Danfoss OPTYMA Plus Condensing Unit Instruction Manual

Condensing unit OPTYMATM
Lighter and more compact,
fast installation and simple maintenance
R22/R402B/R134a/R404A/R507/R448A/R449A/R452A/R513A

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An optimal solution for refrigeration

Reduction in the coolant charge
Condenser units with microchannel heat exchangers use up to 30% less coolant charge compared to units with a tube-fin condenser, resulting in significant savings for the installer.

Faster installation
Reduction in the coolant charge time since the equipment uses less coolant;
Reduction in the vacuum time as the volume inside the microchannel condenser is suficiently reduced compared to an equivalent tube-fin condenser.
Quicker installation improves the productivity of the installer (they can do more installations per day).
The fact that it is lighter than conventional units further reduces the installation time.

Lighter condenser unit
When compared with conventional units, the new condenser units with a microchannel condenser are up to 15 kg lighter.
The reduction in the weight of the unit makes it easier to handle.

Simpler maintenance
The units have service valves in the suction and discharge connections, making maintenance easier and faster;
Cleaning of the microchannel heat exchangers is simpler and faster than those in the tube-fin condensers;
The two factors above mean preventative maintenance of these units is up to 50% faster than that of traditional units.

Product range & Features

• The crankcase resistance reduces the risk of  the compressor breaking as a result of  flooding by up to 23.5% and as a result  prolongs the operating life of the condenser  unit.| • The microchannel condenser has a lower internal  volume and therefore uses less coolant charge and is  more eficient, reducing the charge time and the  vacuum time. Cleaning and maintenance are also simpler and faster.| • The presence of Rotolok valves in the suction and discharge lines of the condenser unit makes  replacing the compressor faster and reduces the vacuum time, streamlining maintenance.

Nominal capacity ranges (Kcal/h)

Condensing unit limits
Ambient temp [°C] Up to 43°C

Limits depends on the selected unit

For more information, please refer to Coolselector® at coolselector.danfoss.com or contact Danfoss

Application envelope

LBP

Nomenclature

Model designation

1| Application:
H = MBP
L = LBP| 5| Platform:
D = Microchannel technology
---|---|---|---
2| Design:
J = condenser unit with a fan and a hermetic compressor
G = condenser unit with two fans and a hermetic  compressor| 6| Equipment level:
20 / 39 / 49 = See table below
3| Refrigerant/Lubricant:
M = R22/R402B – Mineral oil
Z = R134a/R404A/R507 – POE| 7| Voltage code:
N = Compressor 230V / 1F / 60Hz,
Fan 230V/ 1F / 60 Hz
Q = Compressor 230V / 3F / 60Hz,
Fan 230V/ 1F / 60 Hz
V = Compressor 380V / 3F / 60Hz,
Fan 230V/ 1F / 60 Hz
4| Compressor model:
MT and MTZ family for MBP
NTZ family for LBP

Note
The unit may only be used with the coolants listed in the capacity tables.

Label – Designation

A: Model
B: Code number
C: Serial number and bar code
D: Supply voltage, Locked Rotor Ampere
E: Housing service pressure
F: Refrigerant gas
G: Oil type

Version – Equipment level

| D20| D39| D49
---|---|---|---
Receiver| X| X| X
Danfoss Filter drier| X| X| X
Danfoss Sight glass| X| X| X
Low pressure switch – KP1 Danfoss| X| X| X
High pressure switch – Danfoss cartridge design| X| X| X
Oil separator| | | X
Suction accumulator| | | X
Crankcase heater| X| X| X
Rotolok suction and discharge valves| X| X| X
Electric terminals and connectors| X| |
Electric box with a circuit breaker, meter and sequence phase relay| | X| X

General data – MBP

Model| Condenser| Fan motor Ø [mm]| Receiver

[l]

