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VRV LIFE™ Reference Guide

About Daikin:

Daikin Industries, Ltd. (DIL) is a global Fortune 1000 company which celebrated its 90th anniversary in May 2014. The company is recognized as one of the largest HVAC (Heating, Ventilation, Air Conditioning) manufacturers in the world. DIL is primarily engaged in developing indoor comfort products and refrigeration systems for residential, commercial and industrial applications. Its consistent success is derived, in part, from a focus on innovative, energy-efficient and premium quality indoor climate and comfort management solutions.

TABLE OF CONTENTS

INTRODUCTION Features and Benefits of VRV ...........................................6

Inverter Driven Compressors ...........................................8

First VRV with Dual Fuel Capabilities ...............................9

Capacity Range & Operating Limits ...............................10

Nomenclature ..................................................................16

SYSTEM SELECTIONIndoor Unit Range ...........................................................20

Indoor Unit Consideration ...............................................22

Controls ...........................................................................30

DESIGN AND APPLICATIONS Residential Single Story ..................................................34

Residential Two Story .....................................................38

Installation Considerations ..............................................40

Heat Pump Changeover ..................................................47

Auxiliary Heat ..................................................................49

Refrigerant Piping Design ...............................................52

Power Wiring ..................................................................55

GENERAL EQUIPMENT SPECIFICATIONS ODU (Outdoor Unit) and IDU (Indoor Unit) Capacities ...58

Pipe Sizes ........................................................................61

Electrical ..........................................................................62

Tips & Consideration .......................................................66

Further Documents & Data .............................................67

Introduction

6

73º

73º

69º

OFF

Features and Benefits

VRV Heat Pumps are a highly efficient method of conditioning a space. Daikin invented the technology in 1982. Refrigerant matched precisely with the load, rather than water or air, is used to transfer heat within the room.

» Simplified Installation: A simple modular design allows for quick and easy installation often within a day’s work.

» Scalable Design: The modular design of VRV systems allows for the flexibility of simplified future expansion.

» Quiet Operation: Standard low operating sound levels for undisturbed home comfort.

» Year Round Comfort: Wide range of operation with heat pump heating down to -4º F, connection of gas furnace for colder climates, and cooling up to 122º F.

» Individual Comfort: Personal comfort control in each room or zone. » Total Zone Control: Cool or heat only the rooms needing indoor comfort.

» Daikin residential (RXSQ) VRV LIFE™ systems are AHRI certified in accordance with Standard 210/240 for unitary air-conditioning and air source heat pump equipment.

7

Inverter Driven Compressors allow for energy savings using only the system capacity needed to heat or cool the space.

1st First VRF with Gas Heat Option

Low Pressure Loss Bellmouth with Aero Spiral Fans

Continuous Gas Heating During Defrost and Oil Return

Simultaneous Gas and Heat Pump Heating

Compact Space Saving Design

Reuse Existing Refrigerant Piping

Configurable & Auto Changeover to Gas Heat

Seamless Integration with Daikin Controls

INTRO

DUCTIO

N

8

Inverter Driven Compressors

The inverter driven compressor is the heart of Daikin’s VRV system to help maximize energy savings. Daikin’s inverter technology is responsible for delivering intelligent comfort, at a variable capacity, with efficiency, based on demand.

Variable Capacity OutputDaikin’s inverter driven compressors will only provide the required amount of refrigerant needed to meet the capacity demand. Daikin inverter technology helps systems run at an energy-conserving level, despite the climate conditions, by making slight adjustments to the compressor’s speed. Daikin inverter systems will reach the desired temperature faster and maintain a more constant temperature compared to traditional

ON/OFF systems. It will not frequently start and stop the “old fashioned way” just as a car is more efficient and comfortable traveling on a highway than it is in stop-and-go city traffic.

Less Energy ConsumptionWith an inverter driven compressor, average energy savings of 30% are easily obtainable, when compared to traditional DX systems.

Efficient Part Load PerformanceDaikin’s inverter driven VRV system operates most efficiently in part load conditions. A VRV LIFE™ system will operate most of the time at part load conditions. (A typical VRV system will run 3/4 of its operating hours at less than 70% of full capacity.)

Desired speed

Time

spee

d

75%

30%

9

First VRV for Residential Applications

World’s 1st VRV System is Developed – 1982

1986 – Daikin Group of Company’s 1st Gas Furnace

1st VRV Single Phase VRV – 2003

Since 1925 Industry Leading Product

Development And Innovation

Over 45+ million inverters produced globally

Over 11+ million furnaces produced

First VRV with Dual Fuel Capabilities

Daikin has continued on the path of continuous innovation with the VRV LIFE™, optimized for residential applications.

Daikin’s VRV LIFE includes several new beneficial features. Not least, the first VRV heat pump system that can pair with a gas furnace.

10

20

30

40

50

60

70

80

90

100

110

120

60 70 80

122

23

Ran

ge

for

Pull

Dow

n O

per

atio

n

Ran

ge

for

Op

erat

ion

50 90

Indoor Temperature (ºFWB)

Out

door

Tem

pera

ture

ºFD

B

-10

0

10

20

30

40

50

60

60 70 80

-4

Indoor Temperature (ºFWB)50 90

Ran

ge

for

War

m

Up

Op

eara

tio

n

Ran

ge

for

Op

erat

ion

Out

door

Tem

pera

ture

ºFD

BCapacity Range & Operating LimitsOutdoor Unit (ODU) Range

Heat Pump Operation Ranges

Capacity MBH(Tons) Power Supply Max #

IDU*Dimensions

(HxWxD) ODU Appearance

24 (2)

1/208-230/60Hz

4

39 x 37 x 12-5/8

36 (3) 6

48 (4) 8

60 (5) 9 52 15/16 x 35 7/16 x 12-5/8

*Total capacity index of connectable indoor units is 50-130%

Heating Cooling

Warm Up/Pull Down Operation: prolonged periods of not conditioning the space, or setback periods, may result in entering air conditions (EAC) at the indoor unit (IDU) in these “warm up” and “pull down” ranges. Actual continuous operation EAC’s should fall within the “range for operation” temperatures.

11

A

BC

D

Receiver

Liquid Line Max (ft) RXSQ24-36 RXSQ48-60

AVertical Separation ODU & IDU (above & below) 98 98

B Vertical Separation IDU & IDU 33 49

C+D Actual Piping length 100 100

C+D Equivalent Piping Length 125 125

CActual Piping Length After 1st RefNet 100 100

- Total Piping Length 328 492

DPermissible to reuse an existing main line set only. See following refrigerant piping section for requirements.

