Optyma PlusTM with scroll or reciprocating compressors

MAKING MODERN LIVING POSSIBLE Quick Reference Optyma PlusTM with scroll or reciprocating compressors R0A / R07, Ra, R07C www.danfoss.com

Optyma Plus R0A/R07 LBP/MBP The refrigerants R0A and R07 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 R0A or R07. 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 Optyma Plus Ra MBP The refrigerant Ra is often underestimated as far as energy is concerned and is particularly good for medium and high evaporating temperatures. For instance, this refrigerant is popular for bottle coolers and air dryers. This refrigerant is also standard for refrigerated display cabinets in restaurants and bars. However, conventional standard refrigeration applications for -0 C evaporation in supermarkets are also normally designed for Ra. So this refrigerant offers a serious alternative to the medium and high temperature applications of R0A and R07. Bottle coolers Optyma Plus R07C MBP As a successor to the air conditioning refrigerant R, R07C s main strengths clearly lie in the area of air conditioning. For instance, HVAC comfort air conditioning systems are commonly equipped with a coil and corresponding condensing unit for R07C. This refrigerant can be found everywhere in this area. Nevertheless, we should not forget that there is a wide variety of possible standard refrigeration applications if one is familiar with the characteristics of this refrigerant (key phrase marked temperature glide ). Air conditioning systems for butchers, for example FRCC.PK.00.A.0

Optyma Plustm - the quiet plug and play solution R0A/R07 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 factory-built condensing unit ready for quick installation and quiet operation. Optyma PlusTM is a unique integral Danfoss condensing unit built around Danfoss components. Optyma PlusTM with reciprocating or scroll technology offers what fits best to your application. As standard we supply the compressor, fan speed control, filter drier, shut off valve, pressure switch, magnetic contactor, sight glass, main switch and compressor protection all within robust weather proof housing. A perfect cooling solution for typical food retail, petrol forecourt sites, cold room and freezer applications. All units are fully wired and factory tested. Installation is effortlessly simple: just mount the unit, connect to controller, braze two pipe-joints to connect to evaporator circuit, charge the system and switch on the, and the cooling process is up and running. Optyma PlusTM with reciprocating compressors Optyma PlusTM can be located anywhere. Acoustic insulation and fan speed reduction during low capacity operation periods makes the operation of Optyma PlusTM so smooth and quiet that it will not disturb the peace in your local environment. Ra * Products for higher ambient temperatures, please contact your local Danfoss representative. Optyma PlusTM with Scroll compressors Installer benefits End-user benefits Product advantages + An integrated Danfoss design + Low noise operation + Energy efficient + Easy maintenance: just remove the panels and you have easy access to the components + Modern practical design with a neutral colour to fit in with its surroundings + Low energy consumption + A minimum size footprint enabling installation in small spaces without compromising the units performance or service accessibility + Common Danfoss components all stocked locally by wholesalers + Reliable high ambient operation and proven reliability in the most demanding applications + Energy saving benefits with fan speed control and selection of energy efficient components + Sightglass visible from outside + Fully weatherproof housing made from epoxy powder coated steel + Electrical box : IP + Low noise level + Small dimensions + One range with compressor technologies + Common Danfoss stocked components + Multi-refrigerant capability on most of the units + One compressor on high capacity moduls + Full compatible to OPTYMA controller * + Plug & Play installation + Packaging is optimised for stacking + Fully synchronized and factory tested * refer to separate datasheet FRCC.PK.00.A.0 R07C + Outstanding performance even in the toughest applications + Strong weather resistant housing with lasting durability even in the harshest environments

Optyma Plus R0A/R07 LBP Reciprocating Test conditons Voltage/~ (0 Hz) number Type HP OP-LPHC08 SCP00G X08 OP-LPHC06 GSP00G X6 SH 0K Fan 0V/~ 0V/~ 0V/~ 0V/~ Type 0V/~ 0V/~ OP-LPHC08 NTP00E X 00V/~ 0V/~ OP-LPHC068 NTP00G X0 OP-LPHC068 NTP00E X8 OP-LPHC096 NTP00E X6 OP-LPHC6 NTP00E X6 OP-LPHC NTP00E X OP-LPHC08 NTP00G X Test condition Superheat 0K EN Subcooling within the limits of the condensing unit FRCC.PK.00.A.0 Condenser fan Condenser coil 0V/~ 00V/~ 00V/~ 00V/~ 00V/~ 0V/~ 0V/~ 0V/~ 0V/~ 7 0V/~ A6 A6 C6 C6 F6 F6 J6 Airflow Int. Fan blade [m/h] volume [L] [mm] 00 00 000 000 600 600 6 00 6 00 00.6.6...... 6.9 Electrical code E 00 V/ phase/0 Hz, fan 0 V/ phase/0 Hz G 0 V/ phase/0 Hz, fan 0 V/ phase/0 Hz 6 6 609 609 609 Ambient C Capacity range from 770 W - 00 W at - C evap. temp. Capa - -0 6 9 89 80 90 8 0 7 6 8 96 90 769 69 8 769 69 8 00 007 8 00 007 8 79 8 9 97 6 88 6 0 89 07 7 8 96 90 969 8 60 969 8 60 87 900 70 7-6 9 9 7 60 6 09 97 808 67 09 97 808 67 9 68 8 9 68 8 8 099 7 0 660 66 7 7 6 76 767 96

acity in [W] at evaporating temperature [ C] -0 - -0 67 60 968 89 7 6 0 8 96 0 8 96 0 6 9 669 0 6 9 669 87 06 67 77 86 00 9 87 8 906 7 7 6 696 8 77 676 9 0 9 8 9 7 87 8 9 7 87 8 77 8 6 6 77 8 6 6 0 86 9 8 988 7 668 076 9 9 99 8 70 068 97 88 6 07 06 88 88 6 88 88 6 98 08 70 98 08 70 69 9 9 7 7 96 6 776 9 97 68 8 0 986 RGT 0 Dimensions Connection Weight - C Receiver [mm] (Inch) EN volume (ref. [L] Width Depth Suction Liquid Gross/Net Housing Height point) H W D line line [kg] - -0 0 067 9 6 07 0 879 70 9 6 09 89 7 98 67 7 98 77 087 98 67 7 98 77 087 7 9 76 60 99 88 7 9 76 60 99 88 6 889 6 6 86 8 0 7 779 6 868 9 9 8 9 7 8 068 0 07 8 88 8 9 7 0 87 0 869 8 6 7 Sound Sound pressure Comlevel level pressor 0 m db(a) db(a). -. 6 906 0 8 96/6 6 0 SC8CLX. -. 6 906 0 8 8 0/76 6 0 GS6CLX. -.6 0 8 8 6/8 7 NTZ08. -.6 0 8 8 6/8 7 NTZ08. -.6 0 8 8 8/8 7 9 NTZ068. -.6 0 8 8 8/8 7 9 NTZ068 7.0-7.6 97 06 0 7 8 8 6/ 7 NTZ096 7.0-7.6 97 06 0 8 6/ 7 NTZ6.6 -.0 79 0 60 8 9/ 78 7 NTZ EN Information point RGT 0 Constant Return Gas Temperature 0 C Ambient temperature = + c Subcooling within the limits of the condensing unit FRCC.PK.00.A.0 R0A/R07 Sound measurement done in accordance with ISO 7- and ISO 7. LBP measured according to EN @ - C suction, + C ambient, SH 0 K

