Skip to main content    

An official website of the United States government

Here’s how you know

**Official websites use .gov**              A **.gov** website belongs to an official government organization in the United States.            

**Secure .gov websites use HTTPS**              A **lock** (  LockA locked padlock) or **https://** means you’ve safely connected to the .gov website. Share sensitive information only on official, secure websites.            

https://www.nist.gov/el/fire-research-division-73300/tn1483test12

            -  Topics  -  All Topics 
-  Advanced communications 
-  Artificial intelligence 
-  Bioscience 
-  Buildings and construction 
-  Chemistry 
-  Climate 
-  Cybersecurity 
-  Electronics 
-  Energy 
-  Environment 
-  Fire 
-  Forensic science 
-  Health 
-  Information technology 
-  Infrastructure 
-  Manufacturing 
-  Materials 
-  Mathematics and statistics 
-  Metrology 
-  Nanotechnology 
-  Neutron research 
-  Performance excellence 
-  Physics 
-  Public safety 
-  Resilience 
-  Standards 
-  Transportation 
 
            -  Publications 
            -  Labs & Major Programs  -  Laboratories    -  Communications Technology Laboratory 
  -  Engineering Laboratory 
  -  Information Technology Laboratory 
  -  Material Measurement Laboratory 
  -  Physical Measurement Laboratory 
-  User Facilities    -  NIST Center for Neutron Research 
  -  CNST NanoFab 
-  Research Test Beds 
-  Research Projects 
-  Tools & Instruments 
-  Major Programs    -  Baldrige Performance Excellence Program 
  -  CHIPS for America Initiative 
  -  Manufacturing Extension Partnership (MEP) 
  -  Office of Advanced Manufacturing 
  -  Special Programs Office 
  -  Technology Partnerships Office 
 
            -  Services & Resources  -  Standards and Measurements    -  Calibration Services 
  -  Laboratory Accreditation (NVLAP) 
  -  Quality System 
  -  Standard Reference Materials (SRMs) 
  -  Standards.gov 
  -  Time Services 
  -  Office of Weights and Measures 
-  Software 
-  Data    -  Chemistry WebBook 
  -  National Vulnerability Database 
  -  Physical Reference Data 
  -  Standard Reference Data (SRD) 
-  Storefront 
-  License & Patents 
-  Computer Security Resource Center (CSRC) 
-  NIST Research Library 
 
            -  News & Events  -  News 
-  Events 
-  Blogs 
-  Feature Stories 
-  Awards 
-  Video Gallery 
-  Image Gallery 
-  Media Contacts 
 
            -  About NIST  -  About Us    -  Leadership 
  -  Organization Structure 
  -  Budget & Planning 
-  Contact Us 
-  Visit 
-  Careers    -  Student programs 
-  Work with NIST 
-  History    -  NIST Digital Archives 
  -  NIST Museum 
  -  NIST and the Nobel 
-  Educational Resources 
 

Engineering Laboratory

## Fire Research Division

-  Groups  Expand or Collapse    -  Fire Fighting Technology 
  -  Engineered Fire Safety 
  -  Flammability Reduction 
  -  Wildland-Urban Interface Fire 
  -  National Fire Research Laboratory 
-  Product & Services  Expand or Collapse    -  Consolidated Fire and Smoke Transport Model (CFAST) 
  -  Fire Calorimetry Database (FCD) 
  -  Fire Dynamics Simulator (FDS) and Smokeview 
  -  Fire Research Grants Program 
  -  Fire on the Web 
  -  Fire.Gov for the Fire Service 
  -  NIST Technical Note 1483 
  -  Next Generation Fire Suppression Technology 
  -  Selected Publications 
  -  Software 
  -  Turnout Gear Selector (ToGS) 
-  Programs/Projects  Expand or Collapse    -  Fire Risk Reduction in Buildings Program 
  -  Fire Risk Reduction in Communities Program 
-  Employment 

