Samsung VRF DVM S2 Gebrauchsanweisung

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

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)

1. Combination Table

Capa

[HP] Model Name Model Capa

[HP] Model Name Model

AM100AXVDGH/EU

AM120AXVDGH/EU

AM140AXVDGH/EU

External Appearance

AM300AXVDGH1EU

AM380AXVDGH1EU

AM400AXVDGH1EU

AM160AXVDGH/EU

AM180AXVDGH/EU

Essential

AM260AXVDGH1EU

AM280AXVDGH1EU

AM200AXVDGH1EU

AM220AXVDGH1EU

AM240AXVDGH1EU

AM320AXVDGH1EU

AM340AXVDGH1EU

AM360AXVDGH1EU

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?

Yes

Fig. 1 Design & Selection Procedure for Extended Combination Ratio

Combination Ratio (Connection Ratio)

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)

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