Danfoss Light Commercial Instructions
- June 4, 2024
- Danfoss
Table of Contents
Danfoss Light Commercial
Installation and servicing of the condensing units by qualified personnel
only. Follow these instructions and sound refrigeration engineering practice
relating to installation, commissioning, maintenance and service.
The condensing unit must only be used for its designed purpose(s) and within
its scope of application and according to instruction.
Under all circumstances, the EN378 (or other applicable local safety
regulation) requirements must be fulfilled.
The condensing unit must be handled with caution in the vertical position
(maximum offset from the vertical : 15°)
Condensing units can be used with refrigerant letter N = R290, necessary care
to be taken during installation and servicing.
In case of R290 refrigerants, all components on the refrigeration circuit must
be R290 certified. Example: Evaporator.
Relevant Standards and Directive (CE and non CE)
EN 378 -2: Refrigerating Systems And Heat Pumps-Safety And Environmental
Requirements.
EN 60335-1: Household And Similar Electrical Appliances – Safety –Part 1:
General Requirements
Low Voltage Directive n° 2014 / 35 / UE
Machinary Directive n° 2006 / 42 / CE
EC Pressure directive (PED) no. 2014/68/EU
RoHS Directive 2011-65-EU
WEEE Directive 2012-19-EU
(Other local applicable standards)
Introduction
These instructions pertain to Optyma™
Light Commercial range and R290 OP-
LCHC,LCQC,MCGC,MCHC,MCHB,LCNC,MCNC,OPSC,SC,PL,BD,TL,FR,NL,FF,NF,DL used for
refrigeration systems
Handling and Storage
- It is recommended not to open the packaging before the unit is at the final place for installation.
- Store and transport the unit in an upright position.
- Store the unit between -35°C and 50°C.
- Don’t expose the packaging to rain or corrosive atmosphere.
- Unit store and transport must be in comply with indication on their carton box.
Installation
| Do not braze as long as the
---|---
condensing unit is under pressure.
It’s not allowed to operate the unit in
flammable atmosphere.
Use a drier with molecular sieves
suitable for R290 (for versions N0,
A09, A11).
Use only dry and clean components
and avoid moisture entering the
system.
Do not lift or move the condensing
unit by using copper tubes. Use Rail
or base provided
Ensure there is sufficient distance between the condenser coil and surrounding
to ensure good air circulation.
Condensing unit must be installed away from moving components, potential
source of ignition and high temperature.
The unit ambient temperature shall not exceed 50°C during off cycle.
Ensure that the power supply corresponds to the unit characteristics (See
nameplate in unit).
Use clean and dehydrated refrigeration-grade copper tubes and silver alloy
brazing material.
The suction piping connected to the compressor must be flexible in 3
dimensions to dampen vibrations. Furthermore, piping has to be done in such a
way that oil return for the compressor is ensured and the risk of liquid slug
over in compressor is eliminated.
Installer must carry out risk assessment for flammable refrigerant (R290)
applications by referring EN 378 and equivalent European standards.
Installation, maintenance and commissioning must be carried out by qualified
specialists only!
All connections, for example solderings and flare joints, are to be made
professionally.
Protect the surroundings against the admittance of unauthorized persons. Pay
attention to sufficient ventilation.
Remove transport safety devices, if any.
Mount the condensing unit horizontally. Use the correct tube diameters.
Prevent any vibrations. Avoid smoking and open fire.
Refrigerant is to be removed and disposed of professionally.
Assembly of the condensing units
Prepare the tube connections from the evaporator.
It is recommended to use a drier with 3Å molecular sieves, e.g. Danfoss type
DML.
Use only dry components and avoid moisture entering the system.
The system components must not contain any chlorine, mineral oil, or other
oily substances.
Maximum test pressure must not exceed 32 bar.
Refrigerant charging
Refrigerant charging (N0, N1, N2, T0, T1, T2,A00, A01 and A04)
Annex C Fig.2 The process descriptions below are based on the equipment shown.
- Suction stop valve
- Discharge stop valve
- Connection to suction side
- Shut-off valve to vacuum pump
- Shut-off valve to charging cylinder
- Connection to discharge side
- Shut-off valve to discharge side
- Shut-off valve to suction side
- Connection to vacuum pump
- Connection to charging cylinder
When a vacuum of 0.5 mbar or lower has been reached, shut off the connection to the vacuum pump by closing all manifold valves.
Repeat the evacuating process once or twice if necessary and then close all
manifold valves.
Close the service connector of the suction stop valve (1) by turning the
spindle „anticlockwise“ to the rear stop.
Refrigerant charging must take place from equipment not contaminated with
refrigerants containing chlorine.
For units with stop valves the rule is that refrigerant should always be
charged in liquid form through the discharge stop valve of the unit in order
to avoid liquid hammer when the unit is started. If this rule cannot be
observed the compressor is not to be started until the pressure and the
temperature of the refrigerating system have been equalized.
Open valves (5) and (7) of the valve manifold while keeping the other valves
closed.
