Samsung 3759 User Manual

SAMSUNGDV MTMAir Conditioner

SAMSUNG ELECTRONICS

II

IIII

IIIIII

Overview

1. DVM system series

1-1. What is DVM? 1-2. Features of DVM 1-3. DVM vs VAV

2. DVM line-up

2-1. Numbering system of

model

2-2. Combination

Control

system

1. Remote controller

6

1-1. Wireless remote controller

7

1-2. Wired remote controller

12

1-3. Centralized controller 1-4. Function controller

2. Receiver & display

14 20

unit (Duct type)

2-1. Concealed type 2-2. Standard type

3. Transmitter

4. Installation

4-1. Wireless remote controller 4-2. Wired remote controller 4-3. Centralized controller 4-4. Function controller 4-5. Receiver & display unit -

concealed type

4-6. Receiver & display unit -

standard type

4-7. Transmitter

5. Assigning address

5-1. Indoor unit 5-2. Outdoor unit

6. Indoor unit PCB option code

6-1.

PCB option code input method

6-2. Option code

7. S-Net

8. Indoor unit PCB option code

9.

Building management system

Indoor

unit

1. Features

2

1-1. 1-way cassette type

4

1-2. 4-way cassette type

6

1-3. Duct type

6

1-4. Wall-mounted type 1-5. Floor standing type 1-6. Ceiling type

2. Specification

7

2-1. 1-way cassette type

8

2-2. 4-way cassette type 2-3. Duct type (Low silhouette) 2-4. Duct type (Built-in) 2-5. Duct type (High pressure) 2-6. Wall-mounted type 2-7. Floor standing type 2-8. Ceiling type

10 11

3. Functional parts and

14 19

21

22 23

25 26

27 32

safety devices

3-1. 1-way cassette type 3-2. 4-way cassette type 3-3. Duct type (Low silhouette) 3-4. Duct type (Built-in) 3-5. Duct type (High pressure) 3-6. Wall-mounted type 3-7. Floor standing type 3-8. Ceiling type

4. Capacity table

4-1. 50Hz 4-2. 60Hz

5. Dimension

5-1. 1-way cassette type 5-2. 4-way cassette type 5-3. Duct type (Low silhouette) 5-4. Duct type (Built-in) 5-5. Duct type (High pressure) 5-6. Wall-mounted type 5-7. Floor standing type 5-8. Ceiling type 5-9. Wireless remote controller /

Receiver 5-10. Wired remote controller 5-11. Option controller

2 4 6

8 10 12

14 16 18 20 24 26 30 32

34 34 35 36 36 37 38 38

39 45

51 52 54 55 57 58 60 61

62 70 72

IIVV

VV

6.

Refrigerant system diagram (Cooling only & heat pump)

6-1.

Refrigerant system diagram

6-2. Main parts status

Electric circuit diagram

7.

7-1. 1-way cassette type 7-2. 4-way cassette type 7-3. Duct type 7-4. Wall-mounted type 7-5. Floor standing type 7-6. Ceiling type

8. Noise level

8-1. Overall 8-2. Octave band level

9.

Velocity of air flow &

73 73

74 76 78 80 82 84

86 87

temperature distribution

9-1. 1-way cassette type 9-2. 4-way cassette type 9-3. Wall-mounted type 9-4. Ceiling type

102 103 105 107

10. Fan specifications

10-1.

Duct type(Low silhouette)

10-2.

Duct type(Built-in)

10-3.

Duct type(High pressure)

108 109 110

11. Panel

11-1. 1-way cassette type 11-2. 4-way cassette type

111 112

12. Electronic expansion valve kit

12-1. Design 12-2. Status depending on the

combination

113

13. Options

Outdoor

unit

1. Unit selection (with cooling load)

2. Specification

2-1. 50Hz 2-2. 60Hz

3. Functional parts and safety devices

3-1. Outdoor unit 3-2. Super cooler

4. Capacity table

4-1. 50Hz 4-2. 60Hz

5. Dimension

5-1. Upward (2-FAN) 5-2. Onward 5-3. Upward (1-FAN) 5-4. Upward (Super cooler)

6.

Refrigerant system diagram

6-1. Cooling only 6-2. Heat pump

7.

Electric circuit diagram

7-1. Cooling only 7-2. Heat pump

8.

Consideration for outdoor unit selection

8-1.

Change of capacity depending on refrigerant piping length

8-2.

