Optyma TM Condensing Units Lightweight and compact solution

Size: px

Start display at page:

Download "Optyma TM Condensing Units Lightweight and compact solution"

Jemimah Gallagher
5 years ago
Views:

1 Optyma TM Condensing Units Lightweight and compact solution a 404A 507, 60 Hz

2 Content Designation system... 3 omenclature...3 Version - Product configuration...3 Components... 4 Optimal refrigeration solution... 5 Features... 6 Main product features...6 Cooling Capacity ranges and application limits MBP/HBP - eciprocating MBP/HBP - Scroll a MBP/HBP - eciprocating a MBP/HBP - Scroll A/507 MBP/HBP - eciprocating A/507 MBP/HBP - Scroll A/507 LBP - eciprocating...20 Dimensions...24 Electrical wiring diagrams and data FCC.PK.048.A1.02

3 Designation system omenclature OP- H J Z 018 D Application: H = High and medium evaporating temperature (MBP) L = Low evaporating temperature (LBP) 5 Platform: D = Micro-channel technology Design: 2 J = Condensing unit with reciprocating compressor and one fan = Condensing unit with scroll compressor and one fan G = Condensing unit with reciprocating compressor and two fans = Condensing unit with scroll compressor and two fans 6 Product configuration: 32 / 40 = See table below 3 efrigerant 4 Compressor Version - Product configuration eceiver Filter drier Sight glass Low pressure switch - KP1 High-pressure cartdrige Oil separator Suction accumulator Outdoor housing - Type of oil: M = 22 - Mineral Z = 134a/404A/507 - Polyolester U = 22/134a/404A/507 Polyvinyl ether model: MT and MTZ series for MBP reciprocating compressor TZ series for LBP scroll compressor MLZ series for MBP scroll compressor Crankcase heater * otolock suction valve * otolock discharge valve * Pre-wired electrical box Contactor Sequence phase relay ** D32 D40 7 ote The unit may only be operated with the types of refrigerants stated in the capacity tables. * ot available for units equipped with scroll compressors. ** Only for units equipped with scroll compressors. Voltage code: = Compressor 230 V/1-ph/60 Hz, fan 230 V/1-ph/60 Hz = Compressor 230 V/3-ph/60 Hz, fan 230 V/1-ph/60 Hz = Compressor 460 V/3-ph/60 Hz, fan 460 V/1-ph/60 Hz 404A/ a FCC.PK.048.A1.02 3

Components D32 version Micro-channel type condenser High-pressure cartdrige Filter

contactor eceiver Sight glass Low-pressure switch ote: *ot available for units

D40 version High-pressure cartdrige eceiver Filter drier Outdoor housing Fan

4 Components D32 version Micro-channel type condenser High-pressure cartdrige Filter drier Hermetic reciprocating compressor Fan otolock valve* Metal electrical box with contactor eceiver Sight glass Low-pressure switch ote: *ot available for units equipped with scroll compressors. D40 version High-pressure cartdrige eceiver Filter drier Outdoor housing Fan eciprocating or scroll compressor Metal electrical box with contactor Oil separator Suction accumulator Sight glass Low-pressure switch 4 FCC.PK.048.A1.02

5 Optimal refrigeration solution educed refrigerant charge Lighter condensing unit 22 Condensing units with micro-channel condensers use up to 30% less refrigerant charge than those equipped with fin and tube type condensers, thus streamlining the installer's workload. ew condensing units equipped with micro-channel condensers are up to 15 kg lighter than conventional ones. Faster installation Easier to maintain efrigerant charging time is significantly reduced since less amount of refrigerant is used. efrigerant evacuation time is significantly reduced since the internal volume of the micro-channel condenser is quite small when compared to any equivalent fin and tube type condenser. Faster installation enhances installer's productivity (this allows the latter to carry out a greater number of installations per day). The fact that it is lighter than conventional units also further shortens installation time. Greater efficiency Scroll units are designed to deliver greater energy efficiency compared to other technologies, which translates into less power consumption and lower energy costs. Provided that the refrigeration appliance operates mainly as close as possible to the optimum point (-10 C), scroll technology will certainly deliver significant energy savings. Faster and easier upgrade The oil used by scroll compressors is suitable for any type of refrigerant: This may be of great advantage for installations currently operating with 22, but which are expected to upgrade to an alternative type of refrigerant in the future, as no oil change will be required. Units feature suction and discharge valves allowing fast and easy maintenance. Cleaning micro-channel type condensers is easier and faster than fin and tube ones. Both factors combined allow preventive maintenance on these units to be performed up to 50% faster than on conventional ones. Less noise emissions During operation, scroll compressors generate lower noise levels compared to other technologies. Hence, they can be used in a wide variety of locations where noise may be an issue. 404A/ a FCC.PK.048.A1.02 5

