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Quality Assurance Report
lecc Duct Test
PASS Your Result: 0.2CFM1100 ft'? (6 CFM * 100 12717 ltl
Target<3CFM/100ff
Test lnformation
Test Name
Test Date
Export id
Company Name
Technician Name
Technician Email
Building lnformation
Address
Gity
State
ZiplpostalCode
Country
Year Gonstructed
Elevation
Address Verified?
Building Latitude, Longitude
GPS validation
Estimated Distance From Address
Test Equipment
Fan Model
Fan SerialNumber
Pressure Gauge Model
Gauge Serial Number
Environmental Conditions
Pre-test lndoor Tem perature
Pre-test Outdoor Temperatu re
Wind Speed
Average Barometric Pressure
Test Dimensions
Conditioned Floor Area
Volume
44 Roan Creek return
2025-07 -24 1 2:33 PM (MDT)
GWCFgZYO
Elite Energy Concepts
Coltan Gechter
coltan @el iteenergyconcepts. com
44 Roan Creek
Parachute
Colorado
81 635
United States
Not available
5000 ft
No
Your location has not been validated
Tester location not verified
Not available
Retrotec 300
3XLFTOO7O,1
Retrotec DM32 104
415340
80'F
84'F
9 MPH
102.2kPa
2717 fr
20000 ft"
1
Eretrlr Retrotec rGloud
Test Notes
No notes entered
Flow Equation Parameters - Factory Default
Fan Model Retrotec 300
Fan Serial Number 3X1FT00701
Flow Equation Parameters - Bl
Units Used For Flow Parameters in Equation CFM
Fan pressure (FP) is the measured fan pressure when using a self-referenced fan orwhen the room pressure is
negative. lf using a fan which is not self-referenced, and the room pressure is positive, fan pressure is calculated
by subtracting the measured room pressure from the absolute value of the fan pressure.
lf PrA is greater than 0 or fan is self-referencing: FP = lPrBl - PrA
lf PrA is less than 0 or fan is self-referencing: FP = PrB
Flow calculations are not valid if fan pressure is less than either MF or (K2 x lRPl)
FP = fan RP = room ressure
Range
Open
74
47
29
18
11
7
102
N
0.5010
0.5045
0.5000
0.5020
0.4990
0.4800
0.5000
0.5900
K
28.9100
7.0770
3.2410
1 .'1900
0.4570
0.2080
0.0718
10.7000
K1
0.0000
0.0000
0.0000
0.0000
0.0000
0.0000
0.0000
0.0000
K2
0.4000
0.2500
0.1 000
0.2000
0.2500
0.2500
0.1 1 00
0.4000
K3
0.0000
0.0000
0.0000
0.0000
0.0000
0.0000
0.0000
0.0000
K4
1
I
1
1
I
1
1
1
MF
20
15
10
20
25
25
25
100
flow =FP-RPxK1 X K+K3x xK4
3