Condition of operating restriction

9. Noise level

10. Options

4 6

8

13

14 20

31 32 33 34

35 38

42 44

46

47

Installation

1. Product

1-1. Preparation for installation 1-2. Deciding on where to install

the air conditioner

1-3. Space requirements for the

air conditioner 1-4. Accessories 1-5. Installation

2. Panel

2-1. 1-way cassette type 2-2. 4-way cassette type 2-3. Duct type (Built-in)

3. Connecting the indoor

unit refrigerant pipe

4. Drain hose installation

5. Drain pump installation

5-1. Accessories 5-2. Installation

6. Wiring

6-1.

Overall system configuration 6-2.

Cable specification for outdoor unit 6-3.

Connection cord specification 6-4. Wiring diagram 6-5.

Connection cord wiring diagram 6-6.

Power wiring and communication

wiring configuration 6-7.

Communication cable connection

7. Piping and refnet

joint selection

7-1.

Refrigerant piping system diagram 7-2. Piping selection 7-3. Refnet joint selection

8.

Charge/recovery of refrigerant

8-1. Refrigerant charging

Additional refrigerant amount

8-2.

calculation method 8-3. Recovery of refrigerant

2

3

4 8

11

13 15 16

22 22

23 24 24 24 25

25 26

33 33 34

35

36 37

9. Testing operation

10.

Cautions for refrigerant leaks

I

Overview

1. DVM system series

1-1. What is DVM? 1-2. Features of DVM 1-3. DVM vs VAV

2.

DVM line-up

6 7

12

2-1. Numbering system of model 2-2. Combination

14 20

I. Overview

1. DVM system series

1-1. What is DVM?

The DVM(Digital Variable Multi) air conditioning system is operated by a variable-capacity compressor and is accommodated by multiple evaporators (indoor units). It is touted as the next-generation modular system in the world of high-efficiency air conditioning. lt has undoubtedly changed the face of cooling associated with high-storied buildings. It provides a broad range of different applications for settings such as offices, hotels and schools. With its easy installation and simple controlling system, the DVM will more than meet the demands of the air conditioning market.

Duct type (Low silhouette) Duct type (Built-in)

Duct type (High pressure) Wall-mounted type

Floor standing type 1-way cassette type

Ceiling type

Outdoor unit

4-way cassette type

6

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1-2. Features of DVM

(1) Customized air conditioner

1) Up to 16 indoor units can be connected to one outdoor unit.

2) Indoor units can be combined by various methods, according to each room’s use and shape.

3) There are several indoor units which can be applied; 1-way cassette type, 4-way cassette type, Ceiling, Duct (Low silhouette, Built-in, High pressure), Wall-mounted and Floor standing type.

(2) Comparison of DVM with conventional air conditioners

1) DVM air conditioner

Variable capacity (Energy Saving)

①

Competitive price (Compared with the Inverter type)

②

Can be installed in houses / commercial buildings

③

Versatile combination of indoor units

④

Various remote controls

⑤

2) Conventional air conditioners

Fixed capacity

①

Unfavorable in case of installing more than 3 units / system

②

7

I

I. Overview

1. DVM system series

(3) Variable compressor

The world’s first PWM(Pulse Width Modulation) compressor controls the cooling & heating capacity automatically, depending on the load.

1) Principle of the digital compressor

Composition

①

The solenoid valve is installed for the compressor´s loading / unloading between the upper part of the fixed scroll and the suction pipe.

Mechanism

②

a. When the solenoid valve is turned off, the fixed scroll is closed to the orbiting scroll (Loading), b. When the solenoid valve is turned on, the fixed scroll is separated from the orbiting scroll (Unloading), c. This process controls the On / Off times of the valve and the rotating refrigerants in the circle,

thus adjusting the capacity.

d. The cooling capacity of the outdoor unit is controlled automatically,depending on the

number of operating indoor unit(s).

< 1 Compressor >

100

90 80 70 60 50 40 30 20

Running ratio of compressor(%)

10

0

3000 6000 9000 12000 15000 18000

< 2 Compressor >

100

90 80 70 60 50 40 30 20

Running ratio of compressor(%)

10

0

3000 6000 9000 12000 15000 18000

unloading

Total capacity of operating indoor unit(s)

(kcal/h)

Digital operating

Fixed compressor operating

Digital only operating

Total capacity of operating indoor unit(s)

(kcal/h)

loading

8

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2) PWM (Pulse Width Modulation) valve

PWM valve is the valve to take away the fixed scroll by lifting up through the difference of pressure after the digital scroll compress being connected to the outlet and inlet of suction. Therefore, the capacity of compressor is controlled automatically according to the operation status such as loading when the valve is closed or unloading when the valve is opened. PWM means the control of ON/OFF signal to the valve for loading/unloading.

