TurboChef NGO - Important Safety Instructions; General Safety Information; Reducing Fire Risk

Project No. File:
Model:
∆H
@ = 40.281
% Oxygen = 21.04
%O
2
% Carbon = 0.01 %CO2
Stack
Temperature
= 28.6 °C
Barametric
Pressure
= 744 mmHg
Stack Static
Pressure
= -2.032
mm H2O
Average Square
root ∆P
= 1.867
∆P mm H2O
Pressure CFM Pressure CFM
1
3.556 496
5
2.794 510
2
3.81 530
6
3.556 515
3
3.81 520
7
3.302 510
4
3.556 520
8
3.556 499
Average 512.5
8
Meter
Temperature
= 22 °C
Pitot Tube
Coefficient
= 0.84
% Moisture
= 49.7
Sample Rate
= 21.24 Lpm
Ideal Nozzle
Size
11.298 mm
0.444803 in
Actual Nozzle
Size Used
1/2 in
Temperature inside stack during operation
Barametric pressure at location of meter
Static Pressure inside of duct
Enter pressure differential at each transvers point in mm
H2O, the take square root of ∆P.
This number is calculated when device is calibrated
Oxygen inside stack during operation
Carbon Dioxide inside stack during operation
09NK11970
TurboChef Technologies
Calculations needed for Nozzle Size
E151487
NGO
# Travers Points
When numbers are entered into calculator, ideal nozzle
size will be displayed. Enter number here
If ideal nozzle size is not available, locate nearest
number. Enter what nozzle size was used for testing
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