1. Mastering Autodesk Revit Mep 2015 Pdf

Enter your email address to receive notification when new Revit families of Simpson Strong-Tie products are released. We won't use your email address for any other purpose. Simpson Strong-Tie is actively developing new Autodesk® Revit® 3D BIM Models and 2D Detail Components for our product offerings. You can download the models we currently have available, grouped into 'families', from the links below. Please see the Revit Content Guide included with the family that provides a detail description of the family including additional information about loading and placement of the families into a project. The Revit Content Guide also provides guidance on meta-data and scheduling content provided in the family. WSW12X7-78.

Mastering Autodesk Revit Mep 2015 Pdf

WSW12x7.5-85. WSW12x8-93. WSW12x8-96. WSW12x9-105.

WSW12x9-108. WSW12x10-117. WSW12x10-120. WSW12x11-129. WSW12x12-141. WSW18X7-78.

WSW18X8-85. WSW18X8-93.

WSW18X8-96. WSW18X9-105. WSW18X9-108. WSW18X10-117. WSW18X10-120. WSW18X11-129. WSW18X12-141.

WSW18X12-144. WSW18X13-153. WSW18X20-240.

WSW24X8-93. WSW24X8-96. WSW24X9-105. WSW24X9-108. WSW24X10-117.

WSW24X10-120. WSW24X11-129. WSW24X12-141. WSW24X12-144. WSW24X13-153. WSW24X14-168. WSW24X16-192.

WSW24X20-240 posted 1/20/17. CCQ3-4.

CCQ3-6. CCQ44. CCQ46. CCQ48.

CCQ5-4. CCQ5-6.

CCQ5-8. CCQ64. CCQ66. CCQ68.

CCQ6-7.13. CCQ74. CCQ76. CCQ77. CCQ78. CCQ7.1-4.

CCQ7.1-6. CCQ7.1-7.1.

CCQ7.1-8. CCQ86.

CCQ88. CCQ96. CCQ98. CCQ106.

ECCQ3-4. ECCQ3-6. ECCQ44. ECCQ46. ECCQ48.

ECCQ5-4. ECCQ5-6. ECCQ5-8. ECCQ64. ECCQ66. ECCQ68.

ECCQ6-7.13. ECCQ74. ECCQ76. ECCQ77. ECCQ78.

ECCQ7.1-4. ECCQ7.1-6. ECCQ7.1-7.1. ECCQ7.1-8. ECCQ86. ECCQ88.

ECCQ96. ECCQ98. ECCQ106 posted 10/14/09. CMST 2D Family. THD25114H.

THD25134H. THD25214H. THD25300H. THD37134H. THD37212H. THD37300H. THD37400H.

THD37500H. THD37600H. THD50200H. THD50212H. THD50300H.

THD50400H. THD50500H. THD50600H.

THD50612H. THD50800H. THD501100H. THD501200H. THD501300H. THD501400H. THD501500H.

THD62300H. THD62400H. THD62500H. THD62600H. THD62621H. THD62800H.

THDA62300H. THDA62400H. THDA62500H.

THDA62600H. THDA62612H. THDA62800H. THDA62100H.

THD75300H. THD75400H.

THD75500H. THD75600H. THDT75600H. THD75700H. THD75812H. THD75100H updated 9/13/13. THD25114H.

THD25134H. THD25214H. THD25300H. THD37134H. THD37212H. THD37300H.

THD37400H. THD37500H. THD37600H. THD50200H. THD50212H. THD50300H. THD50400H.

THD50500H. THD50600H. THD50612H. THD50800H. THD501100H. THD501200H.

THD501300H. THD501400H.

THD501500H. THD62300H. THD62400H.

THD62500H. THD62600H. THD62621H. THD62800H.

THDA62300H. THDA62400H.

THDA62500H. THDA62600H. THDA62612H. THDA62800H. THDA62100H. THD75300H.

THD75400H. THD75500H. THD75600H.

THDT75600H. THD75700H. THD75812H. THD75100H posted 1/12/10 What is Revit software? Revit software is a computer-aided drafting (CAD) system which has become the industry standard for architectural drawings. Revit uses intelligent 3D objects called families, (.rfa) files, to represent real physical building components such as walls, doors, windows and connectors to create a 3D model of a project.

These families contain graphic and non-graphic information about the components that can be used for design, scheduling and cost estimation. This process produces a Building Information Model (BIM) that can be shared for collaboration between architects, engineers, suppliers and contractors. More Revit families to come Simpson Strong-Tie is aggressively pursuing the development of new families based on customer requests. The needs of our customers are very important to us.

Please continue to provide your comments and suggestions for new Revit content. We can’t guarantee a time frame to complete your request, but we will make every effort to support you. We have made available our previously released 3D families now called Legacy 3D families. It is our intent to replace these models with new more useful and powerful BIM Families in the near future. Other 3D formats Also see.

OK, so I'm going through this Families Guide Imperial Tutorials and I've tried to create the flange that starts on page 141 and I'm about to shoot anyone that asks me 'How's it going?' I've gone through this thing at least 6 times and when I get to the point where I've done the extrusions and switch to 3D, the two parts are separated by about 2 inches. I'm pretty sure this goes back to the dimensioning of the reference planes back in steps 52 - 63 but, I can't put my finger on it. I've tried switching a few things around but, this one has me bugged big time.

Has anyone else tried this tutorial with success? I don't want to give up on this one and move on because this is for a piping flange and could be an important go-by in my position. These are straight off the Autodesk websites and while I know not all tutorials are perfect, I think this one is a simple fix, I'm just not seeing it. I know there's a mistake in the text, just haven't been able to narrow it down. Hi Paul, That tutorial for the flange is a tricky one. In developing and testing the tutorial here at Autodesk, we've found that some users make their way through the steps just fine, while others get tripped up (for a variety of reasons) along the way.

The steps in the procedure are correct and should work for you. I know how frustrating it can be to try to get through it several times without success. Perhaps putting it aside for these last couple of days and then coming back to it will cause you to do something in a slightly different way, and then have it finally work. Maybe others who've had success with this tutorial can share their tips as well.

Good luck, Karen Smith Autodesk Manchester, NH. Hi Paul, That tutorial for the flange is a tricky one. In developing and testing the tutorial here at Autodesk, we've found that some users make their way through the steps just fine, while others get tripped up (for a variety of reasons) along the way. The steps in the procedure are correct and should work for you.

I know how frustrating it can be to try to get through it several times without success. Perhaps putting it aside for these last couple of days and then coming back to it will cause you to do something in a slightly different way, and then have it finally work. Maybe others who've had success with this tutorial can share their tips as well. Good luck, Karen Smith Autodesk Manchester, NHI had similar problems with the elbow in 2009, I'm now trying to simply find the Families Guide in 2010 for much the same reason, I need flanges, standard pipe fittings(weld) I've tried many times. Check out this link:. Karen Smith AutodeskOK Karen, I've given it some time and decided to go through the flange part again.

Here's my dilema. On page 145, step 34, it says to select the dimension between the left plane and center left plane and label it LenA2. When you turn the page to page 147, the image at the bottom of the page shows LenA2 as being from the left plane to the RIGHT plane. I definitely think that's a big issue in this family. Also, nothing is said about clicking on the EQ symbols to equalize the lengths from the center plane but, that's a given if you've been using the program for any amount of time. As before, any help on this matter would be greatly appreciated.

I've still not found a Revit MEP Family Tutorial that is correct through completion. I really don't know how anyone is able to make families this way.