Manual code 75803707A.0708
Page 27 of 64
Air-cooled condensers with CEA axial fans:
Model Contents of refrigerant circuit (kg) Model
Contents of refrigerant
circuit (kg)
CEA 21c H/V
0,66
CEA 91c H/V
3,8
CEA 21c/LN H/V
1,0
CEA 101c H/V
5,2
CEA 31c H/V
1,32
CEA 101c/LN H/V
4,0
CEA 31c/LN H/V
2,0
CEA 111c H/V
5,3
CEA 41c H/V
1,32
CEA 111c/LN H/V
6,0
CEA 41c/LN H/V
1,9
CEA 121c H/V
4,0
CEA 51c H/V
1,95
CEA 121c/LN H/V
7,3
CEA 51c/LN H/V
2,9
CEA 131c H/V
4,0
CEA 61c H/V
2,58
CEA 131c/LN H/V
8,0
CEA 71c H/V
1,89
CEA 151c H/V
6,0
CEA 71c/LN H/V
3,6
CEA 181c H/V
8,0
CEA 81c H/V
2,88
CEA 181c/LN H/V
8,0
CEA 81c/LN H/V
4,0
CEA 201c H/V
10,5
Refrigerant contents of the circuit
For condensers not included in the CEA table, the refrigerant content will be 0.3 times the internal volume of the
condenser indicated in the technical specifications supplied with the order confirmation.
The sum of the refrigerant contents (air conditioner + liquid pipe + discharge pipe + condenser) gives the total
refrigerant charge required by the system:
Refrigerant content of air conditioner OCA 71H: 0,8
Content of the CEA 61c H condenser: 2,6
10 metres of 16/18 diameter discharge pipe = 0.06 kg/m x 10 m = 0,6
10 metres of 10/12 diameter liquid pipe = 0.08 kg/m x 10 = 0,8
Total refrigerant content: 4,8
It is also necessary to add oil to the circuit in a quantity equal to approximately 5% of the total amount of
refrigerant in the circuit. We recommend the use of SUNISO 3 GS for machines charged with R22 and MOBIL
EAL ARTIC 22 BC or equivalent polyesters for machines charged with R407C.
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