When all liquid has been transferred to the discharge side of the unit close
the service connector of the discharge valve (2) by turning the spindle
anticlockwise to the rear stop.
Remove all hose connections.
Fit the union nuts with blind caps on pressure gauge connectors (1) and (2).
Fit and tighten up caps on the valve spindles.
Evacuation
Evacuation (N2, T2, A01 and A04)
Annex C Fig. 2. The process descriptions below are based on the equipment
shown.
- Suction stop valve
- Discharge stop valve
- Connection to suction side
- Shut-off valve to vacuum pump
- Shut-off valve to charging cylinder
- Connection to discharge side
- Shut-off valve to discharge side
- Shut-off valve to suction side
- Connection to vacuum pump
- Connection to charging cylinder
Connect the discharge line to the suction stop valve (1) of the unit.
Connect the suction line, via the filter drier, to the discharge stop valve
(2).
- Make the connection (3) between the manifold and the service connector of the suction stop valve (1).
- Make the connection (6) between the manifold and the service connector of the discharge stop valve (2).
- Make the connection (9) between the vacuum pump and the manifold (4).
- Make the connection (10) between the charging cylinder and the manifold (5).
- Remove the protective caps from the spindles of both stop valves (1) and (2).
- Open valves (4), (7) and (8). Open stop valves (1) and (2) to mid position. Start the vacuum pump.
- Vacuum pumps, which are normally used for refrigerants containing chlorine, cannot be used with R134a, R404A/R507 and R452A.
- Only a vacuum pump with special Polyolester oil may be used for systems with refrigerant containing FCKW, HFCKW and HFKW.
- (Contact the pump supplier.)
Evacuation (T0, A00)
Evacuation takes place through the compressor then process connector after
complete connection in the refrigerating circuit.
Plan sufficient time for the evacuation as it takes place from the low
pressure side only, unless additional measures were taken to speed up the
evacuation.
Vacuum pumps normally used for refrigerants containing chlorine must not be
used with
R134a and R404A/R507. Only a vacuum pump with special Polyolester oil may be
used for systems with refrigerant containing FCKW,
HFCKW and HFKW. (Contact the pump supplier.)
Electrical connections
- Prepare the electrical connections while evacuation is taking place. Do not start the compressor until the vacuum has been broken. Remove the cover over the terminal board. Connect the leads.
- It is impossible to start the unit without a thermostat (1H see Annex C , fig. 2) being connected or a lead between 1 or 2, respectively, and L has been established (Annex C Fig. 3-16).
Annex C Fig. 3. Wiring diagram for the compressor platform: P, T, N, F, S.
Annex C Fig. 4. Wiring diagram for the compressor platform: SC with CSR (starting and operating capacitor).
Annex C Fig. 5. Wiring diagram for the compressor platform: TL, FR and SC condensing units with pressure control.
Annex C Fig. 6. Wiring diagram for the compressor platform: SC condensing units with combined high and low pressure control andCSR (starting and operating capacitor).
Annex C Fig. 7. Wiring diagram for the compressor platform: MP & ML condensing units.
Annex C Fig. 8. Wiring diagram for Twin compressor, see SC.
Annex C Fig. 9. Wiring diagram for Twin compressor, with 50% of fan speed.
Annex C Fig. 10-16. Wiring diagram for R290 models.
- 1A. Main winding
- 1B. Start winding
- 1C. Start relay
- 1D. Winding protector
- 1E. Start capacitor
- 1F. Bleeder resistance
- 1G. Run capacitor
- 1H. Thermostat
- 1J. Fan
- 1K. Pressure control
Fit the terminal board cover.
Keep away flammables from the electrical equipment.
Declaration of conformity
-
All our condensing units are complied with low voltage directive 2014/35/EU and must be incorporated during installation.
-
Low Voltage Directive 2014/35/EU
EN 60335-1:2012 + A11:2014- Household and similar electrical appliances- Safety-Part 1: General requirements-for all above mentioned condensing units with compressor platforms FR, GS, L, P, NF, NL, PL, SC and TL. -
Eco-design DIRECTIVE 2009/125/
EC, establishing a framework for the setting of Eco-design requirements for energy-related products. -
REGULATION (EU)
2015/1095, implementing Eco-design Directive 2009/125/EC with regard to
Eco-design requirements for professional refrigerated storage cabinets, blast cabinets, condensing units and process Chiller. -
Condensing unit measurements are made according to standard “EN 13771-2:2007”
- Compressor and condensing units for refrigeration-performance testing and test methods- part 2: Condensing units
-
The following approvals must be obtained through authorised institutes like Nemko, Demko, BEAB, LCJE, etc. Among others EN 60 335- 2-24, IEC 335-2-89, IEC 79-15.
Safety
Important service and safety tips
The drier must always be replaced when a system has been opened.
Blow through the system with dry nitrogen before soldering.
When a defective system is emptied the refrigerant must be collected without
mixing with other refrigerants, and the refrigerant must not leak into the
environment.
(See also “Installation“).
The condenser and the complete condensing unit must be cleaned regularly.
Specified maintenance and cleaning intervals must be observed.
