york vrf catalog

YES Slim & YES Super Series CommerCial DC inverter vrF air-ConDitioners You Can trust

Table of Contents

Serving your needs since 1874 1

Product Benefits 3

Product Features 4

Product Functions 8

Product Technologies 11

Indoor Units 21

Smart Control 27

Fresh Air System 31

Product Nomenclature 33

Product Portfolio 34

Product Specifications 36

YES Slim & YES Super | 1

A century of innovation

Established in 1874 in York, Pennsylvania, YORK has

helped our customers meet their temperature control

needs for over a century.

Now a Johnson Controls brand, YORK continues to

benefit customers through research that has gone on to

claim several significant firsts in design and innovation.

Johnson Controls is able to provide our customers with

the best temperature control solutions available around

the world today.

Pioneer in Inverter technology

Our customers can be assured that they will enjoy the

benefits of the latest technology when they choose a

Johnson Controls product, as YORK has always been

at the forefront of adopting new technologies for their

offerings.

From being the first to offer a low pressure VSD unit in

1979 to introducing the inverter technology in the 21st

century, YORK has demonstrated its pioneering spirit.

Leader in reliability

When constructing products, YORK places our

customers needs as the top priority of our design

process.

Our inverter VRF units are produced using state-of-

the-art lean manufacturing techniques, and rigorous

quality testing is implemented at every step of the

manufacturing process, before they are shipped to

customers.

Significant Milestones

1935First to develop a successful single-room air conditioner

1954First to offer year-round air-conditioning

1979launched the first low Pressure vsD Driven Centrifugal Chiller

2004launched the first vsD Driven air Cooled screw Chiller

2005applied vsD in YorK industrial refrigeration screw Chiller

2011launched the Yes mini residential inverter vrF, magnetic vsD Centrifugal Chiller, vsD Driven Water Cooled screw Chiller

2012launched the Yes slim residential/ Commercial inverter vrF, Yes super Commercial inverter vrF

Serving Your Needs Since 1874.

2 | YES Slim & YES Super

Endorsed by Iconic Buildings.


YORKs HVAC systems have been installed in many of the worlds most famous landmarks. YORK makes sys-

tems for structures of all sizes that bring innovation, comfort and design wherever people live, work and play.


YORK Variable Refrigerant Flow (VRF)

At Johnson Controls, we always seek to anticipate what customers are looking for and strive to provide the

temperature control systems that will meet their myriad of needs.

YORK VRF air-conditioners offer customers a range of benefits that is unparalleled in the air-conditioner

market.

Energy Efficient

Customers looking to save money will be delighted to know our air-conditioners can help

reduce costs as the highly energy-efficient VRF units will help you decrease the power

you use.

Wide Ambient Range

Customers can take comfort in knowing that our inverter VRF air-conditioners can

operate in extreme weather conditions, running safely even when ambient temperature is

up to 52C for cooling or -20C for heating.

48 to 52C cooling for YES Slim & YES super or -15 to -20C heating for YES Slim will be running at intervals.

Smart Control

Customers can take more effective control of their air-conditioners with a variety of

technology tools available for our units. Our advanced suite of control solutions include:

three types of touch screen controllers, smart home connection and building automation

systems using the Metasys software.

Versatility

We understand that no two customers are the same. Thats why weve designed our

air-conditioning systems to be versatile enough to meet our customers differing needs.

From product selection to installation to commissioning, YORK YES Series offers

impressive flexibility.

Greater Comfort

We know that enjoying comfort at the right temperature is one of our customers

foremost desires. We have the technology to deliver that comfort, including a BLDC

(Brushless Direct Current) fan motor with adjustable speeds, anti-vibration and sound-

insulation technology.

Product Benefits


Environmental Protection

Our highly energy efficient Inverter VRF units provide environmental protection by

using the eco-friendly R410A refrigerant.

Air Cooled Inverter Driver

They also carry the air cooled inverter driver, a core component which uses air-cooled

heat rejection technology for higher energy efficiency.

Independent Oil Circuit Design

The independent oil circuit design allows the oil balance system to be kept separate from the

cooling and heating operation, thereby avoiding the frequent switching of the compressor and im-

proves sustainability and energy efficiency.

Outdoor unit Outdoor unit

Oil balance pipe between units

Oil transport distribution station

52C -20C

Product Features

Wide Ambient Range

With wide ambient temperatures ranging from 52C in cooling mode to -20C in heat-

ing mode, the outdoor unit can work in any adverse environment

High ESP Discharge Air

The ESP discharge air of the system can reach up to 80 Pa, which guarantees stable

cooling and heating, making it suitable for any outdoor space or machine rooms of multi-

storey structures.

Touch Screen Wired Controller

Take control of your system with our touch screen wired controller that is available in

four different colours. It has a built-in wireless remote controller receiver to control the

indoor unit, as well as a real-time temperature sensor.


Multi-point Data Collection

Maintain and repair your outdoor units easily with a Service Controller, which allows to

be connected to any indoor unit in the same network to do multi-point data collection.

Outdoor Unit Anti-Corrosion Fins

Our units also have outdoor unit anti-corrosion fins which are made from hydrophilic

aluminium and help the outdoor units defrost quickly and get rid of condensation. The

anti-corrosion coating and wave-shape reduces the cutting surfaces, thereby prolonging

the life of the fin significantly.

Combined Electronic Expansion Valves and Check Valve Throttle Device

With a commitment to fine quality, our VRF units make use of the combined electronic

expansion valves and check valve throttle device which helps to prolong product

usage by reducing the working time of the electronic expansion valve. Our large capac-

ity outdoor units are equipped with double electronic expansion valves, which increase the

response speed of the flow control and heating mode.

Complete System Protection for High Reliability

Our VRF air-conditioners come thoroughly equipped with a complete system protec-

tion for high reliability, which includes:

Communication Fault Protection Inverter Fault Protection

Temperature Sensor Protection Pressure Sensor Protection

Insufficient Refrigerant Protection Compressor Fault Protection

Compressor Overcurrent Protection BLDC Fault Protection

Discharge Temperature Protection Discharge Pressure Protection

Suction Pressure Protection Low Pressure Switch Protection

Intelligent Debugging Operation

With an intelligent debugging operation, an alarm will be triggered if any com-

munication errors are detected between the indoor and outdoor units. Automatic

alerts will also be sent when service stop valves are opened or closed.

Wave-shaped Fin

Decrease cutting surface to reduce corrosion risk

Water do not accumulate in the gap between fins and can drip down easily to reduce corrosion risk.

Water does not accumulate in the gap between fins and can drip down easily to reduce corrosion risk.


Improved Indoor Air Quality

Nano-TiO2 sterilizers are also in place, which enables up to 95% completion of steriliza-

tion in 6 hours, allowing improved indoor air quality.

Moderate Height Difference Allowance

From installation to commissioning to product selection, YORK YES Series offers

unparalleled flexibility. For example, moderate height difference allowance enables

outdoor units with some height difference to be installed within the same system.

Intelligent Weather-Proofing

You can now maximise comfort throughout the day with our inverter VRF air-condition-

ers as they come with intelligent weather-proofing that allows pressure and tempera-

ture sensors to collect pre/post-defrosting data to derive the optimal defrost setting,

maintaining a high performance in heating and cooling operations under strong winds.

Ultraviolet Photo Catalysis

Nano-TiO2 Nano-TiO2

Polluted Air

Polluted Air

Fresh Air

Refrigerant Connect To Indoor Units

Height Difference Between Modular Less Than 5m


Double Fan Design and Noise Reduction Technology

The double fan design, which enables a lower airflow volume as compared to a single

fan, and the noise reduction technology, made possible by DC Scroll inverter compres-

sors, BLDC fan motor with adjustable speeds, anti-vibration and sound-insulation tech-

nology, ensures that the air-conditioners operate quietly by cutting down the operational

noise levels.

Non-stop Oil Return at Heating

Through the computation of accumulated operation time, real-time system partial load-

ing, temperature and pressure data, the system can determine when to activate the non-

stop oil return at heating without switching to cooling mode, thereby offering continu-

ous heating to the users.