Relationship between PWM valve and loading/unloading

compression

PWM valve open PWM valve close

non-compression

(rotating in vain)

Unloading

Period (Cycle Time, T)

Loading

(4) Refrigerant flow rates control

Refrigerant flow rates through the electronic expansion valve are controlled by the 2 factors which are the temperature difference between inlet and outlet of evaporator and the difference between room and set temperature. a. An electronic expansion valve optimally distributes refrigerant flow rates to each room and the fuzzy logic enables

comfortable cooling more precisely; refer to the figure below.

b. The air conditioner senses the temperature difference between inlet and outlet of evaporator, plus the temperature

difference between room and set temperature. And it calculates the superheat and the room temperature status, then adjusts refrigerant flow rates after deciding the opening steps of valve.

①②

1

0.5

-0.5

0

-1

④

③

Falling room temperature

①

Rising room temperature

②

Open electronic expansion valve

③

Closed electronic expansion valve

④

9

I

I. Overview

1. DVM system series

(5) Long & single piping system

1) Piping can be extended up to 100 meters; refer to the figure.

2) The outdoor unit is connected with each indoor unit by single refrigerant piping.

(6) Convenient centralized control

50m (8.0~10.0HP), 30m (7.5HP ) (Height between indoor and outdoor unit)

1) Every indoor unit has its own remote controller. In addition, a maximum of 16 indoor units can be controlled with the centralized controller.

2) A maximum of 256 indoor units can be controlled by using the PC Control.

(7) Easy installation

Simple planning and installation during the early stage of building construction or renovation.

(8) Minimizing operation costs

The cooling / heating capacity is adjusted automatically with the variable compressor, which reduces power consumption and running costs.

DVMDivision

Equipment

Initial cost (US$)

Running cost

(US$)

❋ The results are based on Samsung Lab., therefore there may be differences according to the condition of

installation and the environment of the use.

❋ Heat loads : 90,000 kcal/h in Korea ❋ Total area : 750m ❋ Running : 3 months in every summer and winter

2

Piping

Duct-install

Grand

Power consumption

Monthly consumption

Annual consumption

(6 months in a year)

1 year rate 3 year rate 5 year rate

Comparison

29,812

2

17/m

39,812

44.2kW X 0.8

(Variable Compressor)

12,906kWh

77,436kWh

5,575 16,726 27,877

100%

Chiller Unitary

25,558

5,111

2

17/m

40,670

43kW X 1.0

15,695kWh

94,170kWh

6,780 20,340 33,900

121%

→

27,500

37,500

52.5kW X 1.0

19,162kWh

114,972kWh

24,833 41,389

17/m

8,277

148%

100m (Max. piping length)

15m (Height between indoor units)

➞

2

→

10

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(9) Space Saving

The outdoor units connected with several indoor units do not require much space.

1) Conventional System

2) DVM System

11

I

I. Overview

1. DVM system series

1-3. DVM vs VAV

(1) Excellent energy efficiency

Zone

control

25%

50%

75%

100%

❋ The results are based on Samsung Lab., therefore there may be differences according to the condition of

installation and the environment of the use.

❋ Heat loads : 90,000 kcal/h in Korea. The SEER of the DVM is 8~75% higher than the VAV, and increasing

❋ Condition A : DB26.7/WB19.4°C, DB35/WB23.9°C

Test

condition

B : DB26.7/WB19.4°C, DB27.8/WB18.3°C

Opening

A

B

A

B

A

B

A

100%

B

the zone control is different from decreasing the SEER.

ratio

25%

50%

75%

Capacity

(W)

7344

8016

11997

13015

15857

16996

17200

19007

Power

(W)

7138

6313

7353

6486

7504

6626

7630

6802

SEER (W/W)

1.134

1.794

2.298

2.492

Opening

ratio

Max.

Min.

Max.

Min.

Max.

Min.

Max.

Min.

Max.

Min.

Max.

Min.

Max.

Min.

Max.

