e used. Th same is true of the tees, reducing tees, or an of these co ponents t at are listed here.




8. But if w try to put i , for instan e, an 18-in h by one-i ch thredole , or 18-by one inch w ldolet, and it doesn't ha ppen to be i our catalo size ranges or part o our spec, t en it won't atter. It won't come i anyway. The syste will just di play a mes age that it is not available. So the br nch table w ll allow it, if the components are actually vailable within the size ranges in t e spec and atalog.

9. I'm goin to click on the Component tab now. To test the branch table let' add a couple of components. Let's right click in the blan area in the top half of the screen. Select Add. Select ees, and for the type select a straight tee.

0. The data table will be Tee_W_S d. The dialog box will fill out. Fo the long description se TEE D SCRIPTI N. Click dd.

1. Next wil be a reducing tee. I'll ight click nd say Ad . We'll put in anoth r tee; it's going to be our group. The type will e reducing.




2. The dat table will e TEE_W R_150. Long descrip ion will be TEE REDUCING ESCRIPT ON. Click Add.

3. Next add ed will be olets. Right click in the blank area and click Add. T e group wi l be olet. The type will be olet.

4. The dat table is w ere we get pecific. Fo this entry se WOL_ _STD. Fo long description use eldolet D scription.

5. We’ll a d one more. Right click in the open area and click Add. The gro p will be olets. The ty e will be ol t. The dat table will be TOL T_30C, w ich is a Thr dolet, 3000 lb. The lo g descript on will be hredolet escription. Click Add.

6. Now let' check the vailable sizes for some of these. C ick on weldolet. I'll scroll p, and we an see the izes that we have to work with on weldolet. he weldolet standard s zes are 1/2-inch, 3, 4, 6, 8, and 1 . These are the sizes of the weldolet itself. Th se weldolets can be welded onto larger pipe t make bran hes.




7. So there are certain ombination in our catalog coming from the da a files that we'll be able to place when we actually start pl cing this compon nt. The branch table has some ranges of sizes, hich goes all the w y up to 24 nches. But we don't re lly know if some of these combina ions are av ilable. If t ey're in the catalog, the 'll be able to come in ccording t the branch table. But i they're not part of the catalog f les, then w won't reall know that at this point.

8. Let's go ake a quick look at that.. We can cl ck on the ain button, and we an save ou project. et's open u the Company1 catalog. Now let's t ke a look a some of th se data file .

9. Click th plus sign ext to data tables, and scroll dow to Tees. Click th plus next o tees and click the pl s next to t e reducing. e can see the size ranges that are Select the TEE_W_R_STD. available for this.

0. Scrollin down find 24-inch te . The mai size is 24, nd our reduced ize can go rom 8 all the way up to 22. So the atalog has specific ize combin tions that t is reduced ee will wor with. If we try to select size co binations that are not li ted here, w 'll get a message that it's not available.




1. Now let' take a loo at the olets.. I'm going o click the plus next t e'll come own and O-Lets, nd again the plus next to O-Let. double click the W L_W_ST . We can see that the eld olets can go from 1/8 up to 10 inches.

2. This column, PSA, tands for pi pe size allo ance. So i I expand that colu n we can ee that for a 2-inch wel olet, you can put that n a combi ation of ma n to reduce all the wa up to 14. ut if we tr to put a -inch weld olet on an 1 inch or a 24 inch pipe, it wouldn't be allow d. That’s ecause the atalog only goes up to 4 inches in size.

3. So if yo wanted to xpand the size ranges out further, you would just have to add to this c talog. All r ight. I'm going to exit t is, and we'll go into ADWorx t test this. omplete y ur branch table before proceed ng.


Sp cificat ons Vi eo Twelve

. In this video we're g previous video. CA drawing, and use a a new dr wing, you click Setup.

ing to test the branch t ble we crea ed in the Worx is r nning. Cli k New, an start a new emplate, etric. In CADWorx, hen you start lways use a template. nce the sy tem starts

. Click on the Specification/Size, then click he Browse button and select P oject1. Cli k on A20_ spec, and set the main size to be 6, and t e reduced ize to be 3.

. Check the piping rules and veri y that the b anch table is set for Automa ic. Click pply and lose.



