Design your coils with us
Powered by
...
Experience Inside
ddddd
Verify coil performancess
Local Options
Job
Main Input
Metal Frame
Other Options
Results
Requested Capacity
Leaving Air temperature
kW
kcal/h
BTU/h
°C
F
K
Oversurface %
Counter Flow
Parallel Flow
AIR - Evaporator
Oversurface %
Counter Flow
Parallel Flow
Actual entering air temperaturexx
Stnd: T = 15.5°C = 60°F; m slmxx
Norm: T = 20°C = 68°F; m slm
Norm: T = 0°C = 32°F; m slm
Air density
Actual entering air temp. – pressure
Actual entering air temp. – altitude
kg/m³
kg/l
lb/ft³
lb/inch³
oz/ft³
m
ft
yd
Pa
kPa
bar
psi
Air Flow
Air Flow Output
Air Wet Mass Flow
Air Dry Mass Flow
Face velocity
Fan
m³/h
m³/min
m³/s
l/h
l/min
l/s
ft³/h
ft³/min
ft³/s
m³/h
m³/min
m³/s
l/h
l/min
l/s
ft³/h
ft³/min
ft³/s
kg/h
kg/min
kg/s
lb/s
lb/min
lb/h
kg/h
kg/min
kg/s
lb/s
lb/min
lb/h
m/s
ft/s
Push
Pull
Entering air temperature - dry bulb
°C
F
K
Entering air temperature - wet bulb
Entering relative air humidity
Entering absolute air humidity
°C
F
K
g/kg
oz/lb
REFRIGERANT
Suction Gas Saturation Temperature
Suction Gas Pressure
°C
F
K
kPa
Pa
bar
psi
Superheating
°C
F
K
Cond. Temperature
Inlet Enthalpy
°C
F
K
J/kg
kJ/kg
cal/kg
kcal/kg
Requested Refrigerant Pressure Drop
kPa
Pa
bar
psi
Design Pressure PS
kPa
Pa
bar
psi
Subcooling
°C
F
K
AIR - Condensator
Oversurface %
.
.
kg/m³
kg/l
lb/ft³
lb/inch³
oz/ft³
m
ft
yd
Pa
kPa
bar
psi
.
m³/h
m³/min
m³/s
l/h
l/min
l/s
ft³/h
ft³/min
ft³/s
m³/h
m³/min
m³/s
l/h
l/min
l/s
ft³/h
ft³/min
ft³/s
kg/h
kg/min
kg/s
lb/s
lb/min
lb/h
kg/h
kg/min
kg/s
lb/s
lb/min
lb/h
m/s
ft/s
Entering air temperature - dry bulb
°C
F
K
.
°C
F
K
g/kg
oz/lb
REFRIGERANT
.
Suction Gas Saturation Temperature
Suction Gas Pressure
Temperature of middle point
°C
F
K
kPa
Pa
bar
psi
°C
F
K
oncalculate
Desuperheating
°C
F
K
Subcooling
°C
F
K
Requested Refrigerant Pressure Drop
kPa
Pa
bar
psi
Design Pressure PS
kPa
Pa
bar
psi
GEOMETRY
Geometry
Corrugation
Tube material
Tube type
Fin material
Fin thickness
FINNED BLOCK
Optimize Number of rows
Insert Number of rows
Number of tubes
Max Fin Height
mm
m
ft
inch
Finned Length
mm
m
ft
inch
Fin Spacing
Min Fin Spacing
Bare Tubes
Coil coating
None
Powder painted
E-Coating Cataphoresys
Tinned
Heresite
LCE Coating
LCE Coating double layer
LCE spray DTM
CIRCUIT AND CONNECTION
Number of circuits
Optimize PED
1
2 x 1/2
3 x 1/3
4 x 1/4
Equal circuits required
Optimize Circuiting
Enter tot number of injections
Enter number of passages
Optimize tubes not used
Specified tubes not used
Header Material
Optimize
Copper
Steel
AISI 304 L
AISI 316
same side connections
allow connection opposite sides
STACKED
INTERLACED
Liquid Connection Diameter
Diameter by distributor
Optimize
option>
Distributor with Nozzle
Venturi Distributor
Optimize Capillary Diameter
3.00mm Capill. Diam.
5mm Capillary Diameter
6mm Capillary Diameter
3.96mm - 5/32" Capill. Diam.
4.76mm - 3/16" Capill. Diam.
6.35mm - 1/4" Capill. Diam.
7.94mm - 5/16" Capill. Diam.
Optimize
Nozzle 1/2
Nozzle 3/4
Nozzle 1
Nozzle 1.1/2
Nozzle 2
Nozzle 2.1/2
Nozzle 3"
Nozzle 4
Nozzle 5
Nozzle 6
Nozzle 8
Nozzle 10
Nozzle 12
Nozzle 15
Nozzle 17
Nozzle 20
Nozzle 25
Nozzle 30
Nozzle 35
Nozzle 40
Nozzle 50
Suction Header Diameter
Optimize
n>
Optimize Capillary Length
Enter capillary length
mm
m
horizontal air flow
vertical air flow
Internal Reference
Customer
Project
Ref.
Calc Type
Lloyd Standard; Fluid
DX - Heat Pump Coil
Condensing Coil
Transportation options
Not included
Not included
Not included
Not included
Not included
Remarks
Empty Results
Coil
Capacity
Air
Refrigerant
Fin
S
Rows
Tubes
Length
Spacing
Inj
Circ
OD liq
OD gas
Area
Total
Sens.
Reser.
Cond
T in
% in
T out
% out
Vol
PD
Type
Subcool
T cond.
T evap.
Super
Mass flow.
PD dist
PD header
PD coil
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
COIL
CAPACITY
AIR SIDE
REFRIGERANT
Attenzione! Non puoi aggiungere piu' di quattro geometrie
Geometry
Surface
Tube Material
Tube wall/type
';
Fin material
';
Fin thickness