Refrigerant Piping Limitations

Equivalent Piping length: includes total actual pipe length plus the equivalent straight piping length associated with each fitting or bend. Note: lengths are based on liquid line length not gas and liquid

12

Capacity Range & Operating LimitsRefrigerant Piping Connections

Main Liquid Line

To Other VRV IDU (s)

Standard pipe sizes are recommended. However, there are applications where larger sized refrigerant lines exist due to previously installed HVAC systems. Replacement of existing refrigerant lines can pose challenges, VRV LIFE™ systems can be configured to re-use these refrigerant lines. See the table below for allowable connection sizes. See ODU installation manual for field settings when using non-standard sizes.

TonsLiquid Gas

3/85/8 ¾ 7/8 11/8

2 • •® ¡

3 • • ¡® ¡

4 • • ¡ ¡® ¡

5 • • ¡ ¡®•Standard Size, ¡Available, ®Used for rating of CXTQ pair connection

Refrigerant Piping InsulationIt is recommended that both the liquid and gas refrigerant lines are insulated. Liquid line insulation is imperative in the following situations:

» If it is intended to operate the system at reverse ambient temperatures (ex. Cooling: outdoor temp<indoor temp).

» If the ODU(s) is above the IDU(s) In applications with existing liquid main line sets, insulation may be excluded provided the conditions above do not apply.

» However accessible portions and portions located outside must be insulated.

A field setting is required based on gas pipe size and liquid line insulation (See installation manual). Factory Default Setting:

– Gas Pipe = >standard – Liquid pipe = insulated

13

Communication Wiring

A

B

F

E

H

G

P1-P

2

Communication wiring should have the following characteristics.

» 18 AWG (16 AWG is permitted if necessary) » 2 Strand » No Polarity » No Sheilding

Communication Wiring Max Length (ft) RXSQ

A to B Linear Length 984Total Length 1968

G to H Total Length 1640

F to E (factory supplied cable) Total Length 4

VRV Communication Language = DIII-Net (16 VDC, 2 wire daisy chain)

Note: if shielded cable is used, one end of each connect should remain unearthed

14

Capacity Range & Operating LimitsAllowable Configurations

A liquid receiver tank (BHL-02A) is required when a G/F & A-coil are combined with traditional VRV IDU(s) (except draw through applications)

Only one G/F can be combined with traditional VRV IDU(s)

When the system is in cooling mode, simultaneous G/F heating is not available

Combining traditional VRV IDU(s) with multiple gas furnaces is not allowed

Simultaneous G/F and heat pump heating operation is not available

A maximum of two gas furnaces per system is allowed

The vast majority of traditional VRV IDU(s) are available for use on the RSXQ

VRV Indoor Units and Gas Furnace

VRV Indoor Units and Gas Furnace (Draw Through)

Multiple Gas Furnaces

VRV Indoor Units

Receiver

Draw Through Installation

15

Connection Ratio

Both indoor and outdoor units have a capacity index number and the connection ratio is defined as the ratio of these two numbers.

Example: Both indoor and outdoor units have a capacity index number and the connection ratio is defined as the ratio of these two numbers.

» 2 x FXMQ36PB connected to 1 RXSQ60T = 72 / 57 = 1.26 » Therefore the Connection ratio = 126%

The maximum connection ratio on VRV LIFE™ systems (RXSQ) is 130%.

Total Sum of IDU Index Numbers ÷ ODU Index Numbers = CONNECTION

RATIO

IDU Size 5 7 9 12 15 18 24 30 36 42 48 54 60

IDU Capacity

Index5.8 7.5 9.5 12 15 18 24 30 36 42 48 54 60

ODU Size MBH (Ton) ODU CI Minimum Required IDU CI (50% CR)

Maximum Allowed IDU CI (130% CR)

24 (2) 24 12 31.236 (3) 36 18 46.848 (4) 48 24 62.460 (5) 57 28.5 74.1

16

Nomenclature

FX M Q 24 P VJ U

Standard Compatibility Symbol Indoor Unit Category

FX: VRV system indoor unit U: United States of America

Indoor Unit Type Power Supply SymbolM: Concealed ceiling ductedD: Slim concealed ceiling ductedA: Flat panel wall mountH: Ceiling suspendedL: Floor mountedN: Concealed floor mounted T: Multi-position AHUZ: 4-way ceiling mounted cassetteF: Round-flow ceiling mounted cassetteU: Under ceiling mounted cassetteE: Single-flow ceiling mounted cassette Refrigerant Type

VJ: 1 phase, 208/230V, 60 Hz

Series/Design ChangeMajor design change

Nominal Cooling CapacityExample: Btu/h Tons

24=24,000 (2) 60=60,000 (5)

Q: R-410A

CX T Q 24 TZ SBL U

Standard Compatibility Symbol Indoor Unit Category

FX: VRV Cased Coil U: United States of America

Indoor Unit Type Power Supply SymbolT: Multi-position AHU SBL: 1 phase, 120V, 60 Hz

Refrigerant Type Series/Design Change

Q: R-410A Revision Series


24=24,000 (2) 60=60,000 (5)

VRV Indoor Units

Cased Upflow/Downflow A-Coil

17

Nomenclature (cont.)

Outdoor Units

Gas Furnace

D M 96 V C 060 3 B N A A

BrandDaikin

Configuration

M: Upflow/Horizontal D: Downflow/Horizontal

Minor RevisionsAFUE

97 – 97-98% AFUE 96 – 96% AFUE 80 - 82% AFUE

A: Initial Release B: 1st Release

Major Revisions

Gas Valve

A: Initial Release B: 1st Release

M: Modulating H: Convertible Two-Stage V: Two Stage S: Single Stage

NOxN: Natural Gas A: Low Nox

Motor Cabinet WidthC: Variable Speed ECM V: Two Stage S - Single Stage

A: 14" C: 21" B: 17½" D: 24½"

MBTU/h Maximum CFM040 - 40,000 BTU/h 100 - 100,000 BTU/h060 - 60,000 BTU/h 120 - 120,000 BTU/h080 - 80,000 BTU/h

2 - 800 CFM3 - 1200 CFM4 - 1600 CFM5 - 2000 CFM

R X S Q 24 TA VJ U

Unit Category

Standard Compatibility Symbol

R: Outdoor Unit

Unit TypeX: Heat Pump U: United States of America

Product Type Power Supply SymbolS: Single Family VJ: 1 phase, 208/230V, 60 Hz

Refrigerant Type Series/Design ChangeQ: R-410A Revision Series


24=24,000 (2) 60=60,000 (5)