Min.

Capacity

(W)

5381 3997 5510 4365

11222

7119

11597

8177 16692 11666 17329 12567 19836 15512 20786 15880

DVMVAV

Power

(W)

2593 1977 2353 2073 4457 3238 4164 3118 6190 4630 5680 4216 7336 5897 6666 5152

SEER

(W/W)

1.944

2.478

2.790

2.860

12

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(2) DVM test condition

Pipe (Copper)

(21kW)

■

Zone control conditions

#1 (5.2kW) #2 (5.2kW) #3 (5.2kW) #4 (5.2kW)

Indoor unitOutdoor unit

Zone control Sample #1 Sample #2 Sample #3

25% 50% 75%

100%

On On On On

Off On On On

(3) VAV test condition

Cord

Static pressure gauge

Discharge duct

Damper

Test unit

tester #1

Off Off On On

tester #2

Test unit

Sample #4

Off Off Off On

Cord

Flexible hose Air flow

Discharge duct

Suction duct

■

Zone control conditions

Zone control No. of duct opening Zone control No. of d u c t o p ening

25% 50%

Outdoor unit : Fixed compressor(21kW)

❋ The static pressure is equal to the maximum open position by adjusting the damper.

1 2

13

I

75%

100%

3 4

I. Overview

2. DVM line-up

2-1. Numbering system of model

(1) Indoor unit and outdoor unit (Conventional model)

Model

DM

A

①

Semi-finished product

①

Indoor unit

Outdoor unit

Classification of product

②

1-way cassette type 4-way cassette type

Duct type

Outdoor unit

Capacity (Btu x 100)

③

Option

④

Indoor unit

Outdoor unit

Function

version Recipro

PWM

-

180 0

③②

A

M

KM BM

DM

UF

0 1 0 1

④

A

⑤

0

⑥

Power supply

⑤

- Indoor unit

115V, 60Hz

220V, 60Hz 208~230V, 60Hz 200~220V, 50Hz 220~240V, 50Hz

127V, 50Hz

220~240V, 50/60Hz, 1ø

- Outdoor unit

115V, 60Hz

220V, 60Hz 208~230V, 60Hz 200~220V, 50Hz 220~240V, 50Hz

220V, 60Hz, 3ø

380~415V, 50Hz, 3ø

127V, 50Hz

220~240V, 50/60Hz, 1ø

380V, 60Hz, 3ø 460V, 60Hz, 3ø

A B C D

E M N

A

B

C

D

E

F G M N

H

J

Version

⑥

14

I

(2) Indoor unit and outdoor unit (New Model)

1) Indoor unit

Model

AVM①K

Semi-finished product

①

Variable capacity free

joint multi (DVM)

Classification of product

②

1-way

Cassette

Duct type

Floor standing type (PAC)

4-way

type

2-way Exposed Low silhouette High pressure Built-in

Wall-mounted type

Ceiling type

②

AVM

W

H

100④B

③

Mode

③

Cooling only (C/O)

Heat pump (H/P)

C/O+Hot water heater

Capacity (kW x 100, 3 digits)

④

K C G N D H B

F P

⑤

H/P+Heater C/O+Heater

Btu/h

7K

9K 12K 18K 20K 24K 28K 36K 44K 48K

Watt

50Hz 2000W 2600W 3500W 5200W 6000W 7000W 8200W

10500W 12800W 14000W

A

⑥

C H E G N

60Hz 2000W 3200W 4000W 5200W 6000W 7200W 8300W

10500W 12800W 14000W

0

⑦

0 0 0

Power supply

⑤

208~230V, 60Hz 220~240V, 50Hz

Classification by refrigerant

⑥

Refrigerant

R407C R410A

Version

⑦

R22

~ ~

Classification

C E

A B C

0 1 2

15

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I. Overview

2. DVM line-up

2) Outdoor unit

Model

RVM①H

Semi-finished product

①

Variable capacity free

joint multi (DVM)

Mode

②

Cooling only (C/O)

Heat pump (H/P)

Capacity (HP x 10, 3 digits)

③

②

RVM

060③B

C

H

A

④

Power supply

④

208~230V, 60Hz, 3ø 380~415V, 50Hz, 3ø

Refrigerant / Discharge direction

⑤

Refrigerant

R22

R407C

R410A

⑤

208~230V, 60Hz

380V, 60Hz, 3ø 460V, 60Hz, 3ø

Discharge

direction Upward Onward Upward Onward Upward Onward

A

⑥

Classification

A B C D E F

0

0 0 0

⑦

Combination of indoor unit

⑥

C F G H J

Cassette

type

Duct type

Floor standing type (PAC)

