MultiV Outdoor 110930

7/28/2019 MultiV Outdoor 110930

1/45

20 Yoido-dong, Youngdungpo-gu,yoido P.O.Box 355 Seoul 150-721, KoreaPhone: 82-2-3777-7964, 82-2-3777-5278

http://www.lgeaircon.com

Forcontinualproductdevelopment,LGreservestherighttochange

specificationswithoutnotice.

LGElectronicsInc.PrintedinKorea2010

www.lgeaircon.com

Distributed by

2010

Air Conditioner System


2/45

B r i e H i s t o r y

Establishment

1947 Establishment o the LG Group1958 Establishment o LG Electronics Inc.

1962 Establishment o Digital Appliance Company

Growth

1968 Manuactured Koreas irst air conditioners1985 Introduced Koreas irst Inverter air conditioners

1986 Exported Koreas irst window type air conditioner

Expansion

1995 Establishme nt o LGETA in China1997 Establishment o LGEIL in India

1999 Establishme nt o LGEAT in Turkey1999 Establishment o LGEVN in Vietnam2001 Establishment o LGEAZ in Brazil

2002 Establishment o LGETH in Thailand

2002 Establishment o LGEIN in Indonesia2004 Turnover o US$1 . 4 Billion dollars

2008 Establishment o LGELF in Levant Countries

2008 Establishme nt o LGETK in Turkey

Lifes Good!From installation to maintenance and repair, LG runs 30 global airconditioning academies, providing training or air conditioningproessionals around the world.

ItalySpain Dubai

Saudi Arabia

Thailand France MoscowEngland Australia Singapore

Mexico Indonesia TurkeyPanama IranChina VietnamPyeongtaek in Korea

Changwon in Korea

Global Air Conditioning Academies


3/45

IndoorUnit Ceiling Cassette

Ceiling Concealed Duct

ARTCOOL

Wall Mounted

Ceiling & Floor

Ceiling Suspended

Floor Standing

Fresh Air Intake

HRV With DX-Coil

92100108112120121122124

126

90

OutdoorUnit MULTI V III

MULTI V PLUS II

MULTI V SPACE III

MULTI V SPACE II

MULTI V MINI

MULTI V SYNC II

MULTI V WATER II

165670

768086

14

eco V(Ventilation

system)Heat Recovery Ventilator

HRV With DX-Coil130136

128

V-Net &Accessory Remote (Individual) Controller

Simple Central Controller

Central Controller

- Control Accessory

Accessory

Y-Branch

140142143

150160

138

Your lie comes more quiet, economical and powerul withLG air conditioning high technology.

Multi V Series

Environment

Economic

Easy Design& Installation

EngineeringSupport


4/45

Cooling Only

LGAirConditionersSystem06_07

MULTIV_Outdoo

runitLineup

2 4 6 8 10

22 24 26 28 30

42 44 46 48 50

62 64 66 68 70

12

32

52

72

14

34

54

74

16

36

56

76

18

38

58

78

20

40

60

80

Outdoor unit line up


5/45

Heat Pump


MULTIV_Outdoo

runitLineup

2 4 6 8 10

22 24 26 28 30

42 44 46 48 50

62 64 66 68 70

12

32

52

72

14

34

54

74

16

36

56

76

18

38

58

78

20

40

60

80



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Heat Pump

30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 62 64HP 4

Cooling Only

Heat Pump

5 6 8 10 12 14 16 18 20 22 24 26 28


MULTIV_Outdoo

runitLineup


*3, 380V

*1, 220V : 5, 6 HP

*3, 380V : 5, 6, 8 HP

*3, 380V*1, 220V

MULTI VMINI

10 / 20

SystemCapacity 30 / 40 50 / 60


7/45

Indoor unit line up

18k 24k 28k 36k 42k 48k 76k 96k15k

5.6 7.1 8.2 10.6 12.3 14.1 22.4 28.04.5kW

Btu / h 7k 9k 12k

2.2 2.8 3.6

CeilingCassette

CeilingConcealedDuct

FloorStanding

HRV

Fresh Air Intake Unit

Ceiling & Floor

Ceiling Suspended

2way Cassette

1way Cassette

Low Static

High Static

With Case

HRV With DX-coil

Without Case

(840*840)

4way Cassette

Built-in

5k

1.5

(570*570)4way Cassette


MULTIV_Indoor

unitLineup

SRACWall Mounted

MirrorSeries

4.93, 7.46, 9.12 kW


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MULTI V Inverter units composed o serially arranged

rerigerant pipes connected to a single outdoor unit are

an eicient system that oers outstanding energy saving, simple

and easy installation, and connection to dierent types o indoor

units, making it easy to design and install.

Outdoor unit

MULTI V III

MULTI V PLUS II

MULTI V SPACE III

MULTI V SPACE II

MULTI V MINI

MULTI V SYNC II

MULTI V WATER II

165670

768086

M U L T I Vo u t d o o r


OutdoorUnit_MULTIVIII


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The worlds best cooling COP Technical innovation or highCOPAs MULTI V lll has high eiciency parts,advanced interver control technologyand optimal cycle control technology, thesystems uniied perormance has beenimproved. Based on these advanced tech-nologies, the product provides customerswith value through high eiciency andenergy savings.


Coeicient o Perormance (COP) =Cooling capability

Thereore, the higher the COP o a product, the higher its coolingand heating capability and the lower its energy consumption.

Energy consumption

4.25

27% UP

COP Comparison (based on 8Hp)

Coolingll

3.34

MULTI V PLUS llMULTI V lll

6

1

7

2

3

4

5

Pursuing the market needs o high energy

eiciency and environmental riendliness.

Outdoor unit


Sine wave inverter control

Improved the eiciency o the compressor motor byusing the sine wave DC inverter control technology.

2

Cyclone sub-cooling circuit

Improved the cooling capability by using a cyclonesub-cooling circuit.

Newly designed propeller an

Achieved optimal heat exchange by using high airvolume and low noise an.

BLDC inverter an motor

Improved eiciency by using high eiciency BLDC

inverter motor, compared with the AC motor.

Wide louver ins or the heat exchanger

Improved eiciency by using wide louver ins with

an increased heating area.

New rerigerant distributor or the heat

exchangerImproved heat exchange perormance and eiciency byreducing greatly the heat exchangers temperature devia-tion rom 5 to 1 degree byapplying an optimal distributor design to the heatexchanger.