# tn1483test12

## Share

Facebook

Linkedin

Twitter

Email

Return to NIST Technical Note 1483

## Data

Data for the test are available in a comma-separated spreadsheet file

## Summary data plots

### Rear O2 volume fraction corrected for water (wet) (O2Rear )

### Rear CO2 volume fraction corrected for water (wet) (CO2Rear )

### Rear CO volume fraction corrected for water (wet) (CORear )

### Rear Total Hydrocarbons volume fraction corrected for water (wet) (THCRear )

### Rear Soot Mass fraction corrected for water (wet) (SootRear )

### Front O2 volume fraction corrected for water (wet) (O2Front )

### Front CO2 volume fraction corrected for water (wet) (CO2Front )

### Front CO volume fraction corrected for water (wet) (COFront )

### Front Total Hydrocarbons volume fraction corrected for water (wet) (THCFront )

### Front Soot Mass fraction corrected for water (wet) (SootFront )

### Total Heat Flux at Rear Floor (HFR )

### Total Heat Flux at Front Floor (HFF )

### Ambient Temperature in LFL (TambCal )

### Aspirated thermocouple at rear sample location (TRSampA )

### Aspirated thermocouple at front sample location (TFSampA )

### Aspirated thermocouple in RSE (TR24A )

### Aspirated thermocouple in RSE (TR80A )

### Aspirated thermocouple in RSE (TF24A )

### Aspirated thermocouple in RSE (TF80A )

### Bare-bead thermocouple near heat flux gauge (TFloorR )

### Bare-bead thermocouple near heat flux gauge (TFloorF )

### Bare-bead thermocouple on ceiling (TCeilF )

### Bare-bead thermocouple on outside rear wall (TWallUR )

### Bare-bead thermocouple in space below floor (TUFloor )

###  Bare-bead thermocouple in doorway (TD79LBB )

### Bare-bead thermocouple in doorway (TD79CBB )

### Bare-bead thermocouple in doorway (TD79RBB )

### Aspirated thermocouple in doorway (TD70LA )

### Bare-bead thermocouple in doorway (TD70LBB )

### Aspirated thermocouple in doorway (TD70CA )

### Bare-bead thermocouple in doorway (TD70CBB )

### Aspirated thermocouple in doorway (TD30LA )

### Bare-bead thermocouple in doorway (TD30LBB )

### Bare-bead thermocouple in doorway (TD60CBB )

### Aspirated thermocouple in doorway (TD50CA )

### Bare-bead thermocouple in doorway (TD50CBB )

### Bare-bead thermocouple in doorway (TD40CBB )

### Aspirated thermocouple in doorway (TD30CA )

### Bare-bead thermocouple in doorway (TD30CBB )

### Bare-bead thermocouple in doorway (TD20LBB )

### Bare-bead thermocouple in doorway (TD20CBB )

### Bare-bead thermocouple in doorway (TD20RBB )

### Bare-bead thermocouple in doorway (TD5CBB )

### Bi-directional probe velocity in doorway (VD79L )

### Bi-directional probe velocity in doorway (VD79C )

### Bi-directional probe velocity in doorway (VD79R )

### Bi-directional probe velocity in doorway (VD60C )

### Bi-directional probe velocity in doorway (VD40C )

### Bi-directional probe velocity in doorway (VD20L )

### Bi-directional probe velocity in doorway (VD20C )

### Bi-directional probe velocity in doorway (VD20R )

### Bi-directional probe velocity in doorway (VD5C )

### Heat Release Rate from Calorimeter (HRRcal )

### Heat Release Rate from Burner (gas (HRRburner )

### Exhaust hood mass flow rate (StackMFR )

### Exhaust hood temperature (near bi-directional probe) (Tstack )

### Exhaust O2 volume fraction (dry) (O2stack )

### Exhaust CO2 volume fraction (dry) (CO2stack )

### Exhaust CO volume fraction (dry) (COstack )

### Exhaust total hydrocarbons volume fraction (dry) (THCstack )

### Rear water volume fraction (calculated from CO/CO2) (H2ORear )

### Front water volume fraction (calculated from CO/CO2) (H2OFront )

Buildings and Construction

### HEADQUARTERS

301-975-2000

Webmaster | Contact Us | Our Other Offices

TwitterFacebookLinkedInInstagramYouTubeGiphyRSS FeedMailing List

Feedback

            -  Site Privacy 
            -  Accessibility 
            -  Privacy Program 
            -  Copyrights 
            -  Vulnerability Disclosure 
            -  No Fear Act Policy 
            -  FOIA 
            -  Environmental Policy 
            -  Scientific Integrity 
            -  Information Quality Standards 
            -  Commerce.gov 
            -  Science.gov 
            -  USA.gov 
            -  Vote.gov