Panasonic AQUAREA WH-ADC0912K6E5AN User manual

© Panasonic Corporation 2023.
Order No: PAPAMY2302058CE
Air-to-Water Hydromodule + Tank
Indoor Unit Outdoor Unit
WH-ADC0912K6E5AN WH-UXZ09KE5
WH-UXZ12KE5
Destination
Europe
Turkey
WARNING
This service information is designed for experienced repair technicians only and is not designed for use by the general public.
It does not contain warnings or cautions to advise non-technical individuals of potential dangers in attempting to service a product.
Products powered by electricity should be serviced or repaired only by experienced professional technicians. Any attempt to
service or repair the products dealt with in this service information by anyone else could result in serious injury or death.
There are special components used in this equipment which are important for safety. These parts are marked by in the Schematic
Diagrams, Circuit Board Diagrams, Exploded Views and Replacement Parts List. It is essential that these critical parts should be
replaced with manufacturer’s specified parts to prevent shock, fire or other hazards. Do not modify the original design without permission
of manufacturer.
IMPORTANT SAFETY NOTICE
In order to avoid frostbite, be assured of no refrigerant leakage during the installation or repairing of refrigerant circuit.
PRECAUTION OF LOW TEMPERATURE
CAUTION
R32 REFRIGERANT
– This Air-to-Water Hydromodule + Tank contains and operates with refrigerant R32.
THIS PRODUCT MUST ONLY BE INSTALLED OR SERVICED BY QUALIFIED PERSONNEL.
Refer to National, State, Territory and local legislation, regulations, codes, installation & operation manuals, before the
installation, maintenance and/or service of this product.

2
TABLE OF CONTENTS
1.Safety Precautions ............................................. 4
2.Precaution For Using R32 Refrigerant ............. 7
3.Specifications ................................................... 12
3.1WH-ADC0912K6E5AN WH-UXZ09KE5 ..... 12
3.2WH-ADC0912K6E5AN WH-UXZ12KE5 ..... 16
4.Features ............................................................. 20
5.Location of Controls and Components .......... 21
5.1Indoor Unit ................................................... 21
5.2Outdoor Unit ................................................. 53
6.Dimensions ....................................................... 54
6.1Indoor Unit ................................................... 54
6.2Outdoor Unit ................................................. 55
7.Refrigeration and Water Cycle Diagram ........ 56
8.Block Diagram .................................................. 57
9.Wiring Connection Diagram ............................ 58
9.1Indoor Unit ................................................... 58
9.2Outdoor Unit ................................................. 59
10.Electronic Circuit Diagram .............................. 60
10.1Indoor Unit ................................................... 60
10.2Outdoor Unit ................................................. 61
11.Printed Circuit Board ....................................... 62
11.1Indoor Unit ................................................... 62
11.2Outdoor Unit ................................................. 64
12.Installation Instruction ..................................... 66
12.1Indoor Floor Area Requirement ................... 66
12.2Indoor Unit ................................................... 69
12.3Outdoor Unit ................................................. 79
12.4Appendix ...................................................... 84
12.5Service and Maintenance ..........................111
13.Installation and Servicing Heat Pump using
R32 ...................................................................113
13.1About R32 Refrigerant ...............................113
13.2Characteristics of R32 Refrigerant .............113
13.3Refrigerant piping installation • Tools used in
services ......................................................115
13.4New installation, Relocation, Repairing of
Refrigerant Cycle System The Procedures .....
..................................................................119
13.5Piping installation of R32 ...........................120
13.6Installation and Service ..............................121
13.7Repairing of refrigerant cycle / Brazing point ...
..................................................................124
14.Operation and Control ...................................130
14.1Basic Function ...........................................130
14.2Water Pump ...............................................141
14.3Water Pressure Control .............................144
14.4Indoor Unit Safety ......................................145
14.5Auto Restart Control ..................................145
14.6Indication Panel .........................................145
14.7Indoor Back-Up Heater Control .................146
14.8Tank Heater Control .................................. 148
14.9Base Pan Heater Control (Optional) ......... 149
14.10Force Heater Mode ................................... 149
14.11Powerful Operation ................................... 151
14.12Quiet Operation ......................................... 151
14.13Sterilization Mode ..................................... 152
14.14Outdoor Ambient Thermo OFF Control .... 153
14.15Alternative Outdoor Ambient Sensor Control ..