Optyma Plus R0A/R07 MBP Reciprocating Test conditons number Type Voltage/~ (0 Hz) Type Fan Condenserfan Airflow Int. volume Fan blade Ø [m/h] [L] [mm] Condenser coil HP OP-MPHC00 SCP00G 00 0V/~ 0V/~ A6 00.6 6 OP-MPHC0 SCP00G X0 0V/~ 0V/~ A6 00.6 6 OP-MPHC08 SCP00G X08 0V/~ 0V/~ A6 00.6 6 OP-MPHC06 GSP00G X 0V/~ 0V/~ 600. OP-MPZC00 MTP00G X6 0V/~ 0V/~ C6 000. OP-MPZC00 MTP00E X 00V/~ 0V/~ C6 000. OP-MPHC0 GSP00G X8 0V/~ 0V/~ 600. OP-MPZC08 MTP00G X 0V/~ 0V/~ 600. OP-MPZC08 MTP00E X0 00V/~ 0V/~ 600. OP-MPZC060 MTP00G X8 0V/~ 0V/~ 600. OP-MPZC060 MTP00E X6 00V/~ 0V/~ 600. OP-MPZC086 MTP00E X6 00V/~ 0V/~ F6 6 00. 609 OP-MPZC08 MTP00E X7 00V/~ 0V/~ F6 6 00. 609 OP-MPZC6 MTP00E X0 00V/~ 0V/~ G6 00. 609 OP-MPZC7 MTP00E X88 00V/~ 0V/~ 8 J6 00 6.9 609 OP-MPZC MTP00E X96 00V/~ 0V/~ J6 00 6.9 609 SH 0K Test condition Superheat 0K EN Subcooling within the limits of the condensing unit 6 FRCC.PK.00.A.0 7 0 Electrical code E 00 V/ phase/0 Hz, fan 0 V/ phase/0 Hz G 0 V/ phase/0 Hz, fan 0 V/ phase/0 Hz Ambient C Capacity range from.00w - 9.00W at + C evap. temp. Capacity i tem -0 C - C -0 C - C 6 6 96 776 708 66 7 89 8 70 6 9 8 0 9 977 77 6 9 8 69 8 8 69 8 6 8 00 78 8 008 600 69 8 008 600 69 07 898 07 998 07 898 07 998 6 69 9 60 7 66 6 90 6 09 90 9 8 8 9 7 86 6 97 6 9 807 8 679 0 78 00 0 60 77 6 7 00 9 8 6 6 6 9 6 6 6 9 97 860 7 6 97 860 7 6 67 06 9 67 06 9 9 7 9 76 9 7 9 76 96 7 6 96 7 6 7 0 00 70 008 06 0 69 7 0 6 89 7 078 6 80 6 98 698 8 98 698 8 6 60 0 7 6 60 0 7 7 6 80 8 6 0 99 008 6 7 7 796 96 7 8 6 6 76 8 9 90 8 0 7 8 6 60 09 966 69 60 09 966 69 6 086 679 6 086 679 97 809 0 6 08 98 667 067 7 897 7 6 6 0 9 9 8 69 7 6 66 9 0 869 9 6 8 9 = Superheat K

-0 C - C 0 C C 96 879 780 697 098 00 89 798 80 7 87 9 8 99 76 6 86 6 6 86 6 97 76 79 09 798 90 09 798 90 78 98 708 78 98 708 7 99 7 8 6 67 9 7 8 66 7 6 6 686 0 0 9 9 667 8 60 00 7 000 8 887 7 09 00 77 079 960 86 9 09 980 907 7 6 06 89 6 6 98 677 6 07 98 677 6 07 0 99 67 9 67 06 6 9 67 06 6 6 8 70 06 70 6 8 70 06 70 9 78 8 8 7 7 6 88 96 0 9 9 8 6 6 0 00 8 8 7 0 8 86 0 77 8 6 6 08 67 09 6 8 88 7 00 88 697 60 79 8 6 60 0 87 8 60 0 87 8 90 86 0 6 76 6 97 6 6 76 6 97 6 7 6 79 9 7 6 79 9 69 0 69 9 98 8 8 877 6 9 9 98 6 977 6 77 7 60 0 709 8 7 6 0 790 9 9 6 70 66 0 0 C 9 767 80 69 89 0 090 766 76 00 99 908 0 8 0 99 908 0 8 0 89 09 6 7 8 6 6 7 7 8 9 7 7 6 90 7 8 6 6 7 7 8 9 7 7 6 90 8 7 7 800 6 877 9 7 8 88 7 86 8 7 7 800 6 877 9 7 8 88 7 86 86 66 0 6 767 6 6 9 97 6 8 96 7 76 8 9 70 8 07 6 0 9 0 69 8 66 6 77 99 78 667 8 6 87 9 6 878 6 8 7 0 088 Dimensions [mm] Height Width H W Connection (Inch) Suction Liquid line line Sound Sound pressure level Gross/Net level db(a) 0 m db(a) [kg] Receiver volume [L] Housing. -. 6 906 0 8 8 96/6 6 0 SC0MLX. -. 6 906 0 8 8 97/6 6 0 SCMLX. -. 6 906 0 8 8 96/6 6 0 SC8MLX. -.6 8 /8 67 6 GS6MLX. -.6 0 8 6/8 7 MTZ8. -.6 0 8 6/8 7 MTZ8. -.6 0 8 /8 67 6 GSMLX. -.6 0 8 0/86 7 9 MTZ8. -.6 0 8 0/86 7 9 MTZ8. -.6 0 8 /88 7 0 MTZ6. -.6 0 8 /88 7 0 MTZ6 7.0-7.6 97 06 0 7 8 6/7 7 MTZ 7.0-7.6 97 06 0 7 8 6/7 7 MTZ6 7.0-7.6 97 06 0 8 68/ 76 MTZ8.6 -.0 79 0 60 8 / 78 7 MTZ00.6 -.0 79 0 60 8 9/ 78 7 MTZ Depth D Weight R0A/R07 in [W] at evaporating mperature [ C] Sound measurement done in accordance with ISO 7- and ISO 7. MBP measured according to EN @ -0 C suction, + C ambient, SH 0 K FRCC.PK.00.A.0 7