Working on components that are under pressure is dangerous.
Beware of hot and extremely cold components. Beware of moving components (e.g.
fan).
Pay attention to sufficient ventilation.
Check the perfect operation of the fan.
The application limits stated by the manufacturer must be observed.
If pressure controls are specified, they must be installed professionally.
The operating condition must be monitored in order to ensure perfect
operation.
Check whether the shut-off valves (suction and discharge side) are completely
opened. Ensure that EN 378 is observed.
If forced ventilation is necessary, this is to be clearly shown (i.e. by a
label).
Do not install in aggressive, moist or dusty environment.
Do not install or start in rooms containing flammable gases or in
installations operating with such.
Pressure Equipment Directive 2014/68/EU EN 378-2:2016
Condensing units are no „units“ in accordance with the PED.
The unit/installation into which the condensing unit is mounted/integrated,
must be in accordance with the PED.
Maximum refrigerant charges
It is recommended that only the right quantity of refrigerants necessary for
correct function of the refrigeration system be added.
For refrigeration systems with capillary tube the charge must be adapted to
suit each system type.
The operating charge must never exceed the capacity of condenser and receiver.
Always avoid excess refrigerant charge!Crankcase heater
If the maximum amounts of refrigerant cannot be observed in T0, T2, A01, A02,
A04 or T0 condensing units respectively, a crankcase heater or a pump-down
transmission must be used. The crankcase heater must be fitted directly over
the weld.
The crankcase heater will heat the compressor oil during standstill periods.
When the refrigeration system has been at a stand-still for longer periods the
crankcase heater must be cut in 2-3 hours before starting. The following
crankcase heaters are recommended
TL and FR: 35 W (code no. 192H2095) SC: 55W (code no. 192H2096)
Cold start
After installing the unit the compressor must be allow-ed to assume a
temperature higher than 10°C before it is started for the first time. This
will prevent possible start problems caused by too high oil viscosity.
At lower temperatures some tripping of the winding protector may be expected
until the viscosity of the oil becomes reduced.
See also crankcase heater.
Never start during vacuum!
Winding protector
The compressors have a built-in winding protector. If the protector cuts out
while the compressor is cold it may take approx. 5 minutes for the protector
to reset.
If the winding protector cuts out while the compressor is hot (compressor
housing above 80°C) up to 45 minutes may pass before the protector resets.
Checking the winding protector
In the event of a compressor failure a check must be made by resistance
measurement direct on the current lead-in to find out whether the fault is due
to motor damage or simply a winding protector trip.
Annex C Fig. 3. Location of the winding protector in the electrical circuit.
1A. Main winding
1B. Start winding
1D. Winding protector
If resistance measuring shows that there is a
connection through the motor windings from points K and S of the current lead-
in, but a broken circuit between points K and F or between S and F, this
indicates that the winding protector has cut out. Therefore, wait for the
protector to reset.
ACB Pressostat setting (mini HP/LP)
Application| Refrigerant| High Pressure Setting
(bar)| Low pressure Setting (bar)
---|---|---|---
ON| OFF| ON| OFF
LBP| R290| 16| 20| 0.3| -0.4
MBP| R290| 10| 25| 1.7| 0.7
LBP| R404A| 20| 25| –| –
MBP| R134a| 13| 18| 1.5| 0.1
Dual Pressure Switch Setting
Refrigerants| High pressure settings (bar (g))| Low pressure
settings (bar (g))
---|---|---
ON| OFF| ON| OFF
R404A/R507/R452A| 23| 27| 2| 1
R134a/R513A| 13| 17| 2| 1
Annex – A, Technical data
Label information
A: Condensing unit code number
B: Production serial number
C: Refrigerant
D: Model designation
E: Power supply for compressor & fan motor
Designation – Catalogue
OP = Optyma
1| Application:
M = Medium Back Pressure ; L = Low Back Pressure
---|---
2| Compressor Platform:
C : Air cooled condensing unit with single fan
3
| Refrigerant:
G : R134a, R513A; H: R404A/R507;
Q : R452A, R404A/R507;
N : R290
4| Condenser design:
C : Fin & Tube condenser, ambient temperature up to 43°C
5| Compressor displacement: Example 048 = 48 cm3
6
| Reciprocating compressor platform:
FR = FR, NF = NF, SC = SC, GS = GS, NX = NX, NB = NBC, NS = NS, NU = NUY, NP = NPT, MP = MPT, MY = MLY, MX = MX, TL = TL, NL = NL
7
| Version:
A00, A01, A04, A09, A10, A11. See table Feature overview, for fea- tures within each version.