Product FunctionsOptimization in Operation of Indoor Units

Our system can detect and promptly compare real-time pressure and temperature pa-

rameters, then optimizes the indoor unit operation by automatically adjusting the pres-

sure and compressor running frequencies.

Intelligent Defrost

Our intelligent defrost system ensures comfort at heating.

Silent Operation Function

The outdoor unit also automatically detects real-time changes in environmental tem-

perature and operation pressure, and adjusts to silent mode accordingly.

Auto-restart Function

In case of accidental power failure, the system auto-restarts and recovers to the former

operation mode.

High PressureSensor

Low PressureSensor

Far end indoor units refrigerant flow increased

Operation mode before power cut off

Automatic restart and Recovery recover to the operation mode before

power cut off

After 1hr

Heat storage and

defrost

Humidity defrost at ultra

extra-low temperatur

e

Defrost on-deman

d by

pressure & tem

perat

ure


Automatic restart and recovery to the operation mode

High PressureSensor

Low PressureSensor

Far end indoor units refrigerant flow increased


Automatic restart and Recovery recover to the operation mode before

power cut off

After 1hr

Heat storage and

defrost

Humidity defrost at ultra

extra-low temperatur

e

Defrost on-deman

d by

pressure & tem

perat

ure


LED Display

The diagnosis and display of LED error codes helps shorten service time by technicians.

Refrigerant Recovery

If the indoor unit or outdoor unit fails in the system, the refrigerant can be recovered to

reduce its wastage.

Max Operating Frequency Setting Function

When there is a limited capacity of power distribution, users have the option to set a

maximum compressor frequency ratio, ensuring economical returns and stability.

Can set max compressor frequency

Tackles the lack of power distribution in renovation of buildings

More economical and stable

Better performance in case of a power shortage

Maximum Frequency Limit Operation

Compressor Rotation Operation

The compressor rotation operation effectively spreads the operation time of each

compressor,extending the unit life.

1st Circle:

2nd Circle:

3rd Circle:


1st Circle:

2nd Circle:

3rd Circle:

Single Modular Combination Units

Stop Running Backup Running Backup Running

Precision

Fast Step Jump

Traditional Inverter Technology

YORK Inverter Technology

Normal 120Communication Square Wave Drive Mode

YORK 180Communication Sine Wave Drive Mode

Phase Current Phase Current

U Phase

V Phase

W Phase

U Phase

V Phase

W Phase

Failed

Failed

Double Backup Operation

If one compressor fails, the other compressor(s) can keep running if no oil contamination

occurs.

If one outdoor unit fails, the other outdoor unit(s) can keep running if no oil contamina-

tion occurs.


Product TechnologiesStepless Inverter Technology

Our system adopts advanced DC inverter drivers with higher sensitivity, lower power

consumption and lower heat loss. It keeps a good balance between the accuracy of ad-

justment and response time, thereby ensuring a fast response and enough accuracy. The

accuracy of adjustment can reach 0.01HZ, and the capacity can be adjusted steplessly.

1st Circle:

2nd Circle:

3rd Circle:

Single Modular Combination Units

Stop Running Backup Running Backup Running

Precision

Fast Step Jump



Normal 120Communication Square Wave Drive Mode

YORK 180Communication Sine Wave Drive Mode

Phase Current Phase Current

U Phase

V Phase

W Phase

U Phase

V Phase

W Phase

Failed

Failed

180DC Inverter Driver Control Technology

YES S Series adopts the advanced phase voltage signal sampling method, and can mea-

sure the force trends of the motor speed and rotor, improving the running efficiency of

the motor through having the DC inverter driver transmit regular sine-curve waves.

There are three groups of terminals in the inverter compressor electric box, providing the

DC inverter driver access to the terminal to drive the stator coil of the DC brushless mo-

tor within the compressor. The connected circuit, under a certain time order, has the DC

motor generate a 360 magnetic field.

A 180 DC inverter control enables the stator coil to always have current steadily running

through to make it stable.

Precision

Fast Step Jump




High Performance Mainboard Chip

Our outdoor units use the ARM CORTEX-M3, which has the 32Bit

72Mhz high-speed chip.

This chip has the highest performance in the industry, and im-

proves the calculation efficiency of the DC inverter while reducing

the power consumption of the transformer or other system parts. 4 8 12 16 20 24 28 32

23

4

a a

b

bc c

1,

2,

3,

1

d

lg p

h

Strong Magnetic Rotor of Compressor Motor

Traditional Compressor Motor

Capacity HP

Time Min

System Refrigerant Circulation Diagram (Pressure-Enthalpy) High Pressure Chamber Scroll Compressor

Other refrigerant system diagramYORK high pressure cell refrigerant system diagram

DC Brushless Fan Motor


Compressor Inverter Driver

Powerful Permanent Magnets

Our compressor motor rotors use powerful permanent magnets

made from rare earth. Compared with the normal ferrite mag-

nets, it has stronger magnetic and heat resistance, which provides

greater torque, lower power consumption, with higher reliability

and energy efficiency.

DC Inverter Technology

Our YES-S Series outdoor units feature the DC inverter compressor and DC fan motor,

which enable more efficient and quiet operations.


Soft Start

Variable frequency soft start technology can achieve the required capacity output of

indoor units within a short period.

4 8 12 16 20 24 28 32

23

4

a a

b

bc c

1,

2,

3,

1

d

lg p

h



Capacity HP

Time Min






4 8 12 16 20 24 28 32

23

4

a a

b

bc c

1,

2,

3,

1

d

lg p

h



Capacity HP

Time Min






High Pressure Chamber Scroll Compressor

High pressure chamber scroll compressors directly gets the suction refrigerant from the

indoor unit back to the compression cylinder. The refrigerant is not heated by the mo-

tor, so it can get a better compression ratio and a relatively high energy efficiency. The

pressure of the refrigerant with high temperature and pressure in the crank case can be

adjusted automatically. and then discharged from the exhaust, which has a similar func-

tion as the static pressure box, and allows the noise to be effectively controlled.

High-efficiency Oil Separator

The cover of the oil separator uses a centrifugal rotary steering design. Refrigerant gas

goes into the oil separators and then immediately gains a high rotating speed. This,

together with the centrifugal force separates the heavier oil gas from the refrigerant. The

oil gas is liquefied and finally drops to the storage device across the walls of the separa-

tor, thereby finishing the separation process.

4 8 1216 20 24

28 32

2

3

4

a a

b

bc c

1,

2,

3,

1

d

lg p

h



Capacity HP

Time Min

System Refrigerant Circulation Diagram (Pressure-Enthalpy)

High Pressure Chamber Scroll Compressor

Other refrigerant system diagram

YORK high pressure cell

refrigerant system diagram





Non-stop Compressor, Cross Oil Balance Protection Technology

Through reasonable oil control logic, with the large volume of accumulator (with oil

storage function), and the specific tubing, the system can complete the cross oil bal-

ance protection process. The compressor does not need to stop throughout the whole

process, making the operation of the air-conditioning system more reliable and efficient

while without affecting the indoor effect.

Application of Oil balance on Single Unit

Application of Oil balance on combined units

Discharge

Suction

ON

2

1ONOFF

OFF

SV Close SV Open

YORK Chiller Multiple Deep Oil Separating Technology

YORK Inverter VRF Double Oil Separating Technology

Oil separator in condenser

Evaporator

Discharge pipeInside oil separation

Double oil separation pipeline

Compressor

Filter

Liquid supply line

Evap

orator oil

return pipe

Nozzle with injector

Triple oil separation pipeline

Suction pipe

Ref. routeOil route

Compressor discharge

Compressor, with oil separation function inside

First oil separation

System discharge

Compressor suction

Oil se

parator

Accum

ulator

System suction (liquid)

Oil return

Double oil separation

High pressure sensor

Flow of refrigerant

High pressure discharge chamber

Connected to low pressure suction end of asymmetric vortex plate

Pressure-difference oil pipe

The formation of continuous oil film

Oil balance between the unit inside compressors: After the oil in the second compressor is separat-ed in the oil separator, it will enter the crank case oil groove in the first compressor by oil pipe, and after the oil in the first compressor is separated in the oil separator, it will enter the accumulator oil groove by pipe. Oil will be transported to two compressors by suction pipe, so the compressor does not need to stop and ensure that two compressors can gain lubrication by oil at the same time.