System Selection

20

TYPE MODEL BUILT-IN / OPTION

A-COILCXTQ

24 36 48 60

GAS FURNACES DM/DC

40 60 80 100 120

MULTI POSITION AHUFXTQ

9 12 18 24 30 36 42 48 54 60

ROUNDFLOW (3’ x 3’) CASSETTEFXFQ

7 9 12 15 18 24 30 36 48

VISTA™ (2’ X 2’) CASSETTEFXZQ-T

5 7 9 12 15 18

1 WAY FLOW CASSETTEFXEQ

7 9 12 15 18 24

4 WAY FLOW UNDER CEILING FXUQ

18 24 30 36

1 WAY FLOW UNDER CEILINGFXHQ

12 24 36

WALL MOUNTEDFXAQ

7 9 12 18 24

FLOOR MOUNTEDFXLQ

7 9 12 18 24

Indoor Unit RangeSizes & Accessories Available of all IDU’s

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mp In

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21

TYPE MODEL BUILT-IN / ADD ON

CONCEALED FLOOR MOUNTEDFXNQ

7 9 12 18 24

LOW STATIC SLIM CEILING DUCTED

FXDQ

7 9 12 18 24

MEDIUM STATIC CEILING DUCTED

FXSQ

5 7 9 12 15 18 24 30 36 48 54

HIGH STATIC CEILING DUCTED

FXMQ-P

7 9 12 15 18 24 30 36 48 54

AccessoriesThe best location to find a list of all available accessories (for every unit type & size) is via WEBXpress: Click on the ‘options’ link located at the bottom of the IDU ‘properties’ window, to reveal the following page:

Example Options Page

SYSTEM SELECTIO

N

22

Indoor Unit ConsiderationsGas Furnace & VRV A-Coil

Daikin compatible gas furnace paired with a VRV A-Coil (up-flow & down-flow)

» The A-Coil (CXTQ) is powered by the gas furnace via a factory supplied 24V transformer

» The gas furnace is controlled by the CXTQ over ClimateTalk (4’, 24 VDC, 4-wire factory supplied communication cable)

» Critical Gas Furnace error codes are transmitted & displayed on controller (Minor errors indicated as error code AA)

» The A-coil may be installed in a draw through configuration (suction side of the furnace).

– A P-trap on the condensate line is necessary in draw through applications to prevent air from being drawn back through the line

Up-Flow

Down-Flow

A-Coil

Drain Connection

Positive Liquid Seal Required

at Trap

2"

"

Min

3 Min

23

» CXTQ Insulation kit – To prevent drain pan “sweating”, a coil insulation kit (DPICX) is recommended in applications where operating conditions may exceed 80% RH.

CXTQ Pressure Drop Data

Drain Pan Insulation KitA-Coil CXTQ24 CXTQ36 CXTQ48 CXTQ60

Kit # DPICX-B DPICX-C DPICX-D

0

0.05

0.10

0.15

0.20

0.25

0.30

0.35

0.40

0.45

0.50

400 600 800 1000 1200 1400 1600 1800 2000

Air Flow (SCFM)

CXTQ Wet

CXTQ24 Dry

CXTQ36 Wet

CXTQ36 Dry

CXTQ48 Wet

CXTQ48 Dry

CXTQ60 Wet

CXTQ60 Dry

CXTQ_TA Presssure Drop

Pres

sure

Dro

p (in

W.C

.)

24

» Integrated auxiliary electric heat (3kW-25 kW) » Optional factory provided disconnect available » Standard auxiliary heat logic

Up-Flow » No field modifications are mandatory » To maintain maximum efficiency remove the horizontal drip shield, side drain pan, and drain pan extension

Down-Flow » Additional downflow kit (DFK) required » Rotate cabinet/blower assembly 180º and remove and flip A-coil

» Drain pan extension must be removed, horizontal drip shield and side drain pan may also

Horizontal Left » Factory standard configuration » No field modifications necessary

Horizontal-Right » Rotate cabinet/blower assembly 180º and remove and flip A-coil

» Drain pan extension must be removed

Removable Drain Pains / Drip Shield

Indoor Unit ConsiderationsMulti-Position Air Handling Unit (FXTQ)

25

Concealed Model Size Height Max ESP

DC_/DM_DM80VC 333/8"

0.5"All others 34½"

CXTQ24 ~ 36 221/16"

NA48 ~ 60 301/16"

FXTQ

09 ~ 36 45"

0.9"42 ~ 48 531/3”

54 ~ 60 58"

FXNQ 54 ~ 60 24" Minimal

Considerations: » Is there an existing centralized forced air system? » Does the homeowner prefer not to see the units? » Is heating the primary requirement?

Application Examples

DC_/DM_

CXTQ

FXTQ

Furnace Retrofit – Closet Space

Attic

FXNQ Perimeter Heating - Hallways

CONCEALED UNITS offer the opportunity to hide away the equipment when there is no ceiling void but the homeowner does not wish to use exposed units or else has similar equipment existing and sees the benefit of retro fitting with minimum disruption and expense.

26

Concealed Model Size Height Air Throw

FXZQ All 1113/16"12 ft

(per outlet)

FXFQ

07 ~ 30 911/16" 14 ft

(per outlet)36 ~ 48 115/16"

FXUQ

18 ~ 24 71316"

14 ft (per outlet)

30 ~ 36 71316"

16 ft (per outlet)

FXEQ 07 ~ 24 111/16" 15 ft

*less than 10 inches in void space

Considerations: » Is there a ceiling void space? » What is the height of the void space? » How far are the ceiling joists spaced?


FXZQ

FXFQ

FXUQ

FXEQ

Small rooms – 2' joist spacing

Large open plan areas – shallow void space

Restricted or no void spaces

Bedrooms, hallways

CASSETTE UNITS provide the best combination of economic installation with a good level of flexible project design


27

Ducted Model Size Height Standard Max ESP

FXDQ07 ~ 30

117/8"0.04" 0.12"

07 ~ 30 0.06" 0.17"

FXSQ05 ~ 12

911/16"0.20" 0.60"

15 ~ 54 0.40" 0.60"

FXMQ-P

07 ~ 30

1113/16"

0.20" 0.40"

36 ~ 48 0.40" 0.80"

07 ~ 30 0.40" 0.56"

Considerations: » Is there a ceiling void space? » What is the height of the void space? » What level of ESP is likely to be required? » What level of control is required?


FXMQ-P

FXDQ

FXSQ

Most applications – multiple room zoning

Bulkheads, small rooms

Bulkheads – Hotels – Assisted Living

DUCTED units offer the ultimate in flexibility of design, air distribution and integration of ventilation

28

Ducted Model Size Air Throw

FXHQ All 20 FT.

FXAQ All 13 FT.

FXLQ All 7 FT.

Considerations: » How big is the space? » Where can the unit be located? » Is piping/condensate run clear? » Is the home owner accepting of exposed units?


FXHQ

FXAQ

FXLQ

Restricted void spaces

Bedrooms, garage, small rooms

Perimeter heating

EXPOSED units often offer the home owner the most economical installed cost solution on a VRV LIFE™ system. These types of units are ideal for applications that do not have a ceiling void available or the attic does not allow for a viable duct run. Exposed units are common in historic homes or applications where minimal reconstructive work is desired.