Features Main product features Crankcase heater Micro-channel condenser otolock valve The crankcase heater reduces by 23.

As the micro-channel condenser has a reduced internal volume, it uses a smaller amount of refrigerant charge and is more efficient, hence reducing refrigerant evacuation and charging time even

The presence of otolock valves on the condensing unit suction and discharge s allows for faster compressor replacement and reduces the time needed for refrigerant evacuation, thus speeding up

How to select the technology that best fits your application Condensing units equipped with scroll or reciprocating compressors can be used for any kind of refrigeration application, provided that

6 Features Main product features Crankcase heater Micro-channel condenser otolock valve The crankcase heater reduces by 23.5% the risk of the compressor failing under flooded start-up conditions, thus extending the operating life of the condensing unit. As the micro-channel condenser has a reduced internal volume, it uses a smaller amount of refrigerant charge and is more efficient, hence reducing refrigerant evacuation and charging time even further. Cleaning and maintenance are also easier and faster. The presence of otolock valves on the condensing unit suction and discharge s allows for faster compressor replacement and reduces the time needed for refrigerant evacuation, thus speeding up maintenance operations. How to select the technology that best fits your application Condensing units equipped with scroll or reciprocating compressors can be used for any kind of refrigeration application, provided that the application limits of the unit are being observed. However, you may enjoy more benefits when you choose a technology that is particularly suited for the application in mind. The following table provides some recommendations on which technologies to use under specific conditions. Application or condition oise level etrofit or upgrade Low temperatures Medium and high temperatures Applications with stable evaporating temp. between -15 C and -5 C Applications with stable evaporating temp. beyond the -15 C to -5 C range Applications with variable evaporating temp. Compressor type eciprocating Scroll eason educed noise level Oil for multiple refrigerant types Lower temperature range Wide temperature range Improved annual energy efficiency level using a scroll compressor Improved annual energy efficiency level using a reciprocating compressor Improved annual energy efficiency level using a reciprocating compressor 6 FCC.PK.048.A1.02

7 Cooling Capacity ranges and application limits ated capacity ranges (Btu/h) * Units with reciprocating compressors OP-H units... with 22 OP-H units... with 134a OP-H units... with 404A/507 OP-L units... with 404A/507 Units with scroll compressors OP-H units... with 22 OP-H units... with 134a OP-H units... with 404A/ * Evaporating temperature for OP-H units...: -10 C. Evaporating temperature for OP-L units...: -25 C Application limits (evaporating temperature in C) Units with reciprocating compressors OP-H units... with 22 OP-H units... with 134a OP-H units... with 404A/507 OP-L units... with 404A/507 Units with scroll compressors OP-H units... with 22 OP-H units... with 134a OP-H units... with 404A/ C How to select a Danfoss condensing unit -30 C -30 C 1) Calculate the cooling capacity required for the application. -20 C -20 C -20 C -10 C -10 C +10 C +10 C +10 C +10 C +20 C +20 C 2) Select your preferred type of coolant and then a unit with sufficient capacity to suit the evaporating temperature required for the project, as well as the maximum ambient temperature conditions prevailing at the location where the condensing unit is to be installed. ever extrapolate values or use equipment under operating conditions beyond the application limits stated above. Should the unit be likely to operate sporadically beyond said limits, specific controls shall be added, such as pressure regulators, thermostats, etc. in order to protect the equipment. 404A/ a 3) The unit code number can be found in the actual capacity table, tallying with the required voltage code (,, or ) and preferred configuration (D32 or D40). FCC.PK.048.A1.02 7