Oil balance between modules uses the pressure-difference method. After separation in the oil seperator, the oil is divided into two branches, with one of them flowing to the liquid separator and the other one going into another module. The oil pressure in oil separator is high and the oil pressure in liquid is low. When the solenoid valve in branch to another module (1) is open, and the solenoid valve in liquid separator pipe of another module (2) is open, the differential pressure will automatically engage the oil from oil separator of the first module to liquid separator of the second module, thus completing the oil balance between modules.


Double Oil Separation Technology

This technology ensures the compressor is neither in short nor excessive supply of oil,

thereby guaranteeing high reliability and efficiency. Since deep oil separation technology

has been in application on large variable frequency chillers for many years, inverter VRF

also refers to the experience of large systems, using double oil cleaning technology. The

compressor has an oil separation function, and a newly added high-efficiency oil separa-

tor to do double oil separation at the same time.



Discharge

Suction

ON

2

1ONOFF

OFF

SV Close SV Open




Evaporator



Compressor

Filter

Liquid supply line

Evap

orator oil

return pipe



Suction pipe

Ref. routeOil route




System discharge

Compressor suction

Oil se

parator

Accum

ulator


Oil return



Flow of refrigerant







Discharge

Suction

ON

2

1ONOFF

OFF

SV Close SV Open




Evaporator



Compressor

Filter

Liquid supply line

Evap

orator oil

return pipe



Suction pipe

Ref. routeOil route




System discharge

Compressor suction

Oil se

parator

Accum

ulator


Oil return



Flow of refrigerant





Over Compression Prevention Technology

The load and requirement of refrigerant in VRF systems are changing. As the load volume

can influence frequency, whether the system is intelligent makes a big difference.

1. The system uses a high-pressure sensor to detect the

discharge pressure, then adjusts the fan motor to ensure the

discharge pressure does not exceed the allowable range.

2. Pressure relief vents are available in the compressor cylinder.

When over-compression happens, the corresponding

pressure-relief vents will be automatically pushed against the

linked spring to release pressure and refrigerant gas, thereby

preventing over compression.



Discharge

Suction

ON

2

1ONOFF

OFF

SV Close SV Open




Evaporator



Compressor

Filter

Liquid supply line

Evap

orator oil

return pipe



Suction pipe

Ref. routeOil route




System discharge

Compressor suction

Oil se

parator

Accum

ulator


Oil return



Flow of refrigerant






Continuous Oil Film Lubricating Technology

The oil supply in the compressor is pow-

ered by the pressure difference in the high-

pressure chamber and creates consistently

stable oil film adherent to the wall, pro-

moting the effective lubrication between

the moving and fixed scrolls, sealing of

compression chamber, cooling of the wall

of the cavity, etc and reducing the friction

loss and noise in the operation.



Discharge

Suction

ON

2

1ONOFF

OFF

SV Close SV Open




Evaporator



Compressor

Filter

Liquid supply line

Evap

orator oil

return pipe



Suction pipe

Ref. routeOil route




System discharge

Compressor suction

Oil se

parator

Accum

ulator


Oil return



Flow of refrigerant





%

RPM

100

080

060

040

020

0100 200 300 400 500 600 700 800 900 1000

BLDC Motor

AC Motor

Effic

ienc

y

Speed

Internal tread piping

Gas refrigerant

Gas refrigerant

Gas refrigerant

Liquid refrigerant

Liquid refrigerant

Liquid refrigerant

Traditional ref. circuit design

New-type ref. circuit design

Increase liquid status to improve heat exchange efficient

GasGas-liquid mixture

Liquid

3-row heat-exchanger

Up to 20C sub-cooling

Ref.

Intelligent Refrigerant Storage Technology

1. Through the high and low pressure sensors which control the amount of compres-

sion and discharge of the compressor, the excess refrigerant is stored in the pipeline

of the system.

2. The accumulator provides storage space required for both defrosting and oil return,

thus preventing the compressor from operating with liquid slugging. This ensures that

the system runs with higher reliability and stability.

Powerful Permanent Magnets

Outdoor dual fans are configured with high efficient, low noise BLDC motor and up to

40-step air-flow adjustment, enabling more accurate unit capacity output.


Integral Design of Axial-flow Fan & Fan Guide Technology

According to our research, reduction of the axial-flow fan blades and fan guide space can

enhance the aerodynamic performance. When the ratio of tip clearance and fan diameter

decreases from 3% to 1%, air flow can increase by 10%, thus improving the efficiency of

the fan motor and reducing noise.

%

RPM

100

080

060

040

020

0100 200 300 400 500 600 700 800 900 1000

BLDC Motor

AC Motor

Effic

ienc

y

Speed


Gas refrigerant

Gas refrigerant

Gas refrigerant

Liquid refrigerant

Liquid refrigerant

Liquid refrigerant





Liquid



Ref.

%

RPM

100

080

060

040

020

0100 200 300 400 500 600 700 800 900 1000

BLDC Motor

AC Motor

Effic

ienc

y

Speed


Gas refrigerant

Gas refrigerant

Gas refrigerant

Liquid refrigerant

Liquid refrigerant

Liquid refrigerant





Liquid



Ref.

%

RPM

100

080

060

040

020

0100 200 300 400 500 600 700 800 900 1000

BLDC Motor

AC Motor

Effic

ienc

y

Speed


Gas refrigerant

Gas refrigerant

Gas refrigerant

Liquid refrigerant

Liquid refrigerant

Liquid refrigerant





Liquid



Ref.

2. The pipe is processed with internal tread piping that can add more turbulence to the

flow of the refrigerant and enlarge the heat-exchanging surface. Also, it adopts cor-

rugated expansion-connected fins to add air passageway and heat transmission of

the gas on the air-cooling side.

3. The advanced 2-in and 1-out circuit design can increase the proportion of liquid

refrigerant and the heat exchanging rate of the refrigerant, thereby enhancing heat

exchanging effect and efficiency.

High-efficiency Heat Exchanger

1. For large-capacity units, it uses 3-row

heat-exchangers to improve heat

emission in summer and endothermic

ability in winter to ensure the heat

exchange effect.


High-efficiency Plate Heat Exchanger Sub-cooling Technology

In order to ensure long piping's performance, a plate-type heat exchanger is used as a

sub-cooler to achieve up to 20C sub-cooling temperature.

%

RPM

100

080

060

040

020

0100 200 300 400 500 600 700 800 900 1000

BLDC Motor

AC Motor

Effic

ienc

y

Speed


Gas refrigerant

Gas refrigerant

Gas refrigerant

Liquid refrigerant

Liquid refrigerant

Liquid refrigerant





Liquid



Ref.

Intelligent Piping Length Adaption Technology

The system mainly uses high and low pressure as data for control. As for long piping,

indoor electronic expansion valve and outdoor sub-cooling can self-adapt in accordance

with the target low pressure, which can not only ensure long-distance delivery of cooling

capacity, but also solve the problem of bias indoor flow, sparing human setting codes for

pipe length, increasing integral comfort of the room and considerably saving debugging

work during installation.

Automatically close to target pressure

Automatically determine pressure loss

Automatically improve capacity correction

Target pressure

Long pipinginstallation


8 6 4 2 0 -2 -4 -6 -8 -10




Target pressure

Long piping installation

Chronic freezing, intelligent extra low temperature defrost

Frosting reaches a certain level, defrosting

No frost, no need to defrost

Frosting probability

Chronic freezing probability

Environmental temperature

Defrost cycle and strength adaption

Heating Capacity

Time

DefrostHeating

Heating

Below -3 Intellige

nt

Defrost

Over -

3 Intelligent Defrost

Outdoor coil

Indoor unit

Accumulator

Adjust electronic expansion valve

Indoor unit begins heat storage

Reduce low temperature refrigerant

Intelligent Defrost Technology

1. YORKs unique heat storage defrost technology

Before entering the defrost operation, the system will store an amount of heat for

defrost later. (This operation does not compromise the indoor comfort).