29

Gas Furnace CXTQ

Type Series Model CXTQ24TA CXTQ36TA CXTQ48TA CXTQ60TA

Up

flo

w F

urn

ace

DM80VC(2-stage –

80% AFUE)

DM80VC0604BNA ¡ ¡ ¡

DM80VC0803CNA ¡

DM80VC0805CNA ¡ ¡

DM80VC0805DNA ¡

DM80VC1005CNA ¡ ¡

DM96VC(2-stage –

96% AFUE)

DM96VC0403BNA ¡ ¡

DM96VC0603BNA ¡ ¡

DM96VC0803BNA ¡ ¡

DM96VC0804CNA ¡

DM96VC1005CNA ¡ ¡

DM96VC1205DNA ¡

DM97MC(Modulating –

97% AFUE)

DM97MC0603BNA ¡ ¡

DM97MC0803BNA ¡ ¡

DM97MC0804CNA ¡

DM97MC1005CNA ¡ ¡

DM97MC1205DNA ¡

Do

wn

flo

w F

urn

ace

DC80VC(2-stage –

80% AFUE)

DC80VC0805CXA ¡ ¡

DC80VC1005CXA ¡ ¡

DC96VC(2-stage –

96% AFUE)

DC96VC0403BNA ¡ ¡

DC96VC0603BNA ¡ ¡

DC96VC0804CNA ¡

DC96VC1005CNA ¡ ¡

DC96VC1205DNA ¡

DC97MC(Modulating –

97% AFUE)

DC97MC0603BNA ¡ ¡

DC97MC0803BNA ¡ ¡

DC97MC0804CNA ¡

DC97MC1005CNA ¡ ¡

Indoor Unit ConsiderationsGas Furnace & A-Coil Compatibility Matrix

30

ControlsBRC1E73 Navigation Controller

Optional Face Decals

The navigation controller provides advanced comfort with as little or as much control as your home desires. Choose from an advanced or simplified display or one of the optional face decals for comfort in a minimal, sleek design.

Single Setpoint Face Decals for Simplified Display

Advanced Display Simplified Display

Dual Setpoint Face Decals for Simplified Display

BR

C1E

72RM

BR

C1E

72RM

2

BR

C1E

72RF

BR

C1E

72RF2

BR

C1E

72MF

BR

C1E

72MF2

31

Fan Speed

Operation Mode

Operation Mode Selector

Room Temp

Menu Navigation

Fan Speed Control

Control

Current Date/Time

Set point

Backlit Display

On/Off

Menu/OK

Cancel

Advanced Control Function

A major feature is the ability to have a single ducted unit serve two areas and still provide individual control to the users in both zones.

The controllers operate on the basis of last command priority.

» 7 day ScheduleUp to 5 actions per day (7 days, 5+1+1,5+2, everyday), Off timer (from 30 mins to 3 hours)

» Temperature LimitingConfigurable upper & lower limit restriction for the occupied cool and heat setpoints

» Control LockoutAbility to restrict all or some of the buttons. Ability to limit operation mode selection

» Run-On TimerAllows a unit to be turned on, outside time clock settings, for an extended period

» Dual setpointsFor both occupied and unoccupied (setback) period

» Auto cool/heat changeover

» Automatic adjustment for Daylight Saving Time (DST)

» Temperature sensor with configurable offset

32

ControlsWireless Controller

A wireless controller is available for use with IDU. Wireless controllers are often used in bedrooms or zones that do not see frequent multiple occupants.

Remote Temperature Sensors:Most applications do not require the use of a remote temperature sensor. Typically an IDU will use an internal return air temperature sensor or the sensor on the navigation remote control for feedback to condition the space.

However, there are applications in which the unit may not have a return air sensor and/or the navigation control location is not ideal for temperature sensing. These applications require the use of a remote temperature sensor.

Note: The FXTQ and the CXTQ must use the navigation control or a remote temperature sensor (KRCS01-2UA) as they do not have a return air sensor within the unit

Operation: » Start/Stop » Operation Mode » Temperature Setpoint (60º F - 90º F)

» Fan Speed » Airflow Direction

Monitoring: » Status » Malfunction Flashing » Malfunction Content » Operation Mode » Temperature Setting » Fan Speed » Airflow Direction

Design & Application

34

Repurposed Main Line Set

Sample System

3/8 x 5/8

RXSQ24DM97MC0603B BRC1E73

CXTQ24

Residential Single Story Single Zone Ducted

This single zone ducted example serves as an excellent example of a single floor home with an existing centralized forced air system that has been retrofitted to include the Daikin gas furnace and A-Coil, allowing homeowners to realize the attributes of a VRV system while reusing their existing infrastructure.

Kitchen

Garage

Bedroom

Bedroom

Bedroom

Bath

Bath

Closet

Closet

Closet

Dining

Laundry

Living

35

DESIGN

& APPLICATIO

N

Two Zones & Tempered Garage

Similar to the previous single zone example this layout reuses the existing ductwork while also providing enhanced comfort control in a key zone, the master bedroom. Additionally a wall mounted ductless unit has been included in the garage for comfortable working conditions for homeowners who may use the garage as a working space.

Sample System

RXSQ48

KHRP26A22T9

DM97MC0803B

BRC1E73

FXMQ18 (Master Bed)FXAQ07 (Garage)

BRC1E73

BRC1E73

(Commons & Beds)

KHRP26A22T9

BHL-02A

3/8 x 5/8

3/8 x 5/81/4 x 1/2

1/4 x 1/2

3/8

x 5/

8

Kitchen

Garage

Bedroom

Bedroom

Bedroom

Bath

Bath

Closet

Closet

Closet

Dining

Laundry

Living

36

Sample System

RXSQ48

KHRP26A22T9KHRP26A22T9

BRC1E73

BRC1E73

BRC1E73

BRC1E73

FXNQ07 (Bed)

FXMQ30 (Common Areas)

FXNQ07 (Bed)

FXMQ12 (Master Bed)

KH

RP

26A22T

9

3/8 x 5/8

3/8 x 5/8 3/8 x 5/83/8 x 5/8

1/4 x 1/2

1/4 x 1/2

1/4 x 1/2

Kitchen

Garage

Bedroom

Bedroom

Bedroom

Bath

Bath

Closet

Closet

Closet

Dining

Laundry

Living

In some applications the VRV LIFE™ system can also be used as a 100% heat pump system without the need for auxiliary heat. This single floor example shows a four zone system using a mix of ductless (concealed floor

mounted units) and ducted (concealed ducted units) for a modern and efficient solution to heating and cooling a home.

