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Daikin RZQSG-L3/9V1, Technical Data Manual

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Daikin RZQSG-L3/9V1 Technical Data Manual Download Page 25

3

3

• Split - Sky Air • RZQSG-L3/9V1

23

• Outdoor Unit • RZQSG-L3/9V1

3

Electrical data

3 - 1 Electrical Data

1

2

3

MCA MFA

RHz

RLA

kW

FLA

kW

FLA

OFM

IFM

FLA

kW

RHz

COMP

RLA

༃
༄
༅

MCA

MFA

1

2

3

4

㻞㻠㻘㻞

㻜㻚㻜㻥㻠㻌㻗㻌

㻜㻚㻜㻥㻠

㻜㻚㻠㻌㻗㻌㻜㻚㻠 㻠㼤㻜㻚㻜㻟㻠 㻠㼤㻜㻚㻟

㻞㻠㻘㻞

㻜㻚㻜㻥㻠㻌㻗㻌

㻜㻚㻜㻥㻠

㻜㻚㻠㻌㻗㻌㻜㻚㻠 㻟㼤㻜㻚㻜㻢

㻟㼤㻜㻚㻡

㻠㼤㻲㻺㻽㻟㻡㻭㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻠㻜㻸㻥㼂㻝㻮

㻞㻥㻘㻞

㻟㻞

㻙

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻠㼤㻜㻚㻜㻟㻠 㻠㼤㻜㻚㻟

㻟㼤㻲㻺㻽㻡㻜㻭㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻠㻜㻸㻥㼂㻝㻮

㻞㻥㻘㻡

㻟㻞

㻙

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻟㼤㻜㻚㻜㻢

㻟㼤㻜㻚㻡

㻠㼤㻲㻺㻽㻟㻡㻭㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻞㻡㻸㻥㼂㻝㻮

㻞㻥㻘㻞

㻟㻞

㻙

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻞㼤㻜㻚㻜㻢

㻞㼤㻜㻚㻡

㻟㼤㻲㻺㻽㻡㻜㻭㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻞㻡㻸㻥㼂㻝㻮

㻞㻥㻘㻡

㻟㻞

㻙

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻟㼤㻜㻚㻜㻟㻠 㻟㼤㻜㻚㻟

㻞㼤㻲㻺㻽㻢㻜㻭㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻞㻡㻸㻥㼂㻝㻮

㻞㻥

㻟㻞

㻙

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻞㼤㻜㻚㻜㻢

㻞㼤㻜㻚㻡

㻟㼤㻲㻺㻽㻟㻡㻭㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻜㻜㻸㻥㼂㻝㻮

㻞㻤㻘㻤

㻟㻞

㻙

㻝㻢㻘㻞

㻜㻘㻜㻣

㻜㻘㻟

㻞㼤㻜㻚㻜㻟㻠 㻞㼤㻜㻚㻟

㻞㼤㻲㻺㻽㻡㻜㻭㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻜㻜㻸㻥㼂㻝㻮

㻞㻤㻘㻥

㻟㻞

㻙

㻞㼤㻲㻺㻽㻟㻡㻭㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻣㻝㻸㻟㼂㻝㻮

㻟㻺㼪

㻡㻜㻴㼦

㻟㻤㻜㻙

㻠㻝㻡㼂

㻹㻭㼄㻚㻌㻡㻜㻴㼦㻌

㻠㻡㻢㼂

㻹㻵㻺㻚㻌㻡㻜㻴㼦㻌

㻟㻠㻞㼂

㻝㻥

㻞㻜

㻙

COMP

OFM

IFM

Voltage

range

Voltage

Hz

Outdoor

Indoor

Unit

combination

restrictions

Power

supply

Symbols

Minimum

Circuit

Ampere

(A)

Maximum

Fuse

Ampere

(A)

Rated

load

amps

[A]

Outdoor

fan

motor

Indoor

fan

motor

Full

Load

Ampere

(A)

Fan

motor

rated

output

[kW]

Notes

The

RLA

is

based

on

the

following

conditions.

Indoor

temperature

27°C

DB

/

19°C

WB

Outdoor

temperature

35°C

DB

Select

the

wire

size

according

to

the

MCA.

Use

a

circuit

breaker

instead

of

a

fuse.

Rated

operating

frequency

[Hz]

The

maximum

allowable

voltage

that

is

unbalanced

between

phases

is

2%.