So it can reduce the liquid refrigerant return flow while defrosting, and can let the

refrigerant carry more calories and evaporate faster. This results in faster defrosting

by 50% compared to regular systematic defrosting.

It can also speed up the the heating after defrosting for better comfort. By contribut-

ing to the normal operation of compressors, it can ensure the system running stably

and reliably, increasing the defrost efficiency and the actual energy efficiency of the

whole system.

2. Defrost on demand

Our outdoor unit design has high-

accuracy pressure and temperature

sensors. Through close cooperation,

they can detect the changes in

system data caused by outdoor

unit frosting, such as the pressure,

temperature, duration of time, etc. and

then calculate the thickness of frost

8 6 4 2 0 -2 -4 -6 -8 -10




Target pressure

Long piping installation


Frosting reaches a certain level, defrosting

No frost, no need to defrost




Defrost cycle and strength adaption

Heating Capacity

Time

DefrostHeating

Heating

Below -3 Intellige

nt

Defrost

Over -

3 Intelligent Defrost

Outdoor coil

Indoor unit

Accumulator

Adjust electronic expansion valve

Indoor unit begins heat storage

Reduce low temperature refrigerant

intelligently.

Only when the thickness gets up to a certain level will the unit begin to defrost,

tackling problems like "frequent defrosting" or "incomplete defrosting".


3. Extra low temperature intelligent defrost

When the outdoor temperature is below -3C, the outdoor humidity is very low,

and the air conditioning is generally not easy to frost, but easy to chronically form a

sheet of ice. After some time, this will cause ice accumulation.

In such circumstances, the system will enable extra low temperature intelligent

defrost mode, which can solve the problems of chronic icing and avoid frost free

defrost.

4. For high-humidity environments, it can run through varieddefrost cycles with

different strengths.

Pressure & Temperature Combined Control

Our system has a full range of sensors including high pressure, low pressure, discharge

temperature, heat exchanger temperature, environmental temperature, suction tem-

perature, coil outlet temperature, and liquid pipe temperature sensors. Comprehensive

safeguards can make the system more efficient, stable, reliable and comfortable.

8 6 4 2 0 -2 -4 -6 -8 -10






Indoor Units

Round-way Cassette

Blind angles of air distribution

Minified blind angles 360good air distribution

Oblique view Elevation view

Fresh air Intake




Fresh air Intake




Fresh air Intake




Fresh air Intake

360 degree circulation

Room temperature, airflow, and noise control are

regulated and maintained throughout the room.

Different height setting

Normal ceiling mode or high ceiling mode can be set

by wired controllers to achieve effectiveness and com-

fort ability at the same time.

Fresh air intake

Fresh air can be introduced directly.

Brushless Direct Current (BLDC) fan motor

With BLDC motor, the fan speed can be adjusted to

reduce the noise and improve the efficiency.

High efficiency drainage pump

The drainage pump is available with 750mm head.


(Unit: mm)

Ceiling

Compact Ducted Indoor Unit

Compact design

With a height of just 200mm and depth of 450mm,

its compact size makes installation ideal for narrow

spaces such as corridor of bedrooms or hotel rooms.

Flexible air return

The air return baffle is detachable. The direction of

air return can be adjusted during installation, either

downward or backward.

ESP adjustable

The external static pressure of the ceiling-packaged

indoor unit is adjustable, supporting different installa-

tions and delivering optimal airflow.

Sleep mode

Sleep mode can be selected via a wired controller.

Optional drainage pump

The ceiling-packaged indoor unit fits in the narrowest

of spaces where the drainage pump is not required.

However, if there is enough room in the ceiling and the

drainage distance is long, a drainage pump is available.

700mm

Part ceilingNarrow corridor installation

450mm

1.8kW~7.1kW0~30Pa

2.0kW~5.3kW

6.6kW~11.5kW

14kW~17.5kW

15~80Pa

15~100Pa

0~30Pa


700mm

Part ceilingNarrow corridor installation

(Unit: mm)

Ceiling

Ceiling-packaged Duct (Low Static)

Compact design

With a height of just 200mm and depth of 450mm,

its compact size makes installation ideal for narrow

spaces such as corridor of bedrooms or hotel rooms.

Flexible air return

The air return baffle is detachable. The direction of

air return can be adjusted during installation, either

downward or backward.

ESP adjustable

The external static pressure of the ceiling-packaged



Sleep mode



The ceiling-packaged indoor unit fits in the narrowest

of spaces where the drainage pump is not required.

However, if there is enough room in the ceiling and the

drainage distance is long, a drainage pump is available.

1.8kW~5.3kW

6.6kW~11.5kW

14kW~17.5kW

15~80Pa

15~100Pa

0~30Pa

2.0kW~5.3kW

6.6kW~11.5kW

14kW~17.5kW

15~80Pa

15~100Pa

0~30Pa


230mm

600mm

730~1334mm

Fast heating

Auxiliary electric heater is optional for the ceiling packaged indoor unit to meet consumers needs. It also speeds up the pace at which the room warms up after switching on the air-conditioner.

Sleep mode

Compact and quiet, the ceiling packaged indoor unit is ideal for

locations where noise is sensitive, such as bedrooms. Sleep mode can

be selected via a wired controller.

Drainage pump is optional

(Unit: mm)

CeilingThe ceiling packaged indoor unit is extra- slim and fits in the

narrowest of spaces where drainage pump is not required.

However, if there is enough room in the ceiling and the drainage

distance is long, a drainage pump is optional for selection.

1.8kW~5.3kW

6.6kW~11.5kW

14kW~17.5kW

15~80Pa

15~100Pa

0~30Pa

2.0kW~5.3kW

6.6kW~11.5kW

14kW~17.5kW

15~80Pa

15~100Pa

0~30Pa

Floor-concealed Indoor Unit

Medium Static Duct

Complete product line

Four models ranging from 2.8kW to 7.1kW are available for selection.

Compact design

A compact design with a uniform 230mm depth &

600mm height is adopted for all models, and is suit-

able for floor-concealed installations in cabinets

ESP adjustable

The external static pressure of the ceiling-concealed



Sleep mode


Better air distribution

Our special 45-degree angle design for the air outlets

helps to optimize air distribution for both cooling &

heating.

B

Side air outlet

A

Top air outlet York air outlet


520mm

310mm

840~1440mm

Max=500mm

Standard

2-Way Cassette

High Wall Indoor Unit


Seven models ranging from 2.8kW to 11.2kW are available for selection.


Five models ranging from 2.2kW to 7.1kW are available for selection. Suitable for residential & light commercial

applications with their compact sizes and attractive design.

Compact design

A compact design with uniform 520mm depth and

310mm height is adopted for all models, making in-

stallations easier.

Standard drainage pump

The unit has a standard drainage pump capable of

draining water up to 500mm, and is ideal for draining

condensation over longer distances.

Whole Package Design

Electronic Expansion Valve (EEV) fitted inside the unit

chamber makes it a package design, doing away with

the need for external installations.

Low noise

High efficiency/low noise motors and fan impellers are

adopted to enable quiet operation down to 28dB(A). In

addition, there is a standard filter for a healthier use.


240mm

680mm

1245~1670mm

Max=500mm

Option

Floor/CeilingComplete product line

Eight models ranging from 2.8kW to 11.2kW are available for selection. Floor and

ceiling installations are convertible for job sites.

Compact design

A compact design with uniform 240mm depth and

680mm height is adopted for all models, making in-

stallations easier.


An optional drainage pump for a ceiling installation is

available. It is capable of draining water up to 500mm,

and is ideal for draining condensation over longer

distances.


Smart Control

Gray Sky blue Green Brown

Wired Controller

Wireless Controller

Group Control

Individual Control

Group Control

Individual & group control

Every indoor unit in the YES system can be controlled via the wired and wireless control-

lers. Whats more, the wired controller has a group control function and can connect up

to four indoor units.