Optyma Plus R0A MBP Scroll Test conditons SH 0K number Type Condenser coil HP Condenser fan Int. Fan blade Type Airflow [m/h] volume [L] [mm] Fan OP-MPUC0 MLP00G X60 0V/~ 0V/~ 600. OP-MPUC0 MLP00E X6 00V/~ 0V/~ 600. OP-MPUC06 MLP00G X 0V/~ 0V/~ 600. OP-MPUC06 MLP00E X8 00V/~ 0V/~ 600. OP-MPUC068 MLP00E X0 00V/~ 0V/~ F6 6 00. 609 OP-MPUC080 MLP00E X 00V/~ 0V/~ F6 6 00. 609 OP-MPUC07 MLP00E X 00V/~ 0V/~ 6 G6 00. 609 OP-MPUC MLP00E X 00V/~ 0V/~ 7 J6 00 6.9 609 OP-MPUC6 MLP00E X 00V/~ 0V/~ J6 00 6.9 609 Test condition Superheat 0K EN Subcooling within the limits of the condensing unit For R capacities ask your local Danfoss contact. 8 Voltage/~ (0 Hz) FRCC.PK.00.A.0 0 Ambient C Capacity range from 7.00W - 6.700W at + C evap. temp. -0 C - C -0 C 6 7 897 608 6 7 897 608 0 060 689 8 0 060 689 8 89 90 8 6 66 960 7 98 7 6 7 6 9 67 8 669 7 9 6 6 90 87 0 86 9 6 0 79 6 06 0 79 6 06 0 709 88 0 709 88 6 97 887 67 7 6 86 6 00 70 9 9 8 78 7 76 6 86 98 0 8 9 96 8 9 76 9 069 67 96 8 67 96 8 87 98 6 87 98 6 7 70 7 09 6 0 660 8 90 8 9 7 80 6 8 0 98 9 99 8 9 9 67 0 09 8 6 6 87 787 98 Electrical code E 00 V/ phase/0 Hz, fan 0 V/ phase/0 Hz G 0 V/ phase/0 Hz, fan 0 V/ phase/0 Hz

Receiver volume [L] - C 0 C C 0 C 00 0 00 0 709 66 709 66 9 69 8 8 7 6 6 78 0 7 9 7 8 68 7 7 0 06 0 9 80 7 6 09 07 79 9 8 7 60 7 7 78 699 7 7 78 699 6 67 6 8 6 67 6 8 0 80 9 979 8 9 8 07 07 9 0 9 9 9 809 90 6 0 7 9 0 6 87 0 08 0 8 7 6 6 0 899 6 0 899 7 70 7 0 6 6 7 70 7 0 6 6 607 66 0 9 6 7 8 889 0 68 8 6 86 0 7 0 9 9 86 7 7 9 6 7 0 8 6 98 6 0 68 068 6 98 6 0 68 068 8 88 8 7 7 98 8 88 8 7 7 98 7 07 7 0 6 6 9 76 9 089 9 9 7 78 9 79 00 0 66 8 0 79 6 979 6 Dimensions [mm] Housing Height H B Sound Sound pressure level level 0 m Liquid Gross/Net db(a) db(a) line [kg] Connection (Inch) Width W Depth D Suction line Weight.6 0 /98 69 MLZ0.6 0 /98 69 MLZ0.6 0 /98 69 MLZ0.6 0 /98 69 MLZ0 7.6 97 06 0 7 8 98/ 7 0 MLZ00 7.6 97 06 0 7 8 96/9 7 0 MLZ0 7.6 97 06 0 8 0/7 76 MLZ08.6 -.0 79 0 60 8 / 78 7 MLZ08.6 -.0 79 0 60 8 / 78 7 MLZ076 B = Receiver with valve on top R0A/R07 Sound measurement done in accordance with ISO 7- and ISO 7. MBP measured according to EN @ -0 C suction, + C ambient, SH 0 K FRCC.PK.00.A.0 9

Optyma Plus Ra MBP Reciprocating Test conditons number Type Voltage/~ (0 Hz) Fan Condenser coil HP Condenser fan Int. volume Fan blade Ø Type Airflow [m/h] [L] [mm] OP-MPZC00 MTP00G X6 0V/~ 0V/~ C6.000. OP-MPZC00 MTP00E X 00V/~ 0V/~ C6.000. OP-MPGC0 GSP00G X 0V/~ 0V/~ A6.00.6 6 OP-MPZC08 MTP00G X 0V/~ 0V/~.600. OP-MPZC08 MTP00E X0 00V/~ 0V/~.600. OP-MPZC060 MTP00G X8 0V/~ 0V/~.600. OP-MPZC060 MTP00E X6 00V/~ 0V/~.600. OP-MPZC086 MTP00E X6 00V/~ 0V/~ F6 6.00. 609 OP-MPZC08 MTP00E X7 00V/~ 0V/~ F6 6.00. 609 OP-MPZC6 MTP00E X0 00V/~ 0V/~ G6.00. 609 OP-MPZC7 MTP00E X88 00V/~ 0V/~ 8 J6.00 6.9 609 OP-MPZC MTP00E X96 00V/~ 0V/~ 0 J6.00 6.9 609 SH 0K Test condition Superheat 0K EN Subcooling within the limits of the condensing unit 0 FRCC.PK.00.A.0 7 Ambient C Capacity range from.700w - 9.700W at + C evap. temp. - 996 99 778 677 996 99 778 677 7 08 6 8 8 6 6 8 8 6 97 6 9 97 6 9 0 0 67 66 98 6 7 9 0 967 6 8 900 80 66 7 987 7 06 6 8 7 Electrical code E 00 V/ phase/0 Hz, fan 0 V/ phase/0 Hz G 0 V/ phase/0 Hz, fan 0 V/ phase/0 Hz Capacity in [W] a temperat -0 8 9 99 8 9 99 677 68 6 0 8 67 0 8 67 8 0 78 8 8 0 78 8 077 6 8 6 7 8 7 0 6 09 889 70 8 86 7 908 7 066 6 0 77 9 80 8 7 7 8-88 7 6 88 7 6 09 90 77 6 97 69 97 69 88 0 88 0 908 0 776 6 88 6 7 7 0 8 998 8 6 7 6 7 08 0 9 8 8 70 6 0 0 0 99 96 768 0 99 96 768 9 6 0 7 69 9 886 7 69 9 886 097 778 09 097 778 09 7 6 8 6 6 8 79 8 6 7 6 6 8 0 0 70 9 677 8 90 0 96 0 990 7 6 90 8