| Connection| Weight
[kg]
---|---|---|---|---|---
Type| Air ow
[m3/h]| Internal  volume
[l]| Suction line| Liquid line| Gross| Net
OP-HJM(Z)19| D8| 2400| 0,4| 1×350| 4| 1/2”| 3/8”| D20 = 62| D20 = 53
D39 = 64| D39 = 55
D49 = 69| D49 = 60
OP-HJM(Z)22| D8| 2400| 0,4| 1×350| 4| 1/2” 5/8” (N)| 3/8”| D20 = 62| D20 = 53
D39 = 64| D39 = 55
D49 = 69| D49 = 60
OP-HJM(Z)28| G8| 4800| 0,5| 1×450| 6| 1/2” 5/8” (N)| 1/2”| D20 = 83| D20 = 71
D39 = 85| D39 = 73
D49 = 90| D49 = 78
OP-HJM(Z)32| G8| 4800| 0,5| 1×450| 8| 5/8”| 1/2”| D20 = 85| D20 = 73
D39 = 87| D39 = 75
D49 = 93| D49 = 81
OP-HJM(Z)36| G8| 4800| 0,5| 1×450| 8| 5/8”| 1/2”| D20 = 85| D20 = 73
D39 = 87| D39 = 75
D49 = 93| D49 = 81
OP-HJM(Z)40| J8| 6300| 1,3| 1×450| 8| 5/8”| 1/2”| D20 = 93| D20 = 80
D39 = 95| D39 = 82
D49 = 101| D49 = 88
OP-HJM(Z)44| J8| 6300| 1,3| 1×450| 8| 7/8”| 1/2”| D20 = 104| D20 = 91
D39 = 107| D39 = 94
D49 = 115| D49 = 102
OP-HJM(Z)50| J8| 6300| 1,3| 1×450| 8| 7/8”| 1/2”| D20 = 104| D20 = 91
D39 = 107| D39 = 94
D49 = 115| D49 = 102
OP-HJM(Z)56| J8| 6300| 1,3| 1×450| 8| 7/8”| 1/2”| D20 = 104| D20 = 91
D39 = 107| D39 = 94
D49 = 115| D49 = 102
OP-HJM(Z)64| J8| 6300| 1,3| 1×450| 8| 7/8”| 1/2”| D20 = 104| D20 = 91
D39 = 107| D39 = 94
D49 = 115| D49 = 102
OP-HGM(Z)072| N8| 8800| 1,6| 2×450| 14| 1 1/8”| 5/8”| D20 = 140| D20 = 125
D39 = 143| D39 = 128
D49 = 152| D49 =137
OP-HGM(Z)080| N8| 8800| 1,6| 2×450| 14| 1 1/8”| 5/8”| D20 = 143| D20 = 128
D39 = 146| D39 = 131
D49 = 155| D49 = 140
OP-HGM(Z)100| N8| 8800| 1,6| 2×450| 14| 1 1/8”| 5/8”| D20 = 159| D20 = 154
D39 = 162| D39 = 147
D49 = 171| D49 = 156
OP-HGM(Z)125| Q8| 13980| 2,5| 2×600| 18| 1 1/8”| 5/8”| D20 = 243| D20 = 225
D39 = 247| D39 = 229
D40 = 287| D40 = 269
D49 = 257| D49 = 239
OP-HGM(Z)144| Q8| 13980| 2,5| 2×600| 18| 1 1/8”| 5/8”| D20 = 248| D20 = 230
D39 = 252| D39 = 234
D49 = 262| D49 = 244
OP-HGM(Z)160| Q8| 13980| 2,5| 2×600| 18| 1 1/8”| 5/8”| D20 = 248| D20 = 230
D39 = 252| D39 = 234
D49 = 262| D49 = 244

General data – LBP

Model| Condenser| Fan motor Ø [mm]| Receiver
[l]| Connection| Weight [kg]
---|---|---|---|---|---
Type| Air ow
[m3/h]| Internal volume
[l]|

Suction line

|

Liquid line

|

Gross

|

Net

OP-LJZ048D| D8| 2400| 0,4| 1×350| 4| D20 5/8″| 3/8″| D20 = 62| D20 = 53
D49 1/2”| D49 = 69| D49 = 60
OP-LJZ068D| D8| 2400| 0,4| 1×350| 4| D20 5/8”| 3/8″| D20 = 62| D20 = 53
D49 1/2”| D49 = 69| D49 = 60
OP-LJZ096D| G8| 4800| 0,5| 1×450| 8| 7/8″| 1/2″| D20 = 96| D20 = 86
D49 = 81
D49 = 93
OP-LJZ108D| J8| 6300| 1,3| 1×450| 8| 7/8″| 1/2″| D20 = 104| D20 = 91
D49 = 102
D49 = 115
OP-LJZ136D| J8| 6300| 1,3| 1×450| 8| 7/8″| 1/2″| D20 = 104| D20 = 91
D49 = 102
D49 = 115
OP-LGZ215D| N8| 8800| 1,6| 2×450| 14| 1 1/8″| 5/8″| D20 = 159| D20 = 154
D49 = 156
D49 = 171
OP-LGZ271D| N8| 8800| 1,6| 2×450| 14| 1 1/8″| 5/8″| D20 = 159| D20 = 154
D49 = 156
D49 = 171

Condensing unit R22 (MBP)

Condensing unit R402B (MBP)

