ERT data entry spreadsheet

This workbook is designed for use during the collection of data with manual sampling methods. It is not 

appropriate for use with instrumental methods. The workbook is composed of this instruction page, three data entry

Each Data Sheet is composed of two sections, the header data section and the point data grid. The header data 

section has several subsections for entry of the necessary data applying to a given run. The sections are:

The run identification section which contains data about the facility, the sampling location, method used and the 

testing operator. The fields labeled Plant, Sampling Location, and Method entered on Data Sheet 1 will be 

The Equipment Identification section has fields to allow entry of the identification numbers for all equipment used during the run

The Filters section has fields to allow entry of the identification numbers for all filters used during the run.

In the Calibration section the user should record the calibration values for the equipment used during the sampling.

In the Ambient Conditions section the user should record the ambient pressures, temperatures and gas concentrations.

Checks performed during the sampling should be recorded in the Checks section either as numeric values or Yes/No values as 

The Impinger Water Weight, Vlc, will be calculated from the entered weights of the impingers and silica gel or it can be entered 

All of the fields in the point data grid should be filled in for isokinetic methods with each row containing the data 

from a single point.. For non-isokinetic methods, only the fields with the green background shading should be filled 
ent used during the run.

concentrations.

es or Yes/No values as appropriate.

gel or it can be entered directly.
Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator: 12" 10"

Job Number: 0

0 0

Calibration Yes Yes

0.904 Yes Yes

1.666 Yes Yes

0.84

0.25

Moisture in: ml H2O Initial Final No

Ambient Conditions

29.6

55

Filters -0.75

Concentrations

17.3

2 70.000

Begin End Desired Actual Inlet Outlet Inlet Outlet

Initial 11:55 923.599

A1 11:55 12:00 12:00 926.5 0.35 0.828 0.828 311 264 237 58 64 64 4.5 2.901

A2 12:00 12:05 12:05 929.7 0.35 0.825 0.825 311 265 238 57 64 64 4.5 3.2

A3 12:05 12:10 12:10 934.3 0.85 2.012 2.012 311 257 237 48 64 64 4.5 4.6

A4 12:10 12:15 12:15 939.1 0.95 2.249 2.249 307 257 236 49 69 64 4.5 4.8

A5 12:15 12:20 12:20 943.6 1 2.367 2.367 307 260 242 50 71 65 4.5 4.5

A6 12:20 12:25 12:25 948.4 1 2.367 2.367 308 263 241 50 72 65 4.5 4.8

B1 12:35 12:40 12:35 953.2 0.9 2.13 2.13 309 256 244 55 71 68 4.5 4.8

B2 12:40 12:45 12:40 958.6 0.95 2.249 2.249 309 260 244 46 75 69 4.5 5.4

B3 12:45 12:50 12:45 963.7 0.9 2.13 2.13 308 249 241 50 77 70 4.5 5.1

B4 12:50 12:55 12:50 967.6 0.95 2.249 2.249 309 245 240 51 77 73 4.5 3.9

B5 12:55 13:00 12:55 972.5 0.95 2.249 2.249 308 250 241 52 78 73 4.5 4.9

B6 13:00 13:05 13:00 977.269 0.95 2.249 2.249 305 258 244 52 79 74 4.5 4.769

13:05

53.67 0.841666667 1.992 1.992 308.5833333 257 240.417 51.5 71.75 67.75 4.5 4.4725

Vacuum (in Hg):

Leak Rate (cfm):

Equipment Identification

Sampling Location:

Run No.:

Leak Check Total Volume (ft32/1/2012 ):

Pitot (Yes/No):

Run Date:

Pump #80

6'

Glass

Mooresville, Indiana

141.11

Meter Box Correction Factor, Y:

Meter Box pressure differential, ΔH@ (in H2O):

Pitot tube coefficient, Cp:

Nozzle diameter, Dn (in):

N/A

100'

DGM #80

N/A

Clock Time 

24 hr

Velocity Head

(ΔP in H2O)

CO2 Concentration:

General Shale Brick

1 Marcus Allen

Probe Length/Type:

Temperature:

Pg (in. H2O):

O2 Concentration:

Filter No. 1:

Filter No. 2:

Nozzle (Yes/No):

Stack Thermocouple (Yes/No):

Reagent Box:

Stack Thermocouple ID: 

Tedlar Bags:

Unbilical Line:

Traverse Point 

No.

