Product catalogue 2015 for installers

Product catalogue 2015 for installers
VRV
Product catalogue 2015
for installers
Minimum running costs, maximum flexibility.
Fast installation, top reliability, perfect comfort.
FULLY FLAT CASSETTE
OFFICE APPLICATION
OUTDOOR UNIT
CONCEALED CEILING UNIT
HOTEL APPLICATION
CONCEALED FLOOR STANDING UNIT
RESTAURANT APPLICATION
2
Table of contents
VRV,
the solution for the commercial
sector
5
22
30
Daikin VRV IV systems are quick and simple to
customise, commission and service, and they
offer the end user perfect reliable comfort
and control tailored to their needs.
Outdoor unit product range
40
Control Systems
216
Options and Accessories
238
We offer a full range of options and accessories
which allow our systems to be customised to
meet different customer requirements.
100
Daikin indoor units are designed to blend in
with any décor, from modern to classical, and
are silent and comfortable in operation.
Hot water
182
Daikin’s control systems range from building
management systems to simple remote
controls which are easy to use and offer smart
energy management.
Daikin outdoor units offer a solution for
everyapplication or climate condition.
Indoor units
Ventilation and Air Handling
Daikin offers the widest range of ventilation
and air handling units for a healthy and
comfortable environment.
Unique and patented technologies that make
the difference.
Benefits
176
Quick and easy to install, Biddle air curtains are
extremely efficient and have a payback time
of under 18 months compared to electrical air
curtains.
Daikin VRV systems can be customised to
meet the comfort and energy efficiency
requirements of any commercial building.
VRV IV standard & technologies
Biddle Air Curtains
Literature overview
257
Discover all our commercial and technical
documentation.
166
Efficient hot water production for underfloor
heating, radiators and air handling units, or
for producing hot water for sinks, baths and
showers.
3
Why choose Daikin
Our promise is to ensure that your
customers can depend on Daikin for the
ultimate in comfort, so that they are free
to focus on their own working and home
lives.
We promise to dedicate ourselves to
technological excellence, a design focus
and the highest quality standards so that
your customers can trust and rely on the
comfort we deliver.
Our promise to the planet is absolute. Our
products are at the forefront of low energy
consumption and we continuously innovate
to reduce the environmental impact of
HVACR solutions further.
We lead where others follow. We will
continue our global leadership in HVACR
solutions as our specialist expertise in all
market sectors combined with 90 years’
experience enable us to deliver added
value in long-lasting relationships based
on trust, respect and credibility.
4
VRV Intro
VRV
The solution for the commercial sector
Daikin’s VRV technology leads the way in
customisation to match individual commercial
building requirements in comfort and energy
efficiency. Flexible to cover all applications and
climate conditions, VRV has the unique products that
make the difference for you and your customers.
Supermarket
Store
Hotel
& shop
Office
Restaurant
Technical
Public
building
Sport & Leisure
5
ARGUE CARDS
VRV IV sets the standard
… again
Why choose VRV?
• Inventor and market leader of VRV systems since 1982
› Over  years of expertise in heat pumps
› Designed for and produced in Europe
• Unique outdoor unit range covering all applications and climate conditions
• Unique products that make the difference
in efficiency
› Variable Refrigerant Temperature leading to the highest seasonal efficiency
› Round flow cassette with auto cleaning panel
in comfort
› Variable Refrigerant Temperature preventing cold draughts
› True continuous heating, during defrost
›  class units for small, well insulated rooms (cassette, wall, concealed ceiling models)
› Low sound indoor and outdoor units
in design
› Fully flat cassette, fully integrated in the ceiling
› Daikin Emura, unique iconic design
in installation
› Automatic refrigerant charge and refrigerant containment check
› -way blow ceiling suspended cassette (FXUQ)
› plug & play Daikin air handling unit
› Total solution incl. low and high temperature hydro box, Biddle air curtains, etc.
in control
› Intelligent Touch manager cost-effiective mini BMS integrating all pillars
› Easy integrating in third party BMS
› Dedicated control solutions for applications such as technical cooling, shops, hotels, ...
• Top reliability
›
›
›
›
›
True technical cooling
Gas-cooled PCB
Most extensive testing before new units leave the factory (copy!)
Widest support network and after sales service
All spare parts available in Europe
The VRV air conditioning system is the world’s first individual air conditioning system with variable refrigerant flow control and was commercialised by Daikin in .
VRV is the trademark of Dakin Industries Ltd, which is derived from the technology we call “variable refrigerant volume”.
6
VRV Intro
Benefits for installers
Daikin VRV IV sets the standard with latest
technology and time saving commissioning &
servicing
› Simplified and time saving commissioning with
VRV configurator
› Remote refrigerant containment check
› One supplier = one point of contact
Many options to meet customer requirements
Benefits for consultants
Daikin’s VRV IV technology leads the way in
customisation to match individual building
requirements in comfort and energy, facilitating
reduced capital and running costs
VRV IV standards
• Variable refrigerant temperature
›
›
›
›
Customize your VRV for best seasonal efficiency & comfort
Up to % higher seasonal efficiency (ESEER)
First weather dependent VRV
No more cold draft by supply of high outblow temperatures
• Continuous comfort
› True/real continuous heating makes VRV IV the best alternative to
traditional heating systems
• VRV configurator
› software for the fastest and most accurate commissioning,
configuration and customisation
• Total solution
› one supplier for heating, cooling, ventilation, hot water, Biddle air
curtains and control
› combine both residential and VRV indoor units
› Ecological design
› Ideal for reaching top BREEAM/EPDB levels
› No more cold draughts with higher evaporation
temperatures up to  or °C, making VRV IV an
ideal alternative to water-based systems
› Unique specification for monovalent heating
Benefits for owners
VRV IV is the ultimate in customised comfort
and intelligent control tailored to your individual
needs and to maximise energy efficiency
› Annual cost savings up to % (compared with VRV III)
› No more cold draughts with variable refrigerant
temperature
› Single point of contact for the design and
maintenance of your climate control system
› Integrated system allows maximum energy
efficiency for the end user
› Multiple systems can be managed in exactly the
same way for key accounts
• Free combination of outdoor units to meet installation
space or efficiency requirements
• Outdoor unit display for quick on-site settings
Heat pump
Heat recovery
Replacement
Water cooled
7
ARGUE CARDS
Digital tools
› Visit the website:
http://www.daikineurope.com/vrv-iv
› Download simulation or selection software: Go to
extranet.daikineurope.com > Software downloads >
sales supporting apps
Solutions seasonal simulator
With this software tool you can simulate and
the seasonal efficiency, the annual power
consumption and CO2 emission for a given climate,
load profile (cooling, heating, heat recovery, covalent,
bivalent...) and (combination of ) system(s). With
its intuitive and graphical appealing interface, a
simulation can be made in a matter of minutes.
The solution basket system enables you to compare
the results of several system configurations. Optionally,
a return on investment calculation can be made.
The outcome of the simulation can be exported to a
printable report. The tool is available both for Windows
PC and Tablet (iPad).
Xpress, Quick Quotation tool
Xpress is a software tool that allows creating on
the spot quotations for a Daikin VRV system.
It provides a result in 6 steps to enable a professional
budget quotation:
› Select indoor units
› Connect outdoor units to indoor units
› Automatic generation of piping diagram with
joints
› Automatic generation of wiring diagram
› Select possible centralised control systems
› Visualise result in MS Word, MS Excel and AutoCAD
Ventilation Xpress
Selection tool for ventilation devices (VAM, VKM).
The selection is based on given supply/extract
airflows (including fresh up), and given ESP of
the supply/extract ducting:
›
›
›
›
Determines size of electrical heaters
Visualization of psychrometric chart
Visualization of selected configuration
Required field settings mentioned in the report
VRV Pro, Design tool
The VRV Pro selection program is a true VRV design
tool. The program enables VRV air conditioning
systems to be engineered in a precise and
economical way, taking into account the realtime
thermal properties of any building. By calculating
annual energy consumptions, it gives the designer
the possibility to make accurate selections and get
competitive quotations for each project.
Moreover, it ensures optimum operating cycles and
maximum energy efficiency.
For more information, please contact your affiliate/distributor.
Windows, Windows, WindowsNT, Windows, WindowsXP, Windows Vista and Windows  are registered trademarks of Microsoft corporation.
8
VRV Intro
Your References
Porta Fira
"This project reinforces Daikin’s position as a leader in the air
conditioning of large-scale structures, able to provide solutions that
stand out not only for their accuracy and reliability, but also for their
energy efficiency."
Eiffage Energie & Thermie
"The customer choose Daikin for the user comfort we offer with the VRV IV with continuous heating.
Next to that the design aspect was important. Therefor the fully flat cassette in combination with Split wall mounted units
were installed. Together with the ease of installation Daikin offered the best solution for the customer."
For more references check:
http://www.daikineurope.com/references/index.jsp
9
The total solution
Heating
Cooling
Hot water
Underfloor heating
Air curtains
Ventilation
Controls
Typically, many buildings today rely on several
separate systems for heating, cooling, air curtain
heating and hot water. As a result energy
is wasted. To provide a much more efficient
alternative, VRV technology has been developed
into a total solution managing up to % of
a buildings energy consumption giving large
potential to cost saving.
› Heating and cooling for year round comfort
› Hot water for efficient production of hot water
› Underfloor heating /cooling
for efficient space heating/cooling
› Ventilation for high quality environments
› Air curtains for optimum air separation
› Controls for maximum operating efficiency
Combine up to 70% of your building’s energy consumption
Average office energy consumption
Average hotel energy consumption
Refrigeration %
Lighting
Ventilation %
Integrate
third party
equipment
Space cooling %
Kitchen
Office
Other
70%
Hot water %
Other
Space heating %
Office
equipment
48%
Hot water %
Lighting
Space cooling %
Space heating %
10
Ventilation %
Integrate
third party
equipment
VRV Intro
One system,
multiple applications for hotels, offices,
retail, home …
Heating and cooling
Intelligent control systems
22
› Combine VRV indoor units with other stylish indoor
units in one system
› New round flow cassette sets the standard for
efficiency and comfort
› Mini BMS with connects Daikin and third-party
equipment
› Integrate intelligent control solutions with energy
management tools to reduce running costs
Low-temperature hydrobox
Biddle air curtain
› Highly efficient space heating through:
- Underfloor heating
- Low temperature radiators
- Heat pump convector
› Hot water from 25 °C to 45 °C
› Payback time less than 1 year compared to electrical
air curtain
› A highly efficient solution for doorway climate
separation
High temperature hydrobox*
Ventilation
*only for connection to VRV heat recovery
› efficient hot water production for:
- Showers
- Sinks
- Tapwater for cleaning
› Hot water from  °C to  °C
› Widest range in DX ventilation – from small heat
recovery ventilation to large scale air handling units
› Provides a fresh, healthy and comfortable
environment
11
VRV
for offices and banks
VRV
for hotels
Efficiency in the workplace
Hospitality with economy
22
22
Efficient building and facilities management are key
to minimising operational costs
Our office solution offers:
› Significantly reduced costs for hot water and
heating by re-using heat recovered from areas
requiring cooling
› Unique fully flat cassette integrating fully flat into
architectural ceilings
› Intelligent sensors
- maximise efficiency by switching of the unit if
there is nobody in the meeting room
- maximise comfort by directing the air flow from
people to avoid cold draught
› Complete Daikin mini BMS for office building
management with Intelligent Touch Manager
› Plug & play connection to air handling units for a
healthier office atmosphere
› Hot water production for sinks and underfloor
heating
› True reliable technical cooling down to -°C,
including duty/standby function
Check on
https://www.youtube.com/
DaikinEurope
12
22
A hotel’s reputation depends on how welcome
and comfortable guests feel during their stay. Yet
at the same time, hotel owners must maintain
complete control of their operating costs and energy
consumption.
Our hotel solution offers:
› Low cost heating and hot water by recovering heat
from areas requiring cooling
› The perfect personal environment for guests by
simultaneously heating spaces while cooling others
› Flexible installation: the outdoor unit can be
installed outdoors to maximise hospitality space or
indoors to minimise external space or noise in city
centres
› Concealed ceiling units developed for small, wellinsulated rooms such as hotel bedrooms, offering
very low sound levels ensuring a good's night rest
› Smart energy management via Intelligent Touch
Manager puts the hotel owner in full control of
energy costs
› Intelligent and user-friendly hotel room controllers
change the set point automatically when a guest
leaves the room or opens the window
› Easy integration in hotel booking software
› Hot water production for bathrooms, underfloor
heating and radiators up to °C
Check on
https://www.youtube.com/
DaikinEurope
VRV Intro
VRV
for retail
VRV
for residential use
Reducing retail costs
There is no place like home
22
22
22
Retailers are under pressure to reduce both store
development costs and running costs. That is why
affordable, energy-efficient solutions are vital for
minimising lifetime costs, while ensuring compliance
with the latest regulations.
Our retail solutions offer:
› Compact inverter heat pump technology
› Flexible installation: the outdoor unit can be
›
›
›
›
›
installed outdoors to maximise hospitality space or
indoors to minimise external space or noise in city
centres
Unique round flow cassettes with autocleaning
panel saving up to 50% of energy use compared to
standard cassette units
Easy to use remote control with lock-key function
to avoid improper use
Individual control of each indoor unit or shop zone
Savings on runningcost via pre/post trade modes,
limiting energy use by lights, air conditioning, ...
The most efficient open-door solution with Biddle
air curtains
Upgrade R- and R-C systems quick and
qualitatively with...
VRV Replacement solutions:
A cost effective, low energy consumption heat pump
system for home owners, offering maximum comfort
Our residential solution offers:
› Lower CO emissions compared to traditional
heating systems
› Compact outdoor unit design with a low sound
level
› Whisper-quiet indoor units down to dBA
› Daikin Emura, iconic design wall mounted unit
› Unique Nexura floor standing unit offering the feel
of a radiator with the efficiency of a heat pump
› Units to be concealed in the wall or ceiling to make
them completely unnoticed
› User-friendly, intuitive control
› Up to  indoor units that can be connected to one
outdoor unit
Check on
https://www.youtube.com/
DaikinEurope
› Keep your customers operational
even during system replacement
› Less installation time
› Lower installation costs
› Replace non-Daikin systems
› Automatic refrigerant charge and pipe cleaning
13
Which VRV
outdoor system offers me the best solution?
Heat recovery or heat pump?
VRV Heat recovery
North
Extracted heat delivers
free hot water and heating
Cooling
+
Hot water
Heating
› Simultaneous heating AND cooling from one
system
› "Free" heating and hot water production by
transferring heat from areas requiring cooling
› Maximum individual comfort in all areas
› Technical cooling down to -°C
Components:
Outdoor unit
Indoor unit
-pipe
refrigerant
piping
VRV Heat pump
› For either heating OR cooling operation from one
system
Components:
Outdoor unit
14
Indoor unit
-pipe
refrigerant
piping
Single and multi
BS boxes:
allows the individual
switching of indoor
units between heating
and cooling
South
VRV Intro
Air cooled or water cooled?
Air Cooled
› Fast and easy to install, no need for additional
components
› Low maintenance costs
› Operation range from - °C~°C
› Can be installed both outdoors and indoors
› Up to HP capacity for one system
Components:
Outdoor unit
Indoor unit
Refrigerant piping
Water Cooled
› Suitable for multi-storey and large buildings
because of the hardly unlimited possibilities of
water piping
› Not affected by outdoor temperature/climate
conditions
› Reduce CO emmisions thanks to the use of
geothermal energy as a renewable energy source
› Allows heat recovery in the entire building thanks
to the storage of energy in the water circuit
Components:
Outdoor unit
Indoor unit
Refrigerant piping
(Geothermal)
water loop
15
Outdoor units
Products overview
VRV IV heat recovery
VRVIII-S
NEW
VRVIV-S
series
Air cooled - heat pump
VRV IV heat pump
without continuous
heating
VRV IV heat pump
with continuous
heating
Air cooled - heat recovery
Model
Daikin’s optimum solution with top comfort
Continuous heating during defrost
Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, hot water, air handling units and
Biddle air curtains
› Connectable to stylish indoor units (Daikin Emura, Nexura)
› Incorporates VRV IV standards & technologies such as
Variable Refrigerant temperature and continuous heating




Space saving solution without compromising on efficiency
For residential and light commercial applications
Space saving design
Either connect VRV of stylish indoor units (Daikin Emura, Nexura)
RXYSQPV/PY
The most compact VRV
Compact and lightweight single fan design saves space and is easy to install
Covers all thermal needs of a building via a single point of contact: accurate
temperature control, ventilation, air handling units and Biddle air curtains
› Either connect VRV of stylish indoor units (Daikin Emura, Nexura)
› Incorporates VRV IV standards & technologies such as Variable Refrigerant
temperature
VRV III heat
pump, optimised
for heating
›
›
›
VRV Classic
›
›
heat recovery
›
›
›
›
›
›
›
›
›
›
›
launch
autumn 
RXYSQ-TV/TY
launch
autumn 
RXYSCQ-TV



Compact

Classic VRV configuration
For standard cooling & heating requirements
Connectable to VRV indoor units, controls and ventilation
RXYCQ-A

Ideal for high rise buildings, using water as heat source
Reduced CO emissions thanks to the use of geothermal energy as a renewable
energy source
› No need for an external heating or cooling source when used in geothermal
mode
› Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, hot water, air handling units
and Biddle air curtains
› Compact & lightweight design can be stacked for maximum space saving
› Incorporates VRV IV standards & technologies such as
Variable Refrigerant temperature
› Variable Water Flow control option increases flexibility and control
RQCEQ-P*


RXYQQ-T*
Water cooled VRV IV
Water cooled
16





      

      
›
* Not Eurovent certified

      
RTSYQ-PA
Quick & quality replacement for R- and R-C systems
Cost-effective and fast replacement through re-use of exisiting piping
Up to % more efficient than R- systems
No interuption of daily business while replacing your system
Replace Daikin and other manufacturers systems safely
Incorporates VRV IV standards & technologies such as
Variable Refrigerant temperature


Where heating is priority without compromising on efficiency
Suitable for single source heating
Extended operation range down to -°C in heating
Stable heating capacity and high efficiencies at low ambient temperatures
Quick & quality replacement for R- and R-C systems
Cost-effective and fast replacement through re-use of exisiting piping
Up to % more efficient than R- systems
No interuption of daily business while replacing your system
Replace Daikin and other manufacturers systems safely
      
      
RXYQ-T()
Space saving solution without compromising on efficiency
Space saving trunk design for flexible installation
Covers all thermal needs of a building via a single point of contact: accurate
temperature control, ventilation, air handling units and Biddle air curtains
› Either connect VRV of stylish indoor units (Daikin Emura, Nexura)
› Incorporates VRV IV standards & technologies such as Variable Refrigerant
temperature


RYYQ-T
Daikin’s solution for comfort & low energy consumption
Covers all thermal needs of a building via a single point of contact:
accurate temperature control, ventilation, hot water, air handling units
and Biddle air curtains
› Connectable to stylish indoor units (Daikin Emura, Nexura)
› Incorporates VRV IV standards & technologies such as
Variable Refrigerant temperature
›
›

REYQ-T
›
›
›
›
            

›
›
heat pump
Replacement
VRVIV-S
series
Compact
NEW
Product name
Best efficiency & comfort solution
› Fully integrated solution with heat recovery for maximum efficiency
› Covers all thermal needs of a building via a single point of contact: accurate
temperature control, ventilation, hot water, air handling units and Biddle air
curtains
› “Free” heating and hot water through heat recovery
› The perfect personal comfort for guests/tenants via simultaneous cooling and
heating
› Incorporates VRV IV standards & technologies such as
Variable Refrigerant temperature and continuous heating
› Allows technical cooling
› Widest range of BS boxes on the market

RWEYQ-T*



Single unit
Multi combination
  
VRV IV Heat Recovery REYQ-T
VRV Intro
Air curtains CYV-DK-
AHU connection EKEXV- + EKEQFCB
AHU connection EKEXV- + EKEQMCB
HRV units VAM-, VKM-
HT Hydrobox HXHD-A
LT Hydrobox HXY-A
Indoor units
VRV indoor units
Capacity (HP)
            Description / Combination
Remarks
ī Standard total system connection ratio limit: 50 ~ 130%
with only VRV indoor units
with LT/HT Hydroboxes
ī Max 32 indoor units, even on 16HP and larger systems
ī Total system connection ratio up to 200% possible
HRV units VAM-, VKM-
           
AHU connection EKEXV + EKEQMCB
ī Dedicated systems (with only ventilation units) not allowed –
a mix with standard VRV indoor units is allways neccessary
Biddle air curtain CYV-DK-
           
VRV IV Heat Pump RYYQ-T / RXYQ-T(9)
ī Standard total system connection ratio limit: 50 ~ 130%
with only VRV indoor units
ī 200% total system connection ratio possible under special
circumstances
with residential indoor units
ī Only single-module systems (RYYQ 8~20 T / RXYQ 8~20 T)
ī Max 32 indoor units, even on 16HP, 18HP and 20HP systems
with LT Hydroboxes
ī Max 32 indoor units, even on 16HP and larger systems
ī Contact Daikin in case of multi-module systems (>20HP)
HRV units VAM-, VKMAHU connection EKEXV + EKEQMCB
           
AHU connection EKEXV + EKEQFCB
Biddle air curtain CYV-DKVRV III-S Mini VRV RXYSQ-P8
ī Standard total system connection ratio limit: 50 ~ 130%
with VRV indoor units
with Split indoor units
VRV IV-S Mini VRV
ī Standard total system connection ratio limit: 50 ~ 130%
with VRV indoor units
with Split indoor units
VRV IV-S Mini VRV
ī Standard total system connection ratio limit: 50 ~ 130%
with VRV indoor units
with Split indoor units
     
VRV III Cold Region RTSYQ-PA
ī Standard total system connection
ratio limit: 50 ~ 130%
VRV Classic RXYCQ-A
ī Standard total system connection ratio limit: 50 ~ 120%
ī In case of using at least one FXFQ20~25 indoor units on 8HP or
10HP models, the maximum connection ratio is 100%.
VRV III-Q Replacement H/R
RQCEQ-P
ī Standard total system connection
ratio limit: 50 ~ 130%
VRV IV-Q Replacement H/P
RXYQQ-T
ī Standard total system connection
ratio limit: 50 ~ 130%
VRV IV-W Water-cooled VRV
RWEYQ-T
ī Standard total system connection
ratio limit: 50 ~ 130%
... connection of indoor unit possible, but not neccessarily simultaneously with other allowed indoor units
... connection of indoor unit possible even simultaneously with other checked units in the same row
... connection of indoor not possible on this outdoor unit system
17
Indoor units
Products overview
Type Model
Fully flat
cassette
Unique design that integrates fully flat into the ceiling
› Perfect integration in standard architectural ceiling tiles
› Blend of iconic design and engineering excellence
› Intelligent sensors save energy and maximize comfort
› Small capacity unit developed for small or well-insulated rooms
› Flexibility to suit every room layout
FXZQ-A
-way blow
ceiling
mounted
cassette
Thin, lightweight design installs easily in narrow ceiling spaces
› Depth of all units is mm, ideal for narrow ceiling spaces
› Flexibility to suit every room layout
› Reduced energy consumption thanks to DC fan motor
› The flaps close entirely when the unit is not operating
› Optimum comfort with automatic air flow adjustment to the required load
FXCQ-A
Ceiling
mounted
corner
cassette
-way blow unit for corner installation
› Compact dimensions enable installation in narrow ceiling voids
› Flexible installation thanks to different air discharge options
FXKQ-MA
Small
concealed
ceiling unit
Designed for hotel rooms
› Compact dimensions enable installation in narrow ceiling voids
› Discretely concealed in the ceiling: only the grilles are visible
› Flexible installation as the air suction direction can be altered from rear to
bottom suction
FXDQ-M
Slim
concealed
ceiling unit
Slim design for flexible installation
› Compact dimensions enable installation in narrow ceiling voids
› Medium external static pressure up to Pa
› Only grilles are visible
› Small capacity unit developted for small of well-insulated rooms
› Reduced energy consumption thanks to DC fan motor
FXDQ-A

Concealed
ceiling unit
with medium
ESP
Slimmest yet most powerfull medium static pressure unit on the market!
› Slimmest unit in class, only mm
› Low operating sound level
› Medium external static pressure up to Pa facilitates using flexible ducts of
varying lengths
› Automatic air flow adjustment function measures the air volume and static
pressure and adjusts it towards the nominal air flow, guaranteeing comfort
FXSQ-A

Concealed
ceiling unit
with high ESP
ESP up to , ideal for large sized spaces
› Optimum comfort guaranteed no matter the length of ductwork or type of
grilles, thanks to automatic air flow adjustment
› Reduced energy consumption thanks to DC fan motor
› Flexible installation as the air suction direction can be altered from rear to
bottom suction
UNIQUE
NEW
Concealed
ESP up to , ideal for extra large sized spaces
ceiling unit
› Only grilles are visible
with high ESP › Large capacity unit: up to . kW heating capacity
Ceiling suspended
Wall mounted
Concealed
ceiling unit
with high
efficiency
Floor standing
             
FXFQ-A
Round flow
cassette
Ceiling mounted cassette
Product name
° air discharge for optimum efficiency and comfort
› Auto cleaning function ensures high efficiency
› Intelligent sensors save energy and maximize comfort
› Flexibility to suit every room layout
› Lowest installation height in the market!
UNIQUE
Concealed ceiling
Capacity class (kW)
Wall
mounted
unit
Ceiling
suspended
unit
UNIQUE
-way blow
ceiling
suspended
unit
Floor
standing
unit
NEW
Concealed
floor
standing
unit











FXMQ-P


FXMQ-MA
For the highest energy efficiency
› Automatic air flow adjustment function guarantees comfort
› Easy installation in narrow ceilings (mm height)
› High external static pressure up to Pa facilitates using flexible ducts of
varying lengths
› Only the suction and discharge grilles are visible
FXTQ-A

For rooms with no false ceilings nor free floor space
› Flat, stylish front panel is more easy to clean
› Small capacity unit developted for small of well-insulated rooms
› Reduced energy consumption thanks to DC fan motor
› The air is comfortably spread up- and downwards thanks to  different
discharge angles
FXAQ-P

For wide rooms with no false ceilings nor free floor space
› Ideal for comfortable air flow in wide rooms thanks to Coanda effect
› Rooms with ceilings up to .m can be heated or cooled very easily!
› Can easily be installed in both new and refurbishment projects
› Can even be mounted in corners or narrow spaces without any problem
› Reduced energy consumption thanks to DC fan motor
FXHQ-A

Unique Daikin unit for high rooms with no false ceilings nor free floor space
› Rooms with ceilings up to .m can be heated up or cooled down very easily!
› Can easily be installed in both new and refurbishment projects
› Flexibility to suit every room layout
› Reduced energy consumption thanks to DC fan motor
FXUQ-A
For perimeter zone air conditioning
› Can be installed in front of glass walls or free standing as both the front and
the back are finished
› Ideal for installation beneath a window
› Requires very little installation space
› Wall mounted installation facilitates cleaning beneath the unit
FXLQ-P

Ideal for installation in offices, hotels and residential applications
› Discretely concealed in the wall, leaving only the suction and discharge grilles
visible
› Can even be installed underneath a window
› Requires very little installation space as the depth is only mm
› High ESP allows flexible installation
FXNQ-A






Cooling capacity (kW)
1.7 2.2 2.8 3.6 4.5 5.6 7.1 8.0 9.0 11.2 14.0 16.0 22.4 28.0
Heating capacity (kW)
1.9 2.5 3.2 4.0 5.0 6.3 8.0 9.0 10.0 12.5 16.0 18.0 25.0 31.5
(1) Nominal cooling capacities are based on: indoor temperature: 27°CDB, 19°CWB, outdoor temperature: 35°CDB, equivalent refrigerant piping: 5m, level difference: 0m
(2) Nominal heating capacities are based on: indoor temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB, equivalent refrigerant piping: 5m, level difference: 0m
18
VRV Intro
Stylish indoor units
overview
Depending on the application, Split and Sky Air
indoor units can be connected to our VRV IV
and VRV III-S outdoor units. Refer to the outdoor unit
portfolio for combination restrictions.
Product name



Round flow cassette
Ceiling
mounted
cassette
Concealed
ceiling
Wall
mounted
Ceiling
suspended
Floor
standing
(incl. auto-cleaning
function)
FCQG-F





 
 
Fully flat
cassette
FFQ-C
 
Small concealed ceiling unit
FDBQ-B

Slim concealed ceiling unit
FDXS-F()
 
 
Concealed ceiling unit
with inverter-driven fan
FBQ-D

 
Daikin Emura
Wall mounted unit
FTXG-LW/LS
Wall mounted unit
CTXS-K
FTXS-K
Wall mounted unit
FTXS-G
Ceiling suspended unit
FHQ-C
Nexura floor standing unit
FVXG-K
 

Floor standing unit
FVXS-F
 

Flexi type unit
FLXS-B()
 
 

Decoration panel BYCQCG + BRCEA/B needed

To connect stylish indoor units a BPMKS unit is needed

For RXYSQ units a mix of RA indoor units and VRV indoor units is not allowed.
  

RXYSQ-PY
Model
RXYSQ-PV
Type
RXYQ-T()
Capacity class (kW)
RYYQ-T
Connectable outdoor unit

     
 

 
19
Ventilation range
Five components of
indoor air quality
Ventilation
› Ventilation: ensures the provision of fresh air
› Heat recovery: recovers heat and moisture
from the outgoing air to maximise comfort and
efficiency
› Air processing: heats or cools incoming fresh air
maximising comfort and minimizing the load on
the air conditioning installation
› Humidification: optimises the balance between
indoor and outdoor humidity
› Filtration: removes dust, pollution and odours
from the air
Heat recovery
Humidification
Air
processing
Filtration
Air flow rate (m/h)*
Type Product name
Model


 
 , , , , ,
,
Components of
indoor air quality
Heat reclaim
ventilation
VAM-FA/FB
VKM-GB
Air handling
units
VKM-GBM
DX total
fresh air
package
Ventilation with heat recovery as standard
Energy saving ventilation
Maximise floor space for furniture, decoration and
fittings
Free cooling
Reduced energy consumption thanks to DC inverter
fan motor
Optional CO sensor saves energy while improving
indoor air quality
Pre heating or cooling of fresh air for lower load on
the air conditioning system
› Energy saving ventilation
› Creates a high quality indoor environment
› Maximise floor space for furniture, decoration and
fittings
› Free cooling
› Reduced energy consumption thanks to DC inverter
fan motor
›
›
›
›
›
 Ventilation
 Heat recovery
 Air processing
›
›
›
›
›
Pre heating, cooling and humidification for
optimum comfort
Energy saving ventilation
Creates a high quality indoor environment
Balance your indoor humidity level
Maximise floor space for furniture, decoration and
fittings
Free cooling
 Ventilation
 Heat recovery
 Air processing
 Humidification
Fully customised solution for ventilation and air
handling
Inverter technology
Heat pump and heat recovery
Provides virtually free heating
Room temperature via Daikin control
Large range of expansion valve kits
 Ventilation
 Heat recovery
 Air processing
 Humidification
 Filtration
›
›
›
›
›
* Air flow rate is a calculated indication only, based on the following values: heating capacity EKEXV-kit * m³/h
** Daikin AHU connected to Daikin chiller solution
20
 Ventilation
 Heat recovery
**
VRV Intro
Additional options
Biddle air curtain range
Type
Product name
Biddle air curtain free hanging
CYV S/M/L-DK-F
Biddle air curtain cassette
CYV S/M/L-DK-C
Biddle air curtain recessed
CYV S/M/L-DK-R
› A payback time of less than . years compared to
electrical air curtains
› Easy and quick installation
› Maximum energy efficiency thanks to rectifier
technology
› % air separation efficiency
› Cassette model (C): mounted into a false ceiling
leaving only the decoration panel visible
› Free-hanging model (F): easy wall mounted
installation
› Recessed model (R) : neatly concealed in the ceiling
Air curtain size selector
Door height (m)
.
.
S
.
.
M
L
S
.
.
.
M
L
S
.
M
.
L
Favourable
Normal
Unfavourable
Covered shopping mall or
No opposite open doors,
Location at a corner or
revolving door entrance
little direct wind, building
square, multiple floors and/
with ground floor only
or open stairwell
Hydrobox range
Type
Low
temperature
hydrobox
High
temperature
hydrobox
Capacity class (kW)
Product name
Model


Leaving water
temperature range
HXY-A
›
›
›
›
›
For high efficiency space heating and cooling
Ideal for hot or cold water in underfloor, air handling units, low temperature
radiators …
Hot/cold water from ° to °C
Large operation range (down to -°C and up to °C)
Fully integrated water-side components save time on system design
Space saving contemporary wall hung design


 °C -  °C
HXHD-A
›
›
›
›
›

 °C -  °C
For efficient hot water production and space heating
Ideal for hot water in bathrooms, sinks and for underfloor heating, radiators, air
handling units, …
Hot water from  to °C
"Free" heating and hot water through heat recovery
Uses heat pump technology to produce hot water efficiently, providing up to %
savings compared to a gas boiler
Possibility to connect thermal solar collectors
Network solutions
Type
Screen
Integration
Control
Monitoring
Options
Other
ITC
Layout screen
Touch screen
Mini BMS for heating, air conditioning applied systems and refrigeration units (BACnet and WAGO)
rd party equipment integration (BACnet and WAGO)
Basic control functions: on/off, temp, setting, air flow sttings
Refrigerant containment check
Temperature limitation
Setback
Automatic changeover
Weekly schedule and special day pattern
Timer extension
Forced off
Basic control functions: ON/OFF status, operation mode, set point temp.
Filter status
Malfunction code
History (operation, malfunction…)
Visualisation
PPD
Web access and control
HTTP option
Interlock
Pre-cool/heat
Sliding temperature
Free cooling
ACNSS connection Air Conditionning Network Service System
Maximum indoor unit groups
ITM
DMS-IF
BACNET

x
Std


21
VRV IV standard &
technologies
Our new VRV IV systems set pioneering
standards in all-round climate comfort
performance. Total design simplicity, offering
rapid installation, full flexibility as well as
absolute efficiency and comfort. Find out
about all these revolutionary changes at
www.daikineurope.com/vrviv
22
VRV IV
Standard & Technologies
VRV IV =
3 revolutionary standards
 Variable refrigerant temperature
 Continuous comfort during defrost
 VRV configurator
+ unique VRV IV core technologies
> Newly developed inverter compressor
> Refrigerant-cooled PCB
> 4-side heat exchanger
> Predictive control
> Outer rotor DC motor
23
Variable refrigerant
temperature
› Seasonal efficiency increased by 28%
› The first weather compensating control on the
market
› Customer comfort is assured thanks to higher
outblow temperatures (preventing cold
draughts)
How does it work?
VRF standard
Capacity is controlled only with the variance of the
inverter compressor
Cooling requirement
°
°
Live test: up to 46% less energy consumed
A field trial was carried out at a fashion store chain in
Germany and showed that the innovative Daikin VRV IV
delivers dramatically better energy efficiency compared
with previous models.
The trial results showed that the new VRV IV system
consumed up to % less energy than the VRV III system,
particularly during cooling. Overall energy savings during
heating averaged %.
24
Adjust capacity by
Te control to meet
the load (avoid over
capacity and ON/OFF
operation)
°
Outdoor temperature
The lower the capacity need the higher the refrigerant temperature can be
Variable Te
Fixed Te
°
°
°
°
Outdoor temperature
Seasonal efficiency
A higher refrigerant temperature results in a higher
seasonal efficiency and higher comfort
Efficiency up
°
°
°
http://extranet.daikineurope.com/en/software/
downloads/solutions-seasonal-simulator/default.jsp
Success story
System
capacity
°
Daikin VRV IV
Variable Refrigerant Temperature control for energy
saving in partial load condition.
The capacity is controlled by the inverter compressor
AND variation of the evaporating (Te) and
condensing (Tc) temperature of the refrigerant in
order to achieve the highest seasonal efficiency.
Calculate the benefit of variable
refrigerant temperature for your
project in our seasonal solutions
calculator:
Design point
Capacity & Load
in cooling mode
Thanks to its revolutionary variable refrigerant
temperatue technology (VRT), VRV IV continuously
adjusts both the inverter compressor speed and the
refrigerant temperature, providing the necessary
capacity to meet the building load with the highest
seasonal efficiency at all times!
The colder it gets, the lower the load on the building and the lower the capacity need
Refrigerant temperature
in cooling (evaporating
temperature)
Customise your VRV for
best seasonal efficiency
and comfort
How effective is the VRV IV heat pump
technology?
The trial demonstrated that by using air, an
infinitely renewable and free energy source,
the VRV IV system provides a complete and
environmentally sustainable solution for
heating, cooling and ventilation in commercial
applications. The trial also showed that only by
monitoring climate control systems carefully
and intelligently businesses can identify and
control energy waste. This is a service which
Daikin also offers.
°
Outdoor temperature
VRV IV
Standard & Technologies
Check on
Different modes to
maximise efficiency
and comfort
https://www.youtube.com/
DaikinEurope
For maximum energy efficiency and customer
satisfaction, the outdoor unit needs to adapt
the evaporating/condensing temperature at the
optimum point for the application.
How to set the different
modes?
Set up the main operation mode
of the system
Define how the system reacts
to changing loads
Step 
Step 
Automatic*
Quick reaction speed
Powerful
Top efficiency
The perfect balance:
Achieves top efficiency throughout the year,
reacts quickly on the hottest days
High sensible
(User selection)
Quick reaction speed
Year round top efficiency
Basic
Where a quick increase of load is expected such as conference rooms.
Quick reaction speed to changing load has priority, with temporarily colder
outblow as a result.
Same as above but slower response than the powerful mode.
Mild *
This mode would be suitable for most office applications
and it is the factory set mode.
The perfect balance: Slower reaction speed with top efficiency
Gives customer choice for fixing coil temperature which avoids cold draughts.
A quick reaction speed to changing load has priority, with temporarily colder
outblow as a result.
Quick
Same as above but slower response.
Mild
The air off temperature remains fairly constant.
Suitable for low ceiling rooms.
Eco
Coil temperature would not change due to fluctuating load.
Suitable for computer rooms. Suitable for low ceiling rooms.
No submodes
Current VRF standard
te nt s
Quick
Powerful
Top efficiency

pa
This is how most other VRF systems work and can be used for all general type of
applications. Suitable for computer rooms.
Suitable for low ceiling rooms.
* Factory setting
VRV III HP ( modules)
VRV IV HP ( module)
March  - February 
March  - February 
Avg (kWh/Month)
.
.
Total (KWh)
.
.
Total (€)
.
.
,
,
Period
Yearly (operation
cost/m² (€/m²)
% savings = € .
Measured data
Fashion store Unterhaching (Germany)
› Floor space: m²
› Energy cost: , €/kWh
› System taken into account for consumption:
- VRV IV heat pump with continuous heating
- Round flow cassettes (without auto cleaning panel)
- VAM for ventilation (x VAM)
- Biddle Air curtain.
25
Continuous heating
during defrost mode
Check on
VRV IV continues to provide heating even when
in defrost mode, providing an answer to any
perceived disadvantages of specifying a heat
pump as a monovalent heating system.
https://www.youtube.com/
DaikinEurope
› Indoor comfort not affected either via the
unique heat accumulating element or alternate
defrost
› The best alternative to traditional heating
systems
Heat pumps are known for their high energy
efficiency in heating, but they accumulate ice
during heating operation and this must be melted
periodically using a defrost function that reverses
the refrigeration cycle. This causes a temporary
temperature drop and reduced comfort levels inside
the building.
Defrosting can take over 10 minutes (depending on
the size of the system) and occurs mostly between
-7 and +7°C when there is most moisture in the air,
which freezes to the coil, and this has a significant
impact on the perceived indoor comfort levels and
runningcosts.
The VRV IV has changed the heating paradigm
by providing heat even during defrost operation
thus eliminating the temperature drop inside and
providing comfort at all times.
Room temperature
VRV IV
VRF benchmark
∆T
Time
How does it work?
Heat accumulating element
Alternate defrost
For the VRV IV heat pump single models a
unique heat-accumulating element is used. This
element, based upon phase change materials,
provides the energy to defrost the outdoor unit.
The energy needed for defrosting is stored in
the element during normal heating operation.
On all our multi model combinations only 1
outdoor coil is defrosted at a time, ensuring
continuous comfort during the whole process.
The outdoor unit coil is
defrosted …
Kan niet aders dan met
gradient, want vloeistof
warmt op en koelt af...
… with the energy stored
in the heat accumulating
element …
… while indoors
a comfortable temperature
is maintained.
the outdoor unit coil is defrosted …
… one at the time …
… so indoors a comfortable temperature is maintained
26
even checken in de
infographics map: ik denk
dat er een tekening van
een VRV bestaat
VRV IV
Standard & Technologies
Configurator
software
Check on
Software for simplified commissioning,
configuration and customisation
› Graphical interface
› Manage systems over multiple sites in exactly
the same way
› Retrieve initial settings
https://www.youtube.com/
DaikinEurope
Simplified commissioning
The VRV configurator is an advanced software
solution that allows for easy system configuration
and commissioning:
› less time is required on the roof configuring the
outdoor unit
› multiple systems at different sites can be managed
in exactly the same way, thus offering simplified
commissioning forkey accounts
› initial settings on the outdoor unit can be easily
retrieved.
Simplified
commissioning
Retrieve initial system
settings
User friendly interface instead of
push buttons
Simplified servicing
Outdoor unit display for quick on-site settings and
easy read out of errors together with the indication of
service parameters for checking basic functions.
› easy-to-read error report
› clear menu indicating quick and easy on-site
settings
› indication of basic service parameters to quickly
check basic functions: high pressure, low
pressure, frequency ans operation time history of
compressors, temperature of discharge/suction
pipe.
3 digit 7-segment display
27
Unique VRV IV
core technologies
Newly developed

compressor
patents
High efficiency J-type -pole motor
Full inverter
› % stronger magnetic field and higher rotation
› Enabling variable refrigerant temperature and low
efficiency
start-up currents
› Stepless capacity control
Thixocasting process
Reluctance brushless DC motor
› Compression volume is increased by % thanks
to a new high-durability material cast in a semimolten state
› increased efficiency compared to AC motors
by simultaneously using normal and reluctance
torque
› Powerful neodymium magnets efficiently
generate high torque
› High-pressure oil reduces thrust losses
Refrigerant-cooled PCB
› Reliable cooling because it is not influenced by
ambient air temperature
› Smaller switchbox for smoother air flow
through the heat exchanger increasing
heat exchange efficiency with %

patents
4-sided, 3-row heat
exchanger
› Heat exchange surface up to % larger
› (up to m), leading to % more
efficiency
28

patents
Target
Predictive Control
Function (PCF)
› Reaches the target capacity/refrigerant temperature
faster
› Reaches the target without overshooting, so there is
no waste, leading to improved efficiency
› Three capacity settings give more precise control
for user comfort
The large number of Daikin systems already in
operation and which are monitored by our i-Net
software put us in the unique position of being
able to analyse this data and develop the predictive
compressor control function.
General VRF:
Double time against VRV IV
t
t
(VRV IV)
(general VRF)
VRV IV with PCF
General VRF with PI control
Target capacity/refrigerant temperature
VRV IV: PCF
Compressor works with predictive data for the control
›
result: quick convergence to the target temperature
and reduction of waste operation of the compressor
Half time
against
general
VRF
General VRF: Pi control
Compressor works with feedback only for the control
›
result: waste operation and longer time before reaching
target set point
DC fan motor
UNIQUE
Outer rotor DC motor for higher efficiency
Conventional motor with inner rotor
Daikin outer rotor
› Larger rotor diameter results in greater force
for the same magnetic field, leading to better
efficiency
› Better control, resulting in more fan steps to
match the actual capacity
Sine wave DC inverter
F
F
Optimizing the sine wave curve results in smoother
motor rotation and improved motor efficiency.
Rotor
Stator
Stator
Rotor
DC fan motor
The use of a DC fan motor offers substantial
improvements in operating efficiency compared to
conventional AC motors, especially during low speed
rotation.
E-Pass heat exchanger
Optimising the heat exchanger’s path layout prevents
heat being transferred from the overheated gas
section to the sub-cooled liquid section which is a
more efficient way to use the heat exchanger.
I-demand function
Standard heat exchanger
e-Pass heat exchanger
In  °C
In  °C
 °C
 °C
 °C
 °C
 °C
 °C
 °C
 °C
Out  °C
Out  °C
Power consumption
Predefined limit
Limit maximum power consumption.
The newly introduced current sensor minimizes
the difference between the actual power
consumption and the predefined power
consumption.
Time
29
VRV IV
Standard & Technologies
UNIQUE
Waste
compressor
operation
The VRV benefits
See how you can profit from Daikin's highly
flexible and efficiency product range
30
Benefits
VRV
Latest technology, highest efficiency
VRV, a total commercial solution
Drastically reducing your running costs
32
Top reliability
32
Up to 6 times greater resistance against corrosion 
Comfort guaranteed at all times
37
Maximum flexibility
36
Fast installation and commissioning
Easy servicing
38
38
31
• Drastically reducing your running costs
• Top reliability
• Up to  times greater resistance
against corrosion
ON
ON
Precise zone control
VRV systems have low running costs because it
permits each zone to be controlled individually. That
is, only those rooms that require air conditioning will
be heated or cooled, while the system can be shut
down completely in rooms where no air conditioning
is required.
ON
OFF
Anti Corrosion Treatment
OFF
An anti-corrosion heat exchanger cutaway view
Hydrophilic film
Special anti corrosion treatment of the heat exchanger
provides 5 to 6 times greater resistance against acid
rain and salt corrosion.
The provision of rust proof steel sheet on the
underside of the unit gives additional protection.
Performed tests:
VDA Wechseltest
Contents of  cycle ( days):
 hours salt spray test SS DIN 
 hours humidity cycle test KFW
DIN 
›  hours room temperature & room humidity
testing period:  cycles
›
›
›
›
Aluminium
Corrosion-resistant
Acrylic resin
Heat exchanger
Degree
of corrosion
8
7
6
5
4
3
2
1
0
1
2
3
4
Bare aluminium
5
Cycle
DAIKIN P.E.
Degree of
Kesternich test (SO2)
› contents of  cycle ( hours)
according to DIN (.)
› testing period :  cycles
corrosion
10
9
8
7
6
5
4
3
2
1
0
1
2
3
4
5
6
10
20
30
40
50
60
70
Cycle
32
Benefits
Technical benefits VRV
Kan niet aders dan met
gradient, want vloeistof
warmt op en koelt af...
All inverter compressors
All inverter control compressors allow to control the
refrigerant volume almost stepless. In this way the
capacity perfectly matches the different loads in every
room avoiding unnecessary energy use.
ALL
Additionally all inverter compressors also allow
precise refrigerant temperature control, automatically
adapting your VRV to your building and climate
requirements, reducing runnig costs with 28%.
Duty Cycling extends
operation life
The cyclical start-up sequence of multiple outdoor
units systems equalises compressor duty and extends
operating life.
Sequential Start
Up to 3 outdoor units can be connected to 1 power
supply and can be turned on sequentially. This allows
the number of breakers and their capacities to remain
small and simplifies wiring (for models of 10HP or less).
Only one power supply
1 v/d 2 kiezen
Top quality
Only brazed connections
Flare or flange
All flange and flare connections inside the unit
have been replaced by brazing connections to
ensure improved refrigerant containment. Also the
connection of the outdoor in the main pipe is brazed.
Brazing
33
• Comfort guaranteed at all times
Smart Control brings
comfort
Stable room temperature
Suction air temp.
An electronic expansion valve, using PID
(Proportional Integral Differencial) control,
continuously adjusts the refrigerant volume in
respond to load variations of the indoor units.
The VRV system thus maintains comfortable room
temperatures at a virtually constant level, without the
temperature variations typical of conventional ON/
OFF control systems.
Cooling
Stable room temperature
Time
VRV SERIES (DAIKIN indoor unit (PID controlled))
Note: The graph shows the data, measured in a test room assuming
actual heating load. The thermostat can control stable room
ON/OFF controlled indoor unit (2.5HP)
temperature at ± 0.5°C from set point.
No more cold draught
Automatic or manual adjustment of refrigerant
temperature leads to higher outblow temperatures
which avoid the cold draught coming from the
indoor unit.
16°
Constant and high
air discharge temperature
Room temperature
Continuous heating
During defrost
› Indoor comfort not effected via the unique heat
accumulating element or alternate defrost
› The best alternative to traditional heating systems
VRV IV
VRF benchmark
∆T
Time
Back-up function
In the event of a compressor malfunction another
compressor or outdoor unit will take over in order
to maintain 8 hour interim capacity, allowing time
for maintenance or repair while comfort remains
guaranteed.
Single outdoor unit
with multiple compressors
34
Multi outdoor unit system
Low indoor unit
operation sound level
Daikin indoor units have very low sound operation
levels, down to 19dB(A), making them ideal for
sound sensitive area’s as hotel bedrooms, etc…
Benefits
Technical benefits VRV
db(A)
Perceived loudness
0
Treshold of hearing
Sound
-
20
Extremely soft
Rustling leaves
40
Very soft
Quiet room
60
Moderately loud
Normal conversation
80
Very loud
City traffic noise
100
Extremely loud
Symphonic orchestra
120
Threshold of feeling
Jet taking off
Daikin indoor units:
FXZQ-A
emura
19dB(A)
25.5dB(A)
Connectable to VRV IV and VRV III-S heat pump
Connectable to all VRV heat pumps
Night quiet mode
For areas where there are stringent limitations to
sound levels the outdoor unit sound level can be
reduced, to meet the requirement.
Peak in the outdoor
temperature
100%
8 hrs
10 hrs
50%
Capacity* %
Load %
Operation Sound dBA
Night mode
58 dBA
Step 1: max. - 8dB (10HP)
Step 1: 50dB
Step 2: max. - 13dB (10HP)
Step 2: 45dB
50dBA
45 dBA
Night mode STARTS
Night mode ENDS
Example for VRV IV heat pump, factory setting.
00000
<
35
• Maximum flexibility
dan met
vloeistof
oelt af...
Wide operation range
The VRV system can be installed practically anywhere.
VRV air cooled outdoor units can cool between
-20°C and +52°C outdoor ambient and can be used
monovalent heating system between -25°C and
+15.5°C.
-20C°
52°C
-25C°
Cooling mode
Heating mode
With the technical cooling function, the operation range in cooling of the heat recovery system is
extended from -5°C to -20°C 1, making it perfect for integrating server rooms.
Our geothermal water cooled units are not
influenced by external conditions and can be
operated in the most extreme climats.
VRV IV example
Total piping length
Longest length actual (Equivalent)
1000m
165m (190m)
Longest length after first branch
Level difference between
1 v/d 2 kiezen
indoor and outdoor units
Level difference between indoor units
90m1
90m1
90m piping length after first branch
Contact your local dealer for more information and restrictions
even checken in de
infographics map: ik denk
dat er een tekening van
een VRV bestaat
30m Level difference between indoor units
1
1 v/d 2 kiezen
even checken in de
infographics map: ik denk
dat er een tekening van
een VRV bestaat
40m (90m1) Level difference between indoor and outdoor units
The long piping lengths, high level differences and
small refrigerant piping allows for a design with little
limitations and leaving maximum space for lettable
space.
even checken in de
infographics map: ik denk
dat er een tekening van
een VRV bestaat
165m Actual piping length
Flexible piping design
30m
1 Contact your local dealer for more information and restrictions
2 In case outdoor unit is located below indoor units
Indoor installation
Push button
on the PCB
The VRV optimised fan blade shape increases output
and reduces pressure loss. Together with the high ESP
setting (up to 78pa), it makes VRV outdoor units ideal
for indoor installation using ducts.
Indoor installation leads to less piping length, lower
installation costs, increased efficiency and better
visual aesthetics.
even checken in de
infographics map: ik denk
dat er een tekening van
een VRV bestaat
ush button
n the PCB
36
15.5°C
ESP up to
78pa
Technical benefits VRV
The multi tenant function ensures that the entire VRV
system does not shut down when the main power
supply of an indoor is switched off.
This means that the indoor unit’s main power supply
can be turned off when a part of the building is
closed, is being serviced without affecting the rest of
the building.
Benefits
Multiple tenants,
one outdoor unit
operation
in holiday
in service
operation
2 solutions according to the needs:
› Service setting, without additional hardware: for
service done within  hours
› PCB option: when tenants leave for a longer period
(holiday) and the main power supply is shut down
multi tenant
No structural
reinforcement necessary
Thanks to the vibration-free and sufficient light
construction of the outdoor units, floors do not need
to be reinforced, reducing the overall cost of the
building when compared to a chiller.
Phased installation
Installation of the VRV system can be implemented
floor by floor, so that sections of the building can
be put into use very quickly, or enabling the air
conditioning system to be commissioned and
operated in stages, rather than on final completion of
the project.
max. 398kg for a 20HP unit
Under construction
VRV system
Installation
floor by floor
37
1 v/d 2 kiezen
• Fast installation and commissioning
• Easy servicing
Automatic charging & testing
Efficient use of time
1
2
Calculate extra
Connect first bottle
Check on regular
Stop manually
refrigerant volume
on VRV & start
times weight scale
the VRV filling procedure
filling process
to check weight of
& close valves
Manual
3
foto in 4crkeltje zou ik
behouden
refrigerant
1
Automatic
Push button
on the PCB
2
Connect bottle
Filling procedure
to VRV & active automatic
stops automatically:
charging function
close valves
R410-A
After charging pushing the test operation button initiates a check
If the temperature drops below 20°C* manual charging is necessary.
even checken in de
* 10°C for heat pump for cold regions
infographics map: ik denk
naam op gasfles eventueel
*
Not
available
for
VRV
Classic
and
VRV
IV
W-series
dat er een tekening van
vervangen door echt logo
een VRV bestaat
on the wiring, shut off valves, sensors and refrigerant volume.
Did you know …
Optimal charge = optimal efficiency
Planned installation
64 m refrigerant piping

