Required Information for Determining UL Designs & Thicknesses.
When estimating, one of the first items that you need to do is determine the UL Design. The following information is needed so that we may provide you with the most accurate and competitive designs and thicknesses.
1.Identify the Assembly Type; i.e. floor or roof
- If you have beams supporting a floor, we need to know the depth of the deck; Example -1-1/2, 2 or 3 inch fluted decking. If you have corrugated decking, it will be specified as 9/16, or 1 inch.
- What is above the deck?; i.e. concrete or insulation? (if used)
- If concrete, we need to know the type of concrete; i.e. Normal Weight, Lightweight or insulating concrete. Then we need to know the concrete thickness at the ‘thinnest point’; Example, a 2 inch fluted deck with 5-1/2 inches of total Normal Weight concrete has 3-1/2 inches of concrete at the thinnest point.
- If insulation, what is the type and thickness of insulation; i.e. mineral & fiber board, polyisocyanurate, polyurethane, or polystyrene. Is there a layer of gypsum board directly over the deck?
2.Identify the Type of Steel; Refer to the attached Steel Shape Designation Sheet
Wide Flange Floor Beams*
- Wide Flange Columns**
- Hollow Structural Sections – Columns**
- Miscellaneous Shapes; i.e. steel angles, channels, plates, or rods
* Wide Flange Floor Beams are positioned horizontally and support a floor or roof assembly
** Wide Flange and Hollow Structural Section Columns typically span floor to floor and are positioned vertically
3.Identify the Steel Size(s); Refer to the attached Steel Shape Designation Sheet.
Wide Flange Columns are typically designated as “W-Shapes”; Example – W10x49.
- Round (Pipe) Hollow Structural Sections are typically designated as “HSS Shapes”; Example – HSS 12×1/2.
- Square and Rectangular Hollow Structural Sections are typically designated as “HSS Shapes”; Example – HSS 6x6x½, HSS 8x6x1/4.
- Wide Flange Beams are typically designated as “W-Shapes”; Example – W8x24.
- Steel Channels are typically designation as “C” or “MC” Shapes; Example – C8x11.5 or MC8x20.
- Steel angles are typically either single or double angles that are designated by the length of each angle leg; Example – L4x3x1/4 for a single angle or LL 4x4x1/2 for a double angle.
4.Identify the Hourly Fire Resistance Rating(s)
1, 1½, 2, 3, or 4 – hours.
- These are generally found within the construction documents and is based on the determined Model Building Code type; i.e. Type 1A, 1B, IIA, etc.
5.Retrained or Unrestrained Assembly.
This is generally found within the construction documents.
- This can also be determined by contacting the structural engineer on the project.
- If you do not know, then the assembly is considered to be unrestrained.
6.Identify if the application is an interior or exterior application.
7.What CAFCO® Product are you seeking to use?
Will the product be concealed or exposed to view?
Intumescent Estimating Guides
For more information, please contact: email@example.com.
Please use the following form to submit small takeoff requests to Isolatek International’s Technical Services Department. For larger takeoff requests, please submit the attached form or simply email firstname.lastname@example.org with the relevant information. Please add any relevant information regarding the assembly in the notes section.
The EDGE: Designed for the Fireproofing Trade
The EDGE is an all-in-one solution for takeoff and estimating, but not a “one size fits all” solution like other estimating software products. The EDGE was built specifically for Fireproofing subcontractors by professionals with experience and a deep understanding of the trade.
This becomes evident as soon as you start using The EDGE. Our software provides UL design and board footage calculations based on steel takeoffs, so you can accurately stock the precise quantity of bags needed for every job. Our customizable fireproofing databases are extensively loaded with trade-specific manufacture, including steel shapes, UL designs, and products your business already uses.
The EDGE also generates Spray Charts (or color ups) of your blueprints with lines color-coded by thickness to be sprayed, and a legend for what thickness each color represents. This makes production work by your field crew a breeze. Estimators can also generate shop drawings quickly and easily, saving days of estimating time by color-coding your blueprints by steel type, UL design, Hourly Rating, and thickness.
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It is important that you make sure that you have the most current Isolatek UL Designs and most efficient thicknesses when using The Edge Estimating Software. At times, the software is not released with the most competitive designs and thicknesses.