Compressor

RZQSG

Ͳ

L3/9V1

3D096315C

1

2

3

MCA MFA

RHz

RLA

kW

FLA

kW

FLA

OFM

IFM

FLA

kW

RHz

COMP

༅

MCA

MFA

RLA

2

3

4

༃
༄

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻜㻘㻝㻤㻣

㻝㻘㻡

1

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻟㼤㻜㻚㻜㻤㻥 㻟㼤㻜㻚㻢

㻲㻮㻽㻝㻞㻡㻰㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻞㻡㻸㻥㼂㻝㻮

㻞㻥㻘㻡

㻟㻞

㻤㻜

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻞㼤㻜㻚㻜㻤㻥 㻞㼤㻜㻚㻢

㻟㼤㻲㻮㻽㻟㻡㻰㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻜㻜㻸㻥㼂㻝㻮

㻞㻥㻘㻣

㻟㻞

㻙

㻞㻠㻘㻠

㻜㻘㻞

㻜㻘㻢

㻜㻘㻝㻞㻣

㻝㻘㻜

㻞㼤㻲㻮㻽㻡㻜㻰㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻜㻜㻸㻥㼂㻝㻮

㻞㻥㻘㻝

㻟㻞

㻙

㻝㻢㻘㻞

㻜㻘㻜㻣

㻜㻘㻟

㻞㼤㻜㻚㻜㻤㻥 㻞㼤㻜㻚㻢

㻲㻮㻽㻝㻜㻜㻰㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻝㻜㻜㻸㻥㼂㻝㻮

㻞㻤㻘㻥

㻟㻞

㻡㻟

㻝㻢㻘㻞

㻜㻘㻜㻣

㻜㻘㻟

㻜㻘㻜㻣

㻜㻘㻡

㻞㼤㻲㻮㻽㻟㻡㻰㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻣㻝㻸㻟㼂㻝㻮

㻝㻥㻘㻢

㻞㻜

㻙

㻲㻮㻽㻣㻝㻰㻞㼂㻱㻮

㻾㼆㻽㻿㻳㻣㻝㻸㻟㼂㻝㻮

㻡㻜

㻞㻞㻜㻙

㻞㻠㻜㼂

㻹㻭㼄㻚㻌㻡㻜㻴㼦㻌

㻞㻢㻠㼂

㻹㻵㻺㻚㻌㻡㻜㻴㼦㻌

㻝㻥㻤㼂

㻝㻤㻘㻥

㻞㻜

㻡㻜

COMP

OFM

IFM

Voltage

range

Voltage

Hz

Outdoor

Indoor

Unit

combination

restrictions

Power

supply

Symbols

Minimum

Circuit

Ampere

(A)

Maximum

Fuse

Ampere

(A)

Rated

load

amps

[A]

Outdoor

fan

motor

Indoor

fan

motor

Full

Load

Ampere

(A)

Fan

motor

rated

output

[kW]

Notes

The

RLA

is

based

on

the

following

conditions.

Indoor

temperature

27°C

DB

/

19°C

WB

Outdoor

temperature

35°C

DB

Select

the

wire

size

according

to

the

MCA.

Use

a

circuit

breaker

instead

of

a

fuse.

Rated

operating

frequency

[Hz]

The

maximum

allowable

voltage

that

is

unbalanced

between

phases

is

2%.

Compressor

RZQSG71

Ͳ

125L3/9V1

3D094863B

Summary of Contents for RZQSG-L3/9V1

Page 1: ...Air Conditioning Technical Data RZQSG L3 9V1...

Page 2: ......

Page 3: ...ical data 21 4 Options 25 5 Combination table 26 6 Capacity tables 28 Cooling Heating Capacity Tables 28 Capacity Correction Factor 31 7 Dimensional drawings 32 8 Centre of gravity 34 9 Piping diagram...

Page 4: ...ing R 22 or R 407C technology Guarantees operation in both heating and cooling mode down to 15 C With a gas cooled PCB reliable cooling is guaranteed as it is not influenced by ambient temperature Max...

Page 5: ...01 4 15 4 01 SCOPnet A 4 05 4 19 4 05 Annual energy consumption kWh 2 095 2 564 2 653 Required back up heating cap at design conditions kW 1 25 1 83 1 81 TOL Tol temperature operating limit C 15 Pdh d...

Page 6: ...3 35 2 3 23 2 COP 3 92 2 3 67 2 3 63 2 Annual energy consumption kWh 991 1 418 1 858 Energy label Cooling A Heating A 2 2 Capacity and Power input FCQHG71F RZQSG71L3V1 FCQHG100F RZQSG100L9V1 FCQHG125F...

Page 7: ...15 Pdh declared heating cap kW 6 01 7 79 7 82 COPd declared COP 2 15 2 30 2 38 Power input kW 2 80 3 39 3 29 TBivalent Tbiv bivalent temperature C 7 Pdh declared heating cap kW 6 72 7 10 COPd declared...