3

4

5

7

6

BLDC inverter compressor

Improved the energy eiciency by 11%, comparedwith the AC inverter compressor, by using the high

eiciency LG BLDC inverter compressor.

1

High eiciency BLDC inverter compressor1

High eiciency inverter an motor2

High air volume an3

Optimal heat exchanger distribution4

Extended piping length andelevationBecause o the products use o i nvertercontrol technology and sub-cooling controlcircuit technology, it is possible to designa system with the worlds longest pipinglength and worlds highest elevation di-erence. With this product, since a coolingand heating system can be designed morelexibly in a high-rise building or complexacilities building, the designers workingtime is reduced, thus allowing a more ei-cient design.

Total piping length

Max1000mLongestpiping lengthMax 225m**

Level difference

between ODU*~IDU*

Max 110m

ODU* : Outdoorunit

IDU* : I ndoorunit** : Equivalent

Longestpiping length

after1st branch

Max 90m

Level different

betweenIDU*~IDU*

Max 15m

Total piping lengthActual longest piping length(Equivalent)Longest piping length ater 1st branch

(Conditional application)Level dierence between ODU~IDULevel dierence between IDU~IDULevel dierence between ODU~ODU

1000m200m

(225m)40m

(90m)110m15m5m

Test building

110m

20Hp operating (installed in 2007)


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Outdoor unit


Eco-riendly designWe not only produce high eiciency products that have excellent energy-saving capability, but wealso develop eco-riendly products with green technology that protects the earth and the environ-ment. With these products, we are leading the world in low carbon and green development.

R410A Rerigerant

No rerigerant leakage design andproduction

Auto leakage detection

Rerigerant recovery and reuse

1

0.5

0

1

ODP

Zero

R12 R22 R134A R407C R410A

1

.

Brazing

Rerigerant recovery


Small6~8HP

Medium10~14HP

Large16~20HP

20HP Single Unit !!Maximum single unit capacityo 20 HPMULTI V lll oers worlds largest capacityo 20 HP or a single unit. The three basicmodules, small unit (up to 8 HP), middleunit (up to 14 HP) and large unit (up to 20HP), can be combined reely. Since oneoutdoor unit is enough to heat and cool alarge area, the design o the MULTI V lll issimple and installation costs are kept to aminimum.

Space utilization by smaller sizeThe product size is reduced by up to 38%compared to the existing products, reducingthe required installation space greatly. Thisgives you more ree space and thus allowsor easier HVAC design.

20HP

38%

reduction

20%Reduction

25%Reduction

38%Reduction

MULTIVPLUSII MULTIVIIl

6HP 12HP 20HP

MULTI V PLUS II MULTI V IIl


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When designing a HVAC systemwith a total capacity o 400 HP,our 80 HP MULTI V lll combinationgive you the ollowing beneits,compared with conventional 40HP combination models

Reduces the installation space by 50%. Reduces the piping numbers by 50%. Reduces the pipe shaft space by 30%. A large capacity design reduces the time

spent on designing the HVAC system,and also reduces the construction costs.

Maximum combination capac-ity o 80 HP with a single pipeA combination o up to 80 HP can be madeusing 20 HP units. This makes it possibleto design a HVAC system that its into anextensive space. The usual major problemsin design, such as installation space oroutdoor units, pipe shat space and pipingline, are no longer an issue.

Outdoor unit combination oup to 80 HP

Installation space saving- Optimal space utilization

Single pipe

- Easy to design.

- Cooling and heating or an extensive space

- Installation cost savings

Comparison o outdoor unit installation space

Conventional

MULTI V lll



Outdoor unit



New designs or low operationnoiseTo provide our customers with the worl dsbest cooling and heating perormance ata minimum size, and as well as a pleasantenvironment created with quiet operation,MULTI V III uses various low noise technolo-gies. It has minimized operation noise byusing a compressor with BLDC motors, lownoise an motors, new soundproo technol-ogy, outdoor ans, and a newly developedshroud shape.

Robust structure design

Motor low torque ripple design

shift resonant frequency

Optimal current angle control

Robust & S-shape blade

newly designed.

Pitch angle increase.

New octagon grille

air flow resistance reduction

New shroudbell mouth shape expansion

Wide operating range

The product has more extended continu-ous cooling operation range and operablerange than the existing products, enablingmore extensive operation. It has extend-ed the operation range by using moreenhanced inverter compressor and controltechnology.

Coo ing

MULTIVlll(DBT)

50

40

30

20

10

0

-10

-5

43

.

43C(DBT)


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High static pressure anSince the product uses a more powerul high static pressure an, the outdoor unit can be installednot only on the roo o a building but also inside the building by using an air duct. Because o thehigh static pressure ans and the BLDC an motors, a suicient air volume can be acquired or heatexchange and no re-circulation o the discharged air currents occurs. Depending on the buildingstructure, you can reduce the piping length by installing the outdoor unit in the machine room.

Various design and installation methods are available that it into dierentbuilding structures

No stacking o high temperature air occurs due to powerul discharge o aircurrents even within a high-rise building

Conventional model MULTI V lll



Outdoor unit

OutdoorUnit_

MULTIVIII

Improved corrosion resist-ance with GoldinLGs patented chloride-induced corrosionresistant Goldin has low corrosion anderosion rates and high hydrophilicity. Itsperormance will not be aected even in ahumid area.(Please contact us regarding the chloride-induced corrosion resistance model.)

After15 Days

After15 Days

Corrosion Free

Starting to corrode

Hydrophilic layer

Anticorrosion layer

Aluminum

LG Gold Fin

Conventional Fin

Salt Spray Test or 15 DaysFin layer

Flexible indoor unit combinationSince up to 64 indoor units can be connectedand there are 13 types o 71 dierent indoormodels that can be connected, a variety odesigns tailored or individual constructionusage can be made. Up to 200% eiciencycan be achieved with dierent combinations.

A combination with maximum 200% ei-ciency can be achieved only i the changeso the heating and cooling load and theproduct operation rate by time are consid-ered

Veriy combination ratio at EPDB

Connectable Indoorunit Capacity

Up to Max 200%

VariousIndoor units

13 types, 71 models

Connectable Indoorunit Number

Up to 64


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Outdoor unit

Free 4-way piping connectionThe piping lines or the outdoor unit can beconnected in 4 ways (ront/let/right/bottompiping), allowing various custom constructiondepending on the individual site. I the pipinglines are installed on the loor (bottom piping),the product looks neat as they are hidden romview and, in addition, the piping lines also donot interere with gas/liquid lines, making theinstallation work sae and convenient. Pipingline tray work is not necessary depending onthe individual site, which reduces additionalworking hours, and also makes maintenanceeasier when the product is installed in themachine room.