10% undercharged
calculation:
2.2 kg extra refrigerant required
0.5 kg
up to 25% capacity loss
Real installation
76 m refrigerant piping

2.7 kg extra refrigerant
required in reality
33% more energy use
Easy compliance to
F-gas regulation
When activating the refrigerant containment check, the unit switches into cooling
mode and duplicates certain reference conditions based on memory data.
The result indicates whether or not refrigerant leakage has occurred.
Remote refrigerant containment check
Perform the refrigerant containment check remotely
via Intelligent Touch Manager.
The refrigerant volume of the complete system is calculated for the following data:
Outdoor temperature
Reference system temperatures
Reference pressure temperatures
Refrigerant density
Types and number of indoor units
›
›
›
›
›
Remotely set the time and start the refrigerant containment
Connect to customer site via internet or 3G increasing customer
check when it is most convenient for you.
satisfaction as there is no disruption to the air conditioning
during business hours.
Not available on VRVIII-S or in combination when one or more RA indoor units, hydroboxes, … are connected
Next to remote checking, the function can also be activated on-site via a push button on the PCB.
38
Check the report once the check has been done.
warmt op en koelt af... warmt op en koelt af...
Technical benefits VRV
VRV configurator software
even checken in de
even checken in de
infographics map: ik denk
infographics map: ik denk
dat er een tekening van dat er een tekening van
een VRV bestaat
een VRV bestaat
For simplified commissioning, configuration and
customisation
User friendly interface instead of
3 digit 7-segment display
1 v/d 2 kiezen
Benefits
push buttons
1 v/d 2 kiezen
Compact design
The compact design of the outdoor units is sufficient
to allow them to be taken up to the top of a
building in a commercial elevator, overcoming site
transportation problem, particularly when outdoor
units need to be installed on each floor.
foto in crkeltje zou ik
behouden
foto in crkeltje zou ik
behouden
Push button
on the PCB
Daikin unified REFNET
piping
R410-A
Push button
on the PCB
R410-A
The unified Daikin REFNET piping system is designed
even checken in de
even checken in de
infographics map: ik denk
naaminstallation.
op gasfles eventueel
infographics map: ik denk
for simple
naam op gasfles eventueel
dat er een tekening van dat er een tekening van
vervangen door echt logo
vervangen door echt logo
een VRV bestaat
een VRV bestaat
Compared to regular T-joints, where refrigerant
distribution is far from optimal, the Daikin REFNET
joints have specifically been designed to optimise
refrigerant flow.
REFNET joint
T-joint
REFNET joint
REFNET
header
Daikin Europe N.V. advises only to use Daikin REFNET piping system.
Easy wiring “Super Wiring” System
Simplified wiring
Shared use of wiring between indoor units, outdoor
units and centralised remote control
› Easy retrofit of centralised remote control
› Impossible to make incorrect connections thanks to
non polarity wiring
› Sheeted wire can be used
› Unique total wiring length up to , m
Cross wiring check
The cross wiring check facility warns operatives of
connection errors in inter unit wiring and piping.
Auto Address Setting Function
Allows wiring between indoor and outdoor units, as
well as group control wiring of multiple indoor units,
to be performed without the bothersome task of
manually setting each address.
39
VRV Outdoor Systems
For every application a solution
40
Overview of
Outdoor Unit Product Range
functions
VRV IV
Heat
recovery
VRV IV
heat
pump with
continous
heating
VRV IV
heat pump
without
continous
heating
VRV III-S
VRV III-C
VRV
Classic
Replacement
VRV IV
heat pump
Replacement
VRV III
Heat
recovery
Water
cooled
VRV IV
p 44
p 54
p 54
p 62
p 70
p 76
p 81
p 81
p 92
Variable Refrigerant Temperature








Continuous heating
(heat accumulating element)







-
Continuous heating
(alternate defrost)
























-








































-






















































-

































VRV configurator
7 segment indicator
Automatic refrigerant charge
Refrigerant containment check
Night quiet mode
Low noise function
Connectable to stylish indoor units
(Daikin Emura, Nexura)

Connectable to LT hydrobox for hot water











Connectable to HT hydrobox for hot water
Full inverter compressors
Gas cooled PCB
4 side heat exchanger
Reluctance brushless DC compressor
Sine wave DC inverter
DC fan motor
E-pass heat exchanger
I demand function
Manual demand function


-
-


41
VRV Outdoor
EIFFAGE OFFICE,
VRV IV WITH CONTINUOUS HEATING
VRVS SERIES
PARK PHI
BREEAM ® EXCELLENT OFFICE
BUILDING WATERCOOLED VRV
42
VRV Outdoor
Outdoor Unit Product Range
HOTEL LE PIGONNET, 8 REPLACEMENT VRV
CINEMEERSE, CINEMA, 12 OUTDOOR UNITS WITH AHU
THE RANGE SUPERSTORE,
VRV IV WITH CONTINUOUS HEATING
43
VRV IV heat recovery
Best efficiency and comfort solution
Efficie
22
Air curtain
te c h n
Biddle Air curtain for VRV (CYV)
Indoor units
VRV type indoor units
Hot water
Low temperature hydrobox
High temperature hydrobox
Control systems
Ventilation
Heat Reclaim ventilation (VAM/VKM)
AHU connection kit
Widest range of BS boxes for the fastest installation
›  segment indicator
› Automatic refrigerant charge
› Refrigerant containment check
› Night quiet mode
VRV IV standards:
Variable refrigerant
temperature
Customize your VRV for best seasonal
efficiency & comfort
› Low noise function
› Full inverter compressors
› Gas cooled PCB
›  side heat exchanger
› Reluctance brushless DC compressor
Continuous heating
› Sine wave DC inverter
The new standard in heating comfort
› DC fan motor
VRV configurator
› E-pass heat exchanger
Software for simplified commissioning,
configuration and customisation
44
› I demand function
n
-pipte
ology
North
Cooling
Extracted heat delivers
free hot water and heating
Hot water
Outdoor Unit Product Range
+
South
Heating
“Free” heat and hot water
production
Until now, most commercial buildings have relied
on separate systems for cooling, heating, hot
water and so on, which results in a lot of wasted
energy.
An integrated heat recovery system reuses heat
from offices, server rooms, to warm other areas or
create hot water.
Maximum comfort
A VRV heat-recovery system allows simultaneous
cooling and heating.
› For hotel owners, this means a perfect
environment for guests as they can freely
choose between cooling or heating.
› For offices, it means a perfect working indoor
climate for both north and south-facing offices.
Cooling load
Improved efficiency
Improved mix
mode control
In heat-recovery operation the VRV IV is up to %
more efficient. In full-load operation the seasonal
efficiency is even as much as % more efficient than
the VRV III thanks to variable refrigerant temperature.
Optimised Partition
of Heat Exchanger for
highest seasonal efficiency
in heat recovery mode
Ambient
temperature
Heating load
%
%
Vertically divided heat exchanger with an
optimized ratio for mix mode operation.
This improves heat recovery efficiency by
reducing radiation losses.
Additionally the bottom of the heat exchanger is continuously
hot in heating operation preventing frost accumulation
Wide heating
operation range
VRV IV heat recovery has a standard operation range
down to -20°C in heating.
It can also provide cooling down to -20°C for
technical server rooms (field setting).
-20
-15
-10
-5
0
-20
-15
-10
-5
0
-20°CWB
15
15
15.5°C
CWB: indoor temperature
Heating
-25
-20
-25°C
-20°CWB
-25
-20
-15
-10
-5
CDB: outdoor temperature
0
43 45
-5°CWB
-15
-10
Technical Cooling
-5
43°CDB
0
43 45
Cooling
45
Advantages
of 3-pipe technology
More “free” heat
Pressure
Daikin -pipe technology needs less energy to
recover heat, meaning significantly higher efficiency
during heat recovery mode. Our system can recover
heat at a low condensing temperature because it has
dedicated gas, liquid and discharge pipes.
Condensing  °C
Condensing  °C
In a -pipe system, gas and liquid travel as a mixture
so the condensing temperature needs to be higher
in order to separate the mixed gas and liquid
refrigerant. The higher condensing temperature
means more energy is used to recover heat resulting
in lower efficiency.
Power input Daikin
Power input -pipe system
Enthalpy
Pressure
Lower pressure drop
means more efficiency
-pipe VRV H/R
› Smooth refrigerant flow in -pipe system thanks to
 smaller gas pipes results in higher energy efficiency
› Disturbed refrigerant flow in large gas pipe on
-pipe system results in bigger pressure drop
-pipe system
Pipe length
Freely combine outdoor
units
1000m
165m (190m)
Longest length after first branch
90m1
Level difference between indoor and outdoor units
90m1
Level difference between indoor units
30m
1
Outdoor unit in highest position
46
90m maximum
Longest length actual (Equivalent)
30m Level difference between indoor units
Total piping length
90m1 Level difference between indoor
and outdoor units
Flexible piping design
165m Actual piping length
Combine outdoor units flexibly to reduce your carbon
footprint, optimise your system for continuous heating,
and achieve the highest efficiency.
Fully redesigned
BS boxes
Maximum design flexibility
and installation speed
› Quickly and flexibly design your system with a
Outdoor Unit Product Range
unique range of single and multi BS boxes.
› A wide variety of compact and lightweight multi
BS boxes greatly reduces installation time.
› Free combination of single and multi BS boxes
Single port
›
›
›
›
›
›
›
Unique to the market
Compact and light to install
No drain piping needed
Ideal for remote rooms
Technical cooling function
Connect up to  class unit ( kW)
Allows multi-tenant applications
BSQ , ,  A
Multi port:  –  –  –  –  – 
› Up to % smaller and % lighter than
›
›
›
›
›
›
previous range
Faster installation thanks to a reduced number
of brazing points and wiring
All indoor units connectable to one BS box
Fewer inspection ports needed
Up to  kW capacity available per port
Connect up to  class unit (kW) by
combining  ports
No limit on unused ports, permitting
phased installation
BS  Q A
BS ,  Q A
BS ,  Q A
BS  Q A
Faster installation thanks to open connection
› No need to cut the pipe before brazing – for
indoor units smaller or equal to . kW ( class)
› Cut and braze the pipe – for indoor
units bigger or equal to . kW ( class)
Maximum comfort at
all times
With the VRV BS box, any indoor unit not being used
to switch between heating and cooling maintains
the constant desired temperature. This is because
our heat recovery system does not need to equalise
pressure over the entire system after a change-over.
Off
47
REYQ-T
VRV IV heat recovery
Best efficiency & comfort solution
› Fully integrated solution with heat recovery for maximum
› Incorporates VRV IV standards & technologies: Variable
efficiency!
› Covers all thermal needs of a building via a single point of
contact: accurate temperature control, ventilation, hot water, air
handling units and Biddle air curtains
› “Free” heating and hot water through heat recovery
› The perfect personal comfort for guests/tenants via
simultaneous cooling and heating
Refrigerant Temperature, continuous heating, VRV configurator,
 segment display and full inverter compressors, -side heat
exchanger, refrigerant cooled PCB, new DC fan motor
› Operation range down to -°C for technical cooling operation
such as server rooms
› Contains all standard VRV features
Outdoor system
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
Nom.
Nom.
Max.
Cooling
Heating
Nom.
Nom.
Max.
EER
COP - Max.
COP - Nom.
ESEER
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Night
Level 1
Quiet
Level 2
Mode
Level 3
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type / GWP
Charge
Piping connections
Liquid
OD
Gas
OD
Discharge gas
OD
Total piping length
System
Actual
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor system
System
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
100
200
260
mm
kg
m³/min
dBA
dBA
dBA
dBA
dBA
°CDB
°CWB
kg/TCO2
mm
mm
mm
m
Hz/V
A
REYQ
Outdoor unit module 1
Outdoor unit module 2
Nom.
Nom.
Max.
Cooling
Heating
HP
kW
kW
kW
kW
kW
kW
Nom.
Nom.
Max.
EER
COP - Max.
COP - Nom.
ESEER - Automatic
ESEER - Standard
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Discharge gas
OD
Total piping length
System
Current - 50Hz
Maximum fuse amps (MFA)
Continuous heating
48
REYQ
8T
HP
8
kW
22.4 (1) (2)
kW
22.4 (3) (4)
kW
25.0
kW 5.31 (1) / 4.56 (2)
kW 4.75 (3) / 4.47 (3)
kW
5.51
4.22 (1) / 4.92 (2)
4.54
4.72 (3) / 5.01 (3)
7.41
Actual
mm
mm
mm
m
A
210
162
78
56
55
53
10T
10
28.0 (1) (2)
28.0 (3) (4)
31.5
7.15 (1) / 6.19 (2)
6.29 (3) / 5.47 (3)
7.38
3.92 (1) / 4.52 (2)
4.27
4.45 (3) / 5.12 (3)
7.37
12T
14T
12
14
33.5 (1) (2)
40.0 (1) (2)
33.5 (3) (4)
40.0 (3) (4)
37.5
45.0
9.23 (1) / 8.31 (2) 10.7 (1) / 9.61 (2)
8.05 (3) / 6.83 (3) 9.60 (3) / 9.37 (3)
9.43
11.3
3.63 (1) / 4.03 (2) 3.74 (1) / 4.16 (2)
3.98
4.16 (3) / 4.90 (3) 4.17 (3) / 4.27 (3)
6.84
7.05
64 (5)
150
175
300
350
390
455
125
250
325
1,685x930x765
218
175
79
58
58
54
52
185
9.8/20.5
9.9/20.7
9.7/20.2
304
223
81
61
58
54
52
58
52
47
-5.0~43.0
-20~15.5
R-410A / 2,087.5
9.52
19.1
15.9
18T
18
50.4
50.4
56.5
15.2
12.3
14.3
3.32
3.95
4.10
6.26
20T
20
56.0
56.0
63.0
18.6
14.9
17.5
3.01
3.60
3.76
5.68
200
225
400
450
520
585
1,685x1,240x765
305
260
251
86
64
65
58
60
52
52
47
48
250
500
650
22.2
1,000
3N~/50/380-415
32
25
162.5
325.0
422.5
18T
REYQ8T
REYQ10T
18
50.4
50.4
56.5
12.46
11.04
12.89
4.04
4.38
4.57
7.38
5.98
200
400
520
225
450
585
12.7
28.6
19.1
22.2
500
40
20T
261
88
66
60
52
48
15.9
28.6
22.2
19.1
20
337
11.8/24.6
12.7
10T
13T
16T
REMQ5T
REMQ5T
REYQ8T
10
13
16
28.0
36.4
44.8
28.0
36.4
44.8
32.0
41.0
50.0
6.34
8.48
10.62
5.42
7.46
9.50
6.50
8.76
11.02
4.42
4.29
4.22
4.92
4.68
4.54
5.17
4.88
4.72
7.77
7.54
7.41
6.55
6.36
6.25
125
250
325
9.52
22.2
16T
16
45.0 (1) (2)
45.0 (3) (4)
50.0
12.8 (1) / 11.9 (2)
11.2 (3) / 9.88 (3)
12.9
3.52 (1) / 3.79 (2)
3.88
4.02 (3) / 4.56 (3)
6.63
28.6
40
50
22T
24T
26T
28T
30T
32T
REYQ10T REYQ8T
REYQ12T
REYQ16T
REYQ12T
REYQ16T REYQ14T REYQ16T REYQ18T REYQ16T
20
22
24
26
28
30
32
55.9
61.5
67.4
73.5
78.5
83.9
90.0
55.9
61.5
67.4
73.5
78.5
83.9
90.0
62.5
69.0
75.0
82.5
87.5
94.0
100.0
14.54
16.38
18.11
19.93
22.03
24.43
25.6
12.80
14.34
15.95
17.65
19.25
20.35
22.4
14.94
16.81
18.41
20.73
22.33
23.73
25.8
3.84
3.75
3.72
3.69
3.56
3.43
3.52
4.18
4.10
4.07
3.98
3.92
3.96
3.88
4.37
4.29
4.23
4.16
4.08
4.12
4.02
7.06
7.07
6.87
6.95
6.72
6.48
6.63
5.68
5.54
5.46
5.41
5.23
5.03
5.14
64
250
275
300
325
350
375
400
500
550
600
650
700
750
800
650
715
780
845
910
975
1,040
15.9
19.1
34.9
28.6
1,000
50
63
80
v
Outdoor Unit Product Range
REYQ-T
Outdoor system
System
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
REYQ
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Nom.
Nom.
Max.
Cooling
Heating
HP
kW
kW
kW
kW
kW
kW
Nom.
Nom.
Max.
EER
COP - Max.
COP - Nom.
ESEER - Automatic
ESEER - Standard
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Piping connections
Liquid
OD
Gas
OD
Discharge gas
OD
Total piping length
System
Current - 50Hz
Maximum fuse amps (MFA)
Continuous heating
34T
36T
REYQ16T
REYQ18T REYQ20T
34
36
95.4
101.0
95.4
101.0
106.5
113.0
28.0
31.4
23.5
26.1
27.2
30.4
3.41
3.22
3.92
3.72
4.06
3.87
6.43
6.06
4.97
4.70
425
850
1,105
Actual
Outdoor unit module
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type / GWP
Charge
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
mm
mm
mm
m
A
450
900
1,170
38T
40T
42T
REYQ8T
REYQ10T
REYQ12T
REYQ18T
38
40
42
106.3
111.9
118.0
106.3
111.9
118.0
119.0
125.5
131.5
29.74
31.58
32.75
25.10
26.64
28.69
29.24
31.11
33.18
3.57
3.54
3.60
4.07
4.03
3.96
4.24
4.20
4.11
6.66
6.68
6.79
5.25
5.20
5.28
475
950
1,235
500
1,000
1,300
525
1,050
1,365
34.9
28.6
80
44T
46T
REYQ12T REYQ14T
REYQ16T
REYQ16T
44
46
123.5
130.0
123.5
130.0
137.5
145.0
34.83
36.3
30.45
32.00
35.23
37.1
3.55
3.58
3.90
3.91
4.06
6.68
6.75
5.20
5.23
64
550
575
1,100
1,150
1,430
1,495
19.1
41.3
34.9
1,000
100
48T
50T
REYQ16T
52T
48
135.0
135.0
150.0
38.4
33.6
38.7
3.52
3.88
4.02
6.63
5.14
50
140.4
140.4
156.5
40.8
34.7
40.1
3.44
3.90
4.05
6.49
5.03
54T
REYQ18T
REYQ18T
REYQ18T
52
54
145.8
151.2
145.8
151.2
163.0
169.5
43.2
45.6
35.8
36.9
41.5
42.9
3.38
3.32
3.93
3.95
4.07
4.10
6.37
6.26
4.93
4.84
600
1,200
1,560
625
1,250
1,625
650
1,300
1,690
675
1,350
1,755
125
v
REMQ
mm
kg
m³/min
dBA
dBA
°CDB
°CWB
kg/TCO2Eq
Hz/V
A
5T
1,685x930x765
210
162
77
56
-5.0~43.0
-20~15.5
R-410A / 2,087.5
9.7/20.2
3N~/50/380-415
20
(1) Nominal cooling capacities are based on: indoor temperature: 27°CDB, 19°CWB, outdoor temperature: 35°CDB, equivalent refrigerant piping: 5m, level difference: 0m. Data for standard efficiency series. (2) Nominal cooling capacities are based on: indoor
temperature: 27°CDB, 19°CWB, outdoor temperature: 35°CDB, equivalent refrigerant piping: 5m, level difference: 0m. Data for high efficiency series, Eurovent certified. (3) Nominal heating capacities are based on: indoor temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB, equivalent refrigerant piping: 5m, level difference: 0m. Data for standard efficiency series. (4) Nominal heating capacities are based on: indoor temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB, equivalent refrigerant piping: 5m, level
difference: 0m. Data for high efficiency series, Eurovent certified. (5) Actual number of connectable indoor units depends on the indoor unit type (VRV indoor, Hydrobox, RA indoor, etc.) and the connection ratio restriction for the system (50% <= CR <= 130%)
49
Detailed technical drawings
REMQ5T / REYQ812T
REMQ5T
REYQ8-12T
Pitch of foundation bolt holes
766
2
1
Detail ·A·
70
106
AC
8
125
107
66
160
353
134
112
729
100
Pitch of foundation bolt holes
AA
AB
339
3
Detail ·B·
10
4-15x22.5mmOblong hole
Foundation bolt hole
View ·C·
1685
11
4
7
6
122
9
179
131
276
259
515
Model
AA
RYYQ8T, RXYQ8T, RXYQQ8T
248
RYYQ10-12T, RXYQ10-12T, RXYQQ10-12T 195
RYMQ8T
248
REMQ5T, RYMQ10-12T, REYQ8-12T
195
76
76
97
137
DETAIL B
DETAIL A
765
Notes
5
107
C
328
373
1. Detail ·A· and detail ·B· indicate the dimensions after fixing the attached piping.
2. Items ·4 - 10:·
Knockout hole.
930
Liquid pipe
RYYQ8-10T, RYMQ8-10T, RXYQ8-10T, RXYQ
Ø ·9.5· brazing connection
Q8-10T, REMQ5T, REYQ8-12T
:
RYYQ12T, RYMQ12T, RXYQ12T, RXYQQ12T : Ø ·12.7· brazing connection
11
10
9
8
7
6
5
4
Ø ·19.1· brazing connection
Ø ·22.2· brazing connection
High pressure/low pressure gas pipe
REMQ5T, REYQ8-12T :
AC
240
240
272
3. Gas pipe
RYYQ8T, RYMQ8T, RXYQ8T, RXYQQ8T
: Ø ·19.1· brazing connection
RYYQ10T, RYMQ10T, RXYQ10T, RXYQQ10T : Ø ·22.2· brazing connection
REMQ5T, REYQ8-12T
:
Ø ·25.4· brazing connection
RYYQ12T, RYMQ12T, RXYQ12T, RXYQQ12T : Ø ·28.6· brazing connection
Equalising pipe
RYMQ8-10T :
RYMQ12T :
AB
208
208
Ø ·19.1· brazing connection
3
2
1
No.
Inside of the switch box (·M8·)
Grounding terminal
Pipe routing hole (bottom)
Pipe routing hole (front)
Ø65
Ø27
Ø65
Ø80
Ø65
Power cord routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (side)
Equalising pipe connection port
High pressure/low pressure gas pipe
See note ·3·.
Gas pipe connection port
See note ·3·.
Liquid pipe connection port
See note ·3·.
Part name
Remark
2D079532B
REYQ1420T
REYQ14-20T
1
2
Pitch of foundation bolt holes
1076
106
160
393
134
8
107
112
125
70
729
AB
192
310
71
100
Pitch of foundation bolt holes
3
10
AA
Detail ·B·
Detail ·A·
4-15x22.5mm - Oblong hole
Foundation bolt hole
View ·C·
1685
11
4
7
6
122
9
DETAIL B
Notes
DETAIL A
:
RYYQ14-20T, RYMQ14-20T, RXYQ14-20T, RXYQQ14-20T
107
5
328
C
1240
Ø ·25.4· brazing connection
: Ø ·28.6· brazing connection
Liquid pipe
RYYQ14-16T, RYMQ14-16T, RXYQ14-16T, RXYQQ14-16T, REYQ14-20T : Ø ·12.7· brazing connection
RYYQ18-20T, RYMQ18-20T, RXYQ18-20T, RXYQQ18-20T
AB
205
210
272
373
1. Detail ·A· and detail ·B· indicate the dimensions after fixing the attached piping.
2. Items ·4 - 10:·
Knockout hole.
AA
240
240
131
97
137
765
50
179
276
76
76
3. Gas pipe
REYQ14-20T
259
515
Model
RYMQ14-16T, RXYQQ14-16T, REYQ14-20T
RYMQ18-20T, RXYQQ18-20T
: Ø ·15.9· brazing connection
Equalising pipe
RYMQ14-16T
:
Ø ·22.2· brazing connection
RYMQ18-20T
:
Ø ·28.6· brazing connection
High pressure/low pressure gas pipe
REYQ14-20T
:
Ø ·22.2· brazing connection
11
10
9
8
7
6
5
4
3
Grounding terminal
Inside of the switch box (·M8·)
Pipe routing hole (bottom)
Pipe routing hole (front)
Power cord routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (side)
Equalising pipe connection port
Ø65
Ø27
Ø65
Ø80
Ø65
See note ·3·.
High pressure/low pressure gas pipe
2 Gas pipe connection port
1 Liquid pipe connection port
No. Part name
See note ·3·.
See note ·3·.
Remark
2D079533B
Detailed technical drawings
REYQT
For single unit installation
For installation in rows
For centraliz ed group lay out
< P attern1>
< P attern1>
< P attern1>
300 or more
300 or more
< Front>
300 or more
300 or more
R E Y Q-T
For single unit installation
For installation in rows 10 or more
< P attern1>
< P attern1>
300 or more
< Front>
500 or more
< P attern2>
50 or more
20 or more
10 or more
10 or more
100 or more
< P attern2>
50 or more 50 or more
< Front>
500 or more
100 or more
< P attern3>
< P attern3>
Wall height
unrestricted
50 or more
< Front>
< Front>
20 or
more
500 or more
500 or more
Wall height
unrestricted
< Front>
200 or more
500 or more
100 or more
10 or more
Wall height unrestricted
< Front>
200 or more
4 00 or more
200 or more
< Front>
4 00 or more
< Front>
300 or more
500 or more
< Front>
20 or more
50 or more
< Front> 300 or20more
or more
500 or more
500 or more
100 or more
300 or more
10 or more
50 or more
4 00 or more
< Front>
< Front>
50 or more
< Front>
500 or more
10 or more 10 or more
< Front>
500 or more
100 or more
20 or more
10 or more
20 or more
50 or
more
10 or more
< Front>
500 or more
100
or more
50 or more
10 or more
10 or more
< Front>
100 or more
50 or
more
50 or
more
10 or more
20 or more
100 or more
50 or more
20 or more
< Front>
100 or more
50 or more
< Front>
500 or more
100 or more
50 or more
50 or more
100 or more
100
or more
< Front>
500 or more
100 or more
50 or more
50 or more
100 or more
50 or more 50 or more
10 or more
500
or more
10 or more
20 or more
100 or more
20 or more
< Front>
900 or more
50 or more
500 or more
50 or more 50 or more
< Front>
100
or more
500 or more
< Front>
20 or more
100
or more
50 or
more
10 or more
20 or more
300 or more
10 or more
10 or more
500 or more
10 or more
100
or more
50 or more
10 or more
20 or more
6 00 or more
100
or more
Wall height unrestricted
< 200
P attern2>
or more
300 or more
< Front>
< P attern2>
6 00 or more
4 00 or more
50 or
more
10 or more
50 or
< Front> 20 or100
moreor more 10 or
< Front>
more 10 or more
more
500 or more
< P attern3>
300 or more
< Front>
500 or more
100
300orormore
more
or more
50 or more 10 or100
50 or10more
or more
more
< P attern3>
100 or more
< P attern1>
< P attern2>
100 or more
< Front>
300 or more
< P attern2>
20 or more
20 or more
For
centraliz< Front>
ed group
lay out10 or more
10 or more
10 or more
< Suction side>
10 or more
300 or more
< Front>
500 or more
10 or more
< Front>
100 or more
500 or more
900 or more
500 or more
10 or more
10 or more
500 or more
6 00 or more
50 or
more
< Front>
50 or
more
10 or more
100 or more
< U nit: mm>
500 or more
6 00 or more
50 or
more
< Front>
50 or
more
500 or more
500 or more
< U nit: mm>
< Suction side>
< Front>
NOTES
1. Heights of walls in case of P atterns 1 and 2:
Front: 1500mm
Suction side: 500mm
Side: Height unrestricted
I nstallation space as shown on this drawing is based on the cooling operation at 35 degrees outdoor air temperature.
When the design outdoor air temperature ex ceeds 35 degrees or the load ex ceeds max imum ability because of much generation load of heat in all outdoor units, take the suction side space
more broadly than the space as shown in this drawing.
2. f the abo e wall heights are exceeded then h2/2 and h1/2 should be added to the front and suction side ser ice space respecti ely as shown in the figure on the right.
3.
hen installing the units most appropriate pattern should be selected from those shown abo e in order to obtain the best fit in the space a ailable always bearing in mind the need to lea e
enough space for a person to pass between units and wall and for the air to circulate freely . (I f more units are to be installed than are catered for in the above patterns y our lay out should take
account of the possibility of short circuits. )
4 . The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
NOTES
1. Heights of walls in case of P atterns 1 and 2:
Front: 1500mm
Suction side: 500mm
Side: Height unrestricted
I nstallation space as shown on this drawing is based on the cooling operation at 35 degrees outdoor air temperature.
When the design outdoor air temperature ex ceeds 35 degrees or the load ex ceeds max imum ability because of much generation load of heat in all outdoor units, take the suction side space
more broadly than the space as shown in this drawing.
2. f the abo e wall heights are exceeded then h2/2 and h1/2 should be added to the front and suction side ser ice space respecti ely as shown in the figure on the right.
3.
hen installing the units most appropriate pattern should be selected from those shown abo e in order to obtain the best fit in the space a ailable always bearing in mind the need to lea e
enough space for a person to pass between units and wall and for the air to circulate freely . (I f more units are to be installed than are catered for in the above patterns y our lay out should take
account of the possibility of short circuits. )
4 . The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
3D07 9 54 2
3D07 9 54 2
51
Outdoor Unit Product Range
R E Y Q-T
BS1Q-A
Individual branch selector for VRV IV
heat recovery
›
›
›
›
›
›
›
›
Unique range of single and multi BS boxes for flexible and fast design
Compact & light to install
Ideal for remote rooms as no drain piping is needed
Allows integration of server rooms into the heat recovery solution thanks
to technical cooling function
Connect up to  class unit (kW)
Faster installation thanks to open connection
Allows multi tenant applications
Connectable to REYQ-T VRV IV heat recovery units
Indoor unit
Power input
Cooling
Nom.
Heating
Nom.
Maximum number of connectable indoor units
Maximum capacity index of connectable indoor units
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Piping connections
Outdoor unit
Liquid
Type/OD
Gas
Type/OD
Discharge gas Type/OD
Indoor unit
Liquid
Type/OD
Gas
Type/OD
Sound absorbing thermal insulation
Power supply
Phase/Frequency/Voltage
Total circuit
Maximum fuse amps (MFA)
BS
kW
kW
BSQ-A
1Q10A
1Q16A
0.005
0.005
5
15 < x ≤ 100
1Q25A
8
100<x≤160
207x388x326
mm
kg
160<x≤250
12
15
Galvanised steel plate
Brazing connection/9.5
Brazing connection/15.9
Brazing connection/12.7
Brazing connection/9.5
Brazing connection/15.9
Foamed polyurethane Flame-resistant needle felt
1~/50/220-240
15
mm
mm
mm
mm
mm
Hz/V
A
Brazing connection/22.2
Brazing connection/19.1
Brazing connection/22.2
BS-Q14A
Multi branch selector for VRV IV heat
recovery
› Unique range of single and multi BS boxes for flexible and fast design
› Major reduction in installation time thanks to wide range, compact size
and light weight multi BS boxes
› Up to % smaller and % lighter than previous series
› Faster installation thanks to a reduced number of brazing points and
›
›
›
›
›
›
›
wiring
All indoor units connectable to one BS box
Less inspection ports needed compared to installing single BS boxes
Up to kW capacity available per port
Connect up to  class unit (kW) by combining  ports
No limit on unused ports allowing phased installation
Faster installation thanks to open connection
Connectable to REYQ-T VRV IV heat recovery units
Indoor unit
Power input
Cooling
Nom.
Heating
Nom.
Maximum number of connectable indoor units
Maximum number of connectable indoor units per branch
Number of branches
Maximum capacity index of connectable indoor units
Maximum capacity index of connectable indoor units per branch
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Piping connections
Outdoor unit
Liquid
OD
Gas
OD
Discharge gas OD
Indoor unit
Liquid
OD
Gas
OD
Drain
Sound absorbing thermal insulation
Power supply
Phase/Frequency/Voltage
Total circuit
Maximum fuse amps (MFA)
52
BS
kW
kW
BS,QA
4Q14A
0.043
0.043
20
6Q14A
0.064
0.064
30
8Q14A
0.086
0.086
40
4
400
6
600
8
10Q14A
0.107
0.107
50
12Q14A
0.129
0.129
60
16Q14A
0.172
0.172
64
12
16
5
10
750
140
mm
kg
298x370x430
17
24
mm
mm
mm
mm
mm
9.5
22.2 / 19.1
19.1 / 15.9
12.7
28.6 / 22.2
19.1 / 22.2
Hz/V
A
298x580x430
298x820x430
26
35
38
Galvanised steel plate
12.7 / 15.9
15.9
15.9 / 19.1
28.6
28.6 / 34.9
19.1 / 22.2 / 28.6
28.6
9.5 / 6.4
15.9 / 12.7
VP20 (I.D. 20/O.D. 26)
Urethane foam, polyethylene foam
1~/50/220-440
15
298x1,060x430
50
19.1
34.9
BSVQ-P9B
Individual branch selector for
VRV heat recovery
› Allows individual cool / heat switching of  group of indoor units
› Maximum design flexibility because individual and multi boxes
›
›
›
›
can be combined in one system
Low built-in height
No drain piping needed
Allows multi tenant applications (option PCB required)
Connectable to VRV W-IV series (RWEYQ-T)
Indoor unit
Power input
Cooling
Nom.
Heating
Nom.
Maximum number of connectable indoor units
Maximum capacity index of connectable indoor units
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Piping connections
Outdoor unit
Liquid
Type/OD
Gas
Type/OD
Discharge gas Type/OD
Indoor unit
Liquid
Type/OD
Gas
Type/OD
Sound absorbing thermal insulation
Power supply
Phase/Frequency/Voltage
Total circuit
Maximum fuse amps (MFA)
BSVQ
kW
kW
100P9B
160P9B
0.005
0.005
6
15 < x ≤ 100
Hz/V
A
250P9B
8
100<x≤160
207x388x326
mm
kg
mm
mm
mm
mm
mm
Outdoor Unit Product Range
BSVQ-PB
160<x≤250
12
15
Galvanised steel plate
Brazing connection/9.5
Brazing connection/15.9
Brazing connection/12.7
Brazing connection/12.7
Brazing connection/9.5
Brazing connection/15.9
Brazing connection/15.9
Foamed polyurethane Flame-resistant needle felt
1~/50/220-240
15
Brazing connection/22.2
Brazing connection/19.1
Brazing connection/22.2
BSV4Q-PV/BSV6Q-PV
Multi branch selector for VRV
heat recovery
› Faster installation thanks to a reduced number of brazing points
and wiring
› Allows individual cool / heat switching for up to  or  groups of
indoor units
› Maximum design flexibility because individual and multi boxes
can be combined in one system
› Low built-in height
› No drain piping needed
› Connectable to VRV W-IV series (RWEYQ-T)
Indoor unit
Power input
BSV4Q-PV/BSV6Q-PV
Cooling
Nom.
kW
Heating
Nom.
kW
Maximum number of connectable indoor units
Maximum number of connectable indoor units per branch
Number of branches
Maximum capacity index of connectable indoor units
Maximum capacity index of connectable indoor units per branch
Dimensions
Unit
HeightxWidthxDepth
mm
Weight
Unit
kg
Casing
Material
Piping connections
Outdoor unit
Liquid
Type/OD
mm
Gas
Type/OD
mm
Discharge gas Type/OD
mm
Indoor unit
Liquid
Type/OD
mm
Gas
Type/OD
mm
Sound absorbing thermal insulation
Power supply
Phase/Frequency/Voltage
Hz/V
Total circuit
Maximum fuse amps (MFA)
A
BSVQPV
4Q100PV
0.020
0.020
24
6Q100PV
0.030
0.030
36
6
4
400
6
600
100
209x1,053x635
60
209x1,577x635
89
Galvanised steel plate
Brazing connection/12.7
Brazing connection/15.9
Brazing connection/28.6
Brazing connection/19.1
Brazing connection/28.6
Brazing connection/9.5
Brazing connection/15.9
Foamed polyurethane Flame-resistant needle felt
1~/50/220-240
15
53
VRV IV heat pump
Daikin’s optimum solution
with top comfort
Air curtain
Biddle Air curtain for VRV (CYV)
22
Indoor units
VRV type indoor units
Residential type indoor units
(such as Daikin Emura)
Hot water
Low temperature hydrobox
Control systems
Ventilation
Heat Reclaim ventilation (VAM/VKM)
AHU connection kit
›  segment indicator
› Automatic refrigerant charge
› Refrigerant containment check
› Night quiet mode
VRV IV standards:
Variable refrigerant
temperature
Customize your VRV for best seasonal
efficiency & comfort
› Low noise function
› Full inverter compressors
› Gas cooled PCB
›  side heat exchanger
› Reluctance brushless DC compressor
Continuous heating
› Sine wave DC inverter
The new standard in heating comfort
› DC fan motor
VRV configurator
› E-pass heat exchanger
› I demand function
Software for simplified commissioning,
configuration and customisation
For detailed explanation of these functions refer to vrv iv technologies tab
54
Outdoor Unit Product Range
Wide range of indoor units
Combine VRV indoor units with stylish
indoor units (Daikin Emura, Nexura, …)
FXSQ-A
VRV indoor unit
FXFQ-A
VRV indoor unit
FVXG-K
Nexura
BPMKS967A2
FTXG-LW
Daikin Emura
Connectable indoor units
15 CLASS
20 CLASS
25 CLASS
35 CLASS
FTXG20LW
FTXG20LS
FTXG25LW
FTXG25LS
FTXG35LW
FTXG35LS
FTXS20K
FTXS25K
FTXS35K
CTXS35K
Nexura – Floor standing unit
FVXG25K
FVXG35K
FVXG50K
Floor standing unit
FVXS25F
FVXS35F
FVXS50F
FLXS25B
FLXS35B9
FLXS50B
Daikin Emura – Wall mounted unit
Wall mounted unit
CTXS15K
Flexi type unit
42 CLASS
50 CLASS
60 CLASS
71 CLASS
FTXS60G
FTXS71G
FTXG50LW
FTXG50LS
FTXS42K
FTXS50K
FLXS60B
BPMKS box needed to connect RA indoors to VRV IV (RYYQ-T and RXYQ-T(9))
55
VRV IV
proven in practice:
40% more efficient
A field trial at a German fashion chain store
demonstrated how the innovative features
of VRV IV have improved energy efficiency
dramatically over previous models.
Results: up to 60% less
energy consumed
The results of the trial showed that the new VRV IV
system consumed much less energy, particularly when
cooling, compared with the VRV III system – in some
cases up to 60% less. When heating, savings were an
average of 20%.
The Unterhachingtrial demonstrates how VRV IV heat
pump technology uses a renewable energy source
– air - to provide a complete and environmentally
sustainable solution for heating, cooling, and
ventilation in commercial environments. The trial also
shows that businesses can only identify and control
energy wastage through careful and intelligent
monitoring of climate control systems, a service which
Daikin can offer.
Average daily
consumption
during working
hours in kWh
220
210
200
190
180
170
160
150
140
130
120
110
100
90
80
Energy use VRV III in 2012 in kWh
70
60
Energy use VRV IV in 2013 in kWh
50
40
30
Trendline energy use VRV III
20
10
0
-2
-1
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
VRV III HP ( modules)
VRV IV HP ( module)
March  - February 
March  - February 
Avg (kWh/Month)
.
.
Total (KWh)
.
.
Total (€)
.
.
,
,
Period
Yearly (operation
cost/m² (€/m²)
% savings = € .
56
25
26
Trendline energy use VRV IV
Measured data
Fashion store Unterhaching (Germany)
› Floor space: m²
› Energy cost: , €/kWh
› System taken into account for consumption:
- VRV IV heat pump with continuous heating
- Round flow cassettes (without auto cleaning panel)
- VAM for ventilation (x VAM)
- Biddle Air curtain.
Outdoor Unit Product Range
Free combination of
outdoor units
Freely combine outdoor units to optimise for
small footprint, continuous heating, highest
efficiency or any other combination
Flexible piping design
Total piping length
1000m
Longest length actual (Equivalent)
165m (190m)
Longest length after first branch
90m1
Level difference between indoor and outdoor units
90m1
Level difference between indoor units
30m
90m maximum
30m Level difference between indoor units
40m (90m1) Level difference between indoor
and outdoor units
165m Actual piping length
1 Contact your local dealer for more information and restrictions
2 in case outdoor unit is located below indoor units
57
RYYQ-T / RXYQ-T(9)
VRV IV heat pump
Daikin‘s optimum solution with top comfort
› Covers all thermal needs of a building via a single point
› Incorporates VRV IV standards & technologies: Variable Re-
of contact: accurate temperature control,
ventilation, hot water, air handling units
and Biddle air curtains
› Wide range of indoor units: possibility to combine VRV
with stylish indoor units (Daikin Emura, Nexura, ...)
frigerant Temperature, continuous heating, VRV configurator,
 segment display and full inverter compressors, -side heat
exchanger, refrigerant cooled PCB, new DC fan motor
› Available as heating only by irreversible field setting
› Contains all standard VRV features
Outdoor system
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
Nom.
Nom.
Max.
Cooling
Heating
RYYQ/RXYQ
HP
kW
kW
kW
kW
kW
kW
Nom.
Nom.
Max.
EER
ESEER - Automatic
ESEER - Standard
COP - Max.
COP - Nom.
Maximum number of connectable indoor units
Indoor index connection
Min./Nom./Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type
Charge
Piping connections
Power supply
Current - 50Hz
Outdoor system
System
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
GWP
Liquid
OD
Gas
OD
Total piping length
System
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
100/200/260
mm
kg
m³/min
dBA
dBA
°CDB
°CWB
kg
tCO₂eq
mm
mm
m
Hz/V
A
RYYQ/RXYQ
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Nom.
Nom.
Max.
Cooling
Heating
243
162
78
10T
10
28.0 (1) / 28.0 (2)
28.0 (3) / 28.00 (4)
31.5 (3)
7.29 (1) / 6.32 (2)
6.29 (3) / 5.47 (4)
7.38 (3)
3.84 (1) / 4.43 (2)
7.20
5.67
4.27 (3)
4.45 (3) / 5.12 (4)
12T
12
33.5 (1) / 33.5 (2)
33.5 (3) / 33.50 (4)
37.5 (3)
8.98 (1) / 8.09 (2)
7.77 (3) / 6.59 (4)
9.10 (3)
3.73 (1) / 4.14 (2)
6.96
5.50
4.12 (3)
4.31 (3) / 5.08 (4)
14T
14
40.0 (1) / 40.0 (2)
40.0 (3) / 40.0 (4)
45.0 (3)
11.0 (1) / 9.88 (2)
9.52 (3) / 9.30 (4)
11.2 (3)
3.64 (1) / 4.05 (2)
6.83
5.31
4.02 (3)
4.20 (3) / 4.30 (4)
64 (5)
175/350/455
125/250/325
150/300/390
1,685x930x765
252
175
185
79
81
58
61
5.9
12.3
6
12.5
356
22T
10T
12T
-5~43
-20~15.5
R-410A
10.3
21.5
2,087.5
12.7
6.3
13.2
250/500/650
391
260
251
64
65
261
88
66
10.4
21.7
11.7
24.4
11.8
24.6
15.9
28.6
1,000
3N~/50/380-415
32
25
24T/24T9
8T
16T
20T
20
56.0 (1)
56.0 (3)
63.0 (3)
18.5 (1)
14.5 (3)
17.0 (3)
3.03 (1)
5.67
4.42
3.71
3.86
86
22.2
20
18T
18
50.4 (1)
50.4 (3)
56.5 (3)
15.0 (1)
12.6 (3)
14.6 (3)
3.36 (1)
6.38
4.97
3.87
4.00
200/400/520
225/450/585
1,685x1,240x765
223
9.52
19.1
16T
16
45.0 (1) / 45.0 (2)
45.0 (3) / 45.0 (4)
50.0 (3)
13.0 (1) / 12.10 (2)
11.1 (3) / 9.8 (4)
12.8 (3)
3.46 (1) / 3.73 (2)
6.50
5.05
3.91 (3)
4.05 (3) / 4.59 (4)
26T
14T
28T
12T
16T
40
30T
32T
18T
30
83.9
83.9
94.0
24.0
20.4
23.7
3.5
6.60
5.17
50
36T
16T
34T
16T
18T
32
90.0
90.0
100.0
26.0
22.2
25.6
3.46
6.50
5.05
3.91
4.05
34
95.4
95.4
106.5
28.0
23.7
27.4
3.4
6.44
5.01
3.9
4.0
36
101.0
101.0
113.0
31.5
25.6
29.8
3.21
6.02
4.68
3.79
3.95
20T
HP
kW
kW
kW
kW
kW
kW
Nom.
Nom.
Max.
EER
ESEER - Automatic
ESEER - Standard
COP - Max.
COP - Nom.
Maximum number of connectable indoor units
Indoor index connection
Min./Nom./Max.
Piping connections
Liquid
OD
Gas
OD
Total piping length
System
Current - 50Hz
Maximum fuse amps (MFA)
58
Actual
8T/8T9
8
22.4 (1) / 22.4 (2)
22.4 (3) / 22.40 (4)
25.0 (3)
5.21 (1) / 4.47 (2)
4.75 (3) / 4.47 (4)
5.51 (3)
4.30 (1) / 5.01 (2)
7.53
6.37
4.54 (3)
4.72 (3) / 5.01 (4)
Actual
mm
mm
m
A
22
61.5
61.5
69.0
16.27
14.06
16.48
3.77
7.07
5.58
4.19
4.37
24
67.4
67.4
75.0
18.2
15.85
18.31
3.70
6.81
5.42
4.10
26
73.5
73.5
82.5
20.0
17.29
20.30
3.68
6.89
5.39
4.06
4.25
28
78.5
78.5
87.5
22.0
18.87
21.90
3.57
6.69
5.23
4.00
4.16
38T/38T9
8T
10T
20T
38
106.3
106.3
119.0
29.2
25.1
29.2
3.6
6.36
5.03
4.1
4.2
4.1
64
275/550/715 300/600/780 325/650/845 350/700/910 375/750/975 400/800/1,040 425/850/1,105 450/900/1,170 475/950/1,235
15.9
19.1
28.6
34.9
41.3
1,000
63
80
100
Outdoor Unit Product Range
RYYQ-T
RXYQ-T()
Outdoor system
System
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
RYYQ/RXYQ
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Nom.
Nom.
Max.
Cooling
Heating
HP
kW
kW
kW
kW
kW
kW
Actual
Outdoor unit module for RYYQ combinations
Dimensions
Unit
Height/Width/Depth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type
Charge
Power supply
Current - 50Hz
GWP
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
42T
44T
12T
10T
Nom.
Nom.
Max.
EER
ESEER - Automatic
ESEER - Standard
COP - Max.
COP - Nom.
Maximum number of connectable indoor units
Indoor index connection
Min./Nom./Max.
Piping connections
Liquid
OD
Gas
OD
Total piping length
System
Current - 50Hz
Maximum fuse amps (MFA)
40T
12T
18T
40
111.9
111.9
125.5
31.3
26.7
31.1
3.6
6.74
5.29
4.0
4.2
46T
14T
16T
48T
50T
16T
44
123.5
123.5
137.5
35.0
29.97
34.70
46
130.0
130.0
145.0
37.0
31.72
36.8
3.51
6.60
5.13
3.94
4.10
3.54
6.65
5.19
3.99
4.14
6.62
5.17
3.96
4.12
54T
18T
18T
16T
42
118.0
118.0
131.5
33.3
28.49
32.98
52T
48
135.0
135.0
150.0
39.0
33.3
38.4
3.46
6.50
5.05
3.91
50
140.0
140.0
156.0
40.7
34.6
40.0
3.44
6.46
5.02
18T
52
145.8
145.8
163.0
43.0
36.3
42.0
3.4
6.42
4.99
3.90
54
151.2
151.2
169.5
45.0
37.8
43.8
3.40
6.38
4.97
4.05
4.0
64
500/1,000/1,300 525/1,050/1,365 550/1,100/1,430 575/1,150/1,495 600/1,200/1,560 625/1,250/1,625 650/1,300/1,690 675/1,350/1,755
mm
19.1
mm
41.3
m
1,000
A
100
125
RYMQ
mm
kg
m³/min
dBA
dBA
°CDB
°CWB
kg
tCO₂eq
Hz/V
A
8T
10T
1,685/930/765
195
175
79
188
162
78
12T
14T
185
223
309
81
61
58
5.9
12.3
6
12.5
20
25
16T
18T
1,685/1,240/765
6.3
13.2
-5~43
-20~15.5
R-410A
10.3
21.5
2,087.5
3N~/50/380-415
32
20T
319
260
251
64
65
261
88
66
10.4
21.7
11.7
24.4
11.8
24.6
86
40
50
(1) Nominal cooling capacities are based on: indoor temperature: 27°CDB, 19°CWB, outdoor temperature: 35°CDB, equivalent refrigerant piping: 5m, level difference: 0m. Data for standard efficiency series (2) Nominal heating capacities are based on: indoor
temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB, equivalent refrigerant piping: 5m, level difference: 0m. Data for high efficiency series, Eurovent certified (3) Nominal heating capacities are based on: indoor temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB, equivalent refrigerant piping: 5m, level difference: 0m. Data for standard efficiency series (4) Nominal cooling capacities are based on: indoor temperature: 27°CDB, 19°CWB, outdoor temperature: 35°CDB, equivalent refrigerant piping: 5m,
level difference: 0m. Data for high efficiency series, Eurovent certified (5) Actual number of connectable indoor units depends on the indoor unit type (VRV indoor, Hydrobox, RA indoor, etc.) and the connection ratio restriction for the system (50% <= CR <=
130%) | The STANDARD ESEER value corresponds with normal VRV4 Heat Pump operation, not taking into account advanced energy saving operation functionality | The AUTOMATIC SEER value corresponds with normal VRV4 Heat Pump operation, taking into
account advanced energy saving operation functionality ( variable refrigerant temperature control operation)
59
Detailed technical drawings
RYYQ812T / RYMQ812T / RXYQ812T9
RYYQ8-12T
RYMQ8-12T
RXYQ8-12T
RXYQQ8-12T
Pitch of foundation bolt holes
766
2
1
Detail A
70
106
AC
8
125
107
66
160
353
134
112
729
100
Pitch of foundation bolt holes
AA
AB
339
3
Detail B
10
4-15x22.5mmOblong hole
Foundation bolt hole
View C
1685
11
4
7
6
122
9
259
179
131
276
515
Model
RYYQ8T, RXYQ8T, RXYQQ8T
RYYQ10-12T, RXYQ10-12T, RXYQQ10-12T
RYMQ8T
REMQ5T, RYMQ10-12T, REYQ8-12T
76
76
97
137
DETAIL B
Notes
C
328
373
930
11
10
9
8
7
6
5
4
Ø 19.1 brazing connection
Ø 22.2 brazing connection
Ø 25.4 brazing connection
Ø 28.6 brazing connection
Liquid pipe
RYYQ8-10T, RYMQ8-10T, RXYQ8-10T, RXYQ
Q8-10T, REMQ5T, REYQ8-12T
:
RYYQ12T, RYMQ12T, RXYQ12T, RXYQQ12T :
Ø 12.7 brazing connection
Equalising pipe
RYMQ8-10T :
RYMQ12T :
Ø 22.2 brazing connection
Ø 9.5 brazing connection
3
2
1
No.
Ø 19.1 brazing connection
High pressure/low pressure gas pipe
REMQ5T, REYQ8-12T :
AC
240
240
272
1. Detail A and detail B indicate the dimensions after fixing the attached piping.
2. Items 4 - 10:
Knockout hole.
3. Gas pipe
RYYQ8T, RYMQ8T, RXYQ8T, RXYQQ8T
:
RYYQ10T, RYMQ10T, RXYQ10T, RXYQQ10T :
REMQ5T, REYQ8-12T
:
RYYQ12T, RYMQ12T, RXYQ12T, RXYQQ12T :
AB
208
208
5
107
DETAIL A
765
AA
248
195
248
195
Inside of the switch box (M8)
Grounding terminal
Pipe routing hole (bottom)
Pipe routing hole (front)
Ø65
Ø27
Ø65
Ø80
Ø65
Power cord routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (side)
Equalising pipe connection port
High pressure/low pressure gas pipe
See note 3.
Gas pipe connection port
See note 3.
Liquid pipe connection port
See note 3.
Part name
Remark
Ø 19.1 brazing connection
2D079532B
RYYQ1420T / RYMQ1420T / RXYQ1420T
RYYQ14-20T
RYMQ14-20T
RXYQ14-20T
RXYQQ14-20T
1
2
Pitch of foundation bolt holes
1076
106
160
393
134
8
107
112
125
70
71
100
Pitch of foundation bolt holes
AB
192
310
729
3
10
AA
Detail B
Detail A
4-15x22.5mm - Oblong hole
Foundation bolt hole
View C
1685
11
4
7
6
122
9
179
131
276
76
76
97
137
DETAIL B
765
Notes
DETAIL A
107
5
272
328
C
373
1. Detail A and detail B indicate the dimensions after fixing the attached piping.
2. Items 4 - 10:
Knockout hole.
3. Gas pipe
REYQ14-20T
259
515
Model
RYMQ14-16T, RXYQQ14-16T, REYQ14-20T
RYMQ18-20T, RXYQQ18-20T
:
RYYQ14-20T, RYMQ14-20T, RXYQ14-20T, RXYQQ14-20T
1240
Ø 25.4 brazing connection
:
Ø 28.6 brazing connection
Liquid pipe
RYYQ14-16T, RYMQ14-16T, RXYQ14-16T, RXYQQ14-16T, REYQ14-20T :
Ø 12.7 brazing connection
RYYQ18-20T, RYMQ18-20T, RXYQ18-20T, RXYQQ18-20T
Ø 15.9 brazing connection
:
Equalising pipe
RYMQ14-16T
:
Ø 22.2 brazing connection
RYMQ18-20T
:
Ø 28.6 brazing connection
High pressure/low pressure gas pipe
REYQ14-20T
:
Ø 22.2 brazing connection
11
10
9
8
7
6
5
4
3
Grounding terminal
Pipe routing hole (front)
Power cord routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (side)
Equalising pipe connection port
Ø65
Ø27
Ø65
Ø80
Ø65
See note 3.
High pressure/low pressure gas pipe
2
1 Liquid pipe connection port
No. Part name
Gas pipe connection port
60
Inside of the switch box (M8)
Pipe routing hole (bottom)
See note 3.
See note 3.
Remark
2D079533B
AA
240
240
AB
205
210
R Y Y Q-T
R Y MQ-T
R XY Q-T
RYYQT
R XY
QQ-T
Detailed technical drawings
/ RXYQT9
F o r single unit installatio n
( P attern 1)
F o r installatio n in ro w s
( P attern 1)
300 o r m o re
( P attern 1)
300 o r m o re
10 o r
m o re
(F R O N T )
500 o r m o re
( P attern 2)
10 o r
m o re
20 o r m o re
(F R O N T )
500 o r m o re
20 o r m o re
10 o r m o re 10 o r m o re
300 o r m o re
(F R O N T )
6 00 o r m o re
20 o r m o re
(F R O N T )
500 o r m o re
20 o r m o re
10 o r m o re
10 o r m o re
(F R O N T )
500 o r m o re
10 o r m o re
10 o r m o re
300 o r m o re
(F R O N T )
20 o r m o re
10 o r m o re 10 o r m o re
500 o r m o re
10 o r m o re
20 o r m o re
9 00 o r m o re
( P attern 2)
100 o r m o re
50 o r m o re
300 o r m o re
(F R O N T )
500 o r m o re
100 o r m o re
50 o r
m o re 50 o r m o re
( P attern 3)
300 o r m o re
(F R O N T )
200 o r m o re
10 o r m o re
20 o r m o re
10 o r m o re
10 o r m o re
20 o r m o re
(F R O N T )
500 o r m o re
10 o r m o re
( P attern 2)
100 o r m o re
( P attern 3)
W all height
unrestric ted
(F R O N T )
500 o r m o re
100 o r m o re
W all height unrestric ted
50 o r m o re
100 o r
m o re
50 o r m o re
300 o r m o re
400 o r m o re
200 o r m o re
(F R O N T )
400 o r m o re
50 o r m o re
(F R O N T )
500 o r m o re
(F R O N T )
500 o r m o re
100 o r m o re
100 o r m o re
100 o r
m o re
50 o r
m o re 50 o r m o re
100 o r
m o re
50 o r m o re
50 o r m o re
(F R O N T )
(F R O N T )
500 o r m o re
100 o r m o re
50 o r m o re
50 o r m o re
100 o r m o re
500 o r m o re
6 00 o r m o re
50 o r m o re
Outdoor Unit Product Range
10 o r m o re
F o r c entralized gro up lay o ut
300 o r m o re
100 o r m o re
50 o r m o re 50 o r m o re
100 o r m o re
(F R O N T )
500 o r m o re
50 o r m o re
< S uc tio n sid e>
< F ro nt>
<U nit = m m >
N O T E S
1. Heights o f w alls in c ase o f p atterns 1 and 2:
F ro nt: 1500m m
S uc tio n sid e: 500m m
S id e: Height unrestric ted
I nstallatio n sp ac e as sho w n o n this d raw ing is b ased o n the c o o ling o p eratio n at 35 d egrees o utd o o r air tem p erature.
W hen the d esign o utd o o r air tem p erature exc eed s 35 d egrees o r the lo ad exc eed s m axim um ab ility o f m uc h generatio n lo ad o f heat in all o utd o o r unit, tak e the suc tio n sid e sp ac e m o re
b ro ad ly than the sp ac e as sho w n o n this d raw ing.
2. f the abo e wall heights are exceeded then h2 2 and h1 2 should be added to the front and suction side ser ice spaces respecti ely as shown in the figure on the right.
3.
hen installing the units most appropriate pattern should be selected from those shown abo e in order to obtain the best fit in the
sp ac e av ailab le. A lw ay s k eep in m ind the need to leav e eno ugh sp ac e f o r a p erso n to p ass b etw een units and w all and also f o r the air to c irc ulate f reely .
( I f m o re units are to b e installed than are c atered f o r in the ab o v e p atterns y o ur lay o ut sho uld tak e ac c o unt o f the p o ssib ility o f sho rt c irc uits).
4. The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
3D07 9 54 2
61
VRV III-S heat pump
Space saving solution without
compromising on efficiency
Air curtain
Biddle Air curtain for VRV (CYV)
22
Indoor units
VRV type indoor units
Residential type indoor units
(such as Daikin Emura, ...)
Control systems
› Automatic refrigerant charge
› Refrigerant containment check
› Night quiet mode
› Low noise function
› Full inverter compressors
› Reluctance brushless DC compressor
› Sine wave DC inverter
› DC fan motor
› E-pass heat exchanger
› I demand function
62
Ventilation
Heat Reclaim ventilation (VAM/VKM)
AHU connection kit
1,685 mm
Space saving design
1,345 mm
The VRVIII-S is slimmer and more compact, resulting
in significant savings in installation space.
Volume:
Approx. 70% reduction
Footprint:
Approx. 60% reduction
765mm
320mm
900mm
Outdoor Unit Product Range
930mm
Wide range of indoor units
Connect VRV units…
FXFQ-A
FXZQ-A
FXSQ-A
FXAQ-P
… or stylish indoor units
FCQG-F
BPMKS967A2
FTXG-LS - Daikin Emura
FBQ-D
BPMKS967A2
FVXG-K - Nexura
Connectable stylish indoor units
15 CLASS
20 CLASS
Round flow cassette
Fully flat cassette
Small concealed ceiling unit
Slim concealed ceiling unit
Concealed ceiling unit with inverter driven fan
NEW
FFQ25C
FDBQ25B
FDXS25F
Daikin Emura – Wall mounted unit
Wall mounted unit
25 CLASS
CTXS15K
Ceiling suspended unit
Nexura – Floor standing unit
Floor standing unit
Flexi type unit
35 CLASS
FCQG35F
FFQ35C
FVXG25K
FVXS25F
FDXS35F
FBQ35D
FTXG35LW
FTXG35LS
FTXS35K
CTXS35K
FHQ35C
FVXG35K
FVXS35F
FLXS25B
FLXS35B9
FTXG20LW
FTXG20LS
FTXG25LW
FTXG25LS
FTXS20K
FTXS25K
42 CLASS
FTXS42K
50 CLASS
FCQG50F
FFQ50C
60 CLASS
FCQG60F
FFQ60C
FDXS50F9
FBQ50D
FTXG50LW
FTXG50LS
FDXS60F
FBQ60D
FTXS50K
FTXS60G
FHQ50C
FVXG50K
FVXS50F
FHQ60C
FLXS50B
FLXS60B
71 CLASS
FTXS71G
For more info about Daikins stylish indoor units, please check our indoor unit-portfolio
* VRV indoor units and stylish indoor units cannot be combined.
* To connect stylish indoor units a BPMKS unit is needed
63
High COP values
A major feature of VRVIII-S is its exceptional energy
efficiency. The system achieves high COPs during
both cooling and heating operation by the use of
refined components and functions.
1
Cooling
3.99 1
Nominal cooling capacities are based on: indoor
temperature: 27°CDB, 19°CWB, outdoor temperature: 35°C,
equivalent refrigerant piping: 5m, level difference: 0m.
2
Heating
Nominal heating capacities are based on: indoor
4.55 2
temperature: 20°CDB, outdoor temperature: 7°CDB, 6°CWB,
equivalent refrigerant piping: 5m, level difference: 0m
0
1
2
-
Minimum piping length between BP and indoor unit
-
2m
Maximum piping length between BP and indoor unit
-
15m
40m
40m
Level difference between indoor and outdoor units
Level difference between indoor units
Outdoor unit in lowest position
64
5m
50m (40m1)
30m
15m
15m
40m maximum
250m
Minimum length between outdoor unit and first branch
Longest length after first branch
1
300m
150m (175m)
15m Level difference between indoor units
Longest length actual (Equivalent)
Stylish indoors
connected
50m Level difference between indoor
and outdoor units
Total piping length
VRV indoors
connected
150m Actual piping length
Flexible piping design
3
4
5
1. Super aero grille
2
The spiral shaped ribs are aligned with the direction
of discharge flow in order to minimise turbulence
and reduce noise.
1
2. Smooth air inlet bell mouth
and aero spiral fan
Outdoor Unit Product Range
3
Advanced technologies
Aero spiral fan blade tips
These features assist in significantly reducing noise.
Guides are added to the bell mouth intake to reduce
turbulence in the air flow generated by fan suction.
The aero spiral fan features fan blades with bent
blade edges, further reducing turbulence.
Escaping edges are sucked in by the bent blade edges, reducing overall turbulence.
Conventional
New
3. e-Bridge circuit
Prevents accumulation of liquid refrigerant in the
condenser.This results in more efficient use of
the condenser surface under all conditions and
leads in turn to better energy efficiency. Increased
evaporative capacity stems from
the newly developed refrigeration circuit, the SCebridge circuit, which adds super cooling prior to the
expansion cycle. By adopting this circuit, the COPs
in both coolingand heating have been drastically
improved.
Current
Evaporativecapacity
Evaporative capacity
can be raised by taking
super cooling just
before the electronic
expansion valve
By the SCe- bridge
circuit, cooling and
heating attain the
improvement in COP
Evaporative-capacity has been improved by
adopting the SCe-Bridge Circuit circuit.
SCe-Bridge Circuit
65
VRV IV S-series
Space saving solution without
compromising on efficiency
In 2015 our successful Mini VRV range
gets a thorough update to make it
even better suited for light commercial
applications where space is limited and
performance expectations are high.
› Variable Refrigerant Temperature
› Connect a wide range of up to  indoor units: either connect
VRV or stylish indoor units (Daikin Emura, Nexura, …)
› All indoor units can be individually controlled
› Connects to all VRV control, ventilation, air handling units and
Biddle air curtains
› Space saving design
› More flexibility through extension of the range
Preliminary
› The most compact VRV
› Low height resulting in minimum visual impact
› Lightweight reduces installation time and man-
power to an absolute minimum
› Available in single phase
- HP
› Available in single phase and three phase
› Extended range with ,  and  HP unit for bigger
applications with space limitations
----- HP
66
RXYSQ-P8V1/RXYSQ-P8Y1
VRVIII-S heat pump
Space saving solution without compromising
on efficiency
› For residential and light commercial applications
› Wide range of indoor units: either connect VRV or stylish indoor
units such as Daikin Emura, Nexura ...
› Energy efficient heating system based on air source heat pump
technology, lowering energy bills and CO emmisions
› Connect up to  indoor units, which can all be individually
controlled
mounted, floor standing, concealed ceiling, ceiling suspended,
round flow or -way blow cassettes
›  steps in night quiet mode: step : dBA, step :  dBA, step :
 dBA
› Contains all standard VRV features
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
Nom.
Nom.
Cooling
Heating
Nom.
Nom.
EER
COP
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Sound pressure level Cooling
Nom.
Heating
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type / GWP
Charge
Piping connections
Liquid
OD
Gas
OD
Total piping length
System
Actual
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
RXYSQ
HP
kW
kW
kW
kW
Outdoor Unit Product Range
› Possibility to combine different types of indoor units: wall
RXYSQ-PV / RXYSQ-PY
4P8V1
4
12.6
14.2
3.24
3.12
3.89
4.55
8 (1) / 8 (2)
50
5P8V1
5
14.0
16.0
3.51
3.86
3.99
4.15
10 (1) / 9 (2)
62.5
6P8V1
6
15.5
18.0
4.53
4.57
3.42
3.94
12 (1) / 9 (2)
70
130
162.5
182
4P8Y1
4
12.6
14.2
3.33
3.21
3.78
4.42
8 (1) / 8 (2)
50
5P8Y1
5
14.0
16.0
3.61
3.97
3.88
4.03
10 (1) / 9 (2)
62.5
6P8Y1
6
15.5
18.0
4.66
4.70
3.33
3.83
12 (1) / 9 (2)
70
130
162.5
182
66
50
52
67
51
53
69
53
55
mm
kg
m³/min
dBA
dBA
dBA
°CDB
°CWB
kg/TCO2Eq
mm
mm
m
Hz/V
A
1,345x900x320
120
106
66
50
52
67
51
53
15.9 / 19.1
300 / 115
300 / 135
1N~/50/220-240
32.0
69
53
55
-5~46
-20~15.5
R-410A / 2,087.5
4.0/8.4
9.52
19.1
15.9 / 19.1
300 / 145
300 / 115
300 / 135
3N~/50/380-415
16.0
19.1
300 / 145
(1) In case VRV indoor units are connected (2) In case RA indoors are connected
67
Detailed technical drawings
RXYSQP8V1
RXYSQ-P8V1
1
2
3
4
5
6
7
8
Hole for anchor
bolt 4-M12
Gas pipe connection A
Liquid connection pipe Ø9.5 flare
Service port (in the unit) (2x)
Electronic connection and grounding terminal M5 (in switch box)
Refrigerant piping intake
Power supply wiring intake (knock hole Ø34)
Control wiring intake (knock hole Ø27)
Drain outlet
MODEL
A
With RA connection
With VRV correction
RXYSQ4P8V1
Ø19.1 Brazing
Ø15.9 Flare
RXYSQ5P8V1
Ø19.1 Brazing
Ø15.9 Flare
RXYSQ6P8V1
Ø19.1 Brazing
Ø19.1 Brazing
3TW30374-1B
RXYSQP8Y1
RXYSQ-P8Y1
1
2
3
4
5
6
7
8
68
Hole for anchor
bolt 4-M12
Gas pipe connection A
Liquid connection pipe Ø9.5 flare
Service port (in the unit) (2x)
Electronic connection and grounding terminal M5 (in switch box)
Refrigerant piping intake
Power supply wiring intake (knock hole Ø34)
Control wiring intake (knock hole Ø27)
Drain outlet
MODEL
A
With RA connection
With VRV correction
RXYSQ4P8Y1
Ø19.1 Brazing
Ø15.9 Flare
RXYSQ5P8Y1
Ø19.1 Brazing
Ø15.9 Flare
RXYSQ6P8Y1
Ø19.1 Brazing
Ø19.1 Brazing
3TW30374-1B
Detailed technical drawings
RXYSQP8V1 / / RXYSQPY1
V1
2
000
00
0
2
2
2
2 0
300
00
00
2
2
00
00
2
2
00
200
00
000
00
00
2
Outdoor Unit Product Range
2
0
000
00
0
00
3
0
00
2
00
0
0
20
0
2
2
2 0
300
00
0
000
30
000
00
00
00
00
00
2
000
D
00
D
2
D
0
00
0
0
0
0
30
0
2
D
D
2
00
00
2
0
30
0
000
000
2
000
0
00
00
0
00
20
0
2
00
3
20
0
2
2
00
0
2
0
2
00
2
2
000
2 0
000
0
20
00
0
2
2
2 0
300
00
2
2
00
0
30
30
2
0
60
00
0
00
00
00
3D0
696D
69
VRVIII-C
VRV heat pump
where heating is priority
without compromising on efficiency
Air curtain
Biddle Air curtain for VRV (CYV)
22
Indoor units
VRV type indoor units
Control systems
› Automatic refrigerant charge
› Refrigerant containment check
› Night quiet mode
› Low noise function
› Reluctance brushless DC compressor
› Sine wave DC inverter
› DC fan motor
› E-pass heat exchanger
› I demand function
70
Ventilation
Heat Reclaim ventilation (VAM/VKM)
AHU connection kit
COP for a 10HP unit
4.00
3.00
COP
The use of two stage compression technology
results in improved energy saving performance at
low ambients, with a COP of more than 3.0 at -10°C
outdoor ambient for the entire range.
Outdoor Unit Product Range
High COP at low ambients
ump
at p
he
dard
2.00
Stan
1.00
0.00
-25
-20
-15
-10
-5
Outdoor temp. (WB°)
0
5
10
Wide heating operation
range
VRVIII-C has a standard operation range down to
-25 °CWB outdoor ambient in heating and can also
provide cooling down to - 5 °CDB outdoor ambient.
Heating mode
Cooling mode
VRVIII-C
Standard VRV
-25°CWB
-20°CWB
15.5°C
43°CDB
-5°C
Outdoor Temp.
Outdoor Temp.
(kW) 35
VRVIII-C has a stable heating capacity, even in
low ambients, making it suitable for single source
heating. The heating capacity is 130% in comparison
with the standard VRV heating capacity under similar
conditions.
30
heating capacity
Stable heating capacity
25
20
standard heat pump
15
10
5
0
-25
-20
-15
-10
-5
0
Outdoor temp. (°CWB)
Heating capacity 10HP outdoor unit
5
10
71
High heat up speed
Heat up time is dramatically reduced, particularly
under low ambient conditions. The required time
for the indoor unit heat exchanger discharge
temperature to reach 40°C has been reduced by 50%.
°C
Start heating operation
60
50
30
30
25
20
10
20
Indoor temperature °C
Discharge temperature (°C)
40
Indoor heat exchanger temperature VRVIII-C
Standard heat pump
0
Indoor heat exchanger temperature standard heat pump
50% reduction
-10
-20
-5
0
5 6
10
Elapsed time (min.)
Indoorpositie
temperatureblauwe
VRVIII-C
lijnen:
15
14 15
20
X +10
Indoor temperature standard heat pump
* Field test data in Japan with 14 HP unit (Akita City Jan 2006)
Short defrost time
The time required for defrost is reduced to 4 minutes
– less than half that of the standard VRVIII system (10
minutes), leading to a more stable interior indoor
temperature and considerably improved comfort
levels.
* Field test data in Japan with 10 HP unit (Akita City Jan 2006)
10m
Longest length after first branch
40m (90m1)
Level difference between
indoor and outdoor units
50m (40m²)
Level difference between indoor units
1 Contact your local dealer for more information and restrictions
2 In case outdoor unit is located below indoor units
72
30m
90m maximum
Longest length between
outdoor unit and function unit
500m
165m (190m)
15m Level difference between
indoor units
Longest length actual (Equivalent)
50m Level difference between indoor
and outdoor units
Total piping length
165m Actual piping length
Flexible piping design
RTSYQ-PA
VRVIII heat pump, optimised for
heating
Where heating is priority without compromising on
efficiency
› First system in the industry developed for heating operation
›
›
›
Outdoor Unit Product Range
›
›
in low ambient conditions, making it suitable for single source
heating
Extended operation range down to -°C in heating
Stable heating capacity and high COP values at low ambients
thanks to the two stage compression technology (COP values of
. and more at -°C)
Improved comfort thanks to shorter defrost time
Shorter heat up time compared to standard VRVIII heat pump
Contains all standard VRV features
RTSYQ-PA
Heating
capacity
Two stage compression
High
Two stage compression technology enables the system to create
higher pressures resulting in a higher heating capacity under low
ambient conditions. The second inverter compressor (located in the
function unit) is specially designed to provide higher pressures.
After heat is exchanged in the indoor unit, gas and liquid are
separated at the gas-liquid separator. This enables the refrigerant in
gas condition to be recovered and transmitted direct to the high
pressure compressor.
Liquid injection
Gas-liquid
separator
Middle
Pressure
Gas injection
Low
Input power
Evaporator capacity
Enthalpy
Outdoor system
System
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
RTSYQ
Outdoor unit module 1
Outdoor unit module 2
Function unit
Nom.
Nom.
Cooling
Heating
Nom.
Nom.
EER
COP
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Sound pressure level
Cooling
Max./Nom.
Piping connections
Liquid
OD
Gas
OD
Oil equalizing
OD
Total piping length
System
Actual
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor unit module
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type / GWP
Charge
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
10PA
RTSQ10PAY1
14PA
RTSQ14PAY1
-
10
28.0
31.5 / 28.0
7.90
7.78 / 8.18
3.54
4.05 / 3.42
21
125
250
325
62/60
9.52
22.2
14
40.0
45.0 / 40.0
12.6
11.4 / 12.8
3.17
3.95 / 3.13
30
175
350
455
63/61
16PA
RTSQ16PAY1
20PA
RTSQ8PAY1
RTSQ12PAY1
16
45.0
50.0 / 45.0
14.9
13.0 / 15.0
3.02
3.85 / 3.00
34
200
400
520
20
56.0
63.0 / 55.9
15.4
15.4 / 18.7
3.64
4.09 / 2.99
43
250
500
650
BTSQ20PY1
HP
kW
kW
kW
kW
dBA
mm
mm
mm
m
A
mm
kg
m³/min
dBA
°CDB
°CWB
kg/TCO2Eq
Hz/V
A
65/63
12.7
15.9
28.6
-
19.1
500
25
35
BTSQ20P
1,570x460x765
110
-
RTSQ8PA
-
9.4/19.6
20
40
RTSQ10PA
1,680x930x765
205
RTSQ12PA
257
185
200
-5~43
-25~15.5
R-410A / 2,087.5
10.5/21.9
10.9/22.8
3~/50/380-415
25
50
RTSQ14PA
RTSQ16PA
1,680x1,240x765
338
344
233
239
11.7/24.4
35
40
73
Detailed technical drawings
RTSYQ10PA
10
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
Outdoor unit
NOTES
300 or more
(Pitch of foundation
bolt holes)
(Pitch of foundation bolt holes)
-1 x 22. - mm - Oblong holes
(Foundation bolt hole)
1.
10 or more
10 or more
(Front)
00 or more
Function unit
2.
3.
.
.
0 100mm
.
Suction side
00mm
Front
1 00mm
7.
System
RTS
10PA
Outdoor unit
. o.
RTS 10PA
3 07 2 9
Function unit
TS 20P
. o.
eights of walls in case of Patterns 1 and 2:
Front: 1 00mm
Suction side: 00mm
Side: eight unrestricted
nstallation space to be shown in this drawing is based
on the cooling operation at 3 degrees outdoor air
temperature. hen the design outdoor air temperature
exceeds 3 degrees or the load exceeds maximum ability
because of much generation load of heat in all outdoor
unit ta e the suction side space more broadly than the
space to be shown in this drawing.
f the abo e wall heights are exceeded then h2 2 and
h1 2 should be added to the front and suction side ser ice
spaces respecti ely as shown in the figure on the right.
hen installing the units most appropriate pattern should
be selected from those shown abo e in order to obtain
the best fit in the space a ailable always bearing in mind
the need to lea e enough space for a person to pass
between units and wall and for the air to circulate freely.
( f more units are to be installed than are catered for in
the abo e patterns your layout should ta e account of the
possibility of short circuits.)
The units should be installed to lea e sufficient space
at the front for the on site refrigerant piping wor to be
carried out comfortably.
n case there expected hea y snow prepare some
countermeasures recommended as follows:
1) Outdoor and Function unit must be installed on a
foundation (field supply) in order to secure a distance
of 200-300mm or more between the bottom frame and
the snow-laid ground surface.
2) nstall a snowbrea hood (option) and remo e its bac
side air inlet grill.
Air outlet of snowbrea hood must face at right angle or
lower le el than the winter wind in case a snowbrea
hood is installed at the air outlet of the unit.
n case there expected to free e of exhausted water from
de-frost operation due to the cold outdoor temperature in
winter time secure a sufficient space between the bottom
frame and the foundation. ( 00-1000mm is suggested as
an appropreate distance.)
3 0 0 3
3D0 6286
RTSYQ14,16PA
1 1
NOTES
(Pitch of foundation bolt holes)
300 or more
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
-1 x 22. - mm - Oblong holes
(Foundation bolt hole)
Outdoor unit
10 or more
(Front)
1.
10 or more
00 or more
2.
Function unit
3.
.
.
.
System
00mm
Suction side
Front
1 00mm
7.
Outdoor unit
. o.
RTS
1 PA
RTS 1 PA
3 07 291
Function unit
TS 20P
3 0 0 3
. o.
RTS
1 PA
RTS 1 PA
3 07 291
TS 20P
3 0 0 3
eights of walls in case of Patterns 1 and 2:
Front: 1 00mm
Suction side: 00mm
Side: eight unrestricted
nstallation space to be shown in this drawing is based
on the cooling operation at 3 degrees outdoor air
temperature. hen the design outdoor air temperature
exceeds 3 degrees or the load exceeds maximum ability
because of much generation load of heat in all outdoor
unit ta e the suction side space more broadly than the
space to be shown in this drawing.
f the abo e wall heights are exceeded then h2 2 and
h1 2 should be added to the front and suction side ser ice
spaces respecti ely as shown in the figure on the right.
hen installing the units most appropriate pattern should
be selected from those shown abo e in order to obtain
the best fit in the space a ailable always bearing in mind
the need to lea e enough space for a person to pass
between units and wall and for the air to circulate freely.
( f more units are to be installed than are catered for in
the abo e patterns your layout should ta e account of the
possibility of short circuits.)
The units should be installed to lea e sufficient space
at the front for the on site refrigerant piping wor to be
carried out comfortably.
n case there expected hea y snow prepare some
countermeasures recommended as follows:
1) Outdoor and Function unit must be installed on a
foundation (field supply) in order to secure a distance of
200-300mm or more between the bottom frame and the
snow-laid ground surface.
2) nstall a snowbrea hood (option) and remo e its bac
side air inlet grill.
Air outlet of snowbrea hood must face at right angle or
lower le el than the winter wind in case a snowbrea
hood is installed at the air outlet of the unit.
n case there expected to free e of exhausted water from
de-frost operation due to the cold outdoor temperature in
winter time secure a sufficient space between the bottom
frame and the foundation. ( 00-1000mm is suggested as
an appropreate distance.)
3D0 628
74
Detailed technical drawings
RTSYQ20PA
0
NOTES