8 22 MBP/HBP - eciprocating Fans Test conditions version code Electrical code Compressor Ambient temperature Cooling capacity [Btu/h] at evaporating temperature D32 D40-20 C -15 C -10 C -5 C 0 C 5 C) 10 C Superheat 18K subcooling 3K OP-HJM018D OP-HJM022D OP-HJM028D OP-HJM036D OP-HJM040D OP-HJM050D OP-HGM064D MT018 MT022 MT028 MT036 MT040 MT050 MT064 OP-HGM080D MT080 OP-HGM100D MT100 OP-HGM125D MT125 OP-HGM160D MT160 Electrical codes: - Compressor 230 V/1-ph/60 Hz, Fan(s)230 V/1-ph/60 Hz - Compressor 230 V/3-ph/60 Hz,Fan(s) 230 V/1-ph/60 Hz 32 C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C Cooling capacity for three-phase models shown. For single-phase models a difference of +/- 1% shall apply The consumption values shown relate to an ambient temperature in the equipment room of 32 C. Detailed settings for versions D32 and D40 can be found on page FCC.PK.048.A1.02

9 22 MBP/HBP - eciprocating Type Condenser [m 3 /h] Internal volume [l] Fan Ø eceiver [l] Power consumption [Btu/h] at evaporating temp. -10 C 5 C Figure Height H Dimensions Depth D Length L Suction Liquid Gross Weight [kg] et 22 OP-HJM018D D x D32= 1A D40= 1B /2" 3/8" D32= 64 D40= 80 D32= 55 D40= 71 OP-HJM022D D x D32= 1A D40= 1B /2" 5/8" () 3/8" D32= 64 D40= 80 D32= 55 D40= 71 OP-HJM028D G x D32= 1A D40= 1B /2" 5/8" () 1/2" D32= 83 D40= 107 D32= 71 D40= 95 OP-HJM036D G x D32= 1A D40= 1B /8" 1/2" D32= 85 D40= 109 D32= 73 D40= 97 OP-HJM040D J x D32= 1A D40= 1B /8" 1/2" D32=93 D40=120 D32= 80 D40= 107 OP-HJM050D J x D32= 1A D40= 1B /8" 1/2" D32= 104 D40= 134 D32= 91 D40= 121 OP-HGM064D x D32= 2A D40= 2B /8" 1/2" D32= 140 D40= 182 D32= 125 D40= 167 OP-HGM080D x D32= 2A D40= 2B /8" 5/8" D32= 143 D40= 185 D32= 128 D40= 170 OP-HGM100D x D32= 2A D40= 2B /8" 5/8" D32= 159 D40= 201 D32= 144 D40= 186 OP-HGM125D 8 13, x D32= 2A D40= 2B /8" 5/8" D32= 243 D32= 225 D40= 302 D40= 284 OP-HGM160D 8 13, x D32= 2A D40= 2B /8" 5/8" D32= 248 D32= 230 D40= 307 D40= 289 FCC.PK.048.A1.02 9

10 22 MBP/HBP - Scroll Fans Test conditions Version code Electrical code Compressor Ambient temperature Cooling capacity [Btu/h] at evaporating temperature D40-20 C -15 C -10 C -5 C 0 C 5 C 10 C Superheat 18K subcooling 3K OP-HU015D OP-HU021D OP-HU030D OP-HU038D OP-HU048D OP-HU058D OP-HU076D Electrical codes: - Compressor 230 V/1-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - Compressor 230 V/3-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - Compressor 460 V/3-ph/60 Hz, fan(s) 460 V/1-ph/60 Hz MLZ015 MLZ021 MLZ030 MLZ038 MLZ048 MLZ058 MLZ C C C C C C C C C C C C C C C C C C C C C C C C C C C C Cooling capacity for three-phase models shown. For single-phase models a difference of +/- 1% shall apply The consumption values shown relate to an ambient temperature in the equipment room of 32 C. Detailed settings for versions D32 and D40 can be found on page FCC.PK.048.A1.02