Page 8: ...nal efficiency EER 3 50 3 70 3 23 3 21 COP 4 10 4 30 3 75 3 61 Annual energy consumption kWh 970 1 285 1 855 Energy label Cooling A Heating A 2 3 Capacity and Power input FCQG71F RZQSG71L3V1 FCQG100F...

Page 9: ...5 2 07 2 09 Power input kW 3 24 3 71 3 66 TBivalent Tbiv bivalent temperature C 7 Pdh declared heating cap kW 5 60 6 72 7 10 COPd declared COP 2 25 3 21 2 94 Power input kW 2 10 2 42 A Condition 7 C P...

Page 10: ...Annual energy consumption kWh 1 060 1 440 1 870 Energy label Cooling A Heating A B 2 4 Capacity and Power input FVQ71C RZQSG71L3V1 FVQ100C RZQSG100L9V1 FVQ125C RZQSG125L9V1 FVQ140C RZQSG140L9V1 Cooli...

Page 11: ...declared heating cap kW 5 96 7 54 8 07 COPd declared COP 1 72 2 03 2 15 Power input kW 3 46 3 72 3 76 TBivalent Tbiv bivalent temperature C 7 Pdh declared heating cap kW 5 60 6 72 COPd declared COP 2...

Page 12: ...Cold season included No Warm season included No Ecolabel logo No Nominal efficiency EER 3 21 2 81 3 01 COP 3 61 3 41 Annual energy consumption kWh 1 060 1 480 2 135 2 225 Energy label Cooling A Heati...

Page 13: ...P 2 21 Power input kW 3 40 TBivalent Tbiv bivalent temperature C 7 Pdh declared heating cap kW 6 72 COPd declared COP 2 89 Power input kW 2 33 A Condition 7 C Pdh declared heating cap kW 6 72 COPd dec...

Page 14: ...R 3 21 COP 3 51 Annual energy consumption kWh 1 870 Energy label Cooling A Heating B 2 6 Capacity and Power input FUQ71C RZQSG71L3V1 FUQ100C RZQSG100L9V1 FUQ125C RZQSG125L9V1 Indoor unit FUQ100C FUQ12...

Page 15: ...7 60 COPd declared COP 1 73 1 89 1 88 Power input kW 4 00 4 05 TBivalent Tbiv bivalent temperature C 7 Pdh declared heating cap kW 5 60 6 72 COPd declared COP 2 44 2 69 2 62 Power input kW 2 50 2 57 A...

Page 16: ...A 59 64 65 Nominal efficiency EER 3 21 2 65 COP 3 61 3 41 Annual energy consumption kWh 1 060 1 480 2 265 Energy label Cooling A D Heating A B 2 7 Capacity and Power input FHQ71CB RZQSG71L3V1 FHQ100CB...

Page 17: ...Pd declared COP 1 91 2 11 2 19 Power input kW 3 17 3 70 3 58 TBivalent Tbiv bivalent temperature C 7 Pdh declared heating cap kW 6 72 COPd declared COP 2 33 3 22 3 00 Power input kW 2 09 2 24 A Condit...

Page 18: ...or Cooling Nom dBA 55 60 62 Nominal efficiency EER 3 46 3 21 2 89 3 01 COP 4 00 3 61 3 62 3 41 Annual energy consumption kWh 983 1 480 2 075 2 225 Energy label Cooling A C B Heating A B 2 8 Capacity a...

Page 19: ...COPd declared COP 1 73 1 79 Power input kW 4 00 TBivalent Tbiv bivalent temperature C 7 Pdh declared heating cap kW 5 60 6 02 COPd declared COP 2 44 2 89 Power input kW 2 09 A Condition 7 C Pdh decla...

Page 20: ...0 Depth mm 320 Packed unit Height mm 900 1 170 1 610 Width mm 980 1 015 Depth mm 420 422 Weight Unit kg 67 72 74 95 Packed unit kg 71 81 83 104 Heat exchanger Fin Type WF fin Treatment Anti corrosion...

Page 21: ...x m 0 5 Heat insulation Both liquid and gas pipes Refrigerant oil Type FVC50K Charged volume l 0 75 0 9 1 35 Defrost method Pressure equalising Reversed cycle Defrost control Sensor for outdoor heat e...

Page 22: ...with input current larger than 16A and 75A per phase Short circuit power Contains fluorinated greenhouse gases PED assembly category l excluded from scope of PED due to article 1 item 3 6 of 97 23 EC...

