Purchase certified designs for stands, and design aids to assist in your project design & permitting
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Use these design tools for estimating important structural concepts such as wind pressure, pad & stand adaptation. Order certified results for permit.
Summary of Building Code & Research Intent The intent & provisions of the 2018 International Building Code (IBC), 2018 International Residential Code (IRC) & 2020
Mechanical Equipment – Impact or Not Impact? Questions frequently arise as to what the rule is in Florida, Miami, and the HVHZ zone (Dade and
Two common means of product evaluations in Florida are Florida Statewide Approvals (FSA’s) and Miami-Dade Notices of Acceptance (NOA’s). To help determine whether these evaluations
Wind Exposure Category Overview ASCE-7 is the governing referenced standard for design loads on buildings & other structures for building codes throughout the US. ASCE
Click Here to access our model database tool. You can filter by your AC brand, model, and number to find the TER report you need
Use this tool to search and find the applicable Technical Evaluation Report for your installation.
F1 and F2 are the limiting performance capacities of the forces in the parallel and perpendicular directions of a building component. Which one is which
Want to learn how to design AC units on stands or curbs for wind design? Are you looking for tools to help in in design?
HELP PAGE For the Engineering Express® Rooftop Equipment Wind Pressure Calculator Note: See Limitations & Conditions of Use at the end of this article. Quick
A Frequent question is what are the span, height, pressure, and installation limitations for large & small missile impact products. The following takes into consideration
From the 5th, 6th &7th Edition of the Florida Building Code (2014, 2017, 2020) section 1603.1.4 as well as from section 1603.1.4. of the 2012,
In accordance with FBC 2020 (7th Edition), the following clearance below raised roof mounted mechanical units applies inside & outside the HVHZ*: WIDTH** OF MECHANICAL
