Optyma PlusTM with scroll or reciprocating compressors R404A / R507, R134a, R407C

Optyma Plus™ R404A/R507 LBP/MBP The refrigerants R404A and R507 are used very widely in refrigeration. A major reason for their popularity is that they are highly flexible. For instance, applications in the standard refrigeration range are just as common as conventional freeze use with R404A or R507. For example, both refrigerants are used for dairy product refrigeration, whether for open storage of such foods or for storage of packaged goods. An example of a freeze application is the storage of frozen food and ice cream. Cold Room The refrigerant R134a is often underestimated as far as energy...

Optyma PlusTM the quiet plug and play solution In designing our Optyma PlusTM range we integrate your requirements in order to satisfy your needs and expectations of refrigeration solution. Optyma PlusTM combines our best engineering skills and design knowledge to create a fully factorybuilt condensing unit ready for quick installation and quiet operation. Optyma PlusTM is a unique integral Danfoss condensing unit built around Danfoss components. Optyma PlusTM can be located anywhere. Acoustic insulation and fan speed reduction during low capacity operation periods makes the operation of Optyma...

Cooling capacity range in (W) at evaporating temperature (°C) Subcooling within the limits of the condensing unit Power consumption referred at 32°C ambient temperature Test condition EN13215 SH 10K Ambient temperature 32°C Power consumption (W) at -25°C evap. temp. Test conditions Electrical code E: Compressor 400 V/3 phase/50 Hz, fan 230 V/1 phase/50 Hz G: Compressor 230 V/1 phase/50 Hz, fan 230 V/1 phase/50 Hz

pressure Weight level Gross/Net Sound measurement done in accordance with ISO 3743-1 and ISO 3744.

Test conditions Test condition EN13215 SH 10K Ambient temperature 32°C Subcooling within the limits of the condensing unit Power consumption referred at 32°C ambient temperature Cooling capacity range in (W) at evaporating temperature (°C) -20°C Electrical code G: Compressor 230 V/1 phase/50 Hz, fan 230 V/1 phase/50 Hz E: Compressor 400 V/3 phase/50 Hz, fan 230 V/1 phase/50 Hz Power consumption (W) at evap. temp. -10°C 570

Optyma Plus™ R404A/R507 MBP Condenserfan Airflow Int. volume Fan blade Ø (m3/h) (L) (mm) Condenser coil Type Dimensions (mm) Height Width H W Sound Connection Sound Weight pressure (Inch) power level Suction Liquid Gross/Net level dB(A) line line (kg) 10 m dB(A) Sound measurement done in accordance with ISO 3743-1 and ISO 3744.

Test conditions Cooling capacity range in (W) at evaporating temperature (°C) -15°C Test conditions Electrical code EN13215 SH10K Ambient temperature 32°C E: Compressor 400 V/3 phase/50 Hz, fan 230 V/1 phase/50 Hz Compressor 230 V/1 phase/50 Hz, fan 230 V/1 phase/50 Hz G: Subcooling within the limits of the condensing unit Power consumption referred at 32°C ambient temperature Power consumption (W) at evap. temp. -10°C 750

Sound measurement done in accordance with ISO 3743-1 and ISO 3744.

Test conditions Cooling capacity range in (W) at evaporating temperature (°C) Test condition EN13215 SH 10K Ambient temperature 32°C Electrical code E: Compressor 400 V/3 phase/50 Hz, fan 230 V/1 phase/50 Hz G: Compressor 230 V/1 phase/50 Hz, fan 230 V/1 phase/50 Hz Subcooling within the limits of the condensing unit Power consumption referred at 32°C ambient temperature Power consumption (W) at evap. temp. -10°C

Optyma Plus™ R407C MBP Condenser coil Receiver Airflow Int. volume Fan blade Ø volume (L) (m3/h) (L) (mm) Connection (Inch) Suction line Liquid line Sound power level dB(A) Sound Weight pressure level Gross/Net 10 m (kg) dB(A) Sound measurement done in accordance with ISO 3743-1 and ISO 3744.

Electrical characteristics – 230 V, 1 phase, 50 Hz Unit Wiring diagram Max. continuous power consumption (kW) Main switch Code number Electrical characteristics – 400 V, 3 phase, 50 Hz Unit Wiring diagram Max. continuous power consumption (kW) Main switch Code number Moeller spare parts or individual electrical components are not supplied by Danfoss Spare parts Unit Filter drier Sight glass Pressure switch Liquid valve Spare parts Receiver volume (L) Unit Platform Fan Motor (capacitor included) OP-LPHC271 NT 14.0 118U0006 13.6 118U0026 Note: LRA (Locked Rotor Amps) A = Receiver without valve...

Electrical characteristics – 230 V, 1 phase, 50 Hz Unit Wiring diagram Max. continuous power consumption (kW) Main switch Code number Electrical characteristics – 400 V, 3 phase, 50 Hz Unit Wiring diagram Max. continuous power consumption (kW) Main switch Code number Moeller spare parts or individual electrical components are not supplied by Danfoss

Filter drier Sight glass Pressure switch Suction valve Liquid valve Spare parts Spare parts Receiver volume (L) Fan Motor (capacitor included) Handling handle A = Receiver without valve B = Receiver with valve on top *fan motor should be replaced by the old one 118U3478 (75 W) for the unit with serial number up to xxxxxxCG4812 produced before December 2012.

Electrical characteristics – 230 V, 1 phase, 50 Hz Unit Wiring diagram Max. continuous power consumption (kW) Main switch Code number Electrical characteristics – 400 V, 3 phase , 50 Hz Unit Wiring diagram Max. continuous power consumption (kW) Main switch Code number Moeller spare parts or individual electrical components are not supplied by Danfoss

Spare parts Unit Filter drier Sight glass Pressure switch Suction valve Liquid valve Spare parts Receiver volume (L) Fan Motor (capacitor included) Handling handle Note: LRA (Locked Rotor Amps) MCC (Maximum Continuous Current) A = Receiver without valve B = Receiver with valve on top *fan motor should be replaced by the old one 118U3478 (75 W) for the unit with serial number up to xxxxxxCG4812 produced before December 2012.