Sampling Time 

(min)

Filter No. 3:

Micro-manometer Used?

Nozzle ID: Pbar (in. Hg):

Orsat Pump:

Impinger 1:

Impinger Water Weight, Vlc:

Impinger 3:

Impinger 4:

Sensitivity (in. H2O)

Silica Gel.:

Orfice Pressure 

Differential (ΔH, in H20) Dry Gas Meter 

Reading (Vm,ft3)

Sample 

Rate

Filter Temperature 

°F

Impinger 2:

Impinger 5:

Impinger 6:

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Pump 

Vacuum 

(in. Hg)

Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator: 10" 7"

Job Number: 0

0 0

Calibration Yes Yes

1.002 Yes Yes

1.606 Yes Yes

0.84

0.25

Moisture in: ml H2O Initial Final No

Ambient Conditions

29.6

60

Filters

Concentrations

17.3

2 65.900

Begin End Desired Actual Inlet Outlet Inlet Outlet

Initial 14:00 982.333

A1 14:00 14:05 14:05 987.3 0.95 2.249 2.249 304 248 251 251 47 69 66 2.5 4.967

A2 14:05 14:10 14:10 992.01 0.95 2.249 2.249 304 248 251 251 50 69 66 2.5 4.71

A3 14:10 14:15 14:15 997.01 0.95 2.249 2.249 304 250 252 252 50 70 66 2.5 5

A4 14:15 14:20 14:20 1001.9 1 2.367 2.367 305 256 252 252 51 70 66 2.5 4.89

A5 14:20 14:25 14:25 1007.01 0.95 2.249 2.249 304 258 252 252 50 70 66 2.5 5.11

A6 14:25 14:30 14:30 1012.3 1.1 2.604 2.604 305 255 250 250 48 70 66 2.5 5.29

B1 14:37 14:42 14:37 1017.1 1.1 2.604 2.604 305 248 251 251 47 70 66 2.5 4.8

B2 14:42 14:47 14:42 1022.1 0.95 2.249 2.249 305 250 248 248 47 70 66 2.5 5

B3 14:47 14:52 14:47 1026.9 0.95 2.249 2.249 305 249 250 250 48 70 66 2.5 4.8

B4 14:52 14:57 14:52 1031.9 1 2.367 2.367 304 250 250 250 48 72 66 2.5 5

B5 14:57 15:02 14:57 1036.9 1 2.367 2.367 302 252 247 247 50 72 66 2.5 5

B6 15:02 15:07 15:02 1041.724 1 2.367 2.367 302 252 257 257 50 72 66 2 4.824

15:07

59.391 0.991666667 2.3475 2.3475 304.0833333 251.333333 250.917 250.917 48.8333333 70.333 66 2.458333 4.94925

General Shale Brick

Sampling Location: Mooresville, Indiana

Run No.: 2 Joe Kinder Vacuum (in Hg):

Leak Check Total Volume (ft3):

Leak Rate (cfm):

Equipment Identification Pitot (Yes/No):

Reagent Box: N/A Meter Box Correction Factor, Y: Nozzle (Yes/No):

Run Date: Feb-12 141.11

Unbilical Line: 100' Meter Box pressure differential, ΔH@ (in H2O): Stack Thermocouple (Yes/No):

Stack Thermocouple ID: DGM #80 Pitot tube coefficient, Cp:

Sensitivity (in. H2O)

Micro-manometer Used?

Tedlar Bags: N/A Nozzle diameter, Dn (in):

Nozzle ID: glass Pbar (in. Hg): Impinger 2:

Orsat Pump: Pump #80

Filter No. 3: CO2 Concentration: Silica Gel.:

Probe Length/Type: 5' Impinger 1:

Filter No. 1: Impinger 5:

Filter No. 2: O2 Concentration: Impinger 6:

Temperature: Impinger 3:

Pg (in. H2O): Impinger 4:

Sample 

Rate

Impinger Water Weight, Vlc:

Orfice Pressure 

Differential (ΔH, in H20)

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Filter Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Pump 

Vacuum 

(in. Hg)

Traverse Point 

No.