8
| Electrical code:
G: Compressor 230V/1P/50Hz, fan 230V/1P/50Hz E: Compressor 400V/3P/50Hz, fan 230V/1P/50Hz
| Light Commercial| Light Commercial R290
---|---|---
A00| A01| A04| A09| A10| A11
Ambient temperature| Up to 43°C| Up to 43°C
Hermetic reciprocating compressor platform| MPT, MLY, NL, SC, GS, FR, TL, NF|
NUY, NBC, NPT, NS, NX
Unit base| Rails or base plate
Condenser type| Fin & Tube (painted)
Fan| AC/ EC| AC/ EC| AC/ EC| EC| EC| EC
Bracket & tube for pressostat mounting| –| yes| yes| yes| –| –
Dual pressure switch – KP 17 WB| –| –| yes| –| –| –
Schrader valve| –| –| –| yes| yes| yes
Wired electrical box| yes| yes| yes| yes| yes| yes
Mini HP/LP pressostat| –| –| –| –| yes| –
Power cord| –| –| yes| –| yes| –
Receiver| –| yes| yes| –| Combo drier
+ receiver
| –
Designation – Non catalogue
| 1 | Compressor Platform: PL, TL, NL, FR, SC, GS |
|---|---|
| 2 | Compressor displacement: Example 048 = 48 cm3 |
__
__
__
__
__
__
3
| Application and Refrigerant:
CM = LBP; R22
CL = LBP; R404A/R507
CN = LBP/MBP; R290
CP = LBP; R404A/R507, R452A
DM = HBP; R22
DL = HBP; R404A/R507
F = LBP/(MBP); R134a
FT = LBP tropical; R134a
G = LBP/MBP/HBP; R134a & R513A
GH = Heat pump optimized; R134a
MF = MBP; R134a
ML = MBP; R404A/507
__
4
| Start characteristics: X = HST
K = LST
__
__
__
5
| Version:
N0 – For capillary tube – without stop valves, without receiver N1 – For capillary tube – with 1x stop valve, without receiver N2 – For capillary tube – with 2x stop valve, without receiver T0 – For expansion valve – with receiver without 2x stop valves T1 – For expansion valve – with receiver with 1x stop valves
T2 – For expansion valve – with receiver with 2x stop valves
| Light Commercial
---|---
N0| N1| N2| T0| T1| T2
Ambient temperature| Up to 43°C
Hermetic reciprocating compressor| NL, SC, GS, FR, TL, NF, DL
Unit base| Rails or base plate
Condenser type| Fin & Tube (painted)
Schrader valve| –| –| –| yes| yes| yes
Wired electrical box| yes| yes| yes| yes| yes| yes
Service valve| –| yes| yes| –| yes| yes
Receiver| –| –| –| yes| yes| yes
Catalogue Models
Light Commercial – Technical data
Application| Version| ****
Description
| ****
Compressor
| ****
Electrical code
| Refrigerant| Condenser coil| Fan| ****
Receiver Volume (L)
| ****
Suction Line
| ****
Liquid line
---|---|---|---|---|---|---|---|---|---|---
A00| A01| A04| Designation| Internal Volume (L)| Number| Blade (mm)
LBP| 114X1208| 114X1209| 114X1211| OP-LCHC004TL| TL4CL| G| H| BG2| 0.25| 1|
200| 0.8| 1/4″| 1/4″
LBP| | 114X1221| | OP-LCQC004ML| MLY45LAb| G| Q| BG2| 0.25| 1| 200| 0.8| 3/8″|
1/4″
LBP| 114X1216| 114X1217| 114X1219| OP-LCHC006FR| FR6CL| G| H| BG2| 0.25| 1|
200| 0.8| 3/8″| 1/4″
LBP| | 114X1337| | OP-LCQC006ML| MLY60LAb| G| Q| BG3| 0.31| 1| 230| 1.1| 3/8″|
1/4″
LBP| 114X1328| 114X1329| 114X1331| OP-LCHC007NL| NL7CLX| G| H| BG3| 0.31| 1|
230| 1.1| 3/8″| 1/4″
LBP| 114X1324| 114X1325| 114X1327| OP-LCHC008FR| FR8.5CL| G| H| BG3| 0.31| 1|
230| 1.1| 3/8″| 1/4″
LBP| 114X1304| 114X1301| 114X1302| OP-LCHC008NL| NL8.4CLX| G| H| BG3| 0.31| 1|