. Now we’ll test the b anch table y setting a ize combin tion that th branch t ble can control. We’ll est a 6 Mai by 3 Redu ed. We’ll also be t sting a 6 b 2 ½. Look ng at the br anch table, 6 by 3 should f rce a reduc ng Tee, or a cross.

. When w test the 6 y 2 ½, 6 on the main, a d 2 ½ on the reduced, t e branch t ble should orce an olet.

. In both size combinations, in the 3 inch reduced, and the 2 ½ reduce , there are both reducing Ts, and t redolets or weldolets a ailable in both of t ose combi ations in th catalog. I we check the Compa y1 catalog, and review the data t bles, we ca see which tees are vailable for use. Click Tee, Tee R ducing, and double click TEE_W_R_S D.

. Looking at the 6” size on the ma n size, we an see there is a 6 by 3 reducing Tee, and there's also a ix by 2 1/2 educing Tee. So the reducin T is avail ble in the catalog in b th of those combin tions.

. Next we’ll check the olets. Clic the plus next to O-L ts, and clic on the plus next to -Let. Dou le click th WOL_W STD and verify th re’s a 3 inch size and a so a 2 1/2 inch size. E pand the PSA col mn and checking under the 3 inch weldolet, that fitting is available in a 6 by 3 weldolet. The 2 ½ is a so availabl in a 6 by 2 ½ size. Bo h the weld lets and the reducing Tees are a ailable in both 6 by 3 and 6 b 2 ½.




. This test will check if the branch table actually restricts hich choic can be u ed. If not, oth of thes fittings will be availab e. Let's see if the br nch table is working s designed

0. I'm back in CADWorx in the drawing, and I have main ize set to 6. I'll click Pipe and I'l draw a len th of pipe, nd I'll press Enter to exit routing. If the pipe is longe than the allowed lengt (according to the pi ing rules) and the rule or pipe spli ting is on, t e system will prompt f or splitting. In my case I’ll press E ter to accept that.

1. And what I want to o now is dr w a fitting hich will show how the branch t ble functio s. I'm goin to bring in a 3 inch br nch into this, and I'll bring in a 2 inch branc as well. Set the Red ced size to 3 inches. ext, I’ll click Pipe and just click a point and rag it up t the first pipe to for a branch into it. For this I'll use Osnap perpendicular into he pipe that was drawn first.

2. The branch table, it hould force me into a r ducing Tee right here. So when I click Per endicular into the lin , they syst m shoes what ch ices I can se for the ranch con ection. It hows Reducing Tees, and this is what’s available. When I click the listed reducing tee it place it. You do the same to verify this n your system.




3. So the b anch table idn't give e an option for a weldolet, which is good. Now set the ain size to 2 ½. I’ll ri ht-click o Pipe this time, an I'll use socket weld. I'll pick a point and drag it up and osnap p rpendicular into this inch pipe rawn first.

4. Now the system is giving an op ion to plac an olet fo the branc connection. The br nch table a d spec (and catalog) ha e both a threadol t and a wel olet with those size co binations. I'll use a weldolet. You can see there wa no option for a reducing Tee. S you can ee the bra ch table is controlling which type of fitting can be used for bra ches.

5. Now set the sizes to 6 by 2 ½. lick on a reducing Te , and mov the curs r out on t e 6” pipe. 'll do a shi t right-clic and click Nearest, and then c ick on this pipe. Pres Enter to a cept the prompt.

6. The syst m then pro pts for the branch dire tion, when I drag dow and clic , it displays a message that says the component size does not mat h branch t ble. So th size is available - its p rt of my siz e ranges i the catalog, but the br nch table revented e from placing it. The bra ch table worked as it hould.

7. You should go thro gh all of th se steps an verify this works on your sys em, and then we'll continue after th t.


Specifica ions

ideo T irtee

. In this video, we're going to buil a user sha e, a custo component. I'm in C DWorx. et that started, if you d n't have it oing at this time. We'll click New, to start new draw ng, and we'll use a metric t mplate.

. Next I'll click on the Setup button. Click cu rent drawi g and set the drawing mode to 2 double line. We’ll use that settin in this example.. We’ll create a profile or an in-lin componen , and the system ill revolve it around a center line la er. It will also create a 3D solid from it as ell.

