Open drive
Bitzer open compressor without flywheel Type 4 G.2-
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Technical data
General information
Clutch housing type
GK6490
(Teile-Nr. 300612-05)
GK6500
(Teile-Nr.
Type
4G.2
Cylinder
Drilling
75 Ø (mm)
Stroke
55 mm
Number
4 pcs
Electrical Data
Power
225S
Watt
37
kW
200M
Watt
225M
Watt
45
kW
160M
160L
180M
180L
Watt
11
15
18.5
22
kW
200L
Watt
30
kW
160M
160L
160L
180M
180L
Watt
11
15
18.5
22
30
kW
Weight
Weight net
34 kg
Performance data
Required drive motor
22.0 kW
refrigerant=R 22, type=S210
15.0 kW
refrigerant=R 22
11.0 kW
refrigerant=R 22
18.5 kW
refrigerant=R 22
22.0 kW
refrigerant=R 22
15.0 kW
refrigerant=R 22, type=S190
11.0 kW
refrigerant=R 22, type=S190
18.5 kW
refrigerant=R 22, type=S190
15.0 kW
refrigerant=R 22, type=S210
11.0 kW
refrigerant=R 22, type=S210
18.5 kW
refrigerant=R 22, type=S210
Air-conditioning
79400 W
refrigerant=R 22, type=S210, evaporating temperature=10 °C, condensation temperature=50 °C
72700 W
refrigerant=R 22, type=S210, evaporating temperature=7.5 °C, condensation temperature=50 °C
66500 W
refrigerant=R 22, type=S210, evaporating temperature=5 °C, condensation temperature=50 °C
107400 W
refrigerant=R 22, evaporating temperature =10 °C, condensation temperature=30 °C
98500 W
refrigerant=R 22, evaporating temperature =7.5 °C, condensation temperature=30 °C
90200 W
refrigerant=R 22, evaporating temperature=5 °C, condensation temperature=30 °C
97400 W
refrigerant=R 22, evaporating temperature=10 °C, condensation temperature=40 °C
89300 W
refrigerant=R 22, evaporating temperature=7.5 °C, condensation temperature=40 °C
81700 W
refrigerant=R 22, evaporating temperature=5 °C, condensation temperature=40 °C
87900 W
refrigerant=R 22, evaporating temperature=10 °C, condensation temperature=50 °C
80500 W
refrigerant=R 22, evaporating temperature=7.5 °C, c
Normal refrigeration
50700 W
refrigerant=R 22, type=S210, evaporating temperature=-5 °C, condensation temperature=40 °C
41350 W
refrigerant=R 22, type=S210, evaporating temperature=-10 °C, condensation temperature=40 °C
55200 W
refrigerant=R 22, type=S210, evaporating temperature=0 °C, condensation temperature=50 °C
45350 W
refrigerant=R 22, type=S210, evaporating temperature=-5 °C, condensation temperature=50 °C
36850 W
refrigerant=R 22, type=S210, evaporating temperature=-10 °C, condensation temperature=50 °C
75200 W
refrigerant=R 22,, evaporating temperature=0 °C, condensation temperature=30 °C
62200 W
refrigerant=R 22, evaporating temperature=-5 °C, condensation temperature=30 °C
51000 W
refrigerant=R 22, evaporating temperature=-10 °C, condensation temperature=30 °C
68000 W
refrigerant=R 22, evaporating temperature=0 °C, condensation temperature=40 °C
56100 W
refrigerant=R 22, evaporating temperature=-5 °C, condensation temperature=40 °C
45750 W
refrigerant=R 22, evaporating t
Deep-freezing
33300 W
refrigerant=R 22, type=S210, evaporating temperature=-15 °C, condensation temperature=40 °C
26450 W
refrigerant=R 22, type=S210, evaporating temperature=-20 °C, condensation temperature=40 °C
20600 W
refrigerant=R 22, type=S210, evaporation temperature=-25 °C, condensation temperature=40 °C
15680 W
refrigerant=R 22, type=S210, evaporating temperature=-30 °C, condensation temperature=40 °C
11550 W
refrigerant=R 22, type=S210, evaporating temperature=-35 °C, condensation temperature=40 °C
8130 W
refrigerant=R 22, type=S210, evaporating temperature=-40 °C, condensation temperature=40 °C
29550 W
refrigerant=R 22, type=S210, evaporating temperature=-15 °C, condensation temperature=50 °C
23300 W
refrigerant=R 22, type=S210, evaporating temperature=-20 °C, condensation temperature=50 °C
17980 W
refrigerant=R 22, type=S210, evaporating temperature=-25 °C, condensation temperature=50 °C
13510 W
refrigerant=R 22, type=S210, evaporating temperature=-30 °C, condensa
Pipe connections
Pressure line
28 / 11⁄8
DN 25
mm/inch
Pipe connection
G3⁄4 Inch
Suction line
42 / 15⁄8
DN 40
mm/inch
Volume
Oil quantity
4,7 l
Technical modifications reserved. Product images may differ from the actual product and are meant for demonstration purposes only. Absolutely no liability can be assumed for possible indication errors and errors in the manufacturers’ information.
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