Page 23: ...3 3 Split Sky Air RZQSG L3 9V1 21 Outdoor Unit RZQSG L3 9V1 3 Electrical data 3 1 Electrical Data...

Page 24: ...Outdoor Unit RZQSG L3 9V1 3 Split Sky Air RZQSG L3 9V1 22 3 Electrical data 3 1 Electrical Data...

Page 25: ...tead of a fuse Rated operating frequency Hz The maximum allowable voltage that is unbalanced between phases is 2 Compressor RZQSG L3 9V1 3D096315C 1 2 3 MCA MFA RHz RLA kW FLA kW FLA OFM IFM FLA kW RH...

Page 26: ...s Minimum Circuit Ampere A Maximum Fuse Ampere A Rated load amps A Outdoor fan motor Indoor fan motor Full Load Ampere A Fan motor rated output kW Notes The RLA is based on the following conditions In...

Page 27: ...ns RZQSG L3 9V1 Available options for RZQSG models RZQSG71L3V1B RZQSG100L9V1B RZQSG125L9V1B RZQSG140L9V1B Bottom plate heater Twin Triple Double twin Demand adaptor kit KRP58M51 Refrigerant branch pip...

Page 28: ...5 46 3 3 3 3 3 4 9 4 9 4 9 4 9 4 9 4 9 4 9 14 9 14 9 14 9 14 9 5 4 9 5 4 3 5 4 9 5 4 3 5 4 9 5 4 3 5 4 9 5 4 3 1RWHV 7KH FDSDFLWLHV LQ WKH WDEOH DUH FRPELQHG FDSDFLWLHV PXOWLSOH XQLWV RSHUDWLQJ VLPXO...

Page 29: ...3 5 Split Sky Air RZQSG L3 9V1 27 Outdoor Unit RZQSG L3 9V1 5 Combination table 5 1 Combination Table...

Page 30: ...Outdoor Unit RZQSG L3 9V1 6 Split Sky Air RZQSG L3 9V1 28 6 Capacity tables 6 1 Cooling Heating Capacity Tables...

Page 31: ...Y1 Cooling Heating Symbols AFR Air flow rate m min BF Bypass factor EWB Entering wet bulb temperature C WB EDB Entering dry bulb temperature C DB TC Maximum total cooling heating capacity kW SHC Sensi...

Page 32: ...0F FCQG140F FBQ140C FHQG140C FVQ140C FHQ140CB FBQ140D FCQHG140F FCQG140F FBQ140C FHQG140C FVQ140C FHQ140CB FBQ140D Cooling 4 17 4 45 4 44 4 45 4 45 4 45 4 38 Heating 4 29 4 54 4 54 4 54 4 54 4 54 4 56...

Page 33: ...rection Factor HDWLQJ PRGH RROLQJ PRGH 100 95 90 85 80 75 70 65 60 55 50 45 40 35 30 25 20 15 0 5 10 60 65 70 75 80 85 90 95 100 RZQSG71 140 RZQSG71 RZQSG100 RZQSG125 RZQSG140 7 5m 97 7 90 84 3 80 2 9...

Page 34: ...Outdoor Unit RZQSG L3 9V1 7 Split Sky Air RZQSG L3 9V1 32 7 Dimensional drawings 7 1 Dimensional Drawings...

Page 35: ...3 7 Split Sky Air RZQSG L3 9V1 33 Outdoor Unit RZQSG L3 9V1 7 Dimensional drawings 7 1 Dimensional Drawings...

Page 36: ...Outdoor Unit RZQSG L3 9V1 8 Split Sky Air RZQSG L3 9V1 34 8 Centre of gravity 8 1 Centre of Gravity...

Page 37: ...3 8 Split Sky Air RZQSG L3 9V1 35 Outdoor Unit RZQSG L3 9V1 8 Centre of gravity 8 1 Centre of Gravity...

Page 38: ...Outdoor Unit RZQSG L3 9V1 8 Split Sky Air RZQSG L3 9V1 36 8 Centre of gravity 8 1 Centre of Gravity...

Page 39: ...3 9 Split Sky Air RZQSG L3 9V1 37 Outdoor Unit RZQSG L3 9V1 9 Piping diagrams 9 1 Piping Diagrams...

Page 40: ...Outdoor Unit RZQSG L3 9V1 9 Split Sky Air RZQSG L3 9V1 38 9 Piping diagrams 9 2 Piping Diagram Twin Application...

Page 41: ...3 9 Split Sky Air RZQSG L3 9V1 39 Outdoor Unit RZQSG L3 9V1 9 Piping diagrams 9 3 Piping Diagram Triple Application...