. You'll see how this orks soon. Next click n Specific tion/Size a d click browse. Select Project1, and then set he spec to 20_M. The main size will be 10-inch. Clic Apply & lose.

. We'll draw a couple of flanges t at we can use for const uction lines to make our custom hape. I'm oing to clic the RFW flange. Place the face end first and dra out to the right and click for the butt wel end direction.



. Next I'm going to put another flange out to t e right, wit the face o the flange facing to the right. T ere will be distance o 662 betwe n them. I’ l click Fla ge, and notice the prom pt. On my ystem I’ll need to ight-click f r buttweld. I’ll do that, and then ause the mouse r ght on the nd of the f rst flange, but I'm no going to click. T en I'll just move the ouse to th right, and the system

will start tracking.

. If you move the mouse back to t e first flan e and touch it, you lose the track ng. So ma e sure you over right n it initiall , don't click , and the system acquires the poin . Drag out to the right and type 662 and ress enter. The buttw ld end of t e flange ge s placed at that point, and then I'll drag out to the righ and click. This places the flange.

. Now the e flanges will serve as he outline f r the user shape we’ll e

construc ing. Next a polyline will be constr cted aroun the edges f these fla ges. Turn off Ortho turn on Pol r. Right click on Polar and go t Settings.

. Verify t e increment angle is set to 45. Click OK to ex t the dialog box. Ty e pline to tart the pol line command. Next I’ll click points around t e edge of t e flange. I’ll click the irst point o the end o the pur le center li e, and then just go rig t around t e edge of t e flange. 'll be clicking on these endpoints as I go arou d it.




. Then dr g out to th right and type 150. I''m not goin to click; I' going to just drag out and type 1 0 and pres Enter. Fr m there slant up at 45 and t pe 150. D ag the mo se to the right and type 150, co e back do n at 45 de rees for 15 , drag ove and click on the e d of that flange. Fro there click points right around t e edge of he second lange, click each corne and contin ing right o

down to the center li e again.

0. Press E ter to exit the polyline ommand. ext type E and press Enter for Erase. C oss throug the lower part of the flanges an press E ter, and it'll leave only he polyline outline. T is is going to become flame arre tor. It's going to beco e an in-line component that will have CAD orx intelligence and will end up as part of our specifications.

1. Now thi will be ma e into a C DWorx co ponent. O the CADW rx Plant I ab there's a button here for Create. Click on i and the system open up a dialo box. This ill be used to define o r new sha e.

2. Under N me, type i FLAME_ RRESTOR. When y u bring in new sha e like this, ou can bring in as a bl ck. So if y u have blocks already done, you can ad them to C DWorx, w ich we’ll show in he next vid o.




3. In this e ample, I’ll lick the do n arrow, a d click Sel ct Polyline. This is t e technique to use if yo ’re creatin an in-line omponent, which is symmetrical about a ce ter line. It orks very ell. You draw an outline an the system will build a new CAD orx object for you. So it's a gra phical method, and you don't have to do program ing to create a new C DWorx sha pe like this.

4. I’ll click Select, and then click n the poly ine. Then e should notice the prompt. I says, pick insertion points. Click n each end. The syst m then ask what kind of end cond tions and what kind of connecti ns do we ant to have on each end ?

5. It starts ith the first end, and it rompts to et the end t pe at the connecti n point. I'l set it for flanges. On he other en , it will be set for flanges, as well.

6. Other things can be et in this di log box, su h as materials and densities. Under the weight, I'll enter 300. nder Desc iption, I'm going to type FLA E ARRES OR, MODEL 10-35B.




7. And the , finally, I can set up how I want this to appear n ISOGEN.. There's a whole separate set of v deos and lessons on ho to work with Iso en, so just se what’s s own to ma e this work for this example.. There are some files t at are store in the CA Worx fold r that are ull of ISOGEN reference informati n. (CADW rx\Plant\Is gen|Isogen Utils\)

8. One of them is called skeys.pdf. It's a PDF file and the name is skeys.pd . It's under the plant, u der ISOGE N. It has illustrations of all the different skeys that Isoge can displa . These ske s can be assigned to different CADWorx objects.

