Samsung VRF DVM S2 Instruction manual

Model : Essential Type
VRF
Technical
Data Book
DVM S2 for Europe
(R410A, 50Hz, Essential)

History
Version Modification Date Remark
Ver.1.0 Release DVM S2 (R410A, 50Hz, Essential) for Europe TDB 20.12.02
Ver.2.0 Updated all contents (Final Specification) 21.02.05
Ver.3.0 Updated the Non-ducted spec in Specification page 21.07.05

(1) Classification
AM DVM
(2) Capacity
x 1/10 HP (3 digits)
(3) Version
A2021
(4) Product Type
XOutdoor Unit
NIndoor Unit
(5) Feature 1
VInverter
(6) Feature 2
AStandard + General Temp.+ Module
HHigh EER + Low Temp. + Module
GHigh EER + General Temp. + Module
DStandard + General Temp. + Non-Module
(7) Rating Voltage
E1Ø, 220~240V, 50Hz
G3Ø, 380~415V, 50Hz
N3Ø, 380~415V, 50/60Hz
(8) Mode
HHeat Pump
RHeat Recovery
Installation
Nomenclature
Outdoor Unit
Model Name
(1) (2) (3) (4) (5) (6) (7) (8) Buyer
100 EU
D

Features & Benefits
Rebuilt on all new innovations
Rethink your approach to air conditioning with the Samsung DVM S2.
It delivers outstanding comfort and energy efficiency, even in extreme climates.
Its intelligent features make installation and maintenance easier and more cost-effective.
Perfectly compatible with WindFree™
Active Frequency Drive 10Hz
Enjoy continuous comfort and avoid wasting energy. Active Frequency Drive 10Hz technology enables the
compressor to precisely control a small amount of refrigerant. So it maintains a more consistent
temperature and is compatible with Samsung’s WindFree™ Cooling.

Features & Benefits
Enabling a new era of consistent comfort
Advanced Flash Injection Compressor
Enter a new era of non-stop comfort and efficiency. The Advanced Flash Injection Compressor
provides the world’s largest capacity*. It combines Flash Injection technology with a strengthened
Triple Profile Scroll and efficient Optimal Discharge Superheat (DSH) Control technology.
* Samsung circulates 14,400cc/sec refrigerant (= 90cc (displacement volume) x 160rps (revolutions per second)), while Company A circulates 12,480cc/sec (= 96cc x 130rps), Company B circulates
14,080cc/sec (= 88cc x 160rps) and Company C circulates 12,320cc/sec (= 88cc x 140rps).
More powerful performance, less space
34HP Super Capacity with a Compact
Design
Enjoy an exceptionally powerful
performance and use less space. It’s the
first outdoor unit to offer super capacities
of 32HP and 34HP in a single unit. Their
compact design saves up to 18% space*
and helps reduce the cost and effort of
installation.
* Based on internal testing compared to both Samsung conventional outdoor units and those of other brands.

Contents
1. Combination Table / Design Procedure & Combination Ratio 7
2. Specification 13
3. Electric Characteristics 25
4. Dimensional Drawing 26
5. Center of Gravity 29
6. Electrical Wiring Diagrams 32
7. Sound Data 34
8. Operation Range 39
9. Piping Diagram 41
10. Installation 43

1. Combination Table
NOTE
• Ma ke sure to use an indoor unit that is compatible with DVM S.
•Indoor units can be connected within the range indicated in following table.
•If the total capacity of the connected indoor units exceeds the indicated maximum capacity, cooling and heating
capacity of the indoor unit may decrease.
•Total capacit
y of the connected indoor units can be allowed from 50% to 130% of the total outdoor unit capacity.
0.5 × Σ( Outdoor unit capacity) ≤ Total capacity of the connected indoor units ≤ 1.3 × Σ( Outdoor unit capacity)
※You can connect maximum 64 indoor units to the outdoor unit. Maximum quantity of connectable indoor unit is set to 64
since outdoor unit only support up to 64 communication address. Indoor unit address can be
assigned from 0~63. If the indoor unit address was assigned from 64~79, E201 errorwill occur.
※Maximum 32 Wall-mount type indoor units with EEV (AM∗∗∗∗NQDEH∗∗∗, AM∗∗∗JNVDKH∗∗∗) can be connected.
Essential
Capa Model Name Number of
individual outdoor units 10 12 14 16 18
10HP AM100AXVDGH/EU 1 1
12HP AM120AXVDGH/EU 1 1
14HP AM140AXVDGH/EU 1 1
16HP AM160AXVDGH/EU 1 1
18HP AM180AXVDGH/EU 1 1
20HP AM200AXVDGH1EU 2
22HP AM220AXVDGH1EU 1 1
24HP AM240AXVDGH1EU 1 1
26HP AM260AXVDGH1EU 1 1
28HP AM280AXVDGH1EU 2 1 1
30HP AM300AXVDGH1EU 2 1 1
32HP AM320AXVDGH1EU 2 2
34HP AM340AXVDGH1EU 2 1 1
36HP AM360AXVDGH1EU 2 2
38HP AM380AXVDGH1EU 3 1 1 1
40HP AM400AXVDGH1EU 3 1 1 1
System Model Capacity (HP)
2
2
2
2

1. Combination Table
Capa
[HP] Model Name Model Capa [HP] Model Name Model
10
12
14
AM100AXVDGH/EU
AM120AXVDGH/EU
AM140AXVDGH/EU
External Appearance
16
18
26
28
30
38
40
AM300AXVDGH1EU
AM380AXVDGH1EU
AM400AXVDGH1EU
AM160AXVDGH/EU
AM180AXVDGH/EU
Essential
AM260AXVDGH1EU
AM280AXVDGH1EU
20
22
24
AM200AXVDGH1EU
AM220AXVDGH1EU
AM240AXVDGH1EU
34
36
AM320AXVDGH1EU
AM340AXVDGH1EU
AM360AXVDGH1EU
32