Page 42: ...Outdoor Unit RZQSG L3 9V1 9 Split Sky Air RZQSG L3 9V1 40 9 Piping diagrams 9 4 Piping Diagram Double Twin Application...

Page 43: ...LU 7KHUPLVWRU GLVFKDUJH 7KHUPLVWRU KHDW H FKDQJHU 7KHUPLVWRU KHDW H FKDQJHU PLGGOH 7KHUPLVWRU OLTXLG 7KHUPLVWRU VXFWLRQ 6LJQDO UHFHLYHU FLUFXLW LJK SUHVVXUH VZLWFK RZ SUHVVXUH VZLWFK 6LJQDO WUDQVPLVVL...

Page 44: ...R DQG 5 7 7KHUPLVWRU ILQ SEE NOTE 7 36 DUWK OHDNDJH FLUFXLW EUHDNHU P RWWRP SODWH KHDWHU RSWLRQ XVH RZQSG125L9V1 2D089489B N 220 240V 1N 50Hz L NA L N LA F2U F1U Z1F Z1 C N 2 Z6 C N 1 RED BLU GRN YLW...

Page 45: ...Spectrum Z Y s E Z t D K NR0 NR5 NR10 NR15 NR20 NR25 NR30 NR35 NR40 NR45 NR50 NR55 NR60 NR65 NR70 NR75 NR80 NR85 NR90 10 20 30 40 50 60 70 80 90 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 63...

Page 46: ...90 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 63 125 250 500 1000 2000 4000 8000 dBA Sound pressure level dB Octave band centre frequency Hz Z Y s E Z t D K NR0 NR5 NR10 NR15 NR20 NR25 NR30 N...

Page 47: ...Sound Pressure Spectrum Cooling Z Y s E Z W NR0 NR5 NR10 NR15 NR20 NR25 NR30 NR35 NR40 NR45 NR50 NR55 NR60 NR65 NR70 NR75 10 20 30 40 50 60 70 10 15 20 25 30 35 40 45 50 55 60 65 70 63 125 250 500 10...

Page 48: ...0 20 30 40 50 60 70 10 15 20 25 30 35 40 45 50 55 60 65 70 63 125 250 500 1000 2000 4000 8000 dBA Sound pressure level dB Octave band centre frequency Hz D Z Y s E Z W NR0 NR5 NR10 NR15 NR20 NR25 NR30...

Page 49: ...Sound Pressure Spectrum Heating Z Y s E Z W NR0 NR5 NR10 NR15 NR20 NR25 NR30 NR35 NR40 NR45 NR50 NR55 NR60 NR65 NR70 NR75 10 20 30 40 50 60 70 10 15 20 25 30 35 40 45 50 55 60 65 70 63 125 250 500 10...

Page 50: ...0 20 30 40 50 60 70 10 15 20 25 30 35 40 45 50 55 60 65 70 63 125 250 500 1000 2000 4000 8000 dBA Sound pressure level dB Octave band centre frequency Hz D Z Y s E Z W NR0 NR5 NR10 NR15 NR20 NR25 NR30...

Page 51: ...10 20 30 40 50 60 70 10 15 20 25 30 35 40 45 50 55 60 65 70 63 125 250 500 1000 2000 4000 8000 dBA Sound pressure level dB Octave band centre frequency Hz D Z Y s E Z W NR0 NR5 NR10 NR15 NR20 NR25 NR...

Page 52: ...ound Pressure Spectrum Quiet Mode Z Y s E Z W NR0 NR5 NR10 NR15 NR20 NR25 NR30 NR35 NR40 NR45 NR50 NR55 NR60 NR65 NR70 NR75 10 20 30 40 50 60 70 10 15 20 25 30 35 40 45 50 55 60 65 70 63 125 250 500 1...

Page 53: ...3 12 Split Sky Air RZQSG L3 9V1 51 Outdoor Unit RZQSG L3 9V1 12 Installation 12 1 Installation Method...

Page 54: ...Outdoor Unit RZQSG L3 9V1 12 Split Sky Air RZQSG L3 9V1 52 12 Installation 12 1 Installation Method...

Page 55: ...3 12 Split Sky Air RZQSG L3 9V1 53 Outdoor Unit RZQSG L3 9V1 12 Installation 12 1 Installation Method...

Page 56: ...Outdoor Unit RZQSG L3 9V1 13 Split Sky Air RZQSG L3 9V1 54 13 Operation range 13 1 Operation Range...

Page 57: ...is drawn up by way of information only and does not constitute an offer binding upon Daikin Europe N V Daikin Europe N V has compiled the content of this leaflet to the best of its knowledge No expres...

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