9. There's ne in there that has a diamond sha e, and the skey to make this wor is going t be FTFL. What that ill do is pr duce an Isogen s mbol for a lame trap ith flanges n each side. So we’ll use this alue. I’ve dded some illustrations showing w ere I found this for our referen e informati n.

0. Click OK and the s stem will c eate the ne custom component, a d add it to our spec an catalog.




1. To draw it, click on he entry t at it create and whic appears i the spec iew tool p lette. Clic two point to place it and you see we have a CADWor object pla ed in our model.

2. If I dou le click it, I can see tha it did put i the weight. It has my descriptions and eve ything look s good. Next we'll run i out throug ISOGE and see w at gets prod ced. First, let's take a look at it from an angle. I'll click th top on my screen and lick on SW Isometric.

3. You can also get a Southwest is metric vie by coming down unde the View tab and fin ing it. Or ou go up to the View o the menu bar, clic on 3D Vie s and get t it as well.




4. Next co vert it to a 3D solid. There’s a button you can use on the CADWorx Plant I ta b.

5. Now let' place som componen s on it, and then we'll h ve Isogen produce nd isometr c. Click G sket, and hover near the outside edge of he end circle. Connec the gasket to the end of the purple center li e (make s re you use osnap). Cl ck Flange nd press Enter to connect a flange autom tically to t e gasket. Next click Pipe and press Enter to connect it automati ally, and d ag it out.

6. Having rtho on, d ag out to t e right an click, and then turn t e corner ith and elbow and click. Press Enter to exit.



7. On the o her side of the Flame and a pi ce of pipe.


rrestor, p ace a gask t, a flange,

8. Next we’ll take it thr ough ISOG N. Click SOGEN O t. Make sure that you use a etric inch order. Ag in, we talk about that i the first ideos cove ing set up, o see that if you need t get your Isogen s t up. Click OK.

9. Press E ter, then s lect the objects, and p ess Enter. The syste will prod uce the ISOGEN Isometric. When we look at t, we can see it will have a nice gr phic that re presents the Flame Arrestor. You c n see that it is piece m rked correctly. You ca also see th system included the bolts and gaskets.

0. Looking at the mate ial list, we c an see that ur compon nt’s description showed p well, and also the weight. So it j st worked beautifully. Our ne custom co ponent we t right through CADWorx fully intelligent.



SU


MARY

So t e ease with which you an create u er shapes a d custom components n CA Worx has lways been one of its g eat strengths. It's just s simple. Y u crea e a graphic, and then y u can store it within the system. T en, in a fe step , you can p oduce a ful y intelligen CADWorx component that knows how to connect o other co ponents an work well n ISOGEN. A lot of other systems invol e program ing. Some of them you have to do Visual Basic scr ipts to creat a component, which c n get quite nvolved. But ADWorx is really eas . If you can draw it, yo can, typic lly, get it crea ed as a CA Worx object. In t e next vide , we're goi g to look at a more com plex shape. We're goin to look at one that is a 3D s ape with m ltiple conn ctions on it.


Specifica ions

ideo F urtee

. In this video we're g ing to create a more co plex user hape. Previously I created a block. It's a 3D mode , and it's in your example folder. If ou go to th CADWorx_Lesson_ iles/Specif cations fol er it’s locat d there. It’s called B ffle_Box_ ayout, and this is the shape we’ll br ing into CADWorx as a new component.

. On this 3D shape, the flanges ar 10 inch fla ges. If I h ver over them, you can see th t. These ar e set to exis ing.

. We'll create a user s ape out of t is - a custom compone t. Click o the Cre te button, nd we'll go through so e steps to get this done.



. We'll gi e this the n me of BAFFLE_BOX. The type is Block. Click th Select 3D olid button.

. Cross through the bject to sel ct everythi g and pres Enter. The system prompts for n insertion oint. Next, zoom in an select an end poi t on the flange centerl ne.

. Next is ore inform tion about the connecti ns. Click n the Defi e Connections button. The syste prompts f or which di ection is this going to insert from Click on he end poi t of the fla nge centerli e and drag out away f om the object, and cli k. This indicates how conne tions are or iented, like gaskets and flanges.