1.Design Procedure & Combination Ratio
Definition of Combination Ratio, CR
CR = Sum of Nominal Cooling Capacity of Indoor units *100%
Nominal Cooling Capacity of Outdoor unit
Constraints of Allowable Combination Ratio
DVM S systems are normally designed to utilize a CR 50% to 130% to ensure effective load balancing between indoor units
and outdoor unit. As buildings have become more insulated, and usage and occupancy of buildings are highly variable,
more buildings can realize a higher load balancing between IDUs and ODU, thus higher CR (>130%) is often required. If a
system design exceeds 130%, risks associated to increased indoor sound level and reduced comfort levels should be
considered. Therefore, when it is necessary to design a combination ratio exceeding 130%, the following conditions must
be complied with: -
Design & Selection Procedure
Determine DVM Design Condition
• Design temperature
• Calculate cooling and heating loads (Zone peak loads/System Peak load)
• Power supply, piping length and level difference
Select indoor unit for each zone
Max capacity at design condition should be greater than Zone Peak Load
Select outdoor unit
(Max capacity at design condition should be greater than System Peak Load)
Go to the next step to
complete design
Size up outdoor unit or change indoor unit type or capacity
Decide Minimum Operation Ratio in heating mode
Total nos. of indoor units exceed limit?
Calculated CR


@ Minimum Operation Ratio in heating mode?
No
No
Yes
Yes
Fig. 1 Design & Selection Procedure for Extended Combination Ratio
Combination Ratio (Connection Ratio)
No
No
Yes

1.Design Procedure & Combination Ratio
Satisfying cooling & heating comfort
The Maximum Capacity of outdoor unit at design condition calculated from Samsung capacity data table or design
tool (DVM Pro) should always be the same or greater than System Peak Load (Block Load) defined in table 1.
Time Room A Room B Room C Room D Room E Room F Total
Music Room Class room Class room Class room Class room Class room
 8.4 8.0 8.4 8.0 8.4 8.6 49.8
 9.2 8.8 10.8 8.6 10.8 9.8 58.0
 10.0 9.6 9.6 9.6 11.4 10.8 61.0
 11.0 10.6 8.8 10.8 9.6 9.6 60.4
 9.4 9.0 8.8 9.0 9.0 8.4 53.6
Table 1. Example of System Peak loads
fZone Peak Loads ( ): To satisfy the demand for each room any time
-Sum of Zone peak Loads = 65.4kW (11.0 + 10.6 + 10.8 + 10.8 + 11.4 + 10.8)
fBlock load ( ).
-
• When a system combination ratio is over130%, a max system capacity is the same as the published
capacity in TDB capacity table at the combination ratio of 130%
NOTE
Cooling Operation Only
When only cooling operation is used, CR is allowed up to 180% if the Max Capacity of outdoor unit is greater than
System Peak Load (Block load) as shown table 2.
Outdoor unit All capacities of H/P & H/R model
Indoor unit All indoor unit types
Operation Condition Cooling mode only
Allowable CR 180%
Table 2. Allowable CR in only cooling operation
• Table 2 shows a standard for allowable CR of cooling only model. Samsung Electronics is not
responsible for any problem caused by using a heating mode at the site with a system designed by
table 2. If heating operation is required, extended CR design must follow section “Allowable CR limit to
avoid abnormal sound level risks in heating operation.”
NOTE
Combination Ratio (Connection Ratio)

1.Design Procedure & Combination Ratio
Allowable CR limit to avoid abnormal sound level risks in heating operation
fIf the CR exceeds 130%, in a specific case of heating operation, an indoor unit may have higher sound level than
the level specified in the technical documents.
fIn order to minimize the sound level, the system minimum operation ratio needs to be verified and considered as
follows:
※Operation Ratio(%), OR
• Heat Pump system, H/P
OR
(H/P)
(%) = Sum of nominal capacity of indoor units running in heating mode *100%
Sum of nominal capacity of indoor units
• Heat Recovery system, H/R
OR
(H/R)
(%) = Sum of nominal capacity of indoor units running in both cooling & heating mode *100%
Sum of nominal capacity of indoor units
The Minimum Operation Ratio should be determined during the project design stage using Fig. 2.
Outdoor unit All capacities of H/P & H/R (Single, Dual and Triple Module Systems)
Indoor unit All indoor unit types *)except Wall-Mounted Wall-Mounted
Operation Ratio Nominal Capacity ≤ 4.5kW Nominal capacity > 4.5kW All capacities
10% 131% 145% 135%
20% 137% 153% 141%
30% 149% 162% 151%
130%
140%
150%
160%
170%
180%
5% 20%25%30%
Allowable Extended Combination Ratio
10%15%
Minimum Operation Ratio in Heating
Nominal Capacity ≤4.5kW
Nominal Capacity < 4.5kW
Wall-mounted(all ranges)
Fig. 2 Allowable CR with respect to indoor unit type as operation ratio increases
Combination Ratio (Connection Ratio)

1.Design Procedure & Combination Ratio
• The minimum operation ratio should be considered during the design stage.
• If a system has a mix of unit types or capacity, the lowest extended connection ratio curve must be utilized.
• In case that a designed Minimum Operation Ratio is less than 5% or more than 30%, the Allowable Extended CR
must be considered as the value at 5% and 30%, respectively.
•*)If one of following indoor unit types is included in a system, the CR cannot be extended beyond 130%.
Type of indoor unit Limited by CR 130%
1Way Cassette / 4Way Cassette (600 x 600) 2.8kW or below
360 Cassette / Slim Duct (LSP duct) 3.6kW or below
4Way Cassette 5.6kW or below
Floor Standing (Exposed or Concealed) 5.6kW only
Ceiling Suspended 14.0kW only
Hydro unit (HE/HT) All capacities
• Samsung is not responsible for any issue, including abnormal noise that arises during heating
operation due solely to the operation rate being lower than the designated combination ratio shown in
Fig. 2. Please contact your local Samsung representative for further details if the project requires you
to design the project with a connection ratio greater than 130%.
NOTE
Combination Ratio (Connection Ratio)