Easy and sae transportation

Fast and sae transportation by aorklit

Compact product design allowingtransportation by an elevator

Forklittransportation holeScratch preventionguide

Saety design or crane useTransportationby a crane

Crane rope hole

Transportation byan elevator

Out

In

Bottom

Front

Right

Let

4-way piping design

OutdoorUnit_

MULTIVIIIIntelligent simple test run

Automatic test run reduce test run time bymore than 60% compared to the test run inan existing product, and provides sae, relia-ble and convenient test run with various databackup unctions. Since any general installa-tion worker, not just a highly trained engineer,can perorm a test run, the product alsoincreases your installation competitiveness.

Conventional model

MULTI V lll

Piping/Communicationlines

Entireroomoperation

Individualroomoperation

Reporting


Entireroomoperation


Reporting


Entireroomoperation


Reporting

Automatictest run


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Outdoor unit

Automatic detection orincorrect connectionsIn the existing products, i an installationengineer has connected a liquid line to agas line by mistake, you have to take thetrouble to check the piping line connec-tions or the indoor units installed over theceiling. However, MULTI V lll automaticallychecks the connections o piping lines andcommunication lines with its PSD unctionand notiies the user i there is any problem.Usually, installation becomes more andmore complex as the number o connectedindoor units increases. But, with the auto-matic detection unction o this product,installation is made easier and, when anindoor unit has a connection problem, youcan take action quickly because the auto-matic detection unction will inorm youabout that indoor unit.

i ti

li

Communication

lines

Incorrectpipinglineconnection

(Liquidline+gasline)

Incorrectcommunicationlineconnection

Real-time automatic aultprediction unctionWith the existing products, their perorm-ance and reliability would be degraded dueto a slight ault with a sensor or the EEV.However, this product allows you to check

the current status or the sensors and theEEV, which are the major components orsystem control, through a through PSD teststandard.Error

Normal operation range

Sensor

EEV

Outdoor unit Indoor unit

Temperature sensor 14(20HP) 3

Pressure sensor 2 0

Based on one outdoor unit and one indoor unit, respectively

OutdoorUnit_

MULTIVIII

Pump downWhen an indoor unit malunctions, it needsto be replaced served beore servicing thisunction automatically collects its reriger-ant in outdoor unit running normally, mak-ing servicing very convenient and easy.

Automatic rerigerantcharging unctionCalculates and automatically injects theoptimal amount o rerigerant. Since theFDD algorithm calculates and automaticallycharges the correct amount o rerigerantwithout using an electronic scale, instal-lation reliability is increased and productperormance is guaranteed.

Transfers

refrigerant

Tr r

r ri r

PUMP DOWNWhen an indoor unit malunctions, this unction collects the rerig-erant remaining in the piping line or that unit to an outdoor unit.

Malunction

Embedded with theFDD algorithm

Indicated by theLEDindicator

when ully charged


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Outdoor unit

Automatic emergency back-up unctionWhen a compressor malunctions, the othercompressor that is operating normally in anoutdoor unit can run automatically as a sub-stitute, minimizing any inconvenience thatmay occur in an emergency situation.

MalfunctionBack-upoperation

OutdoorUnit_

MULTIVIII

Powerul LGMV ProgramThis program allows you to monitor andcontrol the operation status o the product.Since the program can be connected toeither an outdoor unit or indoor unit, youcan check the operation status o the prod-uct easily and conveniently any time andanywhere.

LG MV Cycle View Cycle Indoor unit control

Night silent operationBy using the BLDC inverter compressor &an control technology and the real-timeoutdoor temperature detection technol-ogy, the product is equipped with the nightlow-noise operation unction. 8 stages olow-noise operation are possible to providemore quiet operation during the night.

1

1

: 1 : : : 1 : : :

100

8:00am

12:00am

4:00am

8:00am

12:00am

4:00am

8:00am

Time

Day Day

Load

Capacity

Sound level

M od e S tar t Mod e en d

oad

Day Day

Sound leve

Night

1

1

: 1 : : : 1 : : :

Fast and comortable operationBy using the core technologies, such asoptimal and cutting-edge control on eachpart o the indoor and outdoor units, BLDCinverter compressors, and artiicial intel-ligence, the product takes less than 10minutes to reach the set temperature romthe initial heating or cooling operation. Inaddition, it always creates a pleasant indooratmosphere with no temperature variationby reducing the revolutions o the com-pressor and perorming iner control whenthe temperature reaches close to the settemperature.

Operation starts

Timetaken: 10 min.

Timetaken

20min

Timetaken

10min

Operation starts

Set temperature

Set temperature

Settemperature

Time taken: 20 min.

Comparison of times taken toreach the set temperature

Existing

MULTI V lll

imetaken

Rapid cooling and heating

Time


16/45



Outdoor unit

New & core technologies

1 5

2

6

3

4

BLDC inverter compressor

Improved the energy eiciency by 11%, comparedwith the AC inverter compressor, by using the higheiciency LG BLDC inverter compressor.

New optimized rerigerant distributor

With the new optimal distributor design appliedto the heat exchanger, the product distributesrerigerant to the heat exchanger uniormly so thatits entire area can be used eiciently. As a result,both o heat exchange eiciency and system per-ormance are improved.

New designed propeller an (Super Aero an)

Improved the energy eiciency by 11%, comparedwith the AC inverter compressor, by using the higheiciency LG BLDC inverter compressor.

New FDD technology

Just like a comprehensive automotive diagnosticsystem, the MULTI V III is also equipped with acomprehensive diagnostic system that carries outautomatic test run, rerigerant amount check, andreal-time inspection and back-up operation orparts and sensors, maximizing reliability o theproduct.

New Sub-Cooling Circuit

The sub-cooling circuit control acquires sub-cooled liquid rerigerant and thus improves thesymptoms o oil recovery degradation and per-ormance degradation that occur because a losso system capability occurs throughout the pipinglines. The sub-cooling circuit control is a core tech-nology that enables the product to implement theworlds longest piping length and elevation dier-ence technology.