11 22 MBP/HBP - Scroll Type Condenser [m 3 /h] Internal volume [l] Fan Ø eceiver [l] Power consumption [Btu/h] at evaporating temp. -10 C 5 C Figure Height H Dimensions Depth D Length L Suction Liquid Weight [kg] OP-HU015D G x A /8" 1/2" Gross et 22 OP-HU021D G x A /8" 1/2" OP-HU030D J x A /8" 1/2" OP-HU038D x A /8" 1/2" OP-HU048D x A /8" 1/2" OP-HU058D 8 13, x A /8" 5/8" OP-HU076D 8 13, x A /8" 5/8" FCC.PK.048.A

12 134a MBP/HBP - eciprocating Fans Test conditions Version code Electrical code Compressor Ambient temperature Cooling capacity [Btu/h] at evaporating temperature D32 D40-10 C -5 C 0 C 5 C 10 C 15 C 20 C Superheat 18K subcooling 3K OP-HJZ018D OP-HJZ022D OP-HJZ028D OP-HJZ036D OP-HJZ040D OP-HJZ050D OP-HGZ064D OP-HGZ080D OP-HGZ100D OP-HGZ125D OP-HGZ160D MTZ018 MTZ022 MTZ028 MTZ036 MTZ040 MTZ050 MTZ064 MTZ080 MTZ100 MTZ125 MTZ C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C Electrical codes: - compressor 230 V/1-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 230 V/3-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 460 V/3-ph/60 Hz, fan(s) 460 V/1-ph/60 Hz Cooling capacity for three-phase models shown. For single-phase models a difference of +/- 1% shall apply The consumption values shown relate to an ambient temperature in the equipment room of 32 C. Detailed settings for versions D32 and D40 can be found on page FCC.PK.048.A1.02

13 134a MBP/HBP - eciprocating Type Condenser [m 3 /h] Internal volume [l] Fan Ø eceiver [l] power consumption [Btu/h] at evaporating temp. -10 C 5 C Figure Height H Dimensions Depth D Length L Suction Liquid Weight [kg] Gross et OP-HJZ018D D x D32= 1A D40= 1B /2" 3/8" D32= 64 D40= 80 D32= 55 D40= 71 OP-HJZ022D D x D32=1A D40=1B /2" 5/8" () 3/8" D32=64 D40=80 D32=55 D40=71 OP-HJZ028D G x D32=1A D40=1B /2" 5/8" () 1/2" D32=83 D40=107 D32=71 D40=95 OP-HJZ036D G x D32=1A D40=1B /8" 1/2" D32= 85 D40= 109 D32= 73 D40= 97 OP-HJZ040D J x D32= 1A D40= 1B /8" 1/2" D32= 93 D32= 80 D40= 120 D40= 107 OP-HJZ050D J x D32= 1A D40= 1B /8" 1/2" D32= 104 D32= 91 D40= 134 D40= 121 OP-HGZ064D x D32= 2A D40= 2B /8" 1/2" D32= 140 D32= 125 D40= 182 D40= 167 OP-HGZ080D x OP-HGZ100D x D32= 2A D40= 2B D32= 2A D40= 2B /8" 5/8" /8" 5/8" D32= 143 D32= 128 D40= 185 D40= 170 D32= 159 D32= 144 D40= 201 D40= a OP-HGZ125D 8 13, x D32= 2A D40= 2B /8" 5/8" D32= 243 D32= 225 D40= 302 D40= 284 OP-HGZ160D 8 13, x D32= 2A D40= 2B /8" 5/8" D32= 248 D32= 230 D40= 307 D40= 289 FCC.PK.048.A

14 134a MBP/HBP - Scroll Fans Test conditions Version code Electrical code Compressor Ambient temperature Cooling capacity [Btu/h] at evaporating temperature D40-15 C -10 C -5 C 0 C 5 C 10 C 15 C Superheat 18K subcooling 3K OP-HU015D OP-HU021D OP-HU030D OP-HU038D OP-HU048D OP-HU058D OP-HU076D Electrical codes: - compressor 230 V/1-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 230 V/3-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 460 V/3-ph/60 Hz, fan(s) 460 V/1-ph/60 Hz MLZ015 MLZ021 MLZ030 MLZ038 MLZ048 MLZ058 MLZ C C C C C C C C C C C C C C C C C C C C C C C C C C C C Cooling capacity for three-phase models shown. For single-phase models a difference of +/- 1% shall apply The consumption values shown relate to an ambient temperature in the equipment room of 32 C. Detailed settings for versions D32 and D40 can be found on page FCC.PK.048.A1.02

