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AIR
REFRIGERANT
GEOMETRY
Geometry Corrugation Tube material Tube type Fin material Fin thickness
FINNED BLOCK
CIRCUIT AND CONNECTION
Lower
Upper
Headers
bends





Empty Results
Coil Capacity Air Refrigerant
Fin S Rows Tubes Length Spacing Inj Circ OD gas OD liq Area Total Reser. T in % in T out % out Vol PD Type DeSuper T cond. Subcool Mass flow. PD coil PD header .
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COIL
CAPACITY
AIR SIDE
FLUID SIDE
© Leel Coils Europe s.r.o.
myCoil 2.0.019.27
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  • Fin spacings
  • Limits
Name
Volume flow
Pressure
[m3/h]
[Pa]
Minimal flow
1.
2.
3.
Maximal flow
Air type Air temp In Air humi in Air vol Refrigerant Desuper heating Cond. temp Sub cooling Pattern Surface Fin mat Tube type Rows / width Tubes / height Length Spacing Injections Circuits .
  • Production standard
  • Cooling coil
  • HX diagram
  • PH diagram
G - Corrugated fin with straight edge P - Flat fin with straight edge
E - Louvered fin R - Corrugared fin with rippled edge
. 1S1 2S1 2S9 3S2 3S3 3S9 4S4 4S6 5S4
Surface G GP E GP GP E G GP R
Rows of tubes deeps 1-20 1-20 1-20. 1-20 1-18 1-20 1-24 1-24 1-6
Tubes high 3-72 3-120 3-120 3-120 3-120 3-120 3-62 3-76 3-56
Finned height [mm] 95-2000 200-9000 200-9000 200-9000 200-9000 200-9000 200-9000 200-9000 200-9000
Fin spacing [mm] 1.41-4 1.41-5.08 1.41-3.17 1.33-5.08 1.41-5.08 1.41-3.17 2.12-7 1.58-4.23 1.58-4.23
A [mm] 12.5 19.05 19.05 19.05 21.65 19.05 34.92 27.43 32.91
B [mm] 25. 25.4 25.4 25.4 25 25.4 40.48 31.75 38
Diameter 7mm 5/16' 5/16' 3/8' 3/8' 3/8' 1/2' 1/2' 5/8'
A - Desuperheating
A-B - Desuperheating
B - Condensation temp
C-D - Subcooling
C-D - Subcooling
C-D - Subcooling
C-D - Subcooling
E - Start evaporating
F - Evaporating temp
F-G - Superheating
F-G - Superheating
F-G - Superheating