Sampling Time 

(min) Clock Time 

24 hr

Dry Gas Meter 

Reading (Vm,ft3)

Velocity Head

(ΔP in H2O)

Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator: 13" 13"

Job Number: 0

0 0

Calibration Yes Yes

1.002 Yes Yes

1.606 Yes Yes

0.84

0.25

Moisture in: ml H2O Initial Final No

Ambient Conditions

29.6

60

Filters

Concentrations

17.3

2 68.700

Begin End Desired Actual Inlet Outlet Inlet Outlet

Initial 15:50 1042.25

A1 15:50 15:55 15:55 1045.01 1.1 2.64 2.64 305 241 239 71 71 6 2.76

A2 15:55 16:00 16:00 1048.2 1.1 2.64 2.64 305 247 239 71 71 6 3.19

A3 16:00 16:05 16:05 1051.2 1.1 2.64 2.64 306 247 243 73 73 6 3

A4 16:05 16:10 16:10 1054.3 1 2.4 2.4 304 251 239 76 73 6 3.1

A5 16:10 16:15 16:15 1057.7 1 2.4 2.4 304 258 247 80 76 6 3.4

A6 16:15 16:20 16:20 1061.01 1.1 2.64 2.64 305 260 246 80 77 6 3.31

B1 16:30 16:35 16:30 1064.43 0.95 2.28 2.28 304 255 262 74 71 6 3.42

B2 16:35 16:40 16:35 1067.5 0.97 2.328 2.328 305 254 265 75 74 6 3.07

B3 16:40 16:45 16:40 1070.8 0.97 2.328 2.328 306 260 262 76 74 6 3.3

B4 16:45 16:50 16:45 1073.9 1 2.4 2.4 307 266 266 79 76 6 3.1

B5 16:50 16:55 16:50 1077.1 1 2.4 2.4 305 263 263 80 76 6 3.2

B6 16:55 17:00 16:55 1080 1.1 2.64 2.64 305 260 260 81 77 6 2.9

17:00

37.75 1.0325 2.478 2.478 305.0833333 255.166667 252.583 #DIV/0! 76.333 74.083 6 3.14583

General Shale Brick

Sampling Location: Mooresville, Indiana

Run No.: 3 Joe Kinder Vacuum (in Hg):

Leak Check Total Volume (ft3):

Leak Rate (cfm):

Equipment Identification Pitot (Yes/No):

Reagent Box: DGM # 82 Meter Box Correction Factor, Y: Nozzle (Yes/No):

Run Date: 2/1/2012 241.11

Unbilical Line: 100' Meter Box pressure differential, ΔH@ (in H2O): Stack Thermocouple (Yes/No):

Stack Thermocouple ID: DGM #80 Pitot tube coefficient, Cp:

Sensitivity (in. H2O)

Micro-manometer Used?

Tedlar Bags: N/A Nozzle diameter, Dn (in):

Nozzle ID: Glass Pbar (in. Hg): Impinger 2:

Orsat Pump: DGM #80

Filter No. 3: CO2 Concentration: Silica Gel.:

Probe Length/Type: 5' Impinger 1:

Filter No. 1: Impinger 5:

Filter No. 2: O2 Concentration: Impinger 6:

Temperature: Impinger 3:

Pg (in. H2O): Impinger 4:

Sample 

Rate

Impinger Water Weight, Vlc:

Orfice Pressure 

Differential (ΔH, in H20)

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Filter Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Pump 

Vacuum 

(in. Hg)

Traverse Point 

No.

Sampling Time 

(min) Clock Time 

24 hr

Dry Gas Meter 

Reading (Vm,ft3)

Velocity Head

(ΔP in H2O)

Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator:

Job Number:

Calibration

Moisture in: ml H2O Initial Final

Ambient Conditions

Filters

Concentrations

0.000

Begin End Desired Actual Inlet Outlet Inlet Outlet

Pump 

Vacuum 

(in. Hg)

Sample 

Rate

Orfice Pressure 

Differential (ΔH, in H20)

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Filter Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Filter No. 3: CO2 Concentration: Silica Gel.: Impinger Water Weight, Vlc:

Traverse Point 

No.