15 134a MBP/HBP - Scroll Type Condenser [m 3 /h] Internal volume [l] Fan Ø eceiver [l] Power consumption [Btu/h] at evaporating temp. -10 C 5 C figure Height H Dimensions Depth D Length L Suction Liquid Weight [kg] Gross et OP-HU015D G x A /8" 1/2" OP-HU021D G x A /8" 1/2" OP-HU030D J x A /8" 1/2" OP-HU038D x A /8" 1/2" OP-HU048D x A /8" 1/2" OP-HU058D 8 13, x A /8" 5/8" OP-HU076D 8 13, x A /8" 5/8" a FCC.PK.048.A

16 404A/507 MBP/HBP - eciprocating Fans Test conditions Superheat 18K Subcooling 3K OP-HJZ018D OP-HJZ022D OP-HJZ028D OP-HJZ036D OP-HJZ040D OP-HJZ050D OP-HGZ064D OP-HGZ080D OP-HGZ100D OP-HGZ125D OP-HGZ160D version code Electrical code Compressor Ambient temperature Cooling capacity [Btu/h] at evaporating temperature D32 D40-30 C -25 C -20 C -15 C -10 C -5 C 0 C 5 C 10 C Electrical codes: - compressor 230 V/1-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 230 V/3-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 460 V/3-ph/60 Hz, fan(s) 460 V/1-ph/60 Hz MTZ018 MTZ022 MTZ028 MTZ036 MTZ040 MTZ050 MTZ064 MTZ080 MTZ100 MTZ125 MTZ C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C C Cooling capacity for three-phase models shown. For single-phase models a difference of +/- 1% shall apply Power consumption values shown relate to an ambient temperature in the equipment room of 32 C. Detailed settings for versions D32 and D40 can be found on page FCC.PK.048.A1.02

17 404A/507 MBP/HBP - eciprocating Type Condenser [m 3 /h] Internal volume [l] Fan Ø eceiver [l] Power consumption [Btu/h] at evaporating temp. -10 C 5 C Figure Height H Dimensions Depth D Length L Suction liquid Weight [kg] Gross et OP-HJZ018D D x D32= 1A D40= 1B /2" 3/8" D32= 64 D40= 80 D32= 55 D40= 71 OP-HJZ022D D x D32= 1A D40= 1B /2" 5/8" () 3/8" D32= 64 D40= 80 D32= 55 D40= 71 OP-HJZ028D G x D32= 1A D40= 1B /2" 5/8" () 1/2" D32= 83 D40= 107 D32= 71 D40= 95 OP-HJZ036D G x D32= 1A D40= 1B /8" 1/2" D32= 85 D40= 109 D32= 73 D40= 97 OP-HJZ040D J x D32= 1A D40= 1B /8" 1/2" D32= 93 D32= 80 D40= 120 D40= 107 OP-HJZ050D J x D32= 1A D40= 1B /8" 1/2" D32= 104 D32= 91 D40= 134 D40= 121 OP-HGZ064D x D32= 2A D40= 2B /8" 1/2" D32= 140 D32= 125 D40= 182 D40= 167 OP-HGZ080D x D32= 2A D40= 2B /8" 5/8" D32= 143 D32= 128 D40= 185 D40= 170 OP-HGZ100D x D32= 2A D40= 2B /8" 5/8" D32= 159 D32= 144 D40= 201 D40= 186 OP-HGZ125D 8 13, x D32= 2A D40= 2B /8" 5/8" D32= 243 D32= 225 D40= 302 D40= 284 OP-HGZ160D 8 13, x D32= 2A D40= 2B /8" 5/8" D32= 248 D32= 230 D40= 307 D40= A/507 FCC.PK.048.A