Condensing unit R134a (MBP)

Condensing unit R404A/R507 (MBP)

Condensing unit R448A/R449A (MBP)

Condensing unit R452A (MBP)

Condensing unit R513A (MBP)

Condensing unit R404A/R507 (LBP)

Spare parts and optional items

All of the units are equipped with:
– Crankcase resistance PTC 35 W (code 120Z0459);
– High pressure switch model ACB 2UB – 215 W – 26.5/18.0 bar (code 061F6050);
– Low pressure switch model KP1 (code 060-110191).
Lubricating oil:
– For units OP-HJM/OP-HGM: code 7754001 (2-liter pack);
– For units OP-HJZ/OP-HGZ: code 120Z0638 (1-liter pack);
– For units OP-LJZ/OP-LGZ: code 120Z0638 (1-liter pack);
Notes:
() The housing is an optional item
() The fan kit consists of a motor, grill, propeller and capacitor.
() The condenser kit consists of a microchannel, hood and seal.
(****) Both valve codes have the same interface and functionality.

Compressor

Dimensions

Version D20 e D39 (1 Fan)

Version D49 (1 Fan)

Version D20 e D39 (2 Fans)

Version 49 (2 Fans)

Electrical wiring diagrams

Legenda

CH| Switch on/o
CP| Compressor
CR| Capacitor run
CS| Capacitor start
CV| Capacitor fan
DJ| Circuit breaker
K| Contactor
PH| High pressure switch
PL| Low pressure switch
RC| Crankcase heater
RL| Relay
V| Fan

• Items not available for version D20.

Application| Model| Condensing unit| Compressor
230V / 1F| Fan
230V / 1F
---|---|---|---|---
MCA [A]| LRA [A]| MCA [A]| FLA [A]| Potência [W]
MBP| OP-HJM(Z)019| 14.40| 53.0| 13.0| 1.00| 240
OP-HJM(Z)022| 18.40| 53.0| 17.0| 1.00| 240
OP-HJM(Z)028| 27.76| 81.0| 25.0| 1.97| 450
OP-HJM(Z)032| 29.26| 84.0| 26.5| 1.97| 450
OP-HJM(Z)036| 32.76| 84.0| 30.0| 1.97| 450
OP-HJM(Z)040| 336.76| 99.0| 334.0| 1.97| 450
OP-HJM(Z)044| 33.76| 97.0| 31.0| 1.97| 450
OP-HJM(Z)050| 38.76| 114.0| 36.0| 1.97| 450
OP-HJM(Z)056| 45.26| 136.0| 42.5| 1.97| 450
OP-HJM(Z)064| 48.76| 143.0| 46.0| 1.97| 450
LBP| OP-LJZ048| 14.60| 52.0| 13.2| 1.00| 240
OP-LJZ068| 22.40| 76.0| 21.0| 1.00| 240
OP-LJZ096| 33.76| 112.0| 31.0| 1.97| 450
OP-LJZ108| 35.76| 97.0| 33.0| 1.97| 450
OP-LJZ136| 43.76| 140.0| 41.0| 1.97| 450

MCA: Minimum Circuit Amps
LRA: Locked Rotor Amperage
MCC: Maximum Continuous Current
FLA: Full Load Amperage

Electrical code Q – 230V / 3F / 60Hz

Legenda

CH| Switch on/o
CP| Compressor
CV| Capacitor fan
DJ| Circuit breaker
K| Contactor
PH| High pressure switch
PL| Low pressure switch
RC| Crankcase heater
SFF*| Sequence phase relay
V1-V2| Fan

• Items not available for version D20.