Residential Single Story Four Zones Mixed

37

Sample System

KHRP26A22T9

3/8 x 5/8

3/8 x 5/8

3/8 x 5/8

(First Floor)

DM96VC0403B

DM96VC0603B

BRC1E73

BRC1E73

(Second Floor)

CXTQ24

RXSQ48

CXTQ36

Kitchen

Garage

Media

Bath

Dining

Laundry

Living

Bedroom Bedroom Bedroom

Guest Bedroom Bath

CL CL

Bath

Entrance

Two Zones Ducted

Similar to the single floor example a two story home with an existing centralized forced air system for both upstairs and downstairs can be retrofitted to include a Daikin gas furnace and VRV A-Coil.

38

Kitchen

Garage

Media

Bath

Dining

Laundry

Living

Bedroom

Bedroom

Bedroom

Guest Bedroom Bath

CL CL

Bath

Entrance

Sample System

RXSQ60

KHRP26A22T9KHRP26A22T9

BRC1E73

BRC1E73

CXTQ36

DM97MC0603B(First Floor)

BRC1E73

FXAQ09 (Garage)

FXMQ15 (Bedrooms)

FXMQ12 (Master Bed)

KH

RP

26A22T

9

3/8 x 5/83/8 x 5/8

3/8 x 5/8

3/8

x 5/

8

1/4 x 1/2

1/4 x 1/2

1/4 x 1/2BRC1E73

BHL-02A

Residential Two Story Three Zones & Conditioned Garage

In this example a centralized forced air system has been retrofitted with a Daikin gas furnace and VRV A-coil for the first floor. The second floor is utilizing concealed ducted units for a distributed zoned ducted solution.

39

Sample System

DM97MC0603B

First FloorCXTQ36

KHRP26A22T9 KHRP26M22H9

RXSQ60 BHL-02A

BRC1E73

FXNQ07 (Bed)

FXNQ07 (Bed)

FXNQ07 (Bed)

FXZQ12 (Master Bed)

3/8 x 5/8

3/8 x 5/8

3/8

x 5/

8

1/4 x 1/2

1/4 x 1/2

1/4 x 1/2

1/4 x 1/2Kitchen

Garage

Media

Bath

Dining

Laundry

Living

Bedroom

Bedroom

Bedroom

Guest Bedroom Bath

CL CL

Bath

Entrance

Five Zones Mixed

In this example the first floor’s existing central forced air system has been retrofitted with a Daikin G/F & A-Coil and paired with a ductless solution for the second floor.

40

4(100) or more

20(500) or more

Installation Considerations

Outdoor Unit Installation SpaceThe three primary criteria to consider when installing the ODU are Air Starvation, Short Circuiting, and Service Space.

Be sure to consider environmental effects such as wind and snow that can potentially impact performance of the ODU.

Required service clearances for common standalone ODU configurations are shown below. For further details and example configurations please refer to the installation manual.

Obstacle on the suction side only Obstacle on the discharge side only

Inch (mm)

41

20(500)

or less

20(500)

or less

40(1000) or more

40(1000) or more

40(1000) or more

4(1000) or more 4(1000) or more

4(1000) or more

40(1

000)

or m

ore

20(500)

or more

20(500) or more

6(150) or more

6(150)

or more

6(150) or more

inch(mm)

Obstacle on the suction, left, and right side

Obstacle on the discharge side and above

Obstacle on the discharge, left, and right side

Obstacle on the suction side and above

Inch (mm)

Inch (mm)

42

Headwind

Headwind

CloseObstruction

(5” Clearance)

Air Adjustment Grille(P/N KPW5E112)

SnowApplications


Snow ExposureWhen installing the ODU in a location frequently exposed to snow consider the following:

» Elevate the foundation as high as possible

» Attach a snow hood (field supplied)

» Remove the rear inlet grille to prevent snow from accumulating on the rear fins

Strong Wind ExposureStrong winds (≥11 mph) may force recirculation of exhaust air into the inlet resulting in a deterioration of the system performance and possible increased frost formation in heating mode. Consider wind effects when placing the outdoor unit and using a wind baffle.

ODU Model Wind Baffle Model

RXSQ24TA-RXSQ48TA KPW5E112

RXSQ60TA KPW5E80 x 2

Indoor Installation of ODU It is permissible to install the ODU indoors if it is necessary. The same space rules apply as in enclosed areas. Airflow must not be restricted. Each unit has a maximum static pressure of 0.10" W.C.

Short circuiting and air starvation must also be addressed.

43

7.91”

17.79”

8.61”

2.33”

3.03”

Receiver Tank Kit InstallationA receiver (liquid refrigerant tank) is required in applications where the RXSQ is connected to both a gas furnace and other VRV IDUs.

The receiver kit (BHL-02A) ships from the factory in a sheet metal enclosures. The refrigerant tank is independent of refrigerant flow direction. Either one of the 3/8” connections can be connected to the liquid connection on the ODU.

Adhere to the following installation guidelines:

» Install the tank in the nearest and most convenient location to the ODU near the liquid service valve. The tank can be oriented to the front, rear, or side of the ODU.

» Refer to the ODU installation manual for clearance and service space around the ODU.

» If necessary use fasteners on the base.

» There is no specific required distance between ODU and the tank.

44

Side View

24”

Fro

nt

Side View

Front24”


Indoor Unit Installation SpaceThe primary minimum required clearances for common indoor units are displayed in the following section. All dimensions are listed in inches. For complete, further details, installation patterns, and exact minimum clearances refer to the applicable installation manual.

Multi Position AHU (FXTQ)

Vertical Installation

Horizontal Installation

45

Front View

12" 12"*

Control Box Side View 9½”

13/16"

Floor Surface

100"

Side View25”

12”

Floor Surface

99”

Top View

18”

28”

Service Space

Refrigerant Connections

Top View

6”6”

40”

Front Side

¾”

Slim Ducted Ceiling Concealed (FXDQ)

DC Ducted Ceiling Concealed (FXMQ)

Concealed Floor Mounted (FXNQ)

46

Front View

3-5/8”

Floor Surface

99”

2” 2”

Side View

Obstruction

1¼”≤ 4¾”

100”

60”60” 60”

High Ceiling Installations


Flat Panel Wall Mounted (FXAQ)

4-Way Ceiling Mounted Cassette (FXZQ)

47

Heat Pump Changeover

Return AirSensor

AUTO CHANGEOVERvia Master Unit

MANUAL CHANGEOVER

via MasterController

MasterController

MasterUnit

There are four ways to provide heat/cool changeover on a VRV LIFE™ system.

Master UnitThe simplest way to address heat/cool changeover automatically is to nominate a master unit. When the unit’s return air sensor measures outside the temperature set point limitation, the unit switches itself and all other units on the system to the different mode.

Master ControllerSimilar to the previous option except mode selection is made manually by a designated master controller. Again, all other units on the system will switch mode in unison.

Note: A common pitfall is to elect an area that is not in constant use or has no easy access to all occupants (bedroom). In both applications above, if the unit isn’t running then mode change is not possible without manual intervention.