Version

⑦

1-way 4-way 2-way Exposed Low silhouette High pressure Built-in

Wall-mounted type

Ceiling type

Free

K C G N D H B

W

F P

M

16

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(3) Options

Parts Model Example

Electronic expansion valve kit

Distributor kit

Discharge duct

Refnet kit ● MXJ-1509B

Drain pump

MEV- ①②③

MXD- ①②③④⑤

MDF- ①②

MXJ- ①②③

MDP- ①②③

MEV : Optional electronic expansion valve

: Electronic expansion valve model (2 digits)

①

: Manufacturer

②

: Version

③

MXD : Optional distributor kit

: Max diameter (2 digits)

①

: Kinds (marked as K2 for two kinds)

②

: Minimum diameter

③

(Marked as 00 only for use of one kind and marked with minimum diameter for use of two kinds)

: Kinds (marked as K2 for two kinds)

④

: Version

⑤

MDF : Optional distributor duct flange

: Hole size(ø, cm, 2 digits)

①

: Version

②

MXJ : Optional refnet (Y-joint) kit

: Inlet pipe diameter (2 digits)

①

: Outlet pipe diameter (2 digits)

②

: Version

③

MDP : Optional drain pump

: Discharge pressure (cm, 3 digits), 75cm ➔ 075

①

: Manufacturer

②

: Version

③

Standard for model name

● MEV-14SA

● MEV-18SA

● MEV-24SA

● MXD-14K300A

(1/4” 3)

● MXD-14K218A (1/4” 2, 1/8” 1)

● MDF-45A

(Inlet pipe 15mm, Outlet pipe 9mm)

● MDP-075SA

Front panel

Wireless remote controller

M①②③④⑤⑥⑦

MR- ①②③④

: Grille application (Front panel)

①

: Type of indoor unit (K: 1-Way cassette, G: 2-Way

②

cassette, C: 4-Way cassette, B: Built-in duct)

: C: Cooling only, H: heat pump, N: No use of

③

wireless remote controller

: Size (Mark the longer side, cm, 3 digits)

④

: Color (G: gray, I: Ivory)

⑤

: Language (E: English only, C: Chinese,

⑥

A: Arabic&English, M: 8 Languages)

: Version

⑦

MR : Optional wireless remote controller

: Design(A~Compact)

①

: Mode (C: cooling only, H: heat pump)

②

: Version

③, ④

17

I

● MGKC118IE0

● MR-AC00

● MR-AC00C

(For China)

I. Overview

2. DVM line-up

Parts Model Example

Receiver & display unit wire

Interface module

MRW- ①②

MIM- ①②③

MRW : Optional receiver & display unit wire

: Length (m, 2 digits)

①

: Version

②

MIM : Optional interface module

: Applicable location

① ②, ③

Controller ● MCM-A200

MCM- ①②③④

MCM : Optional controller

: Function

①

: LCD Application (1: yes, 2: none)

② ③, ④

Wired remote controller

MWR- ①②③④

MWR : Optional wired remote controller

: Design (A - present)

①

: Classification of function

② ③, ④

Receiver & display unit kit

Filter ● MF-C1B0

MRK- ①②③

MF- ①②③④

MRK : Optional receiver & display unit kit

: Receiver kit design (A)

① ②, ③

MF : Optional filter

: Classification of product

①

: Specification of filter

②

: Color (B: black G: green)

③

: Version

④

Standard for model name

(A: indoor unit B: outdoor unit, C: others)

: Version

(A: controller, B: measuring instrument, C: others)

: Version

(C: cooling only, H: heat pump)

: Version

(0: air filter

1: bio-pure & deodorizing filter 2: on-board electric dust collector 3: scroll electric dust collector)

● MRW-10A

● MRW-10AC

(For China)

● MIM-B00

● MIM-B00C

(For China)

● MCM-A200C

(For China)

● MWR-AC00

● MWR-AC00C

(For China)

● MRK-A00

● MRK-A00C

(For China)

● MF-C1B0C

(For China)

Duct flange

MDP- ①②③④

MDP : Duct flange

: Hole size (ø, cm)