New BLDC inverter compressor

We have developed a new compressor with betterperormance, higher eiciency, and a more enhancedreliability than the existing compressors.For the motor, which is the core o the compressor,

the product uses a BLDC motor. The BLDC motor isa highly eicient motor, where strong ND magnetism

inside the rotor produces magnetic torque and themetal part o the rotor produces reluctance torqueto generate strong rotational orce. Eiciency isimproved because it has no slip loss, which alwaysoccurs in the normal induction motor, and noise isalso reduced due to its low torque ripple design.In addition, because the LG BLDC inverter compressorhas the back pressure structure in which the interior othe compressor is maintained at a high pressure, thecompression eiciency or rerigerant is improved. Thecompressor is also a high pressure type that makesoil lubrication smoother. Compared to the existingmodels, the LG BLDC inverter compressor has moreimproved perormance and reliability.It is the most suitable scroll inverter compressor or

the VRF system and perorms the role o a stronghuman heart in the MULTI V III with its outstandingperormance and high reliability.

Provideshigh airvolume and highstaticpressure withthe changed shape

Provideslow noiselevels through pod-shaped design

OLD

NEW

L

E

L

Minimizes vortexresistance with acurved shape

L

CmCEEV

EE

v r t r

n n r

u l i n i r u i t

H

Liquid

Capacity

P

SubCooling Circuit

Liqu id+Gas

3

4 3

4 3

5 1

2

4 4 1

CompSCEEV

EEV

Cooling

Cycle

Evaporator

Condenser

SubCoolingcircuit

H

L i u i

C ity

u l i n i r u i t

L i u i +

32

3

3

Sub-cooling circuit control: Extracts part o the rerigerant o the SCcircuit equipped in the liquid line exit o an outdoor unit and expandsthat extracted rerigerant using the SC EEV to make low temperaturererigerant, and then perorms heat exchange in the system using thatlow temperature to increase the sub-cooling rate o the system.

Rotor Steel Plates ND Magnetic

1

2

3

5

4

6

New FDD technology

New & Improved function

FDD (Fault Detection & Diagnosis)

1. Automatic test run

2. Rerigerant amount check

3. Real-time diagnosis(rerigerant and parts)

4. Real-time back-up(compressor and sensors)

Automotiveself-

diagnosticsystem

Automotivesel-diagnosticsystem

i tin ulti lu lll r t r

t r i ti f T u t

r t r

1

Exi st in g M ul ti VP lu s l ll B ef or e Af ter

COP18% UP

Standard Deviation of T_out

ef or e Af ter

5

6

1


OutdoorUnit_

MULTIVIII


17/45

Note

1. Capacities are based on oll owing conditions:

*Cooling: -Indoor Temperature 27C(80.6F) DB/19C(66.2F) WB **Cooling -Indoor Temperature 27C(80.6F) DB/19C(66.2F) WB

-Outdoot Temperature 35C(95F) DB/24C(75.2F) WB -Outdoor Temperature 46C(114.8F) DB/24C(75.2F) WB

Piping Length -Interconnecting Piping Length 7.5m

-Level Dierence o Zero

2. Capacities are net capacities

3. EEV : Electronic Expansion Valve

4. Wiring cable size must comply with the applicable local and national code.

5. Due to our policy o innovation some specifcation may be changed without prior notifcation

Note










Model Name Combination Unit

Independent Unit

Capacity Cooling kW

kcal/h

Btu/h

Power Input Cooling kW

COP Cooling -

Casing Color

Heat Exchanger

Compressor Type

Piston Displacement cm2/rev

Number o Revolution R.P.M

Motor Output x Number W

Starting Method

Oil Type

Oil Charge L

Fan Type


Air Flow Rate(High) CMM

cm

Drive

Discharge Side / Top

Pipe Connctions Liquid Pipes mm(inch)

Gas Pipes mm(inch)

Dimensions(WxHxD) mm

inch

Net Weight kg

lbs

Protection Devices High pressure protection

Comperssor/Fan

Inverter

Transmission Cable mm2(VCTF-SB)

Regerant Regerant name

Control

Power Supply , V, Hz

Number o outdoor units

Number o maxmum connectable indoor units

Regerant charging amount kg

Sound pressure levels dB(A)3


Independent Unit

Capacity Cooling kW

kcal/h

Btu/h


COP Cooling -

Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUV80LT3

ARUV80LT3

22.4

19,300

76,400

5.27

4.25

Warm Gray

Morning Gray

Gold n

Hermetically sealed Scroll

50.2

3,600

5,143x1

Direct On Line

FVC68D(PVE)

3,300

Propeller an

320 x 1

110

3,800

DC INVERTER

TOP

9.52(3/8)

19.05(3/4)

(6201,680760) 1

(24.466.129.9) 1

155 1

341 1

High pressure sensor

High pressure switch at 4.5Mpa

Over-heat protection/

Fan driver overload protector

Over-heat protection,

Over-current protection

1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

13

4

56

ARUV120LT3

ARUV120LT3

33.6

28,900

114,700

8.90

3.78

Warm Gray

Morning Gray

Gold n


50.2+66.49

3,600+2,891

(5,143+4,950)x1

Direct On Line

FVC68D(PVE)

5,200

Propeller an

750 x 1

190

6,700

DC INVERTER

TOP

12.7(1/2)

28.58(1 1/8)

(9201,680760)1

(36.266.129.9) 1

235 1

518 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

20

6.4

58

ARUV140LT3

ARUV140LT3

39.2

33,700

133,800

10.90

3.60

Warm Gray

Morning Gray

Gold n


50.2+66.49

3,600+2,891

(5,143+4,950)x1

Direct On Line

FVC68D(PVE)

5,200

Propeller an

750 x 1

190

6,700

DC INVERTER

TOP

12.7(1/2)

28.58(1 1/8)

(9201,680760)1

(36.266.129.9) 1

235 1

518 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

23

6.4

58

HP HP 148 126 10


OutdoorUnit_

MULTIVIII

* Speciications * Speciications

Cooling Only Cooling Only

ARUV60LT3

ARUV60LT3

16.0

13,800

54,600

4.22

3.79

Warm Gray

Morning Gray

Gold n


50.2

3,600

5,143x1

Direct On Line

FVC68D(PVE)

3,300

Propeller an

320 x 1

110

3,800

DC INVERTER

TOP

9.52(3/8)

19.05(3/4)

(6201,680760) 1

(24.466.129.9) 1

155 1

341 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

10

4

56

ARUV100LT3

ARUV100LT3

28.0

24,100

95,900

7.10

3.94

Warm Gray

Morning Gray

Gold n


50.2

3,600

5,143x1

Direct On Line

FVC68D(PVE)