48

Heat Pump Changeover

AmbientSensor

AUTO CHANGEOVERvia Master Unit

MANUAL CHANGEOVER

Summer/Winter SwitchA Daikin supplied switch is attached to “ABC” terminals on the outdoor unit to allow manual change over from a central location. This is common in applications that usually require year round cooling.

3rd Party Ambient SensorThis option was developed to provide an automatic version of summer/winter switch previously described. A remote ambient sensor will dictate when mode change occurs. Although possible, it is an option rarely seen on residential applications.

Summary: With ALL changeover options, when a system mode is changed, the indoor units on the system are not forced into heating or cooling. If there is no demand in the room for the mode that has been selected, the unit(s) will run in fan only mode.

49

Auxiliary Heat

Covered by VRV

Hea

tin

g L

oad

Outdoor TemperatureA

lternative H

eat

Spare VRV Capacity

Coldest Day of the Year

Balance Point

Available ODU Capacity

Heating Requirement

Covered by VRV

Hea

tin

g L

oad

Outdoor Temperature

SHSpare VRV Capacity

Coldest Day of the Year

Balance Point

Available ODU Capacity

Heating Requirement

VRV LIFE™ systems (RXSQ) can provide heat pump heating with ambient temperatures as low as -4º F. However, it may be necessary to incorporate an auxiliary heat source to avoid oversizing the ODU to meet a low design day temperature or for heating in temperatures below -4º F. The switchover point from VRV heating to auxiliary heating is typically based on a balance point considering several factors such as climate, load, available capacity, fuel/system cost, and environmental impact.

VRV + Alternative Heat

VRV + Supplemental Heat

A gas furnace in a VRV system is considered an alternative heat method. At the switchover temperature the system switches over from entirely VRV heating to entirely gas furnace heating.

An electrical coil downstream of an indoor unit is considered a supplemental heat source. The electrical coil works in conjunction with the VRV system to provide heating beyond the balance point.

50

Hea

tin

g L

oad

(M

BH

)

Ambient Temperature (ºF)

10

20

30

40

50

60

70

80

90

-10 0 10 20 30 40 50 60

Heating Load Line Total

15º F

Heating Load Line Gas furnaceHeating Load Line Heat Pump

70 80

RXSQ60

RXSQ48

RXSQ36

20º F

25º F

Auxiliary Heat

Gas Heat vs Heat Pump Auto Changeover VRV LIFE™ systems are capable of auto switchover from heat pump heating to gas heat at a gas furnace ambient engage temperature (balance point). A recommended switchover temperature is calculated in the WebXpress selection software and is configured at the ODU.

» Balance point: (G/F Engage Temp) is a field setting on the ODU, calculated balance point must correspond to valid field setting (2-14)

» Heat load: linear approximation from inputted heat load at design day and defined zero load ambient temperature (WebXpress Setting)

WebXpress Balance Point Example Calculation:

Gas Furnace VRV IDU 1 VRV IDU 2 Total VRV IDU

Design Heating Load 60,000 12,000 12,000 24,000

Design Heating Ambient (F)

-15 -4

Zero Load Ambient (F) 65 – – –

Note: ODU is sized based on cooling, alternative selections allow for shifting balance point.

51

Auxiliary Heat

Heat Pump Heat

Gas Furnace Heat

Gas Furnace Release Differential(10º F Default)

Gas Furnace AmbientEngage Temperature

(15º F Default)

The release (or temperature) dif ferential above the ambient engagement temperature, that the gas furnace will shut off and the heat pump will turn on, is also a configurable value.

VRV IDU Auxiliary Heat Similar changeover logic is available for each VRV IDU via the Auxiliary heat PCB (KRP1C 74/75), see IDU accessories in WebXpress. A third party auxiliary heating device (ex. Electric heater) is required.

This would be necessary for zones needing auxiliary heat and that are being conditioned solely by a VRV IDU (no gas furnace).

G/F Engage Temp Field Setting (2-14)

Setting # 0 1 2 3 4 5 6* 7 8 9 10 11 12 13 14 15

Temp (º F) -5 -5 -5 0 5 10 15 20 25 30 35 4045 50 Forced G/F Only

No Engagement

G/F Release Differential Field Setting (2-15)

Setting # 0 1 2

Release Differential (F) 5 10* 15

*Factory Defaults

Note: The FXTQ IDU has the option of integrated auxiliary electric heat up to 25 kW without the need of the KRPIC 74/75.

52

20”min.

20”min.

40”min.

Vertical

Horizontal

+30º

-30º

TowardsCondensing

Unit

Refrigerant Piping Design

REFNETs REFNET joints and headers are a factory designed option for the branching within the refrigerant piping network. These fittings are engineered to allow for uniform refrigerant flow and distribution, and smooth oil return.

REFNET Joint A REFNET joint splits a gas or refrigerant line into two lines. These joints account for approximately 1.5 feet of equivalent pipe length. It is allowable to install these joints in either a vertical or ±30º from horizontal. In noise sensitive applications it is recommended the clearances around a REFNET joint displayed below are maintained.

Note: 12" minimum distance on all scenarios above is possible. However, there is an increased risk of turbulent flow which may increase noise levels in the pipe.

53

Support Points

12-20”

12-20”

12-20”

12-20” 12-20”

Liquid Side Header

Ceiling Support

Ceiling

Ceiling

Pedestal

Gas Side Header

Recommended support intervals for a REFNET joint are indicated in the figure to the right.

REFNET Header REFNET headers are available in 4-port and 8-port configurations and account for approximately 3.3 feet of equivalent pipe length. Headers must be installed horizontally level and are typically installed suspended from the ceiling (spacing below).

Gas headers and liquid headers differ in that the branch piping extends from the bottom of the main header pipe for the liquid line while the gas line header extends horizontally from the header.

54

Gas Liquid

26”

16”

10.5”

24”

KHRP26M22H9

KHRP26M33H9

KHRP25A22T9

15”

15”

Garage

CL CL

Living

Kitchen

Media Entrance

CommonSpace

Bedroom

Bedroom

Bedroom

Bedroom

Bath

Bath

Bath

Dining

Laundry

Garage

CL CL

Living

Kitchen

Media Entrance

CommonSpace

Bedroom

Bedroom

Bedroom

Bedroom

Bath

Bath

Bath

Dining

Laundry

REFNET Joint vs Header Headers allow for a centralized location of refrigerant piping fittings which may prove to be advantageous in some applications that do not have the installation space and/or clearance available to install individual REFNET joints throughout the interior living space of the home.