Outdoor Unit Product Range


For single unit installation
For installation in rows
300 or more
10 or
more
20 or more
10 or more
10 or more
300 or more
Front
10 or more
0 or more
00 or more
Pattern 2

Pattern 1
10 or more
Pattern 1
Front
300 or more
0 or more
10 or more
20 or more
00 or more
Front
20 or more
Front
20 or more
10 or more
10 or more
20 or more
0 or more
00 or more
Pattern 3

300 or
more
0 or more
00 or more
100 or more
0 or more
20 or more
10 or more
100 or more
10 or more
0 or
more
Front
10 or more
10 or more
Pattern 2
all height unrestricted
10 or more
100 or more
100 or more
3D0 6288
300 or more
0 or more
RTSYQPA
Front
00 or more
Front
0 or more
10 or more
100 or more
00 or more
200 or more
Front
0 or more
00 or more
0 or more
100 or more
Front
200 or more
For single unit installation
0 or more
10 or more
Pattern 1
For installation in rows
Front
00 or more
100 or more
0 or more
Pattern 1
100 or more
100 or more
10 or more
10 or more
0 or more
0 or more
10 or more
nit: mm
0 or more
10 or more
Pattern 2
Front
20 or more
00 or more
0 or more
10 or more
10 or more
Front
20 or more
Front
300 or
more
Pattern 3
20 or more
10 or more
10 or more
20 or more
0 or more
00 or more
0 or more
20 or more
0 or more
00 or more
100 or more
Front
10 or more
100 or more
10 or more
0 or
more
Suction side
Front
00 or more
00mm
20 or more
300 or more
Front
10 or
more
300 or more
1 00mm
300 or more
10 or more
Pattern 2
all height unrestricted
10 or more
100 or more
100 or more
300 or more
0 or more
00 or more
Front
Front
100 or more
00 or more
200 or more
0 or more
10 or more
0 or more
Front
00 or more
0 or more
100 or more
Front
200 or more
100 or more
10 or more
3D0 93 8
100 or more
0 or more
1.
eights of walls in case of Patterns 1 and 2:
nit: mm
Front: 1 00 mm
Suction side : 00 mm
Side: eight unrestricted.
nstallation space to be shown in this drawing is based on the cooling operation at 3 degrees outdoor air temperature. hen the design outdoor air temperature exceeds 3 degrees or the
load exceeds maximum ability because of much generation load of heat in all outdoor unit ta e the suction side space more broadly than the space to be shown in this drawing.
2.
f the abo e wall heights are exceeded then h2 2 and h1 2 should be added to the front and suction side ser ice spaces respecti ely as shown in the figure on the right.
3.
hen installing the units most appropriate pattern should be selected from those shown abo e in order to obtain the best fit in the space a ailable always bearing in mind the need to lea e
enough space for a person to pass between units and wall and for the air to circulate freely. ( f more units are to be installed than are catered for in the abo e patterns your layout should ta e
account of the possibility of short circuits.)
.
The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
.
nstallation of snowbrea hood (field supply as you dealer for details) is recommended in case there expected an effect from snow and space between outdoor unit and function unit is more
than 100 mm.
0 or more
00mm
0 or more
Suction side
100 or more
Front
Front
00 or more
1 00mm
0 or more
NOTES
75
VRV Classic heat pump
RXYCQ-A
For standard cooling & heating requirements
22
Indoor units
VRV type indoor units
Ventilation
Heat Reclaim ventilation (VAM/VKM)
Control systems
› Low noise function
› Reluctance brushless DC compressor
› Sine wave DC inverter
› DC fan motor
› E-pass heat exchanger
› Manual demand function
76
Outdoor Unit Product Range
Benefits
› For projects with standard cooling & heating
requirements
› Fits any building as also indoor installation is
possible as a result of high external static pressure
of up to . Pa. Indoor installation leads to less
piping length, lower installation costs, increased
efficiency and better visual aesthetics
› The ability to control each conditioned zone
individually keeps VRV system running costs to an
absolute minimum
› Spread your installation cost by phased installation
› Connectable to all standard VRV indoor units,
controls and ventilation
Flexible piping design
Total piping length
Longest length actual (Equivalent)
Longest length after first branch
300m
135m (155m)
40m (90m1)
Level difference between indoor and outdoor units
30m
Level difference between indoor units
15m
1 Contact your local dealer for more information and restrictions
77
RXYCQ-A
VRV Classic
Classic VRV configuration
› For standard cooling & heating requirements
› Connectable to all standard VRV indoor units, controls and
ventilation
› Contains all standard VRV features
RXYCQ-A
Outdoor unit
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
Nom.
Nom.
Cooling
Heating
Nom.
Nom.
EER
COP
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type / GWP
Charge
Charge
Piping connections
Liquid
OD
Gas
OD
Total piping length
System
Actual
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
78
RXYCQ
HP
kW
kW
kW
kW
mm
kg
m³/min
dBA
dBA
°CDB
°CWB
kg
TCO2Eq
mm
mm
m
Hz/V
A
8A
8
20.0
22.4
6.60
5.80
3.03
3.86
10A
10
25.0
28.0
6.74
7.00
3.71
4.00
100
200
200
1,680x635x765
159
95
78
58
125
250
250
6.2
12.9
15.9
187
171
59
7.7
16.1
9.52
19.1
12A
12
30.0
33.6
8.77
8.62
3.42
3.90
150
300
360
1,680x930x765
240
185
81
61
8.4
17.5
14A
14
35.0
31.5
11.4
8.18
3.07
3.85
64
175
350
420
16A
16
40.0
44.8
12.9
11.8
3.10
3.80
200
400
480
196
-5~43
-20~15.5
R-410A / 2,087.5
8.6
18
22.2
64
18A
18
45.0
50.4
15.0
13.8
3.00
3.65
225
450
540
1,680x1,240x765
316
233
86
65
11.3
23.6
12.7
11.5
24
28.6
300
3N~/50/380-415
16
25
40
20A
20
50.4
56.5
17.9
16.1
2.81
3.50
250
500
600
324
239
88
66
17.7
24.4
15.9
Detailed technical drawings
Outdoor Unit Product Range
RXYCQ8A
NOTES