3,500

Propeller an

750 x 1

180

6,300

DC INVERTER

TOP

9.52(3/8)

22.2(7/8)

(9201,680760)1

(36.266.129.9) 1

185 1

408 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

16

6.4

57


18/45


19/45


Independent Unit

Capacity Cooling kW

kcal/h

Btu/h


COP Cooling -

Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control







Independent Unit

Capacity Cooling kW

kcal/h

Btu/h


COP Cooling -

Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUV380LT3

ARUV200LT3

ARUV180LT3

106.4

91,500

363,100

28.35

3.75

Warm Gray

Morning Gray

Gold n


(50.2+66.49+66.49)x2

(3,600+2,891+2,891)x2

(5,143+4,950+4,950)x2

Direct On Line

FVC68D(PVE)

14,400

Propeller an

(600 x 2) x 2

490

17,300

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)2

(48.866.129.9) 2

315 2

694 2


High pressure switch at

4.5Mpa


Fan driver overload

protector



1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

61

16.50

65

ARUV400LT3

ARUV200LT3

ARUV200LT3

112.0

96,400

382,200

30.70

3.65

Warm Gray

Morning Gray

Gold n


(50.2+66.49+66.49) x 2

(3,600+2,891+2,891) x 2

(5,143+4,950+4,950)x2

Direct On Line

FVC68D(PVE)

14,400

Propeller an

(600 x 2) x 2

500

17,600

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)2

(48.866.129.9) 2

315 2

694 2



4.5Mpa


Fan driver overload

protector



1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

64

18.00

65

ARUV320LT3

ARUV180LT3

ARUV140LT3

89.6

77,000

305,800

23.90

3.75

Warm Gray

Morning Gray

Gold n


(50.2+66.49) x1(50.2+66.49+66.49)x1

(3,600+2,891)x1(3,600+2,891+2,891)x1

(5,143+4,950)x1(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

12,400

Propeller an

750 + (600 x 2)

430

15,200

DC INVERTER

TOP

19.05(3/4)

34.9(1 3/8)

(9201,680760)1

(1,2401,680760)1

(36.266.129.9)1

(48.866.129.9) 1

235 1 + 315 1

518 1 + 694 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

52

13.90

63.5

ARUV340LT3

ARUV200LT3

ARUV140LT3

95.2

81,900

324,900

26.25

3.63

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x1(50.2+66.49+66.49)x1

(3,600+2,891)x1(3,600+2,891+2,891)x1

(5,143+4,950)x1(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

12,400

Propeller an

750 + (600 x 2)

440

15,500

DC INVERTER

TOP

19.05(3/4)

34.9(1 3/8)

(9201,680760)1

(1,2401,680760)1

(36.266.129.9)1

(48.866.129.9) 1

235 1 + 315 1

518 1 + 694 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

55

15.40

63.5

ARUV420LT3

ARUV140LT3

ARUV140LT3

ARUV140LT3

117.6

101,100

401,400

32.70

3.60

Warm Gray

Morning Gray

Gold n


(50.2+66.49) x 3

(3,600+2,891) x 3

(5,143+4,950) x3

Direct On Line

FVC68D(PVE)

15,600

Propeller an

(750) x 3

570

20,100

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(9201,680760)3

(36.266.129.9)3

235 3

518 3



4.5Mpa


Fan driver overload

protector



1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

3

64

19.20

62.8

HP HP34 4232 38 4030 36


OutdoorUnit_

MULTIVIII


Note










Note











ARUV300LT3

ARUV160LT3

ARUV140LT3

84.0

72,200

286,700

21.82

3.85

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x2

(3,600+2,891)x2

(5,143+4,950)x2

Direct On Line

FVC68D(PVE)

10,700

Propeller an

750 + (600 x 2)

400

14,100

DC INVERTER

TOP

19.05(3/4)

34.9(1 3/8)

(9201,680760)1

(1,2401,680760)1

(36.266.129.9)1

(48.866.129.9) 1

235 1 + 265 1

518 1 + 584 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

49

13.40

62.8

ARUV360LT3

ARUV200LT3

ARUV160LT3

100.8

86,600

344,000

26.27

3.84

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x1(50.2+66.49+66.49)x1

(3,600+2,891)x1(3,600+2,891+2,891)x1

(5,143+4,950)x1(5,143+4,950+4,950)

x1

Direct On Line

FVC68D(PVE)

12,700

Propeller an

(600 x 2) x 2

460

16,200

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)2

(48.866.129.9) 2

265 1 + 315 1

584 1 + 694 1



4.5Mpa


Fan driver overload

protector



1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

58

16.00

65


20/45


21/45


Independent Unit

Capacity Cooling kW

kcal/h

Btu/h


COP Cooling -

Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control







Independent Unit

Capacity Cooling kW

kcal/h

Btu/h


COP Cooling -

Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUV580LT3

ARUV200LT3

ARUV200LT3

ARUV180LT3

162.4

139,700

554,200

43.70

3.72

Warm Gray

Morning Gray

Gold n


(50.2+66.49+66.49) x 3

(3,600+2,891+2,891) x 3

(5,143+4,950+4,950) x 3

Direct On Line

FVC68D(PVE)

21,600

Propeller an

(600 x 2) x 3

740

26,100

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)3

(48.866.129.9) 3

315 3

694 3

Highpressuresensor

Highpressureswitchat 4.5Mpa





1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

3

64

25.50

66.8

ARUV660LT3

ARUV200LT3

ARUV180LT3

ARUV140LT3

ARUV140LT3

184.8

158,800

630,700

50.15

3.68

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x2(50.2+66.49+66.49)x2

(3,600+2,891)x2(3,600+2,891+2,891)x2

(5,143+4,950)x2(5,143+4,950+4,950)x2

Direct On Line

FVC68D(PVE)

24,800

Propeller an

(600 x 2) x 2 + (750) x 2

870

30,700

DC INVERTER

TOP

22.2(7/8)

53.98(2 1/8)

(9201,680760)2

(1,2401,680760)2

(36.266.129.9)2

(48.866.129.9)2

235 2 + 315 2

518 2 + 694 2







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

29.30

66.5

ARUV600LT3

ARUV200LT3

ARUV200LT3

ARUV200LT3

168.0

144,600

573,300

46.05

3.65

Warm Gray

Morning Gray

Gold n


(50.2+66.49+66.49) x 3

(3,600+2,891+2,891) x 3

(5,143+4,950+4,950) x 3

Direct On Line

FVC68D(PVE)

