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The document is an output from BITZER software providing information on a project using a K573H water-cooled condenser. It includes a project survey listing the selected compressor as a K573H condenser. The selection details for the K573H condenser are provided showing the input parameters and resulting condenser capacity and specifications. Finally, the document provides technical data and dimensions for the K573H condenser.

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0% found this document useful (0 votes)
46 views6 pages

Bitzerdoc

The document is an output from BITZER software providing information on a project using a K573H water-cooled condenser. It includes a project survey listing the selected compressor as a K573H condenser. The selection details for the K573H condenser are provided showing the input parameters and resulting condenser capacity and specifications. Finally, the document provides technical data and dimensions for the K573H condenser.

Uploaded by

Datashield Info
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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BITZER Output data

Created on : 22.06.2019 10:40:13


LANDBANK (ALTERNATE)

BITZER Software v6.10.0 rev2160 22.06.2019 / All data subject to change. 2/6

Table of content

Project survey............................................................................................................................................................ 3
Selection: Water-cooled Condensers........................................................................................................................ 4
Technical Data: K573H.............................................................................................................................................. 5
Information: Water-cooled Condensers..................................................................................................................... 6
LANDBANK (ALTERNATE)

BITZER Software v6.10.0 rev2160 22.06.2019 / All data subject to change. 3/6

Project survey
Selected compressors
Water-cooled Condensers 1x K573H
LANDBANK (ALTERNATE)

BITZER Software v6.10.0 rev2160 22.06.2019 / All data subject to change. 4/6

Selection: Water-cooled Condensers


Input Values
Condenser type K573H
Passes no. 2
Series Standard
Refrigerant R407C
Cooling agent Water
Condensing temperature 48,0 °C
Water inlet temp. 38,0 °C
Volume flow 7,00 m³/h
Liq. subc. (in condenser) 1,00 K
Fouling factor 0,000040 m²K/W

Result
Condenser type K573H
Passes no. 2
Condenser Capacity 38,2 kW
Allowed max. capacity 124,8 kW
Condensing SDT 48,0 °C
Water outlet temp. 42,7 °C
Volume flow 7,00 m³/h
Vol.flow min. 3,57 m³/h
Vol.flow max. 17,83 m³/h
Fluid velocity 0,98 m/s
Pressure drop 0,06 bar
Water speed < 1,0 m/s (Influence of fouling!).
LANDBANK (ALTERNATE)

BITZER Software v6.10.0 rev2160 22.06.2019 / All data subject to change. 5/6

Technical Data: K573H


Dimensions and Connections

Technical Data
Technical Data
Weight 61 kg
Total width 1176 mm
Total height 307 mm
Jacket tube diameter 216 mm
Refrigerant inlet 35 mm - 1 3/8''
Refrigerant outlet 28 mm - 1 1/8''
Coolant inlet (2 passes) 2''
Coolant outlet (2 passes) 2''
Coolant inlet (4 passes) 1 1/4''
Coolant outlet (4 passes) 1 1/4''
Receiver volume refrigerant 29,4 dm3
Max. refrigerant charge 90% at 20°C / 68°F
R22 32,0 kg
R134a 32,4 kg
R407C 30,7 kg
R404A/R507A 28,3 kg
Max. pressure 33 bar
Max. Operating Temperature 120°C
Max pressure coolant side 10 bar
Larger outlet connection 35 mm - 1 3/8''
Available Options
Adapter for pressure relief valve Option
2 fixing rails (above) Option
2 fixing rails (below) Option
LANDBANK (ALTERNATE)

BITZER Software v6.10.0 rev2160 22.06.2019 / All data subject to change. 6/6
Water-cooled Condensers

Water-cooled Condensers
Legend of connection positions according to "Dimensions":
1 Refrigerant inlet
2 Refrigerant outlet
2a alternative Refrigerant outlet
3 Coolant inlet
3a 4 passes
3b 2 passes
4 Coolant outlet
4a 4 passes
4b 2 passes
5 Coolant drain
6 Pressure gauge connection
7 Pressure relief valve connection
Dimensions can show tolerances according to EN ISO 13920-B.

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