AM100AXVDGH/EU AM120AXVDGH/EU AM140AXVDGH/EU
- - -
- - -
- - -
- - -
Ø, #, V, Hz 3, 4, 380-415, 50 3, 4, 380-415, 50 3, 4, 380-415, 50
-HEAT PUMP HEAT PUMP HEAT PUMP
HP 10 12 14
Cooling(Rated) kW 28.0 33.6 40.0
Heating(Rated) kW 28.0 33.6 40.0
Heating(Max) kW 31.5 37.8 45.0
EA 18 21 26
Min. kW 14.0 16.8 20.0
Max. kW 36.4 43.7 52.0
Cooling(Rated) A20.50 22.01 28.60
Heating(Rated) A14.34 16.45 20.91
Cooling(Rated) A 16.98 20.28 27.11
Heating(Rated) A 13.38 16.30 20.35
Minimum Ssc MVA 3.7 4.0 4.6
MCA A23.0 25.0 29.0
MFA A 32 32 32
SEER W/W 6.00 6.40 6.20
SCOP W/W 4.10 4.30 4.10
ŋs.c % 237 253 245
ŋs.h %161 169 161
SEER W/W 6.72 6.79 6.49
SCOP W/W 4.10 4.15 4.04
ŋs.c %265.8 268.6 256.6
ŋs.h %161 163 158.6
kW 16.3 18.8 20.3
Body -GI Steel Plate GI Steel Plate GI Steel Plate
Base - GI Steel Plate GI Steel Plate GI Steel Plate
-Fin & Tube Fin & Tube Fin & Tube
Fin -Al Al Al
Tube -Cu Cu Cu
-Anti-corrosion Anti-corrosion Anti-corrosion
-Inverter Scroll x 1 Inverter Scroll x 1 Inverter Scroll x 1
kW x n 6.67 x 1 6.67 x 1 6.67 x 1
-DS4GR7066FV* x 1 DS4GR7066FV* x 1 DS4GR7066FV* x 1
Type -PVE PVE PVE
Initial charge cc x n 1,100 x 1 1,100 x 1 1,100 x 1
-Propeller Propeller Propeller
-Top Top Top
EA 111
㎥/min 167 196 210
l/s 2,779 3,260 3,500
㎜Aq 11 11 8
Pa 110 110 80
-BLDC Motor BLDC Motor BLDC Motor
W x n 630 x 1 630 x 1 630 x 1
Type Braze connection Braze connection Braze connection
Φ, ㎜ (inch) 9.52 (3/8) 12.70 (1/2) 12.70 (1/2)
Type Braze connection Braze connection Braze connection
Φ, ㎜ (inch) 22.22 (7/8) 28.58 (1-1/8) 28.58 (1-1/8)
-Both liquid and gas pipes Both liquid and gas pipes Both liquid and gas pipes
Total capacity of the connected Indoor
Units
Maximum number of connectable indoor units
Compressor
Oil
Current Current Input
(Ducted)
Type
Output
Current
Efficiency
Casing
Material
Heat
Exchanger
Fan Motor
Type
Output
Fan
Air Flow Rate
External Static
Pressure
Max.
Model Name
Discharge direction
Quantity
Type
Fin Treatment
Pdesignh
Type
Material
Piping
Connections
Liquid Pipe
Gas Pipe
Heat Insulation
Model Name
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Outdoor unit module 4
Power Supply
Mode
HP
Performance
Capacity
Current Input
(Non-Ducted)
Ducted
Non_Ducted
Essential
2. Specification

AM100AXVDGH/EU AM120AXVDGH/EU AM140AXVDGH/EU
- - -
- - -
- - -
- - -
Piping length (ODU-IDU) Max. [Equiv.] m200[220] 200[220] 200[220]
Piping length
(1st Branch-IDU)
Max. m 90 90 90
Total piping length
(System)
Max. m1,000 1,000 1,000
Level difference
(ODU in highest position)
Max. m110 110 110
Level difference
(IDU in highest position)
Max. m110 110 110
Level difference
(IDU-IDU)
Max. m50 50 50
Min. ㎟0.75 0.75 0.75
Remark - F1, F2 F1, F2 F1, F2
-
Both indoor and outdoor
unit
Both indoor and outdoor
unit
Both indoor and outdoor
unit
-R410A R410A R410A
kg 5.5 7.0 7.0
tCO
2
e11.48 14.62 14.62
Cooling dB(A) 56 61 63
Heating dB(A) 60 63 65
dB(A) 78 81 85
kg 185 205 207
kg 199 219 221
㎜930 x 1,695 x 765 930 x 1,695 x 765 930 x 1,695 x 765
㎜998 x 1,887 x 829 998 x 1,887 x 829 998 x 1,887 x 829
℃-5 ~ 50 -5 ~ 50 -5 ~ 50
℃-25 ~ 24 -25 ~ 24 -25 ~ 24
Sound Pressure
External
Dimension
Model Name
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Outdoor unit module 4
Operating
Temp. Range
Piping
Connections
Wiring
connections
Transmission
Cable
Refrigerant
Factory Charging
Net Dimensions (WxHxD)
Shipping Dimensions (WxHxD)
Cooling
Heating
Shipping Weight
Power supply intake
Type
Sound Power
Net Weight
Sound
Essential
2. Specification
NOTE
•Specification may be subject to change without prior notice.
•Specification comply with EN14825 and Eurovent test condition
1) Performances are based on the following test conditions.
-Cooling : Indoor temperature 27°CDB, 19°CWB, Outdoor temperature 35°CDB, 24°CWB
-Heating : Indoor temperature 20°CDB, 15°CWB, Outdoor temperature 7°CDB, 6°CWB
-Equivalent refrigerant pipe length 5m, Level differences 0m
-Refer to EUROVENT website(www.eurovent-certification.com) for other indoor unit combination and more detail test conditions.
2) Performance of Multiple Module Outdoor unit is weighted average of Single Module outdoor units.
3) Allowed combination ratio of the total rated indoor unit capacity over the rated outdoor unit capacity is 50~130%.
4) Sound pressure level is obtained in an anechoic room.
-Sound pressure level is a relative value, depending on the distance and acoustic environment.
-Sound pressure level may differ depending on operation condition.
-dBA = A-weighted sound pressure level
-Reference acoustic pressure 0 dB = 20uPa
5) Sound power level is an absolute value that a sound source generates.
-dBA = A-weighted sound power level
-Reference power : 1pW
-Measured according to ISO 3741
6) Sound values of multi combination are theoretical values based on sound results of individual installed units.
7) These products contain R410A (GWP=2,088) which is fluorinated greenhouse gas.
8) If outdoor unit is located in a higher position than indoor unit, level difference is 110m or under.
(If the level difference is higher than 50m, make a decision by PDM kit installation Guide software whether the PDM kit should be installed or not.)
-PDM kit: Pressure Drop Modulation kit
When the outdoor unit is below the indoor unit & the level differences are 40m or more, contact your local dealer for more information.
9) In case you want to know more information regarding capacity and correction, please refer to capacity table TDB on pvi.samsung.com site.
10) Recommended combination
* Ducted * Non-ducted
Capacity Indoor Units Capacity Indoor Units
18HP AM056ANHPKH×4 + AM071ANHPKH×4
10HP AM071ANHPKH×4
12HP AM056ANHPKH×6
14HP AM056ANHPKH×1 + AM071ANHPKH×5
16HP AM056ANHPKH×2 + AM090ANHPKH×4
Capacity Indoor Units Capacity Indoor Units
18HP
10HP
12HP
14HP
16HP
AM056AN4PKH×2 + AM090AN4PKH×2
AM028AN4PKH×2 + AM056AN4PKH×2 + AM090AN4PKH×2
AM028AN4PKH + AM045AN4PKH + AM056AN4PKH +
AM071AN4PKH + AM090AN4PKH + AM128AN4PKH
AM028AN4PKH+ AM045AN4PKH + AM090AN4PKH×3 +
AM128AN4PKH
AM028AN4PKH + AM036AN4PKH + AM045AN4PKH +
AM056AN4PKH×2 + AM090AN4PKH×2 + AM128AN4PKH