18 404A/507 MBP/HBP - Scroll Fans Test conditions version code Electrical code Compressor Ambient temperature Cooling capacity [Btu/h] at evaporating temperature D40-30 C -25 C -20 C -15 C -10 C -5 C 0 C 5 C 10 C Superheat 18K subcooling 3K OP-HU015D OP-HU021D OP-HU030D OP-HU038D OP-HU048D OP-HU058D OP-HU076D Electrical codes: - compressor 230 V/1-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 230 V/3-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 460 V/3-ph/60 Hz, fan(s) 460 V/1-ph/60 Hz MLZ015 MLZ021 MLZ030 MLZ038 MLZ048 MLZ058 MLZ C C C C C C C C C C C C C C C C C C C C C C C C C C C C Cooling capacity for three-phase models shown. For single-phase models a difference of +/- 1% shall apply Power consumption values shown relate to an ambient temperature in the equipment room of 32 C. Detailed settings for versions D32 and D40 can be found on page FCC.PK.048.A1.02

19 404A/507 MBP/HBP - Scroll Type Condenser [m 3 /h] Internal volume [l] Fan Ø eceiver [l] Power consumption [Btu/h] at evaporating temp. -10 C 5 C Figure Height H Dimensions Depth D Length L Suction Liquid Weight [kg] Gross et OP-HU015D G x A /8" 1/2" OP-HU021D G x A /8" 1/2" OP-HU030D J x A /8" 1/2" OP-HU038D x A /8" 1/2" OP-HU048D x A /8" 1/2" OP-HU058D 8 13, x A /8" 5/8" OP-HU076D 8 13, x A /8" 5/8" A/507 FCC.PK.048.A

20 404A/507 LBP - eciprocating Fans Test conditions version code Electrical code Compressor Ambient temperature Cooling capacity [Btu/h] at evaporating temperature D40-40 C -35 C -30 C -25 C -20 C Superheat 18K Subcooling 3K OP-LJZ048D OP-LJZ068D OP-LJZ108D OP-LJZ136D OP-LGZ215D OP-LGZ271D Electrical codes: - compressor 230 V/1-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 230 V/3-ph/60 Hz, fan(s) 230 V/1-ph/60 Hz - compressor 460 V/3-ph/60 Hz, fan(s) 460 V/1-ph/60 Hz TZ048 TZ068 TZ108 TZ136 TZ215 TZ C C C C C C C C C C C C C C C C C C C C C C C C Cooling capacity for three-phase models shown. For single-phase models a difference of +/- 1% shall apply Power consumption values shown relate to an ambient temperature in the equipment room of 32 C. Detailed settings for versions D32 and D40 can be found on page FCC.PK.048.A1.02

21 404A/507 LBP - eciprocating Type Condenser [m 3 /h] Internal volume [l] Fan Ø eceiver [l] Power consumption [Btu/h] at evaporating temp. -25 C Figure Height H Dimensions Depth D Length L Suction Liquid Weight [kg] Gross et OP-LJZ048D D ,4 1x B /8" 3/8" OP-LJZ068D D ,4 1x B /8" 3/8" OP-LJZ108D J x B /8" 1/2" OP-LJZ136D J x B /8" 1/2" OP-LGZ215D x B /8" 5/8" OP-LGZ271D x B /8" 5/8" A/507 FCC.PK.048.A

view Suction Viewed from rear left Suction

Isometric view Suction Y H Suction Liquid

version view Viewed from rear left Suction

cover cap) Isometric view Y Suction Liquid

22 Dimensions Figure 1A - D32 version (eciprocating compressor - 1 fan) Front view Suction Viewed from rear left Suction Power supply Liquid Liquid Top view Isometric view Suction Y H Suction Liquid Fixing points Y Liquid L OP-HJ...018D to 022D D OP-HJ...028D to 050D Figure 1B - D40 version (eciprocating compressor - 1 fan) Front view Viewed from rear left Suction Liquid Suction Liquid Top view (without cover cap) Isometric view Y Suction Liquid H Power supply Fixing points Y OP-HJ...018D to 022D OP-LJ...048D to 068D L D OP-HJ...028D to 050D OP-LJ 108D to 136D FCC.PK.048.A1.02

Dimensions Figure 3A - D40 version (scroll

rear left 22 Suction Liquid Suction Liquid

(eciprocating compressor - 2 fans) Front

14 174 2 Y Liquid Suction Viewed from rear

Power supply Suction Liquid 2 Fixing points

23 Dimensions Figure 3A - D40 version (scroll compressor - 1 fan) Front view Viewed from rear left 22 Suction Liquid Suction Liquid Top view (without cover cap) Isometric view Y Suction Liquid H Power supply Fixing points Y L Figure 2A - D32 version (eciprocating compressor - 2 fans) Front view Suction Top view Y 2 OP-HU 015D to 030D Y Liquid Suction Viewed from rear left Isometric view D H 404A/ a Power supply Suction Liquid 2 Fixing points 1 2 Y L D OP-HG...064D to 160D Liquid FCC.PK.048.A