3D080 6
RXYCQ1014A
10 1
NOTES

3D080 63
79
Detailed technical drawings
RXYCQ1620A
1
0
NOTES

3D080 6
RXYCQA
RXYCQ-A
For single unit installation
Pattern 1
For installation in rows
Pattern 1
300 or more
10 or more
Pattern 2
0 or more
Front
00 or more
100 or more
Front
00 or more
For centrali ed group layout
Pattern 1
300 or more
10 or more 10 or more
20 or more
Pattern 2
0 or more 0 or more
300 or more
300 or more
Front
200 or more
10 or more
10 or more
Front
00 or more
20 or more
10 or more
10 or more
10 or more
Front
00 or more
20 or more
10 or more
Front
00 or more
20 or more
Front
10 or more
100 or more
100 or more
Front
00 or more
100 or more
all height unrestriced
Pattern 3
Pattern 3
20 or more
Front
00 or more
300 or more
all height unrestriced
300 or more
10 or more
20 or more
10 or more
0 or more
Pattern 2
100 or more
100 or more
300 or more
00 or more
200 or more
Front
00 or more
0 or more
Front
00 or more
100 or more
0 or more
0 or more
0 or more
Front
00 or more
100 or more
0 or more
0 or more
Front
00 or more
100 or more
100 or more
Front
100 or more
0 or more
0 or more
80
h1
Suction side
00 mm
eights of walls in case of Patterns 1 and 2:
Front: 1 00mm
Suction side: 00mm
Side: height unrestricted.
nstallation space to be shown in this drawing is based on the cooling operation at 3 degrees outdoor air temperature. hen
the design outdoor air temperature exceeds 3 degrees or the load exceeds maximum ability because of much generation
load of heat in all outdoor unit ta e the suction side space more broadly than the space to be shown in this drawing.
2. f the abo e wall heights are exceeded then h2 2 and h1 2 should be added to the front and suction side ser ice spaces
respecti ely as shown in the figure on the right.
3.
hen installing the units most appropriate pattern should be selected from those shown abo e in order to obtain the best
fit in the space a ailable always bearing in mind the need to lea e enough space for a person to pass between units and
wall and for the air to circulate freely. ( f more units are to be installed than are catered for in the abo e patterns your layout
should ta e account of the possibility of short circuits.)
. The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
Front
1.
1 00 mm
NOTES
h2
nit: mm
3D051451U
Replacement VRV
Quick & quality replacement for R-
and R-C systems
Air curtain
Biddle Air curtain for VRV (CYV)
Indoor units
VRV type indoor units
Outdoor Unit Product Range
22
Ventilation
Heat Reclaim ventilation (VAM/VKM)
AHU connection kit
Control systems
VRV III
VRV IV
Heat pump
Heat pump & Heat recovery
Variable refrigerant temperature
› Automatic refrigerant charge
Customize your VRV for best seasonal efficiency & comfort
› Night quiet mode
› Low noise function
VRV configurator
› Full inverter compressors
Software for simplified commissioning, configuration and customisation
›  segment indicator
›  side heat exchanger
› Automatic refrigerant charge
› Reluctance brushless DC compressor
› Night quiet mode
› Sine wave DC inverter
› Low noise function
› DC fan motor
› Full inverter compressors
› E-pass heat exchanger
› Gas cooled PCB
› I demand function
› Reluctance brushless DC compressor
› Sine wave DC inverter
› DC fan motor
› E-pass heat exchanger
› I demand function
For more information on these features refer to the VRV IV technologies tab
81
Replacement
technology
The quick and quality way of
upgrading R-22 and R-407C systems
The phase-out period for R-22 is over. Act now!
R- ban in Europe
The Daikin low-cost upgrade solution
Service and maintenance with R-22 will be
prohibited after january 1st, 2015, meaning
repairs will be impossible to R-22 systems. Avoid
unexpected downtime for your customers and
replace these systems now!
Contact your local dealer to check
compatibility in case you need to keep
the indoor units.
!
Replace indoor units and BS boxes
!
Replace outdoor units
These benefits willconvince your customer
Always operational
Avoid loss of business
Lower long-term costs
Replacing now prevents unplanned, lengthy downtime of air
conditioning systems. It also avoids loss of business for shops,
complaints from guests in hotels, lower working efficiency and
loss of tenants in offices.
EU Directives prohibit system repairs with R- after January st,
. Delaying the required R- replacement until an unplanned
system breakdown is a losing game. Replacement day will
come. Installing a technically advanced system lowers energy
consumption and maintenance costs from day one.
Quick and easy installation
Up to % less consumption
No interruption of daily business while replacing the system
thanks to phased-in, fast installation.
Smaller footprint, more performance
Thanks to a smaller footprint, Daikin outdoor units save space.
Also, more indoor units can be connected to the new outdoor
unit compared to the old system, allowing to increase capacity.
Comparison of HP systems:
Cooling mode
Heating mode
R- (RSXY-KA)
82
R-C (RSXYP-L)
R-A (RXYQQ-T)
Outdoor Unit Product Range
VRV-Q benefits to increase your profit
Optimise your business
Compare installation steps
Less installation time
Conventional solution
VRVQ
Tackle more projects in less time thanks to faster installation.
It is more profitable than replacing the full system with new
piping.
1
2
3
4
5
6
7
1 Recover refrigerant
2 Remove units
Lower installation costs
Reducing installation costs enables you to offer customers
the most cost-effective solution and improve your
competitive edge.
Replace non-Daikin systems
Recover refrigerant
Remove units
Remove refrigerant pipes
Install new piping and wiring
Install new units
Leak test
Vacuum drying
8 Refrigerant charging
9 Collect contamination
10 Test operation
Re-use existing piping and wiring
3 Install new units
4 Leak test
5 Vacuum drying
6 Auromatic refrigerant charging,
cleaning and testing
â
It is a trouble-free replacement solution for Daikin systems
and for systems made by other manufacturers.
Up to 45% shorter
installation time
Easy as one-two-three
A simple solution for replacement technology enables you
to handle more projects for more customers in less time and
offer them the best price! Everybody gains.
Automatic refrigerant charge
The unique automatic refrigerant charge eliminates the need
to calculate refrigerant volume and ensures that the system
will operate perfectly. Not knowing the exact piping lengths
because of changes or mistakes in case you didn’t do the
original installation or replacing a competitor installation no
longer poses a problem.
Automatic pipe cleaning
There is no need to clean inside piping as this is handled
automatically by the VRV-Q unit. Finally the test operation is
performed automatically to save time.
One touch
convenience:
› Measure and charge
refrigerant
› Automatic pipe
cleaning
› Test operation
83
RQCEQ-P (heat recovery)
Replacement VRV
Quick & quality replacement for R- and R-C systems
› Cost-effective and fast replacement through re-use of exisiting
›
›
›
›
›
›
›
›
piping
Up to % more efficient than R- systems
No interuption of daily business while replacing your system
Replace Daikin and other manufacturers systems safely
Automatic cleaning of refrigerant pipe work ensures a quality
replacement
Possibility to increase capacity
Limited and phased investment cost
Incorporates VRV IV standards & technologies: Variable Refrigerant Temperature, VRV configurator,  segment display and full
inverter compressors, -side heat exchanger, refrigerant cooled
PCB, new DC fan motor (for RXYQQ-T only)
Contains all standard VRV features
Outdoor system
System
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
RQCEQ
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Outdoor unit module 4
Nom.
Nom.
Cooling
Heating
HP
kW
kW
kW
kW
Nom.
Nom.
EER
COP
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Sound pressure level
Cooling
Nom.
Piping connections
Liquid
OD
Gas
OD
Discharge gas
OD
Total piping length
System
Current - 50Hz
Maximum fuse amps (MFA)
Actual
Outdoor unit module
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type / GWP
Charge
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
(1) Not Eurovent certified
84
dBA
mm
mm
mm
m
A
RQEQ
mm
kg
m³/min
dBA
dBA
°CDB
°CWB
kg/TCO2Eq
Hz/V
A
RQCEQ-P
280P
360P
460P
500P
540P
636P
712P
744P
816P
848P
RQEQ140P RQEQ180P
RQEQ140P
RQEQ180P RQEQ212P
RQEQ140P
RQEQ180P RQEQ212P
RQEQ140P RQEQ180P RQEQ140P
RQEQ180P
RQEQ212P
RQEQ180P
RQEQ212P
RQEQ212P RQEQ180P
RQEQ212P
RQEQ180P
RQEQ212P
10
13
16
18
20
22
24
26
28
30
28.0
36.0
45.0
50.0
54.0
63.6
71.2
74.4
81.6
84.8
32.0
40.0
52.0
56.0
60.0
67.2
78.4
80.8
87.2
89.6
7.04
10.3
12.2
13.9
15.5
21.9
21.2
23.3
27.1
29.2
8.00
10.7
13.4
14.7
16.1
17.7
20.7
21.2
23.1
23.6
3.98
3.48
3.77
3.61
3.48
2.90
3.36
3.19
3.01
2.90
4.00
3.72
3.89
3.80
3.72
3.79
3.80
3.81
3.77
3.79
21
28
34
39
43
47
52
56
60
64
140
180
230
250
270
318
356
372
408
424
280
360
500
540
636
712
744
816
848
364
468
598
650
702
827
926
967.0
1,061
1,102
57
61
62
63
64
63
64
65
66
9.52
12.7
15.9
19.1
22.2
25.4
28.6
34.9
19.1
22.2
25.4
28.6
300
30
40
50
60
70
80
90
140P
180P
1,680x635x765
212P
175
179
95
54
10.3/21.5
15
110
58
-5~43
-20~15.5
R-410A / 2,087.5
10.6/22.1
3~/50/380-415
20
60
11.2/23.4
22.5
RQYQ-P/RXYQQ-T (heat pump)
Outdoor Unit Product Range
Replacement VRV
RXYQQ-T
Outdoor system
System
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
RXYQQ RQYQ140P
Outdoor unit module 1
Outdoor unit module 2
Nom.
Max.
Cooling
Heating
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
22T
24T
RXYQQ10T RXYQQ8T
RXYQQ12T RXYQQ16T
HP
5
8
10
12
14
16
18
20
22
24
kW
14.0
22.4
28.0
33.5
40.0
45.0
50.4
56.0
61.5
67.4
kW
16.0
25.0
31.5
37.5
45.0
50.0
50.4
63.0
69.0
75.0
kW
3.36
5.21
7.29
8.98
11.0
13.0
15.0
18.5
16.27
18.21
kW
3.91
5.51
7.38
9.10
11.2
12.8
12.6
17.0
16.48
18.31
4.17
4.30
3.84
3.73
3.64
3.46
3.36
3.03
3.78
3.70
6.37 (1) / 7.53 (2) 5.67 (1) / 7.20 (2) 5.50 (1) / 6.96 (2) 5.31 (1) / 6.83 (2) 5.05 (1) / 6.50 (2) 4.00 (1) / 3.87 (2) 4.42 (1) / 5.67 (2) 5.58 (1) / 7.07 (2) 5.42 (1) / 6.81 (2)
4.09
4.54
4.27
4.12
4.02
3.91
4.97
3.71
4.19
4.10
10
64 (3)
64 (3)
62.5
100
125
150
175
200
225
250
275
300
125
200
250
300
350
400
450
500
550
600
162.5
260
325
390
455
520
585
650
715
780
1,685x930x765
1,685x1,240x765
mm 1,680x635x765
kg
175
187
194
305
314
m³/min
95
162
175
185
223
260
251
261
dBA
78
79
81
86
88
dBA
54.0
58
61
64
65
66
dBA
56
58
58
58
58
60
60
dBA
55
54
54
52
52
52
52
dBA
53
52
52
47
47
48
48
°CDB
-5~43
°CWB
-20~15.5
R-410A / 2,087.5
kg/TCO2Eq 11.1/23.2 5.9/12.3
6/12.5
6.3/13.2 10.3/21.5 10.4/21.7 11.7/24.4 11.8/24.6
mm
9.52
9.52
12.7
15.9
mm
15.9
19.1
22.2
28.6
34.9
m
300
300
Hz/V
3N~/50/380-415
A
15
20
25
32
40
50
63
Nom.
Max.
RXYQQ
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Nom.
Max.
Cooling
Heating
HP
kW
kW
kW
kW
Nom.
Max.
EER
ESEER
COP
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Nom.
Piping connections
Liquid
OD
Gas
OD
Total piping length
System
Current - 50Hz
Maximum fuse amps (MFA)
10T
12T
14T
16T
18T
20T
-
EER
ESEER
COP
Maximum number of connectable indoor units
Indoor index
Min.
connection
Nom.
Max.
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Fan
Air flow rate
Cooling
Nom.
Sound power level
Cooling
Nom.
Sound pressure level
Cooling
Cooling
Night
Level 1
Quiet
Level 2
Mode
Level 3
Operation range
Cooling
Min.~Max.
Heating
Min.~Max.
Refrigerant
Type / GWP
Charge
Piping connections
Liquid
OD
Gas
OD
Total piping length
System
Actual
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Outdoor system
System
8T
Actual
dBA
dBA
mm
mm
m
A
26T
28T
30T
32T
34T
RXYQQ12T
RXYQQ16T
RXYQQ14T RXYQQ16T RXYQQ18T RXYQQ16T RXYQQ18T
26
28
30
32
34
73.5
78.5
83.5
90.0
95.0
82.5
87.5
93.5
100.0
106.0
19.98
21.98
23.68
26.0
27.7
20.30
21.90
23.50
25.6
27.2
3.68
3.57
3.53
3.5
3.4
5.39 (1) / 6.89 (2) 5.23 (1) / 6.69 (2) 5.17 (1) / 6.60 (2) 5.05 (1) / 6.50 (2) 5.01 (1) / 6.44 (2)
4.06
4.00
3.98
3.9
64 (3)
325
350
375
400
425
650
700
750
800
850
845
910
975
1,040
1,105
19.1
34.9
300
63
80
36T
RXYQQ20T
36
101.0
113.0
31.5
29.8
3.2
4.68 (1) / 6.02 (2)
3.8
450
900
1,170
38T
40T
42T
RXYQQ8T
RXYQQ10T
RXYQQ10T RXYQQ12T RXYQQ16T
RXYQQ20T RXYQQ18T RXYQQ16T
38
40
42
106.4
111.5
118.0
119.5
125.0
131.5
31.00
30.97
33.29
29.89
30.88
32.98
3.43
3.60
3.54
5.03 (1) / 6.36 (2) 5.29 (1) / 6.74 (2) 5.19 (1) / 6.65 (2)
4.00
4.05
3.99
475
950
1,235
500
1,000
1,300
525
1,050
1,365
41.3
100
(1) The STANDARD ESEER value corresponds with normal VRV4 Heat Pump operation, not taking into account advanced energy saving operation functionality (2) The AUTOMATIC SEER value corresponds with normal VRV4 Heat Pump operation, taking into
account advanced energy saving operation functionality ( variable refrigerant temperature control operation) (3) Actual number of connectable indoor units depends on the indoor unit type (VRV indoor, Hydrobox, RA indoor, etc.) and the connection ratio
restriction for the system (50% <= CR <= 130%) (4) Not Eurovent certified
85
Detailed technical drawings
RQCEQ280360P
Oblong holes
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
Oblong holes
(Foundation bolt holes)
(Pitch of foundation bolt holes)
(Foundation bolt holes)
Outdoor unit 1
Outdoor unit 2
or more
SPACE E AMPLE FOR
STALLAT O
(Front)
or more
nit:mm
Model name
R CE 2 0P
R CE 3 0P
or more
Suction side
or more
Front
or more
or more
Outdoor unit 1
R E 1 0P
R E 1 0P
rawing .
3 0
1
3 0
1
Outdoor nit 2
R E 1 0P
R E 1 0P
rawing .
3 0
1
3 0
1
NOTES
1.
eights of walls
Front: 1 00mm
Suction side: 00mm
Side: eight unrestricted
The installation space shown in this figure is based on the condition of cooling operation at the outdoor air temperature of 3 C.
The installation space of suction side shown abo e must be expanded in the following case.
- esign outdoor temperature becomes o er 3 C.
- Operating o er Max. operating load
( n case of causing a hea y heating load at indoor unit side)
2. f the abo e wall heights are exceeded then h2 2 and h1 2 should be added to the front and suction side ser ice spaces respecti ely as shown in the following figure.
3. hen installing the units the most appropriate pattern should be selected from those shown abo e in order to obtain the best fit in the space a ailable always bearing in mind the need to lea e
enough room for a parson to pass between nuits and wall for the air to circulate freely. ( f more units are to be installed than are catered for in the abo e patterns your layout should ta e account of the possibility of short circuits.)
. The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
3D0
86
8
Detailed technical drawings
RQCEQ460636P
Oblong holes
(Foundation bolt hole)
Oblong holes
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
Oblong holes
(Foundation bolt hole)
(Pitch of foundation bolt holes)
(Foundation bolt hole)
Outdoor nit 2
Outdoor nit 3
Outdoor Unit Product Range
Outdoor nit 1
or more
SPACE E AMPLE FOR
or more
STALLAT O
Front
or more
or more
or more
or more
Suction side
or more
or more
nit:mm
Model name
R CE
0P
R CE 00P
R CE
0P
R CE 3 P
Outdoor unit 1
R E 1 0P
R E 1 0P
R E 1 0P
R E 212P
rawing
3 0
3 0
3 0
3 0
1
1
1
1
.
Outdoor nit 2
R E 1 0P
R E 1 0P
R E 1 0P
R E 212P
rawing
3 0
3 0
3 0
3 0
1
1
1
1
.
Outdoor unit 1
R E 1 0P
R E 1 0P
R E 1 0P
R E 212P
rawing
3 0
3 0
3 0
3 0
1
1
1
1
.
NOTES
1.
eights of walls
Front: 1 00mm
Suction side: 00mm
Side: eight unrestricted
The installation space shown in this figure is based on the condition of cooling operation at the outdoor air temperature of 3 C.
The installation space of suction side shown abo e must be expanded in the following case.
- esign outdoor temperature becomes o er 3 C.
- Operating o er Max. operating load
( n case of causing a hea y heating load at indoor unit side)
2. f the abo e wall heights are exceeded then h2 2 and h1 2 should be added to the front and suction side ser ice spaces respecti ely as shown in the following figure.
3. hen installing the units the most appropriate pattern should be selected from those shown abo e in order to obtain the best fit in the space a ailable always bearing in mind the need to lea e
enough room for a parson to pass between nuits and wall for the air to circulate freely. ( f more units are to be installed than are catered for in the abo e patterns your layout should ta e account of the possibility of short circuits.)
. The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
3D0
8 0
87
Detailed technical drawings
RQCEQ721848P
Oblong holes
(Foundation bolt hole)
Oblong holes
(Foundation bolt hole)
Oblong holes
Oblong holes
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
(Pitch of foundation bolt holes)
(Foundation bolt hole)
(Pitch of foundation bolt holes)
(Foundation bolt hole)
(Foundation bolt hole)
Outdoor nit 1
Outdoor nit 2
Outdoor nit 3
Outdoor nit
or more
SPACE E AMPLE FOR
or more
or more
STALLAT O
Suction side
or more
Front
or more
or more
or more
or more
or more
or more
nit: mm
Model name
R CE 712P
R CE 7 P
R CE 1 P
R CE
P
Outdoor unit 1
R E 212P
R E 212P
R E 212P
R E 212P
rawing
3 0
3 0
3 0
3 0
1
1
1
1
.
Outdoor nit 2
R E 1 0P
R E 212P
R E 212P
R E 212P
rawing
3 0
3 0
3 0
3 0
1
1
1
1
.
Outdoor unit 3
R E 1 0P
R E 1 0P
R E 212P
R E 212P
rawing
3 0
3 0
3 0
3 0
1
1
1
1
.
Outdoor unit
R E 1 0P
R E 1 0P
R E 1 0P
R E 212P
rawing
3 0
3 0
3 0
3 0
1
1
1
1
.
NOTES
1.
eights of walls
Front: 1 00mm
Suction side: 00mm
Side: eight unrestricted
The installation space shown in this figure is based on the condition of cooling operation at the outdoor air temperature of 3 C.
The installation space of suction side shown abo e must be expanded in the following case.
- esign outdoor temperature becomes o er 3 C.
- Operating o er Max. operating load
( n case of causing a hea y heating load at indoor unit side)
2. f the abo e wall heights are exceeded then h2 2 and h1 2 should be added to the front and suction side ser ice spaces respecti ely as shown in the following figure.
3. hen installing the units the most appropriate pattern should be selected from those shown abo e in order to obtain the best fit in the space a ailable always bearing in mind the need to lea e
enough room for a parson to pass between nuits and wall for the air to circulate freely. ( f more units are to be installed than are catered for in the abo e patterns your layout should ta e account of the possibility of short circuits.)
. The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
3D0
88
8
Detailed technical drawings
RQYQ140P
(Pitch of foundation bolt holes)
4-15 x 22.5 - mm - Oblong holes
(Foundation bolt hole)
(Pitch of foundation bolt holes)
RQYQ140P
BACK SIDE UP PART
DETAIL FOR FRONT SIDE
(knock-out hole)
DETAIL FOR BOTTOM SIDE
Outdoor Unit Product Range
(knock-out hole)
(knock-out hole)
(knock-out hole)
(knock-out hole)
No.
1
2
3
4
5
6
7
8
9
10
Parts name
Liquid pipe connection port
Gas pipe connection port
Grounding terminal
Power cord routing hole (side)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (bottom)
Wire routing hole (front)
Pipe routing hole (front)
Pipe routing hole (bottom)
Remarks
ø9.5 Brazing connection
See note 3.
Inside of switch box (M8)
ø62
ø45
ø27
ø50
ø27
See note 2.
See note 2.
3D066
2
NOTES
1
shows the dimensions after xing the accessory pipes.
2
For piping connection method (front and bottom sides) see the installation manual.
3
Gas pipe
ø15.9 Brazing connection: RQYQ140P
89
Detailed technical drawings
RXYQQ812T
RYYQ8-12T
RYMQ8-12T
RXYQ8-12T
RXYQQ8-12T
Pitch of foundation bolt holes
766
2
1
Detail A
70
106
AC
8
125
107
66
160
353
134
112
729
100
Pitch of foundation bolt holes
AA
AB
339
3
Detail B
10
4-15x22.5mmOblong hole
Foundation bolt hole
View C
1685
11
4
7
6
122
9
179
131
276
259
515
Model
RYYQ8T, RXYQ8T, RXYQQ8T
RYYQ10-12T, RXYQ10-12T, RXYQQ10-12T
RYMQ8T
REMQ5T, RYMQ10-12T, REYQ8-12T
76
76
97
137
DETAIL B
DETAIL A
765
Notes
373
930
11
10
9
8
7
6
5
4
Ø 9.5 brazing connection
AB
205
210
Pipe routing hole (bottom)
Pipe routing hole (front)
Ø65
Ø27
Ø65
Ø80
Ø65
Power cord routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (side)
2
1
No.
Ø 22.2 brazing connection
Inside of the switch box (M8)
Grounding terminal
3
Ø 19.1 brazing connection
High pressure/low pressure gas pipe
REMQ5T, REYQ8-12T :
AA
240
240
C
328
Ø 12.7 brazing connection
Equalising pipe
RYMQ8-10T :
RYMQ12T :
AC
240
240
5
107
Ø 19.1 brazing connection
Ø 22.2 brazing connection
Ø 25.4 brazing connection
Ø 28.6 brazing connection
Liquid pipe
RYYQ8-10T, RYMQ8-10T, RXYQ8-10T, RXYQ
Q8-10T, REMQ5T, REYQ8-12T
:
RYYQ12T, RYMQ12T, RXYQ12T, RXYQQ12T :
AB
208
208
272
1. Detail A and detail B indicate the dimensions after fixing the attached piping.
2. Items 4 - 10:
Knockout hole.
3. Gas pipe
RYYQ8T, RYMQ8T, RXYQ8T, RXYQQ8T
:
RYYQ10T, RYMQ10T, RXYQ10T, RXYQQ10T :
REMQ5T, REYQ8-12T
:
RYYQ12T, RYMQ12T, RXYQ12T, RXYQQ12T :
AA
248
195
248
195
Equalising pipe connection port
High pressure/low pressure gas pipe
See note 3.
Gas pipe connection port
See note 3.
Liquid pipe connection port
See note 3.
Part name
Remark
Ø 19.1 brazing connection
2D079532B
RXYQQ1420T
RYYQ14-20T
RYMQ14-20T
RXYQ14-20T
RXYQQ14-20T
1
2
Pitch of foundation bolt holes
1076
106
160
393
134
8
107
112
125
70
71
100
Pitch of foundation bolt holes
AB
192
310
729
3
10
AA
Detail B
Detail A
4-15x22.5mm - Oblong hole
Foundation bolt hole
View C
1685
11
4
7
6
122
9
179
97
137
DETAIL B
765
Notes
DETAIL A
107
5
272
328
C
373
1. Detail A and detail B indicate the dimensions after fixing the attached piping.
2. Items 4 - 10:
Knockout hole.
:
RYYQ14-20T, RYMQ14-20T, RXYQ14-20T, RXYQQ14-20T
90
131
76
76
3. Gas pipe
REYQ14-20T
259
276
515
Model
RYMQ14-16T, RXYQQ14-16T, REYQ14-20T
RYMQ18-20T, RXYQQ18-20T
1240
Ø 25.4 brazing connection
:
Ø 28.6 brazing connection
Liquid pipe
RYYQ14-16T, RYMQ14-16T, RXYQ14-16T, RXYQQ14-16T, REYQ14-20T :
Ø 12.7 brazing connection
RYYQ18-20T, RYMQ18-20T, RXYQ18-20T, RXYQQ18-20T
Ø 15.9 brazing connection
:
Equalising pipe
RYMQ14-16T
:
Ø 22.2 brazing connection
RYMQ18-20T
:
Ø 28.6 brazing connection
High pressure/low pressure gas pipe
REYQ14-20T
:
Ø 22.2 brazing connection
11
10
9
8
7
6
5
4
3
Grounding terminal
Inside of the switch box (M8)
Pipe routing hole (bottom)
Pipe routing hole (front)
Power cord routing hole (bottom)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (front)
Power cord routing hole (side)
Equalising pipe connection port
Ø65
Ø27
Ø65
Ø80
Ø65
See note 3.
High pressure/low pressure gas pipe
2 Gas pipe connection port
1 Liquid pipe connection port
No. Part name
See note 3.
See note 3.
Remark
2D079533B
Detailed technical drawings
RQYQ140P
RQYQ140P
For single unit installation
For installation in rows
(PATTERN 1)
For centralized group layout
(PATTERN 1)
300
or more
(PATTERN 1)
300 or more
300 or more
(Front)
10 or more
(Front)
10 or more
10 or more
500
or more
10 or more
20 or more
500 or more
20 or more
(PATTERN 1)
300 or more
(Front)
500
or more
20 or more
900
or more
20 or more
500
or more
(Front)
20 or more
10 or more
20 or more
(PATTERN 1)
10 or more
10 or more
20 or more
500
or more
600 or more
10 or more
(PATTERN 2)
(PATTERN 2)
100 or more
(Front)
100 or more
20 or more
500 or more
10 or more
10 or more
(Front)
(Front)
300
or more
10 or more
10 or more
20 or more
10 or more
10 or more
10 or more
(Front)
10 or more
(Front)
50 or more
100 or more
100 or more
500
or more
100 or more
(PATTERN 2)
50 or more
(PATTERN 2)
100 or more
(PATTERN 2)
100 or more
(Front)
500 or more
(Front)
(PATTERN 3)
(PATTERN 3)
100 or more
50 or more
Wall height
unrestricted
300 or more
(Front)
(Front)
Wall height unrestricted
50 or more
100 or more
50 or more
50 or more
500 or more
500 or more
100 or more
50 or more
(Front)
R Y Y Q-T
R Y MQ-T
R XY Q-T
R XY QQ-T
(Front)
400 or more
200 or more
100 or more
50 or more
50 or more
100 or more
50 or more
(Unit : mm)
(Front)
500
or more
50 or more
(Unit : mm)
3D066327
F o r c entralized gro up lay o ut
(F R O N T )
If the above wall heights are exceeded then h2/2 and h1/2 should be added to the front and suction side service spaces respectively as shown in the gure on
10 o r
10 o r
the right.
10 o r m o re
m o re
(F R O N T )
m o re
20 o r m o re
20 o r m o re
(F R O N T )
10 o r m o re 10 o r m o re
20 o r m o re
(F R O N T )
10 o r m o re
(F R O N T )
20 o r m o re
10 o r m o re 10 o r m o re
20 o r m o re
500 o r m the
o re units the most appropriate pattern
When installing
t in the500space
500 o should
r m o re be selected from those shown above
10 o r m o re
o r m o re available always
6 00 o r m o in
re order to obtain the best
enough room for a person to pass between units and wall and for the air to circulate freely. (If more units are to be installed
R Y Y bearing
Q-T( P atternin2)mind the need to leave
( P attern
2) your layouts should take account of the possibility of short circuits.)
than are catered for in the above
patterns
R Y MQ-T
100 o r m o re
100 o r m o re
300 o r m
10 o r m o re
20
m o recarried10 out
o r m o comfortably.
re
The units should be installed to leave sufcient space
at the front for the on site refrigerant
piping
too rbe
( F R O N T work
)
R XY Q-T
500 o r m o re
10 o r m o re
R XY QQ-T
( P attern 2)
4
50 o r m o re
RXYQQT
50 o r
m o re 50 o r m o re
(F R O N T )
500 o r m o re
( P attern 3)
( P attern 1)
R XY QQ-T
( P attern 2)
10 o r
m o re
10 o r
m o re
(F R O N T )
500 o r m o re
20 o r m o re
( P attern 2)
W all height
unrestric ted
300 o r m o re
10 o r
re
( F R O N T ( )P atternm o 3)
500 o r m o re
20 o r m o re
N O T E S
100 o r m o re
(F R O N T )
W all height 500
unrestric
o r m o tedre
m o re 50 o r m o re
( P attern 3)
300 o r m o re
(F R O N T )
400 o r m o re
100 o r m o re
(F R O N T )
500 o r m o re
( P attern 3)
W all height
unrestric ted
(F R O N T )
6 00 o r m o re
10 o r m o re
20 o r m o re
(F R O N T )
50 o r m o re
50 o r m o re
100 o r m o re
W all height unrestric ted
300 o r m o re
20 o r m o re
(F R O N T )
50 o r m o re
100 o r
m o re
50 o r m o re
50 o r m o re
10 o r m o re
10 o r m o re
F o r c entralized gro up lay o ut
(F R O N T )
500 o r m o re
20 o r m o re
( P attern 1)
10 o r m o re
10 o r m o re
(F R O N T )
500 o r m o re
(F R O N T )
6 00 o r m o re
100 o r m o re
100 o r m o re
(F R O N T )
500 o r m o re
300 o r m o re
300 o r m o re 100 o r m o re
(F R O N T )
500 o r m o re
50 o r m o re
50 o r m o re
100 o r m o re
50 o r m o re 50 o r m o re
20 o r m o re
100( F o R rO m N o T re)
500 o r m o re
10 o r m o re
20 o r m o re
10 o r m o re
10 o r m o re
20 o r m o re
(F R O N T )
(F R O N T )
100 o r
m o re
(F R O N T )
100 o r
300 o r m o re
10 o r m o re
20 o r m o re
(F R O N T )
m 10
o reo r m o re
10 o r m o re
20 o r m o re
500 o r m o re
10 o r 300
m o reo r m o re
20 o r m o re
10 o r m o re
(F R O N T )
(F R O N T )
50 o r m o re
100 o r m o re
500 o r( mP attern
o re 2)
100 o r m o re
50 o r m o re
50 o r m o re 50 o r m o re
100 o r m o re
50 o r m o re
50 o r m o re
(F R O N T )
500 o r m o re
100 o r m o re
100 o r
m o re
50 o r
m o re 50 o r m o re
500
( F R o O rN m T o )re
500 o r m o re
50 o r m o re
10 o r m o re
9 00 o r m o re
10 o r m o re
(F R O N T )
20 o r m o re
10 o r m o re 10 o r m o re
20 o r m o re
50 o r
10 o r m o re
500 o r m o re
m o re 50 o r m o re
50 o r m o re
100 o r m o re
(F R O N T )
50 o r m o re
500 o r m o re
100 o r m o re
100 o r
m o re
50 o r m o re
6 00 o r m o re
20 o r m o re
300 o r m o re
20 o r m o re
500 o r m o re
< Unit = m m >
10 o r m o re 10 o r m o re
300 o r m o re
300 o r m o re
100 o r
20 o r m o re m o re 10 o r m o re 10 o r m o re
100 o r m o re
400 o r m o re
50 o o r r m o re
200
(F R O N T )
100 o r m o re
500300
o r m o ro m reo re
50 o r m o re
( P attern 2)300 o r m o re
(F R O N T )
500 o r m o re
500 o r m o re
( P attern 2)
300 o r m o re
(F R O N T )
500 o r m o re
10 o r
m o re
100 o r m o re
50 o r m o re
10 o r m o re
( P attern 1)
( P attern 2)
(F R O N T )
200 o r m o re
10 o r m o re 10 o r m o re
F o r installatio n in ro w s
50 o r
300 o r m o re
m o re 50 o r m o re
100 o r m o re
10 o r m o re
20 o r m o re
100 o r m o re
( P attern 1)
( P attern 3)
50 o r m o re
400 o r m o re
(F R O N T )
500 o r m o re
F o r single unit installatio n
(F R O N T )
500 o r m o re
50 o r
o r c ( entralized
groo r m upo re lay o ut
m o re
100
F R O N T )
( P attern 1)
100 o r m o re
50 o r m o re
50 o r m o reF
( P attern 1)
400 o r m 300
o re o r m o re ( F R O N T )
200 o r m o re
10 o r m o re
100 o r
m o re
100 o r
m o re
300 o r m o re
R Y Y Q-T
20 o r m o re
10 o r m o re
9 00 o r m o re
50 o r m o re
W all height unrestric ted
F o r installatio n in
ro w s
unrestric ted
R Y MQ-T
( F R 300
O N o T r) m o re
200 o R r m XY
o re Q-T
10 o r m o re
100 o r m o re
(F R O N T )
500 o r m o re
( P attern 3)
F o r single unit installatio
W all height n
300 o r m o re
100 o r m o re
o re
500 o r m o re
(Suction side)
F o r installatio n in ro w s
NOTES
Heights
1 and
Height
unrestricted. Installation space to be shown in this drawing
( P atternof1)walls in case of patterns
( P attern
1) 2: Front: 1500mm. Suction side: 500 mm. Side:
( P attern
1)
is based on the cooling operation at 35 degrees outdoor air temperature. When the design outdoor air temperatur exceeds 35 degrees or the load exceeds
300
o
r
m
o
re
o r m o reheat in all outdoor unit, take the suction side
maximum ability because of much generation300load
beo r shown
in this drawing.
300 ospace
r m o re more broadly than the space to300
m o re
< F ro nt>
3
100 or more
50 or more
100 or more
500 or more
(Front)
2
50 or more
400 or more
(Front)
(Unit : mm)
F o r single unit installatio n
1
400 or more
200 or more
50 or more
600 or more
(Front)
Outdoor Unit Product Range
50 or more
500
or more
(F R O N T )
500 o r m o re
10 o r m o re
500 o r m o re
500 o r m o re
< S uc tio n sid e>
50 or more
10 o r m o re
9 00 o r m o re
50 o r m o re
6 00 o r m o re
500 o r m o re
10 o r m o re
(F R O N T )
500 o r m o re
50 o r m o re
500 o r m o re
< Unit = m m >
(F R O N T )
500 o r m o re
100 o r m o re
50 o r m o re
50 o r m o re
100 o r m o re
6 00 o r m o re
50 o r m o re
N O T E S
1. Heights o f w alls in c ase o f p atterns 1 and 2:
F ro nt: 1500m m
S uc tio n sid e: 500m m
< S uc tio n sid e>
o re
< S uc tio n sid e>
< F ro nt>
< F ro nt>
100 o r
1. Heights o f w alls in c ase o f p atterns 1 and 2:
m o re
300 o r m o re
F ro nt: 1500m m
50 o r m o re
(F R O N T )
50 o r m o re
100 o r m o re
400
o
r
m
o
re
400 o r m o re
(F R O N T )
(F R O N T )
500 o r m o re
100 o r m o re
50 o r m o re
50 o r m o re 50 o r m o re
50 o r m
(F R O N T )
100 o r m o re
S uc tio n sid e: 500m m
200 o r m o re
200 o r m o re
500 o r m o re
S id e: Height unrestric ted
< Unit = m m >
I nstallatio n sp ac e as sho w n o n this d raw ing is b ased o n the c o o ling o p eratio n at 35 d egrees o utd o o r air tem p erature.
W hen the d esign o utd o o r air tem p erature exc eed s 35 d egrees o r the lo ad exc eed s m axim um ab ility o f m uc h generatio n lo ad o f heat in all o utd o o r unit, tak e the suc tio n sid e sp ac e m o re
b ro ad ly than the sp ac e as sho w n o n this d raw ing.
2. f the abo e wall heights are exceeded then h2 2 and h1 2 should be added to the front and suction side ser ice spaces respecti ely as shown in the figure on the right.
3.
hen installing the units most appropriate pattern should be selected from those shown abo e in order to obtain the best fit in the
sp ac e av ailab le. A lw ay s k eep in m ind the need to leav e eno ugh sp ac e f o r a p erso n to p ass b etw een units and w all and also f o r the air to c irc ulate f reely .
( I f m o re units are to b e installed than are c atered f o r in the ab o v e p atterns y o ur lay o ut sho uld tak e ac c o unt o f the p o ssib ility o f sho rt c irc uits).
4. The units should be installed to lea e sufficient space at the front for the on site refrigerant piping wor to be carried out comfortably.
91
Water cooled
VRV IV W-series
Ideal for high rise buildings,
using water as heat source
Air curtain
Biddle Air curtain for VRV (CYV)
22
Indoor units
VRV type indoor units
Hot water
Low temperature hydrobox
Control systems
Ventilation
Heat Reclaim ventilation (VAM/VKM)
AHU connection kit
VRV IV standards:
Variable refrigerant temperature
Customize your VRV for best seasonal efficiency & comfort
› Full inverter compressors
› Reluctance brushless DC compressor
› Sine wave DC inverter
› Manual demand function
› Geothermal operation
For more information on these features refer to the VRV IV technologies tab
92
Outdoor Unit Product Range
Geothermal operation
and advantages
Geothermal operation uses the more stable
temperature of the ground around the building,
eliminating the need for another heat source. It
reduces CO2 emissions and is an infinitely renewable
energy source.
Efficiency not influenced
by outdoor conditions
The water cooled VRV unit operates at a superior
efficiency, even in the most extreme outdoor
temperatures thanks to geothermal operation.
Because the temperature of ground water, lakes and
rivers, remains relatively constant the year round, our
water-cooled system maintains its superior efficiency,
even in the most extreme outdoor temperatures,
when the efficiency of air-cooled systems goes
down.
Wide operation range
Standard water cooled outdoor units have a wide
operation range between 10°C & 45°C inlet water
temperature, both in heating and cooling. In
geothermal mode the operation range is extended
even more, down to -10°C* in heating and 6°C in
cooling mode.
Outside
temperature
Wind
-10°C
45°C
Heating
6°C
45°C
* Ethylene glycol should be added to the water when the water inlet
temperature is below 5°C
Cooling
93
High energy efficiencies
results from 2-stage heat
recovery
Stage 1: Heat recovery between indoor
units in the same refrigerant circuit
Heat exhausted from indoor units in cooling mode
is transferred to units in areas requiring heating,
maximising energy efficiency and reducing electricity
costs.
Stage 2: Heat recovery between the outdoor
units via the water loop - also available on
heat pump units!
Second stage heat recovery is achieved within the
water loop between the water cooled outdoor units.
stage 2
stage 1
Heat recovery between indoor units
Heat recovery between outdoor units
(Heat recovery and heat pump)
Cooling tower (Closed type), boiler
All indoor units in
cooling mode
Heat rejected to loop
VRV-W
Indoor units mainly
Heat rejected to loop
cooling, partly heating
VRV-W
Full Heat Recovery
VRV-W
Indoor units
Heat absorbed from loop
mainly heating,
partly cooling
VRV-W
All indoor units
in heating mode
Heat absorbed from loop
* Above system configurations
are for illustration purposes only.
VRV-W
94
Ceiling height
Space saving - Stacked
configuration
The adoption of a new water heat exchanger
and optimization of the refrigerant control circuit
has resulted in the industry’s most compact and
lightweight design. The unit weight of 149kg* and
height of 1,000 mm makes installation easy. Stacked
configuration is also possible, contributing further to
space savings.
3,200mm
or higher
Floor level
* for 8HP unit
100-300mm
Outdoor Unit Product Range
Stacked configuration is possible.
Variable water flow control
The variable water flow control option reduces
energy use by the circulation pump by reducing
the water flow when possible and not using a fixed
water flow all the time.
Cooling tower (Closed type), boiler
Variable water
Flow Control Valve
Inverter Pump
Standard water strainer
35
30
Pressure drop (lkPa)
A standard water strainer reduces installation time. The
new filter also has less pressure drop at higher water
flows.
40
new filter
25
20
15
10
old filter
5
0
50
70
90
110
130
150
water flow (l/min)
95
Flexible piping design
Flexible water piping
Water cooled VRV uses water as its heat source, so
it is optimal for large buildings, including tall, multistorey buildings, because the system can tolerate
water pressure of up to 1.96 MPa.
Furthermore, if the currently installed heat source’s
water temperature is between 10°C and 45°C, it may
be possible to use the existing water pipe work and
heat source. This alone makes it an ideal system
solution for building refubishment projects.
Total piping length
Longest length actual (Equivalent)
300m
120m (140m)
Longest length after first branch
40m (90m1)
Level difference between
indoor and outdoor units
50m (40m²)
Level difference between indoor units
15m
1 Contact your local dealer for more information and restrictions
2 In case outdoor unit is located below indoor units
Actual piping length between the VRV-W and indoor units: 120m (Equivalent piping length: 140m)
Level difference between indoor units: 15m
VRV-W
Level difference
between the VRV-W
and indoor units:
50m if the VRV-W is above
40m if the VRV-W is below
VRV-W
Water piping
Refrigerant piping
Indoor installation
Unlimited water piping length
Park Phi, Enschede - The Netherlands
BREEAM excellent office building
For Gerard Schröder the choice for this system
was an easy one: ‘As far as I’m concerned, with the
VRV Heat Recovery system, Daikin has the Rolls
Royce in heat pump technology. If you want to
build a sustainable office building, there really is
no other alternative.’
VRV-WIII geothermal system, Daikin Altherma HT, Sky Air, aircooled chiller with heat recovery, iManager,
iTouch Manager, ACNSS
96
Outdoor Unit Product Range
PARK PHI
BREAAM® EXCELLENT OFFICE
BUILDING
WATERCOOLED VRV
97
RWEYQ-T
VRV IV water cooled series
Ideal for high rise buildings, using water as heat source
› Unified range for standard and geothermal series simplifies
›
›
›
›
›
›
›
›
›
stock. Geothermal series reduce CO emmisions thanks to the
use of geothermal energy as a renewable energy source
No need for an external heating or cooling source when used in
geothermal mode
Covers all thermal needs of a building via a single point of
contact: accurate temperature control, ventilation, hot water, air
handling units and Biddle air curtains
Compact & lightweight design can be stacked for maximum
space saving
Incorporates VRV IV standards & technologies: Variable Refrigerant Temperature and full inverter compressors
-stage heat recovery: first stage between indoor units, second
stage between outdoor units thanks to the storage of energy in
the water circuit
Available in heat pump and heat recovery version
Variable Water Flow control option increases flexibility and
control
Easy compliance with F-gas regulation thanks to automated
refrigerant containment check
Contains all standard VRV features
RWEYQ-T
Standard operation
Outdoor unit
System
Capacity range
Cooling capacity
Heating capacity
Power input - 50Hz
RWEYQ
Outdoor unit module 1
Outdoor unit module 2
Outdoor unit module 3
Nom.
Nom.
Cooling
Heating
Nom.
Nom.
8T
RWEYQ8T
10T
RWEYQ10T
-
HP
kW
kW
kW
kW
8
22.4
25.0
4.42
4.21
5.07
5.94
10
28.0
31.5
6.14
6.00
4.56
5.25
EER
COP
Maximum number of connectable indoor units
Indoor index
Min.
100
125
connection
Nom.
200
250
Max.
260
325
Dimensions
Unit
HeightxWidthxDepth
mm
1,000x780x550
Weight
Unit
kg
137
Fan
Air flow rate
Cooling
Nom.
m³/min
Sound power level
Cooling
Nom.
dBA
Sound pressure level
Cooling
Nom.
dBA
50
51
Min.~Max.
°CDB
Operation range
Inlet water
Cooling
temperature
Min.~Max.
°CWB
Heating
Refrigerant
Type / GWP
3.5/7.3
4.2/8.8
Charge
kg/TCO2Eq
Piping connections
Liquid
OD
mm
9.52
Gas
OD
mm 19.10 (1)
22.2 (1)
Discharge gas
OD
mm 15.9 (2) / 19.10 (3) 19.1 (2) / 22.10 (3)
Water
Inlet/Outlet
Total piping length
System
Actual
m
Power supply
Phase/Frequency/Voltage
Hz/V
Current - 50Hz
Maximum fuse amps (MFA)
A
20
16T
18T
20T
RWEYQ8T
RWEYQ10T
RWEYQ8T
RWEYQ10T
16
18
20
44.8
50.4
56.0
50.0
56.5
63.0
8.8
10.6
12.3
8.4
10.2
12.0
5.07
4.77
4.56
5.94
5.53
5.25
36
200
225
250
400
450
500
520
585
650
24T
26T
RWEYQ8T
RWEYQ8T
RWEYQ8T
24
26
67.2
72.8
75.0
81.5
13.3
15.0
12.6
14.4
5.07
4.86
5.94
5.65
300
600
780
-
325
650
845
28T
30T
RWEYQ10T
RWEYQ10T
RWEYQ10T
28
30
78.4
84.0
88.0
94.5
16.7
18.4
16.2
18.0
4.69
4.56
5.43
5.25
350
700
910
375
750
975
53
12.7
(1) In case of heat pump system, gas pipe is not used (2) In case of heat recovery system (3) In case of heat pump system (4) Not Eurovent certified
98
Geothermal operation
54
-
10~45
-10 / 10.0~45
R-410A / 2,087.5
15.9
55
-
-
56
19.1
28.6 (1)
34.9 (1)
22.2 (2) / 28.60 (3)
28.6 (2) / 34.90 (3)
PT1 1/4B internal thread/PT1 1/4B internal thread
300
3N~/50/380-415
32
50
-
Detailed technical drawings
RWEYQT
Top View
Bottom View
8x Ø17
(Foundation Bolt Hole)
(After attaching
accessories pipe)
Front View
Right Side View
Rear View
Manufacturer’s
label
Item
Part Name
Remark
3D085 1 7 8
N O T E S
1
Liquid Pipe
See note 2
2
Suction Gas Pipe
See note 2
3
HP/LP Gas Pipe
See note 2
4
Water Inlet
PT 1 1/4 B Internal Thread
5
Water Outlet
PT 1 1/4 B Internal Thread
6
Drain Outlet
PS 1/2 B Internal Thread
7
Earth Terminal
M5
8
Power Chord Though Hole
Ø29
9
Wiring Though Hole
Ø29
10
Pipe routing hole (bottom)
11
Grounding terminal
1. Earth terminal is in the switch box
2. Piping size is as follows
Inside of switch box (M8)
MODEL NAME
Operation System
Liquid Pipe
Suction Gas Pipe
HP/LP Gas Pipe
Heat Pump
Ø9.5
Ø19.1
RWEYQ8
Heat Recovery
Ø9.5
Ø19.1
Ø15.9
Heat Pump
Ø9.5
Ø22.2
RWEYQ10
Heat Recovery
Ø9.5
Ø22.2
Ø19.1
* Connection method: Liquid Pipe:
Suction Gas Pipe:
Brazing connection
HP/LP Gas Pipe:
* In case of heat pump, suction gas pipe is not used.
}
Service space
(rear)
For installation
in a row
Secure 300mm or more of service space
even not using for rear side take-out
Service space
(rear)
Service space
(rear)
Outside unit
Outside unit
500 or more
For single unit
installation
500 or more
RWEYQT
R W E Y Q -T
390 or more
Outside unit
Water piping
installation space
Secure enough
space for removing
front plate
350 or less
20 or more
Space for
installation in
a row
Front view
20 or more
Space for
installation in
a row
350 or more
20 or more
Space for
installation in
a row
Service space
(front)
300 or more
Service space
(front)
900 or more
H: free
W: 179 mm
250 or less
Service space
(front)
20 or more
Space for
installation in
a row
900 or more
Secure 300mm or more of ventilation space
above the marked part of outside unit
20 or more
Space for
installation in
a row
: Required service space
: Ventilation space
100 or more
Water piping installation space
Right side view
3D04 834 1 F
99
Outdoor Unit Product Range
R W E Y Q -T
VRV Indoor units
One of the widest ranges on the market,
it currently compromises no less than
 different stylish and elegant models in 
different variants. All designed to maximise
comfort, minimise operating noise and
simplify installation and servicing.
100
VRV Indoor units
VRV indoor units
NEW
NEW
Stylish indoor units
106
110
113
116
Concealed ceiling units
FXDQ-M
FXDQ-A
FXSQ-A
FXMQ-P7 / FXMQ-MA9
118
120
126
128
Wall mounted unit
FXAQ-P
136
Ceiling suspended units
FXHQ-A
FXUQ-A
140
142
Floor standing units
FXNQ-A
FXLQ-P
144
145
BPMKS
Accessory to connect stylish indoor units
149
Wall mounted
FTXG-LS/LW
CTXS-K / FTXS-K
151
154
Floor standing
FVXG-K
FVXS-F
158
161
Flexi type unit
FLXS-B(9)
163
101
Indoor Units
Ceiling mounted cassette units
FXFQ-A
FXZQ-A
FXCQ-A
FXKQ-MA
VRV Indoor
CONCEALED CEILING UNIT WITH HIGH ESP
ROUND FLOW CASSETTE
SMALL CONCEALED CEILING UNIT
102
Indoor Units
VRV Indoor
FULLY FLAT CASSETTE
HOT WATER PRODUCTION
STYLISH INDOOR UNITS
103
Benefits overview
We care
VRV indoor
Inverter technology
In combination with inverter controlled outdoor units
Home leave operation
During absence, indoor comfort levels can be maintained
Fan only
The air conditioner can be used as fan, blowing air without cooling or heating
Auto cleaning filter
Floor and presence sensor
Auto cooling-heating changeover
Automatically selects cooling or heating mode to achieve the set temperature
Air treatment
Whisper quiet
When starting to warm up or when the thermostat is off, the air discharge direction is set horizontally and the fan to
low speed, to prevent draught. After warming up, air discharge and fan speed are set as desired
Daikin indoor units are whisper quiet. Also the outdoor units are guaranteed not to disturb the quiet of the
neightbourhood
Air filter
Removes airborne dust particles to ensure a steady supply of clean air
Humidity
control
Comfort
Draught prevention
The filter automatically cleans itself once a day. Simplicity of upkeep means optimum energy efficiency and maximum
comfort without the need for expensive or time-consuming maintenance
The presence sensor directs the air away from any person detected in the room. The floor sensor detects the average
floor temperature and ensures an even temperature distribution between ceiling and floor
Dry programme
Allows humidity levels to be reduced without variations in room temperature
Other funtcions
Remote control & timer
Air flow
Ceiling soiling prevention
104
Vertical auto swing
The air discharge of the indoor unit is specially designed to prevent air being blown against the ceiling to prevent
ceiling stains
Possibility to select automatic vertical moving of the air discharge louvre, for uniform air flow and temperature
distribution
Fan speed steps
Multiple fan speeds to select,to optimize comfort levels
Individual flap control
Individual flap control via the wired remote controller makes it simple to fix the position of each flap individually,
to suit any new room configuration. Optional closure kits are available as well
Weekly timer
Timer can be set to start and stop operation anytime on a daily or weekly basis
Infrared remote control
Infrared remote control with LCD to remotely control your indoor unit
Wired remote control
Wired remote control to remotely control your indoor unit
Centralised control
Centralised control to to control several indoor units from one single point
Auto-restart
The unit restarts automatically at the original settings after power failure
Self-diagnosis
Simplifies maintenance by indicating system faults or operating anomalies
Drain pump kit
Facilitates condensation draining from the indoor unit
Multi tenant
The indoor unit’s main power supply can be turned off when leaving the building or for servicing purposes
Ceiling mounted cassette units
FXFQ-A
FXZQ-A
FXCQ-A

















G1
F8 (optional)
G1



Wall
mounted
unit
Concealed ceiling units
FXKQ-MA FXDQ-M9






Ceiling suspended
units
Floor standing units
FXDQ-A
FXSQ-A
FXMQ-P7
FXMQ-MA9
FXTQ-A
FXAQ-P
FXHQ-A
FXUQ-A
FXNQ-A
FXLQ-P

































Indoor Units







G1


G1
F8 (optional)

G1
F8 (optional)


G1
G1
G1
G1




















2
3 (50~63)
2 (80~100)
2
2
3
2













2
3
3
3
2

3
3
3
3




























































































Standard
Standard
Standard
Standard
Standard
Standard
Standard
Optional
Optional
Standard


( )

( )



( )

( )






Standard (50~63)
Optional
Optional (80~100)


( )

*Note: blue cells contain preliminary data
105
Check on
FXFQ-A
https://www.youtube.com/
DaikinEurope
Round flow cassette
Why choose a round flow cassette?
• 360° air discharge for optimum efficiency and comfort in shops, offices and restaurants.
• Unique auto-cleaning panel.
Unique functions which help save costs
References
› Daikin was the first company to launch a cassette
using the round flow principle with sensors* and a
unique auto-cleaning panel*.
Wolverhampton, UK
Running costs were reduced by up to 50% compared
with standard solutions thanks to daily filter cleaning.
... More energy efficient than any other
Energy consumption (kWh)

› The auto-cleaning panel*
means:
• Running costs are reduced
by % compared with
standard solutions thanks
to automatic daily filter
cleaning.
• Less time is required to
clean the filter: dust can
be removed easily with a
vacuum cleaner without opening the unit.
› Thanks to presence sensor, the unit changes its
setpoint or switches off completely, if there are no
people in the room, resulting in energy savings of
up to %.




presence
sensor
Flexible installation
› Flaps can be individually controlled or closed
using the wired remote control, to suit room
configuration.
Optional closure kits are also available.
* available as an option
106
50% difference
in electricity
consumption
Auto cleaning cassette




July Aug. Sept. Oct. Nov. Dec. Jan. Feb. March April May June July
Cumulative energy comparison over  months
Benefits for the installer
… And improved comfort
› ° air flow discharge pattern.
› The presence sensor* directs the air
away from anyone it detects in the
room.
› The floor sensor* detects the average
floor temperature and ensures an even
temperature distribution between the
ceiling and the floor.
Cold feet are history!
Standard round
flow cassette