21,600

Propeller an

(600 x 2) x 3

750

26,400

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)3

(48.866.129.9) 3

315 3

694 3

Highpressuresensor






1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

3

64

27.00

66.8

ARUV620LT3

ARUV200LT3

ARUV140LT3

ARUV140LT3

ARUV140LT3

173.6

149,200

592,500

48.05

3.61

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x3 (50.2+66.49+66.49 )x1

(3,600+2,891)x3(3,600+2,891+2,891)x1

(5,143+4,950)x3(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

22,800

Propeller an

(600 x 2) + (750) x 3

820

28,900

DC INVERTER

TOP

22.2(7/8)

44.5(1 3/4)

(9201,680760)3

(1,2401,680760)1

(36.266.129.9)3

(48.866.129.9)1

235 3 + 315 1

518 3 + 694 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

28.20

65.4

ARUV680LT3

ARUV200LT3

ARUV200LT3

ARUV140LT3

ARUV140LT3

190.4

163,600

649,800

52.50

3.63

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x2(50.2+66.49+66.49)x2

(3,600+2,891)x2(3,600+2,891+2,891)x2

(5,143+4,950)x2(5,143+4,950+4,950)x2

Direct On Line

FVC68D(PVE)

24,800

Propeller an

(600 x 2) x 2 + (750) x 2

880

31,000

DC INVERTER

TOP

22.2(7/8)

53.98(2 1/8)

(9201,680760)2

(1,2401,680760)2

(36.266.129.9)2

(48.866.129.9) 2

235 2 + 315 2

518 2 + 694 2







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

30.80

66.5

HP HP60 62 6858 6656 64




Note










Note











ARUV640LT3

ARUV200LT3

ARUV160LT3

ARUV140LT3

ARUV140LT3

179.2

154,000

611,600

48.07

3.73

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x3(50.2+66.49+66.49)x1

(3,600+2,891)x3(3,600+2,891+2,891)x1

(5,143+4,950)x3(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

23,100

Propeller an

(600 x 2) x 2 + (750) x 2

840

29,600

DC INVERTER

TOP

22.2(7/8)

44.5(1 3/4)

(9201,680760)2

(1,2401,680760)2

(36.266.129.9)2

(48.866.129.9)2

235 2 + 265 1 + 315 1

518 2 + 584 1 + 694 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

28.80

66.1

ARUV560LT3

ARUV200LT3

ARUV200LT3

ARUV160LT3

156.8

134,900

535,100

41.62

3.77

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x1(50.2+66.49+66.49)x2

(3,600+2,891)x1(3,600+2,891+2,891)x2

(5,143+4,950)x1(5,143+4,950+4,950)

x2

Direct On Line

FVC68D(PVE)

19,900

Propeller an

(600 x 2) x 3

710

25,000

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)3

(48.866.129.9) 3

265 1 + 315 2

584 1 + 694 2

Highpressuresensor






1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

3

64

25.00

66.5


22/45


Independent Unit

Capacity Cooling kW

kcal/h

Btu/h


COP Cooling -

Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control







Independent Unit

Capacity Cooling kW

kcal/h

Btu/h


COP Cooling -

Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUV780LT3

ARUV200LT3

ARUV200LT3

ARUV200LT3

ARUV180LT3

218.4

187,900

745,300

59.05

3.70

Warm Gray

Morning Gray

Gold n


(50.2+66.49+66.49) x 4

(3,600+2,891+2,891) x 4

(5,143+4,950+4,950) x 4

Direct On Line

FVC68D(PVE)

28,800

Propeller an

(600 x 2) x 4

990

34,900

DC INVERTER

TOP

22.2(7/8)

53.98(2 1/8)

(1,2401,680760)4

(48.866.129.9) 4

315 4

694 4







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

34.50

68

ARUV720LT3

ARUV200LT3

ARUV200LT3

ARUV180LT3

ARUV140LT3

201.6

173,400

688,000

54.60

3.69

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x1(50.2+66.49+66.49)x3

(3,600+2,891)x1(3,600+2,891+2,891)x3

(5,143+4,950)x1(5,143+4,950+4,950)x3

Direct On Line

FVC68D(PVE)

26,800

Propeller an

(600 x 2) x 3 + (750)

930

32,800

DC INVERTER

TOP

22.2(7/8)

53.98(2 1/8)

(9201,680760)1

(1,2401,680760)3

(36.266.129.9)1

(48.866.129.9) 3

235 1 + 315 3

518 1 + 694 3







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

31.90

67.3

ARUV800LT3

ARUV200LT3

ARUV200LT3

ARUV200LT3

ARUV200LT3

224.0

192,800

764,400

61.40

3.65

Warm Gray

Morning Gray

Gold n


(50.2+66.49+66.49) x 4

(3,600+2,891+2,891) x 4

(5,143+4,950+4,950) x 4

Direct On Line

FVC68D(PVE)

28,800

Propeller an

(600 x 2) x 4

1,000

35,200

DC INVERTER

TOP

22.2(7/8)

53.98(2 1/8)

(1,2401,680760)4

(48.866.129.9) 4

315 4

694 4







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

36.00

68

ARUV740LT3

ARUV200LT3

ARUV200LT3

ARUV200LT3

ARUV140LT3

207.2

178,200

707,100

56.95

3.64

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x1(50.2+66.49+66.49)x3

(3,600+2,891)x1(3,600+2,891+2,891)x3

(5,143+4,950)x1(5,143+4,950+4,950)x3

Direct On Line

FVC68D(PVE)

26,800

Propeller an

(600 x 2) x 3 + (750)

940

33,100

DC INVERTER

TOP

22.2(7/8)

53.98(2 1/8)

(9201,680760)1

(1,2401,680760)3

(36.266.129.9)1

(48.866.129.9) 3

235 1 + 315 3

518 1 + 694 3







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

33.40

67.3

HPHP 8074 7872 7670




Note










Note











ARUV760LT3

ARUV200LT3

ARUV200LT3

ARUV200LT3

ARUV160LT3

212.8

183,100

726,200

56.97

3.74

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x1(50.2+66.49+66.49)x3

(3,600+2,891)x1(3,600+2,891+2,891)x3

(5,143+4,950)x1(5,143+4,950+4,950)x3

Direct On Line

FVC68D(PVE)

27,100

Propeller an

(600 x 2) x 4

960

33,800

DC INVERTER

TOP

22.2(7/8)

53.98(2 1/8)