①, ②

: Number of hole

③

: Version

④

18

I

● MDP-2030

● MDP-2030C

(For China)

Parts Model ExampleStandard for model name

Super cooler

Super heater

MSC- ①②③④⑤

MSH- ①②③④⑤

MSC : Super cooler

: HP of applicable outdoor unit

①, ②

(marked as 00 if it is 10.0 HP)

: Power supply

③

B:220V, 60Hz

C:208~230V, 60Hz E:220~240V, 50Hz H:380V, 60Hz, 3ø J:460V, 60Hz, 3ø

: Design (A: front B: top)

④

: Version

⑤

MSH : Super heater

: HP of applicable outdoor unit

①, ②

(marked as 00 if it is 10.0 HP)

: Specification of power source

③

B:220V, 60Hz C:208~230V, 60Hz E:220~240V, 50Hz H:380V, 60Hz, 3ø J:460V, 60Hz, 3ø

: Design (A: front B: top )

④

: Version

⑤

● MSC-00EB0

(Applied to the top of 10.0HP outdoor unit)

● MSC-45EA0 (Applied to the front of 4.5HP outdoor unit)

● MSH-00EB0 (Applied to the top of 10.0HP outdoor unit)

● MSH-45EA0 (Applied to the front of 4.5HP outdoor unit)

Water coil

MWC- ①②③④⑤

MWC : Water coil

①, ②, ③

④

⑤

: Capacity of applicable indoor unit

(x 10 kW)

: Applicable product (H: High pressure duct,

D: Low silhouette duct, B: Built-in duct)

: Version

19

I

● MWC-083D0 (For 8300W

Low silhouette duct)

I. Overview

2. DVM line-up

2-2. Combination

(1) Outdoor unit

1) Cooling only

Design

Main

◆ The system enables the connection of indoor units with a total capacity of between 50 to 130% of that of the corresponding outdoor unit but where this capacity ratio exceeds 100% then the actual capacity of each indoor unit will fall a little short of its individual rated capacity when all the units are operated simultaneously. (Except Middle East models)

◆ The specification of super cooler may differ, depending on the model.

Super cooler

-

Power supply Model

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

380~415V, 3ø

208~230V, 3ø

380~415V, 3ø 380~415V, 3ø

380V, 3ø

208~230V, 3ø

380~415V, 3ø

208~230V, 3ø 208~230V, 3ø

RVMC060GDM0

RVMC050CBM0

RVMC060GAM0 RVMC060GAM1

MUF7201F1

RVMC075FAM0

RVMC100GAM0

RVMC080FAM0 RVMC100FAM0

Capacity(HP)

6

5

6 6

7.5

10

8

10

Refrigerant

R407C

R22

R22 R22

R22

R22 R22

20

I

Main

Design

Super cooler

Max. connectible

indoor units

Total capacity of indoor

units (kW, ISO standard)

Super cooler

Remark

8

7

8 8

10

14

-

◆ The system enables the connection of indoor units with a total capacity of between 50 to 130% of that of the corresponding outdoor unit but where this capacity ratio exceeds 100% then the actual capacity of each indoor unit will fall a little short of its individual rated capacity when all the units are operated simultaneously. (Except Middle East models)

◆ The specification of super cooler may differ, depending on the model.

11 14

8.0~20.8

7.2~18.8

8.0~20.8

8.0~16.0

10.5~27.3

10.5~21.0

10.5~27.3

10.5~21.0

14.0~36.4

14.0~28.0

11.1~29.0

14.0~36.4

14.0~28.0

-

For Middle East

-

O

-

For Middle East

21

I

I. Overview

2. DVM line-up

2) Heat pump

Design

Main

◆ The system enables the connection of indoor units with a total capacity of between 50 to 130% of that of the corresponding outdoor unit but where this capacity ratio exceeds 100% then the actual capacity of each indoor unit will fall a little short of its individual rated capacity when all the units are operated simultaneously. (Except Middle East models)

◆ The specification of super cooler may differ, depending on the model.