Sampling Time 

(min) Clock Time 

24 hr

Dry Gas Meter 

Reading (Vm,ft3)

Velocity Head

(ΔP in H2O)

Filter No. 2: O2 Concentration: Impinger 6:

Nozzle ID: Pbar (in. Hg): Impinger 2:

Temperature: Impinger 3:

Pg (in. H2O): Impinger 4:

Filter No. 1: Impinger 5:

Orsat Pump: Micro-manometer Used?

Probe Length/Type: Impinger 1: Sensitivity (in. H2O)

Stack Thermocouple ID: Pitot tube coefficient, Cp:

Tedlar Bags: Nozzle diameter, Dn (in):

Reagent Box: Meter Box Correction Factor, Y: Nozzle (Yes/No):

Unbilical Line: Meter Box pressure differential, ΔH@ (in H2O): Stack Thermocouple (Yes/No):

Equipment Identification Pitot (Yes/No):

Sampling Location: Mooresville, Indiana

Run No.: Vacuum (in Hg):

Run Date: Leak Check Total Volume (ft3):

Leak Rate (cfm):

Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator:

Job Number:

Calibration

Moisture in: ml H2O Initial Final

Ambient Conditions

Filters

Concentrations

0.000

Begin End Desired Actual Inlet Outlet Inlet Outlet

Pump 

Vacuum 

(in. Hg)

Sample 

Rate

Orfice Pressure 

Differential (ΔH, in H20)

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Filter Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Filter No. 3: CO2 Concentration: Silica Gel.: Impinger Water Weight, Vlc:

Traverse Point 

No.

Sampling Time 

(min) Clock Time 

24 hr

Dry Gas Meter 

Reading (Vm,ft3)

Velocity Head

(ΔP in H2O)

Filter No. 2: O2 Concentration: Impinger 6:

Nozzle ID: Pbar (in. Hg): Impinger 2:

Temperature: Impinger 3:

Pg (in. H2O): Impinger 4:

Filter No. 1: Impinger 5:

Orsat Pump: Micro-manometer Used?

Probe Length/Type: Impinger 1: Sensitivity (in. H2O)

Stack Thermocouple ID: Pitot tube coefficient, Cp:

Tedlar Bags: Nozzle diameter, Dn (in):

Reagent Box: Meter Box Correction Factor, Y: Nozzle (Yes/No):

Unbilical Line: Meter Box pressure differential, ΔH@ (in H2O): Stack Thermocouple (Yes/No):

Equipment Identification Pitot (Yes/No):

Sampling Location: Mooresville, Indiana

Run No.: Vacuum (in Hg):

Run Date: Leak Check Total Volume (ft3):

Leak Rate (cfm):

Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator:

Job Number:

Calibration

Moisture in: ml H2O Initial Final

Ambient Conditions

Filters

Concentrations

0.000

Begin End Desired Actual Inlet Outlet Inlet Outlet

Pump 

Vacuum 

(in. Hg)

Sample 

Rate

Orfice Pressure 

Differential (ΔH, in H20)

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Filter Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Filter No. 3: CO2 Concentration: Silica Gel.: Impinger Water Weight, Vlc:

Traverse Point 

No.

Sampling Time 

(min) Clock Time 

24 hr

Dry Gas Meter 

Reading (Vm,ft3)

Velocity Head

(ΔP in H2O)

Filter No. 2: O2 Concentration: Impinger 6:

Nozzle ID: Pbar (in. Hg): Impinger 2:

Temperature: Impinger 3:

Pg (in. H2O): Impinger 4:

Filter No. 1: Impinger 5:

Orsat Pump: Micro-manometer Used?

Probe Length/Type: Impinger 1: Sensitivity (in. H2O)

Stack Thermocouple ID: Pitot tube coefficient, Cp:

Tedlar Bags: Nozzle diameter, Dn (in):

Reagent Box: Meter Box Correction Factor, Y: Nozzle (Yes/No):

Unbilical Line: Meter Box pressure differential, ΔH@ (in H2O): Stack Thermocouple (Yes/No):

Equipment Identification Pitot (Yes/No):

Sampling Location: Mooresville, Indiana

Run No.: Vacuum (in Hg):

Run Date: Leak Check Total Volume (ft3):

Leak Rate (cfm):

Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator:

Job Number:

Calibration

Moisture in: ml H2O Initial Final

Ambient Conditions

Filters

Concentrations

0.000

Begin End Desired Actual Inlet Outlet Inlet Outlet

Pump 

Vacuum 

(in. Hg)

Sample 

Rate

Orfice Pressure 

Differential (ΔH, in H20)

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Filter Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Filter No. 3: CO2 Concentration: Silica Gel.: Impinger Water Weight, Vlc:

Traverse Point 

No.