................................................................. 153
14.16Force DHW mode ..................................... 153
14.17SMART DHW mode .................................. 154
14.18DHW Capacity Setting .............................. 154
14.19Anti Freeze Control ................................... 155
14.20Solar Operation (Optional) ........................ 156
14.21Boiler Bivalent Control .............................. 157
14.22External Room Thermostat Control (Optional)
................................................................. 159
14.23Three Ways Valve Control ........................ 160
14.24Two Ways Valve Control........................... 161
14.25External OFF/ON Control ......................... 161
14.26External Compressor Switch (Optional PCB) ..
................................................................. 162
14.27Heat/Cool Switch (Optional PCB) ............. 163
14.28SG Ready Control (Optional PCB) ........... 164
14.29Demand Control (Optional PCB) .............. 166
14.30Holiday Mode ............................................ 166
14.31Dry Concrete ............................................. 167
14.32Flow Sensor .............................................. 167
15.Protection Control ......................................... 168
15.1Protection Control for All Operations ........ 168
15.2Protection Control for Heating Operation.........
................................................................. 170
15.3Protection Control for Cooling Operation .........
................................................................. 171
16.Servicing Guide ............................................. 172
16.1How to take out Front Plate ...................... 172
16.2Test Run ................................................... 172
16.3Expansion Vessel Pre Pressure Checking ......
................................................................. 172
16.4Pump Down Procedures ........................... 173
16.5How To Adjust Pump Speed ..................... 174
16.6How To Unlock Cool Mode ....................... 175
16.7EEPROM Factory Default Data Setup
Procedure ................................................. 176
16.8Dry Concrete Setup .................................. 177
17.Maintenance Guide........................................ 179
17.1Maintenance for Magnetic Water Filter Set .....
................................................................. 182
18.Troubleshooting Guide ................................. 184
18.1Refrigeration Cycle System ...................... 184
18.2Relationship between the Condition of the Air-
to-Water Heatpump Indoor and Outdoor Units
and Pressure and Electric Current ............ 185
18.3Breakdown Self Diagnosis Function ......... 186
18.4Error Codes Table ..................................... 188
18.5Self-diagnosis Method .............................. 190

3
19.Disassembly and Assembly Instructions .... 238
19.1To Remove Front Plate and Top Plate ...... 238
19.2To Remove Remote Control ...................... 239
19.3To Remove RCCB ..................................... 239
19.4To Remove Electronic Controller ............... 240
19.5To Remove Flow Sensor and Air Purge Valve
.................................................................. 240
19.6To Remove Water Pump ........................... 241
19.7To Remove Bottle Complete ..................... 241
19.8To Remove Water Filter ............................ 242
20.Technical Data ................................................ 243
20.1Operation Characteristics .......................... 243
20.2Heating Capacity Table ............................. 255
20.3Cooling Capacity Table ............................. 255
21.Exploded View and Replacement Parts List .....
......................................................................... 256
21.1Indoor Unit ................................................. 256
21.2Outdoor Unit .............................................. 261
 Specifications, designs and contents in this Service Manual are subject to change without notice.

4
1. Safety Precautions
 Read the following “SAFETY PRECAUTIONS” carefully before installation of Air-To-Water Hydromodule + Tank
(here after referred to as “Tank Unit”).
 Electrical works and water installation works must be done by licensed electrician and licensed water system
installer respectively. Be sure to use the correct rating and main circuit for the model to be installed.
 The caution items stated here must be followed because these important contents are related to safety. The
meaning of each indication used is as below.
Incorrect installation due to ignorance or negligence of the instructions will cause harm or damage, and the
seriousness is classified by the following indications.
 Please leave this installation manual with the unit after installation.
WARNING This indication shows the possibility of causing death or serious injury.
CAUTION This indication shows the possibility of causing injury or damage to properties only.
