Copeland UV 43 KÜ U chiller
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- Transfer of prepayment to the card
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Seller's contacts
+49 7624 98...
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+49 7624 9889756
+49 170 81...
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+49 170 8106758
Germany 
Germany, Lörrach
Germany, Dänischenhagen
₱7,046
Germany, Bergisch-Gladbach
Germany, Location:nuremberg
Germany, Emskirchen-Pirkach
Germany, Gifhorn
Poland, Miejska Górka
* Frequency: 50 Hz
* Speed: 1450 rpm
* Power: approx. 28.00 m³/h
* Protection class: IP54
* Delivery volume: 49.90 m³/h
* Power consumption (max): 33.7 A
* Operating pressure max: 28 / 22.5 bar
* Serial number: 19C039792M
* Max. operating pressure: 32.5 / 22.5 bar
* Type: FP 14-133-1-NH-0
* Serial numbers: 1535432, 1535433, 1535429
* Power consumption: 24.4 A
* Pressure max.: 10 bar
* Test pressure: 30.8 / 24.7 bar
* Origin: Germany
* Temperature max.: 90 ° C
* Volume content: 24 liters
* Model: UV 43 KÜ U
* Execution: Control cabinet with control panel
* Equipment: Main switches, buttons, fuse units, wiring
This used refrigeration unit consists of a powerful Copeland compressor package, a plate heat exchanger from SPARK as well as extensive control of EnergythermThe system consists of the parts shown in the pictures and was operated in a professional environment. It is ideally suited for industrial refrigeration applications such as process cooling, cold storage, or food processing.
Advantages:
- Compact all-in-one solution including control, compressors and heat exchangers
- Reliable brand components: Copeland, FUNKE, Energytherm
- Sustainable & economical: Reuse saves resources and investment costs
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General functions
- Compound refrigeration system with a total of 4 Copeland compressors (Type: 3x D6SA4-100X-EWL, 1x D6S5-100X-AWM/D)
- Control unit Energytherm UV 43 KÜ U with extensive switching technology
- Plate heat exchangers from SPARK, Type FP 14-133-1-NH-0, max. pressure 10 bar, year of manufacture 01/2007
- Ready for operation, ready for industrial applications
- Designed for 50 Hz networks with 380–420 V (three-phase current)
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CO₂ savings
This used complete system replaces the new purchase of an industrial refrigeration system including control system and heat exchanger.
Estimated CO₂ savings: 3,000 – 4,500 kg CO₂
This corresponds to the CO₂ emissions of an average petrol vehicle over approximately 20,000 km.