987 77 6 6 987 77 6 6 98 8 60 70 79 988 660 70 79 988 660 6 9 8 97 6 9 8 97 9 8 8 7 7 7 086 0 97 0 9 6 8 6 90 0 99 0 7 60 6 6 0 8 9 688 7 96 6 8 0 0 6 0 0 7 6 0 0 7 006 60 087 708 9 006 60 087 708 9 808 9 97 9 808 9 97 9 7 0 6 98 6 98 97 7 0 6 98 6 98 97 9 0 66 9 0 8 770 06 0 0 60 6 87 80 9 6 9 0 9 8 9 7 097 90 89 0 9 7 08 6 87 6 0 8 7 87 7 0 7 08 6 87 6 0 8 7 87 7 0 8 7 8 0 7 6 0 8 9 0 8 777 8 7 8 0 7 6 0 8 9 0 8 777 7 6 8 6 07 99 77 6 068 07 8 8 9 7 78 6 0 0 08 8 909 7 6 6 7 0 88 9 0 8 8 98 6 68 0 79 8 68 6 8 66 0 97 Receiver volume [L] Housing. -.6 Dimensions [mm] Connection (Inch) Sound Sound pressure level level Gross/Net db(a) 0 m db(a) [kg] Weight Height H Width W Depth D Suction line Liquid line 0 8 6/8 7 MTZ8. -.6 0 8 6/8 7 MTZ8. -. 6 906 0 8 0/76 6 GSMFX. -.6 0 8 0/86 7 9 MTZ8. -.6 0 8 0/86 7 9 MTZ8. -.6 0 8 /88 7 0 MTZ6. -.6 0 8 /88 7 0 MTZ6 7.0-7.6 97 06 0 7 8 6/7 7 MTZ 7.0-7.6 97 06 0 7 8 6/7 7 MTZ6 7.0-7.6 97 06 0 8 68/ 76 MTZ8.6 -.0 79 0 60 8 / 78 7 MTZ00.6 -.0 79 0 60 8 9/ 78 7 MTZ Ra at evaporating ture [ C] Sound measurement done in accordance with ISO 7- and ISO 7. MBP measured according to EN @ -0 C suction, + C ambient, SH 0 K FRCC.PK.00.A.0

Optyma Plus Ra MBP Scroll Test conditons Type Condenser coil HP Fan Type Condenser fan Airflow Int. Fan blade [m/h] volume [L] [mm] X60 0V/~ 0V/~ 600. OP-MPUC0 MLP00E X6 00V/~ 0V/~ 600. OP-MPUC06 MLP00G X 0V/~ 0V/~ 600. X8 00V/~ 0V/~ 600. OP-MPUC068 MLP00E X0 00V/~ 0V/~ F6 6 00. 609 OP-MPUC080 MLP00E X 00V/~ 0V/~ F6 6 00. 609 OP-MPUC07 MLP00E X 00V/~ 0V/~ 6 G6 00. 609 OP-MPUC MLP00E X 00V/~ 0V/~ 7 J6 00 6.9 609 OP-MPUC6 MLP00E X 00V/~ 0V/~ 0 J6 00 6.9 609 Test condition Superheat 0K EN Subcooling within the limits of the condensing unit For R capacities ask your local Danfoss contact. Voltage/~ (0 Hz) OP-MPUC0 MLP00G OP-MPUC06 MLP00E SH 0K number FRCC.PK.00.A.0 Electrical code E 00 V/ phase/0 Hz, fan 0 V/ phase/0 Hz G 0 V/ phase/0 Hz, fan 0 V/ phase/0 Hz Ambient C Capacity range from.00w - 8.900W at + C evap. temp. - C -0 C - C 87 76 97 99 87 76 97 99 90 06 86 6 0 887 86 6 0 887 99 80 60 0 99 80 60 0 6 0 990 7 7 00 60 9 6 96 6 6 07 79 8 6 8 0 7 0 6 868 0 867 0 06 9 08 8 7 8 686 0 7 8 686 0 7 79 0 0 79 0 0 696 7 007 68 6 6 6 9 80 6 8 6 8 9 7 7 09 0 609 0 0 9 9 8 67 88 7 769 0 97 90 06 607 9 9 96 97 9 609 6 69 7 8 6 778 6 78 8 8 6 8 07 7 00 6 86

0 C C 0 C 67 90 07 88 67 90 07 88 6 8 0 7 6 8 0 7 7 07 6 6 6 0 89 8 6 7 76 7 8 6 7 0 6 0 07 9 0 8 7 996 7 78 0 79 6 0 6 7 89 98 7 0 89 98 7 0 6 89 86 6 89 86 8 8 9 7 9 7 9 888 9 8 8 768 8 8 97 7 0 67 7 97 98 9 9 99 8 96 7 66 6 78 00 76 6 08 00 76 6 08 6 68 6 98 889 7 6 68 6 98 889 7 0 8 9 79 9 9 8 67 866 90 0 7 9 96 609 670 8 8 8 7 9 6 80 896 86 67 6 0 0 C B 908 6.6 9 999 908 6.6 9 999 7 8 7 7.6 7 008 6 607 7 8 7 7.6 7 008 6 607 9 689 7.6 00 0 09 7.6 69 90 8 7 8 7.6 6 06 9.6 -.0 0 077 9 006 8 9 6 88.6 -.0 86 90 Dimensions [mm] Housing Height H Sound Sound pressure level level 0 m Liquid Gross/Net db(a) db(a) line [kg] Connection (Inch) Width W Depth D Suction line Weight 0 /98 69 MLZ0 0 /98 69 MLZ0 0 /98 69 MLZ0 0 /98 69 MLZ0 97 06 0 7 8 98/ 7 0 MLZ00 97 06 0 7 8 96/9 7 0 MLZ0 97 06 0 8 0/7 76 MLZ08 79 0 60 8 / 78 7 MLZ08 79 0 60 8 / 78 7 MLZ076 B = Receiver with valve on top FRCC.PK.00.A.0 Ra Receiver volume [L] Sound measurement done in accordance with ISO 7- and ISO 7. MBP measured according to EN @ -0 C suction, + C ambient, SH 0 K