230| 1.1| 3/8″| 1/4″
LBP| | 114X1341| | OP-LCQC008ML| MLY80LAb| G| Q| BG3| 0.31| 1| 230| 1.1| 3/8″|
1/4″
LBP| 114X1440| 114X1441| 114X1443| OP-LCHC012SC| SC12CL| G| H| BG4/5| 0.4| 1|
254| 1.1| 3/8″| 1/4″
LBP| 114X1444| | | OP-LCHC012SC| SC12CLX.2| G| H| BG4/5| 0.4| 1| 254| 1.1|
3/8″| 1/4″
LBP| | 114X1449| | OP-LCQC012ML| MLY12LAb| G| Q| BG4/5| 0.4| 1| 254| 1.1|
3/8″| 1/4″
LBP| | 114X1569| | OP-LCQC012MP| MPT12LA| G| Q| BG4/5| 0.4| 1| 254| 1.1| 3/8″|
1/4″
LBP| | 114X1573| | OP-LCQC014MP| MPT14LA| G| Q| BG4/5| 0.4| 1| 254| 1.1| 1/2″|
1/4″
LBP| 114X1548| 114X1549| 114X1551| OP-LCHC015SC| SC15CLX| G| H| BG4/5| 0.4| 1|
254| 1.1| 3/8″| 1/4″
LBP| 114X1556| 114X1557| 114X1559| OP-LCHC018SC| SC18CL| G| H| BG4/5| 0.4| 1|
254| 1.1| 1/2″| 1/4″
LBP| 114X1600| 114X1601| 114X1602| OP-LCHC021SC| SC21CL| G| H| BG6| 0.63| 1|
300| 1.1| 1/2″| 1/4″
LBP| | 114X1673| | OP-LCHC026GS| GS26CLX| G| H| BG6| 0.63| 1| 300| 2.4| 1/2″|
3/8″
LBP| | 114X1781| 114X1783| OP-LCHC034GS| GS34CLX| G| H| BG7| 0.84| 1| 300|
2.4| 1/2″| 3/8″
MBP| 114X0104| 114X0105| 114X0107| OP-MCGC003TL| TL3GX| G| G| BG1| 0.13| 1|
172| 0.8| 1/4″| 1/4″
MBP| 114X0108| 114X0109| 114X0111| OP-MCGC004TL| TL4GX| G| G| BG1| 0.13| 1|
172| 0.8| 1/4″| 1/4″
MBP| 114X0301| 114X0302| 114X0303| OP-MCHC004TL| TL4DL| G| H| BG3| 0.31| 1|
230| 1.1| 3/8”| 1/4”
MBP| 114X0112| 114X0113| 114X0115| OP-MCGC005TL| TL5GX| G| G| BG1| 0.13| 1|
172| 0.8| 1/4″| 1/4″
MBP| 114X0200| 114X0201| 114X0203| OP-MCGC006FR| FR6GX| G| G| BG2| 0.25| 1|
200| 0.8| 3/8″| 1/4″
MBP| 114X2316| 114X2317| 114X2319| OP-MCHC006FR| FR6DLX| G| H| BG3| 0.31| 1|
230| 1.1| 3/8″| 1/4″
MBP| 114X0228| | | OP-MCGC006NL| NL6.1MF| G| G| BG2| 0.25| 1| 200| 0.8| 3/8″|
1/4″
MBP| 114X0216| 114X0217| 114X0219| OP-MCGC007FR| FR7.5GX| G| G| BG2| 0.25| 1|
200| 0.8| 3/8″| 1/4″
MBP| 114X0244| | | OP-MCGC007NL| NL7.3MF| G| G| BG2| 0.25| 1| 200| 0.8| 3/8″|
1/4″
MBP| 114X2424| 114X2425| 114X2427| OP-MCHB007NF| NF7MLX| G| H| BG4/5| 0.4| 1|
254| 1.1| 3/8″| 1/4″
MBP| 114X0224| 114X0225| 114X0227| OP-MCGC008FR| FR8.5GX| G| G| BG2| 0.25| 1|
200| 0.8| 3/8″| 1/4″
MBP| 114X0204| 114X0205| | OP-MCGC008NL| NL8.4MF| G| G| BG2| 0.25| 1| 200|
0.8| 3/8″| 1/4″
MBP| 114X0352| | | OP-MCGC008NL| NL8.4MF| G| G| BG3| 0.31| 1| 230| –| 3/8″|
1/4″
MBP| | | 114X0223| OP-MCGC010SC| SC10GX| G| G| BG2| 0.25| 1| 200| 0.8| 3/8”|
1/4”
MBP| 114X0403| 114X0404| 114X0405| OP-MCHC010SC| SC10MLX| G| H| BG4/5| 0.4| 1|
254| 1.1| 3/8”| 1/4”
MBP| 114X0336| 114X0337| 114X0339| OP-MCGC011FR| FR11GX| G| G| BG3| 0.31| 1|
230| 1.1| 3/8″| 1/4″
MBP| 114X0340| 114X0341| 114X0343| OP-MCGC012SC| SC12GX| G| G| BG3| 0.31| 1|
230| 1.1| 3/8″| 1/4″
MBP| 114X0406| 114X0407| 114X0408| OP-MCHC013SC| SC12MLX| G| H| BG4/5| 0.4| 1|
254| 1.1| 3/8”| 1/4”
MBP| 114X0448| 114X0449| 114X0451| OP-MCGC015SC| SC15GX| G| G| BG4/5| 0.4| 1|
254| 1.1| 3/8″| 1/4″
MBP| | 114X2649| 114X2651| OP-MCHC015SC| SC15MLX| G| H| BG6| 1.1| 1| 300| 1.1|
1/2″| 1/4″
MBP| 114X0556| 114X0557| 114X0559| OP-MCGC018SC| SC18G| G| G| BG4/5| 0.4| 1|