floor sensor
› Unique functions and design enhancing comfort, efficiency and
installation.
› Less time needed for onsite maintenance.
› Use the controller to individually open or close any of the four
flaps to easily adapt to a changing room layout.
› Easy set-up of the sensor option to improve comfort and save
energy.
› Switch box and piping connections are accessible by just
removing the panel, making servicing easier.
Benefits for the consultant
› Product with unique functions in this market.
› Designed for use in all types and sizes of commercial offices and
retail environments.
› Ideal product for improving BREEAM score/EPDB.
Benefits for the end user
› Designed for use in all types and sizes of commercial offices and
retail environments.
› Perfect environment conditions: no more draughts or cold feet.
› Save up to % on running costs with the auto-cleaning panel,
which also facilitates maintenance.
› Your customers can save up to % on their energy bills thanks
to the sensor option.
› Flexible use of space thanks to individual flap control.
FXFQ-A
Round flow cassette
° air discharge for optimum efficiency and comfort
› Daily automatic filter cleaning results in higher efficiency &
comfort and lower maintenance costs
› Two optional intelligent sensors improve energy efficiency
and comfort
› Individual flap control. Flexibility to suit every room layout
without changing the location of the unit!
FXFQ-A
› Lowest installation height in the market: mm for class
-
› Modern style decoration panel is available in  different
variations: white (RAL) with grey louvers, full white
(RAL) or auto cleaning panel
› Reduced energy consumption thanks to specially developed
small tube heat exchanger, DC fan motor and drain pump
› Fresh air intake integrated in the same system thus reducing
installation cost as no additional ventilation is required
Fresh air intake opening in casing
BRCEA/B
Optional fresh air intake kit
BRCFAF
presence sensor
floor sensor
› Branch duct discharge allows to optimize air distribution in
/////////////////////////
* Brings in up to % of fresh air into the room
* Allows larger quantities of fresh air to be
brought in
* Distributes fresh air so it is most effectively
pre-cooled / pre-heated
Indoor Units
irregular shaped rooms or to supply air to small adjecent rooms
///////////////////
Main unit
Branch discharge
Main discharge
› Standard drain pump with mm lift increases flexibility and
installation speed
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Decoration panel
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
Unit
Material
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Decoration panel 2
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Decoration panel 3
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Fan-Air flow rate Cooling
High/Nom./Low
50Hz
Heating
High/Nom./Low
Air filter
Type
Sound power level
Cooling
High/Nom.
Sound pressure level Cooling
High/Nom./Low
Heating
High/Nom./Low
Refrigerant
Type / GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
FXFQ
kW
kW
kW
kW
mm
mm
mm
kg
20A
2.2
2.5
25A
2.8
3.2
32A
3.6
4.0
0.038
0.038
mm
mm
Hz/V
A
63A
7.1
8.0
0.061
0.061
80A
9.0
10.0
0.092
0.092
100A
11.2
12.5
0.115
0.115
246
125A
14.0
16.0
0.186
0.186
288
840
840
19
20
mm
kg
dBA
dBA
dBA
50A
5.6
6.3
0.053
0.053
204
mm
kg
mm
kg
m³/min
m³/min
40A
4.5
5.0
12.5/10.6/8.8
12.5/10.6/8.8
49/31/29/28
31/29/28
6.35
12.7
21
24
26
Galvanised steel plate
BYCQ140D7W1
Pure White (RAL 9010)
60x950x950
5.4
BYCQ140D7W1W
Pure White (RAL 9010)
60x950x950
5.4
BYCQ140D7GW1
Pure White (RAL 9010)
145x950x950
10.3
13.6/11.6/9.5 15.0/12.8/10.5 16.5/13.5/10.5 22.8/17.6/12.4 26.5/19.5/12.4 33.0/26.5/19.9
13.6/11.6/9.5 15.0/12.8/10.5 16.5/13.5/10.5 22.8/17.6/12.4 26.5/19.5/12.4 33.0/26.5/19.9
Resin net with mold resistance
51/53/55/60/61/33/31/29
35/33/30
38/34/30
43/37/30
45/41/36
33/31/29
35/33/30
38/34/30
43/37/30
45/41/36
R-410A / 2.087,5
9.52
15.9
VP25 (O.D. 32 / I.D. 25)
1~/50/60/220-240/220
16
BRC7FA532F
BRC1D52 / BRC1E52A/B
BYCQ140D7W1 = pure white panel with grey louvers , BYCQ140D7W1W = pure white standard panel with white louvers, BYCQ140D7GW1 = Pure white auto cleaning panel
The BYCQ140D7W1W has white insulations. Be informed that formations of dirt on white insulation is visibly stronger & that it is consequently not advised to install the decoration panel in environments exposed to concentrations of dirt.
107
Detailed technical drawings
FXFQ2063A WITH AUTOCLEANING PANEL
FXFQ80125A WITH AUTOCLEANING PANEL
108
Detailed technical drawings
Indoor Units
FXFQ2063A WITH STANDARD PANEL
FXFQ80125A WITH STANDARD PANEL
109
FXZQ-A
Check on
https://www.youtube.com/
DaikinEurope
Fully Flat Cassette
Design & Genius in one
• Unique design in the market that integrates fully flat into the ceiling
Unique design
Benefits for the installer
› Unique product in the market!
› The user-friendly remote control, available
in several languages, enables the easy set-up
of sensor option and control of the individual
flap position
› Meeting European design taste.
› Designed by German design office to fully meet
the European taste.
› Integrated Fully Flat into the ceiling.
› Fully integrated in the one ceiling tile, enabling
lights, speakers and sprinklers to be installed in
adjoining ceiling tiles.
› Decoration panel available in  colours
(white and white-silver).
Comfort through unique technology
Benefits for the
consultant
› Unique product in the market!
› Blends seamlessly in any modern office
interior design
› Flexible usage of space thanks to individual
flap control
› Ideal product to improve BREEAM score/EPDB
Benefits for the end
user
› Engineering excellence and unique design
in one
› Most silent unit
› Perfect working conditions: no more cold
draughts or cold feet
› Save up to % on your energy bill thanks
to the optional sensors
› Flexible usage of space thanks to individual
flap control
› User-friendly remote control, available
in several languages.
110
Most silent cassette in the market (25dBA)
Presence sensor (optional)
› When the room is empty, it can adjust the set
temperature or switch off the unit – saving energy.
› When people are detected, the direction of
the airflow is adapted to avoid cold draughts being
directed towards occupants.
Floor sensor (optional)
› Detects the temperature difference and
re-directs the airflow to ensure even
temperature distribution.
Top efficiency
› When the room is empty, the sensor option can
adjust the set temperature or switch off the unit –
saving up to % energy.
› Individual flap control: easily control one or more
flaps via the wired remote controller (BRCE)
when rearranging the room. When fully closing or
blocking the flaps, the option “Sealing member of
air discharge outlet” is needed.
FXZQ-A
Fully flat cassette
Unique design in the market that integrates fully flat into
the ceiling
› Remarkable blend of iconic design and engineering excellence
› Two optional intelligent sensors improve energy efficiency and
comfort
›  class unit especially developed for small or well-insulated
rooms, such as small offices.
FXZQ-A
› Individual flap control. Flexibility to suit every room layout
without changing the location of the unit!
BRCEA-B
small tube heat exchanger, DC fan motor and drain pump
› Fresh air intake integrated in the same system thus reducing
installation cost as no additional ventilation is required
Fresh air intake opening in casing
presence sensor
floor sensor
› Branch duct discharge allows to optimize air distribution in
irregular shaped rooms or to supply air to small adjecent rooms
Optional fresh air intake kit
/////////////////////////
///////////////////
Main unit
Branch discharge
Main discharge
› Standard drain pump with mm lift increases flexibility and
installation speed
* Brings in up to % of fresh air into the room
* Allows larger quantities of fresh air to be
brought in
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Nom.
Nom.
Cooling
Heating
Unit
Weight
Casing
Decoration panel
Nom.
Nom.
Height
Width
Depth
Unit
Material
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Decoration panel 2
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Decoration panel 3
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Fan-Air flow rate Cooling
High/Nom./Low
50Hz
Heating
High/Nom./Low
Air filter
Type
Sound power level
Cooling
High/Nom.
Sound pressure level Cooling
High/Nom./Low
Heating
High/Nom./Low
Refrigerant
Type / GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
FXZQ
kW
kW
kW
kW
mm
mm
mm
kg
mm
kg
mm
kg
mm
kg
m³/min
m³/min
dBA
dBA
dBA
mm
mm
Hz/V
A
15A
1.7
1.9
20A
2.2
2.5
0.043
0.036
25A
2.8
3.2
32A
3.6
4.0
0.045
0.038
40A
4.5
5.0
0.059
0.053
50A
5.6
6.3
0.092
0.086
260
575
575
15.5
16.5
18.5
Galvanised steel plate
BYFQ60CW
White (N9.5)
46x620x620
2.8
BYFQ60CS
White (N9.5) + Silver
46x620x620
2.8
BYFQ60B3W1
White (RAL9010)
55x700x700
2.7
8.5/7/6.5
8.7/7.5/6.5
9/8/6.5
10/8.5/7
11.5/9.5/8
14.5/12.5/10
8.5/7/6.5
8.7/7.5/6.5
9/8/6.5
10/8.5/7
11.5/9.5/8
14.5/12.5/10
Resin net with mold resistance
49/50/51/54/60/31.5/28/25.5
32/29.5/25.5
33/30/25.5
33.5/30/26
37/32/28
43/40/33
31.5/28/25.5
32/29.5/25.5
33/30/25.5
33.5/30/26
37/32/28
43/40/33
R-410A / 2.087,5
6.35
12.7
VP20 (I.D. 20/O.D. 26)
1~/50/220-240
16
BRC7F530W (white panel) / BRC7EB530 (standard panel) / BRC7F530S (grey panel)
BRC1D52 / BRC1E52A/B
Dimensions include control box
111
Indoor Units
› Reduced energy consumption thanks to specially developed
BRCFW/S
Detailed technical drawings
FXZQA NEW PANEL
FXZQA OLD PANEL
112
FXCQ-A
2-way blow ceiling mounted
cassette
Thin, lightweight design installs easily in narrow corridors
› Depth of all units is mm, ideal for narrow corridors
› Refurbishing the room ? With individual flap control, one or
more flaps can be easily closed via the wired remote control
› Reduced energy consumption thanks to specially developed
FXCQ-A
small tube heat exchanger, DC fan motor and drain pump
› Fresh air intake integrated in the same systems thus reducing
installation cost as no additional ventilation is required
Fresh air intake opening in casing
BRCEA/B
BRCC
* Brings in up to % of fresh air into the room
› Standard drain pump with mm lift increases flexibility and
entirely when the unit is not operating and there are no air
intake grilles visible
› Optimum comfort guaranteed with automatic air flow
adjustment to the required load
› Maintenance operations can be performed by removing the
front panel
› Branch duct discharge allows to optimize air distribution in
irregular shaped rooms or to supply air to small adjecent rooms
/////////////////////////
installation speed
Indoor Units
› Stylish unit blends easily with any interior. The flaps close
500 mm
///////////////////
Main unit
Branch discharge
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Decoration panel
Main discharge
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
FXCQ
kW
kW
kW
kW
mm
mm
mm
kg
Unit
Material
Model
Colour
Dimensions
HeightxWidthxDepth
mm
Weight
kg
Fan-Air flow rate - 50Hz
Cooling
High/Nom./Low
m³/min
Air filter
Type
Sound power level
Cooling
Nom.
dBA
Sound pressure level Cooling
High/Nom./Low
dBA
Heating
High/Nom./Low
dBA
Refrigerant
Type / GWP
Piping connections
Liquid
OD
mm
Gas
OD
mm
Drain
Power supply
Phase/Frequency/Voltage
Hz/V
Current - 50Hz
Maximum fuse amps (MFA)
A
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
20A
2.2
2.5
0.031
0.028
25A
2.8
3.2
32A
3.6
4.0
0.039
0.035
40A
4.5
5.0
0.041
0.037
50A
5.6
6.3
0.059
0.056
63A
7.1
8.0
0.063
0.060
80A
9.0
10.0
0.090
0.086
125A
14.0
16.0
0.149
0.146
305
775
990
1,445
620
19
10.5/9/7.5
32.0/30.0/28.0
32.0/30.0/28.0
22
25
33
38
Galvanised steel plate
BYBCQ40HW1
BYBCQ63HW1
BYBCQ125HW1
Fresh white (6.5Y 9.5/0.5)
55x1,070x700
55x1,285x700
55x1,740x700
10
11
13
11.5/9.5/8
12/10.5/8.5
15/13/10.5
16/14/11.5 26/22.5/18.5 32/27.5/22.5
Resin net with mold resistance
34.0/31.0/29.0 34.0/32.0/30.0 36.0/33.0/31.0 37.0/35.0/31.0 39.0/37.0/32.0 42.0/38.0/33.0 46.0/42.0/38.0
34.0/31.0/29.0 34.0/32.0/30.0 36.0/33.0/31.0 37.0/35.0/31.0 39.0/37.0/32.0 42.0/38.0/33.0 46.0/42.0/38.0
R-410A / 2.087,5
6.35
9.52
12.7
15.9
VP25 (O.D. 32 / I.D. 25)
1~/50/220-240
16
BRC7C52
BRC1D52 / BRC1E52A/B
113
Detailed technical drawings
FXCQ2040A
FXCQ50A
114
Detailed technical drawings
Indoor Units
FXCQ63A
FXCQ80125A
115
FXKQ-MA
Ceiling mounted corner
cassette
-way blow unit for corner installation
› Compact dimensions, can easily be mounted in a narrow ceiling
void (only mm ceiling space required,  with panel spacer,
available as accessory)
› Optimum air flow conditions are created by either downward
air discharge or frontal air discharge (via optional grille) or a
combination of both
FXKQ-M
BRCEA/B
BRCC
› Maintenance operations can be performed by removing the
front panel
› Standard drain pump with mm lift increases flexibility and
installation speed
500 mm
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Decoration panel
Fan-Air flow rate - 50Hz
Air filter
Sound power level
Sound pressure level
Refrigerant
Piping connections
Power supply
Current - 50Hz
Control systems
116
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
FXKQ
kW
kW
kW
kW
mm
mm
mm
kg
Unit
Material
Model
Colour
Dimensions
HeightxWidthxDepth
mm
Weight
kg
Cooling
High/Low
m³/min
Type
Cooling
Nom.
dBA
Cooling
High/Low
dBA
Type / GWP
Liquid
OD
mm
Gas
OD
mm
Drain
Phase/Frequency/Voltage
Hz/V
Maximum fuse amps (MFA)
A
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
25MA
2.8
3.2
32MA
3.6
4.0
40MA
4.5
5.0
0.076
0.056
0.066
0.046
63MA
7.10
8.00
0.105
0.085
215
1,110
1,310
710
31
Galvanised steel plate
BYK45FJW1
White
70x1,240x800
8.5
11/9
38.0/33.0
13/10
Resin net with mold resistance
40.0/34.0
R-410A / 2.087,5
6.35
12.7
VP25 (O.D. 32 / I.D. 25)
1~/50/60/220-240/220
15
BRC4C61
BRC1D52 / BRC1E52A/B
34
BYK71FJW1
70x1,440x800
9.5
18/15
42.0/37.0
9.52
15.9
Detailed technical drawings
FXKQ25, 32, 40MA
FXKQ25,32,40MA
Required installation space
1,500 mm or
more
200 mm or more
200 mm or more
760 (Ceiling opening)
350 (Suspension position)
20 mm or more
Nr.
1
2
3
4
1,150 (Suspension position)
1,200 (Ceiling opening)
5
6
7
Front discharge duct position
8
Suspension bolt
9
1,000 or more
Required installation space
10
Description
ø 6.4 Flare connection
ø 12.7 Flare connection
VP25 (O.D. ø 32)
Inside switch box (M4)
NOTES
1
Location of unit’s name plate:
• For main body: Bottom part of fan housing inside of air suction grille.
• For decoration panel: Service lid face inside of air suction grille.
2
When installing an optional accessory, refer to the installation drawings.
Indoor Units
4-M4 hole
Name
Liquid pipe connection
Gas pipe connection
Drain pipe connection
Wire intake
Interunit wiring connection
Grounding terminal
Discharge
Air suction grille
Long life filter
Suspension bolt
3D038840
FXKQ63MA
FXKQ63MA
Required installation space
200 mm or more
760 (Ceiling opening)
350 (Suspension position)
1,500 mm or
more
20 mm or more
Nr.
1
2
3
4
5
1,350 (Suspension position)
1,400 (Ceiling opening)
6
7
8
Front discharge duct position
9
Suspension bolt
1,000 or more
(Required
installation space)
6-M4 hole
10
200 mm or more
Name
Liquid pipe connection
Gas pipe connection
Drain pipe connection
Wire intake
Interunit wiring connection
Grounding terminal
Discharge
Air suction grille
Long life filter
Suspension bolt
Description
ø 9.5 Flare connection
ø 15.9 Flare connection
VP25 (O.D. ø 32)
Inside switch box (M4)
NOTES
1
Location of unit’s name plate:
• For main body: Bottom part of fan housing inside of air suction grille.
• For decoration panel: Service lid face inside of air suction grille.
2
When installing an optional accessory, refer to the installation drawings.
3D038841
117
FXDQ-M9
Small concealed ceiling unit
Designed for hotel applications
› Compact unit (mm high & mm deep), can easily be
mounted in narrow ceiling voids
› Discretely concealed in the ceiling: only the suction and
discharge grilles are visible
› Flexible installation, as the air suction direction can be altered
from rear to bottom suction
FXDQ-M
› For easy mounting, the drain pan can be located to the left or
BRCEA/B
BRCC
right of the unit
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
FXDQ
kW
kW
kW
kW
mm
mm
mm
mm
kg
Required ceiling void >
Weight
Unit
Casing
Colour
Material
Fan-Air flow rate Cooling
High/Low
m³/min
50Hz
Heating
High/Low
m³/min
Air filter
Type
Sound power level
Cooling
Nom.
dBA
Sound pressure level Cooling
High/Low
dBA
Heating
High/Low
dBA
Refrigerant
Type / GWP
Piping connections
Liquid
OD
mm
Gas
OD
mm
Drain
Power supply
Phase/Frequency/Voltage
Hz/V
Current - 50Hz
Maximum fuse amps (MFA)
A
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
118
20M9
2.2
2.5
25M9
2.8
3.2
0.050
0.050
230
502
652
250
17
Unpainted
Galvanised steel
6.7/5.2
6.7/5.2
7.4/5.8
7.4/5.8
Resin net with mold resistance
50
37/32
37/32
R-410A / 2.087,5
6.35
12.7
I.D. 21.6, O.D. 27.2
1~/50/230
16
BRC4C62
BRC2E52C (heat recovery type) / BRC3E52C (heat pump type)
BRC1D52 / BRC1E52A/B
Detailed technical drawings
FXDQM9
FXDQ-M9
(Suspension position)
Part name
Liquid pipe connection (ø 6.35)
Gas pipe connection (ø 12.7)
Drain hole (o.d. ø 27.2 - i.d. ø 21.6)
Transmission wiring port
Power supply wiring port
Service space
Switch box
Nameplate
250 or more
(Suspension position)
Nr
1
2
3
4
5
6
7
8
Indoor Units
300 or more
3TW25774-1
119
FXDQ-A
Slim concealed ceiling unit
Slim design for flexible installation
› Compact dimensions, can easily be mounted in a ceiling void of
only mm
FXDQ-A
› Medium external static pressure up to Pa facilitates unit use
with flexible ducts of varying lengths
BRCEA/B
BRCC
› Discretely concealed in the ceiling: only the suction and
discharge grilles are visible
›  class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
› Reduced energy consumption thanks to specially developed DC
fan motor
› Flexible installation, as the air suction direction can be altered
from rear to bottom suction
› Standard drain pump with mm lift increases flexibility and
installation speed
750 mm
///////////////////////////////////////////////////////////////////////////////////////
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
FXDQ
kW
kW
kW
kW
mm
mm
mm
mm
kg
Required ceiling void >
Weight
Unit
Casing
Colour
Fan-Air flow rate - 50Hz
Cooling
High/Nom./Low
m³/min
Fan-External static pressure - 50Hz
High/Nom.
Pa
Air filter
Type
Sound power level
Cooling
Nom.
dBA
Sound pressure level
Cooling
High/Nom./Low
dBA
Refrigerant
Type / GWP
Piping connections
Liquid
OD
mm
Gas
OD
mm
Drain
Power supply
Phase/Frequency/Voltage
Hz/V
Current - 50Hz
Maximum fuse amps (MFA)
A
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
120
15A
1.7
1.9
20A
2.2
2.5
25A
2.8
3.2
32A
3.6
4.0
0.071
0.068
40A
4.5
5.0
0.078
0.075
50A
5.6
6.3
0.099
0.096
63A
7.1
8.0
0.110
0.107
200
750
950
1,150
26
29
620
240
22
Galvanised steel / Non painted
8.0/7.2/6.4
10.5/9.5/8.5
7.5/7.0/6.4
30/10
50
32/31/27
12.5/11.0/10.0
44/15
Removable / washable / mildew proof
51
52
53
33/31/27
34/32/28
35/33/29
R-410A / 2.087,5
9.52
12.7
VP20 (I.D. 20/O.D. 26)
1~/50/60/220-240/220
16
BRC4C65
BRC2E52C (heat recovery type) / BRC3E52C (heat pump type)
BRC1D52 / BRC1E52A/B
16.5/14.5/13.0
54
36/34/30
15.9
Detailed technical drawings
Indoor Units
FXDQ1532A
FXDQ4050A
121
Detailed technical drawings
FXDQ63A
FXQQ15A
122
Detailed technical drawings
Indoor Units
FXDQ2025A
FXDQ40A
123
Detailed technical drawings
FXDQ50A
FXDQ63A
124
125
Indoor Units
FXSQ-A
Concealed ceiling unit with
medium ESP
Slimmest yet most powerfull medium static pressure unit
on the market
Unique features for FXSQ-A:
› Slimmest unit in class, only mm (mm built-in height)
› Low operating sound level
› Medium external static pressure up to Pa facilitates using
FXSQ-A
flexible ducts of varying lengths
› Automatic air flow adjustment function measures the air volume
›
›
›
›
and static pressure and adjusts it towards the nominal air flow,
whatever the length of duct, making installation easier and
guaranteeing comfort. Moreover, the ESP can be changed via
the wired remote control to optimize the supply air volume
Discretely concealed in the ceiling: only the suction and
discharge grilles are visible
 class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
Reduced energy consumption thanks to specially developed DC
fan motor
Fresh air intake integrated in the same system thus reducing
installation cost as no additional ventilation is required
BRCEA/B
BRCC
› Flexible installation
- air suction direction can be altered from rear to bottom suction
Fresh air intake opening in casing
Fresh air intake position
////////////////////////////////////
- choice between free use or connection to optional suction grilles
//////////////////////////////////////////
For free use into a false
ceiling
* Brings in up to % of fresh air into the room
//////////////////////////////////////////
For connecting onto a
suction canvas
(not supplied by Daikin)
//////////////////////////////////////////
For direct connection
to Daikin panel (via
EKBYBSD kit)
› Standard built-in drain pump increases flexibility and installation
speed
///////////////////////////////////////////////////////////////////////////////////////
126
Time
saving
Rated air flow line
Automatic Airflow Adjustment function
200
› Automatically selects the most appropriate fan
External static pressure (Pa)
curve to achieve the units’ nominal air flow within
±%
› Why? After installation the real ducting will
frequently differ from the initially calculated air
flow resistance; the real air flow may be much
lower or higher than nominal , leading to a lack of
capacity or uncomfortable air temperature
› The automatic Airflow Adjustment function
will adapt the unit’s fan speed to any ducting
automatically ( or more fan curves are available
on every model), making installation much faster
Air flow (m³/min)
Indoor Units
50
+/- 10%
Fan characteristic curve
Actual duct resistance curve
Duct resistance curve at the time of designing
Rated air flow
Airflow without air flow automatic adjustment
Actual airflow
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
Required ceiling void >
Weight
Unit
Casing
Colour
Material
Decoration panel
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Fan-Air flow rate Cooling
High/Nom./Low
50Hz
Heating
High/Nom./Low
Fan-External static pressure - 50Hz
High/Nom.
Air filter
Type
Sound power level
Cooling
High/Nom.
Sound pressure level Cooling
High/Nom./Low
Heating
High/Nom./Low
Refrigerant
Type / GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
FXSQ
15A
20A
25A
32A
40A
50A
63A
80A
100A
125A
140A
kW
kW
kW
kW
mm
mm
mm
mm
kg
1.7
1.9
2.2
2.5
41
38
2.8
3.2
3.6
4.0
45
42
4.5
5.0
92
89
5.6
6.3
95
92
7.1
8.0
95
92
9.0
10.0
121
118
11.2
10.0
157
154
14.0
26.0
214
211
16.0
18.0
245
1550
800
47
51
mm
kg
m³/min 8.7/7.5/6.5
m³/min 8.7/7.5/6.5
Pa
dBA
dBA 29.5/28/25
dBA 31.5/29/26
mm
mm
Hz/V
A
245
550
800
23,5
9/7.5/6.5
9/7.5/6.5
245
700
800
24
9.5/8/7
9.5/8/7
295
29
35,5
Not painted
Galvanised steel plate
28,5
245
1000
800
245
1400
800
36,5
46
15/12.5/11 15.2/12.5/11 21/18/15 23/19.5/16 32/27/23 36/31.5/26
15/12.5/11 15.2/12.5/11 21/18/15 23/19.5/16 32/27/23 36/31.5/26
150
Resin net with mold resistance
54
55
60
59
61
61
64
30/28/25
31/29/26
35/32/29
33/30/27 35/32/29 36/34/31 39/36/33
32/29/26
33/30/27
37/34/29
35/32/28 37/34/30 37/34/31 40/37/33
R410A / 2078,5
Ø 6.35 (FLARE)
Ø 9.52 (FLARE)
Ø 12.7 (FLARE)
Ø 15.9 (FLARE)
VP20 (EXTERNAL DIA. 26. INTERNAL DIA. 20), drain height 625 mm
50Hz 220-240V
16
BRC4C65
BRC2E52C (heat recovery type) / BRC3E52C (heat pump type)
BRC1D52 / BRC1E52A/B
-
-
127
FXMQ-P7/FXMQ-MA9
Concealed ceiling unit with high
ESP
Ideal for large sized spaces
FXMQ-P: ESP up to 
› Automatic air flow adjustment function measures the air volume
›
›
›
›
and static pressure and adjusts it towards the nominal air flow,
whatever the length of duct, making installation easier and
guaranteeing comfort. Moreover, the ESP can be changed via
the wired remote control to optimize the supply air volume
High external static pressure up to Pa facilitates extensive
duct & grille network.
Discretely concealed in the ceiling: only the suction and
discharge grilles are visible
Reduced energy consumption thanks to specially developed DC
fan motor
Fresh air intake integrated in the same system thus reducing
installation cost as no additional ventilation is required
FXMQP
BRCEA/B
BRCC
FXMQ-MA: ESP up to 
Fresh air intake opening in casing
› High external static pressure up to Pa facilitates extensive
Fresh air intake position
duct & grille network
////////////////////////////////////
› Discretely concealed in the ceiling: only the suction and
discharge grilles are visible
› Large capacity unit: up to . kW heating capacity
* Brings in up to % of fresh air into the room
› Flexible installation
- air suction direction can be altered from rear to bottom suction
- choice between free use or connection to optional suction grilles
//////////////////////////////////////////
For free use into a false
ceiling
//////////////////////////////////////////
For connecting onto a
suction canvas
(not supplied by Daikin)
//////////////////////////////////////////
For direct connection
to Daikin panel (via
EKBYBSD kit)
› Standard built-in drain pump increases flexibility and installation
speed
///////////////////////////////////////////////////////////////////////////////////////
128
Time
saving
Rated air flow line
Automatic Airflow Adjustment function
200
› Automatically selects the most appropriate fan
External static pressure (Pa)
curve to achieve the units’ nominal air flow within
±%
› Why? After installation the real ducting will
frequently differ from the initially calculated air
flow resistance; the real air flow may be much
lower or higher than nominal , leading to a lack of
capacity or uncomfortable air temperature
› The automatic Airflow Adjustment function
will adapt the unit’s fan speed to any ducting
automatically ( or more fan curves are available
on every model), making installation much faster
Air flow (m³/min)
Indoor Units
50
+/- 10%
Fan characteristic curve
Actual duct resistance curve
Duct resistance curve at the time of designing
Rated air flow
Airflow without air flow automatic adjustment
Actual airflow
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
FXMQ-P7/FXMQ-MA9
kW
kW
kW
kW
mm
mm
mm
mm
kg
Required ceiling void >
Weight
Unit
Casing
Colour
Material
Decoration panel
Model
Colour
Dimensions
HeightxWidthxDepth
Weight
Fan-Air flow rate Cooling
High/Nom./Low
50Hz
Heating
High/Nom./Low
Fan-External static pressure - 50Hz
High/Nom.
Air filter
Type
Sound power level
Cooling
High/Nom.
Sound pressure level Cooling
High/Nom./Low
Heating
High/Nom./Low
Refrigerant
Type / GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
mm
kg
m³/min
m³/min
Pa
50P7
5.6
6.3
0.110
0.098
80P7
9.0
10.0
0.171
0.159
300
1,000
35
18/16.5/15
18/16.5/15
61/41/39/37
41/39/37
mm
mm
6.35
12.7
100P7
11.2
12.5
0.176
0.164
125P7
14.0
16.0
0.241
0.229
1,400
700
350
dBA
dBA
dBA
Hz/V
A
63P7
7.1
8.0
0.120
0.108
200MA9
22.4
25.0
1.294
1.294
250MA9
28.0
31.5
1.465
1.465
470
1,380
1,100
137
-
46
Unpainted
Galvanised steel plate
BYBS71DJW1
BYBS125DJW1
White (10Y9/0.5)
55x1,100x500
55x1,500x500
-x-x4.5
6.5
19.5/17.8/16
25/22.5/20
32/27.5/23
39/33.5/28
58/-/50
72/-/62
19.5/17.8/16
25/22.5/20
32/27.5/23
39/33.5/28
-/-/200/100
221/132
270/191
Resin net with mold resistance
64/67/65/70/-/42/40/38
43/41/39
44/42/40
48/-/45
42/40/38
43/41/39
44/42/40
-/-/R-410A / 2.087,5
9.52
15.9
19.1
22.2
VP25 (I.D. 25/O.D. 32)
PS1B
1~/50/60/220-240/220
16
15
BRC4C65
BRC2E52C (heat recovery type) / BRC3E52C (heat pump type)
BRC1D52 / BRC1E52A/B
129
Detailed technical drawings
FXMQ50P7
FX Q
P
V I EW
D ET AI L B
A- A
Ø 125 (K nock out hole)
fresh air intak e position
35 0 or more
(Service space)
Suspension bolt
5 0 0 or more
6 x M5 (O n circumference)
D ET AI L B
(Service space)
I tem
1
2
3
4
5
6
7
8
9
10
N ame
Liq uid pipe connection
G as pipe connection
D rain pipe connection
Remote control wiring connection
Power supply connection
D rain hole
Air filter
Air suction side
Air discharge side
N ameplate
D escription
Ø 6 .35 Flare connection
Ø 12.7 0 Flare connection
V P25 (0 D Ø 32, I D Ø 25 )
V P20 (0 D Ø 32, I D Ø 25 )
-
6 31 (Suspension position)
10 38 (Suspension position)
3
3 6
NOTES
1
Refer to ‘ outlook drawing for installing optional accessories’ when installing optional accessories.
2
T he req uired ceiling depth varies according to the configuration of the specific system.
3
For maintenance of the air filter, it is necessary to provide a service access panel.
Refer to the ‘ filter installation method’ drawing.
FXMQ6380P7
X
( noc out hole)
Fresh air inta e position
3 0 or more
(Ser ice space)
Suspension bolt
etail
00 or more
(Ser ice space)
(On circumference)
tem
1
2
3
31 (Suspension position)
390 or more
(Ser ice space)
103 (Suspension position)
7
9
10
(Ceiling opening)
ame
Li uid pipe connection
as pipe connection
rain pipe connection
Remote control wiring connection
Power supply connection
rain hole
Air filter
Air suction side
Air discharge side
ameplate
escription
9. 2 Flare connection
1 .90 Flare connection
P2 (O
32
2 )
P2 (O
32
2 )
-
etail
(Ceiling opening)
NOTES
iew A-A
1. Refer to the outloo drawing of optional accessories when installing them.
2. The re uired ceiling depth aries according to the configuration of the specific
system.
3. For maintenance of the air filter it is necessary to pro ide a ser ice access
panel.
. Optional decoration panel:
S71
1 (light i ory white 10 9 0. )
ith decoration panel
3
130
3
3
Detailed technical drawings
FXMQ100125P7
X
( noc out hole)
Fresh air inta e position
3 0 or more
(Ser ice space)
Suspension bolt
etail
00 or more
(Ser ice space)
(On circumference)
etail
iew A-A
tem
1
2
3
(Ceiling opening)
(Ceiling opening)
7
9
10
ame
Li uid pipe connection
as pipe connection
rain pipe connection
Remote control wiring connection
Power supply connection
rain hole
Air filter
Air suction side
Air discharge side
ameplate
escription
9. 2 Flare connection
1 .90 Flare connection
P2 (O
32
2 )
P2 (O
32
2 )
-
Indoor Units
31 (Suspension position)
390 or more
(Ser ice space)
1 3 (Suspension position)
NOTES
1.
2.
3.
.
Refer to the outloo drawing of optional accessories when installing them.
The re uired ceiling depth aries according to the configuration of the specific system.
For maintenance of the air filter it is necessary to pro ide a ser ice access panel.
Optional decoration panel:
s12
1 (light i ory white 10 9 0. )
ith decoration panel
3
3
FXMQ200250MA9
FXMQ-MA9
Piping si e (field supply)
34 - Ø 4. 7 ho le
( A ll aro und )
I nd o o r unit
Gas sid e
L iq uid sid e
F X MQ 200MA 9
Ø 19 . 1 attac hed p ip ing
Ø 9 .5
F X MQ 250MA 9
Ø 22. 2 attac hed p ip ing
Ø 9 .5
N o .
34 - Ø 4. 7 ho le
( A ll aro und )
F lare c o nnec tio n
2
Gas p ip e c o nnec tio n
A ttend ant p ip ing c o nnec tio n
3
Gro und term inal
M5 ( I nsid e sw itc h b o x)
4
S w itc h b o x
5
Power supply wiring connection
6
T ransm issio n w iring c o nnec tio n
7
Ho o k
A p p ro x
6 50 o r m o re
( S erv ic e sp ac e)
A View
I nsp ec tio n ho le 6 00 o r m o re
8
1100 o r m o re
( S erv ic e sp ac e)
D isc harge sid e
D esc rip tio n
L iq uid p ip e c o nnec tio n
32 - Ø 7 ho le
( A ll aro und )
N am e
1
S uc tio n sid e ( N o te 2)
A View
M10
ischarge companion flange
9
Suction flange
10
A ttac hed p ip ing
11
N am e p late
12
D rain p ip ing c o nnec tio n
13
Brazing
P S 1B I nternal thread
Maj o r d ia. Ø 33. 349
Mino r d ia. Ø 30. 39 1
ater supply port
16 - Ø 8 ho le
( A ll aro und )
NOTES
1. L o c atio n o f unit’ s N am e P lates: S w itc h b o x surf ac e.
2. Mount the air filter at the suction side. Select its colorimethod (gra ity method) 0% or more.
3D038851A
131
Detailed technical drawings
FXMQ50P7
P
Fan characteristics (1)
Upper limit of ESP
(max ESP)
Fan characteristics (3)
(airflow auto adjustment)
H (max ESP)
Lower limit of ESP
(max ESP)
M (max ESP)
L (max ESP)
Upper limit of ESP
(std ESP)
M (std ESP)
H (std ESP)
L (std ESP)
Lower limit of ESP
(std ESP)
External static pressure [Pa]
External static pressure [Pa]
FX Q
Upper limit of ESP
Upper limit of ESP by
airflow auto adjustment
H
M
Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Airflow [m3/min]
Airflow [m3/min]
Fan characteristics (2)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m3/min]
1.
2.
3
3 6
3
3
NOTES
Fan characteristics as shown are in “fan only” mode.
ESP: External static pressure
FXMQ63P7
Fan characteristics (1)
Fan characteristics (3)
(airflow auto adjustment)
H (max ESP)
Upper limit of ESP
(max ESP)
M (max ESP)
Lower limit of ESP
(max ESP)
L (max ESP)
H (std ESP)
Upper limit of ESP
(std ESP)
M (std ESP)
Lower limit of ESP
(std ESP)
L (std ESP)
Airflow [m3/min]
External static pressure [Pa]
External static pressure [Pa]
FX Q63P
Upper limit of ESP by
airflow auto adjustment
Upper limit of ESP
H
M
Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Airflow [m3/min]
Fan characteristics (2)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m3/min]
1.
2.
132
NOTES
Fan characteristics as shown are in “fan only” mode.
ESP: External static pressure
0
Detailed technical drawings
FXMQ80P7
P
Fan characteristics (1)
Fan characteristics (3)
(airflow auto adjustment)
H (max ESP)
Upper limit of ESP
(max ESP)
M (max ESP)
Lower limit of ESP
(max ESP)
L (max ESP)
H (std ESP)
Upper limit of ESP
(std ESP)
M (std ESP)
Lower limit of ESP
(std ESP)
L (std ESP)
External static pressure [Pa]
External static pressure [Pa]
FX Q
Upper limit of ESP by
airflow auto adjustment
Upper limit of ESP
H
M
Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Airflow [m3/min]
Airflow [m3/min]
Fan characteristics (2)
(Field setting with remote control)
Indoor Units
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m3/min]
1.
2.
3
3
3
3
NOTES
Fan characteristics as shown are in “fan only” mode.
ESP: External static pressure
FXMQ100P7
P
Fan characteristics (1)
Fan characteristics (3)
(airflow auto adjustment)
H (max ESP)
Upper limit of ESP
(max ESP)
M (max ESP)
Lower limit of ESP
(max ESP)
L (max ESP)
Upper limit of ESP
(std ESP)
H (std ESP)
M (std ESP)
Lower limit of ESP
(std ESP)
L (std ESP)
Airflow [m3/min]
External static pressure [Pa]
External static pressure [Pa]
FX Q
Upper limit of ESP by
airflow auto adjustment
H
Upper limit of ESP
M
Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Airflow [m3/min]
Fan characteristics (2)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m3/min]
1.
2.
NOTES
Fan characteristics as shown are in “fan only” mode.
ESP: External static pressure.
133
Detailed technical drawings
FXMQ125P7
P
Fan characteristics (1)
Fan characteristics (3)
(airflow auto adjustment)
External static pressure [Pa]
External static pressure [Pa]
FX Q
H (max ESP)
Upper limit of ESP
(max ESP)
M (max ESP)
L (max ESP)
H (std ESP)
Lower limit of ESP
(max ESP)
Upper limit of ESP
(std ESP)
L (std ESP)
M (std ESP)
Lower limit of ESP
(std ESP)
Upper limit of ESP by
airflow auto adjustment
Upper limit of ESP
H
M
L
Lower limit of ESP by
airflow auto adjustment
L
Lower limit of ESP
Airflow [m3/min]
Airflow [m3/min]
Fan characteristics (2)
(Field setting with remote control)
External static pressure [Pa]
Range of available air flow rate (H)
Airflow [m3/min]
1.
2.
3
NOTES
Fan characteristics as shown are in “fan only” mode.
ESP: External static pressure
FXMQ200MA
M
00M
0
0V
(mm 2O) (PA)
(mm 2O)
P
S
fE
it o
lr im P)
e S
pp h E
ig
(
igh
( igh ESP)
External static pressure
Low
( igh ESP)
P
ES
t of
imi ESP)
l
r
ppe dard
an
(St
SP
of E
limit ) igh
r
e
Low h ESP (Standard
( ig
ESP)
Low
(Standard ESP)
ESP
limit of
Lower rd ESP)
a
d
(Stan
Air flow (m min)
3D03
2
NOTES
1. The remote control can be used to switch between high and low .
2. The air flow is set to standard before lea ing the factory. t is possible to switch between
standard ESP and high ESP by changing the switch in the indoor unit electrical box.
134
3
3
Detailed technical drawings
FXMQ250MA
0M
0
0V
3D03
Indoor Units
M
3
NOTES
135
FXTQ-A
Concealed ceiling unit
For the highest energy efficiency
 Automatic air flow adjustment function measures the air volume
and static pressure and adjusts it towards the nominal air flow,
whatever the length of duct, making installation easier and
guaranteeing comfort. Moreover, the ESP can be changed via the
wired remote control to optimize the supply air volume (for 
and  class)
 Narrow ceilings voids are no longer a challenge,  &  class units
can swiftly be integrated as they only are mm in height.
 High external static pressure up to Pa facilitates using flexible
ducts of varying lengths
 Discretely concealed in the ceiling: only the suction and discharge
grilles are visible
FXTQA
BRCEA/B BRCC
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Fan-Air flow rate - 50Hz
Fan-External static pressure - 50Hz
Sound power level
Sound pressure level
Refrigerant
Piping connections
Power supply
Current - 50Hz
Control systems
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
Unit
Material
Cooling
High/Low
High/Nom.
Cooling
Nom.
Cooling
High/Low
Type
Liquid
OD
Gas
OD
Drain
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
Only connectable to REYQ8-16T, RYYQ8-16T, RXYQ8-16T(9)
136
FXTQ
kW
kW
kW
kW
mm
mm
mm
kg
50A
5.6
6.3
0.214
0.211
63A
7.1
8.0
0.243
0.240
80A
8.7
10.0
1.294
1.294
245
1,400
100A
11.2
12.5
1.465
1.465
470
1,380
1,100
137
1,550
800
47
51
36/26
150/50
39/28
140/50
39/33
42/34
Galvanised steel plate
m³/min
Pa
dBA
dBA
mm
mm
Hz/V
A
58/50
221/132
72/62
270/191
48/45
R-410A
9.52
15.9
VP20
19.1
22.2
PS1B
1~/50/60/220-240/220
16
15
BRC4C65
BRC2E52C (heat recovery) / BRC3E52C (heat pump)
BRC1D52 / BRC1E52A/B
FXAQ-P
Wall mounted unit
For rooms with no false ceilings nor free floor space
› Flat front panel blends easily within any interior décor and is
more easy to clean
› Can easily be installed in both new and refurbishment projects
›  class unit especially developed for small or well-insulated
rooms, such as hotel bedrooms, small offices, etc.
› Reduced energy consumption thanks to specially developed DC
FXAQ-P
fan motor
› The air is comfortably spread up and downwards thanks to 
different discharge angles that can be programmed via the
remote control
› Maintenance operations can be performed from the front of the
unit
BRCE
Indoor Units
BRCEA/B
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Fan-Air flow rate - 50Hz
Air filter
Sound power level
Sound pressure level
Refrigerant
Piping connections
Power supply
Current - 50Hz
Control systems
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
Unit
Colour
Cooling
High/Low
Type
Cooling
Nom.
Cooling
High/Low
Type / GWP
Liquid
OD
Gas
OD
Drain
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
FXAQ
kW
kW
kW
kW
mm
mm
mm
kg
m³/min
dBA
dBA
mm
mm
Hz/V
A
15P
1.7
1.9
0.017
0.025
20P
2.2
2.5
0.019
0.029
25P
2.8
3.2
0.028
0.034
32P
3.6
4.0
0.030
0.035
290
40P
4.5
5.0
0.020
0.020
795
50P
5.6
6.3
0.033
0.039
63P
7.1
8.0
0.050
0.060
1,050
238
11
7.0/4.5
7.5/4.5
34.0/29.0
35.0/29.0
14
White (3.0Y8.5/0.5)
8/5
8.5/5.5
12/9
Washable resin net
36.0/29.0
37.5/29.0
39.0/34.0
R-410A / 2.087,5
6.35
12.7
VP13 (I.D. 13/O.D. 18)
1~/50/220-240
16
BRC7EB518
BRC1E52A/B / BRC1D52
15/12
19/14
42.0/36.0
47.0/39.0
9.52
15.9
137
Detailed technical drawings
FXAQ1532P
FXAQ15 3 P
30 or more
(Re uired space)
Approx 400
imensions for
full open front panel
50 or more
(Re uired space)
90 or more
Piping direction
ame plate ote 2
Piping direction
Piping direction
(Re uired space)
50 or more
(Re uired space)
Outside line
120 or less
2500 or more
For installation
in high spaces
Approx 475
Approx 4 0
(Filter part)
Approx 290
(Flexible tube part)
Filter part
0 hole
Approx 415
Mounting location
r
1
2
3
4
5
7
9
ame
escription
Front panel
Front grill
Air outlet
as pipe
Li uid pipe
rain hose
rounding terminal
Right side pipe connection hole
Left side pipe connection hole
12.7mm Flare connection
.4mm Flare connection
VP13 (External dia. 1 )
M4
0 hole
Piping and
iring inta e
3D06506 A
NOTES
1
Location of unit s of ame Plate: Right side surface of casing.
2
n case of using infrared remote control, this position will be a signal recei er. Refer to the drawing of
infrared remote control in detail.
FXAQ4050P
FXAQ
P
30 or more
(Re uired space)
Approx 400
(Re uired space)
90 or more
Piping direction
imensions for
full open front panel
ame plate ote 2
50 or more
Piping direction
Piping direction
(Re uired space)
Outside line
2500 or more
50 or more
For installation
(Re uired space) in high spaces
120 or less
Approx 475
Approx 4 0
(Filter part)
Filter part
0 hole
Approx 290
(Flexible tube part)
Approx 415
0 hole
Piping and
iring inta e
Mounting location
r
1
2
3
4
5
7
9
138
ame
Front panel
Front grill
Air outlet
as pipe
Li uid pipe
rain hose
rounding terminal
Right side pipe connection hole
Left side pipe connection hole
escription
12.7mm Flare connection
.4mm Flare connection
VP13 (External dia. 1 )
M4
3D065065A
NOTES
1
Location of unit s of ame Plate: Right side surface of casing.
2
n case of using infrared remote control, this position will be a signal recei er. Refer to the drawing of
infrared remote control in detail.
Detailed technical drawings
FXAQ63P
FXAQ63P
90 or more
(Re uired space)
Piping direction
30 or more
(Re uired space)
Approx 400
imensions for
full open
front panel
Piping direction
ame plate ote 2
Piping direction
50 or more
50 or more
(Re uired space)
(Re uired space)
Outside line
2500 or more
For installation
in high spaces
120 or less
Approx 475
Approx 4 0
Filter part
Filter part
0 hole
Approx 415
Mounting location
7
9
ame
Front panel
Front grill
Air outlet
as pipe
Li uid pipe
rain hose
rounding terminal
Right side pipe connection hole
Left side pipe connection hole
escription
15.9mm Flare connection
9.5mm Flare connection
VP13 (External dia. 1 )
M4
3D065066A
NOTES
1
Location of unit s of ame Plate: Right side surface of casing.
2
n case of using infrared remote control, this position will be a signal recei er. Refer to the drawing of
infrared remote control in detail.
Indoor Units
r
1
2
3
4
5
0 hole
Piping and
iring inta e
139
FXHQ-A
Ceiling suspended unit
For wide rooms with no false ceilings nor free floor space
› Ideal for comfortable air flow in wide rooms thanks to Coanda
effect: up to ° discharge angle
FXHQA
› Even rooms with ceilings up to .m can be heated up or cooled
down very easily without capacity loss
BRCEA-B
BRCG
› Can easily be installed in both new and refurbishment projects
› Can easily be mounted in corners and narrow spaces, as it only
needs mm lateral service space
30 or more
(Service space)
Air outlet
Air inlet
30 or more
(Service space)
////////////////////////////
Obstruction
////////////////////////////////////
//////////////////////
//////////////////////
////////////////////////////////////////////
≥
› Fresh air intake integrated in the same systems thus reducing
installation cost as no additional ventilation is required
Fresh air intake opening in casing
* Brings in up to % of fresh air into the room
› Reduced energy consumption thanks to specially developed DC
fan motor and drain pump
› Stylish unit blends easily with any interior. The flaps close
entirely when the unit is not operating
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
FXHQ
kW
kW
kW
kW
mm
mm
mm
kg
Unit
Colour
Material
Fan-Air flow rate Cooling
High/Nom./Low
m³/min
50Hz
Heating
High/Nom./Low
m³/min
Air filter
Type
Sound power level
Cooling
Nom.
dBA
Sound pressure level Cooling
High/Nom./Low
dBA
Heating
High/Nom./Low
dBA
Refrigerant
Type / GWP
Piping connections
Liquid
OD
mm
Gas
OD
mm
Drain
Power supply
Phase/Frequency/Voltage
Hz/V
Current - 50Hz
Maximum fuse amps (MFA)
A
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
140
32A
3.6
4.0
0.107
0.107
960
24
14.0/12.0/10.0
14.0/12.0/10.0
36.0/34.0/31.0
36.0/34.0/31.0
63A
7.1
8.0
0.111
0.111
235
1,270
690
33
Fresh White
Resin
20.0/17.0/14.0
20.0/17.0/14.0
Resin net with mold resistance
37.0/35.0/34.0
37.0/35.0/34.0
R-410A / 2.087,5
6.35
12.7
100A
11.2
12.5
0.237
0.237
1,590
39
29.5/24.0/19.0
29.5/24.0/19.0
44.0/37.0/34.0
44.0/37.0/34.0
9.52
15.9
VP20 (I.D. 20/O.D. 26)
1~/50/220-240
16
BRC7G53
BRC1E52A/B / BRC1D52
Detailed technical drawings
Indoor Units
FXHQ32A
FXHQ63A
141
FXUQ-A
4-way blow ceiling suspended
unit
Unique Daikin unit for high rooms with no false ceilings
nor free floor space
› Even rooms with ceilings up to .m can be heated up or cooled
down very easily without capacity loss
› Can easily be installed in both new and refurbishment projects
› Refurbishing the room ? With individual flap control, one or
FXUQ-A
more flaps can be easily closed via the wired remote control
BRCEA/B
BRCCB
› Reduced energy consumption thanks to specially developed
small tube heat exchanger, DC fan motor and drain pump
› Stylish unit blends easily with any interior. The flaps close
entirely when the unit is not operating
› Optimum comfort guaranteed with automatic air flow
adjustment to the required load
›  different discharge angles between  and °can be
programmed via the remote control
› Standard drain pump with mm lift increases flexibility and
installation speed
VP20
≤500
//////////////////////////////////////////////
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
Unit
Colour
Material
Fan-Air flow rate Cooling
High/Nom./Low
50Hz
Heating
High/Nom./Low
Air filter
Type
Sound power level
Cooling
Nom.
Sound pressure level Cooling
High/Nom./Low
Heating
High/Nom./Low
Refrigerant
Type / GWP
Piping connections
Liquid
OD
Gas
OD
Drain
Power supply
Phase/Frequency/Voltage
Current - 50Hz
Maximum fuse amps (MFA)
Control systems
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
142
FXUQ
kW
kW
kW
kW
mm
mm
mm
kg
71A
8.0
9.0
0.090
0.073
100A
11.2
12.5
0.200
0.179
198
950
950
26
27
Fresh White
Resin
m³/min
m³/min
dBA
dBA
dBA
mm
mm
Hz/V
A
22.5/19.5/16.0
22.5/19.5/16.0
31.0/26.0/21.0
31.0/26.0/21.0
Resin net with mold resistance
-
40.0/38.0/36.0
40.0/38.0/36.0
47.0/44.0/40.0
47.0/44.0/40.0
R-410A / 2.087,5
9.52
15.9
I.D. 20/O.D. 26
1~/50/60/220-240/220-230
16
BRC7C58
BRC1E52A/B / BRC1D52
Detailed technical drawings
Indoor Units
FXUQA
143
FXNQ-A
Concealed floor standing unit
Designed to be concealed in walls
› High ESP allows flexible installation
› Its low height enables the unit to fit perfectly beneath a window
› Blends unobtrusively with any interior décor: only the suction
and discharge grilles are visible
FXNQ-A
BRCEA-B
BRCC
› Requires very little installation space as the depth is only mm
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Fan-Air flow rate - 50Hz
Fan-External static pressure - 50Hz
Air filter
Sound power level
Sound pressure level
Refrigerant
Piping connections
Power supply
Current - 50Hz
Control systems
(1) Without stands
144
Nom.
Nom.
Cooling
Heating
Unit
Unit
Color
Material
Cooling
High/Nom.
Nom.
Nom.
Height
Width
Depth
High/Nom./Low
Cooling
Nom.
Cooling
High/Nom./Low
Type / GWP
Liquid
OD
Gas
OD
Drain
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
FXNQ
kW
kW
kW
kW
mm
mm
mm
kg
m³/min
Pa
dBA
dBA
mm
mm
Hz/V
A
20A
2.2
2.5
25A
2.8
3.2
0.071
0.068
32A
3.6
4.0
40A
4.5
5.0
0.078
0.075
50A
5.6
6.3
0.099
0.096
63A
7.1
8.0
0.110
0.107
720 / 620 (1)
750
950
1,150
200
22
26
Unpainted
Galvanised steel plate
8.0/7.2/6.4
10.5/9.5/8.5
12.5/11/10.0
41/10
42/10
52/15
59/15
Resin net with mold resistance
51
52
53
30/28.5/27
32/30/28
33/31/29
R-410A / 2.087,5
6.35
12.7
VP20 (I.D. 20/O.D. 26)
1~/50/60/220-240/220
16
BRC4C65
BRC2E52C (heat recovery type) / BRC3E52C (heat pump type)
BRC1D52 / BRC1E52A/B
29
16.5/14.5/13.0
55/15
54
35/33/32
9.52
15.9
FXLQ-P
Floor standing unit
For perimeter zone air conditioning
› Unit can be installed as free standing model by use of optional
back plate
› Its low height enables the unit to fit perfectly beneath a window
› Stylish modern casing finished in pure white (RAL) and iron
grey (RAL) blends easily with any interior
› Requires very little installation space
>20mm
≥mm
////////////////////////////////
Floor standing
≥mm
///////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////
>20mm
//////////////////
FXLQ,P
BRCEA/B
BRCC
////////////////////////////////
Wall mounted
› Wall mounted installation facilitates cleaning beneath the unit
Indoor Units
where dust tends to accumulate
› Wired remote control can easily be integrated in the unit
Indoor unit
Cooling capacity
Heating capacity
Power input - 50Hz
Dimensions
Weight
Casing
Fan-Air flow rate - 50Hz
Air filter
Sound power level
Sound pressure level
Refrigerant
Piping connections
Power supply
Current - 50Hz
Control systems
Nom.
Nom.
Cooling
Heating
Unit
Nom.
Nom.
Height
Width
Depth
Unit
Colour
Cooling
High/Low
Type
Cooling
Nom.
Cooling
High/Low
Type / GWP
Liquid
OD
Gas
OD
Drain
Phase/Frequency/Voltage
Maximum fuse amps (MFA)
Infrared remote control
Simplified wired remote control for hotel applications
Wired remote control
FXLQ
kW
kW
kW
kW
mm
mm
mm
kg
m³/min
dBA
dBA
mm
mm
Hz/V
A
20P
2.2
2.5
25P
2.8
3.2
0.049
0.049
1,000
27
7/6
32P
3.6
4.0
40P
4.5
5.0
50P
5.6
6.3
0.090
0.090
600
1,140
232
32
Fresh white (RAL9010) / Dark grey (RAL7011)
8/6
11/8.5
14/11
Resin net
35/32
38/33
39/34
R-410A / 2.087,5
6.35
12.7
O.D. 21 (Vinyl chloride)
1~/50/60/220-240/220
15
BRC4C65
BRC2E52C (heat recovery type) / BRC3E52C (heat pump type)
BRC1D52 / BRC1E52A/B
63P
7.1
8.000
0.110
0.110
1,420
38
16/12
40/35
9.52
15.9
145
Detailed technical drawings
FXLQ2025P
FXLQ20-25P
20 or more
100 or more
17 0 or more
100 or more
ischarge
Suction
Front of face
1000 or more
ase
Re uired installation space
Piping hole (rear)
-12x30 Oblong hole
ole for fear mounting
Le el ad usting screw in standard accessory
xM
2-12x1 Oblong hole
ole for f xing to the f oor
iring hole (bottom)
tem
1
2
3
ame
Li uid pipe connection
as pipe connection
rain pipe connection
Switch box
Air f lter
escription
. Flare connection
12.7 Flare connection
O. . 21
Piping hole (bottom)
3TW32294-1
FXLQ3240P
);/43
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Detailed technical drawings
FXLQ5063P
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Stylish indoor units
overview
Depending on the application, Split and Sky Air
indoor units can be connected to our VRV IV
and VRV III-S outdoor units. Refer to the outdoor unit
portfolio for combination restrictions.
Ceiling
mounted
cassette
(incl. auto-cleaning function)
Round flow cassette
Concealed
ceiling
Wall
mounted
Ceiling
suspended
Floor
standing
Product name


FCQG-F





 
 
Fully flat
cassette
FFQ-C
 
Small concealed ceiling unit
FDBQ-B

Slim concealed ceiling unit
FDXS-F()
 
 
Concealed ceiling unit
with inverter-driven fan
FBQ-D

 
Daikin Emura
Wall mounted unit
FTXG-LW/LS
Wall mounted unit
CTXS-K
FTXS-K
Wall mounted unit
FTXS-G
Ceiling suspended unit
FHQ-C
Nexura floor standing unit
FVXG-K
 

Floor standing unit
FVXS-F
 

Flexi type unit
FLXS-B()
 
 

Decoration panel BYCQCG + BRCEA/B needed

To connect stylish indoor units a BPMKS unit is needed

For RXYSQ units a mix of RA indoor units and VRV indoor units is not allowed.
148

  


     
 