Optyma Plus R07C MBP Reciprocating Test conditons Type number Voltage/~ (0 Hz) Fan OP-MPZC00 MTP00G X6 0V/~ 0V/~ OP-MPZC00 MTP00E X 00V/~ 0V/~ OP-MPZC08 MTP00G X 0V/~ 0V/~ OP-MPZC08 MTP00E X0 00V/~ 0V/~ OP-MPZC060 MTP00G X8 0V/~ 0V/~ SH 0K OP-MPZC060 MTP00E X6 00V/~ 0V/~ OP-MPZC086 MTP00E X6 00V/~ 0V/~ OP-MPZC08 MTP00E X7 00V/~ 0V/~ OP-MPZC6 MTP00E X0 00V/~ 0V/~ 7 OP-MPZC7 MTP00E X88 00V/~ 0V/~ 8 OP-MPZC MTP00E X96 00V/~ 0V/~ Test condition Superheat 0K EN Subcooling within the limits of the condensing unit FRCC.PK.00.A.0 Condenser fan Int. volume Fan blade Ø Type Airflow [m/h] [L] [mm] Condenser coil HP 0 C6 C6 F6 F6 G6 J6 J6 000 000 600 600 600 600 6 00 6 00 00 00 00......... 6.9 6.9 609 609 609 609 609 Ambient C Capacity range from.600w -.00W at + C evap. temp. Electrical code E 00 V/ phase/0 Hz, fan 0 V/ phase/0 Hz G 0 V/ phase/0 Hz, fan 0 V/ phase/0 Hz Capacity in [W] at evapo temperature [ C] - -0 79 08 999 798 70 79 08 999 798 70 89 0 76 89 0 76 98 08 7 986 08 98 08 7 986 08 7 6 7 9 6 6 70 7 978 7 6 7 9 7 0 9 8 0 9 70 8 6 6 6 0 8 9 790 6 8 068 7-0 8 08 869 8 08 869 70 0 60 0 70 0 60 0 00 0 98 00 0 98 8 8 7 08 6 70 6 08 9 9 9 9 8 7 70 7 67 0 9 90 96 67 09 806 0 8 76 6 8 9 960 6 9 960 6 9 009 0 09 009 0 09 6 609 6 087 96 6 609 6 087 96 0 0 9 8 7 90 8 9 0 098 9 0 9 8 7 9 809 8 6 6 88 6 77 0 8 8 7

0 0 9 0 9 0 9 7 6 9 7 6 0 8 8 9 9 7 8 0 9 68 678 8 896 9 68 678 8 896 6 7 6 0 67 7 79 7 6 9 6 7 6 0 67 7 79 7 6 9 7 88 7 6 00 9 089 8 0 7 76 7 88 7 6 00 9 089 8 0 7 76 8 0 76 069 06 7 07 8 7 8 6 8 0 0 9 66 7 8 0 0 07 8 67 6 6 0 9 98 09 0 7 8 806 Height H Dimensions [mm] Width W Depth D 0 8 6/8 7 MTZ8. -.6 0 8 6/8 7 MTZ8. -.6 0 8 0/86 7 9 MTZ8. -.6 0 8 0/86 7 9 MTZ8. -.6 0 8 /88 7 0 MTZ6. -.6 0 8 /88 7 0 MTZ6 7.0-7.6 97 06 0 7 8 6/7 7 MTZ 7.0-7.6 97 06 0 7 8 6/7 7 MTZ6 7.0-7.6 97 06 0 8 68/ 76 MTZ8.6 -.0 79 0 60 8 / 78 7 MTZ00.6 -.0 79 0 60 8 9/ 78 7 MTZ Receiver volume [L] Housing. -.6 Connection (Inch) Suction Liquid line line Sound Sound pressure level Gross/Net level db(a) [kg] 0 m db(a) Weight Sound measurement done in accordance with ISO 7- and ISO 7. MBP measured according to EN @ -0 C suction, + C ambient, SH 0 K R07C orating ] FRCC.PK.00.A.0

LBP R0A/R07 Reciprocating Electrical characteristics 0 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor number ) 0 V 0 Hz Main switch number ) fan Fan [W] OP-LPHC08 WD.. 0.98 OP-LPHC06 WD.7..6 CI 9 DILM9-0 07H00 CTIM PKZM0-0 07B9 0. OP-LPHC08 WD 7.09 CI DILM-0 07H00 CTIMB PKZM0-6 07B7 OP-LPHC068 WD 7 CI DILM-0 07H009 CTIMB PKZM0-0 07B8 0.6 7. fan Fan [W] 0.6 7. 0. 0 Electrical characteristics 00 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor 0 V 0 Hz Main switch OP-LPHC08 WD 6.8.7 CI 6 DILM7-0 07H00 CTIM PKZM0-6. 07B8 OP-LPHC068 WD 8..6 CI 9 DILM9-0 07H00 CTIM PKZM0-6 07B7 OP-LPHC096 WD 0.. 07B9 WD. 6.6 07H00 CTIMB PKZM0-0 OP-LPHC6 CI DILM-0 CTIMB PKZM0-6 07B7 OP-LPHC WD 96, CI 0 DILM-0 07H00 CTIMB PKZM0-07B9 Spare parts (automatic controls) Filter drier Sight glass Pressure switch OP-LPHC08 OP-LPHC06 OP-LPHC08 DML8.s DML08 0Z68 0Z00 SGN0s SGN+0s 0-08 0F08 KP7 WB OP-LPHC068 OP-LPHC096 DML6.s DML6 0Z76 0Z0 OP-LPHC6 DML6s DML6 0Z80 0Z0 SGNs SGN+s OP-LPHC DML66s DML66 0Z8 0Z06 SGN9s SGN+9s Suction valve GBCs 009G70 GBC6s 009G70 Liquid valve GBC0s Fan Speed controller 009G70 RGE-ZL-7DS 06H0 XGE-CB 06H 060-97 GBCs 009G70 0-08 0F08 GBC8s 009G706 GBCs 009G70 0-08 0F08 GBCs 009G707 GBC8s 009G70 Spare parts (components) Receiver volume [L] Platform A OP-LPHC08 SC OP-LPHC06 GS OP-LPHC08 NT OP-LPHC068 NT OP-LPHC096 NT OP-LPHC6 NT OP-LPHC NT Fan Blade Fan Grill Fan capacitor [µf]. 8U000. 8U00 Fan motor W 8U006 Blade Ø" 8U007 Grill H 8U008.8 8U009. 8U000.6 8U00 Fan motor 7 W 8U0007 Blade Ø6" 8U0009 Grill H 8U00. 8U00 7.0 8U000 7.6 8U00 Fan motor 0 W 8U0008 Blade Ø" 8U000.0 8U0006.6 8U006 Note: LRA (Locked Rotor Amps) (Maximum Continuous Current) 6 B Fan Motor (capacitor included) A = Receiver without valve B = Receiver with valve on top FRCC.PK.00.A.0 Grill H Handling handle 8U00 8U00 6.0 8U00 Grill H ) spare parts or individual electrical components are not supplied by Danfoss