(1,2401,680760)4

(48.866.129.9) 4

265 1 + 315 3

584 1 + 694 3







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

34.00

67.8

ARUV700LT3

ARUV200LT3

ARUV200LT3

ARUV160LT3

ARUV140LT3

1196.0

168,500

668,900

52.52

3.73

Warm Gray

Morning Gray

Gold n


(50.2+66.49)x2(50.2+66.49+66.49)x2

(3,600+2,891)x2(3,600+2,891+2,891)x2

(5,143+4,950)x2(5,143+4,950+4,950)x2

Direct On Line

FVC68D(PVE)

25,100

Propeller an

(600 x 2) x 3 + (750)

900

31,700

DC INVERTER

TOP

22.2(7/8)

53.98(2 1/8)

(9201,680760)1

(1,2401,680760)3

(36.266.129.9)1

(48.866.129.9) 3

235 1 + 265 1 + 315 2

518 1 + 584 1 + 694 2







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

4

64

30.40

67


23/45

Note










Note











Independent Unit

Capacity Cooling kW

kcal/h

Btu/h

Heating kW

kcal/h

Btu/h

Power Input Cooling/Heating kW

COP Cooling/Heating -

Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control







Independent Unit

Capacity Cooling kW

kcal/h

Btu/h

Heating kW

kcal/h

Btu/h



Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUN120LT3

ARUN120LT3

33.6

28,900

114,700

37.8

32,500

129,000

8.90/9.00

3.78/4.20

Warm Gray

Morning Gray

Gold n

HSS DC Scroll

50.2+66.49

3,600+2,891

(5,143+4,950)x1

Direct On Line

FVC68D(PVE)

5,200

Propeller an

750 x 1

190

6,700

DC INVERTER

TOP

12.7(1/2)

28.58(1 1/8)

(9201,680760)1

(36.266.129.9)1

240 1

529 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

20

6.4

58

ARUN140LT3

ARUN140LT3

39.2

33,700

133,800

44.1

37,900

150,500

9.50/9.70

4.13/4.55

Warm Gray

Morning Gray

Gold n

HSS DC Scroll

50.2+66.49

3,600+2,891

(5,143+4,950)x1

Direct On Line

FVC68D(PVE)

5,500

Propeller an

600 x 2

210

7,400

DC INVERTER

TOP

12.7(1/2)

28.58(1 1/8)

(1,2401,680760)1

(48.866.129.9)1

270 1

595 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

23

7.0

58

HP HP 1412

ARUN80LT3

ARUN80LT3

22.4

19,300

76,400

25.2

21,700

86,000

5.25/5.50

4.27/4.58

Warm Gray

Morning Gray

Gold n

HSS DC Scroll

50.2

3,600

5,143x1

Direct On Line

FVC68D(PVE)

3,500

Propeller an

750 x 1

180

6,300

DC INVERTER

TOP

9.52(3/8)

19.05(3/4)

(9201,680760)1

(36.266.129.9)1

190 1

418 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

13

5

57

8 10




Heat Pump Heat Pump

ARUN100LT3

ARUN100LT3

28.0

24,100

95,900

31.5

27,100

107,500

7.00/7.25

4.00/4.34

Warm Gray

Morning Gray

Gold n

HSS DC Scroll

50.2+66.49

3,600+2,891

(5,143+4,950)x1

Direct On Line

FVC68D(PVE)

5,200

Propeller an

750 x 1

190

6,700

DC INVERTER

TOP

9.52(3/8)

22.2(7/8)

(9201,680760)1

(36.266.129.9)1

240 1

529 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

16

6.4

58


24/45


Independent Unit

Capacity Cooling kW

kcal/h

Btu/h

Heating kW

kcal/h

Btu/h



Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUN240LT3

ARUN120LT3

ARUN120LT3

67.2

57,800

229,400

75.6

65,000

258,000

17.80/18.00

3.78/4.20

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49) x 2

(3,600+2,891) x 2

(5,143+4,950)x2

Direct On Line

FVC68D(PVE)

10,700

Propeller an

750 x 2

400

14,100

DC INVERTER

TOP

15.88(5/8)

34.9(1 3/8)

(9201,680760)2

(36.266.129.9)2

240 2

529 2


Highpressureswitchat4.5Mpa

Over-heatprotection/




1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

39

12.80

61

ARUN260LT3

ARUN140LT3

ARUN120LT3

72.8

62,600

248,500

81.9

70,400

279,500

18.40/18.70

3.96/4.38

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49) x 2

(3,600+2,891) x 2

(5,143+4,950)x2

Direct On Line

FVC68D(PVE)

10,700

Propeller an

750 + (600 x 2)

400

14,100

DC INVERTER

TOP

19.05(3/4)

34.9(1 3/8)

(9201,680760)1(1,2401,680760)1

(36.266.129.9)1(48.866.129.9)1

240 1 + 270 1

529 1 + 595 1

Highpressure sensor






1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

42

13.40

61

ARUN280LT3

ARUN160LT3

ARUN120LT3

78.4

67,400

267,600

88.2

75,800

301,000

19.90/20.50

3.94/4.3

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49) x 2

(3,600+2,891) x 2

(5,143+4,950)x2

Direct On Line

FVC68D(PVE)

10,700

Propeller an

750 + (600 x 2)

400

14,100

DC INVERTER

TOP

19.05(3/4)

34.9(1 3/8)

(9201,680760)1(1,2401,680760)1

(36.266.129.9)1(48.866.129.9)1

240 1 + 270 1

529 1 + 595 1

Highpressuresensor






1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

45

13.40

61

HP 2822 24 26



* Speciications

Note










Note











Independent Unit

Capacity Cooling kW

kcal/h

Btu/h

Heating kW

kcal/h

Btu/h



Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUN180LT3

ARUN180LT3

50.4

43,300

172,000

56.7

48,800

193,500

12.80/13.50

3.94/4.20

Warm Gray

Morning Gray

Gold n

HSS DC Scroll

50.2+66.49+66.49

3,600+2,891+2,891

(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

7,200

Propeller an

600 x 2

240

8,500

DC INVERTER

TOP

15.88(5/8)

28.58(1 1/8)

(1,2401,680760)1

(48.866.129.9)1

340 1

749 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

29

7.5

62

ARUN200LT3

ARUN200LT3

56.0

48,200

191,100

63.0

54,200

225,000

15.00/15.50

3.73/4.06

Warm Gray

Morning Gray

Gold n

HSS DC Scroll

50.2+66.49+66.49

3,600+2,891+2,891

(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

7,200

Propeller an

600 x 2

250

8,800

DC INVERTER

TOP

15.88(5/8)

