Stulz C7000 - Page 52

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Kompressormodell Kältemittel vd1 [bar] kd1 [bar] vd2 [bar] kd2 [bar]
Mitsubishi ANB33 R410A
6,0 12,8 17,0 32,6Mitsubishi ANB42 R410A
Mitsubishi ANB52 R410A
Copeland ZP182KCETFD R410A
10,0 16,5 14,0 21,0
Copeland ZP154KCETFD R410A
Copeland ZP137KCETFD R410A
Copeland ZP120KCETFD R410A
Copeland ZP103KCETFD R410A
Copeland ZP90KCETFD R410A
Kompressormodell Kältemittel MIXSollwert [bar] DXSollwert [bar]
Copeland ZP83KCETFD R410A
16,5 16,5
Copeland ZP72KCETFD R410A
Copeland ZP61KCETFD R410A
Copeland ZP54KCETFD R410A
Copeland ZP42KCETFD R410A
Copeland ZP36KCETFD R410A
Copeland ZP31KCETFD R410A
Copeland ZP29KCETFD R410A
Copeland ZP24KCETFD R410A
EN/06.2019/G57 © STULZ GmbH – all rights reserved
C7000 INSTRUCTIONS fOR a/C UNITS
Application of dynamic condensation pressure control (parameter "dyn." = 1)
The table displays the recommended values in dependence of the compressor type and the refrigerant:
(up to now for refrigerant R410A only)
Due to the right-angled shape of the envelope in the pressure diagram, the configuration of a fix condensati-
on pressure setpoint is sufficient for the following compressor types. (parameter "dyn." = 0)
Compressor model Refrigerant ep1 [bar] cp1 [bar] ep2 [bar] cp2 [bar]
Compressor model Refrigerant MIX setpoint [bar] DX setpoint [bar]