Refrigerant Piping Design

55

L1L2

1 L

1 2

1 L 1 L

115V

1

L 2

L L

L 2 L 2

L L2

L1

L2

L1

L2

L1

L2

( )

Single Phase 24V

Outdoor Unit

Switch

FUSE

FUSE

Switch

Indoor Units

FUSE

Switch

Power SupplySingle Phase60 Hz

CXTQ

Transfermer fromkit mounted in gas

furnace

Power SupplySingle Phase

60 Hz 208/230V

Power SupplySingle Phase

60 Hz 208/230V

Power Wiring

Below is a general power wiring diagram. Refer to the installation manual for further details.

WARNING – HIGH VOLTAGEDisconnect ALL power before servicing. Multiple power sources may be present. Failure to do so may cause property damage, personal injury or death.

General Equipment Specifications

58

Outdoor Unit Capacities

Indoor Unit Capacities

Capacities Outdoor and Indoor Unit Capacities

Model NumberHeating (MBH) Cooling (MBH)

Nominal Rated Nominal RatedRXSQ24TAVJU 27,000 25,800 24,000 23,000RXSQ36TAVJU 40,000 37,000 36,000 34,200RXSQ48TAVJU 52,000 49,500 48,000 45,500RXSQ60TAVJU 57,000 57,000 57,500 57,500

Model Number Nominal (Tons)Rated

Heating (MBH) Cooling (MBH)FXTQ

FXTQ09TAVJU 0.75 10,500 9,500FXTQ12TAVJU 1 13,500 12,000FXTQ18TAVJU 1.5 20,000 18,000FXTQ24TAVJU 2 27,000 24,000FXTQ30TAVJU 2.5 34,000 30,000FXTQ36TAVJU 3 40,000 36,000FXTQ42TAVJU 3.5 46,000 42,000FXTQ48TAVJU 4 54,000 48,000FXTQ54TAVJU 4.5 60,000 54,000FXTQ60TAVJU 5 66,000 60,000

FXNQFXNQ07MVJU 0.6 8,500 7,500FXNQ09MVJU 0.75 10,500 9,500FXNQ12MVJU 1 13,500 12,000FXNQ18MVJU 1.5 20,000 18,000FXNQ24MVJU 2 27,000 24,000

FXTQ-TFXFQ07TVJU 0.6 8,500 7,500FXFQ09TVJU 0.75 10,500 9,500FXFQ12TVJU 1 13,500 12,000FXFQ15TVJU 1.25 17,000 15,000FXFQ18TVJU 1.5 20,000 18,000FXFQ24TVJU 2 27,000 24,000FXFQ30TVJU 2.5 34,000 30,000FXFQ36TVJU 3 40,000 36,000FXFQ48TVJU 4 54,000 48,000

Note: Capacities do not reflect actual operating conditions. Refer to WebXpress, the VRV section software, for actual available capacities at the specific design conditions.

59


GEN

ERAL EQU

IPMEN

T


Heating (MBH) Cooling (MBH)FXZQ

FXZQ07MVJU9 0.6 8,700 7,500FXZQ09MVJU9 0.75 11,100 9,500FXZQ12MVJU9 1 14,000 12,000FXZQ15MVJU9 1.25 17,500 15,000FXZQ18MVJU9 1.5 21,000 18,000

FXUQFXUQ18PVJU 1.5 20,000 18,000FXUQ24PVJU 2 27,000 24,000FXUQ30PVJU 2.5 34,000 30,000FXUQ36PVJU 3 40,000 36,000

FXEQFXEQ07PVJU 0.6 8,500 7,500FXEQ09PVJU 0.75 10,500 9,500FXEQ12PVJU 1 13,500 12,000FXEQ15PVJU 1.25 17,000 15,000FXEQ18PVJU 1.5 20,000 18,000FXEQ24PVJU 2 27,000 24,000

FXDQFXDQ07MVJU 0.6 8,500 7,500FXDQ09MVJU 0.75 10,500 9,500FXDQ12MVJU 1 13,500 12,000FXDQ18MVJU 1.5 20,000 18,000FXDQ24MVJU 2 27,000 24,000

FXMQFXMQ07PBVJU 0.6 8,500 7,500FXMQ09PBVJU 0.75 10,500 9,500FXMQ12PBVJU 1 13,500 12,000FXMQ15PBVJU 1.25 17,000 15,000FXMQ18PBVJU 1.5 20,000 18,000FXMQ24PBVJU 2 27,000 24,000FXMQ30PBVJU 2.5 34,000 30,000FXMQ36PBVJU 3 40,000 36,000FXMQ48PBVJU 4 54,000 48,000

FXMQ54PBVJU 4.5 60,000 54,000

60


Heating (MBH) Cooling (MBH)FXAQ

FXAQ07PVJU 0.6 8,500 7,500FXAQ09PVJU 0.75 10,500 9,500FXAQ12PVJU 1 13,500 12,000FXAQ18PVJU 1.5 20,000 18,000FXAQ24PVJU 2 26,500 24,000

FXHQFXHQ12M 1 13,500 12,000FXHQ24M 2 27,000 24,000FXHQ36M 3 40,000 36,000

FXLQFXLQ07MVJU 0.6 8,500 7,500FXLQ09MVJU 0.75 10,500 9,500FXLQ12MVJU 1 13,500 12,000FXLQ18MVJU 1.5 20,000 18,000FXLQ24MVJU 2 27,000 24,000

CXTQCXTQ24TASBLU 2 24,000 27,000CXTQ36TASBLU 3 36,000 40,000CXTQ48TASBLU 4 48,000 54,000CXTQ60TASBLU 5 60,000 66,000


Capacities Outdoor and Indoor Unit Capacities

Notes: Nominal cooling capacities are based on the following:

» Return Air Temp: 80º FDB, 67º F wB » Outdoor Temp: 95º FDB » Equivalent ref. piping length: 25 ft

Nominal cooling capacities are based on the following: » Return Air Temp: 70º FDB » Outdoor Temp: 47º FDB, 47º FWB » Equivalent ref. piping length: 25 ft

61

Pipe Sizes

Nominal Capacity MBH (Tons) Liquid (in) Gas (in)

07-18 (06-1.50) 1/4" 1/2"24-60 (2.0-5.0) 3/8" 5/8"

Nominal Capacity MBH (Tons) Liquid (in) Gas (in)

24 (2) 3/8" 5/8"36 (3) 3/8" 5/8"48 (4) 3/8" 5/8"60 (5) 3/8" 3/4"

Note: ODU pipe sizes reflect standard connection. Sizes larger than standard gas pipes may be allowed. See prior "Capacity Range and Operating Limits" section.