 The items to be followed are classified by the symbols:
 Carry out test run to confirm that no abnormality occurs after the installation. Then, explain to user the operation,
care and maintenance as stated in instructions. Please remind the customer to keep the operating instructions for
future reference.
 If there is any doubt about the installation procedure or operation, always contact the authorized dealer for advice
and information.
 This appliance is not intended for accessibility by the general public.
WARNING
1. Do not use means to accelerate the defrosting process or to clean, other than those recommended by the manufacturer. Any unfit
method o
r
using incompatible material may cause product damage, burst and serious injury.
2. Do not install outdoor unit near handrail of veranda. When installing outdoor unit at veranda of high rise building, child may climb up to
outdoo
r
unit and cross over the handrail and causing accident.
3. Do not use unspecified cord, modified cord, joint cord or extension cord for power supply cord. Do not share the single outlet with other
electrical appliances. Poor contact, poor insulation or over current will cause electrical shock or fire.
4. Do not tie up the power supply cord into a bundle by band. Abnormal temperature rise on power supply cord may happen.
5. Do not insert your fingers or other objects into the unit, high speed rotating fan may cause injury.
6. Do not sit or step on the unit, you may fall down accidentally.
7. Keep plastic bag (packaging material) away from small children, it may cling to nose and mouth and prevent breathing.
8. When install or relocate outdoor unit, do not let any substance other than the specified refrigerant, e.g. air etc. mix into refrigerant cycle
(piping). Mixing of air etc. will cause abnormal high pressure in refrigeration cycle and result in explosion, injury etc.
9. Do not use pipe wrench to install refrigerant piping. It might deform the piping and cause the unit to malfunction.
10. Do not purchase unauthorized electrical parts for installation, service, maintenance and etc.. They might cause electrical shock or fire.
11. Do not modify the wiring of outdoor unit for installation of other components (i.e. heater, etc). Overloaded wiring or wire connection
points may cause electrical shock or fire.
12. Do not pierce or burn as the appliance is pressurized. Do not expose the appliance to heat, flame, sparks, or other sources of ignition.
Else, it may explode and cause injury or death.
13. Do not add or replace refrigerant other than specified type. It may cause product damage, burst and injury etc.
14. Do not place containers with liquids on top of the Tank Unit. It may cause Tank Unit damage and/or fire could occurs if they leak or
spill onto the Tank Unit.
15. Do not use joint cable for Tank Unit / Outdoor Unit connection cable. Use specified Tank Unit / Outdoor Unit connection cable, refer to
instruction CONNECT THE CABLE TO THE TANK UNIT and connect tightly for Tank Unit / Outdoor Unit connection. Clamp the
cable so that no external force will be acted on the terminal. If connection or fixing is not perfect, it will cause heat up or fire at the
connection.
16. Do not use joint cable for outdoor connection cable. Use specified outdoor connection cable, refer to instruction ⑤CONNECT THE
CABLE TO THE OUTDOOR UNIT and connect tightly for outdoor connection. Clamp the cable so that no external force will be acted
on the terminal. If connection or fixing is not perfect, it will cause heat up or fire at the connection.
Symbol with white background denotes item that is PROHIBITED.
Symbol with dark background denotes item that must be carried out.

5
WARNING
17. Wire routing must be properly arranged so that control board cover is fixed properly. If control board cover is not fixed perfectly, it will
cause fire or electrical shock.
18. For electrical work, follow the national regulation, legislation and this installation instructions. An independent circuit and single outlet
must be used. If electrical circuit capacity is not enough or defect found in the electrical work, it will cause electrical shock or fire.
19. For water circuit installation work, follow to relevant European and national regulations (including EN61770) and local plumbing and
building regulation codes.
20. Engage authorized dealer or specialist for installation. If installation done by the user is incorrect, it will cause water leakage, electrical
shock or fire.
21. • This is a R32 model, use piping, flare nut and tools which is specified for R32 refrigerant. Using of existing (R22) piping, flare nut
and tools may cause abnormally high pressure in the refrigerant cycle (piping), and possibly result in explosion and injury.