AM160AXVDGH/EU AM180AXVDGH/EU AM200AXVDGH1EU
- - AM100AXVDGH/EU
- - AM100AXVDGH/EU
- - -
- - -
Ø, #, V, Hz 3, 4, 380-415, 50 3, 4, 380-415, 50 3, 4, 380-415, 50
-HEAT PUMP HEAT PUMP HEAT PUMP
HP 16 18 20
Cooling(Rated) kW 45.0 50.4 56.0
Heating(Rated) kW 45.0 50.4 56.0
Heating(Max) kW 50.4 56.7 63.0
EA 29 32 36
Min. kW 22.5 25.2 28.0
Max. kW 58.5 65.5 72.8
Cooling(Rated) A31.04 37.61 41.00
Heating(Rated) A22.38 24.75 28.68
Cooling(Rated) A31.04 37.25 33.96
Heating(Rated) A21.56 24.91 26.76
Minimum Ssc MVA 5.2 6.3 7.4
MCA A32.0 39.2 46.0
MFA A40 50 63
SEER W/W 6.30 5.90 -
SCOP W/W 4.20 4.10 -
ŋs.c %249 233 -
ŋs.h %165 161 -
SEER W/W 6.63 6.19 -
SCOP W/W 4.09 4.04 -
ŋs.c %262.2 244.6 -
ŋs.h %160.6 158.6 -
kW 24 26.5 32.6
Body -GI Steel Plate GI Steel Plate GI Steel Plate
Base - GI Steel Plate GI Steel Plate GI Steel Plate
-Fin & Tube Fin & Tube Fin & Tube
Fin -Al Al Al
Tube -Cu Cu Cu
-Anti-corrosion Anti-corrosion Anti-corrosion
-Inverter Scroll x 1 Inverter Scroll x 1 Inverter Scroll x 2
kW x n 8.93 x 1 8.93 x 1 (6.67 x 1) x 2
-DS4GM7090FV* x 1 DS4GM7090FV* x 1 (DS4GR7066FV* x 1) x 2
Type -PVE PVE PVE
Initial charge cc x n 1,400 x 1 1,400 x 1 (1,100 x 1) x 2
-Propeller Propeller Propeller
-Top Top Top
EA 222
㎥/min 303 324 167 x 2
l/s 5,052 5,401 2,779 x 2
㎜Aq 11 11 11
Pa 110 110 110
-BLDC Motor BLDC Motor BLDC Motor
W x n 620 x 2 620 x 2 (630 x 1) x 2
Type Braze connection Braze connection Braze connection
Φ, ㎜ (inch) 12.70 (1/2) 15.88 (5/8) 15.88 (5/8)
Type Braze connection Braze connection Braze connection
Φ, ㎜ (inch) 28.58 (1-1/8) 28.58 (1-1/8) 28.58 (1-1/8)
-Both liquid and gas pipes Both liquid and gas pipes Both liquid and gas pipes
Discharge direction
Quantity
Air Flow Rate
Type
Fin Treatment
Type
Output
Compressor
Model Name
Oil
Fan
Type
External Static
Pressure
Max.
Fan Motor
Output
Maximum number of connectable indoor units
Total capacity of the connected Indoor
Units
Current Input
(Ducted)
Type
Material
Pdesignh
Casing
Material
Heat
Exchanger
Power Supply
Mode
Performance
HP
Capacity
Model Name
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Outdoor unit module 4
Current
Current Input
(Non-Ducted)
Current
Efficiency
Ducted
Non_Ducted
Piping
Connections
Liquid Pipe
Gas Pipe
Heat Insulation
Essential
2. Specification