Section N otes R0A/R07 FRCC.PK.00.A.0 7

MBP R0A/R07 Reciprocating Electrical characteristics 0 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor number ) 0 V 0 Hz Main switch OP-MPHC00 WD 8..8 0.6 OP-MPHC0 WD..7 0.78 CI 6 DILM7-0 07H00 CTIM PKZM0-6, 07B8 OP-MPHC08 WD. 6.. OP-MPHC06 WD.6 8..8 CI 9 DILM9-0 07H00 CTIM PkZM0-0 07B9 OP-MPZC00 WD 0 0.8 OP-MPHC0 WD.7.6. CI DILM-0 07H009 CTIMB PKZM0-6 07B7 OP-MPZC08 WD 0. CI DILM-0 07H009 CTIMB PKZM0-0 07B8 OP-MPZC060 WD 60.0 CI 0 DILM-0 07H00 CTIMB PKZM0-07B9 fan Fan [W] 0. 0.6 7 fan Fan [W] 0.6 7. 0. 0 Electrical characteristics 00 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor 0 V 0 Hz Main switch OP-MPZC00 WD 0.8 CI 6 DILM7-0 07H00 CTIM PKZM0-6, 07B8 OP-MPZC08 WD 7.. 07B9 WD 0 9.0.0 07H00 CTIM PKZM0-0 OP-MPZC060 CI 9 DILM9-0 OP-MPZC086 WD 8...89 CI DILM-0 07H00 CTIMB PKZM0-6 07B7 OP-MPZC08 WD 6 7.09 OP-MPZC6 WD 80 9 8.68 CI 6 DILM-0 07H00 OP-MPZC7 WD 90 0.0 CI DILM-0 07H00 OP-MPZC WD 0.0 CI 0 DILM-0 07H00 ) spare parts or individual electrical components are not supplied by Danfoss 8 FRCC.PK.00.A.0 CTIMB PKZM0-0 07B8 CTIMB PKZM0-07B9

MBP R0A/R07 Reciprocating Filter drier Sight glass Pressure switch Suction valve Liquid valve R0A/R07 Spare parts (automatic controls) Fan Speed controller OP-MPHC00 GBC0s OP-MPHC0 009G70 OP-MPHC08 OP-MPHC06 DML08. DML08 0Z68 0Z00 OP-MPZC00 SGN0s SGN+0s 0-08 0F08 GBC0s GBC6s 009G70 009G70 OP-MPHC0 KP7 WB OP-MPZC08 OP-MPZC060 DML08s DML08 RGE-ZL-7DS 06H0 XGE-CB 06H 060-9 0Z70 0Z00 GBC8s 009G70 GBCs 009G70 GBC8s 009G706 GBCs 009G707 OP-MPZC086 OP-MPZC08 OP-MPZC6 DML6s DML6 0Z8 0Z0 SGN6s SGN+6s 0-08 0F08 DML66s DML66 0Z8 0Z06 SGN9s SGN+9s 0-08 0F08 GBC6s 009G70 GBC8s 009G70 OP-MPZC7 OP-MPZC Spare parts (components) Receiver volume [L] A B Fan Motor (capacitor included) Fan Blade Fan Grill Fan capacitor [µf] Handling handle OP-MPHC00 OP-MPHC0. 8U000. 8U00 Fan motor W 8U006 Blade Ø" 8U007 Grill H 8U008.8 8U009 OP-MPHC0. 8U000.6 8U00 Fan motor 7 W 8U0007 Blade Ø6" 8U0009 Grill H 8U00. 8U00 OP-MPHC08 OP-MPHC06 OP-MPZC00 8U00 OP-MPZC08 OP-MPZC060 OP-MPZC086 OP-MPZC08 7.0 8U000 7.6 8U00 OP-MPZC7 OP-MPZC Grill H Fan motor 0 W OP-MPZC6.0 8U0006.6 8U006 8U0008 Blade Ø" 8U000 8U00 6.0 8U00 Grill H A = Receiver without valve B = Receiver with valve on top FRCC.PK.00.A.0 9

MBP R0A/R07 Scroll Electrical characteristics 0 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor OP-MPUC0 WD 60 9. DILM-0 0 V 0 Hz Main switch PKZM0-0 OP-MPUC06 WD 97. Fan fan [W] DILM-0 0.6 x7 PKZM0- Electrical characteristics 00 V, phase OP-MPUC0 WD LRA 0 OP-MPUC06 WD 9.. OP-MPUC068 WD 60.0.9 OP-MPUC080 WD 70.0 7. OP-MPUC07 WD 87 6.0 0.0 DILM-0 OP-MPUC WD 9 0.0. DILM7-0 PKZM0- OP-MPUC6 WD 0.0.7 DILM-0 PKZM0- Wiring diagram 7 Max. continuous consumption [kw]. DILM0-0 DILM09-0 Contactor 0 V 0 Hz Main switch PKZM0-0 Fan fan [W] 0.6 x7. x0 x. x0 PKZM0-6 DILM-0 PKZM0-0 Spare parts (automatic controls) OP-MPUC0 OP-MPUC06 Filter drier Sight glass Pressure switch DML08 0Z0 SGN+S 0F08 DML6 0Z0 SGN+6S 0F08 DML66 0Z06 SGN+9S 0F08 Suction valve OP-MPUC068 OP-MPUC080 KP7WB 060-9 OP-MPUC07 OP-MPUC OP-MPUC6 Liquid valve GBC 8s 009G70 GBC s 009G70 GBC 8s 009G706 GBC s 009G707 Fan Speed controller GBC s 009G70 GBC 6s 009G70 GBC 8s 009G70 XGE-CB 06H Spare parts (components) Receiver volume [L] B Fan Motor (capacitor included) Fan Blade Fan capacitor [µf] Fan Grill Handling handle OP-MPUC0.6 8U00 7.6 8U00 Fan motor 7W 8U0007 Blade Ø6 8U0009 Grill H 8U00. 8U00 OP-MPUC06 8U00 OP-MPUC068 OP-MPUC080 Fan motor 0W OP-MPUC07 OP-MPUC OP-MPUC6 Grill H.6 8U0008 Blade Ø 8U000 8U006 Grill H B = Receiver with valve on top ) spare parts or individual electrical components are not supplied by Danfoss 0 8U00 FRCC.PK.00.A.0 6 8U00

Section N otes R0A/R07 FRCC.PK.00.A.0

MBP Ra Reciprocating Electrical characteristics 0 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor 0 V 0 Hz Main switch OP-MPZC00 WD 0 0.0 CI 9 DILM9-0 07H00 CTIM PKZM0-0 07B9 OP-MPGC0 WD.7 6.8.9 OP-MPZC08 WD 0. CI DILM-0 07H009 CTIMB PKZM0-0 07B8 OP-MPZC060 WD 60.0 CI 0 DILM-0 07H00 CTIMB PKZM0-07B9 fan Fan [W] 0.6 7 fan Fan [W] 0.6 x7. 0. 0 Electrical characteristics 00 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor 0 V 0 Hz Main switch OP-MPZC00 WD 0.0 CI 6 DILM7-0 07H00 CTIM PKZM0-6. 07B8 OP-MPZC08 WD 7.. 07B9 WD 0 9.0.0 07H00 CTIM PKZM0-0 OP-MPZC060 CI 9 DILM9-0 OP-MPZC086 WD 8...67 CI DILM-0 07H00 CTIMB PKZM0-6 07B7 OP-MPZC08 WD 6.6 OP-MPZC6 WD 80 9 6.7 CI 6 DILM-0 07H00 07H00 07H00 OP-MPZC7 WD 90 7.0 CI DILM-0 OP-MPZC WD 0 9.0 CI0 DILM-0 ) spare parts or individual electrical components are not supplied by Danfoss FRCC.PK.00.A.0 CTIMB PKZM0-0 07B8 CTIMB PKZM0-07B9