. The syst m prompts what kind of end type i this conne tion? Clic Flanges. The first c nnection p int has bee defined.




. Next we’ll zoom an click the end point for the secon connection on the p rple center line. The system pro pts for dire tion, and using or ho drag a ay from the object an click whe asked whi h type of end connect on should be used choose flanges.

. There’s ne more co nection to pecify. Click on the e d of the top flange. rag straig t up using ortho and lick. And 'm avoiding an extra osnap when it asks dire tion. I do not want to osnap on another omponent i advertentl because it ould possi ly skew the orientati n. So just ome up aw y from the object with rtho on an click. T is connection will also be flanges. Press Ent r to finish the com and seque ce.

0. We can for the the shor this is a

dd some in ormation for this new component. nter 600 eight. For long descri tion enter BAFFLE OX. Leav descriptio blank at t is time. T e system has detected ulti-port c mponent.




1. ISOGE uses a generic symbol for this typ of component. It illustrates it as a circ e on the isometric, wit different c nnections coming ut of the ci cle. Other things we could add in t is dialog b x include otes, a tag, or other fiel s. Leave t ose empty at this time and clic OK. The omponent is now defin d.

2. Close th Baffle_Box_Layout rawing without savin , since we don't wa t to change the drawin . When as ed to Save hanges, answer o.

3. Start a ew drawin using a metric templ te. If prom ted to update the project nswer yes.

4. Click on Setup. Click to set th project, a d set it. Set the spec t A20_M, and the size to 10”. Click Apply. If prompted to update t e specification becaus it has been change, cli k OK.

5. Set the iew to Sou hwest Isometric.

6. On the s ecview tool palette cli k on the b ffle box. e’re set to 10 inche . Click a point and d ag to the u per right nd click (if prompte for the rot tion).




7. Next yo can orient t up or dow . So the s stem lets y u roll this object ar ound in diff rent orient tions.

8. Drag straight up ( ith Ortho on) and clic . Next we'l place som compon nts and test it in ISOGE N.

9. Click o a gasket. lick (usin Osnap) on the end point of the purple center line. Place a fla ge, a piece of pipe, and elbow and another piece of pi e (see illust ation).

0. Place a gasket on t e flange o the other nd.




1. Add so e pipe and an elbow a shown.

2. Constr ct some pi e and an elbow coming out of the top flange as in thi figure. B sure and u e osnap w en you’re p acing the gasket o the flange. Also press Enter as y u place th components from the gasket on.

3. Run an Isogen of t is compon nt.

And we can see it worked well. Isogen se a generi skey to sh w it. Also, when you check the Bill of Materials you’ll see that the information i liste correctly. We were a le to make complex c mponent a intelligent CA Worx obje t quite easi y. So again, the us r shapes, the custom components i CADWorx are a powerful and easy to use fe ture in this oftware.


Specifica ions

ideo F fteen

. In this video we're g ing to wor with settin long descr iptions in the Spec Editor. In this ersion of CADWorx, t e long descriptions can be built utomaticall by using f elds from t e various ta bles and th catalog. When we p t these fiel s together, one after an ther, the result is good long description that will co e out consistently. This is useful, since over ime differe t people m y work on etting up specifications. If yo want consi tent quality and exactn ss to your specs, th s is a good pproach.

. The first thing we'll o is modif the compa y catalog. hen we'll s t up the long descriptions within a spec. I've reated a do ument for you to u e as a work sheet, whic will get yo off to a good start. T e file is pa t of the files you downloaded as pa t of this les son. .

. It's in th CADWor _Lesson_Files folder. There’s a s bfolder called S ecifications. The file is there, and it’s named ong Descrip ions Work heet.doc. pen that fil and we'll t ke a look at it.

. This vid o will be b sed on a ca bon steel A 0 spec. Fo pipe, we'll use the 106 Grade B. Most of he fittings ill be A23 Grade WP . Flanges nd some of the fittings, like unions or couplings will be A105.



. Our Lon Descriptions Worksheet documen says to mo ify the catalog and add som new entries in the Sch dule table.

. Toggle over to the S ec Editor. Click the the Company1 Cat log.

ain button and open p

. Click th Plus next to the Sche ule Table. Double-cli k SCH to open up he table. Right-click i the open rea and cli k Add Schedul .