 
RXYSQ-PY
Model
RXYSQ-PV
Type
RXYQ-T()
Capacity class (kW)
RYYQ-T
Connectable outdoor unit
VRV heatpump combined with
stylish indoor units
Combine VRV indoor units
with stylish indoor units
on a VRV IV heat pump
FXSQ-A
VRV indoor unit
FXFQ-A
FVXG-K
Nexura
VRV IV heat pump
BPMKS967A2
FTXG-LW
Indoor Units
VRV indoor unit
RYYQ-T
RXYQ-T(9)
Daikin Emura
Connect only stylish indoor units
to VRV III-S outdoor units
FCQG-F
on a VRV III-S heat pump
BPMKS967A2
FTXG-LS - Daikin Emura
FBQ-D
BPMKS967A2
FVXG-K - Nexura
VRV III-S heat pump
RXYSQ-P8V
RXYSQ-P8Y
BPMKS967A
Branch provider
To connect Split and Sky Air indoor units
to VRV outdoor units
Branch provider
BPMKS967B2
Connectable indoor units
Max. indoor unit connectable capacity
Max. connectable combination
Dimensions
Height x Width x Depth
Weight
BPMKSB
mm
kg
BPMKS967B3
1~2
1~3
14.2
71+71
20.8
60+71+71
180x294x350
7
8
149
ARGUE CARDS
emura
Daikin Emura
Form. Function. Redesigned
Why choose Daikin Emura?
• Unique design. Designed in Europe for Europe.
• High seasonal efficiency, further improved
by energy saving techniques like weekly timer
and intelligent eye.
• Optimal comfort thanks to advanced
technologies e.g. 2-area intelligent eye,
whisper quiet operation and online controller.
150
Benefits
› A remarkable blend between iconic design and engineering
excellence
› Stylish design in matt crystal white and silver
› Whisper quiet with sound levels down to  dBA
› Horizontal and vertical autoswing
› -area intelligent eye saves energy by reducing
the set point if nobody is present and directs airflow away
from people, thus avoiding cold draught
› Weekly timer
› Online controller:
Always in control no matter where you are
FTXG-LW/S
Wall mounted unit
Design at its best, delivering superior efficiency and
comfort
› Seasonal efficiency values up to A+++
› Remarkable blend of iconic design and engineering excellence
with an elegant finish in silver and anthracite or in matt crystal
white
› Designed to perfectly balance technological leadership and the
beauty of aerodynamics
› Online controller (optional): control your indoor from any
location with an app, via your local network or internet
› Whisper quiet in operation: the operating of the unit can hardly
be heard. The sound pressure level goes down to dBA!
FTXG-LS
Indoor Units
ARCA
Indoor unit
Casing
Dimensions
Weight
Air filter
Fan - Air flow rate
Colour
Unit
HeightxWidthxDepth
Unit
Type
High/Nom./Low/Silent operation
Cooling
High/Nom./Low/Silent operation
Heating
Sound power level
Cooling
Heating
High/Nom./Low/Silent operation
Sound pressure level Cooling
High/Nom./Low/Silent operation
Heating
Power supply
Phase / Frequency / Voltage
Control systems
Infrared remote control
FTXG
mm
kg
m³/min
m³/min
dBA
dBA
dBA
dBA
Hz / V
20LW/S
25LW/S
35LW/S
White/Silver
303x998x212
12
Removable / washable / mildew proof
8.9/6.6/4.4/2.6
10.9/7.8/4.8/2.9
10.2/8.4/6.3/3.8
11.0/8.6/6.3/3.8
12.4/9.6/6.9/4.1
54
59
56
59
38/32/25/19
45/34/26/20
40/34/28/19
41/34/28/19
45/37/29/20
1~ / 50 / 220-240
ARC466A1
50LW/S
10.9/8.9/6.8/3.6
12.6/10.5/8.1/5.0
60
60
46/40/35/32
47/41/35/32
151
Detailed technical drawings
FTXG2035LW/S
FTXG50LW/S
152
153
Indoor Units
C/FTXS-K
Wall mounted unit
Discreet, modern design for optimal efficiency and
comfort thanks to  area intelligent eye
› Discreet, modern design. Its smooth curve blends beautifully
›
›
›
›
›
with the wall resulting in an unobtrusive presence that matches
all interior décors.
High quality matt crystal white finish
Whisper quiet in operation: the operating of the unit can hardly
be heard. The sound pressure level goes down to dBA!
Ideal for installation in bedrooms (, class) and larger or
irregular shaped living areas (,, class)
 area intelligent eye: air flow is sent to a zone other than where
the person is located at that moment; if no people are detected,
the unit will automatically switch over to the energy-efficient
setting (FTXS,,K)
Online controller (optional): control your indoor from any
location with an app, via your local network or internet
Indoor unit
Casing
Dimensions
Weight
Air filter
Fan - Air flow rate
Sound power level
Sound pressure level
Power supply
Control systems
154
CTXS15K
Colour
Unit
HeightxWidthxDepth
Unit
Type
High/Nom./Low/Silent operation
Cooling
Heating
High/Nom./Low/Silent operation
Cooling
Heating
High/Nom./Low/Silent operation
Cooling
Heating
High/Nom./Low/Silent operation
Phase / Frequency / Voltage
Infrared remote control
mm
kg
C/FTXS-K
ARCA
CTXS35K
FTXS 20K
FTXS 35K
White
289x900x215
FTXS 42K
FTXS 50K
FTXS 60G
FTXS 71G
298x900x215
290x1,050x250
11
12
Removable / washable / mildew proof
8.8/6.7/4.7/3.9 9.1/7.0/5.0/3.9 11.2/8.5/5.8/4.1 11.2/11.2/7.0/4.1 11.9/11.9/7.4/4.5 16.0/16.0/11.3/10.1 17.2/17.2/11.5/10.5
9.5/7.8/6.0/4.3 10.0/8.0/6.0/4.3 12.1/9.3/6.5/4.2 12.4/10.0/7.8/5.2 13.3/10.8/8.4/5.5 17.2/14.9/12.6/11.3 19.5/16.7/14.2/12.6
58
59
60
63
58
59
60
59
62
40/32/24/19 41/33/25/19 45/37/29/19 45/39/33/21 46/40/34/23 45/41/36/33 46/42/37/34
40/34/27/19 41/34/27/19 45/39/29/19 45/39/33/22 47/40/34/24 44/40/35/32 46/42/37/34
1~ / 50 / 220-240
ARC466A6
ARC452A3
289x780x215
8
m³/min 7.9/6.3/4.7/3.9 9.2/7.2/5.2/3.9
m³/min 9.0/7.5/6.0/4.3 10.1/8.1/6.3/4.3
dBA
55
59
dBA
56
dBA 37/31/25/21 42/35/28/21
dBA 38/33/28/21 41/36/30/21
Hz / V
FTXS 25K
Detailed technical drawings
Indoor Units
CTXS15K / FTXS2025K
FTXS3542K / CTXS35K
155
Detailed technical drawings
FTXS50K
FTXS60G
156
Detailed technical drawings
Indoor Units
FTXS71G
157
Logo grijs
ARGUE CARDS
The best of two worlds united
Pure comfort
and design
radiant
heat
Why choose Nexura?
•
Unique radiant heat panel that heats up just like a traditional radiator
• Whisper quiet operation down to 19 dBA
• Unobtrusive yet stylish design
• Reduced air flow, creating an even distribution of air through the room
Comfort is key
Nexura makes your world a comfortable one.
The coolness of a summer breeze or the cosiness of
an extra heat source brings a feeling of well-being to
your space all year round. Its unobtrusive yet stylish
design with a front panel that radiates additional
heat, its low noise level and reduced air flow turn
your room into a haven.
Benefits
› Vertical autoswing
› Weekly timer
Radiant heat panel
To add even more comfort on cold days,
the aluminium front panel of the Nexura unit has
tahe capability of warming up, just like a traditional
radiator. The result? A comfortable feeling of warm
air that envelopes you. And all you have to do to
activate this unique feature is push the “radiant”
button on your remote control.
Online controller
Always in control, no matter where you are.
158
Control your indoor from any location
with an app, via your local network or internet.
FVXG-K
Floor standing unit with radiant
heat panel
Stylish floor standing unit with radiant heat panel for
comfortable heat and very low noise
› The aluminium part of the front panel of the Nexura indoor unit
›
›
›
›
FVXG-K
ARCA
Indoor Units
›
has the capability of warming up, just like a traditional radiator,
to add even more comfort on cold days
Quiet and discrete, Nexura offers you the best in heating and
cooling, in comfort and design
The indoor unit distributes air at the sound of a whisper. The
noise produced amounts to barely dB(A) in cooling and
dB(A) in radiant heat mode. In comparison, the ambient sound
in a quiet room amounts to dB(A) on average.
Comfortable vertical auto swing ensures draughtfree operation
and prevents ceiling soiling
Online controller (optional): control your indoor from any
location with an app, via your local network or internet
Can be installed against a wall or recessed
Indoor unit
Casing
Dimensions
Weight
Air filter
Fan - Air flow rate
Colour
Unit
HeightxWidthxDepth
Unit
Type
High/Nom./Low/Silent operation
Cooling
High/Nom./Low/Silent operation
Heating
Sound power level
Cooling
Heating
High/Nom./Low/Silent operation
Sound pressure level Cooling
High/Nom./Low/Silent operation/Radiant heat
Heating
Power supply
Phase / Frequency / Voltage
Control systems
Infrared remote control
FVXG
25K
mm
kg
m³/min
m³/min
dBA
dBA
dBA
dBA
Hz / V
8.9/8.9/5.3/4.5
9.9/7.8/5.7/4.7
38/32/26/23
39/32/26/22/19
35K
Fresh white (6.5Y 9.5/0.5)
600x950x215
22
Removable / washable / mildew proof
9.1/9.1/5.3/4.5
10.2/8.0/5.8/5.0
52
53
39/33/27/24
40/33/27/23/19
1~ / 50 / 220-240
ARC466A2
50K
10.6/10.3/7.3/6.0
12.2/10.0/7.8/6.8
58
60
44/40/36/32
46/40/34/30/26
(1) EER/COP according to Eurovent 2012, for use outside EU only (2) Nominal efficiency: cooling at 35°/27° nominal load, heating at 7°/20° nominal load
159
Detailed technical drawings
FVXG2535K
FVXG50K
160
FVXS-F
Floor standing unit
Floor standing unit for optimal heating comfort thanks to
dual airflow
› Its low height enables the unit to fit perfectly beneath a window
› Can be installed against a wall or recessed
› Vertical auto swing moves the discharge flaps up and down for
efficient air and temperature distribution throughout the room
› Online controller (optional): control your indoor from any
FVXS-F
location with an app, via your local network or internet
Indoor Units
ARCA
Indoor unit
Casing
Dimensions
Weight
Air filter
Fan - Air flow rate
Colour
Unit
HeightxWidthxDepth
Unit
Type
High/Nom./Low/Silent operation
Cooling
High/Nom./Low/Silent operation
Heating
Sound power level
Cooling
Heating
High/Nom./Low/Silent operation
Sound pressure level Cooling
High/Nom./Low/Silent operation
Heating
Power supply
Phase / Frequency / Voltage
Control systems
Infrared remote control
FVXS
25F
mm
kg
m³/min
m³/min
dBA
dBA
dBA
dBA
Hz / V
8.2/8.2/4.8/4.1
8.8/6.9/5.0/4.4
38/32/26/23
38/32/26/23
35F
White
600x700x210
14
Removable / washable / mildew proof
8.5/8.5/4.9/4.5
9.4/7.3/5.2/4.7
52
52
39/33/27/24
39/33/27/24
1~ / 50 / 220-240
ARC452A1
50F
10.7/10.7/7.8/6.6
11.8/10.1/8.5/7.1
60
60
44/40/36/32
45/40/36/32
(1) EER/COP according to Eurovent 2012, for use outside EU only (2) Nominal efficiency: cooling at 35°/27° nominal load, heating at 7°/20° nominal load
161
Detailed technical drawings
FVXS2535F
FVXS25-35F
unit (mm)
666 (half concealed)
Operation lamp
Note) 1. The mark (Y) shows piping direction
Front panel fixed screws
(inside)
Timer lamp
Room temp. thermistor
Signal receiver
Terminal block with earth
terminal
Indoor unit ON/OFF switch
Model name label
Main unit fixing screw
Air outlet
selection
switch
(Inside)
95 (Half concealed)
Signal transmitter
Gas pipe (J9.5 CuT)
584 (half concealed)
Name plate
Liquid pipe (J6.4 CuT)
Drain
socket
Front panel fixed screws
Drain hose
Hole for splint
Hole for piping
Hole for piping
Infrared remote control
85
Air flow
Adjusting the air flow direction
Required space
Hole for piping
For performance
50 MIN
(for
maintenance)
(for
performance)
Up/down (automatic)
Cool, dry
Cooling
/ dry
Heat
(Heat pump model)
Right/left (manual)
Upper air outlet
(Wall hole)
(Wall hole)
50 MIN
Hole for splint
VP20
I.D. J20
O.D. J26
L 220
Main unit fixed screws
Upward air flow
limit (OFF)
Lower air outlet
Upward air flow
limit (ON)
Wall hole for half concealed
3D056135A
FVXS50F
FVXS50F
unit (mm)
666 (half concealed)
Operation lamp
Note) 1. The mark (Y) shows piping direction
Timer lamp
Room temp. thermistor
Signal receiver
Terminal block with earth
terminal
Indoor unit ON/OFF switch
Front panel fixed screws
(inside)
Model name label
Main unit fixing screw
Air outlet
selection
switch
(Inside)
95 (Half concealed)
Signal transmitter
Gas pipe (J12.7 CuT)
584 (half concealed)
Name plate
Liquid pipe (J6.4 CuT)
Drain
socket
Front panel fixed screws
Drain hose
Hole for splint
Hole for piping
Hole for piping
For performance
50 MIN
(for
performance)
Right/left (manual)
Upper air outlet
(Wall hole)
(Wall hole)
50 MIN
(for
maintenance)
Hole for splint
Hole for piping
Infrared remote control
Adjusting the air flow direction
Required space
Up/down (automatic)
Cooling / dry Cool, dry
Heat
(Heat pump model)
Upward air flow
limit (OFF)
Lower air outlet
Upward air flow
limit (ON)
Wall hole for half concealed
162
VP20
I.D. J20
O.D. J26
L 220
85
Air flow
Main unit fixed screws
3D056136A
FLXS-B(9)
Flexi type unit
Flexible unit, ideal for rooms without false ceiling, can fit
on either ceiling or wall
› Can fit on either ceiling or lower wall; its low height enables the
unit to fit beneath a window
› Vertical auto swing moves the discharge flaps up and down for
efficient air and temperature distribution throughout the room
› Home leave operation maintains the indoor temperature at your
FLXS-B
specified comfort level during absence, thus saving energy
› Online controller (optional): control your indoor unit from any
location via smartphone, laptop, pc, tablet or touch screen
Indoor Units
ARCB
Indoor unit
Casing
Dimensions
Weight
Air filter
Fan - Air flow rate
Colour
Unit
HeightxWidthxDepth
Unit
Type
High/Nom./Low/Silent operation
Cooling
High/Nom./Low/Silent operation
Heating
Sound power level
Cooling
Heating
High/Nom./Low/Silent operation
Sound pressure level Cooling
High/Nom./Low/Silent operation
Heating
Power supply
Phase / Frequency / Voltage
Control systems
Infrared remote control
FLXS
25B
mm
kg
m³/min
m³/min
dBA
dBA
dBA
dBA
Hz / V
35B9
Almond white
490x1,050x200
16
7.6/7.6/6.0/5.2
9.2/8.3/7.4/6.6
51
51
37/34/31/28
37/34/31/29
1~ / 50/60 / 220-240/220-230
50B
60B
Almond white
490x1,050x200
17
Removable / washable / mildew proof
8.6/7.6/6.6/5.6
11.4/11.4/8.5/7.5
12.0/10.7/9.3/8.3
12.8/10.4/8.0/7.2
12.1/9.8/7.5/6.8
12.8/10.6/8.4/7.5
53
60
59
59
38/35/32/29
47/43/39/36
48/45/41/39
46/36/33/30
46/41/35/33
47/42/37/34
1~ / 50 / 220-240
1~ / 50/60 / 220-240/220-230
ARC433B67
(1) EER/COP according to Eurovent 2012, for use outside EU only (2) Nominal efficiency: cooling at 35°/27° nominal load, heating at 7°/20° nominal load
163
Detailed technical drawings
FLXS2535B9
FLXS5060B
164
Detailed technical drawings
Indoor Units
FLXS2535B9
FLXS5060B
165
Hot water
Efficient hot water production for underfloor
heating, radiators and air handling units, or
for producing hot water for sinks, baths and
showers. Integrating heat recovery into the
VRV system means that the production of hot
water is virtually free.
166
Low temperature hydrobox
HXY-A
168
High temperature hydrobox
HXHD-A
170
Accessories for hot water
173
Hot Water
Hot water
167
HXY-A
Low temperature hydrobox for
VRV
For high efficiency space heating and cooling
› Air to water connection to VRV for applications such as
underfloor, air handling units, low temperature radiators, …
› Leaving water temperature range from °C to °C without
electric heater
› Super wide operating range for hot/cold water production from
- to +°C ambient outdoor temperature
› Saves time on system design as all water-side components
are fully integrated with direct control over leaving water
temperature
› Space saving contemporary wall hung design
› No gas connection or oil tank needed
› Connectable to VRV IV heat pump and heat recovery
Liquid pipe
Gas pipe
F1, F2 communication
Hot/cold water
HXY-A
VRV indoor units
Air handling unit
Low temp. radiator
VRV IV heat pump
VRV IV heat recovery
Under floor heating
Indoor unit
Cooling capacity
Heating capacity
Dimensions
Weight
Casing
Sound pressure level
Operation range
Refrigerant
Refrigerant circuit
Water circuit
Power supply
Current
168
Nom.
Nom.
Unit
Unit
Colour
Material
Nom.
Heating
HeightxWidthxDepth
Min.~Max.
Ambient
Water side Min.~Max.
Type / GWP
Gas side diameter
Liquid side diameter
Piping connections diameter
Phase/Frequency/Voltage
Recommended fuses
HXY
kW
kW
mm
kg
dBA
°C
°C
mm
mm
inch
Hz/V
A
080A
8.0
9.0
125A
12.5
14.0
890x480x344
44
White
Precoated sheet metal
-20~24
25~45
R-410A / 2.087,5
15.9
9.5
G 1“1/4 (female)
1~/50/220-240
6~16
Detailed technical drawings
HXYA
HXY-A
Re uired space for ser ice and entilation
oles ( 12) for fixation to the wall
ater out connection (1-1
ater in connection (1-1
F SP)
F SP)
Refrigerant li uid connection 9. 2 (flare)
Refrigerant suction connection 1 .9 (flare)
Pump
ser interface
Safety al e (pressure)
Air purge
Expansion essel
Pressure gauge
eat exchanger (refrigerant water)
Shut off al e with drain fill al e (1-1
F SP) (included accessory)
ater filter
Power supply Communication wire entrance
Switchbox terminals
3D079938
ESP ( Pa)
HXYA
:unit ESP
:unit ESP
: max. ESP if deltaT
: max. ESP if deltaT
ESP: External Static Pressure
Flow: aterflow through the unit
000rpm ( T
C)
3 00rpm ( T
C)
C (heating nominal)
C (cooling nominal)
Flow (l m)
NOTES
1
2
Selecting a flow outside the cur es can cause damage to or malfunctioning of the unit. See also minimum and maximum allowed flow in technical specifications.
ater uality must be according to E directi e EC 9 3 EC.
3D0 98 6
169
Hot Water
Ser ice door
HXHD-A
High temperature hydrobox for
VRV
For efficient hot water production and space heating
› Air to water connection to VRV for applications such as
›
›
›
›
›
›
›
›
›
›
bathrooms, sinks, underfloor heating, radiators and air handling
units
Leaving water temperature range from  to °C without
electric heater
Free heating provided by transferring heat from areas requiring
cooling to areas requiring heating or hot water
Uses heat pump technology to produce hot water efficiently,
providing up to % savings compared to a gas boiler
Possibility to connect thermal solar collectors to the domestic
hot water tank
Super wide operating range for hot water production from -
to +°C ambient outdoor temperature
Saves time on system design as all water-side components
are fully integrated with direct control over leaving water
temperature
Various control possibilities with weather dependant set point
or thermostat control
The indoor unit and domestic hot water tank can be stacked to
save space, or installed next to each other, if only limited height
is available
No gas connection or oil tank needed
Connectable to VRV IV heat recovery
HXHD-A
EKHTS-AC
EKHWP-B
VRV indoor units
Liquid pipe
Gas pipe
Discharge gas pipe
F1, F2 communication
Hot water
45°C - 75°C
Daikin
solar panel
Domestic hot water
25°C - 75°C
BS-Box
Air handling unit
Domestic hot
water tank
45°C - 75°C
BS-Box
Heating only
hydrobox for VRV
VRV heat recovery
(REYQ8-54T)
Under floor heating
25°C - 35°C
Indoor unit
Heating capacity
Dimensions
Weight
Casing
Nom.
Unit
Unit
Colour
Material
Sound pressure level Nom.
Night quiet mode
Operation range
Heating
Domestic hot
water
Refrigerant
Refrigerant circuit
Water circuit
Power supply
Current
HeightxWidthxDepth
Level 1
Ambient
Water side
Ambient
Water side
Type / GWP
Charge
Charge
Gas side diameter
Liquid side diameter
Piping connections diameter
Heating water system
Water volume
Phase/Frequency/Voltage
Recommended fuses
Min.~Max.
Min.~Max.
Min.~Max.
Min.~Max.
Min.~Max.
HXHD
kW
mm
kg
dBA
dBA
°C
°C
°CDB
°C
kg
TCO2Eq
mm
mm
inch
l
Hz/V
A
(1) Sound levels are measured at: EW 55°C; LW 65°C (2) Sound levels are measured at: EW 70°C; LW 80°C (3) Field setting
170
Low temp. radiator
125A
14.0
705x600x695
92
Metallic grey
Precoated sheet metal
42 (1) / 43 (2)
38
-20~20 / 24 (3)
25~80
-20~43
45~75
R-134a / 1,430
2
2.9
12.7
9.52
G 1“ (female)
20~200
1~/50/220-240
20
Detailed technical drawings
HXHDA
HXHD-A
1
Detail A
Scale 1/3
If required (e.g. Wall xation)
Pressure gauge can be removed from waterlter, maximum distance
between waterlter and pressure gauge ± 600 mm
Left Installation
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
Right installation
Remote control (delivered as accessory)
Installation location is outside the unit
Discharge pipe connection ø12.7 solder (R410a)
Liquid pipe connection ø9.5 solder (R410a)
R134a Service ports 5/16” are (2x)
Pressure gauge
Blow off valve
Drain valve water circuit
Air purge
Shut-off valves (2x)
Water lter
Water in connection G 1° (female)
Water out connection G 1° (female)
Control wiring intake (knock-out hole ø37)
Power supply wiring intake (knock-out hole ø37)
Knock-out holes for refrigerant piping and water piping
Levelling feet
Discharge stop valve ø12.7 solder (R410a)
Liquid stop valve ø9.5 solder (R410a)
3TW59914-1B(1)
HXHDA
HXHD-A
Left Installation
Upwiring
Right installation
Screw xation of top plate
(both sides)
Model
HXHD-A
A
355
B
270
C
300
Min. 600
(Space required for switch box removal)
3TW59914-1B(2)
171
Hot Water
Detail A
Detailed technical drawings
HXHDA
HXHD-A
unit ESP without DHW 3way valve
unit ESP including DHW 3way valve
ESP [kPa]
(heating)
(heating)
Note:
In case of stand alone tank, available ESP during DHW mode: to be con rmed
Flow [l/min]
1. The ESP curves are the maximum ESP curve for different ∆T types (pump rpm = 4400 ∆T = 5°C; pump rpm = 4000 for ∆T = 10°C).
The pump of the indoor module is inverter controlled and controls to have a xed ∆T between return and leaving water temperature.
2. In case of installing a demestic hot water tank there is an additional pressure drop over the three way valve (delivered as accessory with the tank).
ESP: external static pressure
Flow: water ow through the unit
Warning:
1. Selecting a ow outside the curve can cause damage to or malfunction of the unit. See also minimum and maximum allowed water owrange
in the technical speci cations.
2. Water quality must be according to EN directive EC 98/83 EC.
172
3TW60669-1
EKHTS-AC
Domestic hot water tank
Stackable stainless steel domestic hot water tank
› The indoor unit and domestic hot water tank can be stacked to
›
›
Accessory
Casing
Dimensions
Weight
Tank
Heat exchanger
EKHTS
Colour
Material
Unit
EKHTSAC
EKHTSAC
200AC
260AC
Metallic grey
Galvanised steel (precoated sheet metal)
Height
Integrated on
indoor unit
mm
Width
Depth
Empty
Unit
Water volume
Material
Maximum water temperature
Insulation
Heat loss
Quantity
Tube material
Face area
Internal coil volume
mm
mm
kg
l
°C
kWh/24h
2,010
2,285
600
695
70
200
78
260
Stainless steel (EN 1.4521)
75
1.2
1.5
1
Duplex steel (EN 1.4162)
1.56
7.5
m²
l
Hot Water
›
›
save space, or installed next to each other, if only limited height
is available
Available in  and  liters
Heat loss is reduced to a minimum thanks to the high quality
insulation
At necessary intervals, the indoor unit can heat up the water to
°C to prevent the risk of bacteria growth
Efficient temperature heat-up: from °C to °C in only 
minutes
EKHWP-B
Domestic hot water tank
Plastic domestic hot water tank with solar support
› Available in  and  liters
› Large hot water storage tank to provide domestic hot water at
any time
› Heat loss is reduced to a minimum thanks to the high quality
insulation
› Space heating support possible (l tank only)
Accessory
Dimensions
Weight
Tank
Heat exchanger
Unit
Width
Depth
Empty
Unit
Water volume
Maximum water temperature
Insulation
Heat loss
Domestic hot
Tube material
water
Face area
Internal coil volume
Operating pressure
Average specifc thermal output
Charging
Tube material
Face area
Internal coil volume
Operating pressure
Average specifc thermal output
Auxiliary solar
Tube material
heating
Face area
Internal coil volume
Operating pressure
Average specifc thermal output
EKHWPB
EKHWP
mm
mm
kg
l
°C
kWh/24h
300B
595
615
59
300
500B
790
790
93
500
85
1.3
1.4
Stainless steel
m²
l
bar
W/K
5.8
27.9
6
29
6
2,790
2,900
Stainless steel
m²
l
bar
W/K
2.7
13.2
3.8
18.5
3
1,300
1,800
Stainless steel
m²
l
bar
W/K
-
0.5
2.3
3
-
280
173
EKSRPS
Pump station
› Save energy and reduce CO emissions with a solar system for
domestic hot water production
› Pump station connectable to unpressurised solar system
› Pump station and control provide the transfer of solar heat to
the domestic hot water tank
EKSRPS
Accessory
Mounting
Dimensions
Control
Power supply
Sensor
EKSRPS
Unit
HeightxWidthxDepth
Type
Power consumption
Voltage
Solar panel temperature sensor
Storage tank sensor
Return flow sensor
Feed temperature and flow sensor
3
On side of tank
815x230x142
Digital temperature difference controller with plain text display
2
230
Pt1000
PTC
PTC
Voltage signal (3.5V DC)
mm
W
V
EKS(H/V)-P
Solar collector
Thermal solar collector for hot water production
› Solar collectors can produce up to % of the energy needed for
hot water production - a major cost saving
› Vertical or horizontal solar collector for domestic hot water
production
› High efficiency collectors transfer all the short-wave solar
radiation into heat as a result of their highly selective coating
EKSH-P
› Easy to install on roof tiles
EKSV-P
Accessory
Dimensions
Weight
Volume
Surface
Coating
Absorber
Glazing
Allowed roof angle
Operating pressure
Stand still temperature
174
Unit
Unit
HeightxWidthxDepth
Outer
Aperture
Absorber
mm
kg
l
m²
m²
m²
Min.~Max.
Max.
Max.
°
bar
°C
EKSV21P
2,000x1,006x85
35
1.3
2.01
1.79
1.8
EKSV26P
2,000x1,300x85
EKSH26P
1,300x2,000x85
42
1.7
2.1
2.6
2.35
2.36
Micro-therm (absorption max. 96%, Emission ca. 5% +/-2%)
Harp-shaped copper pipe register with laser-welded highly selective coated aluminium plate
Single pane safety glass, transmission +/- 92%
15~80
6
200
175
Hot Water
Biddle air curtains
Biddle air curtains provide highly efficient
solutions for retailers and consultants to
combat the issue of climate separation across
their outlet or office doorway.
176
Biddle air curtains
Biddle air curtains
connected to Daikin Heat Pumps
‘Open Door’ Trading
High efficiency and low
CO2 emission
Although the customer friendly aspects of open
door trading are widely appreciated by retail and
commercial outlet managers, open doors can also
give rise to massive losses in conditioned warm
or cold air and hence, energy. Biddle air curtains
however, not only preserve indoor temperatures and
generate significant economies, they also represent
an invitation for customers, to enter a pleasant
trading and working environment.
An efficient outdoor/indoor climate separation limits
heat loss through the door opening and enhances
the efficiency of the air conditioning system.
Combining Biddle air curtains with Daikin heat
pumps can lead to savings up to 72% compared to
electric air curtains and a paypack period of less than
1.5 years!
Which air curtain offers
me the best solution?
2.5 meters. Below you can find an overview of the
different versions and available door heights.
Biddle air curtain for connection to VRV
(CYV) or to ERQ (CYQ)
Biddle Air Curtains
Biddle air curtains come in 2 versions, one to connect
to VRV end one for connection to ERQ. Both of them
ar available in varying door widths from 1 up to
Biddle comfort air curtain range
4
Door height (m)
3.8m
3.5m
3.3m
Free-Hanging (F)
3.0m
2.8m
3
3.0m
2.5m
2.5m
2.4m
2.2m
2.2m
2
Cassette (C)
1
S
Recessed (C)
M
L
XL
S
M
L
XL
M
L
XL
Favourable
Normal
Unfavourable
ex: covered shopping
mall or revolving door
entrance
ex: little direct wind, no
opposite open doors, building
with ground floor only
ex: location at a corner
or square, multiple floors
and / or open stairwell
Installation condition
Biddle comfort air curtian nomenclature
CA
V
S
150
DK
80
F
S
C
Controller (standard)
Color. B=White (RAL6010), S: Grey (RAL9006)
Installation type: F=Freehanging, C=Cassette, R=Recessed
Capacity class (kW)
Daikin direct expansion
Door width (cm)
Range. S=small, M=Medium, L=Large, XL= Extra Large
Connectable to VRV
Biddle comfort air curtain
177
CYVS/M/L-DK-F/C/R
Biddle air curtain for VRV
Packtime of less than 1.5 years
electric air curtain
12000
10000
total cost
(installation + running cost) in €
› Connectable to VRV heat recovery and heat pump
› VRV is among the first DX systems suitable for
connection to air curtains
› Free-hanging model (F): easy wall mounted
installation
› Cassette model (C): mounted into a false ceiling
leaving only the decoration panel visible
› Recessed model (R): neatly concealed in the ceiling
› Provides virtually free air curtain heating via
recovered heat from indoor units in cooling mode
(in case of VRV heat recovery)
› Easy and quick to install at reduced costs since
no additional water sytems, boilers and gas
connections are required
 PATENTED TECHNOLOGY: Maximum energy efficiency
stemming from almost zero down flow turbulence,
optimised air flow and the application of advanced
discharge rectifier technology
› Around % air separation efficiency, greatly
reducing both heat loss and required indoor unit
heating capacity
8000
Daikin heat pump
with Biddle air curtain*
6000
4000
2000
0
1
years
2
VRV
Network Solution
Biddle comfort
air curtain (ca)
Integration in a VRV total solution
* Payback period and gains calculated based upon the following: Air curtain is 9hrs/day – 156 days year (1,404 hrs/year) in use. Annual energy consumption for an electric air
curtain: 3,137EUR (COP = 0.95). Typical installation cost: 1,000EUR; Typical equipment cost: 2,793EUR. Annual energy consumption for CYQS200DK100FBN and ERQ100AV: 748EUR
(COP 4.00). Typical installation cost: 2,000EUR; Typical equipment cost: 5,150EUR. Calculation based upon electricity cost: 0,1705EUR /kWh
178
Biddle air curtain for VRV
CYVM150DK80CSN
CYVM150DK80RSN
Small
Heating capacity
Power input
Delta T
Casing
Dimensions
Speed 3
Fan only
Heating
Speed 3
Colour
Unit
Nom.
Nom.
Height F/C/R
Width F/C/R
Depth F/C/R
Required ceiling void >
Door height
Max.
Door width
Max.
Weight
Unit
Fan-Air flow rate
Heating
Speed 3
Sound pressure level
Heating
Speed 3
Refrigerant
Type / GWP
Piping connections
Liquid/OD/Gas/OD
Required accessories (should be ordered separately)
Power supply
Voltage
kW
kW
kW
K
mm
mm
mm
mm
m
m
kg
m³/h
dBA
mm
V
Medium
CYVS100DK80
*BN/*SN
CYVS150DK80
*BN/*SN
CYVS200DK100
*BN/*SN
7.40
0.23
0.23
19
9.0
0.35
0.35
11.6
0.46
0.46
CYVS250DK140
*BN/*SN
CYVM100DK80
*BN/*SN
CYVM150DK80
*BN/*SN
CYVM200DK100
*BN/*SN
CYVM250DK140
*BN/*SN
16.2
9.2
11.0
13.4
19.9
0.58
0.37
0.56
0.75
0.94
0.58
0.37
0.56
0.75
0.94
15
16
17
14
13
15
BN: RAL9010 / SN: RAL9006
270/270/270
1,000/1,000/1,048 1,500/1,500/1,548 2,000/2,000/2,048 2,500/2,500/2,548 1,000/1,000/1,048 1,500/1,500/1,548 2,000/2,000/2,048 2,500/2,500/2,548
590/821/561
420
2.3 (1) / 2.15 (2) / 2.0 (3) 2.3 (1) / 2.15 (2) / 2.0 (3) 2.3 (1) / 2.15 (2) / 2.0 (3) 2.3 (1) / 2.15 (2) / 2.0 (3) 2.5 (1) / 2.4 (2) / 2.3 (3) 2.5 (1) / 2.4 (2) / 2.3 (3) 2.5 (1) / 2.4 (2) / 2.3 (3) 2.5 (1) / 2.4 (2) / 2.3 (3)
1.0
1.5
2.0
2.5
1.0
1.5
2.0
2.5
56
66
83
107
57
73
94
108
1,164
1,746
2,328
2,910
1,605
2,408
3,210
4,013
47
49
50
51
50
51
53
54
R-410A / 2.087,5
9.52/16.0
9.52/19.0
9.52/16.0
9.52/19.0
Daikin wired remote control (BRC1E52A/B or BRC1D52)
230
Large
Heating capacity
Power input
Delta T
Casing
Dimensions
Speed 3
Fan only
Heating
Speed 3
Colour
Unit
Nom.
Nom.
Height F/C/R
Width F/C/R
Depth F/C/R
Required ceiling void >
Door height
Max.
Door width
Max.
Weight
Unit
Fan-Air flow rate
Heating
Speed 3
Sound pressure level
Heating
Speed 3
Refrigerant
Type / GWP
Piping connections
Liquid/OD/Gas/OD
Required accessories (should be ordered separately)
Power supply
Voltage
kW
kW
kW
K
mm
mm
mm
mm
m
m
kg
m³/h
dBA
mm
V
CYVL200DK250*BN/*SN
CYVL250DK250*BN/*SN
29.4
31.1
1.50
1.88
1.50
1.88
15
14
12
BN: RAL9010 / SN: RAL9006
370/370/370
1,000/1,000/1,048
1,500/1,500/1,548
2,000/2,000/2,048
2,500/2,500/2,548
774/1,105/745
520
3.0 (1) / 2.75 (2) / 2.5 (3)
3.0 (1) / 2.75 (2) / 2.5 (3)
3.0 (1) / 2.75 (2) / 2.5 (3)
3.0 (1) / 2.75 (2) / 2.5 (3)
1.0
1.5
2.0
2.5
76
100
126
157
3,100
4,650
6,200
7,750
53
54
56
57
R-410A / 2,087.5
9.52/16.0
9.52/19.0
9.52/22.0
Daikin wired remote control (BRC1E52A/B or BRC1D52)
230
CYVL100DK125*BN/*SN
15.6
0.75
0.75
CYVL150DK200*BN/*SN
23.3
1.13
1.13
(1) Favorable conditions: covered shopping mall or revolving door entrance (2) Normal conditions: little direct wind, no opposite open doors, building with ground floor only (3) Unfavorable conditions: location at a corner or square, multiple floors and/or
open stairway
179
Biddle Air Curtains
CYVM150DK80FSC
Detailed technical drawings
CYVS_DK_FBN/FSN / CYVM_DK_FBN/FSN / CYVL_DK_FBN/FSN
V
VM
V
K B
K B
K B
500
250
250
40
100
197
A
B
O9.2
Suction grid
with filter
98
H
27
D
L
SM-
Type
-F
-F
FS
FS
C
L-
-F
FS
M
1
L
1 000 - 1
2 000 - 2
1 000 - 1
2 000 - 2
00
00
00
00
A
270
370
90
77
93
171
119
12 .
2 .
200
U
C
C
09
000
09
000
K
The 2 00mm large de ices ha e 3 suspension brac ets where the third brac et is mounted at half the length of the de ice.
CYVS_DK_CBN/CSN / CYVM_DK_CBN/CSN / CYVL_DK_CBN/CSN
V
VM
V
K
K
K
B
B
B
500
250
250
40
100
197
A
B
O9.2
The finishing profiles are
supplied separately.
Suction grid
with filter
98
H
27
Screw-eye M
L
umber of suction grids per de ice
SM-
Type
-C
-C
CS
CS
C
L-
-C
CS
M
180
L
1 000 - 1
2 000 - 2
1 000 - 1
2 000 - 2
00
00
00
00
G
A
D
C
C
D
E
F
270
21
93
171
119
2 0
11
2 0
370
1 10
12 .
2 .
200
1 1.
3.
3 0
F
1 drain grid per de ice
Suction grid length
1 000 1 00
1 000 1 2 0
E
umber
1
2
U
e ice length
1000 1 00
2000 2 00
L
K
1
The 2 00mm large de ices ha e 3 suspension brac ets where the third brac et is mounted at half the length of the de ice.
2
The mounting holes for finishing profiles in a lowered ceiling (L ) x (
) mm
Detailed technical drawings
CYVS_DK_RBN/RSN / CYVM_DK_RBN/RSN / CYVL_DK_RBN/RSN
K
K
K
B
B
B
500
250
o ducts are supplied
250
40
O9.2
100
197
A
B
V
VM
V
o ducts are supplied
The finishing profiles are
supplied separately.
K
Suction grid
with filter
98
1000
1 00
2000
2 00
7
10
12
3
umber of suction grids per de ice
umber
1
2
1 drain grid per de ice
C
C
SM-
Type
-R
-R
RS
RS
C
L-
-R
RS
G
F
J
T
Suction grid length
1 000 1 00
1 000 1 2 0
L
S
1 000 - 1 00 270
2 000 - 2 00
1 000 - 1 00 370
2 000 - 2 00
1
7
012
A
90
171
012 121. 2 .
E
F
92
139
20
30
-1
1 0 10
20 -2
200 123.
170
30
0
-1
2 0 10
20 -2
119
M
T
10 -1
20 2
10 -1
20 2
F
e ice length
1000 1 00
2000 2 00
E
U
RS
RS
RS
S
Type
-R
-R
-R
101.5
C SC MC L-
H
umber of ducts per de ice
27
D
L
M
M
2
The 2 00mm large de ices ha e 3 suspension brac ets where the third brac et is mounted at half the length of the de ice.
oles (for finishing profiles) - drain (L ) x (E ) mm - suction (L ) x (
) mm.
Biddle Air Curtains
1
09 6 000
K
181
Ventilation
& air handling
Daikin offers the widest range in DX
ventilation in the market.
With a variety of ventilation solutions from
small heat recovery ventilation to large scale
air handling units we help provide a fresh,
healthy and comfortable environment in
offices, hotels, stores and other commercial
environments.
182
Ventilation
& air handling
Heat reclaim ventilation
VAM-FA/FB
VKM-GB(M)
186
198
Air handling applications
Overview & control possibilities
VRV
ERQ
Expansion valves and control boxes
209
212
214
215
Ventilation & Air Handling
Ventilation
183
Ventilation
VAM  HEAT RECLAIM VENTILATION
184
Ventilation
Ventilation & Air Handling
DAIKIN AIR HANDLING UNIT AND ERQ/VRV PLUG & PLAY CONNECTION
185
VAM-FA/FB
Heat reclaim ventilation
Ventilation with heat recovery as standard
Total heat
› Energy saving ventilation using indoor heating, cooling and
›
›
›
›
›
›
›
›
›
›
›
›
Clean outdoor air
exchanged
foul air
moisture recovery
Ideal solution for shops, restaurants or offices requiring
maximum floor space for furniture, decorations and fittings
Free cooling possible when outdoor temperature is below
indoor temperature (eg. during nighttime)
Reduced energy consumption thanks to specially developed DC
fan motor
Prevent energy losses from over-ventilation while maintaining
indoor air quality with optional CO sensor
Can be used as stand alone unit or integrated in the VRV system
Wide range of units: air flow rate from  up to , m³/h
High efficiency filters available in F ,F, F grades
Shorter installation time thanks to easy adjustment of nominal
air flow rate, so less need for dampers compared with traditional
installation.
Specially developed heat exchange element with High
Efficiency Paper (HEP)
No drain piping needed
Can operate in over- and under pressure
Total solution for fresh air with Daikin supply of both VAM and
electrical heaters
Total heat
exchanged
Foul indoor air
clean air
High efficiencies filters available
in F, F, F grades
Prevent energy losses from over ventilation with CO2 sensor
Enough fresh air is needed to create an enjoyable environment, but ventilating constantly is leading to energy waste. Therefore an optional
CO2 sensor can be installed which switches off the ventilation system when there is enough fresh air in the room, thus saving energy.
Example of CO2 sensor operation in a meeting room:
9 AM
12 PM
5 PM
Decrease in air volume and more energy
saving compared to fixed ventilation rate
Increase in air
volume and
better comfort
compared to fixed
ventilation rate
7
8
9
10
When many people are in the room,
more fresh air is brought in to maintain
comfortable CO2 levels. When fewer
people are in the room, energy is saved
by bringing in less fresh air.
11
Morning meeting
12
13
Lunch time
14
15
16
Meeting
17
18
19
hour
CO2 level
Fixed ventilation rate
Ventilation amount
Using CO2 sensors has the most energy-saving potential in buildings where occupancy fluctuates during a 24-hour period, is unpredictable and peaks at a high level. For example
office buildings, government facilities, retail stores and shopping malls, movie theaters, auditoriums, schools, entertainment clubs and nightclubs. The ventilation unit's reaction to
fluctuations in CO2 can be easily adjusted by the customer.
186
Heat recovery ventilation
High Efficiency Paper
OUTDOOR
Operation of the high
effiency paper.
INDOOR
30.6°C
62% RH
Cross flow of air to
exchange heat and
32°C
70% RH
moisture.
SA
27.4°C
63% RH
RA
26°C
50% RH
Integrally-formed liner
SA
Integrallyformed liner
RA
Temperature
and humidity is
exhanged between
the layers
Ventilation
Power input - 50Hz
Temperature exchange
efficiency - 50Hz
Enthalpy exchange
efficiency - 50Hz
Heat exchange mode
Nom.
Bypass mode
Nom.
Ultra high/High/Low
Cooling
Heating
Ultra high
Ultra high
Ultra high/High/Low
Ultra high/High/Low
Operation mode
Heat exchange system
Heat exchange element
Dimensions
Unit
HeightxWidthxDepth
Weight
Unit
Casing
Material
Heat exchange mode
Ultra high
Fan-Air flow rate 50Hz
Bypass mode
Ultra high
Fan-External static
Ultra high
pressure - 50Hz
High
Low
Air filter
Type
Ultra high
Sound pressure level Heat exchange mode
- 50Hz
Bypass mode
Ultra high
Operation range
Min.
Max.
Relative humidity
Refrigerant
Type / GWP
Connection duct diameter
Power supply
Phase/Frequency/Voltage
Current
Maximum fuse amps (MFA)
VAM
kW
kW
%
%
%
mm
kg
m³/h
m³/h
Pa
Pa
Pa
dBA
dBA
°CDB
°CDB
%
mm
Hz/V
A
150FA
0.116
0.116
250FA
0.141
0.141
350FB
0.132
0.132
74/74/79
72/72/77
75/75/80
58/58/64
64/64/69
58/58/62
64/64/68
500FB
0.178
0.178
650FB
0.196
0.196
74/74/77
800FB
0.373
0.373
1000FB
0.375
0.375
74/74/76
75/75/76.5
1500FB
0.828
0.828
2000FB
0.852
0.852
75/75/78
61/61/67
58/58/63
60/60/62
61/61/63
61/61/64
61/61/66
65/65/70
62/62/67
63/63/66
65/65/67
66/66/68
66/66/70
Heat exchange mode / Bypass mode / Fresh-up mode
Air to air cross flow total heat (sensible + latent heat) exchange
Specially processed non-flammable paper
364x1,004x1,156 726x1,512x868 726x1,512x1,156
285x776x525
301x828x816
364x1,004x868
24
33
52
55
64
131
152
Galvanised steel plate
150
250
350
500
650
800
1,000
1,500
2,000
150
250
350
500
650
800
1,000
1,500
2,000
69
64
98
93
137
157
137
39
20
Multidirectional fibrous fleeces
27 / 28.5
28 / 29
32
33
34.5
36
39.5
40
27 / 28.5
28 / 29
32
33.5
34.5
36
40.5
40
-15
50
80% or less
-/100
150
200
250
350
1~/50/60/220-240/220
15
16
187
Ventilation & Air Handling
RH: Relative Humidity SA: Supply Air (to room) RA: Return Air (from room)
Electrical heater for VAM
VH
› Total solution for fresh air with Daikin supply of both VAM
and electrical heaters
› Increased comfort in low outdoor temperature thanks
to the heated outdoor air
› Integrated electrical heater concept (no additional accessories
required)
› Standard dual flow and temperature sensor
› Flexible setting with adjustable setpoint
› Increased safety with  cut-outs: manual & automatic
› BMS integration thanks to:
- Volt free relay for error indication
- -VDC input for setpoint control
ELECTRICAL HEATER FOR VAM
Supply voltage
Output current (maximum)
Temperature sensor
Temperature control range
Control fuse
LED indicators
VH
(VH)
/V ac / Hz. +/-%
A at °C (ambient)
k ohms at °C (table  T)
 to °C / (-V -%)
 x mm mA
Power ON - Yellow
Heater ON - Red (solid or flashing, indicating pulsed control)
Airflow fault - Red
Mounting holes
Maximum ambient adjacent to terminal box
Auto high temp. cutout
Man. reset high temp. cutout
Run relay
BMS setpoint input
mm x mm centres  mm ø holes
°C (during operation)
°C Pre-set
°C Pre-set
A V AC or A V DC
-VDC
VH
Capacity
Duct diameter
Connectable VAM
kW
mm
B


VAMFA
-
For the selection of the appropriate capacity, please refer to the VAM selection software.
188
B


VAMFA
VAMFB
B


VAMFB
VAMFB
B
.

VAMFB
VAMFB
/AB
.

VAMFB
VAMFB
B
.

VAMFB
VAMFB
Detailed technical drawings
VAM150FA
VAM150FA
Maintenance space for the heat exchange elements, the air
filters and fans
Switch box
Ceiling hook
4-14x40 oval hole
Inspection hole
Ø 450
285
600
Maintenance over
104
120.3
67
20
149
Supply air fan
120~250
269
SA
104
124
288
560
EA
Exhaust air to outdoors
718
Sealing
20
120
Fresh air from outdoors
(Outdoor air)
8
8
Return air from room
Sealing
164
509
RA
288
124 164
OA
Supply air to room
Damper plate
149
Exhaust air fan
(Maintenance cover)
Exhaust spacer
(Switch box)
145
760
Ø97
Ø200
145
Air filters
Heat exchange elements
NOTE
1
Be sure to provide the inspection hole (450x450 mm) to inspect the air filters, the exchange elements and fans.
3TW27874-1
VAM250FA
VAM250FA
Maintenance space for the heat exchange elements, the air
filters and fans
Switch box
Ceiling hook
4-14x40 oval hole
Inspection hole
Ø 450
285
Maintenance over
120.3
67
20
104
Ventilation & Air Handling
600
Supply air fan
120~250
269
149
SA
509
124
288
560
164
RA
OA
288
124 164
Supply air to room
EA
Return air from room
104
Sealing
718
20
120
Exhaust air to outdoors
Sealing
8
8
Fresh air from outdoors
(Outdoor air)
Damper plate
149
Exhaust air fan
(Maintenance cover)
760
145
Ø97
Ø200
(Switch box)
145
Heat exchange elements
Air filters
NOTE
1
Be sure to provide the inspection hole (450x450 mm) to inspect the air filters, the exchange elements and fans.
3TW27884-1
189
Detailed technical drawings
VAM350FB
VAM350FB
Ceiling hook
4 – 12 x 40 oval hole
Sealing
Exhaust air fan
Damper plate
RA
Return air from room
EA
Exhaust air to outdoors
SA
Supply air to room
Supply air fan
OA
Fresh air from outdoors
(outdoor air)
Switch box
Inspection hole
Maintenance space for the heat exchange
element, the air filters and fans
Heat exchange element
Maintenance cover
Air filters
Switchbox
NOTES
1. Be sure to provide the inspection hole to inspect the air filters, the exchange elements and fans.
3D08
62
3D08
63
VAM500FB
VAM500FB
Ceiling hook
4 – 12 x 40 oval hole
Sealing
Exhaust air fan
Damper plate
RA
Return air from room
EA
Exhaust air to outdoors
SA
Supply air to room
OA
Fresh air from outdoors
(outdoor air)
Supply air fan
Switch box
Inspection hole
Maintenance space for the heat exchange
element, the air filters and fans
Heat exchange element
Maintenance cover
Air filters
Switchbox
NOTES
1. Be sure to provide the inspection hole to inspectthe air filters, the exchange elements and fans.
190
Detailed technical drawings
VAM650FB
VAM650FB
Sealing
Ceiling hook
4 – 12 x 40 oval hole
Damper plate
Exhaust air fan
RA
Return air from room
EA
Exhaust air to outdoors
SA
Supply air to room
OA
Fresh air from outdoors
(outdoor air)
Supply air fan
Switch box
Inspection hole
Maintenance space for the heat exchange
element, the air filters and fans
Heat exchange element
Maintenance cover
Air filters
Switchbox
NOTES
1. Be sure to provide the inspection hole to inspect the air filters, the exchange elements and fans.
3D08
6
3D08
6
VAM800FB
VAM800FB
Sealing
Ceiling hook
4 – 12 x 40 oval hole
Damper plate
Exhaust air fan
Ventilation & Air Handling
RA
Return air from room
EA
Exhaust air to outdoors
SA
Supply air to room
OA
Fresh air from outdoors
(outdoor air)
Supply air fan
Switch box
Inspection hole
Maintenance space for the heat exchange
element, the air filters and fans
Heat exchange element
Maintenance cover
Air filters
Switchbox
NOTES
1. Be sure to provide the inspection hole to inspect the air filters, the exchange elements and fans.
191
Detailed technical drawings
VAM1000FB
VAM1000FB
Sealing
Ceiling hook
4 – 12 x 40 oval hole
Damper plate
Exhaust air fan
RA
Return air from room
EA
Exhaust air to outdoors
SA
Supply air to room
OA
Fresh air from outdoors
(outdoor air)
Supply air fan
Switch box
Maintenance space for the heat exchange
element, the air filters and fans
Inspection hole
Heat exchange element
Maintenance cover
Air filters
Switchbox
NOTES
1. Be sure to provide the inspection hole to inspect the air filters, the exchange elements and fans.
3D08
66
3D08
6
VAM1500FB
VAM1500FB
Sealing
Ceiling hook
4 – 14 x 40 oval hole
Exhaust air fan (2x)
Damper plate
EA
Exhaust air to outdoors
RA
Return air from room
OA
Fresh air from outdoors
(outdoor air)
SA
Supply air to room
Supply air fan (2x)
Switch box
Maintenance space for the heat exchange
element, the air filters and fans
Inspection hole
Heat exchange element
Maintenance cover
Air filters
Switchbox
NOTES
1. Be sure to provide the inspection hole to inspect the air filters, the exchange elements and fans.
192
Detailed technical drawings
VAM2000FB
VAM2000FB
Ceiling hook
4 – 14 x 40 oval hole
Sealing
Damper plate
Exhaust air fan (2x)
RA
EA
Exhaust air to outdoors
Return air from room
SA
Supply air to room
OA
Fresh air from outdoors
(outdoor air)
Supply air fan (2x)
Switch box
Inspection hole
Maintenance space for the heat exchange
element, the air filters and fans
Heat exchange element
Maintenance cover
Air filters
Switchbox
NOTES
3D08
1. Be sure to provide the inspection hole to inspect the air filters, the exchange elements and fans.
68
VAM150FA
VAM150FA
50 Hz, 220-240V
60Hz, 220V
Exchange efficiency
per
En
atu
tha
En
tha
External static pressure
lpy
lpy
re e
exc
xch
han
ge
ang
ee
ffici
effi
cie
ncy
exc
han
ge
effi
cie
ncy
Ultra-High
(co
Ventilation & Air Handling
VAM150FA
Tem
enc
(he
y
atin
g)
olin
g)
(Pa)
High
ø100
Pipe length
Air flow rate (m3/h)
D036
3
193
Detailed technical drawings
VAM250FA
VAM250FA
50 Hz, 220-240V
60Hz, 220V
Exchange efficiency
VAM250FA
Tempe
ra
ture e
Entha
xchan
lpy ex
External static pressure
ge effi
chang
Enthalp
ciency
e effic
y exch
iency
ange e
fficienc
y
(heatin
g)
(coolin
g)
Ultra-High
(Pa)
High
Low
Air flow rate (m3/h)
D036
VAM350FA
External static pressure (Pa)
External static pressure (Pa)
External static pressure (Pa)
VAM350FB
Airflow (m3/h)
UH Speed
H Speed
L Speed
NOTES
1. The fan speeds are valid for 230V 50Hz power supply
194
Airflow (m3/h)
External static pressure (Pa)
Airflow (m3/h)
Airflow (m3/h)
3D082
Detailed technical drawings
VAM500FA
External static pressure (Pa)
External static pressure (Pa)
External static pressure (Pa)
VAM500FB
Airflow (m3/h)
External static pressure (Pa)
Airflow (m3/h)
Airflow (m3/h)
UH Speed
H Speed
L Speed
Airflow (m3/h)
NOTES
1. The fan speeds are valid for 230V 50Hz power supply
3D082
8
3D082
9
VAM650FA
Airflow (m3/h)
UH Speed
H Speed
L Speed
NOTES
1. The fan speeds are valid for 230V 50Hz power supply
Airflow (m3/h)
External static pressure (Pa)
Airflow (m3/h)
Ventilation & Air Handling
External static pressure (Pa)
External static pressure (Pa)
External static pressure (Pa)
VAM650FB
Airflow (m3/h)
195
Detailed technical drawings
VAM800FB
External static pressure (Pa)
External static pressure (Pa)
External static pressure (Pa)
VAM800FB
Airflow (m3/h)
External static pressure (Pa)
Airflow (m3/h)
Airflow (m3/h)
UH Speed
H Speed
L Speed
Airflow (m3/h)
NOTES
1. The fan speeds are valid for 230V 50Hz power supply
3D082 80
External static pressure (Pa)
External static pressure (Pa)
External static pressure (Pa)
VAM1000FB
VAM1000FB
Airflow (m3/h)
UH Speed
H Speed
L Speed
NOTES
1. The fan speeds are valid for 230V 50Hz power supply
196
External static pressure (Pa)
Airflow (m3/h)
Airflow (m3/h)
Airflow (m3/h)
3D082 8
Detailed technical drawings
VAM1500FB
External static pressure (Pa)
External static pressure (Pa)
External static pressure (Pa)
VAM1500FB
Airflow (m3/h)
External static pressure (Pa)
Airflow (m3/h)
Airflow (m3/h)
UH Speed
H Speed
L Speed
Airflow (m3/h)
NOTES
1. The fan speeds are valid for 230V 50Hz power supply
3D082 82
External static pressure (Pa)
Airflow (m3/h)
UH Speed
H Speed
L Speed
NOTES
1. The fan speeds are valid for 230V 50Hz power supply
External static pressure (Pa)
Airflow (m3/h)
Airflow (m3/h)
Ventilation & Air Handling
External static pressure (Pa)
External static pressure (Pa)
VAM2000FB
VAM2000FB
Airflow (m3/h)
3D082 83
197
VKM-GB/VKM-GBM
Heat reclaim ventilation and air
processing
Pre heating or cooling of fresh air for lower load on the air
conditioning system
› Energy saving ventilation using indoor heating, cooling and
moisture recovery
› Creates a high quality indoor environment by pre conditioning
incoming fresh air
› Humidification of the incoming air results in comfortable indoor
humidity level, even during heating
› Ideal solution for shops, restaurants or offices requiring
maximum floor space for furniture, decorations and fittings
› Free cooling possible when outdoor temperature is below
indoor temperature (eg. during nighttime)
› Low energy consumption thanks to DC fan motor
› Prevent energy losses from over-ventilation while maintaining
indoor air quality with optional CO sensor
› Shorter installation time thanks to easy adjustment of nominal
air flow rate, so less need for dampers compared with traditional
installation.
› Specially developed heat exchange element with High
Efficiency Paper (HEP)
› Can operate in over- and under pressure
Operation example: humidification & air processing (heating mode)1
Exhaust Fan
Heat Exchanger
Elements
Damper Motor
DX coil (Direct expansion coil)
Damper
EA
(Exhaust air to outdours)
OA
(Fresh air from outdoors)
RA
(Return air from room)
Air Supply Fan
SA (Supply air to room)
Electronics Box (Control box)
Float switch
Humidifier element:
Utilizing the principle of capillary action, water is
permeated throughout the humidifier element.
The heated air from the DX coil passes through the
humidifier and absorbs the moisture.
water
AIRFLOW
Drain pan
1
VKM-GM example
198
Solenoid
valve
Drain
SA
VKM-GM example
Heat recovery ventilation,
humidification & air processing
Heat exchange mode
Nom.
Bypass mode
Nom.
Fresh air conditioning Cooling
load
Heating
Temperature exchange
Ultra high/High/Low
efficiency - 50Hz
Enthalpy exchange
efficiency - 50Hz
Cooling
Heating
Operation mode
Heat exchange system
Heat exchange element
Humidifier
System
Dimensions
Unit
Weight
Unit
Casing
Material
Heat exchange mode
Fan-Air flow rate 50Hz
Bypass mode
Fan-External static
Ultra high
pressure - 50Hz
High
Low
Air filter
Type
Sound pressure level Heat exchange mode
- 50Hz
Bypass mode
Operation range
Around unit
Supply air
Return air
On coil
temperature
Ultra high
Ultra high
Ultra high/High/Low
Ultra high/High/Low
HeightxWidthxDepth
Ultra high
Ultra high
Ultra high
Ultra high
Cooling
Heating
Refrigerant
Type / GWP
Connection duct diameter
Piping connections
Liquid
OD
Gas
OD
Water supply
Drain
Power supply
Phase/Frequency/Voltage
Current
Maximum fuse amps (MFA)
Max.
Min.
VKM
kW
kW
kW
kW
%
%
%
76/76/77.5
64/64/67
67/67/69
mm
kg
387x1,764x832
94
m³/h
m³/h
Pa
Pa
Pa
500
500
dBA
dBA
°CDB
°CDB
°CDB
°CDB
°CDB
39
40
mm
mm
mm
mm
200
Hz/V
A
78/78/79
210
170
140
74/74/76.5
Heat reclaim ventilation,
air processing and humidification
50GBM
80GBM
100GBM
0.270
0.330
0.410
0.270
0.330
0.410
4.71 / 1.91 / 3.5
7.46 / 2.96 / 5.6
9.12 / 3.52 / 7.0
5.58 / 2.38 / 3.5
8.79 / 3.79 / 5.6
10.69 / 4.39 / 7.0
76/76/77.5
78/78/79
74/74/76.5
66/66/68
62/62/66
64/64/67
66/66/68
62/62/66
71/71/73
65/65/69
67/67/69
71/71/73
65/65/69
Heat exchange mode / Bypass mode / Fresh-up mode
Air to air cross flow total heat (sensible + latent heat) exchange
Specially processed non-flammable paper
Natural evaporating type
387x1,764x1,214
387x1,764x832
387x1,764x1,214
110
112
100
119
123
Galvanised steel plate
750
950
500
750
950
750
950
500
750
950
150
200
205
110
160
100
150
155
70
110
70
120
105
60
Multidirectional fibrous fleeces
41.5
41
38
40
41.5
41
39
41
0°C~40°CDB, 80% RH or less
-15°C~40°CDB, 80% RH or less
0°C~40°CDB, 80% RH or less
-15
43
R-410A / 2.087,5
250
200
250
6.35
12.7
6.4
PT3/4 external thread
1~/50/220-240
15
199
Ventilation & Air Handling
Ventilation
Power input - 50Hz
Heat reclaim ventilation
and air processing
50GB
80GB
100GB
0.270
0.330
0.410
0.270
0.330
0.410
4.71 / 1.91 / 3.5
7.46 / 2.96 / 5.6
9.12 / 3.52 / 7.0
5.58 / 2.38 / 3.5
8.79 / 3.79 / 5.6
10.69 / 4.39 / 7.0
Detailed technical drawings
VKM50GB
VKM 0GB
Air discharge grille
(locally procured)
Air suction grille
(locally procured)
Heat insulator
(locally procured)
EA
(Exhaust air to outdoors)
ranch duct
(locally procured)
Control box
Maintenance space for the heat exchanger
elements the air filters and fans
nspection
hatch
nspection
hatch
3 0 (in case of
140 (in case of
More than 00
Round shape hood
(Locally procured)
OA
(Fresh air from outdoors)
Flexible duct
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
450 inspection hatch)
00 inspection hatch)
Refrigerant piping ( as pipe)
( 12.7 flare connection)
A gradient of
more than 1/30
Refrigerant piping (Li uid pipe)
( .4 flare connection)
200
ominal diameter
(locally procured)
OA
(Fresh air from outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at a
gradient of the 1/100
nspection hatch
(locally procured)
Suspention bolt
(locally procured)
RA
(Return air from room)
SA
(Return air to room)
NOTES
1. Lea e space for ser icing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters, heat exchange elements, and fans can easily be
inspected and ser iced.)
2. nstall the two outdoor ducts with down slope (slope of 1/30 or more) to pre ent entry of rain water, also, pro ide insulation for three ducts (outdoor ducts and indoor supply air duct) to
pre ent dew condensation. (Material: glass wool of 25mm thic )
3. o not turn the unit upside down.
4. Ma e sure to install drain piping, and insulate drain piping to pre ent dew condensation.
5. eep the drain pipe short and sloping downwards at a gradient of at least 1/100 to pre ent air from forming.
. o not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
7. n areas where freezing may occur, always ta e steps to pre ent the pipes from freezing.
. o not place something which shouldn t get wet at the below of this unit. The dew would fall at following case, where humidity is 0% more, or the exit of drain soc et is cho ed up, or the air
filter is ery dirty.
3D0830
200
Detailed technical drawings
VKM50GBM
VKM 0GBM
Air discharge grille
(locally procured)
Air suction grille
(locally procured)
Heat insulator
(locally procured)
EA
(Exhaust air to outdoors)
Round shape hood
(Locally procured)
OA
(Fresh air from outdoors)
Control box
nspection
hatch
Maintenance space for the heat exchanger
elements the air filters, fans and humidifier
nspection
hatch
3 0 (in case of
140 (in case of
Cistern tan
ater supply shut-off al e
(locally procured)
A gradient of
more than 1/30
200
ominal diameter
More than 00
ranch duct
(locally procured)
Flexible duct
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
450 inspection hatch)
00 inspection hatch)
rain al e
(locally procured)
Strainer
(accessory)
Refrigerant piping ( as pipe)
( 12.7 flare connection)
Refrigerant piping (Li uid pipe)
( .4 flare connection)
(locally procured)
OA
(Fresh air from outdoors)
Sloping downwards at a
gradient of the 1/100
450 00
nspection hatch
(locally procured)
Suspension bolt
(locally procured)
RA
(Return air from room)
SA
(Return air to room)
NOTES
1. Lea e space for ser icing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters, heat exchange elements, fans, and humidifier
elements can easily be inspected and ser iced.)
2. nstall the two outdoor ducts with down slope (slope of 1/30 or more) to pre ent entry of rain water. Also, pro ide insulation for three ducts (outdoor ducts and indoor supply air duct) to
pre ent dew condensation. (Material: glass wool of 25mm thic )
3. o not turn the unit upside down.
4. Use city water or clean water.
nclude water supply piping with straner, a water supply shut-off al e, and a drain al e (both locally procured) somewhere along the water supply piping that can be reached from the
inspection.
5. t is impossible to connect the water supply piping directly to public piping. Use a cistern tan (of the appro ed type), if you need to get your water supply from public piping.
. Ma e sure the supply water 0.02MPa to 0.49MPa (0.2 g/cm2 to 5 g/cm2).
7. Ma e sure the supply water is between 5 C and 40 C in temperature.
. nsulate the water supply piping to pre ent condensation from forming.
9. Ma e sure to install drain piping, and insulate drain piping to pre ent dew condensation.
10. eep the drain pipe short and sloping downwards at a gradient of at least 1/100 to pre ent air from forming.
11. nstall in a location where the air around the unit or ta en into the humidifier will not drop below 0 C.
12. o not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
13. n areas where freezing may occur, always ta e steps to pre ent the pipes from freezing.
14. o not place something which shouldn t get wet at the below of this unit. The dew would fall at following case, where humidity is 0% more, or the exit of drain soc et is cho ed up, or the air
filter is ery dirty.
15. Feed clean water. f the supply water is hard water, use a water softener because of short life.
Life of humidifying element is about 3 years (4,000 hours), under the supply water conditions of hardness: 150 mg/L. (Life of humidifying element is about 1 years (1500 hours), under the
supply water conditions of hardness: 400 mg/L.)
3D0830
201
Ventilation & Air Handling
EA
(Exhaust air to outdoors)
Detailed technical drawings
VKM80GB
VKM 0GB
Air suction grille
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
EA
(Exhaust air to outdoors)
ranch duct
(locally procured)
Round shape hood
(Locally procured)
OA
(Fresh air from outdoors)
nspection
hatch
nspection
hatch
More than 00
Silencer
(locally procured)
Control box
Maintenance space for the heat exchanger
elements the air filters and fans
3 0 (in case of
140 (in case of
200
ominal diameter
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
Flexible duct
(locally procured)
450 inspection hatch)
00 inspection hatch)
Refrigerant piping ( as pipe)
( 12.7 flare connection)
A gradient of
more than 1/30
Refrigerant piping (Li uid pipe)
( .4 flare connection)
(locally procured)
OA
(Fresh air from outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at a
gradient of the 1/100
450 00
nspection hatch
(locally procured)
Suspention bolt
(locally procured)
RA
(Return air from room)
SA
(Return air to room)
NOTES
1. Lea e space for ser icing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters, heat exchange elements, and fans can easily be
inspected and ser iced.)
2. nstall the two outdoor ducts with down slope (slope of 1/30 or more) to pre ent entry of rain water, also, pro ide insulation for three ducts (outdoor ducts and indoor supply air duct) to
pre ent dew condensation. (Material: glass wool of 25mm thic )
3. o not turn the unit upside down.
4. Ma e sure to install drain piping, and insulate drain piping to pre ent dew condensation.
5. eep the drain pipe short and sloping downwards at a gradient of at least 1/100 to pre ent air from forming.
. o not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
7. n areas where freezing may occur, always ta e steps to pre ent the pipes from freezing.
. o not place something which shouldn t get wet at the below of this unit. The dew would fall at following case, where humidity is 0% more, or the exit of drain soc et is cho ed up, or the air
filter is ery dirty.
3D0830
202
Detailed technical drawings
VKM80GBM
VKM 0GBM
Air suction grille
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
EA
(Exhaust air to outdoors)
ranch duct
(locally procured)
Control box
nspection
hatch
Maintenance space for the heat exchanger
elements the air filters, fans and humidifier
nspection
hatch
3 0 (in case of
140 (in case of
Cistern tan
ater supply shut-off al e
(locally procured)
A gradient of
more than 1/30
250
ominal diameter
More than 00
Round shape hood
(Locally procured)
OA
(Fresh air from outdoors)
Heat insulator
(locally procured)
Silencer
(locally procured)
Flexible duct
(locally procured)
Air discharge grille
(locally procured)
450 inspection hatch)
00 inspection hatch)
rain al e
(locally procured)
Strainer
(accessory)
Refrigerant piping ( as pipe)
( 12.7 flare connection)
Refrigerant piping (Li uid pipe)
( .4 flare connection)
(locally procured)
OA
(Fresh air from outdoors)
Sloping downwards at a
gradient of the 1/100
450 00
nspection hatch
(locally procured)
Suspension bolt
(locally procured)
RA
(Return air from room)
SA
(Return air to room)
NOTES
1. Lea e space for ser icing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters, heat exchange elements, fans, and humidifier
elements can easily be inspected and ser iced.)
2. nstall the two outdoor ducts with down slope (slope of 1/30 or more) to pre ent entry of rain water. Also, pro ide insulation for three ducts (outdoor ducts and indoor supply air duct) to
pre ent dew condensation. (Material: glass wool of 25mm thic )
3. o not turn the unit upside down.
4. Use city water or clean water.
nclude water supply piping with straner, a water supply shut-off al e, and a drain al e (both locally procured) somewhere along the water supply piping that can be reached from the
inspection.
5. t is impossible to connect the water supply piping directly to public piping. Use a cistern tan (of the appro ed type), if you need to get your water supply from public piping.
. Ma e sure the supply water 0.02MPa to 0.49MPa (0.2 g/cm2 to 5 g/cm2).
7. Ma e sure the supply water is between 5 C and 40 C in temperature.
. nsulate the water supply piping to pre ent condensation from forming.
9. Ma e sure to install drain piping, and insulate drain piping to pre ent dew condensation.
10. eep the drain pipe short and sloping downwards at a gradient of at least 1/100 to pre ent air from forming.
11. nstall in a location where the air around the unit or ta en into the humidifier will not drop below 0 C.
12. o not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
13. n areas where freezing may occur, always ta e steps to pre ent the pipes from freezing.
14. o not place something which shouldn t get wet at the below of this unit. The dew would fall at following case, where humidity is 0% more, or the exit of drain soc et is cho ed up, or the air
filter is ery dirty.
15. Feed clean water. f the supply water is hard water, use a water softener because of short life.
Life of humidifying element is about 3 years (4,000 hours), under the supply water conditions of hardness: 150 mg/L. (Life of humidifying element is about 1 years (1500 hours), under the
supply water conditions of hardness: 400 mg/L.)
3D0830 2
203
Ventilation & Air Handling
EA
(Exhaust air to outdoors)
Detailed technical drawings
VKM100GB
VKM100GB
Air suction grille
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
EA
(Exhaust air to outdoors)
ranch duct
(locally procured)
Round shape hood
(Locally procured)
OA
(Fresh air from outdoors)
nspection
hatch
nspection
hatch
More than 00
Silencer
(locally procured)
Control box
Maintenance space for the heat exchanger
elements the air filters and fans
Heat insulator
(locally procured)
3 0 (in case of
140 (in case of
Air discharge grille
(locally procured)
Flexible duct
(locally procured)
450 inspection hatch)
00 inspection hatch)
Refrigerant piping ( as pipe)
( 12.7 flare connection)
A gradient of
more than 1/30
Refrigerant piping (Li uid pipe)
( .4 flare connection)
250
ominal diameter
(locally procured)
OA
(Fresh air from outdoors)
EA
(Exhaust air to outdoors)
Sloping downwards at a
gradient of the 1/100
450 00
nspection hatch
(locally procured)
Suspention bolt
(locally procured)
RA
(Return air from room)
SA
(Return air to room)
NOTES
1. Lea e space for ser icing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters, heat exchange elements, and fans can easily be
inspected and ser iced.)
2. nstall the two outdoor ducts with down slope (slope of 1/30 or more) to pre ent entry of rain water, also, pro ide insulation for three ducts (outdoor ducts and indoor supply air duct) to
pre ent dew condensation. (Material: glass wool of 25mm thic )
3. o not turn the unit upside down.
4. Ma e sure to install drain piping, and insulate drain piping to pre ent dew condensation.
5. eep the drain pipe short and sloping downwards at a gradient of at least 1/100 to pre ent air from forming.
. o not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
7. n areas where freezing may occur, always ta e steps to pre ent the pipes from freezing.
. o not place something which shouldn t get wet at the below of this unit. The dew would fall at following case, where humidity is 0% more, or the exit of drain soc et is cho ed up, or the air
filter is ery dirty.
3D0830 6
204
Detailed technical drawings
VKM100GBM
VKM100GBM
Air suction grille
(locally procured)
Heat insulator
(locally procured)
Air discharge grille
(locally procured)
EA
(Exhaust air to outdoors)
ranch duct
(locally procured)
Round shape hood
(Locally procured)
Control box
nspection
hatch
Maintenance space for the heat exchanger
elements the air filters, fans and humidifier
nspection
hatch
3 0 (in case of
140 (in case of
Cistern tan
ater supply shut-off al e
(locally procured)
A gradient of
more than 1/30
250
ominal diameter
More than 00
OA
(Fresh air from outdoors)
Heat insulator
(locally procured)
Silencer
(locally procured)
Flexible duct
(locally procured)
Air discharge grille
(locally procured)
450 inspection hatch)
00 inspection hatch)
rain al e
(locally procured)
Strainer
(accessory)
Refrigerant piping ( as pipe)
( 12.7 flare connection)
Refrigerant piping (Li uid pipe)
( .4 flare connection)
(locally procured)
OA
(Fresh air from outdoors)
Sloping downwards at a
gradient of the 1/100
450 00
nspection hatch
(locally procured)
Suspension bolt
(locally procured)
RA
(Return air from room)
SA
(Return air to room)
NOTES
1. Lea e space for ser icing the unit and include inspection hatch. (Always open a hole on the side of the control box so that the air filters, heat exchange elements, fans, and humidifier
elements can easily be inspected and ser iced.)
2. nstall the two outdoor ducts with down slope (slope of 1/30 or more) to pre ent entry of rain water. Also, pro ide insulation for three ducts (outdoor ducts and indoor supply air duct) to
pre ent dew condensation. (Material: glass wool of 25mm thic )
3. o not turn the unit upside down.
4. Use city water or clean water.
nclude water supply piping with straner, a water supply shut-off al e, and a drain al e (both locally procured) somewhere along the water supply piping that can be reached from the
inspection.
5. t is impossible to connect the water supply piping directly to public piping. Use a cistern tan (of the appro ed type), if you need to get your water supply from public piping.
. Ma e sure the supply water 0.02MPa to 0.49MPa (0.2 g/cm2 to 5 g/cm2).
7. Ma e sure the supply water is between 5 C and 40 C in temperature.
. nsulate the water supply piping to pre ent condensation from forming.
9. Ma e sure to install drain piping, and insulate drain piping to pre ent dew condensation.
10. eep the drain pipe short and sloping downwards at a gradient of at least 1/100 to pre ent air from forming.
11. nstall in a location where the air around the unit or ta en into the humidifier will not drop below 0 C.
12. o not use a bent cap or a round hood as the outdoor hood if they might get rained on directly (we recommend using a deep hood) (optional accessory).
13. n areas where freezing may occur, always ta e steps to pre ent the pipes from freezing.
14. o not place something which shouldn t get wet at the below of this unit. The dew would fall at following case, where humidity is 0% more, or the exit of drain soc et is cho ed up, or the air
filter is ery dirty.
15. Feed clean water. f the supply water is hard water, use a water softener because of short life.
Life of humidifying element is about 3 years (4,000 hours), under the supply water conditions of hardness: 150 mg/L. (Life of humidifying element is about 1 years (1500 hours), under the
supply water conditions of hardness: 400 mg/L.)
3D0830 3
205
Ventilation & Air Handling
EA
(Exhaust air to outdoors)
Detailed technical drawings
VKM50GB
VKM 0GB
–––––– 50Hz, 220V-240V
Operating air flow rate range
Temp
e
rature
Enth
alpy
Enth
exch
exch
nge e
fficien
effic
ange
cy
ienc
y (he
effic
ating
)
ienc
y (co
oling
)
Ultra High
Operating air flow rate range
Operating air flow rate range
Operating air flow rate range
Air flow rate (m3/h)
Low
Air flow rate (m3/h)
High
Air flow rate (m3/h)
Ultra High
ø200
Pipe
length
External static pressure (Pa)
External static pressure (Pa)
alpy
ange
excha
Exchange
efficiency
(%)
High
Low
Air flow rate (m3/h)
[Reading of Performance Characteristics]
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
3D08290
VKM50GBM
VKM5 0GBM
Exchange efficiency
(%)
Operating air flow rate range
–––––– 50Hz, 220V-240V
Temp
e
rature
Enth
alpy
Enth
exch
exch
nge e
effic
ange
fficien
ienc
cy
y (he
effic
ating
ienc
)
y (co
oling
Ultra High
)
Operating air flow rate range
Operating air flow rate range
Operating air flow rate range
Air flow rate (m3/h)
Low
Air flow rate (m3/h)
High
Air flow rate (m3/h)
Ultra High
ø200
Pipe
length
External static pressure (Pa)
External static pressure (Pa)
alpy
ange
VKM50GBM
excha
High
Low
Air flow rate (m3/h)
[Reading of Performance Characteristics]
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
206
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the characteristic of the
same code number.
3D082901
Detailed technical drawings
VKM80GB
VKM 0GB
–––––– 50Hz, 220V-240V
Exchange
efficiency
(%)
Operating air flow rate range
eratu
re ex
Enth
alpy
Enth
External static pressure (Pa)
alpy
chan
ge e
exch
ange
exch
ange
Operating air flow rate range
Operating air flow rate range
fficie
ncy
effic
ienc
y (he
effic
ating
ienc
)
y (co
oling
)
Ultra High
High
ø250
Pipe
length
External static pressure (Pa)
Tem
p
Operating air flow rate range
Low
Air flow rate (m3/h)
Low
Air flow rate (m3/h)
Air flow rate (m3/h)
High
Air flow rate (m3/h)
Ultra High
[Reading of Performance Characteristics]
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
3D08290
VKM80GBM
VKM8 0GBM
Exchange efficiency
(%)
–––––– 50Hz, 220V-240V
Operating air flow
rate range
Operating air flow rate range
Operating air flow rate range
Operating air flow rate range
Tempera
ture exch
alpy
Enth
alpy
External static pressure (Pa)
ange effic
exch
ange
exch
iency
effic
ange
ienc
y (he
effic
ating
ienc
)
y (co
oling
)
Ultra High
ø250
Pipe
length
External static pressure (Pa)
Enth
Ventilation & Air Handling
VKM8 0GBM
High
Low
Air flow rate (m3/h)
Air flow rate (m3/h)
Low
Air flow rate (m3/h)
High
Air flow rate (m3/h)
Ultra High
[Reading of Performance Characteristics]
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the characteristic of the
same code number.
3D082902
207
Detailed technical drawings
VKM100GB
VKM100GB
–––––– 50Hz, 220V-240V
Exchange
efficiency
(%)
Operating air flow rate range
Operating air flow rate range
erat
Ent
ure
External static pressure (Pa)
halp
y ex
Ent
halp
cha
y ex
exc
han
nge
cha
nge
ge e
Operating air flow rate range
Operating air flow rate range
fficie
effic
ienc
ncy
y (h
effic
ienc
eatin
y (c
g)
ooli
ng)
External static pressure (Pa)
Tem
p
ø250
Pipe
length
Ultra High
High
Low
Air flow rate (m3/h)
Low
Air flow rate (m3/h)
High
Air flow rate (m3/h)
Ultra High
Air flow rate (m3/h)
[Reading of Performance Characteristics]
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the
characteristic of the same code number.
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
3D082906
VKM100GBM
VKM100GBM
Exchange efficiency
(%)
–––––– 50Hz, 220V-240V
Operating air flow rate
range
En
era
External static pressure (Pa)
tha
lpy
En
VKM100GBM
tha
lpy
ture
exc
han
exc
ge
han
ge
exc
han
effi
ge e
ncy
cie
Operating air flow rate range
Operating air flow rate range
Air flow rate (m3/h)
Low
Air flow rate (m3/h)
High
Air flow rate (m3/h)
Ultra High
fficie
cie
effi
Operating air flow rate range
ncy
(he
ncy
atin
(co
g)
olin
g)
Ultra High
High
ø250
Pipe
length
External static pressure (Pa)
Tem
p
Low
Air flow rate (m3/h)
[Reading of Performance Characteristics]
1) For example: 19(29)- -07
Mode no. : 19(29)
First code: (Supply ┌ 2 Exhaust ┌ 3 )
┘
┘
Second code no. : 07
208
2) Rated point: ●
3) The characteristic of each tap becomes a setup of the characteristic of the
same code number.
3D082903
Air handling applications
Air handling applications
Wide range of air flows
For applications that require big volumes of treated
fresh air (large atriums, banquet halls, etc) air handling
units represent the ideal solution.
Daikin’s wide range of air handling units treat
air volumes from 500 m³/h up to 140,000 m³/h.
The air handling unit can be designed to deliver
whatever air flow you require, via the specific
dimensions of flow section available
at the installation.
Professional
› Pre-configured sizes
› Tailored to the individual
Air flow (m/h x ,)
Professional
140
customer
› Modular construction
120
Energy
Energy
100
› High-end solution for optimised
energy consumption
› High efficiency components
› Strong Return on Investment
90
80
NEW Compact
› Pre-configured sizes
› Plug & Play concept
› EC Fan Technology
› High Efficiency Heat Wheel
› Compact Design
70
60
50
40
Compact
20
 m/h
up to , m/h
 m/h
up to , m/h
m/h
up to , m/h
0
The D-AHU Professional and Energy series
provide a complete solution including unit control
(EKEXV, EKEQ, DDC controller) factory mounted
and configured, plug & play with our ERQ and
VRV condensing units.
The easiest solution as you save time and only
have one point of contact!
Return on investment
The air handling unit (AHU) is critical to an effective
climate control system and the savings generated
by our advanced designs and operating efficiencies
guarantee a rapid return on the investment made.
Our AHU Energy series has been designed to deliver
exceptional performance thus driving down
the energy consumed and so lowering energy bills.
Taken over the expected 15-year life-span
of the equipment, this will result in a substantial
saving, especially in a time of ever increasing
energy prices.
Pre-defined sizes
27 fixed sizes are available, optimized to reach
the optimum combination between value for money
and manufacturing standardisation. Daikin’s section
by section design means that units can be sized by
1cm increments and assembled on site, without
welding, to suit the space constraints
of the installation.
Ventilation & Air Handling
Dainkin fresh air package - plug & play
High efficiency components
All Daikin air handling units have been designed
for optimum energy efficiency. Polyurethane
or Mineral wool panels guarantee excellent thermal
insulation performance. And the widest range of
filters are provided to meet even the most strict
demands.
209
Air handling unit applications
Why use ERQ and VRV condensing units for connection
to air handling units?
High Efficiency
Daikin heat pumps are renowned for their high
energy efficiency. Integrating the AHU with a heat
recovery system is even more effective since
an office system can frequently be in cooling mode
while the outdoor air is too cold to be brought
inside in an unconditioned state. In this case heat
from the offices is merely transferred to heat up
the cold incoming fresh air.
Outside air = °C
Fresh air supplied at °C.
The temperature difference with
the outdoor air is heated up for free
by heat recovery via A/C system
Indoor temperature °C,
needs cooling because of solar
radiation.
The excessive heat can be
transferred to the AHU.
Fast response to changing loads resulting
in high comfort levels
Easy Design
and Installation
Daikin ERQ and VRV units respond rapidly
to fluctuations in supply air temperature, resulting
in a steady indoor temperature and resultant high
comfort levels for the end user. The ultimate is the
VRV range which improves comfort even more by
offering continuous heating, also during defrost.
The system is easy to design and install since
no additional water systems such as boilers,
tanks and gas connections etc. are required.
This also reduces both the total system investment
and running cost.
Daikin Fresh air package
VRV IV or ERQ
condensing unit
gas
liquid
Factory fitted and welded
fresh air package
210
Expansion valve
Electronic interface
(EKEXV)
(EKEQ)
Flexible control possibilities for air handling units
In order to maximize installation flexibility,
4 types of control systems are offered
Control y: Control of refrigerant (Te/Tc) temperature via Daikin
control (no DDC controller needed) with 3rd party thermostat
(Daikin control for field settings and error indication)
Control z: Control of air temperature (suction temperature, room
temperature) via Daikin control (no DDC controller needed)
Possibility W (Td/Tr control):
Possibility X (Td/Tr control):
Air temperature control via DDC controller
Room temperature is controlled as a function of the air handling
unit suction or discharge air (customer selection). The DDC
controller is translating the temperature difference between set
point and air suction temperature (or air discharge temperature or
room temperature) into a proportional 0-10V signal
which is transferred to the Daikin control box (EKEQFCBA).
This voltage controls the compressor frequency.
Precise air temperature control via DDC controller
Room temperature is controlled as a function of the air handling
unit suction or discharge air (customer selection). The DDC
controller is translating the temperature difference between set
point and air suction temperature (or air discharge temperature
or room temperature) into a reference voltage (0-10V) which is
transferred to the Daikin control box (EKEQFCBA). This reference
voltage will be used as the main input value for the compressor
frequency control.
Ts
DDC
Te
AHU
Daikin
control box:
EKEQFCBA
Tr
Ts
Td
DDC
Room
Te
AHU
Daikin
control box:
EKEQFCBA
Tr
Td
Room
Possibility Y (Te/Tc control):
Possibility Z (Ts/Tr control):
By fixed evaporating /condensing temperature
A fixed target evaporating temperature of between 3°C and
12°C can be set by the customer. In this case, room temperature is
only indirectly controlled. The cooling load is determined from
the actual evaporating temperature (i.e. load to the heat
exchanger). A Daikin infrared remote control (BRC1D52 or
BRC1E52A/B - optional) can be connected for error indication.
Control your AHU just like a VRV indoor unit with 100% fresh air
(BRC1D52 or BRC1E52A/B - optional)
Set point can be fixed via standard Daikin infrared remote control.
Remote ON/OFF can be achieved
by an optional adapter KRP4A51.
No external DDC controller should be connected. The cooling load is
determined from the air suction temperature and set point on
the Daikin controller.
ON / OFF
Daikin
control box:
EKEQFCBA
AHU
Te
Ts
Tr
KRP4A51
Ts
Td
Daikin
control box:
EKEQDCB
EKEQMCB
Room
BRC1D52
BRC1E52A/B
Option kit
Possibility w
Possibility x
EKEQFCBA
Possibility y
Possibility z
EKEQDCB
EKFQMCBA*
Te
AHU
Tr
Td
Room
BRC1D52
BRC1E52A/B
Ts = Air suction temperature
Tr = Room temperature
AHU = Air Handling Unit
Td = Air discharge temperature
Te = Evaporating temperature
DDC = Digital Display Controller
Features
DDC controller is required
temperature control using air suction or air discharge temperature
DDC and Microtech controller is required
Precise Temperature control using air suction or air discharge temperature
Using fixed evaporating temperature, no set point can be set using remote control
Using Daikin infrared remote control BRCD or BRCEA/B
Temperature control using air suction temperature
* EKEQMCB (for ’multi’ application)
211
Ventilation & Air Handling
Control w: Off the shelf control of air temperature (discharge
temperature, suction temperature, room temperature) via any
DDC controller using a proportional 0~10V algorithm for capacity
control
Control x: Precize control of air temperature (discharge
temperature, suction temperature, room temperature) requiring a
preprogrammed DDC controller (for special applications) using a
proportional 0~10V algorithm for capacity control
Air handling application
- for larger capacities (from 8 to 54HP)
An advanced solution for both pair and multi application
›
›
›
›
›
›
Inverter controlled units
Heat recovery, heat pump
R-A
Control of room temperature via Daikin control
Large range of expansion valve kits available
BRCEA/B is used to set the set point temperature
(connected to the EKEQMCBA).
› Connectable to all VRV heat recovery and
heat pump systems
212
Air handling application
W, X, Y control for VRV IV
heat pump
Z control for all VRV
outdoor units
R*YQ-T
R*YQ-T
Refrigerant piping
F-F
Ventilation & Air Handling
other communication
213
Air handling application
ERQ - for smaller capacities
(from 100 to 250 class)
Daikin air handling unit
An basic fresh air solution for
both pair application
›
›
›
›
Inverter controlled units
Heat pump
R-A
Wide range of expansion valve kits available
The “Daikin Fresh Air Package” provides a complete Plug & Play Solution including
AHU, ERQ or VRV Condensing Unit and all unit control (EKEQ, EKEX, DDC controller)
factory mounted and configured. The easiest solution with only one point of contact.
F - F
Refrigerant piping
Ventilation
ERQ
Capacity range
HP
Cooling capacity Nom.
kW
Heating capacity Nom.
kW
Power input
Cooling
Nom.
kW
Heating
Nom.
kW
EER
COP
Dimensions
Unit
mm
Weight
Unit
kg
Fan-Air flow rate Cooling
Nom.
m³/min
Heating
Nom.
m³/min
Sound power level Cooling
Nom.
dBA
Sound pressure Cooling
Nom.
dBA
Heating
Nom.
dBA
level
Operation range Cooling
Min./Max.
°CDB
Heating
Min./Max.
°CWB
On coil
Heating Min.
°CDB
°CDB
temperature Cooling Max.
Refrigerant
Type / GWP
Charge
kg/ TCOEq
Piping
Liquid
OD
mm
Gas
OD
mm
connections
Drain
OD
mm
Power supply
Phase/Frequency/Voltage
Hz/V
Current
Maximum fuse amps (MFA)
A
AV
4
11.2
12.5
2.81
2.74
Ventilation
ERQ
Capacity range
HP
Cooling capacity Nom.
kW
Heating capacity Nom.
kW
Power input
Cooling
Nom.
kW
Heating
Nom.
kW
EER
COP
Dimensions
Unit
mm
Weight
Unit
kg
Fan-Air flow rate Cooling
Nom.
m³/min
Heating
Nom.
m³/min
Sound power level Nom.
dBA
Sound pressure level Nom.
dBA
Operation range Cooling
Min./Max.
°CDB
Heating
Min./Max.
°CWB
On coil
Heating Min.
°CDB
°CDB
temperature Cooling Max.
Refrigerant
Type / GWP
Charge
kg/ TCOEq
Piping
Liquid
OD
mm
Gas
OD
mm
connections
Power supply
Phase/Frequency/Voltage
Hz/V
Current
Maximum fuse amps (MFA)
A
AW
5
14.0
16.0
3.52
4.00
3.98
4.00
1,680x635x765
159
95
95
72
54
AV
6
15.5
18.0
4.53
4.57
3.42
3.94
3.99
4.56
4.15
1,345x900x320
120
106
102
66
50
52
105
67
51
53
-5/46
-20/15.5
10 (1)
35
R-410A / 2.087,5
4.0/8.4
9.52
69
53
55
15.9
19.1
26x3
1N~/50/220-240
32.0
6.2/12.9
15.9
16
() If on coil temperature is lower, use pre-treatment of the air (heat wheel, ...) to raise on coil temperature
214
AV
5
14.0
16.0
3.51
3.86
AW
8
22.4
25.0
5.22
5.56
4.29
4.50
AW
10
28.0
31.5
7.42
7.70
3.77
4.09
1,680x930x765
187
171
171
240
185
185
78
57
-5/43
-20/15
10
35
R-410A / 2.087,5
7.7/16.1
9.52
19.1
3N~/50/400
58
8.4/17.5
22.2
25
Overview of expansion valves and control boxes
Integration of ERQ and VRV in third party air handling units
a wide range of expension valve kits and control boxes
Combination table
Control box
ERQ
-phase ERQ
ERQ
System A
ERQ
-phase ERQ
ERQ
System B
VRV III
System B
VRV IV
Expansion valve kit
EKEQDCBV EKEQFCBAV EKEQMCBAV EKEXV EKEXV EKEXV EKEXV EKEXV EKEXV EKEXV EKEXV EKEXV EKEXV
Z control W,X,Y control Z control
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
P
n
n
n
n
n
n
n
n
n
n
n
 -> 
n
n
n
n
n
n
n
n
n
n
n
• P (pair application): combination depends on the capacity of the air handling unit
• n (multi application: combination of air handling units and VRV DX indoor units): to determine the quantity, refer to the engineering data book
• n (multi application: multiple air handling units, or the combination of air handling units and VRV DX indoor units): to determine the quantity, refer to the engineering data book
• Control box EKEQFA can be connected to some types of VRV IV outdoor units (with a maximum of  boxes per unit). Do not combine EKEQFA control boxes with VRV DX indoor units, RA indoor units or hydroboxes
Capacity table
Cooling
Heating
Allowed heat exchanger capacity (kW)
Minimum
,
,
,
,
,
,
,
,
,
,