Our touch screen wired controllers come in multiple color options, and are equipped with

TiO2 control and wireless controller receivers.


Central on/off control at the entrance/exit

On/Off Controller

Our touch screen on/off controllers can connect up to 256 indoor units or 4 VRF systems.

It can turn on or off the indoor units within the same zone at the same time.

Central Controller

Our 7-inch touch screen central controller can be mounted on the wall easily. It can

connect up to 1,024 indoor units/512 groups/128 zones/16 VRF systems, and can achieve

the same control functions as the wired controller. In addition, it has a weekly schedule

function.

ON/OFF controller which can support Modbus or BACnet protocol for different application (need to choose the corresponding type of the controller).

Central controller can support Modbus or BACnet protocol for different ap-plication (need to select the protocol mode).

** YDHW/YDCC can't connect to on/off controller.

** YDHW/YDCC cant connect to central controller.


Pull out the door card

Insert the door card

Door Card

Door Card

Door Card

Pull out the door card

Insert the door card

Door Card

Door Card

Door Card Function

A door card on/off signal function is available on the YES indoor unit control board and

features two selection modes. Users can choose one of the two functions shown below

by using the door card and signal interface communication.

Mode 1

The system returns to the last operation mode automatically when the card is inserted.

Mode 2

The system has to be switched on manually when the card is inserted, so as to reduce

any wastage of electricity.


BAS Connection

Our YES Series can be connected to the Building Automation System for an integrated

smart control solution.

Metasys/Other BAS System BACnet

communication board

NAE Converter (JCI)

BACne

t

BACnet/IP

** YDHW/YDCC cant connect to BAS connection.


LOW HIGH

Hot ambient Mild ambient Cold ambient

Single-Connection Multi-Connection with Mixed Types

(Fresh air & standard type indoor)Multi-Connection

with All Fresh Air Type Indoor

Fresh Air SystemComplete Product Line

There are 10 models ranging from 510m3/h to 6000m3/h available and are suitable for

residential and commercial applications.

High ESP (External Static Pressure)

The maximum ESP is up to 300Pa for long duct design of large space applications.

Wide Ambient Range

YORK Fresh Air Units can work in conditions with ambient temperatures from -7 to

46C, capable of running all year round.

Energy-saving Mode

Under auto mode, fresh air units can switch to ventilation automatically at mild ambient,

thus reducing energy consumption.

Three Connection Types

For all models, 1 fresh air indoor unit can be connected to 1 outdoor unit.

For models 0510/1080 /1680/2100, multi indoor units (all fresh air type or mixed types)

are allowed to connect to 1 outdoor unit.


Default2500hours

Unlimited

150hours

9000hours

1250hours

5000hours

Mediumpollution

Heavypollution

DefaultMild

pollution

Connection conditions:

1. For all models: the capacity ratio of indoor units (including fresh air) must be 80%

100% .

2. For multi-connection with mixed types, the capacity ratio of fresh air units must be

below 30%.

3. For single-connection type, the outdoor model is fixed (and cannot be changed).

Filter Cleaning Alarm

There are six time interval options and three air pollution levels for filter cleaning alarm

setting.


100 0 A 1

Y: YORK

Condition 1: Export T1

Design Series No.

Design Code

Power Supply M: 380-415V/3-50Hz E:380V/3-50Hz

Outdoor Unit Type S:Single Unit V: Modular Unit

Refrigerant E:R410A

V: DC Inverter

O: Outdoor Unit

H: Heat Pump

Cooling Capacity Code

Structure H:Horizoatal Discharge V: Top Discharge

Y:YORK

D: Variable Refrigerant Flow(VRF) Air Conditioner

Cooling Capacity Code in 100W

Indoor Unit Type, CC: Medium Static Ducted

Mode of Operation, C: Cooling Only, H: Heat Pump

Auxiliary Electric Heater 0: No Heater, 2: With 2# Heater, 4: With 4# Heater

Power Supply, A: 220V/1PH-50Hz

Design Code

Design Series Number: C Series(R410A)

Condition, 3: Export T3

Expansion Device, E: Internal

Piping, L:Left, R: Rightl

Return Plenum, F: With Back Return Plenum and Filter

2F L E CH 3

0 E 3

Y:YORK

D:Variable Refrigerant Flow(VRF) Air Conditioner

Cooling Capacity Code in 100W Air Flow Rate (M3/h) for YDCF

Indoor Unit Type,CD: Compact Ducted, CP: Ceiling Packaged Ducted (Low Static), CK: Round-way Ceiling Cassette,

DK: 2-way Ceiling Cassette, EC: Floor/Ceiling, VC: Floor Conceal , HW: High Wall, CF: Fresh Air

Mode of Operation, C: Cooling Only, H: Heat Pump

Auxiliary Electric Heater 0: No Heater, 2: With 2# Heater, 4: With 4# Heater

Power Supply A: 220V/1PH-50Hz, E: 380V/3PH-50Hz

Design Code

Design Series Number: E Series(R410A)

Condition, 1: Export T1; 3: Export T3

Expansion Device, N: Internal EXV No Drainage Pump, P: Interal EXV With Drainage Pump

Outdoor Units

E Series Indoor Units

C Series Indoor Units

Product Nomenclature


YES Slim Outdoor Unit Line-up

Product Portfolio

Capacity Model Cooling Capacity Heating Capacity Appearance

8 HP YVOH080HSEM 22.4kW 25.0kW

10HP YVOH100HSEM 28.0kW 31.5kW

12 HP YVOH120HSEM 33.5kW 35.0kW

Indoor

Cooling Capacities kW

Types 1.8 2.2 2.5 2.8 3.2 3.6 4 4.5 5 5.6

Compact Ducted Y Y Y Y Y Y Y Y Y Y

Low Static Duct (YDCP) Y Y Y Y Y Y Y Y Y Y

Medium Static Ducted (YDCC)* Y Y Y Y Y

High Wall (YDHW) Y Y Y Y

Floor/Ceiling (YDEC) Y Y Y Y

Floor-Concealed (YDVC) Y Y Y

2-Way Cassette (YDDK) Y Y Y Y

Round Way Cassette (YDCK) Y Y Y Y Y Y

Cooling Capacities kW

Types 6.3 7.1 8 9 10 11.2 12.5 14 17.5

Compact Ducted Y Y

Low Static Duct (YDCP) Y Y Y Y Y Y

Medium Static Ducted (YDCC)* Y Y Y Y Y Y

High Wall (YDHW) Y

Floor/Ceiling (YDEC) Y Y Y Y

Floor-Concealed (YDVC) Y

2-Way Cassette (YDDK) Y Y Y

Round Way Cassette (YDCK) Y Y Y Y Y Y Y Y

*approximate data


Capacity Cooling Capacity

YVOH 080VVEE

YVOH 100VVEE

YVOH 120VVEE

YVOH 140VVEE

YVOH 160VVEE

YVOH 180VVEE

20HP - 2 - - - -

22HP - 1 1 - - -

24HP - - 2 - - -

26HP - - 1 1 - -

28HP - - 1 - 1 -

30HP - - - 1 1 -

32HP - - - - 2 -

34HP - - - - 1 1

36HP - - - - - 2

38HP - - 2 1 - -

40HP - - 2 - 1 -

42HP - - 1 1 1 -

44HP - - 1 - 2 -

46HP - - - 1 2 -

48HP - - - - 3 -

50HP - - - - 2 1

52HP - - - - 1 2

54HP - - - - - 3

Recommended Combination of Outdoor Units

Capacity Model Cooling Capacity Heating Capacity Product

8 HP YVOH080VVEE 25.2kW 28.0kW

10HP YVOH100VVEE 28.0kW 31.5kW

12 HP YVOH120VVEE 33.5kW 37.5kW




YES Super Outdoor Unit Line-up

Outdoor single modular consists of two types:

Single-fan and double-fan models are available.

With 2 HP increments, the outdoor unit can meet various capacity requirements.