Super cooler

-

Power supply Model

50Hz

60Hz

50Hz

60Hz

380~415V, 3ø 380~415V, 3ø

208~230V, 3ø

380~415V, 3ø 380~415V, 3ø 380~415V, 3ø 208~230V, 3ø

RVMH060GBM0 RVMH060GDM0

RVMH050CBM0

RVMH080GAM0 RVMH100GAM0 RVMH100GCM0 RVMH100FAM0

Capacity(HP)

6 6

5

8 10 10 10

Refrigerant

R22

R407C

R22

R22 R22 R22 R22

22

I

Main

Design

Super cooler

Max. connectible

indoor units

8

Total capacity of indoor

units (kW, ISO standard)

8.0~20.8

Super cooler

-

Remark

8

7

11 14

-

◆ The system enables the connection of indoor units with a total capacity of between 50 to 130% of that of the corresponding outdoor unit but where this capacity ratio exceeds 100% then the actual capacity of each indoor unit will fall a little short of its individual rated capacity when all the units are operated simultaneously. (Except Middle East models)

◆ The specification of super cooler may differ, depending on the model.

14 14

8.0~20.8

7.2~18.8

11.0~29.0

14.0~36.4

14.0~28.0

14.0~36.4

14.0~28.0

-

For Middle East

23

I

I. Overview

1. System line-up

(2) Indoor unit

Design

1-way cassette type

4-way cassette type

Duct type(Low silhouette)

Duct type (Built-in)

Duct type(High pressure)

Wall-mounted type

Floor standing type

Ceiling type

Power supply

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

2.0kW

(7000Btu/h)

AVMKC020EA0 AVMKH020EA0 AVMKC020CA0 AVMKH020CA0

AVMBC020EA0 AVMBH020EA0 AVMBC020CA0 AVMBH020CA0

AVMWC020EA0 AVMWH020EA0 AVMWC020CA0 AVMWH020CA0

2.6kW

(9000Btu/h)

AVMKC026EA0 AVMKH026EA0

-

AVMBC026EA0 AVMBH026EA0

-

AVMWC026EA0 AVMWH026EA0

-

(11000Btu/h)

-

AVMKC032CA0

-

AVMKH032CA0

-

AVMBC032CA0

-

AVMBH032CA0

-

AVMWC032CA0

-

AVMWH032CA0

-

3.2kW

-

3.5kW

(12000Btu/h)

AVMKC035EA0 AVMKH035EA0

AVMBC035EA0 AVMBH035EA0

AVMWC035EA0 AVMWH035EA0

(13500Btu/h)

-

AVMKC040CA0

-

AVMKH040CA0

-

AVMBC040CA0

-

AVMBH040CA0

-

AVMWC040CA0

-

AVMWH040CA0

-

4.0kW (18000Btu/h)

-

AVMCC052EA0

-

AVMCH052EA0 AVMCC052CA0

ABM1800B1

-

AVMCH052CA0

-

AVMDC052EA0

-

AVMDH052EA0 AVMDC052CA0

ADM1800B1

-

AVMDH052CA0

-

AVMBC052EA0

-

AVMBH052EA0 AVMBC052CA0 AVMBH052CA0

-

AVMWC052EA0

-

AVMWH052EA0 AVMWC052CA0 AVMWH052CA0

-

AVMFC052EA0

-

AVMFH052EA0

-

AVMFC052CA0

-

AVMFH052CA0

5.2kW

-

6.0kW

(20000Btu/h)

-

AVMPC060EA0 AVMPH060EA0 AVMPC060CA0 AVMPH060CA0

-

◆ The design and capacity of indoor unit are subject to change without notice.

24

I

Design

1-way cassette type

4-way cassette type

Duct type(Low silhouette)

Duct type (Built-in)

Duct type(High pressure)

Wall-mounted type

Floor standing type

Ceiling type

Power

supply

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

50Hz

60Hz

7.0kW

(24000Btu/h)

-

AVMCC070EA0 AVMCH070EA0

-

AVMDC070EA0

AVMDH070EA0

-

AVMBC070EA0 AVMBH070EA0

-

AVMWC070EA0 AVMWH070EA0

-

AVMPC070EA0 AVMPH070EA0

-

AVMFC070EA0 AVMFH070EA0

-

7.2kW

(24000Btu/h)

AVMCC072CA0

ABM2400B1

AVMCH072CA0

AVMDC072CA0

ADM2400B1

AVMDH072CA0

AVMBC072CA0 AVMBH072CA0

AVMWC072CA0 AVMWH072CA0

AVMPC072CA0 AVMPH072CA0

AVMFC072CA0 AVMFH072CA0

(28000Btu/h)

-

AVMPC082EA0

-

AVMPH082EA0

-

8.2kW

-

8.3kW

(28000Btu/h)

AVMPC083CA0 AVMPH083CA0

(36000Btu/h)

-

AVMCC105EA0

-

AVMCH105EA0

-

AVMCC105CA0

-

AVMCH105CA0

-

AVMHC105EA0

-

AVMHH105EA0

-

AVMHC105CA0

-

AVMHH105CA0

-

10.5kW (44000Btu/h)

-

AVMHC128EA0 AVMHH128EA0 AVMHC128CA0 AVMHH128CA0

-

12.8kW

-

Remark

◆ The design and capacity of indoor unit are subject to change without notice.