Allowed heat exchanger capacity (kW)
EKEXV Class
Maximum
,
,
,
,
,
,
,
,
,
,
Minimum
,
,
,
,
,
,
,
,
,
,










Saturated evaporating temperature: °C
Air temperature: °C DB / °C WB
Maximum
,
,
,
,
,
,
,
,
,
,
Saturated condensing temperature: °C
Air temperature: °C DB
EKEXV - Expansion valve kit for air handling applications
Ventilation
Dimensions
Unit
Weight
Unit
Sound pressure level Nom.
Operation range On coil
Heating Min.
temperature Cooling Max.
Refrigerant
Type / GWP
Piping connections Liquid
OD
EKEXV
mm
kg
dBA
°CDB
°CDB
mm


.




xx
.

 ()
 ()
R-410A / 2.087,5
.




.
.
() The temperature of the air entering the coil in heating mode can be reduced to -°CDB. Contact your local dealer for more information. () % Relative humidity.
EKEQ - Control box for air handling applications
Ventilation
Application
Outdoor unit
Dimensions
Weight
Power supply
EKEQ
Unit
Unit
Phase/Frequency/Voltage
mm
kg
Hz/V
FCBA
See note
ERQ / VRV
DCB
Pair
ERQ
xx
.
MCBA
Multi
VRV
.
~//
The combination of EKEQFCBA and ERQ is in pair application. The EKEQFCBA can be connected to some type of VRV IV outdoor units with a maximum of  control boxes. The combination with DX indoor units,
hydroboxes, RA outdoor units, ... is not allowed. Refer to the combination table drawing of the outdoor unit for details.
215
Ventilation & Air Handling
EKEXV Class
Controllers
WIRED REMOTE CONTROL
BRC1E52A
INTELLIGENT
TOUCH MANAGER
DCM601A51
INFRARED REMOTE
CONTROLLER
216
Control Systems
Control Systems
Requirements tables per application
Individual control systems
Wired / infrared remote controls
Centralised control systems
Centralised remote control /
Unified ON/OFF control / Schedule timer
DTA113B51
Options & Accessories
218
220
Remote monitoring and maintenance
I-Net
Wireless room temperature sensor
Wired room temperature sensor
Other integration devices
234
236
236
237
222
223
223
Mini building management system
Standard protocol interfaces
Modbus interface
KNX Interface
BACnet Interface
LonWorks Interface
226
229
230
231
Daikin configurator software
232
Control Systems
224
217
Control solutions summary
Requirement tables per application
Daikin offers various control solution adapted to the requirements of even the most
demanding commercial application.
› Basic control solutions for those customers with few
requirements and limited budget
› Integrating control solutions for those customers
that would like to integrate Daikin units into their
existing BMS system
Shop
Automatic control of A/C
Limited control possibilities for shop staff
› Advanced control solutions for those customers
that expect Daikin to deliver a mini BMS solution,
including advance energy management
Unit control
Integrating control
BRC1E52A/B
RTD-20
1 remote
controller for
1 indoor unit
(group)
1 gateway for
1 indoor unit
(group)






Create zones within the shop
Interlock with eg. Alarm, PIR sensor
RTD-Net
KLIC-DI
1 gateway for 1 1 gateway for 1
indoor unit
indoor unit





Integrate Daikin units into existing BMS via Modbus
Advanced control
EKMBDXA
DCS601C51
DCM601A51
1 gateway for
max. 64 indoor
unit(s) (groups)
& 10 outdoors
1 iTC for 64
indoor unit(s)
(groups)
1 iTM for 64
indoor unit(s)
(groups) (1)











Integrate Daikin units into existing BMS via KNX

Integrate Daikin units into existing BMS via HTTP
Monitor energy consumption
Advanced energy management

Allows free cooling
Integrate Daikin products cross pillars
into Daikin BMS
Integrate third party products into Daikin BMS
Web control standard available
for control via local PC






(1) : 7 iTM plus adapters (DCM601A52) can be added to have 512 indoor groups and 80 outdoor (systems)
Hotel
Hotel guest can control & monitor basic functionalities from his room
Limited control possibilities for hotel guests
Interlock with window contact
Interlock with key-card
Unit control
Advanced control
RTD-HO
RTD-Net
KLIC-DI
DCS601C51
DCM601A51
1 remote
controller for
1 indoor unit
(group)
1 gateway for
1 indoor unit
(group)
1 gateway for
1 indoor unit
(group)
1 gateway for 1
indoor unit
1 iTC for 64
indoor unit(s)
(groups)
1 iTM for 64
indoor unit(s)
(groups) (1)


















Integrate Daikin units into existing BMS via Modbus
Integrate Daikin units into existing BMS via KNX
Integrate Daikin units into existing BMS via HTTP
Monitor energy consumption
Advanced energy management
Integrate Daikin products cross pillars into Daikin BMS
Integrate third party products into Daikin BMS
Web control standard available for control via local PC
(1) : 7 iTM plus adapters (DCM601A52) can be added to have 512 indoor groups and 80 outdoor (systems)
218
Integrating control
BRC2/3E52C








Control solutions summary
Office
Unit control
BRC1E52A/B
1 remote
controller for
1 indoor unit
(group)
Automatic control of A/C

Centralised control for management
Local control for office workers
Limited control possibilities for office workers


Integrating control
EKMBDXA
DMS504B51
Advanced control
DMS502A51 /
DAM412B51
DCS302C51 /
DST301B51
1 gateway for
1 gateway for
1 R/C for max.
1 gateway for
max. 64 indoor
128 indoor
64 groups, 128
64 indoor unit(s)
unit(s) (groups)
unit(s) (groups), indoor units, 10
(groups)
& 10 outdoors
20 outdoors (2)
outdoors









 (3)


DCS601C51
DCM601A51
1 iTC for 64
indoor unit(s)
(groups)
1 iTM for 64
indoor unit(s)
(groups) (1)









Integrate Daikin units into existing BMS via Modbus
Integrate Daikin units into existing BMS via KNX

Integrate Daikin units into existing BMS via HTTP

Integrate Daikin units into existing BMS via LonTalk

Integrate Daikin units into existing BMS via BACnet
Energy consumption read out






Monitor energy consumption
Advanced energy management
Integrate Daikin products cross pillars into Daikin
BMS
Integrate third party products into Daikin BMS
Web control standard available for control via local
PC
Technical cooling
Automatic control of A/C
Back-up operation
Duty rotation
Unit
Integrating
Advanced
DTA113B51
RTD-10
DCM601A51
1 PCB for 4
indoor unit(s)
(groups)
1 gateway for
up to 8 indoor
units (group)
1 iTM for 64
indoor unit(s)
(groups) (1)















Limited control possibilities in the technical cooling room
If room temperature above max., then show alarm & start standby
unit.
If an error occurs, an alarm will be shown.
Control Systems
(1) : 7 iTM plus adapters (DCM601A52) can be added to have 512 indoor groups and 80 outdoor (systems)
(2) : extension needed to go to 256 indoor unit(s) (groups), 40 outdoors
(3) : ON/OFF only
(1) : 7 iTM plus adapters (DCM601A52) can be added to have 512 indoor groups and 80 outdoor (systems)
219
Individual control systems
BRC944B2*/BRC1D52
Wired remote control
ĺ Schedule timer:
Five day actions can be set as follows:
• set point: unit is switched ON and normal
operation is maintained
• OFF: unit is switched OFF
• limits: unit is switched ON and min./max.
control (cf. limit operation for more details)
ĺ Home leave (frost protection): during absence, the
indoor temperature can be maintained at a certain
level. This function can also switch the unit ON/OFF
ĺ User friendly HRV function, thanks to the
introduction of a button for ventilation mode and
fan speed
ĺ Constantly monitoring of the system for
malfunctions in a total of  components
ĺ Immediate display of fault location and condition
ĺ Reduction of maintenance time and costs
BRCD
BRCB
Display
ĺ
ĺ
ĺ
ĺ
ĺ
ĺ
ĺ
Operating mode
Heat Recovery Ventilation (HRV) in operation
Cool / heat changeover control
Centralised control indication
Group control indication
Set temperature
Air flow direction
ĺ
ĺ
ĺ
ĺ
ĺ
ĺ

Programmed time
Inspection test / operation
Fan speed
Clean air filter
Defrost / hot start
Malfunction
Only functions marked with ‘’ are available on BRCB
ARC4*/BRC4*/BRC7*
Infrared remote control
Operation buttons: ON / OFF, timer mode start / stop,
timer mode on / off, programme time, temperature
setting, air flow direction (1), operating mode, fan
speed control, filter sign reset (2), inspection (2)/ test
indication (2)
Display: Operating mode, battery change, set
temperature, air flow direction (1), programmed time,
fan speed, inspection / test operation (2)
. Not applicable for FXDQ, FXSQ, FXNQ, FBDQ, FDXS, FBQ
. For FX** units only
. For all features of the remote control, refer to the operation manual
ARCA
BRC*/BRC*
BRC2E52A / BRC3E52A
Simplified wired remote control developed for hotel applications
Symbol driven interface for intuitive control
Functions restricted to basic customer needs
Contemporary design
Energy saving thanks key card,
window contact integration and set point limitation
ĺ Flexible setback function ensures room temperature remains
within comfortable limits to ensure guest comfort
ĺ Flat backpanel for easy installation
ĺ
ĺ
ĺ
ĺ
220
ĺ Easy commissioning: intuitive interface
for advanced menu settings
ĺ  versions available:
• Heat pump type: temperature,
fan speed, ON/OFF
• Heat recovery type: temperature,
mode, fan speed, ON/OFF
ĺ Replaces existing BRCC & BRCA
User friendly remote control with
contemporary design
BRC1E52A/B
Graphical display of indicative
› Temperature range limit
› Setback function
› Presence & floor sensor connection
(available on new round flow cassette)
› kWh indication
› Set temperature auto reset
› Off timer
electricity consumption
(Function available in
combination with FCQG and
FCGHQ)
Temperature range limit avoids excessive
heating or cooling
Save energy by constraining the lower temperature
limit in cooling and upper temperature limit in
heating mode.
note : Also available in auto cooling/heating change over mode.
Other functions
› Up to  independent schedules can be set,
so the user can easily change the schedule himself
throughout the year (e.g. Summer, winter, mid-season)
› Possibility to individually restrict menu functions
Easy to use: all main functions directly accessible
› Easy setup: clear graphical user interface for
advanced menu settings
› Real time clock with auto update to daylight
saving time
› Built-in backup power: when a power failure occurs
all settings remain stored up to  hours
› Supports multiple languages
English, German, Dutch, Spanish, Italian, Portuguese,
French, Greek, Russian, Turkish, Polish (BRCEA)
English, German, Czech, Croatian, Hungarian,
Romanian, Slovenian, Bulgarian, Slovak, Serbian,
Albanian (BRCEB)
kWh indication keeps track of your
consumption
The kWh indication shows an indicative electricity
consumption of the last day/month/year.
221
Control Systems
A series of energy saving functions that
can be individually selected
Centralised control systems
Centralised control of the Sky Air and VRV system can be achieved via 3 user friendly compact.
These controls may be used independently or in combination with 1 group = several (up to 16)
indoor units in combination and 1 zone = several groups in combination.
A centralised remote control is ideal for use in tenanted commercial buildings subject to random occupation,
enabling indoor units to be classified in groups per tenant (zoning).
The schedule timer programmes the schedule and operation conditions for each tenant and the control can
easily be reset according to varying requirements.
DCS302C51
Centralised remote control
Providing individual control of  groups (zones) of indoor units.
› a maximum of  groups ( indoor units, max.  outdoor
units) can be controlled
› a maximum of  groups ( indoor units, max.  outdoor
›
›
›
›
›
›
units) can be controlled via  centralised remote controls in
separate locations
zone control
group control
malfunction code display
maximum wiring length of ,m (total: ,m)
air flow direction and air flow rate of HRV can be controlled
expanded timer function
DCS301B51
Unified ON/OFF control
Providing simultaneous and individual control of 16 groups
of indoor units.
›
›
›
›
›
a maximum of  groups ( indoor units) can be controlled
 remote controls in separate locations can be used
operating status indication (normal operation, alarm)
centralised control indication
maximum wiring length of ,m (total: ,m)
DST301B51
Schedule timer
Enabling 64 groups to be programmed.
›
›
›
›
222
a maximum of  indoor units can be controlled
 types of weekly schedule
a maximum of  hours back up power supply
a maximum wiring length of ,m (total: ,m)
Centralised control systems
DTA113B51
Basic solution for control of Sky Air and VRV
› Rotation function
› Backup operation function.
BRCD
Up to  units /  adapter
DCS601C51
Detailed & easy monitoring and operation of VRV systems (max. 64 indoor units groups).
third party controller (domotics, BMS, etc.)
Public line
Fire alarm
Onboard
Ethernet
modem
Forced OFF contact input
Air conditioning
Network Service
System
DIII-NET
Indoor units
HRV
DCSC
System layout
› Up to  indoor units can be
controlled
› Touch panel (full colour LCD
via icon display)
Management
› Enhanced history function
Control
› Individual control
›
›
›
›
›
›
›
›
›
›
›
›
›
(set point, start/stop,
fan speed)
(max.  groups/indoor units)
Set back shedule
Enhanced scheduling function
( schedules,  patterns)
Flexible grouping in zones
Yearly schedule
Fire emergency stop control
Interlocking control
Increased HRV monitoring
and control function
Automatic cooling / heating
change-over
Heating optimization
Temperature limit
Password security:  levels
(general, administration
& service)
Quick selection and full
control
Simple navigation
Monitoring
› Visualisation via Graphical
User Interface (GUI)
› Icon colour display change
function
› Indoor units operation mode
› Indication filter replacement
Cost performance
› Free cooling function
› Labour saving
› Easy installation
› Compact design: limited
Open interface
› Communication to any third
party controller (domotics,
BMS, etc.) is possible via open
interface (http option)
Connectable to
› VRV
› HRV
› Sky Air
› Split (via interface adapter)
installation space
› Overall energy saving
223
Control Systems
Languages
› English
› French
› German
› Italian
› Spanish
› Dutch
› Portuguese
NEW
Check on
Mini Building Management System
https://www.youtube.com/
DaikinEurope
DCM601A51
Mini BMS
• Price competitive mini BMS
• Cross-pillar integration of Daikin products
• Integration of third party equipment
with full integration
across all product pillars
System overview
Web Access
Internet
Extranet
LAN
3G
http interface
Integration of third
party equiqment
Full control of Daikin
HVAC-R portfolio
DCM601A51
ITM plus adaptor line
Max. 7
adapters
Di/Pi line
Fire alarm
Max. 200m
DCM601A52
Di/Pi port
kWh meter
Direct plug & play connection!
indoor units,
air curtain,
Lighting
Fan
Pump
Sensor
Multi state objects
Elevator
224
Air handling unit
Alarm
I/O module
I/O module
hydrobox,
air handling units
Referigeration
WAGO
interface
Chillers and AHU
BACnet
protocol
Fan coil units
Split
Mini Building Management System NEW
User friendliness
› Intuitive user interface
› Visual lay out view and direct access to indoor unit
main funtions
› All functions direct accessible via touch screen
or via web interface
Smart energy management
› Monitoring if energy use is according to plan
› Helps to detect origins of energy waste
› Powerful schedules guarantee correct operation
throughout the year
› Save energy by interlocking A/C operation with other
equiment such as heating
Flexibility
Plug & play
NEW › Cross-pillar integration (heating, air conditioning,
applied systems, refrigeration, air handling units)
NEW › BACnet protocol for rd party products integration
› I/O for integration of equipment such as lights,
pumps… on WAGO modules
› Modular concept for small to large applications
› Control up to  indoor unit groups via one ITM
and combine multiple ITM via the web interface
Split
Fan coils
Chillers and AHU
Refrigeration
Easy servicing and commissioning
› Remote refrigerant containment check preventing
on site visit
› Simplified troubleshooting
› Save time on commissioning
thanks to the pre-commissioning tool
› Auto registration of indoor units
Flexibility in size
From 64 up to ∞ number
of groups
Functions overview
Management
Control
› English
› Web access
› Individual control
› French
› Power Proportional
› German
› Italian
› Spanish
› Dutch
› Portuguese
Distribution (option)
› Operational history
(malfunctions, operation hours, …)
› Schedule setting (Weekly
- Chillers (via POL. controller)
NEW
- Daikin AHU
schedule, yearly calender,
- Fan coils
seasonal schedule)
- Daikin Altherma Flex type
- LT and HT hydroboxes
- monitor if energy use is
› Setpoint limitation
- Air curtains
according to plan
› Temperature limit
- detect origins of energy
› Up to , unit groups can
waste
- WAGO I/O, AO and PI
NEW
be controlled
› Setback function
WAGO Interface
(ITM plus Integrator +  iPU
› Sliding temperature
› Modular integration of rd
(incl. iTM adaptor)
- DX Split, Sky Air, VRV
(, groups)
› Interlock control
› Smart energy management
System layout
› Ethernet TCPIP
Connectable to
- BACnet protocol
party equipment
- WAGO coupler (interface
between WAGO and Modbus)
- Di module
- Do module
- Ai module
- Thermistor module
225
Control Systems
Languages
Standard protocol interfaces
Modbus Interface
RTD
RTD-RA
› Modbus interface for monitoring and controlling
residential indoor units
RTD-NET
› Modbus interface for monitoring and controlling
Sky Air, VRV, VAM and VKM
RTD-10
› Advanced integration into BMS of Sky Air, VRV, VAM
and VKM through either:
• Modbus
• Voltage (-V)
• Resistance
› Duty/standby function for server rooms
RTD-20
› Advanced control of Sky Air, VRV, VAM/VKM and air
curtains
› Cloned or independent zone control
› Increased comfort with integration of CO sensor
for fresh air volume control
› Save on running costs via
• pre/post and trade mode
• setpoint limitation
• overall shut down
• PIR sensor for adaptive deadband
RTD-HO
› Modbus interface for monitoring and controlling
Sky Air, VRV, VAM and VKM
› Intelligent hotel room controller
226
Integration of RA, Sky Air, VRV,
in BMS or home automation
systems
Overview functions
Main functions
Dimensions
HxWxD
mm
Key card + window contact
Set back function
Prohibit or restrict remote control functions (setpoint limitation, ...)
Modbus (RS)
Group control
 -  V control
Resistance control
IT application
Heating interlock
Output signal (on/defrost, error)
Retail application
Partitioned room control
Air curtain
RTD-RA
RTD-NET
RTD-
80 x 80 x 37,5
RTD-
RTD-HO
100 x100 x 22
**
(1)
****
***
***
(): By combining RTD-RA devices
Control functions
RTD-RA
RTD-NET
RTD-
RTD-
RTD-HO
On/Off
Set point
Mode
fan
Louver
HRV Damper control
Prohibit/Restrict functions
Forced thermo off
M,C
M
M
M
M
M
M
M
M
M
M
M
M,V,R
M,V,R
M,V,R
M,V,R
M,V,R
M,V,R
M,V,R
M
M
M
M
M
M
M
M*
M*
M*
M*
M*
RTD-RA
RTD-NET
RTD-
RTD-
RTD-HO
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M
M*
Control Systems
Monitoring functions
On/Off
Set point
Mode
fan
Louver
RC temperature
RC mode
nbr units
Fault
Fault code
Return air temperature (Average /Min/Max)
Filter alarm
Termo on
Defrost
Coil In/Out temperature
M
M
M : Modbus / R : Resistance / V : Voltage / C: control
* : only when room is occupied / ** : setpoint limitation / (*) if available
*** : no fan speed control on the CYV air curtain / **** : run & fault
227
Standard protocol interfaces
DIII-net Modbus interface
EKMBDXA
Integrated control system for seamless connection
between Sky Air and VRV and BMS systems
›
›
›
›
Communication via Modbus RS protocol
Detailed monitoring and control of the VRV total solution
Easy and fast installation via DIII-net protocol
As the Daikin DIII-net protocol is being used, only one modbus interface is needed per Daikin unit
VRV network
DIII- NET
EKMBDXA
VRV Outdoor unit
HRV
*via EKEQ box
up to  units connectable per interface
Sky Air network
Inverter chiller network
Building
control
network
Fire alarm
Security
Power supply facility
Lighting
Pump
EKMBDXAV
Maximum number of connectable indoor units
Maximum number of connectable outdoor units
Communication
DIII-NET - Remark
Protocol - Remark
Protocol - Type
Protocol - Max. Wiring
length
Dimensions
HeightxWidthxDepth
Weight
Ambient temperature - operation
Max.
Min.
Installation
Power supply
Frequency
Voltage
228


DIII-NET (FF)
 wire; communication speed:  bps or  bps
RS (modbus)
m
mm
kg
°C
°C
Hz
V

xx
.


Indoor installation

-
Elevator
Standard protocol interfaces
KNX interface
KLIC-DD
KLIC-DI
Integration of Split, Sky Air and VRV in HA/BMS systems
Connect split indoor units to KNX interface
for Home Automation system
Concept
light
house
shutter control
Domotica
Controller
Interface Daikin protocol/ KNX
tv
Connect Sky Air / VRV indoor units to
KNX interface for BMS integration
light
Concept
shop
shutter control
Domotica
tv
Controller
Interface Daikin protocol/ KNX
KNX interface line-up
The integration of Daikin indoor units through
the KNX interface allows monitoring and control
of several devices, such as lights and shutters, from
one central controller. One particularly important
feature is the ability to programme a ‘scenario’
- such as “Home leave” - in which the end-user selects
a range of commands to be executed simultaneously
once the scenario is selected. For instance in
“Home leave” , the air conditioner is off, the lights are
turned off, the shutters are closed and the alarm is on.
Control Systems
KNX interface for
KLIC-DD Size xxmm
Split
Basic control
On/Off
Mode
Temperature
Fan speed levels
Swing
Advanced functionalities
Error management
Scenes
Auto switch off
Temperature limitation
Initial configuration
Master and slave configuration
•
Sky Air
KLIC-DI Size xxmm
VRV
•
•
Auto, heat, dry, fan, cool
Auto, heat, dry, fan, cool
Auto, heat, dry, fan, cool
 or  + auto
Stop or movement
 or 
Stop or movement
 or 
Swing or fixed positions ()
•
•
•
•
•
•
Communication errors, Daikin unit errors
•
•
•
•
•
•
•
•
•
•
•
229
Standard protocol interfaces
BACnet Interface
Integrated control system for seamless connection between VRV,
applied systems, air handling units and BMS systems
BMS
› Interface for BMS system
› Communication via BACnet protocol
(connection via Ethernet)
› Unlimited sitesize
› Easy and fast installation
› PPD data is available
on BMS system (only for VRV)
VRV network
BACNET / ETHERNET
DIII- NET
DMSA
Local Control
VRV Outdoor unit
HRV
up to  units connectable per interface
Remote Control
Applied systems network
Serial Card
BACnet MSTP
EKACBACMSTP
Serial sequencing
panel
EKCMJ
EKCMJ
EKCMJ
EKDSSP-S
Air handling unit network
EKCMBACIP
EKCMBACMSTP
Fire alarm
Security
Pump
Lighting
Power supply facility
Building
control
network
230
Elevator
Standard protocol interfaces
LonWorks Interface
Open network integration of VRV and applied systems
monitoring and control functions into LonWorks networks
LON BMS
VRV network
adapter
LonTalk
DIII- NET
ETHERNET (TCP/IP)
DMSB
Local Control
VRV
Outdoor
unit
HRV
up to  units connectable per interface
Remote Control
Applied systems network
Serial card
LON FTT 
adapter
LonTalk
EKACLONP
Serial sequencing
panel
EKCMJ
EKCMJ
EKCMJ
EKDSSP-S
adapter
LonTalk
LonPoint
LonPoint
Security
Fire alarm
Control Systems
› Interface for Lon connection to
LonWorks networks
› Communication via Lon protocol
(twisted pair wire)
› Unlimited sitesize
› Quick and easy installation
Building
control
network
System
231
Daikin Configurator Software
Daikin Configurator Software
EKPCCAB3
Simplified commissioning:
graphical interface to configure, commission
and upload system settings
Simplified commissioning
The Daikin configurator for Daikin Altherma and
VRV is an advanced software solution that allows for
easy system configuration and commissioning:
› Less time is required on the roof configuring
the outdoor unit
› Multiple systems at different sites can be managed
in exactly the same way, thus offering simplified
commissioning for key accounts
› Initial settings on the outdoor unit can be easily
retrieved
232
Simplified
Retrieve initial
commissioning
system settings
233
Control Systems
What is I-Net?
A service based on our global remote
monitoring technology, keeping your system
trouble-free and working with top efficiency.
CLOUD
I-Net
performance monitoring
and analysis
24/7
What does I-Net offer you
I-Net Services
Safeguarding the lifelong optimum operation of
your air conditioning system means getting geared
up to operate the system in a energy efficient way
and reduce unexpected breakdowns and costs to
the absolute minimum. This is where I-Net helps
to improve the effectiveness of your building
management.
i-Net consists of 2 main services: the VRV Cloud and
I-Net performance monitoring and analysis.
I-Net is about ‘being connected’ with Daikin,
the Internet-based link between you, your air
conditioning system and Daikin’s Remote Monitoring
Centre. This allows you to monitor your energy
consumption and Daikin’s expert service engineers to
monitor your entire system’s status non-stop, all year
round. Through predicting malfunctions and offering
technical advice from data analysis, you can maximise
equipment uptime, as well as controlling energy
costs with no sacrifice in comfort levels. By doing this,
i-Net will prevent problems, prolong your system’s
service life while reducing the energy bill.
234
VRV Cloud
The VRV Cloud puts you in the driving seat of your
energy management. The easy-to-use energy data
trending and analytic tools puts you in control and
shows you CO2 footprint reduction opportunities
and energy savings of up to 15%.
Saving starts by measuring. Enhance your company’s
sustainability !
I-Net performance monitoring and analysis
Focus on your core business and hand the HVAC
over to Daikin. Daikin I-Net connects your system
continuously with Daikin. It notifies alarms and
early warnings of system deviations to maximise
system uptime and the comfort of the people in the
building. Service providers have webbased access to
operation data so that they are fully prepared when
they arrive on-site. Specialists run trend analyses.
All of which boosts your system’s reliability by
ensuring that it is running at optimum efficiency.
Data server
Performance supervision
Internet
and analysis
24/7
Prediction analysis
Data trend logging
Information to:
›
›
customers
service company
CLOUD
Controller
Monitor your energy
managment.
Connection with I-Net via
ITM, PCASO, ...
Helps you manage your energy through Daikin
technology.
› Intelligent energy visualization tool that helps you
with your energy management
› / online monitoring by the customer from any
location.
› User friendly visualization of VRV energy
management (kWh)
› Analysis support of waste operation
› Multiple site monitoring
Performance monitoring
Daikin’s unique I-Net Service aims to prevent
the equipment coming to an unexpected stop or
needing emergency repair.
Fast response, better prepared
› If an alarm does occur, the service provider is
immediately alerted and receives all crucial
information.
› Early fault indication (predictions) : operation data
are / checked by I-Net prediction algorithms
to act as early as possible, averting unscheduled
breakdowns.
› Performance Supervision by Daikin experts
enhances a maintenance plan.
› This service aims to enhance the service level, to
respond fast and accurate, to save on unexpected
repair costs and assure the peace of mind.
Repetitive interventions and disturbance of building
tenants and maintenance teams are kept to a
minimum.
Long lifetime systems
› I-Net will maximise the installation’s lifetime, by
assuring the equipment runs in optimal conditions
and avoid unnecessary stress on components.
Analysis
Control Systems
Daikin VRV Cloud
Be connected with Daikin’s experts, this gives you
a clear overview of operability and use of the air
conditioning system.
› Daikin continuously monitors energy, operation
and comfort data. Thanks to periodic analysis of
the data, Daikin can suggest ways of improving
performance.
› if there is a problem, Daikin specialists will analyse
the operation data history to provide remote
support.
235
Room sensors
Wireless room temperature sensor
K.RSS
Flexible and easy installation
› Accurate temperature measurement thanks to flexible
placement of the sensor
› No need for wiring
› No need to drill holes
› Ideal for refurbishment
Connection diagram Daikin indoor unit PCB (FXSQ-P example)
Power supply – X, X
Air sensor – XA, X
Rf Receiver
RF sender
Specifications
Dimensions
Weight
Power supply
Battery life
Battery type
Maximum range
Operation range
Communication
mm
g
m
°C
Type
Frequency
MHz
Wireless room temperature sensor kit (K.RSS)
Wireless room temperature receiver
Wireless room temperature sensor
 x 
ø 


VDC, max.  mA
N/A
N/A
+/-  years
N/A
 Volt Lithium battery

~
RF
.
› Room temperature is sent to the indoor unit every  seconds or if the temperature difference is .°C or larger.
Wired room temperature sensor
KRCS01-1B
KRCS01-4B
› Accurate temperature measurement,
thanks to flexible placement of the sensor
Specifications
Dimensions (HxW)
Weight
Length of branch wiring
236
mm
g
m
 x 


Other integration devices
ADAPTER PCBs
Simple solutions for unique requirements
Daikin’s adapter PCBs provide simple solutions
for unique requirements. They are a low cost option
to satisfy simple control requirements and can be
used on single or multiple units.
(E)KRPB*
adapter for wiring
• Facilitates integration of auxiliary heating apparatus, humidifiers, fans, damper
• Powered by and installed at the indoor unit
KRPA*/KRPA*
Wiring adapter for
electrical appendices
•
•
•
•
Remotely start and stop up to  indoor units ( group) (KRPA* via P P)
Remotely start and stop up to  indoor units ( groups) (KRPA* via F F)
Alarm indication/ fire shut down
Remote temperature setpoint adjustment
DTAA*
Outdoor Unit External
Control Adapter
• Individual or simultaneous control of VRV system operating mode
• Demand control of individual or multiple systems
• Low noise option for individual or multiple systems
KRP*
Interface adapter for
DIII-net
KRP*
Wiring adapter normal
open contact / normal
open pulse contact
KRP*
Adapter for split units
without an S port
• Allows integration of split units to Daikin central controls
•
•
•
•
•
Switch off auto restart after power failure
Indication of operation mode / error
Remotely start /stop
Remotely change operation mode
Remotely change fan speed
• Connect a wired remote control
• Connect to Daikin central controls
• Allow external contact
Concept and benefits
Control Systems
› Low cost option to satisfy simple control requirements
› Deployed on single or multiple units
237
Options & accessories
AUTOCLEANING PANEL
FILTERS
INTELLIGENT SENSORS
238
Options &
accessories