Outdoor Standard Pipe Sizes

Indoor Unit Pipe Sizes

62

Electrical Electrical Requirements

Indoor UnitsModel Number MCA (A) MOCP (A)

FXTQFXTQ09TAVJU 4.9 15FXTQ12TAVJU 4.9 15FXTQ18TAVJU 4.9 15FXTQ24TAVJU 4.9 15FXTQ30TAVJU 4.9 15FXTQ36TAVJU 4.9 15FXTQ42TAVJU 6.5 15FXTQ48TAVJU 6.5 15FXTQ54TAVJU 8.6 15FXTQ60TAVJU 8.6 15

FXNQFXNQ07MVJU 0.3 15FXNQ09MVJU 0.3 15FXNQ12MVJU 0.5 15FXNQ18MVJU 0.6 15FXNQ24MVJU 0.6 15

FXFQ-TFXFQ07TVJU 0.3 15FXFQ09TVJU 0.3 15FXFQ12TVJU 0.3 15FXFQ15TVJU 0.4 15FXFQ18TVJU 0.6 15FXFQ24TVJU 0.7 15FXFQ30TVJU 1.3 15FXFQ36TVJU 1.5 15FXFQ48TVJU 1.8 15

FXZQFXZQ07MVJU9 0.8 15FXZQ07MVJU9 0.8 15

Outdoor UnitsModel Number MCA (A) MOCP (A)

RXSQ24TAVJU 16.5 25RXSQ36TAVJU 16.5 35RXSQ48TAVJU 29.1 35RXSQ60TAVJU 29.1 35

Note: NEC requires all IDU's be connected to a 15 A fuse breaker by default, though multiple can be connected to the same circuit.

63


FXZQ07MVJU9 0.8 15FXZQ07MVJU9 0.8 15FXZQ07MVJU9 0.9 15

FXUQFXUQ18PVJU 0.6 15FXUQ24PVJU 0.6 15FXUQ30PVJU 1.4 15FXUQ36PVJU 1.4 15

FXEQFXEQ07PVJU 0.3 15FXEQ09PVJU 0.4 15FXEQ12PVJU 0.4 15FXEQ15PVJU 0.5 15FXEQ18PVJU 0.5 15FXEQ24PVJU 0.7 15

FXDQFXDQ07MVJU 0.9 15FXDQ09MVJU 0.9 15FXDQ12MVJU 0.9 15FXDQ18MVJU 1.3 15FXDQ24MVJU 1.4 15

FXMQFXMQ07PBVJU 0.6 15FXMQ09PBVJU 0.6 15FXMQ12PBVJU 1.4 15FXMQ15PBVJU 1.5 15FXMQ18PBVJU 1.6 15FXMQ24PBVJU 1.8 15FXMQ30PBVJU 2.8 15FXMQ36PBVJU 2.9 15FXMQ48PBVJU 3.4 15FXMQ54PBVJU 3.4 15

FXAQFXAQ07PVJU 0.4 15FXAQ09PVJU 0.4 15FXAQ12PVJU 0.4 15FXAQ18PVJU 0.5 15FXAQ24PVJU 0.5 15

64


FXHQFXHQ12M 0.8 15FXHQ24M 1 15FXHQ36M 1.4 15

FXLQFXLQ07MVJU 0.3 15FXLQ09MVJU 0.3 15FXLQ12MVJU 0.5 15FXLQ18MVJU 0.6 15FXLQ24MVJU 0.6 15

CXTQCXTQ24TASBLU - -CXTQ36TASBLU - -CXTQ48TASBLU - -CXTQ60TASBLU - -

Electrical Electrical Requirements

Gas FurnaceModel Number MCA (A) MOCP (A)

DM80VCDM80VC0604B 12.1 15DM80VC0805C 12.1 15DM80VC1005C 12.1 15

DM96VCDM96VC0403BNA 7.8 15DM96VC0603BNA 7.8 15DM96VC0803BNA 7.8 15DM96VC0804CNA 10.6 15DM96VC1005CNA 14.4 20DM96VC1205DNA 14.4 20

DM97MCDM97MC0603BNA 8.8 15DM97MC0803BNA 8.8 15DM97MC0804CNA 11.6 15DM97MC1005CNA 15.4 20DM97MC1205DNA 15.4 20

65

DC80VCDC80VC0805CXA 10.6 15DC80VC1005CXA 10.6 15

DC96VCDC96VC0403BNA 7.8 15DC96VC0603BNA 7.8 15DC96VC0804CNA 10.6 15DC96VC1005CNA 14.4 20DC96VC1205DNA 14.4 20

DC97MCDC97MC0603BNA 8.8 15DC97MC0803BNA 8.8 15DC97MC0804CNA 11.6 15DC97MC1005CNA 15.4 20

Electrical Requirements

66

Tips & Considerations

» Always refer to the Engineering Data, Installation Manual and Service Manual for detailed explanation and specification for VRV products.

» Utilize WebXpress selection software to ensure equipment selections are in accordance with all limitations and system capabilities.

» Maximize the use of Daikin City portal to auto generate submittal packages and streamline project management, update and quoting (where applicable).

» Ask a qualified installer or contractor to install this product. Do not try to install the product yourself.

» Improper installation can result in water or refrigerant leakage, electrical shock, fire or explosion.

» Use only those parts and accessories supplied or specified by Daikin. Ask a qualified installer or contractor to install those parts and accessories. Use of unauthorized parts and accessories or improper installation of parts and accessories can result in water or refrigerant leakage, electrical shock, fire or explosion.

» Read the user’s manual carefully before using this product. The user’s manual provides important safety instructions and warnings. Be sure to follow these instructions and warnings.

» If you have any enquiries, please contact your local importer, distributor and/or retailer.

67

Product Detail

Des

ign

Gui

de

Eng.

Dat

a

IOM

Subm

itta

l

Opt

ion

Han

dboo

k

SVM

Sale

s B

ulle

tin

Features Summary ◆ ◆ ◆

SpecificationSummary Table ◆ ◆ ◆ ◆

Electrical ◆ ◆ ◆ ◆

Drawings

Dimension ◆ ◆ ◆

Piping ◆ ◆ ◆

Wiring ◆ ◆

Performance

Capacity Correction ◆ ◆

Piping ◆ ◆

Airflow / ESP ◆ ◆

Sound Level ◆ ◆

Installation

Piping ◆ ◆

Wiring ◆ ◆

Fundamentals ◆ ◆

Sizing & Charging ◆ ◆

OperationHow to use ◆

Controls ◆ ◆ ◆ ◆

AccessoriesSpecification ◆ ◆ ◆

Installation ◆ ◆

Characteristics Functions ◆ ◆

Set-up, Commissioning

& Service

Test Operation ◆ ◆

Troubleshooting ◆

Flow Charts ◆

Replace Procedure ◆

Where to find official information

68

Notes

69

Notes

70

Notes

For more information:Sales and Technical Support: 1-855-DAIKIN1www.daikincomfort.com or daikinac.com

PM-DKLIFE 09-18

www.daikincity.com

2018

Daikin, VRV, and their designs are trademarks owned by Daikin.

Additional Information Before purchasing this appliance, read important information about its estimated annual energy consumption, yearly operating cost, or energy efficiency rating that is available from your retailer.