254| 1.1| 3/8″| 1/4″
MBP| | 114X0702| 114X0703| OP-MCHC018SC| SC18MLX| G| H| BG7| 0.84| 1| 300|
1.1| 1/2″| 1/4″
MBP| 114X0568| | | OP-MCGC021SC| SC21MF| G| G| BG4/5| 0.4| 1| 254| 1.1| 3/8″|
1/4″
MBP| 114X0564| 114X0565| 114X0567| OP-MCGC021SC| SC21GX| G| G| BG4/5| 0.4| 1|
254| 1.1| 3/8″| 1/4″
MBP| | 114X2765| 114X2767| OP-MCHC021GS| GS21MLX| G| H| BG7| 0.84| 1| 300|
1.6| 5/8″| 3/8″
MBP| | 114X0773| | OP-MCGC026GS| GS26MFX| G| G| BG7| 0.84| 1| 300| 2.4| 3/8″|
1/4″
MBP| | 114X0781| | OP-MCGC034GS| GS34MFX| G| G| BG7| 0.84| 1| 300| 2.4| 1/2″|
3/8″
R290 – Technical data
Application| version| ****
Description
| ****
Compressor
| ****
Electrical code
| Refrigerant| Condenser coil| Fan| ****
Receiver Volume (L)
| ****
Suction Line (mm)
| ****
Liquid line (mm)
---|---|---|---|---|---|---|---|---|---|---
A09| A10| A11| Designa- tion| Internal Volume (L)| Number| Blade (mm)
LBP| 114F0202| 114F0203| 114F0201| OP-LCNC004NU| NUY45LAb| G| N| BG2| 0.25| 1|
200| 0.114| 6| 6
LBP| 114F0205| 114F0206| 114F0204| OP-LCNC006NU| NUT60CAe| G| N| BG2| 0.25| 1|
200| 0.114| 6| 6
LBP| 114F0308| 114F0309| 114F0307| OP-LCNC008NU| NUY80LAb| G| N| BG3| 0.31| 1|
230| 0.114| 6| 6
LBP| 114F0411| 114F0412| 114F0410| OP-LCNC011NY| NPY12LAb| G| N| BG4/5| 0.4|
1| 254| 0.165| 8| 6
LBP| 114F0414| 114F0415| 114F0413| OP-LCNC016NP| NPT16LA| G| N| BG4/5| 0.4| 1|
254| 0.165| 8| 6
LBP| 114F0417| 114F0418| 114F0416| OP-LCNC023NX| NX23FBa| G| N| BG4/5| 0.4| 1|
254| 0.165| 10| 6
LBP| 114F0620| 114F0621| 114F0619| OP-LCNC034NS| NS34FB| G| N| BG6| 0.63| 1|
300| 0.32| 12| 6
MBP| 114F1202| 114F1203| 114F1201| OP-MCNC003NB| NBC30RA| G| N| BG2| 0.25| 1|
200| 0.114| 6| 6
MBP| 114F1205| 114F1206| 114F1204| OP-MCNC004NU| NUY45RAb| G| N| BG2| 0.25| 1|
200| 0.114| 6| 6
MBP| 114F1308| 114F1309| 114F1307| OP-MCNC006NU| NUY60RAb| G| N| BG3| 0.31| 1|
230| 0.114| 6| 6
MBP| 114F1411| 114F1412| 114F1410| OP-MCNC008NU| NUY80RAb| G| N| BG4/5| 0.4|
1| 254| 0.165| 6| 6
MBP| 114F1414| 114F1415| 114F1413| OP-MCNC009NU| NUY90RAb| G| N| BG4/5| 0.4|
1| 254| 0.165| 6| 6
MBP| 114F1417| 114F1418| 114F1416| OP-MCNC011NY| NLY12RAb| G| N| BG4/5| 0.4|
1| 254| 0.165| 8| 6
MBP| 114F1420| 114F1421| 114F1419| OP-MCNC014NP| NPT14RA| G| N| BG4/5| 0.4| 1|
254| 0.165| 8| 6
MBP| 114F1623| 114F1624| 114F1622| OP-MCNC016NP| NPT16RA| G| N| BG6| 0.63| 1|
300| 0.32| 8| 6
MBP| 114F1626| 114F1627| 114F1625| OP-MCNC018NX| NX18TBa| G| N| BG6| 0.63| 1|
300| 0.32| 10| 6
MBP| 114F1629| 114F1630| 114F1628| OP-MCNC020NX| NX21TBa| G| N| BG6| 0.63| 1|
300| 0.32| 10| 6
Non catalogue – Technical data
Application
| version| ****
Compressor
| ****
Refrigerant
| ****
Condenser
| Fan| ****
Receiver Volume (L)
---|---|---|---|---|---|---
T0| T1| T2| N0| N2| Number| Diameter (mm)
LBP| –| –| –| –| 114G1600| TL3F| F| BG2| 1| 200| 0.8
LBP| –| –| 114E2471| 114H1506| –| TL4CL| CL| BG1| 1| 170| 0.8
LBP| –| –| –| 114E2123
114E2227
| 114G1602| TLS5F| F| BG1| 1| 170| 0.8
LBP| –| –| 114H2726| 114E2454
114E2503
| –| FR6CL| CL| BG2| 1| 200| 0.8
LBP| –| –| –| 114G1512| 114G1612| NL9F| F| BG2| 1| 200| 0.8