Dimensions Figure 2B - D40 version (eciprocating compressor - 2 fans)

(without cover cap) Isometric view 2 2 Y Y H 1 Power supply 2 2 1 Fixing

..064D to 160D OP-LG 215D to 271D 25 20 500 L D Liquid Suction Figure 4A

right Liquid Suction Liquid Suction Top view (without cover cap)

24 Dimensions Figure 2B - D40 version (eciprocating compressor - 2 fans) Front view Viewed from rear right Liquid Liquid Suction Suction Top view (without cover cap) Isometric view 2 2 Y Y H 1 Power supply Fixing points 1 2 Y OP-HG...064D to 160D OP-LG 215D to 271D L D Liquid Suction Figure 4A - D40 version (scroll compressor - 2 fans) Front view Viewed from rear right Liquid Suction Liquid Suction Top view (without cover cap) Isometric view 2 2 Y Y H Power supply 2 L D Fixing points 1 2 Y OP-HU 038D to 076D Liquid Suction 24 FCC.PK.048.A1.02

25 Electrical wiring diagrams and data Electrical code V/1-ph/60 Hz - Units equipped with reciprocating hermetic and scroll compressors Legend ED GEE TA 22 GEE TA GEE GEE CP C CS CV GM K HP LP C L V Compressor un capacitor Starting capacitor Fan capacitor Motor protection Contactor High-pressure switch Low-pressure switch Crankcase heater elay Fan eciprocating hermetic unit Application MBP LBP Scroll unit Legend: Application MBP LA compressor 230 V/1-ph MCC compressor 230 V/1-ph FLA fan 230 V/1-ph Fan(s) power [W] Unit max. power consumption (W) OP-HJM(Z)018D x OP-HJM(Z)022D x OP-HJM(Z)028D x OP-HJM(Z)036D x OP-HJM(Z)040D x OP-HJM(Z)050D x OP-HGM(Z)064D x OP-LJZ048D x OP-LJZ068D x OP-LJZ108D x OP-LJZ136D x LA compressor 230 V/1-ph MCC compressor 230 V/1-ph FLA fan 230 V/1-ph Fan(s) power [W] Unit max. power consumption (W) OP-HU015D x OP-HU021D x OP-HU030D x OP-HU038D x LA: Locked otor Amperage MCC: Maximum Continuous Current FLA: Full Load Amperage 404A/ a FCC.PK.048.A

26 Electrical wiring diagrams and data Electrical code V/3-ph/60 Hz - Units equipped with reciprocating hermetic compressors CP CV GH K HP LP C V1-V2 Legend Compressor Fan capacitor Motor protection Contactor High-pressure switch Low-pressure switch Crankcase heater Fan ED GEE TA GEE TA GEE GEE Application LA compressor 230 V/3-ph MCC compressor 230 V/3-ph FLA fan 230 V/1-ph Fan(s) power [W] Max. power consumption (W) Legend: MBP LBP OP-HJM(Z)018D x OP-HJM(Z)022D x OP-HJM(Z)028D x OP-HJM(Z)036D x OP-HJM(Z)040D x OP-HJM(Z)050D x OP-HGM(Z)064D x OP-HGM(Z)080D x ,694 OP-HGM(Z)100D x ,995 OP-HGM(Z)125D x ,761 OP-HGM(Z)160D x ,772 OP-LJZ048D x OP-LJZ068D x OP-LJZ108D x OP-LJZ136D x OP-LGZ215D x ,134 OP-LGZ271D x ,861 LA: Locked otor Amperage MCC: Maximum Continuous Current FLA: Full Load Amperage 26 FCC.PK.048.A1.02

