Reciprocating piston

Bitzer semi-hermetic Condensing unit water-cooled K123H/2DC-3.2Y Octagon 400V/3/50Hz

Order No.: 101.7304
Manufacturer number: K123H/2DC-3.2Y
Manufacturer: Bitzer

To subsequent product 101.6334

One click to the most important information:

Accessories / Replacement parts

  • Crankcase heater
    Bitzer oil sump heater 230V 0-120W PTC for 2EC- to 4CES-
    Order No.: 101.3736

Technical data

Dimensions
Diameter
9 mm
Connections
Water outlet
2 pass
G3/4 Inch
4 pass
G1/2 Inch
Water inlet
2 pass
2 x G1/2 Inch
4 pass
G1/2 Inch
Weight
Weight net
87 kg
Performance data
Refrigerating capacity
14410 W
refrigerant=R 404A, evaporating temperature=7.5 °C, condensation temperature=40 °C
 
14410 W
refrigerant=R 507A, evaporating temperature=7.5 °C, condensation temperature=40 °C
 
13210 W
refrigerant=R 404A, evaporating temperature=5 °C, condensation temperature=40 °C
 
13210 W
refrigerant=R 507A, evaporating temperature=5 °C, condensation temperature=40 °C
 
11050 W
refrigerant=R 404A, evaporating temperature=0 °C, condensation temperature=40 °C
 
11050 W
refrigerant=R 507A, evaporating temperature=0 °C, condensation temperature=40 °C
 
9170 W
refrigerant=R 404A, evaporating temperature=-5 °C, condensation temperature=40 °C
 
9170 W
refrigerant=R 507A, evaporating temperature=-5 °C, condensation temperature=40 °C
 
7530 W
refrigerant=R 404A, evaporating temperature=-10 °C, condensation temperature=40 °C
 
7530 W
refrigerant=R 507A, evaporating temperature=-10 °C, condensation temperature=40 °C
 
6110 W
refrigerant=R 404A, evaporating temperature=-15 °C, condensation temperature
Pipe connections
Liquid line
12
mm
 
1/2"
inch
Suction line
22
mm
 
7/8"
inch
Collector data
Collector volume
5,1 dm³
Compressor data
Compressor type
2DC-3.2Y
Condenser data
max. refrigerant charge
5.6 kg
refrigerant=R 134A
 
4.9 kg
refrigerant=R 404A
 
4.9 kg
refrigerant=R 507A
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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