AM160AXVDGH/EU AM180AXVDGH/EU AM200AXVDGH1EU
- - AM100AXVDGH/EU
- - AM100AXVDGH/EU
- - -
- - -
Piping length (ODU-IDU) Max. [Equiv.] m200[220] 200[220] 200[220]
Piping length
(1st Branch-IDU)
Max. m 90 90 90
Total piping length
(System)
Max. m1,000 1,000 1,000
Level difference
(ODU in highest position)
Max. m110 110 110
Level difference
(IDU in highest position)
Max. m110 110 110
Level difference
(IDU-IDU)
Max. m50 50 50
Min. ㎟0.75 0.75 0.75
Remark - F1, F2 F1, F2 F1, F2
-
Both indoor and outdoor
unit
Both indoor and outdoor
unit
Both indoor and outdoor
unit
-R410A R410A R410A
kg 8.0 8.0 5.5 x 2
tCO
2
e 16.70 16.70 22.97
Cooling dB(A) 60 61 59
Heating dB(A) 62 64 63
dB(A) 81 83 81
kg 242 242 185 x 2
kg 259 259 199 x 2
㎜1,295 x 1,695 x 765 1,295 x 1,695 x 765 (930 x 1,695 x 765) x 2
㎜1,363 x 1,887 x 829 1,363 x 1,887 x 829 (998 x 1,887 x 829) x 2
℃-5 ~ 50 -5 ~ 50 -5 ~ 50
℃-25 ~ 24 -25 ~ 24 -25 ~ 24
Wiring
connections
Transmission
Cable
Power supply intake
Refrigerant
Type
Factory Charging
Net Dimensions (WxHxD)
Shipping Dimensions (WxHxD)
Sound Power
Net Weight
Shipping Weight
Model Name
Outdoor unit module 3
Outdoor unit module 4
Piping
Connections
Outdoor unit module 1
Outdoor unit module 2
Sound Sound Pressure
External
Dimension
Operating
Temp. Range
Cooling
Heating
Essential
2. Specification
NOTE
•Specification may be subject to change without prior notice.
•Specification comply with EN14825 and Eurovent test condition
1) Performances are based on the following test conditions.
-Cooling : Indoor temperature 27°CDB, 19°CWB, Outdoor temperature 35°CDB, 24°CWB
-Heating : Indoor temperature 20°CDB, 15°CWB, Outdoor temperature 7°CDB, 6°CWB
-Equivalent refrigerant pipe length 5m, Level differences 0m
-Refer to EUROVENT website(www.eurovent-certification.com) for other indoor unit combination and more detail test conditions.
2) Performance of Multiple Module Outdoor unit is weighted average of Single Module outdoor units.
3) Allowed combination ratio of the total rated indoor unit capacity over the rated outdoor unit capacity is 50~130%.
4) Sound pressure level is obtained in an anechoic room.
-Sound pressure level is a relative value, depending on the distance and acoustic environment.
-Sound pressure level may differ depending on operation condition.
-dBA = A-weighted sound pressure level
-Reference acoustic pressure 0 dB = 20uPa
5) Sound power level is an absolute value that a sound source generates.
-dBA = A-weighted sound power level
-Reference power : 1pW
-Measured according to ISO 3741
6) Sound values of multi combination are theoretical values based on sound results of individual installed units.
7) These products contain R410A (GWP=2,088) which is fluorinated greenhouse gas.
8) If outdoor unit is located in a higher position than indoor unit, level difference is 110m or under.
(If the level difference is higher than 50m, make a decision by PDM kit installation Guide software whether the PDM kit should be installed or not.)
-PDM kit: Pressure Drop Modulation kit
When the outdoor unit is below the indoor unit & the level differences are 40m or more, contact your local dealer for more information.
9) In case you want to know more information regarding capacity and correction, please refer to capacity table TDB on pvi.samsung.com site.
10) Recommended combination
* Ducted * Non-ducted
Capacity Indoor Units Capacity Indoor Units
18HP AM056ANHPKH×4 + AM071ANHPKH×4
10HP AM071ANHPKH×4
12HP AM056ANHPKH×6
14HP AM056ANHPKH×1 + AM071ANHPKH×5
16HP AM056ANHPKH×2 + AM090ANHPKH×4
Capacity Indoor Units Capacity Indoor Units
18HP
10HP
12HP
14HP
16HP
AM056AN4PKH×2 + AM090AN4PKH×2
AM028AN4PKH×2 + AM056AN4PKH×2 + AM090AN4PKH×2
AM028AN4PKH + AM045AN4PKH + AM056AN4PKH +
AM071AN4PKH + AM090AN4PKH + AM128AN4PKH
AM028AN4PKH+ AM045AN4PKH + AM090AN4PKH×3 +
AM128AN4PKH
AM028AN4PKH + AM036AN4PKH + AM045AN4PKH +
AM056AN4PKH×2 + AM090AN4PKH×2 + AM128AN4PKH