MBP Ra Reciprocating Spare parts (automatic controls) Filter drier Sight glass Pressure switch Suction valve Liquid valve Fan Speed controller OP-MPZC00 OP-MPGC0 DML08,s DML08 0Z68 0Z00 DML08s DML8 0Z70 0Z00 SGN0s SGN+0s OP-MPZC08 OP-MPZC060 OP-MPZC6 KP7 WB DML6s DML6 0Z8 0Z0 SGN6s SGN+6s 0-08 0F08 DML66s DML66 0Z8 0Z06 SGN9s SGN+9s 0-08 0F08 009G70 GBC0s GBC8s OP-MPZC086 OP-MPZC08 GBC6s 0-08 0F08 009G70 009G70 RGE-ZL-7DS 06H0 XGE-CB 06H 060-96 GBCs 009G70 GBC8s 009G706 GBCs 009G707 GBC6s 009G70 GBC8s 009G70 OP-MPZC7 OP-MPZC Spare parts (components) A B Fan Motor (capacitor included) Fan Blade Fan Grill Fan capacitor [µf] OP-MPZC00. 8U000.6 8U00 Fan motor 7 W 8U0007 Blade Ø6" 8U0009 Grill H 8U00. 8U00 OP-MPGC0. 8U000. 8U00 Fan motor W 8U006 Blade Ø 8U007 Grill H 8U008.8 8U009. 8U000.6 8U00 Fan motor 7 W 8U0007 Blade Ø6 8U0009 Grill H 8U00. 8U00 OP-MPZC08 7.0 8U000 7.6 8U00 OP-MPZC08 OP-MPZC060 8U00 OP-MPZC086 OP-MPZC Grill H Fan motor 0 W OP-MPZC6 OP-MPZC7 Handling handle Ra Receiver volume [L].0 8U0006 Note: LRA (Locked Rotor Amps) (Maximum Continuous Current).6 8U006 8U0008 Blade Ø" 8U000 8U00 6.0 8U00 Grill H A = Receiver without valve B = Receiver with valve on top FRCC.PK.00.A.0

MBP Ra Scroll Electrical characteristics 0 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor 0 V 0 Hz Main switch OP-MPUC0 WD 60 9.8 DILM-0 PKZM0-0 0.6 x7 OP-MPUC06 WD 97.6 DILM-0 PKZM0-0.6 x7 Main switch PKZM0-0 PKZM0-6 PKZM0-0 Fan fan [W] Electrical characteristics 00 V, phase OP-MPUC0 WD LRA 0 OP-MPUC06 WD 9..7 OP-MPUC068 WD 60.0.7 OP-MPUC080 WD 70.0. OP-MPUC07 WD 87 6.0.7 DILM-0 OP-MPUC WD 9 0.0 6. DILM7-0 PKZM0- OP-MPUC6 WD 0.0 8. DILM-0 PKZM0- Wiring diagram 7 Max. continuous consumption [kw].8 DILM09-0 0 V 0 Hz DILM09-0 DILM-0 Contactor Fan fan [W] 0.6 x7 0.6 x7. x0 x. x0 Spare parts (automatic controls) OP-MPUC0 OP-MPUC06 Filter drier Sight glass Pressure switch DML08 0Z0 SGN+S 0F08 DML6 0Z0 SGN+6S 0F08 DML66 0Z06 SGN+9S 0F08 Suction valve OP-MPUC068 OP-MPUC080 KP7WB 060-9 OP-MPUC07 OP-MPUC OP-MPUC6 Liquid valve GBC 8s 009G70 GBC s 009G70 GBC 8s 009G706 GBC s 009G707 Fan Speed controller GBC s 009G70 GBC 6s 009G70 GBC 8s 009G70 XGE-CB 06H Spare parts (components) Receiver volume [L] B Fan Motor (capacitor included) Fan Blade Fan capacitor [µf] Fan Grill Handling handle OP-MPUC0.6 8U00 7.6 8U00 Fan motor 7W 8U0007 Blade Ø6 8U0009 Grill H 8U00. 8U00 OP-MPUC06 8U00 OP-MPUC068 OP-MPUC080 Fan motor 0W OP-MPUC07 OP-MPUC OP-MPUC6 Grill H.6 8U0008 Blade Ø 8U000 8U006 Grill H B = Receiver with valve on top ) spare parts or individual electrical components are not supplied by Danfoss 8U00 FRCC.PK.00.A.0 6 8U00

Notes Ra FRCC.PK.00.A.0

MBP R07C Reciprocating Electrical characteristics 0 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor 0 V 0 Hz Main switch OP-MPZC00 WD 0 0.7 CI 9 DILM9-0 07H00 CTIM PKZM0-0 07B9 OP-MPZC08 WD 0.0 CI DILM-0 07H009 CTIMB PKZM0-0 07B8 OP-MPZC060 WD 60. CI 0 DILM-0 07H00 CTIMB PKZM0-07B9 fan Fan [W] 0.6 7 fan Fan [W] 0.6 7. 0. 0 Electrical characteristics 00 V, phase Wiring diagram LRA Max. continuous consumption [kw] Contactor 0 V 0 Hz Main switch OP-MPZC00 WD 0.7 CI 6 DILM7-0 07H00 CTIM PKZM0-6. 07B8 OP-MPZC08 WD 7..0 07B9 WD 0 9.0. 07H00 CTIM PKZM0-0 OP-MPZC060 CI 9 DILM9-0 OP-MPZC086 WD 8...0 CI DILM-0 07H00 CTIMB PKZM0-6 07B7 OP-MPZC08 WD 6 6. OP-MPZC6 WD 80 9 8.60 CI 6 DILM-0 07H00 OP-MPZC7 WD 90 0.06 CI DILM-0 07H00 OP-MPZC WD 0. CI 0 DILM-0 07H00 ) spare parts or individual electrical components are not supplied by Danfoss 6 FRCC.PK.00.A.0 CTIMB PKZM0-0 07B8 CTIMB PKZM0-07B9