25

I

II

Control System

1.

Remote controller

1-1. Wireless remote controller 1-2. Wired remote controller 1-3. Centralized controller 1-4. Function controller

2.

Receiver & display unit (Duct type)

2 4 6 6

2-1. Concealed type 2-2. Standard type

3.

Transmitter

Installation

4.

4-1. Wireless remote controller 4-2. Wired remote controller 4-3. Centralized controller 4-4. Function controller 4-5. Receiver & display unit - concealed type 4-6. Receiver & display unit - standard type 4-7. Transmitter

5.

Assigning address

5-1. Indoor unit 5-2. Outdoor unit

6.

Indoor unit PCB option code

6-1. PCB option code input method 6-2. Option code

7 8

10 11 14 19 21 22 23

25 26

27 32

7.

S-Net

Integrating power distribution system

8.

9.

Building management system

II. Control System

1. Remote controller

1-1. Wireless remote controller

(1) 1-way / 4-way cassette / Wall-mounted / Floor standing / Ceiling type

1) Cooling only (MR-AC01)

Operating mode

Automatic

Dry Fan

2) Heat pump

Operating mode

Automatic

Dry HeatFan

Cool

Operating mode selection button Temperature adjustment buttons Filter Reset button

Fan speed adjustment button Air flow direction adjustment button On timer button Off timer button

On/Off & Timer set/cancel button

Operating mode selection button Temperature adjustment buttons Filter Reset button

Fan speed adjustment button Air flow direction adjustment button On timer button Off timer button

On/Off & Timer set/cancel button

2

II

(2) Duct type

1) Cooling only

Operating mode

Automatic Cool

Dry Fan

2) Heat pump

Operating mode

Automatic Cool

Dry HeatFan

Operating mode selection button Temperature adjustment buttons

Filter Reset button Fan speed adjustment button Timer Cancel button On timer button Off timer button

On/Off & Timer set/cancel button

Operating mode selection button Temperature adjustment buttons

Filter Reset button Fan speed adjustment button Timer Cancel button On timer button Off timer button

On/Off & Timer set/cancel button

3

II

II. Control System

1. Remote controller

1-2. Wired remote controller

(1) 1-way / 4-way cassette / Wall-mounted / Floor standing / Ceiling type

1) Cooling only

Operating mode

Automatic Cool

Dry Fan

Temperature

adjustment buttons On/Off timer button

Test operation button

Operating mode

selection button

2) Heat pump

Temperature

adjustment buttons On/Off timer button

Test operation button

On/Off & Timer set/cancel button Operating indicator

Fan speed adjustment button Air flow direction adjustment button

Filter Reset button

Operating mode

Automatic Cool

Dry HeatFan

On/Off & Timer set/cancel button Operating indicator

Fan speed adjustment button Air flow direction adjustment button

Filter Reset button

Operating mode

selection button

4

II

(2) Duct type

1) Cooling only

Operating mode

Automatic Cool

Dry Fan

Temperature

adjustment buttons On/Off timer button

Test operation button

Operating mode

selection button

2) Heat pump

Temperature

adjustment buttons On/Off timer button

On/Off & Timer set/cancel button Operating indicator

Fan speed adjustment button

Filter Reset button

Operating mode

Automatic Cool

Dry HeatFan

On/Off & Timer set/cancel button Operating indicator

Fan speed adjustment button

Test operation button

Operating mode

selection button

Filter Reset button

5

II

II. Control System

1. Remote controller

1-3. Centralized controller

Operating lamp All On button All Off button

On/off indicators Individual On/Off button Index

1-4. Function controller

Temperature adjustment

buttons

Indoor unit selection buttons

Test button

Operating mode

On/Off button

Fan speed adjustment button Swing button

Filter reset button

Mode selection button

6

II