AM220AXVDGH1EU AM240AXVDGH1EU AM260AXVDGH1EU
AM100AXVDGH/EU AM100AXVDGH/EU AM100AXVDGH/EU
AM120AXVDGH/EU AM140AXVDGH/EU AM160AXVDGH/EU
- - -
- - -
Ø, #, V, Hz 3, 4, 380-415, 50 3, 4, 380-415, 50 3, 4, 380-415, 50
-HEAT PUMP HEAT PUMP HEAT PUMP
HP 22 24 26
Cooling(Rated) kW 61.6 68.0 73.0
Heating(Rated) kW 61.6 68.0 73.0
Heating(Max) kW 69.3 76.5 81.9
EA 40 43 47
Min. kW 30.8 34.0 36.5
Max. kW 80.1 88.4 94.9
Cooling(Rated) A42.51 49.10 51.54
Heating(Rated) A 30.79 35.25 36.72
Cooling(Rated) A 37.26 44.09 48.02
Heating(Rated) A 29.68 33.73 34.94
Minimum Ssc MVA 7.7 8.3 8.9
MCA A48.0 52.0 55.0
MFA A 63 63 63
SEER W/W - - -
SCOP W/W - - -
ŋs.c % - - -
ŋs.h % - - -
SEER W/W - - -
SCOP W/W - - -
ŋs.c % - - -
ŋs.h % - - -
kW 35.1 36.6 40.3
Body -GI Steel Plate GI Steel Plate GI Steel Plate
Base - GI Steel Plate GI Steel Plate GI Steel Plate
-Fin & Tube Fin & Tube Fin & Tube
Fin -Al Al Al
Tube -Cu Cu Cu
-Anti-corrosion Anti-corrosion Anti-corrosion
-Inverter Scroll x 2 Inverter Scroll x 2 Inverter Scroll x 2
kW x n (6.67 x 1) x 2 (6.67 x 1) x 2 (6.67 x 1) x 1 + (8.93 x 1) x 1
-(DS4GR7066FV* x 1) x 2 (DS4GR7066FV* x 1) x 2 (DS4GR7066FV* x 1) x 1 +
(DS4GM7090FV* x 1) x 1
Type -PVE PVE PVE
Initial charge cc x n (1,100 x 1) x 2 (1,100 x 1) x 2
(1,100 x 1) x 1 + (1,400 x 1) x
1
-Propeller Propeller Propeller
-Top Top Top
EA 223
㎥/min 167 x 1 + 196 x 1 167 x 1 + 210 x 1 167 x 1 + 303 x 1
l/s 2,779 x 1 + 3,260 x 1 2,779 x 1 + 3,500 x 1 2,779 x 1 + 5,052 x 1
㎜Aq 11 11 11
Pa 110 110 110
-BLDC Motor BLDC Motor BLDC Motor
W x n (630 x 1) x 2 (630 x 1) x 2 (630 x 1) x 1 + (620 x 2) x 1
Type Braze connection Braze connection Braze connection
Φ, ㎜ (inch) 15.88 (5/8) 15.88 (5/8) 19.05 (3/4)
Type Braze connection Braze connection Braze connection
Φ, ㎜ (inch) 28.58 (1-1/8) 34.92 (1-3/8) 34.92 (1-3/8)
-Both liquid and gas pipes Both liquid and gas pipes Both liquid and gas pipes
Type
Fin Treatment
Type
Output
Current Input
(Ducted)
Ducted
Type
Material
Pdesignh
Non_Ducted
Discharge direction
Quantity
Air Flow Rate
Model Name
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Outdoor unit module 4
Power Supply
Mode
Performance
HP
Capacity
Maximum number of connectable indoor units
Total capacity of the connected Indoor
Units
Current
Current Input
(Non-Ducted)
Current
Efficiency
Casing
Material
Heat
Exchanger
Compressor
Model Name
Oil
Fan
Type
External Static
Pressure
Max.
Fan Motor
Output
Piping
Connections
Liquid Pipe
Gas Pipe
Heat Insulation
Essential
2. Specification

AM220AXVDGH1EU AM240AXVDGH1EU AM260AXVDGH1EU
AM100AXVDGH/EU AM100AXVDGH/EU AM100AXVDGH/EU
AM120AXVDGH/EU AM140AXVDGH/EU AM160AXVDGH/EU
- - -
- - -
Piping length (ODU-IDU) Max. [Equiv.] m200[220] 200[220] 200[220]
Piping length
(1st Branch-IDU)
Max. m 90 90 90
Total piping length
(System)
Max. m1,000 1,000 1,000
Level difference
(ODU in highest position)
Max. m110 110 110
Level difference
(IDU in highest position)
Max. m110 110 110
Level difference
(IDU-IDU)
Max. m50 50 50
Min. ㎟0.75 0.75 0.75
Remark - F1, F2 F1, F2 F1, F2
-
Both indoor and outdoor
unit
Both indoor and outdoor
unit
Both indoor and outdoor
unit
-R410A R410A R410A
kg 5.5 x 1 + 7.0 x 1 5.5 x 1 + 7.0 x 1 5.5 x 1 + 8.0 x 1
tCO
2
e26.10 26.10 28.19
Cooling dB(A) 62 64 61
Heating dB(A) 65 66 64
dB(A) 83 86 83
kg 185 x 1 + 205 x 1 185 x 1 + 207 x 1 185 x 1 + 242 x 1
kg 199 x 1 + 219 x 1 199 x 1 + 221 x 1 199 x 1 + 259 x 1
㎜(930 x 1,695 x 765) x 2 (930 x 1,695 x 765) x 2 (930 x 1,695 x 765) x 1 +
(1,295 x 1,695 x 765) x 1
㎜(998 x 1,887 x 829) x 1 +
(998 x 1,887 x 829 ) x 1
(998 x 1,887 x 829) x 1 +
(998 x 1,887 x 829 ) x 1
(998 x 1,887 x 829) x 1 +
(1,363 x 1,887 x 829) x 1
℃-5 ~ 50 -5 ~ 50 -5 ~ 50
℃-25 ~ 24 -25 ~ 24 -25 ~ 24
Net Dimensions (WxHxD)
Shipping Dimensions (WxHxD)
Sound Power
Net Weight
Shipping Weight
Outdoor unit module 1
Outdoor unit module 2
Refrigerant
Type
Factory Charging
Model Name
Outdoor unit module 3
Outdoor unit module 4
Piping
Connections
Wiring
connections
Transmission
Cable
Power supply intake
Sound Sound Pressure
External
Dimension
Operating
Temp. Range
Cooling
Heating
Essential
2. Specification
NOTE
•Specification may be subject to change without prior notice.
•Specification comply with EN14825 and Eurovent test condition
1) Performances are based on the following test conditions.
-Cooling : Indoor temperature 27°CDB, 19°CWB, Outdoor temperature 35°CDB, 24°CWB
-Heating : Indoor temperature 20°CDB, 15°CWB, Outdoor temperature 7°CDB, 6°CWB
-Equivalent refrigerant pipe length 5m, Level differences 0m
-Refer to EUROVENT website(www.eurovent-certification.com) for other indoor unit combination and more detail test conditions.
2) Performance of Multiple Module Outdoor unit is weighted average of Single Module outdoor units.
3) Allowed combination ratio of the total rated indoor unit capacity over the rated outdoor unit capacity is 50~130%.
4) Sound pressure level is obtained in an anechoic room.
-Sound pressure level is a relative value, depending on the distance and acoustic environment.
-Sound pressure level may differ depending on operation condition.
-dBA = A-weighted sound pressure level
-Reference acoustic pressure 0 dB = 20uPa
5) Sound power level is an absolute value that a sound source generates.
-dBA = A-weighted sound power level
-Reference power : 1pW
-Measured according to ISO 3741
6) Sound values of multi combination are theoretical values based on sound results of individual installed units.
7) These products contain R410A (GWP=2,088) which is fluorinated greenhouse gas.
8) If outdoor unit is located in a higher position than indoor unit, level difference is 110m or under.
(If the level difference is higher than 50m, make a decision by PDM kit installation Guide software whether the PDM kit should be installed or not.)
-PDM kit: Pressure Drop Modulation kit
When the outdoor unit is below the indoor unit & the level differences are 40m or more, contact your local dealer for more information.
9) In case you want to know more information regarding capacity and correction, please refer to capacity table TDB on pvi.samsung.com site.
10) Recommended combination
* Ducted * Non-ducted
Capacity Indoor Units Capacity Indoor Units
18HP AM056ANHPKH×4 + AM071ANHPKH×4
10HP AM071ANHPKH×4
12HP AM056ANHPKH×6
14HP AM056ANHPKH×1 + AM071ANHPKH×5
16HP AM056ANHPKH×2 + AM090ANHPKH×4
Capacity Indoor Units Capacity Indoor Units
18HP
10HP
12HP
14HP
16HP
AM056AN4PKH×2 + AM090AN4PKH×2
AM028AN4PKH×2 + AM056AN4PKH×2 + AM090AN4PKH×2
AM028AN4PKH + AM045AN4PKH + AM056AN4PKH +
AM071AN4PKH + AM090AN4PKH + AM128AN4PKH
AM028AN4PKH+ AM045AN4PKH + AM090AN4PKH×3 +
AM128AN4PKH
AM028AN4PKH + AM036AN4PKH + AM045AN4PKH +
AM056AN4PKH×2 + AM090AN4PKH×2 + AM128AN4PKH