. We can ee there are a number o schedules isted as par of the catalog.

. There ar a couple o buttons in he dialog b x we can u e to add ne entries i to this table. The top o e will add new value into the table for us, a d the lower one will delete one. Click the top button and type 3,0 0LB (for pounds).




0. Click th top butto again, and type in 150LB. Click

K.

1. For Part Numbers nter 0021 a d 0022.

2. Click th Plus next o Material Tables and double-click MAT. T e table opens. Scroll own and fi d the A234 Grade WPB.

3. The sys em lets us s pecify whic components can use c rtain material . In the A2 4 Grade PB row, d uble-click the field in the CO PTYPES olumn.

4. A dialog box opens nd we can et which fit ings can us this material.

5. Add Laterals and educers to this list. A d later whe we specif these, w can choose this materi l for these omponents.




6. Locate t e A105 ma erial. Dou le-click in the COMP YPES fiel and add Spec Blind and Coup ings.

7. Right-cl ck and Click Insert Row. The sys em will add a blank ro at the bo tom of the list. Type A106 in the blank square, which will add this s a new material.

8. Enter B for the Gra e value. F r Composition enter C. Use 0.28 0 for the Density.

9. Double lick in the pace to ad componen s and add ipe.

0. For Part Number click the hea ing PTN. t sorts the table based n Part Nu ber.

1. Looking at this table, if we chec the botto row, we ca see that the part num ber for the last entry is 367. So th re are 367 ntries in this table. C ick in the ox (field) f r the 106 part numbe and enter n 0368.

2. Click th PTN hea er twice. It will sort twice and you’ll see the 1 6 in the la t row.




23. When you add rows to tables sometimes you’ll see a message that it already exists. This can be a problem if you want variations of it, with more than one entry (row) within the table. What you can do in that case is fill out one of the second or third fields along the row first, and then enter in the main value (like A106) in the first field. This is how you can get variations of the same material in your table (maybe you want an A106 Grade A and an A106 Grade B).

24. Clicking the headers lets you sort these tables in different ways. Sometimes that can help you find values in them easier. This is a good point to pause the video. Why don't you get your catalog set the way we've done in this lesson, and then we'll continue on after that.


Specifica ions

ideo Sixteen

. In this video, we're going to automate how e bring in l ng descriptions for our pecificatio s. In the previous video, we modifi d the catal g. So we want to make sure we save it. Click ave.

. Open P oject1.

. Click Y s to update from catalo .

.

Double Click the A20 spec to o pen it.

. Click th plus next o Caps. Select the row of 0.5 to 24. The Caps open in the spec editor and can now be edite . The Lon Description is not filled out at this time.

. Toggle ack to the ord docu ent (the document me tioned in the previous video). Lo k under C ps. This d cument shows how the long des ription was done in pre ious version and it sho s how we can auto ate them i this current version.

. In the pr vious versions of CAD orx, the l ng descript on for caps was a str ing that said CAPS, S/S D, ASTM A-234 GR BP. In this current s stem, we could do the ame – but there’s a bet er way.



. One issue with enter ng in a text string for a long descri tion is that t can change from per on to perso . Each designer who creates specifications may a ter them sli htly based on his personal opinion . This can lead to inconsistency. In this newer version y u can build long des riptions by putting together a sequence of data fields from the table . Then the system will produce a consistent description fo you, bas d on what’ in the data files. It wil automatically fill in values, and you’ll end up with a good long d escription t at is consiste t in its for at. The wa you go ab ut doing this is really quite int resting.

. Click th box with ots in it top open a dialog box. Click the Down Arrow and we can t en see a lis of all the d ifferent tabl s that are available to us. If yo click one f these tabl s, you'll be able to see the field that are inside that table. What we'll be doing s bringing some of hese fields cross and combining t em. The system will p t them on after the n xt into a str ng that wo ld fill out a d become our long description . And that' what will a ppear in ou bill of material .

0. Click on the first table listed, click the firs field and click the arrow t at goes acr ss. This wi l give us th first item t at begins our long des ription, an it's going t say Caps.