Sampling Time 

(min) Clock Time 

24 hr

Dry Gas Meter 

Reading (Vm,ft3)

Velocity Head

(ΔP in H2O)

Filter No. 2: O2 Concentration: Impinger 6:

Nozzle ID: Pbar (in. Hg): Impinger 2:

Temperature: Impinger 3:

Pg (in. H2O): Impinger 4:

Filter No. 1: Impinger 5:

Orsat Pump: Micro-manometer Used?

Probe Length/Type: Impinger 1: Sensitivity (in. H2O)

Stack Thermocouple ID: Pitot tube coefficient, Cp:

Tedlar Bags: Nozzle diameter, Dn (in):

Reagent Box: Meter Box Correction Factor, Y: Nozzle (Yes/No):

Unbilical Line: Meter Box pressure differential, ΔH@ (in H2O): Stack Thermocouple (Yes/No):

Equipment Identification Pitot (Yes/No):

Sampling Location: Mooresville, Indiana

Run No.: Vacuum (in Hg):

Run Date: Leak Check Total Volume (ft3):

Leak Rate (cfm):

Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator:

Job Number:

Calibration

Moisture in: ml H2O Initial Final

Ambient Conditions

Filters

Concentrations

0.000

Begin End Desired Actual Inlet Outlet Inlet Outlet

Pump 

Vacuum 

(in. Hg)

Sample 

Rate

Orfice Pressure 

Differential (ΔH, in H20)

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Filter Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Filter No. 3: CO2 Concentration: Silica Gel.: Impinger Water Weight, Vlc:

Traverse Point 

No.

Sampling Time 

(min) Clock Time 

24 hr

Dry Gas Meter 

Reading (Vm,ft3)

Velocity Head

(ΔP in H2O)

Filter No. 2: O2 Concentration: Impinger 6:

Nozzle ID: Pbar (in. Hg): Impinger 2:

Temperature: Impinger 3:

Pg (in. H2O): Impinger 4:

Filter No. 1: Impinger 5:

Orsat Pump: Micro-manometer Used?

Probe Length/Type: Impinger 1: Sensitivity (in. H2O)

Stack Thermocouple ID: Pitot tube coefficient, Cp:

Tedlar Bags: Nozzle diameter, Dn (in):

Reagent Box: Meter Box Correction Factor, Y: Nozzle (Yes/No):

Unbilical Line: Meter Box pressure differential, ΔH@ (in H2O): Stack Thermocouple (Yes/No):

Equipment Identification Pitot (Yes/No):

Sampling Location: Mooresville, Indiana

Run No.: Vacuum (in Hg):

Run Date: Leak Check Total Volume (ft3):

Leak Rate (cfm):

Plant:

Method: 1-4,26A Checks Pre Mid Post

Testing Operator:

Job Number:

Calibration

Moisture in: ml H2O Initial Final

Ambient Conditions

Filters

Concentrations

0.000

Begin End Desired Actual Inlet Outlet Inlet Outlet

Pump 

Vacuum 

(in. Hg)

Sample 

Rate

Orfice Pressure 

Differential (ΔH, in H20)

Stack 

Temperature 

°F

Probe 

Temperature 

°F

Filter Temperature 

°F

Final exit 

Temperature 

°F

Dry Gas Meter 

Temperature °F

Filter No. 3: CO2 Concentration: Silica Gel.: Impinger Water Weight, Vlc:

Traverse Point 

No.

Sampling Time 

(min) Clock Time 

24 hr

Dry Gas Meter 

Reading (Vm,ft3)

Velocity Head

(ΔP in H2O)

Filter No. 2: O2 Concentration: Impinger 6:

Nozzle ID: Pbar (in. Hg): Impinger 2:

Temperature: Impinger 3:

Pg (in. H2O): Impinger 4:

Filter No. 1: Impinger 5:

Orsat Pump: Micro-manometer Used?