AM280AXVDGH1EU AM300AXVDGH1EU AM320AXVDGH1EU
AM120AXVDGH/EU AM120AXVDGH/EU AM160AXVDGH/EU
AM160AXVDGH/EU AM180AXVDGH/EU AM160AXVDGH/EU
- - -
- - -
Ø, #, V, Hz 3, 4, 380-415, 50 3, 4, 380-415, 50 3, 4, 380-415, 50
-HEAT PUMP HEAT PUMP HEAT PUMP
HP 28 30 32
Cooling(Rated) kW 78.6 84.0 90.0
Heating(Rated) kW 78.6 84.0 90.0
Heating(Max) kW 88.2 94.5 100.8
EA 51 54 58
Min. kW 39.3 42.0 45.0
Max. kW 102.2 109.2 117.0
Cooling(Rated) A53.05 59.62 62.08
Heating(Rated) A38.83 41.20 44.76
Cooling(Rated) A51.32 57.53 62.08
Heating(Rated) A 37.86 41.21 43.12
Minimum Ssc MVA 9.2 10.3 10.4
MCA A57.0 64.2 64.0
MFA A 63 75 75
SEER W/W - - -
SCOP W/W - - -
ŋs.c % - - -
ŋs.h % - - -
SEER W/W - - -
SCOP W/W - - -
ŋs.c % - - -
ŋs.h % - - -
kW 42.8 45.3 48
Body -GI Steel Plate GI Steel Plate GI Steel Plate
Base - GI Steel Plate GI Steel Plate GI Steel Plate
-Fin & Tube Fin & Tube Fin & Tube
Fin -Al Al Al
Tube -Cu Cu Cu
-Anti-corrosion Anti-corrosion Anti-corrosion
-Inverter Scroll x 2 Inverter Scroll x 2 Inverter Scroll x 2
kW x n (6.67 x 1) x 1 + (8.93 x 1) x 1 (6.67 x 1) x 1 + (8.93 x 1) x 1 (8.93 x 1) x 2
-(DS4GR7066FV* x 1) x 1 +
(DS4GM7090FV* x 1) x 1
(DS4GR7066FV* x 1) x 1 +
(DS4GM7090FV* x 1) x 1
(DS4GM7090FV* x 1) x
2
Type -PVE PVE PVE
Initial charge cc x n
(1,100 x 1) x 1 + (1,400 x 1) x
1
(1,100 x 1) x 1 + (1,400 x 1) x
1
(1,400 x 1) x 2
-Propeller Propeller Propeller
-Top Top Top
EA 334
㎥/min 196 x 1 + 303 x 1 196 x 1 + 324 x 1 303 x 2
l/s 3,260 x 1 + 5,052 x 1 3,260 x 1 + 5,401 x 1 5,052 x 2
㎜Aq 11 11 11
Pa 110 110 110
-BLDC Motor BLDC Motor BLDC Motor
W x n (630 x 1) x 1 + (620 x 2) x 1 (630 x 1) x 1 + (620 x 2) x 1 (620 x 2) x 2
Type Braze connection Braze connection Braze connection
Φ, ㎜ (inch) 19.05 (3/4) 19.05 (3/4) 19.05 (3/4)
Type Braze connection Braze connection Braze connection
Φ, ㎜ (inch) 34.92 (1-3/8) 34.92 (1-3/8) 34.92 (1-3/8)
-Both liquid and gas pipes Both liquid and gas pipes Both liquid and gas pipes
Discharge direction
Quantity
Air Flow Rate
Type
Fin Treatment
Type
Output
Model Name
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Outdoor unit module 4
Power Supply
Mode
Performance
HP
Capacity
Maximum number of connectable indoor units
Total capacity of the connected Indoor
Units
Current Input
(Ducted)
Ducted
Type
Material
Pdesignh
Non_Ducted
Current
Current Input
(Non-Ducted)
Current
Efficiency
Casing
Material
Heat
Exchanger
Compressor
Model Name
Oil
Fan
Type
External Static
Pressure
Max.
Fan Motor
Output
Piping
Connections
Liquid Pipe
Gas Pipe
Heat Insulation
Essential
2. Specification