Options & Accessories
VRV outdoor
VRV indoor
Stylish indoor
Ventilation & Hot Water
Control Systems
239
Options & accessories -
outdoor
VRV IV with continuous heating
-module
systems
RYYQ-T RYYQ-T RYMQ-T RYMQ-T
Multi-module connection kit (obligatory) - Connects multiple modules into a single
refrigerant system
Extended level difference kit - Allows outdoor unit to be more than m
above indoor units
Central drain pan kit - Installs onto the underside of the outdoor unit and collects drain
water from all bottom plate outlets into a single outlet. In cold areas should be heated by
a field-supplied heater to prevent drain water from freezing in the drain pan.
Heater tape kit - Optional electrical heater to guarantee trouble-free operation in
extremely cold and humid climates (one per outdoor unit needed)
External control adapter for outdoor unit - Allows to activate Low Noise Operation
and three levels of Demand Limiting via external dry contacts. Connects to the F/F
communication line and requires power supply from an indoor unit*, BSVQ box, or VRV-WIII
outdoor unit.
BHGPA - Digital pressure gauge kit – displays current condensing and evaporating
pressures in the system as standard, or expansion valve positions and temperature sensor
data in a special service mode. Connect to the outdoor unit PCB, for installation in the
outdoor unit.
KRC-A - Mechanical cool/heat selector – allows to switch an entire Heat Pump system,
or one BS-box of a Heat Recovery system between cooling, heating and fan only. Connects
to the A-B-C terminals of the outdoor unit / BS-box.
VRV IV without
-module
systems
BHFQP BHFQP
RXYQT()
RXYQ-T
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
EKBPHT +
EKBPHPCBT
EKBPHT +
EKBPHPCBT
EKBPHT +
EKBPHPCBT
EKBPHT +
EKBPHPCBT
-
-
EKBPHT
+ EKBPHPCBT
EKBPHT
+ EKBPHPCBT
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
See Options & Accessories of indoor units
•
•
•
•
 kit
per system
 kit
per system
•
•
•
•
•
•
•
•
•
•
BRPA - Cool/heat selector PCB (required for VRV IV)
•
•
•
•
•
•
•
•
KKSAA* - Cool/heat selector PCB mounting plate (only required when cool/heat
selector PCB and Heater tape kit are combined)
•
•
•
•
•
•
•
•
KJBA - Installation box for remote cool/heat selector KRC-A
•
•
•
•
•
•
•
•
•
•
•
BPMKSA/A - Branch provider (for connection of / RA indoor units)
•
•
•
-
-
-
-
•
•
•
•
•
•
KKPJF - Central drain plug
-
-
-
-
-
-
-
-
DTAA/* - Demand PCB allowing external input to limit power consumption
•
•
•
•
•
•
•
•
•
•
•
•
•
•
EKPCCAB - VRV configurator
KKSBB* - Demand PCB mounted plate. Needed to mount Demand PCB for some outdoor units.
-
DTAA - DIII-net expander adapter
•
-
•
-
-
-
•
•
•
VRV IV-Q Heat Pump Replacement VRV
Multi-module connection kit (obligatory) - Connects multiple modules into a single
refrigerant system
Central drain pan kit - Installs onto the underside of the outdoor unit and collects drain
water from all bottom plate outlets into a single outlet. In cold areas should be heated by a
field-supplied heater to prevent drain water from freezing in the drain pan.
RQYQ 
RXYQQ-T
RXYQQ-T
-
-
-
BHFQP
BHFQP
KWCB
-
-
-
-
-
EKBPHT +
EKBPHPCBT
EKBPHT +
EKBPHPCBT
-
-
Heater tape kit - Optional electrical heater to guarantee trouble-free operation in
extremely cold and humid climates (one per outdoor unit needed)
External control adapter for outdoor unit - Allows to activate Low Noise Operation
and three levels of Demand Limiting via external dry contacts. Connects to the F/F
communication line and requires power supply from an indoor unit*, BSVQ box, or VRV-WIII
outdoor unit.
BHGPA - Digital pressure gauge kit – displays current condensing and evaporating
pressures in the system as standard, or expansion valve positions and temperature sensor
data in a special service mode. Connect to the outdoor unit PCB, for installation in the
outdoor unit.
KRC-A - Mechanical cool/heat selector – allows to switch an entire Heat Pump system,
or one BS-box of a Heat Recovery system between cooling, heating and fan only. Connects
to the A-B-C terminals of the outdoor unit / BS-box.
-module systems -module systems
DTAA//
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
See Options & Accessories of indoor units
•
•
•
 kit per system
 kit per system
•
•
•
 kit per system
 kit per system
BRPA - Cool/heat selector PCB (required for VRV IV)
-
•
KKSAA* - Cool/heat selector PCB mounting plate (only required when cool/heat
selector PCB and Heater tape kit are combined)
-
-
•
•
•
•
KJBA - Installation box for remote cool/heat selector KRC-A
•
 kit per system
-
DTAA/* - Demand PCB allowing external input to limit power consumption
-
•
•
•
 kit per system
EKPCCAB - VRV configurator
•
•
•
•
KKSBB* - Demand PCB mounted plate. Needed to mount Demand PCB for some
outdoor units.
-
-
-
-
DTAA - DIII-net expander adapter
•
•
•
•
•
•
•
•
•
•
•
Heat Pump
systems (-pipe)
Heat Recovery systems (-pipe)
Refnet Joints
240
Metric-size connections
Imperial-size connections
Sound reduction kit (sound insulation)
Mechanical cool/heat selector – allows to switch an entire Heat Pump system, or
one BS-box of a Heat Recovery system between cooling, heating and fan only.
Connects to the A-B-C terminals of the outdoor unit / BS-box.
Installation box for remote cool/heat selector KRC-
Closed pipe kit
Joint kit
Quiet kit
Metric-size connections
Imperial-size connections
Refnet Headers
Capacity index
Capacity index
Capacity index
Capacity index
Capacity index
< 
~
~
> 
< 
Capacity index
~
KHRQMMT
KHRQMT
-
KHRQMMT
KHRQMT
-
KHRQMMT
KHRQMT
-
KHRQMMT
KHRQMT
-
KHRQMMH
KHRQMH
-
KHRQMMH
KHRQMH
-
-
-
-
-
-
-
-
-
-
-
-
-
KHRQMMT
KHRQMMT
KHRQMMT
KHRQMMT
KHRQMMH
KHRQMMH
KHRQMT
KHRQMT
KHRQMT
KHRQMT
KHRQMH
KHRQMH
Options & accessories -
continuous heating
VRV III-S
Mini VRV
VRV III-C Cold Region VRV
RTSYQ  RTSYQ ~ RTSYQ 
VRV Classic
VRV IV Heat Recovery
-module
systems
-module
systems
RXYSQ
BHFQP
BHFQP
-
-
-
BHFQP
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
KWCB
KWCB x KWCB KWCB
KWCB
KWCB
-
-
-
-
-
BEHAYL
BEHAYL
-
-
EKBPHT +
EKBHPCBT
EKBPHT +
EKBHPCBT
RXYCQA
x BEHAYL
REMQ
-module
systems
-module
systems
-
BHFQP
BHFQP
-
-
-
EKBPHT +
EKBHPCBT
-
-
RXYCQ-A RXYCQ-A REYQ ~ REYQ ~
-
outdoor
-
-
Special order unit
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
See Options & Accessories of indoor units
 kit
per system
 kit
per system
-
•
•
•
•
•
•
•
•
•
 kit
per system
 kit
per system
•
•
•
-
-
-
•
•
•
-
-
-
-
-
•
•
-
-
-
-
-
-
-
-
-
-
-
-
•
•
-
-
-
-
-
-
-
-
-
-
-
-
•
•
•
•
•
-
-
-
•
•
•
-
-
-
-
-
-
-
-
-
-
-
-
•
•
•
•
•
-
-
-
-
-
-
-
-
-
-
-
-
-
•
•
-
-
-
-
-
-
-
-
-
-
-
-
-
•
•
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
•
•
•
•
•
•
•
•
•
•
•
•
•
•
VRV-W IV Water-cooled VRV
VRV III-Q Heat Recovery Replacement VRV
RQEQ ~
Heat Pump application
-module systems -module systems -module systems
RWEYQ-T
Heat Recovery application
-module systems -module systems -module systems -module systems
-
BHFPPC
BHFPPC
BHFPPC
-
BHFQP
BHFQP
BHFQP
BHFQP
KWCB
 kit per module
 kit per module
 kit per module
-
-
-
-
-
-
-
-
-
-
-
-
-
-
DTAA//
For installation into an indoor unit: exact adapter type depends on type of indoor unit.
See Options & Accessories of indoor units
DTAA
Installation in the RWEYQ outdoor unit possible. For installation in indoor units, use appropriate type (DTAA//)
for particular indoor unit. See Options & Accessories of indoor units
•
 kit per system
 kit per system
 kit per system
-
-
-
-
-
-
-
-
-
•
 kit per system
 kit per system
-
-
-
-
-
-
•
 kit per system
 kit per system
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
 kit per system
-
-
-
-
-
•
•
 kit per system
-
•
•
•
•
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
•
•
•
•
•
•
•
•
•
Capacity index
-port
-port
-port
-port
-port
-port
-port
-port
-port
-port
> 
-
-
-
-
-
-
-
-
-
-
KHRQMMH
KHRQMH
-
BSQ-A
EKBSVQLNP
BSVQ-PB
EKBSVQLNP
BSQA
-
BSVQPV
-
BSQA
-
BSVQPV
-
BSQA
BSQA
BSQA
BSQA
-
-
KRC-
-
KRC-
 kit per port
necessary
-
-
KJBA
KHFPAC
KHRPAC
KDDNA
KJBA
KHFPAC
KHRPAC
KDDNA
KHFPAC
KHRPAC
KDDNA
KHFPAC
KHRPAC
KDDNA
KHFPAC
KHRPAC
KDDNA
KHFPAC
KHRPAC
KDDNA
KRC-
 kit per port
necessary
KJBA
KHRQMMH
-
-
-
-
-
KHRQMH
-
-
-
-
-
*Note: blue cells contain preliminary data
241
Options & Accessories
Heat Recovery Branch Selector Boxes (BS-Boxes)
Options & accessories -
indoor
Ceiling mounted cassette units
Round flow
(x)
FXFQ ~A
-way
(x)
FXZQ ~A
FXCQ ~A
FXCQ ~A
FXCQ  ~A
•
•
•
•
•
•*4
•*4
•*4
•*4
•*4
BRCFAF
BRCFW **
(white panel)
BRCFS **
(grey panel)
BRCEB **
(standard panel)
BRCC
BRCC
BRCC
BRCEA
Simplified wired remote control for heat recovery system
-
-
-
-
-
BRCEA
Simplified wired remote control for heat pump system
-
-
-
-
-
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
KRCS-
KRCS-
KRCS-
KRCS-
KRCS-
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
-
-
-
-
-
KRPA **
KRPA *
KRPA
KRPA
KRPA
BRCEA/B
Premium wired remote control with full-text interface and back-light
BRCD
Standard wired remote control with weekly timer
Infrared remote control including receiver
DCSC
Central remote control
Adapters and control
DCSB
Unified ON/OFF control
DSTB
Schedule timer
DCMA
Intelligent Touch Manager
External wired temperature sensor
External wireless temperature sensor
Adaptor for wiring (interlock for fresh air intake fan)
Wiring adapter for external monitoring/control via dry contacts and setpoint control via -Ω
Wiring adapter for external central monitoring/control
(controls  entire system)
-
KRPA
KRPA
KRPA
KRPA
Wiring adapter with  output signals
(Compressor / Error, Fan, Aux. heater, Humidifier output)
EKRPC **
EKRPB
EKRPB
EKRPB
EKRPB
Wiring adapter with  output signals
(Compressor / Error, Fan output)
KRPB **
KRPB
-
-
-
Adapter for multi-tenant applications
(VAC PCB power supply interface)
DTAA
DTAA
-
-
-
External control adapter for outdoor unit
-
-
DTAA
DTAA
DTAA
KRPH *
KRPA
KRPC
KRPC
KRPC
Connector for forced-off contact
standard
-
standard
standard
standard
Connection to centralized control
standard
-
-
-
-
Electrical box with earth terminal ( blocks)
KJBA
-
KJBA
KJBA
KJBA
Electrical box with earth terminal ( blocks)
Installation box / Mounting plate for adapter PCBs
(For units where there is no space in the switchbox)
KJBA
-
KJBA
KJBA
KJBA
Electrical box with earth terminal
-
-
-
-
-
Digital input adaptor
-
-
-
-
-
BYCQDGW (self
clean) */*
BYCQDWW
(white) *
BYCQDW
(standard)
BYFQCW (white
panel)
BYFQCS (grey
panel)
BYFQB (standard
panel)
BYBCQH
BYBCQH
BYBCQH
-
-
-
-
-
-
KDBQB
(standard panel)
-
-
-
KDBHQB *
BDBHQC (white &
grey panel)
-
-
-
KDDQB- +
KDDQB- **
KDDQXA
-
-
-
Air discharge adapter for round duct
-
-
-
-
-
Filter chamber for bottom suction
-
-
KDDFPB
KDDFPB
KDDFPB
KAFPK
KAFQBA
KAFPB
KAFPB
KAFPB
standard
standard
standard
standard
standard
BRYQA
BRYQAW (white
panel)
BRYQAS (grey
panel)
-
-
-
-
-
KEK-A
KEK-A
KEK-A
Decoration panel
(obligatory for cassette units, optional for others, rear panel for FXLQ)
Kit for mounting of decoration panel direct onto unit
Panel spacer for reducing required installation height
Others
-way blow
Sealing kit for -directional or -directional air discharge
Fresh air intake kit
Replacement long life filter
Drain pump kit
Sensor kit
Noise filter (for electromagnetic use only)
* Installation box is necessary for these adapters
* The BYCQDWW has white insulation
Be informed that formation of dirt on white insulation is visibly stronger and that it is consequently not advised to install the BYCQDWW decoration panel
in environments exposed to concentrations of dirt"
* Not recommended because of the limitation of the functions
* To be able to control the BYCQDGW the controller BRCE is needed
* The BYCQDGW is not compatible with Mini VRV, Multi and Split Non-Inverter Outdoor units
* Option not available in combination with BYCQDGW
* Both parts of the fresh air intake are needed for each unit
* Sensing function not available
* Independently controllable flaps function not available
242
Options & accessories -
indoor
Concealed ceiling units (duct units)
Small
Slim
Standard
FXKQ ~
FXKQ 
FXDQ ~ M
FXDQ ~A
FXSQ ~
FXSQ ~
FXSQ ~
FXSQ ~
FXSQ 
•
•
•
•
•*4
•*4
•*4
•*4
•
•*4
•
•*4
•
•*4
•
•*4
•
•*4
BRCC
BRCC
BRCC
BRCC
BRCC
BRCC
BRCC
BRCC
BRCC
-
-
-
-
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
KRCS-
KRCS-
KRCS-
KRCS-B
KRCS-B
KRCS-B
KRCS-B
KRCS-B
KRCS-B
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
-
-
-
-
-
-
-
-
-
KRPA
KRPA
KRPA
KRPA
KRPA *
KRPA *
KRPA *
KRPA *
KRPA *
KRPA
KRPA
KRPA
KRPA
KRPA *
KRPA *
KRPA *
KRPA *
KRPA *
KRPB
KRPB
EKRPB
KRPB
EKRPB *
EKRPB *
EKRPB *
EKRPB *
EKRPB *
-
-
-
-
-
-
-
-
-
-
-
EKMTAC
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
DTAA
-
-
-
KRPB
KRPBA /
KRPB
KRPBA /
KRPB
KRPBA /
KRPB
KRPBA /
KRPB
KRPBA /
KRPB
Standard
Standard
Standard
-
Standard
Standard
Standard
Standard
Standard
Standard
Standard
Standard
-
Standard
Standard
Standard
Standard
Standard
-
-
-
KJBA
KJBA
KJBA
KJBA
KJBA
KJBA
-
-
-
KJBA
KJBA
KJBA
KJBA
KJBA
KJBA
-
-
-
-
KJBA
KJBA
KJBA
KJBA
KJBA
-
-
-
-
BRPA
BRPA
BRPA
BRPA
BRPA
BYKF
BYKF
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
KDAPAA
KDAPAA
KDAPAA
KDAPAA
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Standard
Standard
KDAJK
standard
Standard
Standard
Standard
Standard
Standard
-
-
-
-
-
-
-
-
-
-
-
-
KEK-A
-
-
-
-
-
Options & Accessories
Corner (-way blow)
243
Options & accessories -
indoor
Concealed ceiling units (duct units)
FXMQ ~
FXMQ ~
Large
FXMQ ~
FXTQ~
FXTQ~
•
•*4
•
•*4
•
•*4
•
•*4
•
•*4
BRCC
BRCC
BRCC
BRCC
BRCC
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
KRCS-
KRCS-
KRCS-
KRCS-B
KRCS-
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
Wiring adapter for external monitoring/control via dry contacts and
setpoint control via -Ω
KRPA
KRPA
KRPA
KRPA *
KRPA
Wiring adapter for external central monitoring/control
(controls  entire system)
KRPA
KRPA
KRPA
KRPA *
KRPA
Wiring adapter with  output signals
(Compressor / Error, Fan, Aux. heater, Humidifier output)
BRCEA/B
Premium wired remote control with full-text interface and back-light
BRCD
Standard wired remote control with weekly timer
Infrared remote control including receiver
BRCEA
Simplified wired remote control for heat recovery system
BRCEA
Simplified wired remote control for heat pump system
DCSC
Central remote control
DCSB
Unified ON/OFF control
Others
Adapters and control
DCSC
Schedule timer
DCMA
Intelligent Touch Controller
External wired temperature sensor
External wireless temperature sensor
EKRPB
EKRPB
KRPB
EKRPB *
KRPB
Wiring adapter with  output signals
(Compressor / Error, Fan output)
-
-
-
-
-
Adapter for multi-tenant applications
(VAC PCB power supply interface)
DTAA
DTAA
-
DTAA
-
External control adapter for outdoor unit
DTAA
DTAA
DTAA
DTAA
DTAA
Installation box / Mounting plate for adapter PCBs
(For units where there is no space in the switchbox)
KRPA
KRPA
-
KRPBA / KRPB
-
Connector for forced-off contact
Standard
Standard
Standard
Standard
Standard
Connection to centralized control
Standard
Standard
Standard
Standard
Standard
Electrical box with earth terminal ( blocks)
-
-
-
KJBA
-
Electrical box with earth terminal ( blocks)
-
-
-
KJBA
-
Electrical box with earth terminal
-
-
-
KJBA
-
Digital input adaptor
-
-
-
BRPA
-
Decoration panel
(obligatory for cassette units, optional for others, rear panel for FXLQ)
BYBSD
BYBSD
-
-
-
Kit for mounting of decoration panel direct onto unit
EKBYBSD
EKBYBSD
-
-
-
Panel spacer for reducing required installation height
-
-
-
-
-
Sealing kit for -directional or -directional air discharge
-
-
-
-
-
Decorationpanel for air discharge
-
-
-
-
-
Fresh air intake kit
-
-
-
-
-
KDAJK
KDAJK
-
KDAPAA
-
Air discharge adapter for round duct
Replacement long life filter
-
-
-
-
-
Standard
Standard
-
Standard
-
Sensor kit
-
-
-
-
-
Noise filter (for electromagnetic use only)
-
-
KEK-
-
KEK-
L-type piping kit (for upward direction)
-
-
-
-
-
Drain pump kit
* Installation box is necessary for these adapters
* The BYCQDWW has white insulation
Be informed that formation of dirt on white insulation is visibly stronger and that it is consequently not advised to install
the BYCQDWW decoration panel in environments exposed to concentrations of dirt
* Not recommended because of the limitation of the functions
* To be able to control the BYCQDGW the controller BRCE is needed
* The BYCQDGW is not compatible with Mini VRV, Multi and Split Non-Inverter Outdoor units
* Option not available in combination with BYCQDGW
* Both parts of the fresh air intake are needed for each unit
* Sensing function not available
* Independently controllable flaps function not available
244
Options & accessories Wall mounted
units
Ceiling suspended units
-way blow
FXHQ A
FXHQ A
indoor
Floor standing units
FXHQ ~A
-way blow
FXUQ ~A
FXAQ ~
Concealed
FXNQ ~
FXLQ ~
Free-standing
FXLQ ~
FXLQ ~
•
•*4
•
•*4
•
•*4
•
•*4
•
•*4
•
•*4
•
•*4
•
•*4
•
•*4
BRCG
BRCG
BRCG
BRCC
BRCEB
BRCC
BRCC
BRCC
BRCC
-
-
-
-
-
-
-
-
-
-
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
KRCS-
KRCS-
KRCS-
KRCS-
KRCS-
KRCS-
KRCS-
KRCS-
KRCS-
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
K.RSS
KRPA
KRPA
KRPA
KRPA *
KRPA
KRPA
KRPA
KRPA
KRPA
KRPA
KRPA
KRPA
-
KRPA
KRPA
KRPA
KRPA
KRPA
-
-
-
-
-
KRPB
KRPB
KRPB
KRPB
KRPB
KRPB
KRPB
-
-
-
-
-
-
-
-
-
-
DTAA
EKMTAC
EKMTAC
EKMTAC
EKMTAC
DTAA
DTAA
DTAA
-
DTAA
-
-
-
-
KRPDA
KRPDA
KRPDA
KRPB
KRPA
-
-
-
-
EKRORO
EKRORO
EKRORO
EKRORO
Standard
Standard
Standard
Standard
Standard
-
-
-
-
Standard
Standard
Standard
Standard
Standard
KJBA
KJBA
KJBA
KJBA
-
-
-
-
-
KJBA
KJBA
KJBA
KJBA
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
EKRDPA
EKRDPA
EKRDPA
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
KDBHPB
-
-
-
-
-
-
-
-
KDBTPB
-
-
-
-
-
KDDQA
KDDQA
KDDQA
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
KAFPA
KAFPA
KAFPA
KAFPK
-
-
-
-
-
KDUP
KDUP
KDUP
-
K-KDUEVE
-
-
-
-
-
-
-
-
-
-
-
-
-
KEK-
KEK-
-
-
-
-
-
-
KHFPN
KHFPN
-
-
-
-
-
-
Options & Accessories
KEK-
KHFPM
*Note: blue cells contain preliminary data
245
Options & accessories - stylish indoor
INDOOR UNITS
Wired remote control
Adapters and controls
CTXS-K
FTXS-K
FTXS-K
FTXS-G
FVXG-K
FVXS-F
FDXS-F()
FLXS-B()
BRC ()
BRC () ()
BRC ()
BRC ()
BRC ()
-
BRCD
BRCEA
BRCEB ()
-
Wireless remote control
-
-
-
-
-
-
BRCC
-
Simplified remote control
-
-
-
-
-
-
BRCC
-
Remote control for hotel use
-
-
-
-
-
-
BRCA
-
Cord for wired remote control - m
BRCWA
BRCWA
BRCWA
BRCWA
BRCWA
-
-
-
Cord for wired remote control - m
BRCWA
BRCWA
BRCWA
BRCWA
BRCWA
-
-
-
Wiring adapter normal open contact /
normal open pulse contact
KRPAS ()
KRPAS () ()
KRPAS ()
KRPAS ()
KRPAS ()
KRPAS ()
-
KRPAS ()
Centralised control board - up to  rooms
KRC ()
KRC ()
KRC ()
KRC ()
KRC ()
KRC ()
-
KRC ()
Anti-theft protection for remote control
KKFA
KKFA
KKFA
KKFA
KKFA
-
-
KKFAA
Interface adapter for wired remote control
-
KRPA
-
-
-
-
-
-
Wiring adapter for electrical appendices
-
-
-
-
-
-
KRPA
-
Remote sensor
-
-
-
-
-
-
KRCS-
-
Installation box for adapter PCB
-
-
-
-
-
-
KRPBA
-
Electric box with earth terminal  blocks
-
-
-
-
-
-
KJBA
Electric box with earth terminal  blocks
-
-
-
-
-
-
KJBA
Interface adapter for DIII-net
KRPAS
KRPAS ()
KRPAS ()
KRPAS
KRPAS
KRPAS
-
KRPAS
Online controller
BRPA
BRP ()
BRP
BRPA
BRPA
BRPA
-
BRPA
Modbus gateway
RTD-RA
RTD-RA ()
RTD-RA
RTD-RA
RTD-RA
RTD-RA
RTD-NET
-
KNX gateway
KLIC-DD
KLIC-DD ()
KLIC-DD
KLIC-DD
KLIC-DD
KLIC-DD
KLIC-DI
KLIC-DD
-
-
-
-
-
-
-
-
Titanium apatite photocatalytic airpurification filter without frame
Others
FTXG-LW/S
Photocatalytic deodorising filter, with
frame
-
-
-
-
-
-
-
KAZB
Photocatalytic deodorising filter, without frame
-
-
-
-
-
-
-
KAZB
Air purification filter, with frame
-
-
-
-
-
-
-
KAFB
Installation leg
-
-
-
-
BKS
-
-
-
() Wiring adapter supplied by Daikin. Time clock and other devices : to be purchased locally; () Wiring adapter is also required for each indoor unit; () Cord for wired remote control BRCWA or
BRCWA required; () Standard there is no remote control delivered with this indoor unit. Wired or wireless control to be ordered separately; () Interface adapter KRPA required.
246
Options & accessories - stylish indoor
INDOOR UNITS
Description
Wired remote control
Intelligent touch controller
Infrared remote control (heat pump)
Simplified remote control (with operation mode
selector button)
Simplified remote control (without operation mode
selector button)
Residential central remote control
Remote control for hotel use
Centralised remote control
Unified ON/OFF control
Schedule timer
Adapter for wiring (interlock for fresh air intake fan)
Adapter for external ON/OFF and monitoring/for
electrical appendices
Interface adapter for Sky Air
Installation box for adapter PCB
Remote sensor
Remote ON/OFF, forced OFF
Electrical box with earth terminal (3 blocks)
Electrical box with earth terminal (2 blocks)
Electrical box with earth terminal
Adapter for wiring (hour meter)
Digital input adaptor
Options PCB for external electrical heater, humidifier
and/or hour meter
Option PCB for group control (NIM03)
Mounting plate for adapter PCB
FCQG-F
FFQ-C
FDBQ-B
FBQ-D
FHQ-C
BRC1D52
BRC1E52A (3)
BRC1E52B (4)
DCS601C51
BRC1D528
BRC1E52A (3)
BRC1E52B(4)(9)
DCS601C51
BRC7EB530W
BRC7F530W
BRC7F530S (8-9)
BRC1D52
BRC1E52A (3)
BRC1E52B (4)
-
BRC1D52
BRC1E52A (3)
BRC1E52B (4)
DCS601C51 (2)
BRC1D52
BRC1E52A (3)
BRC1E52B (4)
-

BRC4C65
BRC7G53
-
BRC2E52C 12

BRC2E52C 12
-
-
BRC3E52C (12)
-
-

BRC3A61
DCS302C51
DCS301B51
DST301B51
KRP1B57
KRP4A53 (1)(5)
-
-
-
BRC3E52C
DCS302C51
DCS301B51
DST301B51
KRP1BA59
KRP4A52 1
KRP2A51 1
DTA112B51
DCS302C51
DCS301B51
DST301B51
KRP1B54
KRP4A521
-
-
KRP1B(A)101
KRP1D93A
KRCS01-4
KJB311A
KJB212A
EKRP1C11 (1)(5)
-
DCS302B51
DCS301B51
DST301B51
KRP1B57
KRP4A536
KRP1B101
KRP1BA101
KRCS01-4
EKRP1B2
BRP7A51 (1) (13)
EKRP1B2
-
KRCS01-4B
KJB411A
BRP7A51
KRCS014B
EKRORO4
KJB311A
KJB212A
-
-
-
-
EKRP1B2A (7)
-
-






-
BRC7FA532F (5)
KRP1H98 (5)

Options & Accessories
Notes: (1) Installation box for adapter PCB is necessary; (2) Interface adapter for Sky Air series (DTA112B51) is necessary; (3) Including following languages: English, German, French, Italian, Spanish, Dutch, Greek, Russian, Turkish, Portuguese, Polish; (4) Including
following languages: English, German, Czech, Croatian, Hungarian, Romanian, Slovenian, Bulgarian, Slovak, Serbian, Albanian; (5) Option not available in combination with BYCQ140*G; (6) Installation box for adapter PCB (KRP1B101) is necessary; (7) Electrical
heater, humidifier and hour meter are field supply. These parts should not be installed inside the equipment; (8) Sensing function is not available; (9) Independently controllable flaps function is not available; (10) With the infrared remote control, the individual flap control and automatic air volume control cannot be controlled; (11) Including decoration panel; (12) Including following languages: English, German, French, Dutch, Spanish, Italian, Portuguese; (13) Only possible in combination with simplified remote
control BRC2/3E52C; (14) For residential use only. Cannot be used with other centralised control equipment
Notes: (1) The BYCQ140DW has white insulations. Be informed that dirt is more visible on white insulation and that it is consequently not advised to install the BYCQ140DW decoration panel in environments
*Note: blue cells contain preliminary data
247
Options & accessories - Ventilation & hot water
VAMFA
VAMFA
VAMFB
VAMFB
VAMFB
EN Medium M
-
-
EKAFVF
EKAFVF
EKAFVF
EN Fine F
-
-
EKAFVF
EKAFVF
EKAFVF
EN Fine F
-
-
EKAFVF
EKAFVF
EKAFVF
Model name
-
-
-
KDDMB
KDDMB
Nominal pipe Diameter (mm)
-
-
-


-
-
BRYMA
BRYMA
BRYMA
VHB
VHB
VHB
VHB
VHB
Dust filters
Silencer
CO sensor
VH electrical heater for VAM
Individual control systems
Wired remote control
VAM wired remote control
VAM-FA/FB
VKM-GB(M)
BRCEA/B / BRCD
BRCEA/B / BRCD
BRCB
-
VAM-FA/FB
VKM-GB(M)
Centralised remote control
Centralised control systems
DCSC
DCSC
Unified ON/OFF control
DCSB
DCSB
Schedule timer
DSTB
DSTB
Others
Wiring adapter for electrical appendices (note )
VAM-FA
VAM-FB
VKM-GB(M)
KRPA
KRPA (note )
BRPAA (note /)
Adapter PCB for humidifier
KRP-
BRPAA (note /)
BRPAA (note /)
Adapter PCB for rd party heater
BRPA
BRPAA (note /)
BRPAA (note /)
-
-
-
Remote sensor
Notes
() Cool/heat selector required for operation
() Do not connect the system to DIII-net devices (Intelligent controller, Intelligent Manager, LonWorks interface, BACnet interface…).
() Installation box KRPBA needed.
() Fixing plate EKMPVAM additionally needed for VAM-FB.
() rd party heater and rd party humidifier cannot be combined
() For external control and monitoring (ON/OFF control, operation signal, error indication)
VH electrical heater for VAM
Supply voltage
Output current (maximum)
Temperature sensor
Temperature control range
Run on timer
Control fuse
/V ac / Hz. +/-%
A at °C (ambient)
k ohms at °C (table  T)
 to °C / (-V -%)
Adjustable from  to  minutes (factory set at . minutes)
 X mm  m A
LED indicators
Power ON - Yellow
Heater ON - Red (solid or flashing, indicating pulsed control)
Airflow fault - Red
Mounting holes
Maximum ambient adjacent to terminal box
Auto high temp. cutout
Man. reset high temp. cutout
Run relay
BMS setpoint input
Vh electrical heater for vam
Capacity
Duct diameter
Connectable VAM
248
kW
mm
mm X mm centres  mm ø holes
°C (during operation)
°C Pre-set
°C Pre-set
A V AC or A V DC
-VDC
vHB
VHB
VHB
VHB
VH/AB
VHB


VAMFA
-


VAMFA
VAMFB


VAMFB
VAMFB
.

VAMFB
VAMFB
.

VAMFB
VAMFB
.

VAMFB
VAMFB
Options & accessories - Ventilation & hot water
VAMFB
VAMFB
VAMFB
VAMFB
VKMGB(M)
VKMGB(M)
VKMGB(M)
EKAFVF
EKAFVF
EKAFVF x
EKAFVF x
-
-
-
EKAFVF
EKAFVF
EKAFVF x
EKAFVF x
-
-
-
EKAFVF
EKAFVF
EKAFVF x
EKAFVF x
-
-
-
KDDMB
KDDMB
KDDMB x
KDDMB x
-
KDDMB
KDDMB




-


BRYMA
BRYMA
BRYMA
BRYMA
BRYMA
BRYMA
BRYMA
VHB / VH/AB
VHB / VH/AB
VHB
VHB
-
-
-
EKEQFCB 
EKEQDCB 
EKEQMCB 
BRCEA/B / BRCD
BRCEA/B / BRCD 
BRCEA/B / BRCD 
-
-
-
EKEQFCB 
EKEQDCB 
EKEQMCB 
-
-
-
-
-
-
-
-
-
EKEQFCB 
EKEQDCB 
EKEQMCB 
-
-
-
-
-
-
-
-
KRCS-
Drain pan
Digital I/O PCB
Demand PCB - Required to connect room thermostat
Remote user interface (remocon) - Same controller as supplied with cascade unit
can be mounted parallel or on other location. If  controllers are installed, the
installer needs to select  master &  slave
Back-up heater
Wired room thermostat - Requires demand PCB EKRPAHTA
Wireless room thermostat - Requires demand PCB EKRPAHTA
Remote sensor for room thermostat - Requires demand PCB EKRPAHTA
Domestic hot water tank - standward
(stacked on top of hydrobox)
Domestic hot water tank - with possibility for solar connection
HXY-A
HXHDA
EKHBDPCA
EKRPHBAA
EKRPAHTA
-
EKRUAHTB
-
EKBUHAA(W/V)
EKRTWA
EKRTR
EKRTETS
EKHTSAC
EKHTSAC
EKHWPB
EKSVP (vertical)
EKSHP (horizontal)
EKSRPS
-
Solar collector *
-
Pump station
-
Options & Accessories
* pump station is necessary for this option
249
Options & accessories - Ventilation (air handling units)
D-AHU Professional
Construction type
Aluminium
Profile
Panel insulation
option
option
option
option
option
option
option
option
option
option
option
Glass fibre reinforced nylon
standard
standard
standard
standard
Polyurethane foam density  kg/m thermal
conductivity . W/m*K fire reaction class 
standard
standard
standard
standard
option
option
option
option
standard
Mineral wool density  kg/m thermal conductivity
. W/m*K (referred to °C) fire reaction class 
standard
standard
standard
Pre-coated galvanized steel
option
option
option
option
Galvanized steel
option
option
option
option
Aluminium
option
option
option
option
AISI  stainless steel
option
option
option
option
standard
standard
standard
standard
option
option
option
option
option
option
option
option
Galvanized steel
Internal sheet material Grey Plastisol covered galvanized steel
Aluminium
AISI  stainless steel
Aluminium
Base frame
Galvanized steel
Glass fibre reinforced nylon
Compression type
Type
FP 
standard
option
Pre-coated galvanized steel
Handle
FP 
standard
Anodized aluminium
Grey Plastisol covered galvanized steel
External sheet
material
SP 
standard
Aluminium with thermal break
Anodized aluminium with thermal break
Corner
SP 
standard
Hinge function type
(possibility to remove door)
option
option
option
option
option
standard
(from size  to size )
standard
(from size  to size )
standard
option
standard
(from size  to size )
standard
(from size  to size )
standard
option
standard
(from size  to size )
standard
(from size  to size )
standard
option
standard
(from size  to size )
standard
(from size  to size )
standard
standard
standard
standard
standard
option
option
option
option
DAHU Easy
Construction type
Profile
Aluminium
Corner
Glass fibre reinforced nylon
Panel insulation
Polyurethane foam thermal conductivity . W/m*K
DS 
DS 
Standard
Standard
Standard
Standard
Standard (density  kg/m)
standard (density  kg/m)
External sheet material
Pre-coated galvanized steel (RAL )
Standard
Standard
Internal sheet material
Galvanized steel
Standard
Standard
Base frame
Aluminium
Standard
Standard
Handle
Glass fibre reinforced nylon
Standard
Standard
Type
Compression type
Standard
Standard
250
Options - Control systems
DCMA
DMSA
LonWorks Interface
BACnet Interface
KRPAS
DTAA
DTAB
KRPAS
DTAA
DTAB
DAMB
DAMB
DCMA
DCMA
DCMA
DCMA
WGDCMCPLR
-
-
-
-
-, -
-/-
-, -
-/-
Options & Accessories
iTM plus adapter
iTM ppd software
iTM energy navigator software
iTM BACnet option
WAGO I/O
Modbus communication unit
DCV power supply unit:
DCV power supply unit:
Connector:
Terminator module:
Di module:
Do module:
Ai module:
Thermistor module:
Interface adapter for connection to RA units
Interface adapter for connection to R-C/R- Sky Air units
Interface adapter for connection to R-A Sky Air units
DIII board
Digital input/output
DMSB
251
Over 30 years of
VRV History
The original VRV air conditioning
system developed by Daikin
Industries Ltd. in 1982 is
introduced into Europe in VRV
standard format. VRV D series can
supply conditioned air from up to
6 indoor units connected to
a single outdoor unit.
1987
1991
A further step forward
is taken in 1991 with the
introduction of the
VRV heat recovery system,
offering simultaneous cooling
and heating from different
indoor units on the same
refrigeration circuit.
252
The introduction
of the VRVII-S series extends
the VRV operating scope
into the light commercial
sectors. Available in 4, 5 and
6HP capacities, the system is
designed for installation in
up to 9 rooms.
In anticipation of phase out dates
for all CFC based equipment,
Daikin Europe launched a VRV
interter series with R-407C.
As many as 16 indoor units can be
connected to 1 single outdoor unit.
1994
1998
Consistent high quality and
efficiency lead to the widespread acceptance of the VRV
concept and Daikin becomes the
first Japanese air conditioning
manufacturer to be awarded the
ISO9001 certification.
2003
2004
Daikin introduces the VRVII,
the world’s first R-410A
operated variable refrigerant
flow system. Available in cooling
only, heat pump and heat recovery
versions. No less than 40 indoor
units in heat recovery as well as
heat pump format can be
connected to a single refrigerant
circuit.
2005
Daikin Daikin extends
the operational scope of
its acclaimed VRVII inverter
driven dx air conditioning
system, with a new water
cooled version, VRV-WII.
Available in both heat pump
and heat recovery versions.
20062007
Daikin launches the ‘total solution’ concept
by integrating hot water production and
Biddle air curtains in the VRV system. The
range of indoor units is also expanded by
offering the possibility to connect residential
indoor units as Daikin Emura or Nexura to
the VRV system. 2011 also confirms VRV as
established solution in the market reaching
400,000 outdoor units and
2.2 million indoor units sold.
Daikin extends the VRVIII range
with the water cooled VRV-WIII.
A geothermal version is also
available now.
This system uses geothermal heat
as a renewable energy source
and can operate down to -10°C in
heating mode.
2008
Daikin announces the third
generation of its much acclaimed
VRV range with the extensively
re-engineered VRVIII. Available
in heat recovery, heat pump and
cooling versions, VRVIII incorporates
all the best features of earlier VRV
systems. However, it also possesses
a considerable number of new
design, installation and maintenance
refinements such as automatic
charging and testing.
Up to 64 indoor untis
can be connected to
one system.
2009
2010
Daikin extends its VRV range
with the innovative replacement
VRV – a highly cost effective
replacement for VRV systems still
operating on the banned
R-22 refrigerant. This cost effective
upgrade is possible because
VRVIII-Q outdoor units can be
installed using existing piping and
in some cases existing indoor units.
2011
2012
The fourth generation
of VRV is launched. The unit sets
new standards in the industry
with 28% better seasonal
efficiency and continuous heating
on heat pumps.
Options & Accessories
Daikin introduces a new heat
pump range optimised for
heating (VRVIII-C).
This new range has an
extended operation range
down to -25°C and has a
greatly improved COP in low
ambient temperatures, with
the newly developed 2-stage
compressor system.
253
Research & development
Creating value through innovative
technologies
R&D is essential for the creation of products that
enrich people's lives. As symbolised by the VRV,
Daikin is at the forefront of innovative technology
and the development of market leading products:
the result of our advanced R&D system.
Superior products from multi-part
development approach
To create more advanced functions with added value,
Daikin has set up the 'Environmental Technology
Research Laboratory' and the 'Solution Product
Development Center'. Working with the Product
Development Group, the three divisions cooperate
closely to ascertain and meet the customers' needs
and to enable commercialisation of products
incorporating advanced technology.
Intensive research on environmental impact
The diverse needs in different countries encountered
during the accelerating globalisation of our air
conditioning business have presented us with
increased research challenges particularly in terms
of environmental impact. To promote energy savings
in and to lower the environmental impact of our air
conditioners, we have developed technologies based
on fundamental research into motor inverters and
many other areas.
IT and air conditioners: the obvious solution
With advances in computerisation and networking,
we have integrated IT into our air conditioners
including communication technology and advanced
software for total control.
Our new control systems enable users to develop
comfortable environments with superior energy
savings by networking air conditioners to enable
them to exchange information with each other and
with our service centres.
254
Development
Product Development Group
IT
Solution Product
Development Center
Development
Environmental Technology
Research laboratory
Environment
Five-year results for the environmental
action plan 2010
Under the five-year FUSION 10 strategic management plan,
which targeted fiscal year 2010, the Daikin Group strove to
develop and promote the use of environmentally conscious
products and services on a basic policy of actively contributing
to solving global environmental problems and expanding
business. Our environmental measures were conducted under
our Environmental Action Plan 2010.
Europe
Fifteen-fold increase in heat-pump hot water and space
heating
We have successfully promoted the use of the Daikin Altherma
hot water and space heating system in the process contributing
to the reduction of 210,000 tons of CO2 emissions.
Reducing Environmental Impact from products
Five year result
Proliferating results
Promote and expand the use of environmentally conscious
products to meet the particular needs of each world region.
Units of Daikin ALtherma
sold in Europe
We have developed and provided air conditioner products
and services that meet the environmental needs of each world
region in terms of weather, culture, and economy.
Heat pump heaters as
percentage of all heaters sold
Five years target
in Europe
Daikin will continue to provide air conditioning products and
services that meet the environmental needs of each world
region. Particularly in developing countries, which are growing
fast but where increasing environmental impact is a problem,
Daikin will provide products and technologies that contribute to
economic progress yet still protect the environment.
Reduction of
210,000 tons of
CO2 emissions
compared
to using
combustiontype heaters
15 times
2006
2010
HEAT PUMP
HEATERS 4%
FY 2010
FY
Options & Accessories
Promote the use of environmentally conscious products,
particularly in rapidly growing developing countries
255
256
Literature
overview
Daikin has a wide portfolio of commercial
catalogues in order to supply you with information
or help you to sell our products to your customers.


257
Literature Overview
Literature for professional network
Literature for your customers
Commercial market - literature overview
for professional network
Solution
guides:
Hotel Solutions
Hotel solutions
for installers
Clear installer benefits why to
choose Daikin for a hotel
Heating - air conditioning - domestic hot water - cooling - ventilation - centralised control
15-217
Reference
books:
REFERENCE
C ATA LO G U E
C O M M E R C I A L A P P L I C AT I O N S
Product
profiles:
VRV IV range
VRV IV
360° efficiency
Rooftop UATYQ-CY1
Detailed VRV IV standards
and technologies benefits.
Main features and specs of
VRV IV product range
Rooftop
UATYQ-CY1
Detailed rooftop benefits incl.
UAYTQ-CY1, ECONO-AY1
VRV IV heat recovery, heat pump, replacement
and water cooled
Focus
topics:
Replacement
technology
for installers
The quick and quality way of upgrading R-22 and R-407C systems
Product
flyers:
Real time clock
Supports multiple languages
› Restrict some of all functions on the remote
control to void misuse in e.g. hotels, shops, offices
Other features
› English, German, French, Spanish, Italian,
Portuguese, Greek, Dutch, Russian, Turkish
and Polishr (BRCEA)
› Built-in back-up power. When a power failure occurs,
all settings remain stored up to  hours
› English, German, Czech, Croation, Hungarian,
Romanian, Slovenian, Bulgarian, Slovak, Serbian,
Albanian (BRCEB)
› Backlight display
User friendly
remote control
with contemporary
design
Specifications / Functions
Specifications
BRC1E52A / BRC1E52B
Dimensions (HxWxD)
3.120x120x19 mm40
Display size (HxW)
LCD
43.2x68.85 mm
Type
Full dot (160x255)
Colour
Fresh white
Cover for operation part
No
Max. wiring length
500m
Connectable indoor units
All VRV® and Sky Air® indoor units
Functions
BRC1E52A / BRC1E52B
Set sensor behavior
Energy saving
functions
—
Temperature range limit
—
Setback function
—
Room temperature display
Second half 2015
15-214
15-140
Detailed info on
BRC1E52A/B remote
control
KNX Interface
Split
KNX Interface
KLIC-DD, KLIC-DI
Detailed info on KLIC-DI
and KLIC-DD interfaces
DIII-net modbus interface
EKMBDXA
DIII-net modbus
gateway
Detailed info on EKMBDXA
modbus interface
English, German, Czech, Croation, Hungarian, Romanian, Slovenian, Bulgarian, Slovak, Serbian, Albanian
Real time clock with auto update to daylight saving time
—
—
Weekly schedule timer
3
Holiday function
—
Key lock
—
Restrict buttons
Built-in back-up power
Each menu individually
Each button individually (ON/OFF, operation mode selector, temperature adjustment, fan speed / air flow direction)
When a power failure occurs, all settings remain stored up to 48 hours
› Easy to use: all main functions directly accessible
Daikin Europe N.V.
Clear installer benefits
why to choose Daikin for
technical cooling
—
Clock (time display)
Backlight
Access control Restrict menus
Memory
Clear installer benefits
of VRV replacement
technology
—
Contrast adjustment
Timer
Technical cooling
—
English, German, French, Spanish, Italian, Portuguese, Greek, Dutch, Russian, Turkish, Polishr
Help menu
Display
Replacement
Technology
BRC1E52A/B
—
Set point auto reset
Off timer
Multilingual display
15-120
Wired Remote Control
Possibility to individually restrict menu
functions/buttons
Real time clock with auto update to daylight saving
time
15-206
Naamloze Vennootschap Zandvoordestraat  ·  Oostende · Belgium · www.daikin.eu · BE    · RPR Oostende (Responsible Editor)
FSC
ECPEN15 - 306
› Easy commissioning: intuitive interface for advanced
menu settings
› Optimise your air conditioning system by activating a
series of energy saving functions (temperature range
limit, setback function, off timer, …)
180 · 11/14
The present publication 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 publication to the best of its knowledge. No
express or implied warranty is given for the completeness, accuracy, reliability or fitness for particular purpose of its
content and the products and services presented therein. Specifications are subject to change without prior notice.
Daikin Europe N.V. explicitly rejects any liability for any direct or indirect damage, in the broadest sense, arising from
or related to the use and/or interpretation of this publication. All content is copyrighted by Daikin Europe N.V.
› Keep track of your energy consumption with the
kWh indication showing an indicative electricity
consumption
The present publication supersedes ECPEN12-306. Printed on non-chlorinated paper.
› Modbus RS485 interface for integration
up to 64 indoor units groups
› BMS integration of RA, Sky Air,
VRV Inverter chillers and AHU
› Set up to 3 independent schedules, so the user can
easily change the schedule himself throughout the
year (e.g. summer, winter, mid-season)
› Real time clock with auto update to daylight saving
time
› Supports multiple languages
› Possibility to individually restrict menu functions
› When a power failure occurs all settings remain stored
up to 48 hours thanks to the built-in backup power
15-306
› Integration of Split, Sky Air and VRV
in home automation / BMS systems
› Monitoring and control of several devices from one
central controller
VAM electrical heater
Electrical heater
for VAM
Detailed info on electrical
heater for VAM
VH
Wireless room
temperature
sensor
K.RSS
› Total solution for fresh air with Daikin supply of both
VAM and electrical heaters
15-310
Wireless temperature
sensor
› Integrated electrical heater concept
(no additional accessories required)
› BMS integration thanks to:
• Volt free relay for error indication
• 0-10VDC input for setpoint control
Detailed info on RTD
controls and applications
RTD
Integration of Daikin portfolio in BMS system via Modbus
15-311
Flexible and easy installation
› Accurate temperature measurement thanks to flexible
placement of the sensor
› No need for wiring
› No need to drill holes
› Ideal for refurbishment
Sky Air Catalogue
Commercial catalogue 2015
Sky Air
Your business is our concern
Product
portfolios:
RTD modbus interface
› Flexible setting with adjustable setpoint
› Standard dual flow and temperature sensor
Product
catalogues:
Refrigeration, Daikin Altherma
Modbus
Interface
Detailed info on wireless
sensor K.RSS
› Increased safety with 2 cut-outs: manual & automatic
› Increased comfort in low outdoor temperature thanks
to the heated outdoor air
15-312
Split, Sky Air, VRV, Chillers,
Detailed technical
information & benefits
on Sky Air/Ventilation/
Biddle Air Curtain/Control
systems/AHU
15-114
Product portfolio
Sky Air
Sky Air product
portfolio
Overview of Sky air
product range
Commercial catalogue 2015
VRV
15-309
› Indoor unit control
via 0~10 volt, dry contact
or resistance contact
› Retail applications
› Hotel applications
› IT applications
› Heating interlock
› Alarm signal
15-308
VRV Catalogue
Ventilation Catalogue
Detailed technical
information & benefits of
the VRV total solution
Detailed info on
Ventilation products
First half 2015
Min running costs, max flexibility.
Fast installation, perfect comfort.
15-200
15-203
VRV product portfolio
Product portfolio
VRV
Overview of VRV total
solution product range
Product Portfolio
Controls
Controls systems
portfolio
Overview of all Daikin
control systems
22
15-121
258
15-201
15-301
for your customers
Green Buiding Solutions
Commercial Solutions
Daikin offers solutions for
commercial applications
Green building
solutions
First half 2015
Clear building owner/investor
benefits why to choose Daikin
for a green building, with
emphasis on BREEAM
15-100
15-216
Sustainable design
with Daikin HVAC-R systems
Reference
catalogue
Hotel Solutions
Daikin commercial
and industrial
references
Hotel solutions
for hotel owners
Heating - air conditioning - hot water - ventilation - refrigeration - control
Clear building owner/investor
benefits why to choose Daikin
for a hotel
15-218
14-213
Intelligent Touch Manager
Control systems
Intelligent Touch
Manager
Mini Building Management System
Detailed benefits of
Intelligent Touch Manager
15-302
SPLIT, SKY AIR, VRV, CHILLERS
The phase-out period for
R-22 is over.
Act now!
Replacement technology
Clear building owner/investor
benefits of replacement
technology
Avoid loss of business and replace your air conditioning
system now!
15-215
Sky Air product leaflets
FNQ-A, FXNQ-A
Designed to be concealed in walls
Powerful mode
› Ideal for installation in offices, hotels and residential
applications
› Its low height enables the unit to fit perfectly beneath
a window
Concealed
ceiling unit
with medium
ESP
FBQ-D, FXSQ-A
Single page leaflet with the
main benefits and technical
specifications of each individual
VRV unit. Ideal for quotations
Optimum comfort guaranteed no matter the
length of ductwork or type of grilles
Home leave
Home leave
operation
VRV product leaflets
Single page leaflet with the
main benefits and technical
specifications of each
individual Sky Air unit. Ideal for
quotations
operation
› Discretely concealed in the wall, leaving only the
suction and discharge grilles visible
› Requires very little installation space as the depth is
only 200mm
› High ESP allows flexible installation
Powerful mode
Multi tenant
Multi tenant (FXSQ)
(FXNQ-A)
› Top efficiency in the market
› Automatic air flow adjustment function measures the
air volume and static pressure and adjusts it towards
the nominal air flow, whatever the length of duct,
making installation easier and guaranteeing comfort.
Moreover, the ESP can be changed via the wired
remote control to optimize the supply air volume
› Slimmest unit in class, only 245mm
› Discretely concealed in the ceiling: only the suction
and discharge grilles are visible
› Low sound level
› Medium external static pressure up to 150Pa facilitates
using flexible ducts of varying lengths
› Reduced energy consumption thanks to specially
developed DC fan motor
› Flexible installation, as the air suction direction can be
altered from rear to bottom suction
› Standard built-in drain pump increases flexibility and
installation speed
› No optional adapter needed for DIII-connection, link
your unit into the wider building management system
Cassette mini catalogue
Giving overview of our cassette
unit product solutions
(incl. Round flow cassette FCQ(H)G-F/FXFQ-A,
Fully flat cassette FFQ-C/FXZQ-A, FUQ-C/
FXUQ-A, ACQ-C)
First half 2015
First half 2015
15-110
Concealed ceiling unit
mini catalogue
Ceiling suspended, wall mounted, floor
standing units mini catalogue
Catalogue giving overview of our
concealed ceiling unit product
solutions
Catalogue giving overview of our Ceiling
suspended, wall mounted and floor standing
product solutions.
(incl. FDXS-F(9), FBQ-D, FDQ-C, FDQ-B, FXDQ-M9,
FXDQ-A, FXSQ-A, FXMQ-P7, FXMQ-MA)
15-106
First half 2015
(incl. FXHQ-A,FHQ-C, FXAQ-A, FAQ-C, FXNQ-A, FNQ-A,
FXLQ-P, FVQ-C)
15-101
Technical documentation:
Download all technical documentation such as engineering databooks, selection software, installation and
operation manuals and service manuals directly from our extranet: extranet.daikineurope.com
259
Literature Overview
Concealed
floor standing
unit
Heat Recovery
360°
installation
efficiency
efficiency
operational
efficiency
design
efficiency
FAST
design
+ QUICK
+ MORE
+
installation
free heat
MAX
comfort
Our new VRV IV heat recovery systems sets pioneering standards in all-round climate comfort efficiency.
Total design simplicity, rapid installation, full flexibility
with absolute efficiency and comfort. Find out about all
revolutionary changes on www.daikineurope.com/vrviv
Daikin Europe N.V.
Naamloze Vennootschap Zandvoordestraat  ·  Oostende · Belgium · www.daikin.eu · BE    · RPR Oostende (Responsible Editor)
Daikin Europe N.V. participates in the Eurovent Certification
programme for Liquid Chilling Packages (LCP), Air handling
units (AHU), Fan coil units (FCU) and variable refrigerant flow
systems (VRF) Check ongoing validity of certificate online:
www.eurovent-certification.com or using: www.certiflash.com
FSC
ECPEN15 -200A
500 · 03/15
The present publication 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 publication to the best of its knowledge. No
express or implied warranty is given for the completeness, accuracy, reliability or fitness for particular purpose of its
content and the products and services presented therein. Specifications are subject to change without prior notice.
Daikin Europe N.V. explicitly rejects any liability for any direct or indirect damage, in the broadest sense, arising from
or related to the use and/or interpretation of this publication. All content is copyrighted by Daikin Europe N.V.
The present publication supersedes ECPEN14-115. Printed on non-chlorinated paper. Prepared by Platzer
Kommunikation, Germany.
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