YES Slim Outdoor

Note:

1. Cooling conditions: indoor 27CDB/ 19CWB, outdoor 35CDB, equivalent length 10m, IU/OU height difference 0m.

2. Heating conditions: indoor 20CDB, outdoor 7CDB/6CWB, equivalent length 10m, IU/OU height difference 0m.

3. Noise data is tested in semi-anechoic chamber and converted to equivalent anechoic chamber data. The actual noise data could vary per differ-ent installation and working conditions.

Outdoor Unit ModelYVOH

080HSEMYVOH

100HSEMYVOH

120HSEM

HP 8HP 10HP 12HP

Power Supply (V/Ph/Hz) 380415/3/50 380415/3/50 380415/3/50

Capacity (kW)Cooling 22.4 28.0 33.5

Heating 25.0 31.5 35.0

Power (kW)Cooling 6.19 7.36 9.74

Heating 5.71 7.34 8.75

Compressor Output

(kW)Nominal 4.80 6.00 7.20

Air Flow (m3/h) - 9000 9000 10 000

Dimensions (mm) HWD 1600 1100 400 1600 1100 400 1600 1100 400

Weight (kg) Net Weight 180 200 200

RefrigerantType R410A R410A R410A

Charge (kg) 6.0 6.6 6.6

Noise (dB(A))Anechoic Sound Level 53 56 58

Semi-Anechoic Sound Level 56 59 61

Piping (mm)Liquid 9.52 9.52 12.70

Gas 19.05 22.23 25.40

Current (A)

Max Current 20.50 23.00 26.00

Breaker Current 25.00 32.00 32.00

Cooling nominal current 10.11 12.02 15.91

Heating nominal current 9.33 11.99 14.30

Product Specifications


YES Super Basic

Outdoor Unit ModelYVOH

080VVEEYVOH

100VVEEYVOH

120VVEEYVOH

140VVEEYVOH

160VVEEYVOH

180VVEE

HP 8HP 10HP 12HP 14HP 16HP 18HP

Power Supply (V/Ph/Hz) 380/3/50 380/3/50 380/3/50 380/3/50 380/3/50 380/3/50

Capacity (kW) Cooling 25.2 28.0 33.5 40.0 45.0 50.0

Heating 28.0 31.5 37.5 45.0 50.0 56.0

Power (kW)Cooling 6.59 7.51 9.50 10.77 11.57 15.25

Heating 6.65 7.79 10.4 10.96 12.43 14.86

Compressor Output

(kW)Nominal 5.25 6.00 7.20 9.10 10.2 11.6

Air Flow (m3/h) Cooling/Heating 10 500 10 500 10 500 17 500 17 500 17 500

Dimensions (mm) HWD 1700 1000 760 1700 1300 760

Weight (kg) Net Weight 210 210 225 295 310 315

RefrigerantType R410A

Charge (kg) 8.0 8.0 8.5 10.0 10.0 10.5

Noise (dB(A))

Anechoic Sound Level 57 58 59 60 60 61

Semi-Anechoic Sound

Level60 61 62 63 63 64

Piping (mm)Liquid 9.52 9.52 12.7 12.7 12.7 15.88

Gas 19.05 22.23 25.4 25.4 28.58 28.58

Current (A)

Max Current 17.0 19.0 23.0 28.0 31.0 33.0

Breaker Current 25.0 25.0 32.0 40.0 40.0 50.0

Cooling nominal current 10.6 12.0 15.2 17.2 18.4 24.1

Heating nominal current 10.7 12.5 16.6 17.6 19.8 23.6


Recommended Combination Unit

Outdoor Unit ModelYVOH100

+YVOH100

YVOH100 +

YVOH120

YVOH120 +

YVOH120

YVOH120 +

YVOH140

YVOH120 +

YVOH160

YVOH140 +

YVOH160



Capacity (kW)Cooling 56.0 61.5 67.0 73.5 78.5 85.0

Heating 63.0 69.0 75.0 82.5 87.5 95.0

Power (kW)Cooling 15.02 17.01 19.00 20.27 21.07 22.34

Heating 15.58 18.19 20.80 21.36 22.83 23.39

Compressor Output

(kW)Nominal 12.0 13.2 14.4 16.3 17.4 19.3


Dimensions (mm) HWD(1700 1000

760) 2

(1700 1000

760) 2

(1700 1000

760) 2

(1700 1000

760)

+

(1700 1300

760)

(1700 1000

760)

+

(1700 1300

760)

(1700 1000

760)

+

(1700 1300

760)


RefrigerantType R410A R410A R410A R410A R410A R410A

Charge (kg) 16.0 16.5 17.0 18.5 18.5 20

Noise (dB(A))


Semi-Anechoic Sound

Level64 64 65 65 65 66

Piping (mm)

Liquid 15.88 15.88 15.88 19.05 19.05 19.05

Gas 28.58 28.58 28.58 34.9 34.9 34.9

Oil Balance 6.35 6.35 6.35 6.35 6.35 6.35

Current (A)

Max Current 38.0 42.0 46.0 51.0 54.0 59.0

Breaker Current 50.0 63.0 63.0 63.0 80.0 80.0




Outdoor Unit ModelYVOH160

+ YVOH160

YVOH160 +

YVOH180

YVOH180 +

YVOH180

YVOH120 +

YVOH120 +

YVOH140

YVOH120 +

YVOH120 +

YVOH160

YVOH120 +

YVOH140 +

YVOH160



Capacity (kW) Cooling 90.0 95.0 100.0 107.0 112.0 118.5

Heating 100.0 106.0 112.0 120.0 125.0 132.5

Power (kW)Cooling 23.14 26.82 30.50 29.77 30.57 31.84

Heating 24.86 27.29 29.72 31.76 33.23 33.79

Compressor Output (kW) Nominal 20.4 21.8 23.2 23.5 24.6 26.5


Dimensions (mm) HWD(1700 1300

760) 2

(1700 1300

760) 2

(1700 1300

760) 2

(1700 1000

760) 2

+

(1700 1300

760)

(1700 1000

760)

2 +

(1700 1300

760)

(1700 1000

760)

+ 2

(1700 1300

760)



Charge (kg) 20.0 20.5 21.0 27.0 27.0 28.5

Noise (dB(A))


Semi-Anechoic Sound

Level66 66 67 67 67 67

Piping (mm)

Liquid 19.05 19.05 19.05 19.05 19.05 19.05

Gas 34.9 34.9 38.1 38.1 38.1 38.1

Oil Balance 6.35 6.35 6.35 6.35 6.35 6.35

Current (A)

Max Current 62.0 64.0 66.0 74.0 77.0 82.0

Breaker Current 80.0 80.0 100.0 100 100 100



Recommended Combination Unit


Outdoor Unit Model

YVOH120 +

YVOH160 +

YVOH160

YVOH140 +

YVOH160 +

YVOH160

YVOH160 +

YVOH160 +

YVOH160

YVOH160 +

YVOH160 +

YVOH180

YVOH160 +

YVOH180 +

YVOH180

YVOH180 +

YVOH180 +

YVOH180




Heating 137.5 145.0 150.0 156.0 162.0 168.0

Power (kW)Cooling 32.64 33.91 34.71 38.39 42.07 45.75

Heating 35.26 35.82 37.29 39.72 42.15 44.58

Compressor Output

(kW)Nominal 27.6 29.5 30.6 32.0 33.4 34.8


Dimensions (mm) HWD

(1700 1000

760)

+

2 (1700

1300 760)

(1700 1300

760)

3

(1700 1300

760)

3

(1700 1300

760)

3

(1700 1300

760)

3

(1700 1300

760)

3



Charge (kg) 28.5 30.0 30.0 30.5 31.0 31.5

Noise (dB(A))


Semi-Anechoic Sound

Level67 68 68 68 68 69

Piping (mm)

Liquid 19.05 19.05 19.05 19.05 19.05 19.05

Gas 38.1 38.1 38.1 38.1 38.1 38.1

Oil Balance 6.35 6.35 6.35 6.35 6.35 6.35

Current (A)

Max Current 85.0 90.0 93.0 95.0 97.0 99.0

Breaker Current 100 125.0 125.0 125.0 125.0 125.0



Note:



3. Noise data is tested in semi-anechoic chamber and converted to equivalent anechoic chamber data. The actual noise data could vary per differ-ent installation and working conditions.