27 Electrical wiring diagrams and data Electrical code V/3-ph/60 Hz - Units equipped with reciprocating hermetic compressors TASFOME 50VA CP CV GM K HP LP C V1-V2 Legend Compressor Fan capacitor Motor protection Contactor High-pressure switch Low-pressure switch Crankcase heater Fan ED GEE TA GEE TA GEE GEE 22 Legend: Application MBP LBP LA compressor 460V/3-ph MCC compressor 460V/3-ph FLA fan 230 V/1-ph Fan(s) power [W] Max. power consumption (W) OP-HJM(Z)018D x OP-HJM(Z)022D x OP-HJM(Z)028D x OP-HJM(Z)036D x OP-HJM(Z)040D x OP-HJM(Z)050D x OP-HGM(Z)064D x OP-HGM(Z)080D x ,694 OP-HGM(Z)100D x ,995 OP-HGM(Z)125D x ,761 OP-HGM(Z)160D x ,772 OP-LJZ068D x OP-LJZ108D x OP-LJZ136D x OP-LGZ215D x ,134 OP-LGZ271D x ,861 LA: Locked otor Amperage MCC: Maximum Continuous Current FLA: Full Load Amperage 404A/ a FCC.PK.048.A

28 Electrical wiring diagrams and data Electrical code V/3-ph/60 Hz - Units equipped with scroll compressors ED ED COTACTO ED ED HIGH-PESSUE SWITCH GEE POT. EATH. LOW-PESSUE SWITCH COTACTO COIL ED ED ED GEE POT. EATH. COMPESSO POT. EATH. POT. EATH. FA 1 FA 2 (OPTIOAL) PHASE SEUECE MOITO POWE SUPPLY Application LA compressor 230 V/3-ph MCC compressor 230 V/3-ph FLA fan 230 V/1-ph Fan(s) power [W] Max. power consumption (W) MBP OP-HU015D x OP-HU021D x OP-HU030D x OP-HU038D x OP-HU048D x OP-HU058D x ,198 OP-HU076D x ,920 Legend: LA: Locked otor Amperage MCC: Maximum Continuous Current FLA: Full Load Amperage 28 FCC.PK.048.A1.02

29 Electrical wiring diagrams and data Electrical code V/3-ph/60 Hz - Units equipped with scroll compressors COTACTO ED ED HIGH-PESSUE SWITCH LOW-PESSUE SWITCH COTACTO COIL ED ED GEE POT. EATH. ED ED ED ED 22 TASFOME GEE POT. EATH. COMPESSO POT. EATH. POT. EATH. FA 1 FA 2 (OPTIOAL) PHASE SEUECE MOITO POWE SUPPLY Legend: Application MBP LA compressor 460V/3-ph MCC compressor 460V/3-ph FLA fan 460 V/1-ph Fan(s) power [W] Max power consumption (W) OP-HU015D x OP-HU021D x OP-HU030D x OP-HU038D x OP-HU048D x OP-HU058D x ,198 OP-HU076D x ,920 LA: Locked otor Amperage MCC: Maximum Continuous Current FLA: Full Load Amperage 404A/ a FCC.PK.048.A

Danfoss Commercial Compressors is a worldwide manufacturer of compressors and condensing units for

With a wide range of high quality and innovative products we help your company to find the best

amongst the global leaders in our business, and positioned us as distinct variable speed

Today we operate from engineering and manufacturing facilities spanning across three continents.

Units Danfoss Maneurop eciprocating Compressors Danfoss Light Commercial efrigeration Compressors

32 Danfoss Commercial Compressors 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 40 years of experience within the development of hermetic compressors which has brought us amongst the global leaders in our business, and positioned us as distinct variable speed technology specialists. Today we operate from engineering and manufacturing facilities spanning across three continents. Danfoss Turbocor Compressors Danfoss Inverter Scrolls Danfoss Scrolls Danfoss Optyma Condensing Units Danfoss Maneurop eciprocating Compressors Danfoss Light Commercial efrigeration Compressors 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. Danfoss Commercial Compressors, BP 331, Trévoux Cedex, France FCC.PK.048.A1.02 Danfoss DCS (CC)

Optyma Slim Pack Cost Effective & Quiet Solution

Optyma Slim Pack Cost Effective & uiet Solution R, R404A/R507, R34a - 60Hz http://www.danfoss.com.br Content Cost effective & uiet outdoor solution... 4 Product range & Features... 5 Main product features...5