1. Where is shows the ormat, clic after the fi ld name, ty e a comma, space, a d type S/. his will be user string we’re addi g.




2. Click S hedule Ta les. Click he first field and click the arrow to move it ver as part of the long escription. So the long description will now say CAPS, then whate er the sche ule value is.

3. In the format area, type a com a, and a space, and t en ASTM space.

4. Click t e arrow in he list of ta bles and cli k Material Tables. Click th second field listed. C ick the arrow to add t at into the long des ription.

5. Click in he format box at the en of the stri g and add a space and GR spac . Click the arrow to br ng it in (lik you did fo the fields in the table – it works the same).

6. Click the third field in the Mater als Tables (GRADE_ AT_TBL) and clic the arrow to bring that across to be part of you long description.

7. And so everything s Descript on. Click strings will work as for a lon descriptio specs.

ould be set up correctl for the Lo g K. Having this collection of data ields and template t automatically put in the informati n . It’s effec ive and it will work acr ss multiple

8. Other sp cific choic s can also be set. For our 150 pou d Cap, Clic here and set it for S D. Click A234 WPB f r the Mate ial.




9. Later if ou're doing a higher pr ssure spec, or a spec th t has exotic material in it, you ould be choosing those. This same long description sequence of fields and user strin s would work. It would just use these new v lues (differ nt Schedul s and Mate ials) your long des ription wo ld be auto atically built.

0. Click A ply, the Sa e your Spec.

1. Toggle ack to CA Worx, and make sure ou start a rawing using a emplate.

2. Click Set Up. Clic on Specifi ation/Size.




3. Select P oject1 and the A20 spec. Set the size to 10 inches. Click Apply a d Close.

4. Click C P. Place i in your drawing, zoom in on it and double-cli k it.

5. Review the long des ription. It hould say AP, S/STD, ASTM A234 G WPB.

So this process work s well. Wh don't you o ahead an make this happen, nd we'll co tinue on af er that.


Specifica Sp ecifica ions

ideo S vente n

. In this video we're g ing to spee this proce s up. Click on Elbows and sele t the plus ext to Elbo . Then click the row f r 0.5 to 24. For this xample we ll copy and paste right rom the Word doc.

. Open th Long Des riptions down to Elbows.

orksheet d cument and scroll

. We'll fin that in the previous version had E L, 90° LR S/STD, ASTM -234 GR PB. We’ll se data fiel s to build ur new lon description in this version.

. Copy the “New Ver ion” string rom the do highligh it and do a Control-C t copy it to COMPT PE_CMP TBL, S/M INSCH_S SPEC_ AT_TBL R GRADE _MAT_TB

ument. Yo can he clipboar . It’s H_ TBL, TBL, STM .

. In the spec editor, p ste this into the long description b x (you can use a Co trol-V to p ste it).

. The Wor d document says: Dialog box settings: Schedule: STD

Material: A234-WPB

. Set the chedule to STD and t e Material to A234-WPB. Click Apply to save these hanges.


CADWor ® 2013 S ecif ecific icat atio io s Video 1

. We'll do another one. We'll scro l down and we'll click ipe. This i going to be a little more interesting because omething got added to this. I'm oing to cli k the plus ext to Pipe and we'll s lect the entry.

. In the ea lier versions the long d scription f r pipe was IPE, S/ST SMLS, STM A-106 GR B.

0. The curr nt versions will use fields and user strings like we did in earlier e ample. Also, for pipe, e’ll includ e the thickn ss. We’ll d o this to illustrate how you can bri g in fields rom differe t tables an show them in the material list. he string th t goes in the descriptio box is th s: COMPTYPE_CMP TBL, SCH MAINSC _SCH_TB SMLS, STM SPE _MAT_T L GR GRADE_MAT_ BL, BL, MAINT K_THK_TBL BL THK. t the end you can see the field for the thick ess and the user string THK.

1. Copy it rom the W rd docume t and paste t in to the ong Descript on box in t e spec editor.

2. Set the chedule to STD and the Material o A106-B.

3. Click A ply.

4. Click Save. Go bac into CAD orx. Star a new dra ing using metric t mplate (if ou don’t h ve one ope at this tim ).


CADWorx 2013 Specifications

Recommend Documents