4. For combined models, clrcult breaker should be installed for not only the main power supply, but also the power supply of each module.


Compact Ducted Indoor Unit

Indoor Unit ModelYDCD018H0NA

YDCD022

H0NA

YDCD025H0NA

YDCD028H0NA

YDCD032

H0NA

YDCD036H0NA


Capacity (kW)

Cooling 1.8 2.2 2.5 2.8 3.2 3.6

Heating 2.2 2.5 2.8 3.2 3.6 4.0

Power Input (W) 37 37 46 46 48 50

Current (A) Nominal 0.16 0.16 0.2 0.2 0.21 0.22

Air Flow (m3/h) - 350 350 450 450 480 480

ESP (Pa)Standard

(min-max)0(0-30) 0(0-30) 0(0-30) 0(0-30) 0(0-30) 0(0-30)

Dimensions (mm) HWD 200X700X450200X700X450

200X700X450

200X700X450

200X700X450

200X700X450


Noise (dB(A)) H/M/L 29/25/23 29/25/23 31/27/25 31/27/25 32/29/27 32/29/27

Piping (mm)

Liquid/Gas 6.35/9.52 6.35/9.52 6.35/9.52 6.35/9.52 6.35/12.70 6.35/12.70

Drainage DN25 DN25 DN25 DN25 DN25 DN25

Indoor Unit ModelYDCD040H0NA

YDCD045H0NA

YDCD050H0NA

YDCD056H0NA

YDCD063H0NA

YDCD071

H0NA


Capacity (kW)

Cooling 4.0 4.5 5.0 5.6 6.3 7.1

Heating 4.5 5.0 5.6 6.3 7.1 8.0

Power Input (W) 70 70 76 106 106 110


Air Flow (m3/h) - 560 560 750 900 900 990

ESP (Pa)Standard

(min-max)0(0-30) 0(0-30) 0(0-30) 0(0-30) 0(0-30) 0(0-30)

Dimensions (mm) HWD 200X700X450200X900X450

200X900X450

200X900X450

200X1100X450

200X1100X450


Noise (dB(A)) H/M/L 38/35/32 35/32/29 35/32/29 39/36/32 37/34/31 37/35/32

Piping (mm)

Liquid/Gas 6.35/12.70 6.35/12.70 6.35/12.70 6.35/12.70 9.52/15.88 9.52/15.88

Drainage DN25 DN25 DN25 DN25 DN25 DN25


Indoor Unit ModelYDCP

036H0NAYDCP

040H0NAYDCP

045H0NAYDCP

050H0NAYDCP

056H0NAYDCP

063H0NA



Heating 4.0 4.5 5.0 5.6 6.3 7.1

Power Input (W) 50 70 70 76 106 106


Air Flow (m3/h) Cooling/Heating 480 560 560 750 900 900

ESP (Pa)Standard (min

max)0 (030) 0 (030) 0 (030) 0 (030) 0 (030) 0 (030)

Dimensions (mm) HWD 200 700 620 200900620 2001100620


Noise (dB(A)) H/M/L 30/27/25 35/32/29 35/32/29 33/31/28 37/34/30 35/33/29

Piping (mm)Liquid/Gas 6.35/12.7 6.35/12.7 6.35/12.7 6.35/12.7 6.35/12.7 9.52/15.88

Drainage DN25

Indoor Unit Model YDCP071H0NA YDCP080H0NA YDCP090H0NA YDCP100H0NA YDCP112H0NA

Power Supply (V/Ph/Hz) 220/1/50 220/1/50 220/1/50 220/1/50 220/1/50

Capacity (kW)Cooling 7.1 8.0 9.0 10.0 11.2

Heating 8.0 9.0 10.0 11.2 12.5

Power Input (W) 110 138 206 260 260

Current (A) Nominal 0.48 0.60 0.90 1.25 1.25

Air Flow (m3/h) Cooling/Heating 990 1200 1500 1700 1700


max)0 (030) 15 (040) 15 (040) 15 (040) 15 (040)

Dimensions (mm) HWD 2001100620 2001100620 220 1450 620

Weight (kg) Net Weight 34 34 48 48 48

Noise (dB(A)) H/M/L 36/33/30 39/36/31 39/36/31 41/37/33 41/37/33

Piping (mm)Liquid/Gas 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88

Drainage DN25

Indoor Unit Model YDCP018H0NA YDCP022H0NA YDCP025H0NA YDCP028H0NA YDCP032H0NA



Heating 2.2 2.5 2.8 3.2 3.6

Power Input (W) 37 37 46 46 48


Air Flow (m3/h) Cooling/Heating 350 350 450 450 480


max)0 (030) 0 (030) 0 (030) 0 (030) 0 (030)

Dimensions (mm) HWD 200 700 620 200 700 620 200 700 620 200 700 620 200 700 620


Noise (dB(A)) H/M/L 27/25/23 27/25/23 28/26/24 28/26/24 30/27/25


Drainage DN25

Ceiling Packaged Duct (Low Static)


Medium Static Duct

Indoor Unit ModelYDCC

020H0FLEAYDCC

025H0FLEAYDCC

034H0FLEAYDCC

045H0FLEAYDCC

053H0FLEAYDCC

066H0FLEA



Heating 2.2 3.0 3.9 4.95 5.8 6.8

Power Input (W) 40 55 75 100 110 185


Air Flow (m3/h) Standard 380 450 600 800 930 1200


max)15 (0/15/30) 15 (0/15/30) 15 (0/15/30) 15 (0/15/30) 15 (0/15/30) 15 (15/40/80)

Dimensions (mm) HWD 226 855 602 226 855 602226 1055

602

226 1175

602

226 1175

602

245 1475

576


Piping (mm) Liquid/Gas 6.35/9.52 6.35/9.52 6.35/12.7 6.35/12.7 6.35/12.7 9.52/15.88

Drainage Piping (mm) DN25

Indoor Unit ModelYDCC

078H0FLEAYDCC

095H0FLEAYDCC

115H0FLEAYDCC

140H0FLEAYDCC

175H0FLEA



Heating 8.2 11.0 13.0 16.5 19.0

Power Input (W) 215 270 300 420 510


Air Flow (m3/h) Standard 1360 1600 1900 2200 2700


max)15 (15/40/80) 15 (15/40/80) 15 (15/40/80) 15 (15/50/100) 15 (15/50/100)



Piping (mm) Liquid/Gas 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88

Drainage Piping (mm) DN25


Round-way Cassette

Indoor Unit ModelYDCK

028H0PAYDCK

036H0PAYDCK

040H0PAYDCK

045H0PAYDCK

050H0PAYDCK

056H0PAYDCK

063H0PA

Power Supply (V/Ph/Hz) 220/1/50 220/1/50 220/1/50 220/1/50 220/1/50 220/1/50 220/1/50

Capacity (kW)Cooling 2.8 3.6 4.0 4.5 5.0 5.6 6.3

Heating 3.2 4.0 4.5 5.0 5.6 6.3 7.1

Power Input (W) 17 19 19 19 26 27 42

Current (A) Nominal 0.13 0.15 0.15 0.15 0.22 0.28 0.37

Air Flow (m3/h) Standard 780 810 810 810 900 960 1100

Dimensions (mm)

Unit (HWD)246 840

840

246 840

840

246 840

840

246 840

840

246 840

840

246 840

840

246 840

840

Panel (HWD)50 950

950

50 950

950

50 950

950

50 950

950

50 950

950

50 950

950

50 950

950

Weight (kg)Unit 23 23 23 23 26 26 26

Panel 5.5 5.5 5.5 5.5 5.5 5.5 5.5

Noise (dB(A)) H/M/L 28/27/25 29/28/26 29/28/26 29/28/26 31/29/27 32/31/28 32/31/28