28.58(1 1/8)

(1,2401,680760)1

(36.266.129.9)1

350 1

771 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

32

9

62

HP 201816

* Speciications

Heat Pump Heat Pump

ARUN220LT3

ARUN120LT3

ARUN100LT3

61.6

53,000

210,600

69.3

59,600

236,500

15.90/16.25

3.87/4.26

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49) x 2

(3,600+2,891) x 2

(5,143+4,950)x2

Direct On Line

FVC68D(PVE)

10,400

Propeller an

750 x 2

380

13,400

DC INVERTER

TOP

15.88(5/8)

28.58(1 1/8)

(9201,680760)2

(36.266.129.9)2

240 2

529 2



Over-heatprotection/




1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

35

12.80

61

ARUN160LT3

ARUN160LT3

44.8

38,500

152,900

50.4

43,300

172,000

11.00/11.50

4.07/4.38

Warm Gray

Morning Gray

Gold n

HSS DC Scroll

50.2+66.49+66.49

3,600+2,891+2,891

(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

7,200

Propeller an

600 x 2

210

7,400

DC INVERTER

TOP

12.7(1/2)

28.58(1 1/8)

(1,2401,680760)1

(48.866.129.9)1

340 1

749 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

1

26

7.0

61


25/45



Note











Independent Unit

Capacity Cooling kW

kcal/h

Btu/h

Heating kW

kcal/h

Btu/h



Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUN320LT3

ARUN160LT3

ARUN160LT3

89.6

77,000

305,800

100.8

86,700

344,000

22.00/23.00

4.07/4.38

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49)x2

(3,600+2,891)x2

(5,143+4,950)x2

Direct On Line

FVC68D(PVE)

11,000

Propeller an

(600 x 2) x 2

420

14,800

DC INVERTER

TOP

19.05(3/4)

34.9(1 3/8)

(1,2401,680760)2

(48.866.129.9)2

270 2

595 2







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

52

14.00

63.5

ARUN340LT3

ARUN180LT3

ARUN160LT3

95.2

81,900

324,900

107.1

92,100

375,500

23.80/25.00

4.00/4.28

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49)x1(50.2+66.49+66.49)x1

(3,600+2,891)x1(3,600+2,891+2,891)x1

(5,143+4,950)x1(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

12,700

Propeller an

(600 x 2) x 2

450

15,900

DC INVERTER

TOP

19.05(3/4)

34.9(1 3/8)

(1,2401,680760)2

(48.866.129.9)2

270 1 + 340 1

595 1 + 749 1







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

55

14.50

63.5

HP 343230

* Speciications


Independent Unit

Capacity Cooling kW

kcal/h

Btu/h

Heating kW

kcal/h

Btu/h



Casing Color

Heat Exchanger

Compressor Type




Starting Method

Oil Type

Oil Charge L

Fan Type



cm

Drive



Gas Pipes mm(inch)


inch

Net Weight kg

lbs


Comperssor/Fan

Inverter



Control






ARUN380LT3

ARUN200LT3

ARUN180LT3

106.4

91,500

363,100

119.7

103,000

408,400

27.80/29.00

3.83/4.13

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49+66.49) x 2

(3,600+2,891+2,891) x 2

(5,143+4,950+4,950)x2

Direct On Line

FVC68D(PVE)

14,400

Propeller an

(600 x 2) x 2

490

17,300

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)2

(48.866.129.9)2

340 1 + 350 1

749 1 + 771 1

Highpressure sensor






1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

61

16.50

65

ARUN400LT3

ARUN200LT3

ARUN200LT3

112.0

96,400

382,200

126.0

108,400

429,900

30.00/31.00

3.73/4.06

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49+66.49) x 2

(3,600+2,891+2,891) x 2

(5,143+4,950+4,950)x2

Direct On Line

FVC68D(PVE)

14,400

Propeller an

(600 x 2) x 2

500

17,600

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)2

(48.866.129.9)2

350 2

771 2

Highpressure sensor






1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

64

18.00

65

ARUN420LT3

ARUN160LT3

ARUN140LT3

ARUN120LT3

117.6

101,100

401,400

132.3

113,700

451,500

29.40/30.20

4.00/4.38

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49) x 3

(3,600+2,891) x 3

(5,143+4,950) x3

Direct On Line

FVC68D(PVE)

16,200

Propeller an

750 + (600 x 2) x 2

610

21,500

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(920x1,680x760)1(1,240x1,680x760)x2

(36.266.129.9)1(48.8x66.1x29.9)x2

240 x 1 + 270 x 2

529 x 1 + 595 x 2

Highpressure sensor






1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

3

64

20.40

62.8

HP 4236 38 40

* Speciications

Note










Heat Pump Heat Pump

ARUN300LT3

ARUN160LT3

ARUN140LT3

84.0

72,200

286,700

94.5

81,200

322,500

20.50/21.20

4.10/4.46

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49)x2

(3,600+2,891)x2

(5,143+4,950)x2

Direct On Line

FVC68D(PVE)

11,000

Propeller an

(600 x 2) x 2

420

14,800

DC INVERTER

TOP

19.05(3/4)

34.9(1 3/8)

(1,2401,680760)2

(48.866.129.9)2

270 2

595 2







1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

49

14.00

62.8

ARUN360LT3

ARUN200LT3

ARUN160LT3

100.8

86,600

344,000

113.4

97,500

387,000

26.00/27.00

3.88/4.20

Warm Gray

Morning Gray

Gold fn

HSS DC Scroll

(50.2+66.49)x1(50.2+66.49+66.49)x1

(3,600+2,891)x1(3,600+2,891+2,891)x1

(5,143+4,950)x1(5,143+4,950+4,950)x1

Direct On Line

FVC68D(PVE)

12,700

Propeller an

(600 x 2) x 2

460

16,200

DC INVERTER

TOP

19.05(3/4)

41.3(1 5/8)

(1,2401,680760)2

(48.866.129.9)2

270 x 1 + 350 x 1

595 x 1 + 777 x 1

Highpressure sensor






1.0 ~ 1.5 2C

R410A

EEV

3, 380~415, 50

3, 380, 60

2

58

16.00

65


26/45



Note










Note


*Cooling: -Indoor Temperature 27C(80.6F) DB/19C(66.2F) WB **Cooling -Ind

MultiV Outdoor 110930

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Transcript of MultiV Outdoor 110930