Probe Length/Type: Impinger 1: Sensitivity (in. H2O)

Stack Thermocouple ID: Pitot tube coefficient, Cp:

Tedlar Bags: Nozzle diameter, Dn (in):

Reagent Box: Meter Box Correction Factor, Y: Nozzle (Yes/No):

Unbilical Line: Meter Box pressure differential, ΔH@ (in H2O): Stack Thermocouple (Yes/No):

Equipment Identification Pitot (Yes/No):

Sampling Location: Mooresville, Indiana

Run No.: Vacuum (in Hg):

Run Date: Leak Check Total Volume (ft3):

Leak Rate (cfm):

RunNumberRunDate JobNumberMethod PbHDR PgHDR FilterNum1 FilterNum2 FilterNum3 ReagBox

1 40940 141.11 29.6 -0.75 0 0 0 N/A

2 40940 141.11 29.6 0 0 0 0 N/A

3 40940 241.11 29.6 0 0 0 0 DGM # 82

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0
Umbical StackTC TedlarBag OrasatPumpSampBox MeterBox TCReadOutPitot Nozzle VlcHDR

100' DGM #80 N/A Pump #80 6' Glass 70

100' DGM #80 N/A Pump #80 5' glass 65.9

100' DGM #80 N/A DGM #80 5' Glass 68.7

0 0 0 0 0 0 0

0 0 0 0 0 0 0

0 0 0 0 0 0 0

0 0 0 0 0 0 0

0 0 0 0 0 0 0

0 0 0 0 0 0 0
YHDR DH@HDR CpHDR DnHDR PercCO2HDRPercO2HDRVacCkPre VacCkPostInitDGM FinalDGM

0.904 1.666 0.84 0.25 2.00 17.30 12" 10" 0 0.00

1.002 1.606 0.84 0.25 2.00 17.30 10" 7" 0 0.00

1.002 1.606 0.84 0.25 2.00 17.30 13" 13" 0 0.00

0 0 0 0.00 0.00 0.00 0.00 0.00 0 0.00

0 0 0 0.00 0.00 0.00 0.00 0.00 0 0.00

0 0 0 0.00 0.00 0.00 0.00 0.00 0 0.00

0 0 0 0.00 0.00 0.00 0.00 0.00 0 0.00

0 0 0 0.00 0.00 0.00 0.00 0.00 0 0.00

0 0 0 0.00 0.00 0.00 0.00 0.00 0 0.00
LeakRtPre LeakRtPostPitotCkPre PitotCkMid PitotCkPostNozzleCkPreNozzleCkMidNozzleCkPost StackTCCKPre StackTCCKMid

0.00 0.00 Yes Yes Yes Yes Yes

0.00 0.00 Yes Yes Yes Yes Yes

0.00 0.00 Yes Yes Yes Yes Yes

0.00 0.00 0.00 0.00 0.00 0.00 0.00

0.00 0.00 0.00 0.00 0.00 0.00 0.00

0.00 0.00 0.00 0.00 0.00 0.00 0.00

0.00 0.00 0.00 0.00 0.00 0.00 0.00

0.00 0.00 0.00 0.00 0.00 0.00 0.00

0.00 0.00 0.00 0.00 0.00 0.00 0.00
StackTCCKPost Personnel Location Impinit1 Impinit2 Impinit3 Impinit4 Impinit5 Impinit6 Silicainit

Yes 0 0 0 0 0 0 0

Yes 0 0 0 0 0 0 0

Yes 0 0 0 0 0 0 0

0.00 0 0 0 0 0 0 0

0.00 0 0 0 0 0 0 0

0.00 0 0 0 0 0 0 0

0.00 0 0 0 0 0 0 0

0.00 0 0 0 0 0 0 0

0.00 0 0 0 0 0 0 0
Impfin1 Impfin2 Impfin3 Impfin4 Impfin5 Impfin6 Silicafin Manused Mansense

0 0 0 0 0 0 0 No 0

0 0 0 0 0 0 0 No 0

0 0 0 0 0 0 0 No 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0

0 0 0 0 0 0 0 0 0
Version Date:

12/21/2011

3/26/2012
Comments

- fixed format rounding in run data fields for all 3 runs

- now has nine runs