MBP R07C Reciprocating Spare parts (automatic controls) OP-MPZC00 OP-MPZC08 OP-MPZC060 Filter drier Sight glass DML08,s DML08 0Z68 0Z00 DML08s DML08 0Z70 0Z00 SGN0s SGN+0s Pressure switch Suction valve GBC6s 0-08 0F08 Liquid valve Fan Speed controller 009G70 GBC0s GBC8s 009G70 GBCs 009G70 GBC8s 009G706 GBCs 009G707 009G70 OP-MPZC086 KP7 WB OP-MPZC08 OP-MPZC6 DML6s DML6 0Z8 0Z0 SGN6s SGN+6s 0-08 0F08 DML66s DML66 0Z8 0Z06 SGN9s SGN+9s 0-08 0F08 060-97 RGE-ZL-7DS 06H0 XGE-CB 06H GBC6s 009G70 GBC8s 009G70 OP-MPZC7 OP-MPZC Spare parts (components) Receiver volume [L] A B Fan Motor (capacitor included) Fan Blade Fan Grill Fan capacitor [µf] Handling handle OP-MPZC00 OP-MPZC08. 8U000.6 8U00 8U000 7.6 8U00 Fan motor 7 W 8U0007 Blade Ø6 8U0009 Grill H 8U00 Grill H 8U00. 8U00 OP-MPZC060 OP-MPZC086 OP-MPZC08 7.0 Fan motor 0 W OP-MPZC6 OP-MPZC7 OP-MPZC.0 8U0006.6 8U006 8U0008 Blade Ø" 8U000 8U00 6.0 Grill H 8U00 8U00 R07C A = Receiver without valve B = Receiver with valve on top FRCC.PK.00.A.0

Program Designation system for the Optyma PlusTM program (additional program frequency etc.: please contact your local wholesaler)..... 6. 7. 8. Application Design Refrigerant Condenser option OP-MPHC 08 Displacement platform Version Electrical code 8 L = LBP M = MBP P = Packaged units Z = R0A, Ra, R07, R07C H = R0A/R07 G = Ra U = R0A, Ra, R07, R C = Standard FRCC.PK.00.A.0 SC P00 6 6 7 8 7 G 8 06 = 6 cm 7 = 7 cm GS = GS (Reciprocating) MT = MTZ (Reciprocating) NT = NTZ (Reciprocating) SC = SC (Reciprocating) ML= MLZ (Scroll) P00 G = 0 V/ phase/0 Hz, fan 0 V/ phase/0 Hz E = 00 V/ phase/0 Hz, fan 0 V/ phase/0 Hz

Range capacity presentation @ + C Ambient MBP R0A 7.00 6.700 SCROLL C MBP Ra.00 8.900 SCROLL C MBP R0A.00 9.00 RECIPROCATING C MBP Ra.700 9.700 RECIPROCATING C MBP R07C.600.00 RECIPROCATING C Cooling capacity (W) LBP R0A.000 7.00 770.000.00 0.000.00 RECIPROCATING - C Cooling capacity (W).000 FRCC.PK.00.A.0.000 0.000.000 8.000 9

Dimensions 00 H=6 6 A (:) D=0 9 A 7 A 80 900 W=906 Housing 0 90 A (:) A 0 H= 0 D= 6 A 00 00 W=0 Housing 0 FRCC.PK.00.A.0

Dimensions AA ( : ) 7 D=0 00 0 H=97 8 A 60 0 00 W=06 Housing 00 D=60 6 6 FRCC.PK.00.A.0 A (:) A A 0 0 W=0 Housing 0 H=79 69

Wiring diagrams B: B: C: C: E: F: K: K: M: M: Q: S: X: L N 6 B F Q I >I >I > P< Q P> K K X B S P T> C K K C X M M ~ M M ~ Fan speed control High- and Low Presssure switch Start Capacitor () Run Capacitor (Fan) Crankcase Heater Fuse (Control Circuit) Start Relay Contactor Compresssor Fan Motor Main Switch Room Thermostat (optional) Terminals for Room Thermostat E K DWG.-NO.: 8A06_b WD B: B: C: C: C: E: F: K: K: M: M: Q: S: X: L N Q 6 B F I >I >I > P< Q P> K K X B C K S P T> C C K X M M ~ M M ~ E K DWG.-NO.: 8A08_a WD FRCC.PK.00.A.0 Fan speed control High- and Low Presssure switch Start Capacitor () Run Capacitor () Run Capacitor (Fan) Crankcase Heater Fuse (Control Circuit) Start Relay Contactor Compresssor Fan Motor Main Switch Room Thermostat (optional) Terminals for Room Thermostat

Wiring diagrams L L L N Q X 6 B: B: C: C: E: F: K: M: M: M: Q: S: X: B F N P< Q I >I >I > P> K K X () B M M ~ Fan speed control High- and Low Presssure switch Run Capacitor (Fan) Run Capacitor (Fan, only Housing ) Crankcase Heater Fuse (Control Circuit) Contactor Fan Motor Fan Motor (only Housing ) Main Switch Room Thermostat (optional) Terminals for Room Thermostat (Housing in brackets) S P T> C C M M ~ M M ~ K X E (6) K DWG.-NO.: 8A07_c WD B: B: C: C: E: F: K: M: M: Q: S: X: L N Q 6 B F I >I >I > P< Q P> K K X B S P T> C C K X M M ~ M M ~ Fan speed control High- and Low Presssure switch Run Capacitor () Run Capacitor (Fan) Crankcase Heater Fuse (Control Circuit) Contactor Fan Motor Main Switch Room Thermostat (optional) Terminals for Room Thermostat E K DWG.-NO.: 8A06 WD FRCC.PK.00.A.0

Notes FRCC.PK.00.A.0

Notes FRCC.PK.00.A.0

Danfoss Commercial s is a worldwide manufacturer of compressors and condensing units for refrigeration and HVAC applications. With a wide range of high quality and innovative products we help your company to find the best possible energy efficient solution that respects the environment and reduces total life cycle costs. We have 0 years of experience within the development of hermeting compressors and today we operate engineering and manufacturing facilities spread across three continents. Performer Variable Speed scroll compressors Performer Air Conditioning scroll compressors Maneurop Variable Speed reciprocating compressors Maneurop Reciprocating s Performer Heat Pump scroll compressors Performer Refrigeration scroll compressors Optyma Plus Condensing s Optyma Condensing s Our products can be found in a variety of applications such as rooftops, chillers, residential air conditioners, heatpumps, coldrooms, supermarkets, milk tank cooling and industrial cooling processes. member of: www.asercom.org Danfoss can accept no responsibility for possible errors in catalogues, brochures and other printed material. Danfoss reserves the right to alter its products without notice. This also applies to products already on order provided that such alterations can be made without subsequential changes being necessary in specifications already agreed. All trademarks in this material are property of the respective companies. Danfoss and the Danfoss logotype are trademarks of Danfoss A/S. All rights reserved. FRCC.PK.00.A.0 - replace DEHC.PD.80.B.0/0N089. Copyright Danfoss Commercial s