LBP| –| –| –| | 114G2613| NL11F| F| BG2| 1| 200| 0.8
LBP| –| –| –| 114E2603| –| NL8.4MF| MF| BG2| 1| 200| 0.8
LBP| –| –| –| 114E2577
114H3546
| –| NL8.4CLX| CL| BG3| 1| 230| 1.1
LBP| 114E2593| 114E2517| 114H3728| –| –| FR8.5CL| CL| BG3| 1| 230| 1.1
LBP
| ****
–
| ****
114E2156
| ****
114H3730
| 114E2198
114E2452
114E2534
| ****
–
| ****
SC10CL
| ****
CL
| ****
BG3
| ****
1
| ****
230
| ****
1.1
LBP| –| –| | | 114G1611| NL7F| F| BG4/5| 1| 254| 1.1
LBP| –| –| 114H4731| | | SC12CL| CL| BG4/5| 1| 254| 1.1
LBP| 114E2536| –| 114H5732| | 114E2361| SC15CL| CL| BG4/5| 1| 254| 1.1
LBP| 114E4007| –| 114H5733| 114H5533
114E2172
| –| SC18CL| CL| BG4/5| 1| 254| 1.1
LBP
| 114E2353
114E2555
114E4003
| ****
–
| ****
–
| ****
–
| ****
–
| ****
SC21CL
| ****
CL
| ****
BG4/5
| ****
1
| ****
254
| ****
1.1
LBP| –| –| 114H6735
114H6335
| –| –| SC10/10CL| CL| BG6| 1| 300| 2.4
LBP
| ****
–
| ****
–
| 114H7736
114H7336
114F5052
| ****
–
| ****
–
| ****
SC12/12CL
| ****
CP
| ****
BG7
| ****
1
| ****
300
| ****
2.4
LBP
| ****
–
| ****
–
| 114H7337
114F5053
114H7737
| ****
–
| ****
–
| ****
SC15/15CL
| ****
CL
| ****
BG7
| ****
1
| ****
300
| ****
2.4
LBP| 114E2546| –| 114H7338
114H7738
| –| –| SC18/18CL| CP| BG7| 1| 300| 2.4
LBP| –| –| 114H7339
114H7739
| –| –| SC21/21CL| CP| BG7| 1| 300| 2.4
MBP| –| –| –| 114G0503| –| PL35G| G| BG0| 1| 172| –
MBP| –| –| –| 114E2203
114G0502
| –| PL50F| F| BG0| 1| 172| –
MBP| 114B0017| –| –| –| –| BD250GH| G| BG0.5| 1| 172| –
MBP| –| –| 114G1706| 114G1506| 114G1606| TL4G| G| BG1| 1| 170| 0.8
MBP| 114E2548| –| 114G1708| 114E2492
114E2541
| –| TL5G| G| BG1| 1| 170| 0.8
MBP| –| –| –| 114B0006
114G1901
| –| TL4GH| G| BG1| 1| 170| 0.8
MBP| –| –| –| 114G2515| 114G2615| FR6G| G| BG2| 1| 200| 0.8
MBP| –| –| –| 114G2518| –| FR7.5G| G| BG2| 1| 200| 0.8
MBP
| ****
114E2346
| ****
–
| ****
114G2716
| 114E2201
114E2332
114G2516
| ****
114G2616
| ****
FR8.5G
| ****
G
| ****
BG2
| ****
1
| ****
200
| ****
0.8
MBP
| 114E2410
114E2519
114E2522
| ****
–
| ****
–
| ****
114E2362
| ****
–
| ****
FR8.5G
| ****
G
| ****
BG2
| ****
1
| ****
200
| ****
0.8
Application
| version| ****
Compressor
| ****
Refrigerant
| ****
Condenser
| Fan| ****
Receiver Volume (L)
---|---|---|---|---|---|---
T0| T1| T2| N0| N2| Number| Diameter (mm)
MBP| | –| 114G2719| –| –| FR10G| G| BG2| 1| 200| 0.8
MBP
| 114E2347
114E2411
114E2520
114E2544
| ****
–
| ****
–
| ****
114E2333
114E2523
| ****
–
| ****
SC10G
| ****
G
| ****
BG2
| ****
1
| ****
200
| ****
0.8
MBP| –| –| 114E2527
114H3727
| –| –| FR6DL| DL| BG3| 1| 230| 1.1
MBP| –| –| 114G3717| 114G3517| 114G3617| FR11G| G| BG3| 1| 230| 1.1
MBP| –| –| –| 114G3536| –| NL10MF| MF| BG3| 1| 230| 1.1
MBP
| 114E2351
114E2390
114E2549
114E2545
114E2457
114E2521
| ****
–
| ****
114G3726
| ****
114E2434
114G3526
114G9350
114G4565
| ****
114G3626
| ****
SC12G
| ****
G
| ****
BG3
| ****
1
| ****
230
| ****
1.1
MBP| –| –| 114E2528
114H5743
| –| –| SC10DL| DL| BG4/5| 1| 254| 1.1
MBP| –| –| 114H5744| –| –| SC12DL| DL| BG4/5| 1| 254| 1.1
MBP
| 114E2352
