A - Base Configuration
Heat Exchanger Type
Internal Fluid
External Fluid
Fin Material
Tube Material
B - Capacity
Total / Sensible Heat
kW
C - Air Side
Airflow Rate
m³/h
Air Inlet Temperature
°C
Air Outlet Temperature
°C
Air Inlet Densitykg/m³
Air Outlet Densitykg/m³
Air Face Velocitym/s
D - CO2 Side
CO₂ Flow Ratem³/h
CO₂ Inlet Temperature°C
CO₂ Inlet EnthalpykJ/kg
CO₂ Outlet Temperature°C
CO₂ Outlet EnthalpykJ/kg
CO₂ Inlet Densitykg/m³
CO₂ Inlet Pressurebarg
CO₂ Outlet Densitykg/m³
CO₂ Outlet Pressurebarg
CO₂ Tube Velocitym/s
Tube ODmm
Tube IDmm
Tube Thicknessmm
Number of CircuitsNos
E - Thermal
LMTDK
Internal Resistancem²·K/W
External Resistancem²·K/W
Material Resistancem²·K/W
Overall UW/m²K
Required Aream²
F - Coil Geometry
Coil Widthmm
Coil Heightmm
Coil Depthmm
Number of RowsNos
Horizontal Pitchmm
Vertical Pitchmm
Number of FinsNos
Fin Aream²
Fin Efficiency%
Tube Aream²
Effective Tube Aream²
G - Warnings and Validation
Errors0
Warnings0
StatusReady
H - Results and Summary
Total Capacity
kW
Available Area
m²
Reserve Factor
-
Reserve %
%
Shortfall Area
m²