Application| Model| Condensing unit| Compressor
230V / 1F| Fan
230V / 1F
---|---|---|---|---
MCA [A]| LRA [A]| MCA [A]| FLA [A]| Potência [W]
MBP| OP-HJM(Z)019| 10.40| 38.0| 9.0| 1.00| 240
OP-HJM(Z)022| 12.40| 38.0| 11.0| 1.00| 240
OP-HJM(Z)028| 18.76| 57.0| 16.0| 1.97| 450
OP-HJM(Z)032| 20.76| 60.0| 18.0| 1.97| 450
OP-HJM(Z)036| 19.76| 74.0| 17.0| 1.97| 450
OP-HJM(Z)040| 24.76| 98.0| 22.0| 1.97| 450
OP-HJM(Z)044| 19.76| 115.0| 17.0| 1.97| 450
OP-HJM(Z)050| 24.76| 120.0| 22.0| 1.97| 450
OP-HJM(Z)056| 26.76| 130.0| 24.0| 1.97| 450
OP-HJM(Z)064| 30.76| 135.0| 28.0| 1.97| 450
OP-HGM(Z)072| 37.52| 155.0| 32.0| 3.94| 450 (x2)
OP-HGM(Z)080| 41.52| 140.0| 36.0| 3.94| 450 (x2)
OP-HGM(Z)100| 48.52| 157.0| 43.0| 3.94| 450 (x2)
OP-HGM(Z)125| 61.84| 210.0| 54.0| 5.60| 600 (x2)
OP-HGM(Z)144| 71.84| 259.0| 64.0| 5.60| 600 (x2)
OP-HGM(Z)160| 77.84| 259.0| 70.0| 5.60| 600 (x2)
LBP| OP-LJZ048| 11.50| 32.0| 10.1| 1.00| 240
OP-LJZ068| 16.20| 48.5| 14.8| 1.00| 240
OP-LJZ096| 23.16| 72.0| 20.4| 1.97| 450
OP-LJZ108| 24.16| 72.0| 21.4| 1.97| 450
OP-LJZ136| 31.76| 97.2| 29.0| 1.97| 450
OP-LGZ215| 47.82| 147.7| 42.3| 3.94| 450 (x2)
OP-LGZ271| 62.02| 198.0| 56.5| 3.94| 450 (x2)

MCA: Minimum Circuit Amps
LRA: Locked Rotor Amperage
MCC: Maximum Continuous Current
FLA: Full Load Amperage

Electrical code V – 380V / 3F / 60Hz

Legenda

CH| Switch on/o
CP| Compressor
CV| Capacitor fan
DJ| Circuit breaker
K| Contactor
PH| High pressure switch
PL| Low pressure switch
RC| Crankcase heater
SFF*| Sequence phase relay
V1-V2| Fan

• Items not available for version D20.

Application| Model| Condensing unit| Compressor
230V / 1F| Fan
230V / 1F
---|---|---|---|---
MCA [A]| LRA [A]| MCA [A]| FLA [A]| Potência [W]
MBP| OP-HJM(Z)019| 6.40| 23.0| 5.0| 1.00| 240
OP-HJM(Z)022| 7.40| 22.5| 6.0| 1.00| 240
OP-HJM(Z)028| 11.26| 32.0| 8.5| 1.97| 450
OP-HJM(Z)032| 11.76| 35.0| 9.0| 1.97| 450
OP-HJM(Z)036| 12.26| 35.0| 9.5| 1.97| 450
OP-HJM(Z)040| 12.76| 38.0| 10.0| 1.97| 450
OP-HJM(Z)044| 15.76| 78.0| 13.0| 1.97| 450
OP-HJM(Z)050| 16.26| 78.0| 13.5| 1.97| 450
OP-HJM(Z)056| 17.76| 72.0| 15.0| 1.97| 450
OP-HJM(Z)064| 20.26| 72.0| 17.5| 1.97| 450
OP-HGM(Z)072| 24.02| 100.0| 18.5| 3.94| 450 (x2)
OP-HGM(Z)080| 28.02| 102.0| 22.5| 3.94| 450 (x2)
OP-HGM(Z)100| 31.52| 110.0| 26.0| 3.94| 450 (x2)
OP-HGM(Z)125| 37.84| 150.0| 30.0| 5.60| 600 (x2)
OP-HGM(Z)144| 47.84| 165.0| 40.0| 5.60| 600 (x2)
OP-HGM(Z)160| 53.84| 165.0| 46.0| 5.60| 600 (x2)
LBP| OP-LJZ048| 6.40| 22.0| 5.0| 1.00| 240
OP-LJZ068| 9.90| 29.0| 8.5| 1.00| 240
OP-LJZ096| 13.76| 57.0| 11.0| 1.97| 450
OP-LJZ108| 13.76| 57.0| 11.0| 1.97| 450
OP-LJZ136| 17.76| 64.0| 15.0| 1.97| 450
OP-LGZ215| 28.52| 110.0| 23.0| 3.94| 450 (x2)
OP-LGZ271| 35.52| 150.0| 30.0| 3.94| 450 (x2)

MCA: Minimum Circuit Amps
LRA: Locked Rotor Amperage
MCC: Maximum Continuous Current
FLA: Full Load Amperage

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.

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.

www.asercom.org

Danfoss do Brasil Ind. e Com. Ltda.
Climate Solutions
danfoss.com.br
+55 0800 87 87 847
sac.brasil@danfoss.com
AF121386439414en-BRO901
© Danfoss | DCS (CC) | 2024.02

References

• Danfoss - Engineering Tomorrow | Danfoss

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