114E2391
114E2550
| ****
–
| ****
114G4727
| 114E2435
114G4527
| ****
114G4627
| ****
SC15G
| ****
G
| ****
BG4/5
| ****
1
| ****
254
| ****
1.1
MBP
| 114E2442
114E2567
114E4023
| ****
–
| ****
114G5728
| 114E2357
114E2418
114G5528
| ****
–
| ****
SC18G
| ****
G
| ****
BG4/5
| ****
1
| ****
254
| ****
1.1
MBP| 114E2459
114E2551
| –| 114G5730| 114E2419
114G5530
| –| SC21G| G| BG4/5| 1| 254| 1.1
MBP| 114E2540| –| 114E2529
114H6745
| –| –| SC15DL| DL| BG6| 1| 300| 2.4
MBP| –| –| 114E2586| –| –| SC15MLX| ML| BG6| 1| 300| 2.4
MBP| –| –| 114E2587| –| –| SC18MLX| ML| BG7| 1| 300| 2.4
MBP| –| –| 114G6380
114G6780
| –| –| SC12/12G| G| BG6| 1| 300| 2.4
MBP| –| –| 114H7347
114H7747
| –| –| SC10/10DL| DL| BG7| 1| 300| 2.4
MBP| –| –| 114H7348
114H7748
| –| –| SC12/12DL| DL| BG7| 1| 300| 2.4
MBP| –| –| 114G7381
114G7781
| –| –| SC15/15G| G| BG7| 1| 300| 2.4
MBP| –| –| 114H7349
114H7749
| –| –| SC15/15DL| DL| BG7| 1| 300| 2.4
MBP| 114E2128| –| 114G7382
114G7782
| –| –| SC18/18G| G| BG7| 1| 300| 2.4
MBP| 114E2149| –| 114G7383
114G7783
| –| –| SC21/21G| G| BG7| 1| 300| 2.4
LBP/MBP| –| –| –| 114F1504| –| TL5CN| CN| BG1| 1| 170| –
LBP/MBP| –| –| –| 114F1508| –| TL4CN| CN| BG1| 1| 170| –
LBP/MBP| –| –| –| 114F2505| –| NL7CN| CN| BG2| 1| 200| –
LBP/MBP| –| –| –| 114F3500| –| SC10CN| CN| BG3| 1| 230| –
LBP/MBP| –| –| –| 114F3509| –| NL9CN| CN| BG2| 1| 200| –
LBP/MBP| –| –| –| 114F4501| –| SC12CN| CN| BG4/5| 1| 254| –
LBP/MBP| –| –| –| 114F4502| –| SC15CN| CN| BG4/5| 1| 254| –
LBP/MBP| –| –| –| 114F4503| –| SC18CN| CN| BG4/5| 1| 254| –
Application
| Version| ****
Compressor
| ****
Refrigerant
| ****
Condenser
| Fan| ****
Receiver Volume (L)
---|---|---|---|---|---|---
T0| T1| T2| N0| Number| Diameter (mm)
LBP| | | 114G2573| | NL11F| F| BG2| 1| 200| 0.8
LBP| 114E2403| | | | SC10CLX| CL| BG3| 1| 230| 1.2
LBP| 114H4515| | 114E4018| | SC12CL| CL| BG4/5| 1| 254| 1.1
LBP| | | | 114H5953| SC18CLX| CL| BG4/5| 1| 254| 1.1
LBP| | | 114E2495| | SC15CLX| CL| BG4/5| 1| 254| 1.1
LBP| | | 114E4024| | SC15CLX| CL| BG4/5| 1| 254| 1.1
LBP| | | | 114F5062| SC12/12CL| CL| BG4/5| 1| 254| 1.1
LBP| 114F0207
114F0208
| | | | DLE4.8CN| CN| BG2| 1| 200| 0.8
MBP| 114G1900| 114G1660| | 114G1760
114G1940
| TL4G| G| BG1| 1| 170| 0.8
MBP| | | 114E4020| | FF8.5GX| G| BG3| 1| 230| 1.2
MBP| | | 114E4021| 114G3768| FF10GX| G| BG3| 1| 230| 1.2
MBP| 114E2397| | 114E4022| 114G3942| SC12G| G| BG3| 1| 230| 1.2
MBP| | | 114E4002| | SC15G| G| BG4/5| 1| 254| 1.1
MBP| | | | 114G5946| SC18GH| G| BG4/5| 1| 254| 1.1
Annex – B, KP switch settings
legend
- 1A – Main winding
- 1B – Start winding
- 1C – Start relay
- 1D – Winding protector
- 1E – Start capacitor
- 1F – NTC
- 1G – Run capacitor
- 1H – Thermostat
- 1J – Fan
- 1K – Pressure control
- CP1 – Compressor 1
- CP2 – Compressor 2
- D – Bridge or Time Delay
- P – Pressostat
- T – Bridge or Thermostat
Danfoss A/S
Climate Solutions danfoss.com. +45 7488 2222
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References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>