Piping (mm)Liquid/Gas 6.35/9.52 6.35/12.7 6.35/12.7 6.35/12.7 6.35/12.7 6.35/12.7 9.52/15.88

Drainage DN25

Indoor Unit ModelYDCK

071H0PAYDCK

080H0PAYDCK

090H0PAYDCK

100H0PAYDCK

112H0PAYDCK

125H0PAYDCK

140H0PA


Capacity (kW)

Cooling 7.1 8.0 9.0 10.0 11.2 12.5 14.0

Heating 8.0 9.0 10.0 11.2 12.5 14.0 16.0

Power Input (W) 42 63 63 129 129 142 171



Dimensions (mm)

Unit (HWD)246 840

840

288 840

840

288 840

840

288 840

840

288 840

840

288 840

840

288 840

840

Panel (HWD)50 950

950

50 950

950

50 950

950

50 950

950

50 950

950

50 950

950

50 950

950

Weight (kg)

Unit 26 29 29 29 29 29 32

Panel 5.5 5.5 5.5 5.5 5.5 5.5 5.5

Noise (dB(A)) H/M/L 35/31/28 38/35/32 38/35/32 45/39/36 45/39/36 47/43/38 48/45/42

Piping (mm)

Liquid/Gas 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88

Drainage DN25


High Wall

Indoor Unit ModelYDHW

022H0NAYDHW

028H0NAYDHW

036H0NAYDHW

056H0NAYDHW

071H0NA



Heating 2.8 3.2 4.0 6.3 7.15

Power Input (W) 35 35 40 50 70





Noise (dB(A)) H/M/L 34/30/26 34/30/26 38/35/31 44/41/39 44/41/39


Drainage DN20

2-way Cassette

Indoor Unit ModelYDDK

028H0PAYDDK

036H0PAYDDK

045H0PAYDDK

056H0PAYDDK

071H0PAYDDK

090H0PAYDDK

112H0PA


Capacity (kW)Cooling 2.8 3.6 4.5 5.6 7.1 9.0 11.2

Heating 3.2 4.0 5.0 6.3 8.0 10.0 12.5

Power Input (W) 60 62 68 85 94 129 175



Dimensions (mm)

Unit (HWD)310 840

520

310 840

520

310 960

520

310 960

520

310 1200

520

310 1440

520

310 1440

520

Panel (HWD)30 1083

630

30 1083

630

30 1203

630

30 1203

630

30 1443

630

30 1683

630

30 1683

630

Weight (kg)Unit 41 41 47 47 53 65 65

Panel 6 6 7 7 8 9 9

Noise (dB(A)) H/M/L 34/28/22 35/32/27 38/33/28 40/36/34 42/38/35 42/38/35 46/43/38

Piping (mm)Liquid/Gas 6.35/9.52 6.35/12.7 6.35/12.7 6.35/12.7 9.52/15.88 9.52/15.88 9.52/15.88

Drainage DN25


Floor-concealed

Indoor Unit ModelYDVC

028H0NAYDVC

045H0NAYDVC

056H0NAYDVC

071H0NA

Power Supply (V/Ph/Hz) 220/1/50 220/1/50 220/1/50 220/1/50

Capacity (kW)Cooling 2.8 4.5 5.6 7.1

Heating 3.2 5.0 6.3 8.0

Power Input (W) 41 50 60 71

Current (A) Nominal 0.18 0.23 0.27 0.32

Air Flow (m3/h) Standard 420 680 900 1000

Dimensions (mm) HWD 600 730 230 600 980 230 600 1334 230 600 1334 230

Weight (kg) Net Weight 20 24 30 31

Noise (dB(A)) H/M/L 35/32/30 35/32/30 36/33/31 37/34/32

Piping (mm)Liquid/Gas 6.35/9.52 6.35/12.7 6.35/12.7 9.52/15.88

Drainage DN25

Floor/Ceiling

Indoor Unit ModelYDEC

028H0NAYDEC

036H0NAYDEC

045H0NAYDEC

056H0NAYDEC

071H0NAYDEC

080H0NAYDEC

090H0NAYDEC

112H0NA

Power Supply (V/Ph/Hz) 220/1/50 220/1/50 220/1/50 220/1/50 220/1/50 220/1/50 220/1/50 220/1/50

Capacity (kW)Cooling 2.8 3.6 4.5 5.6 7.1 8.0 9.0 11.2

Heating 3.2 4.0 5.0 6.3 8.0 9.0 10.0 12.5

Power Input (W) 110 110 130 130 180 210 210 210

Current (A) Nominal 0.55 0.55 0.65 0.65 0.83 0.97 0.97 1.20

Air Flow (m3/h) Standard 600 600 950 950 1250 1550 1550 1950

Dimensions

(mm)HWD

680 1245

240

680 1245

240

680 1245

240

680 1245

240

680 1245

240

680 1245

240

680 1245

240

680 1670

240

Weight (kg)Net

Weight36 36 36 36 36 38 38 51

Noise (dB(A)) H/M/L 37/33/30 37/33/30 46/44/41 46/44/42 47/45/42 52/48/46 52/48/46 52/48/46

Piping (mm)Liquid/Gas 6.35/9.52 6.35/12.7 6.35/12.7 6.35/12.7 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88

Drainage DN25

Note:



3. Noise data is tested in semi-anechoic chamber and converted to equivalent anechoic chamber data. The actual noise data could vary per dif-ferent installation and working conditions.


Fresh Air Indoor

Indoor Unit ModelYDCF0510H0NA

YDCF1080H0NA

YDCF1680H0NA

YDCF2100H0NA

YDCF2500H0NA


Capacity (kW)

Cooling 7.1 14.0 22.4 28.0 28.0

Heating 3.5 7.5 10.0 12.0 14.0

Heating* 4.4 9.3 12.8 15.4 18.2

Power Input (W) 110 250 390 530 740



ESP (Pa) Standard/High 50/100 100/200 150/220 150/220 150/200/300



Noise (dB(A)) Standard/High 34/40 36/41 43/46 44/47 40/50/51

PipingLiquid/Gas (mm) 9.52/15.88 9.52/15.88 9.52/22.23 9.52/22.23 9.52/22.23

Drainage (mm) DN25 DN25 DN32 DN32 DN32

Connect to YES outdoor unit (HP) 854 854 854 1054 10

Indoor Unit ModelYDCF3000

H0NEYDCF3500H0NE

YDCF4000H0NE

YDCF5000H0NE

YDCF6000H0NE


Capacity (kW)

Cooling 28.0 40.0 45.0 56.0 56.0

Heating 16.0 20.0 21.0 26.0 32.0

Heating* 21.0 26.3 27.6 34.1 42.0

Power Input (W) 1050 950 1260 1580 2310



ESP (Pa) Standard/High 200/300 200/300 200/300 200/300 200/300



Noise (dB(A)) Standard/High 51/54 51/54 53/55 54/56 56/57

PipingLiquid/Gas (mm) 9.52/22.23 12.7/25.4 12.7/28.6 15.88/28.6 15.88/28.6

Drainage (mm) DN32 DN40

Connect to YES outdoor unit (HP) 10 14 16 20 20

Note:1. Cooling capacity is based on ambient temperature 33C DB, 28C WB.2. Heating capacity is based on ambient temperature 7C DB, 6C WB; model with open * mark is based on ambient temperature 0C DB, -3C

WB; 3. Cooling default temperature is set as 18C, heating default temperature is set as 25C (0510-2100) or 22C (2500-6000); 4. Outdoor ambient temperature range is -7C46C DB;5. Models below 2100m3/h can adopt mixed connection with indoor units, but the capacity of fresh air unit cannot be over 30% of the outdoor

capacity;6. Models below 2100m3/h can adopt multiple connections to YES outdoor unit (all fresh air system), but the capacity ratio should be between

80%100%;7. Models over 2500m3/h cannot use multi-connection and mixed connection type. They can only use one-to-one connection to the outdoor unit.


Notes

PUBL-6969 2013 Johnson Controls, Inc. www.johnsoncontrols.com

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