AM280AXVDGH1EU AM300AXVDGH1EU AM320AXVDGH1EU
AM120AXVDGH/EU AM120AXVDGH/EU AM160AXVDGH/EU
AM160AXVDGH/EU AM180AXVDGH/EU AM160AXVDGH/EU
- - -
- - -
Piping length (ODU-IDU) Max. [Equiv.] m200[220] 200[220] 200[220]
Piping length
(1st Branch-IDU)
Max. m 90 90 90
Total piping length
(System)
Max. m1,000 1,000 1,000
Level difference
(ODU in highest position)
Max. m110 110 110
Level difference
(IDU in highest position)
Max. m110 110 110
Level difference
(IDU-IDU)
Max. m50 50 50
Min. ㎟0.75 0.75 0.75
Remark - F1, F2 F1, F2 F1, F2
-
Both indoor and outdoor
unit
Both indoor and outdoor
unit
Both indoor and outdoor
unit
-R410A R410A R410A
kg 7.0 x 1 + 8.0 x 1 7.0 x 1 + 8.0 x 1 8.0 x 2
tCO
2
e 31.32 31.32 33.41
Cooling dB(A) 64 64 63
Heating dB(A) 66 67 65
dB(A) 84 85 84
kg 205 x 1 + 242 x 1 205 x 1 + 242 x 1 242 x 2
kg 219 x 1 + 259 x 1 219 x 1 + 259 x 1 259 x 2
㎜(930 x 1,695 x 765) x 1 +
(1,295 x 1,695 x 765) x 1
(930 x 1,695 x 765) x 1 +
(1,295 x 1,695 x 765) x 1 (1,295 x 1,695 x 765) x 2
㎜(998 x 1,887 x 829 ) x 1 +
(1,363 x 1,887 x 829) x 1
(998 x 1,887 x 829 ) x 1 +
(1,363 x 1,887 x 829) x 1 (1,363 x 1,887 x 829) x 2
℃-5 ~ 50 -5 ~ 50 -5 ~ 50
℃-25 ~ 24 -25 ~ 24 -25 ~ 24
Refrigerant
Type
Factory Charging
Net Dimensions (WxHxD)
Shipping Dimensions (WxHxD)
Sound Power
Net Weight
Shipping Weight
Outdoor unit module 1
Outdoor unit module 2
Model Name
Outdoor unit module 3
Outdoor unit module 4
Piping
Connections
Wiring
connections
Transmission
Cable
Power supply intake
Sound Sound Pressure
External
Dimension
Operating
Temp. Range
Cooling
Heating
Essential
2. Specification
NOTE
•Specification may be subject to change without prior notice.
•Specification comply with EN14825 and Eurovent test condition
1) Performances are based on the following test conditions.
-Cooling : Indoor temperature 27°CDB, 19°CWB, Outdoor temperature 35°CDB, 24°CWB
-Heating : Indoor temperature 20°CDB, 15°CWB, Outdoor temperature 7°CDB, 6°CWB
-Equivalent refrigerant pipe length 5m, Level differences 0m
-Refer to EUROVENT website(www.eurovent-certification.com) for other indoor unit combination and more detail test conditions.
2) Performance of Multiple Module Outdoor unit is weighted average of Single Module outdoor units.
3) Allowed combination ratio of the total rated indoor unit capacity over the rated outdoor unit capacity is 50~130%.
4) Sound pressure level is obtained in an anechoic room.
-Sound pressure level is a relative value, depending on the distance and acoustic environment.
-Sound pressure level may differ depending on operation condition.
-dBA = A-weighted sound pressure level
-Reference acoustic pressure 0 dB = 20uPa
5) Sound power level is an absolute value that a sound source generates.
-dBA = A-weighted sound power level
-Reference power : 1pW
-Measured according to ISO 3741
6) Sound values of multi combination are theoretical values based on sound results of individual installed units.
7) These products contain R410A (GWP=2,088) which is fluorinated greenhouse gas.
8) If outdoor unit is located in a higher position than indoor unit, level difference is 110m or under.
(If the level difference is higher than 50m, make a decision by PDM kit installation Guide software whether the PDM kit should be installed or not.)
-PDM kit: Pressure Drop Modulation kit
When the outdoor unit is below the indoor unit & the level differences are 40m or more, contact your local dealer for more information.
9) In case you want to know more information regarding capacity and correction, please refer to capacity table TDB on pvi.samsung.com site.
10) Recommended combination
* Ducted * Non-ducted
Capacity Indoor Units Capacity Indoor Units
18HP AM056ANHPKH×4 + AM071ANHPKH×4
10HP AM071ANHPKH×4
12HP AM056ANHPKH×6
14HP AM056ANHPKH×1 + AM071ANHPKH×5
16HP AM056ANHPKH×2 + AM090ANHPKH×4
Capacity Indoor Units Capacity Indoor Units
18HP
10HP
12HP
14HP
16HP
AM056AN4PKH×2 + AM090AN4PKH×2
AM028AN4PKH×2 + AM056AN4PKH×2 + AM090AN4PKH×2
AM028AN4PKH + AM045AN4PKH + AM056AN4PKH +
AM071AN4PKH + AM090AN4PKH + AM128AN4PKH
AM028AN4PKH+ AM045AN4PKH + AM090AN4PKH×3 +
AM128AN4PKH
AM028AN4PKH + AM036AN4PKH + AM045AN4PKH +
AM056AN4PKH×2 + AM090AN4PKH×2 + AM128AN4PKH