• Thickness for copper pipes used with R32 must be more than 0.8 mm. Never use copper pipes thinner than 0.8 mm.
• It is desirable that the amount of residual oil is less than 40 mg/10 m.
22. When installing or relocating Tank Unit, do not let any substance other than the specified refrigerant, eg. air etc. mix into refrigeration
cycle (piping). Mixing of air etc. will cause abnormal high pressure in refrigeration cycle and result in explosion, injury etc.
23. For refrigeration system work, install according to this installation instructions strictly. If installation is defective, it will cause water
leakage, electrical shock or fire.
24. Install at a strong and firm location which is able to withstand weight of the set. If the strength is not enough or installation is not
properly done, the set will drop and cause injury.
25. This equipment is strongly recommended to be installed with Residual Current Device (RCD) on-site according to the respective
national wiring rules or country
–
specific safety measures in terms of residual current.
26. During installation, install the refrigerant piping properly before running the compressor. Operation of compressor without fixing
refrigeration piping and valves at opened position will cause suck-in of air, abnormal high pressure in refrigeration cycle and result in
explosion, injury etc.
27. During pump down operation, stop the compressor before removing the refrigeration piping. Removal of refrigeration piping while
compressor is operating and valves are opened will cause suck-in of air, abnormal high pressure in refrigeration cycle and result in
explosion, injury etc.
28. Tighten the flare nut with torque wrench according to specified method. If the flare nut is over tightened, after a long period, the flare
may break and cause refrigerant gas leakage.
29. After completion of installation, confirm there is no leakage of refrigerant gas. It may generate toxic gas when the refrigerant contacts
with fire.
30. Ventilate if there is refrigerant gas leakage during operation. It may cause toxic gas when the refrigerant contacts with fire.
31. Ventilate the room if there is refrigerant gas leakage during operation. Extinguish all fire sources if present. It may cause toxic gas
when the refrigerant contacts with fire.
32. Use the attached accessories parts and specified parts for installation. Otherwise, it will cause the set to fall, water leakage, fire or
electrical shock.
33. Only use the supplied or specified installation parts. Else, it may causes unit vibrate, fall, water leakage, electrical shock or fire.
34. If there is any doubt about the installation procedure or operation, always contact the authorized dealer for advice and information.
35. Select a location where in case of water leakage, the leakage will not cause damage to other properties.
36. When installing electrical equipment at wooden building of metal lath or wire lath, in accordance with electrical facility standard, no
electrical contact between equipment and building is allowed. Insulator must be installed in between.
37. Any work carried out on the Tank Unit after removing any panels which is secured by screws, must be carried out under the
supervision of authorized dealer and licensed installation contractor.
38. Any work carried out on the outdoor unit after removing any panels which is secured by screws, must be carried out under the
supervision of authorized dealer and licensed installation contractor.
39. This system is multi supply appliance. All circuits must be disconnected before accessing the unit terminals.
40. For cold water supply has a backflow regulator, check valve or water meter with check valve, provisions for thermal expansion of water
in the hot water system must be provided. Otherwise it will cause water leakage.
41. The piping installation work must be flushed before Tank Unit is connected to remove contaminants. Contaminants may damage the
Tank Unit components.
42. This installation may be subjected to building regulation approval applicable to respective country that may require to notify the local
authority before installation.
43. The Tank Unit must be shipped and stored in upright condition and dry environment. It may laid on its back when being moved into the
building.
44. Work done to the Tank Unit after remove the front plate cover that secured by screws, must be carried out under the supervision of
authorized dealer, licensed installation contractor, skilled person and instructed person.
45. Be aware that refrigerants may not contain an odour.
46. This equipment must be properly earthed. Earth line must not be connected to gas pipe, water pipe, earth of lightning rod and
telephone. Otherwise, it may cause electrical shock in case of equipment breakdown or insulation breakdown.
47. This unit must be properly earthed. The electrical earth must not be connected to a gas pipe, water pipe, the earth of lightening rod or
a telephone. Otherwise there is a danger of electrical shock in the event of an insulation breakdown or electrical earth fault in the
outdoor unit.

6
CAUTION
1. Do not install the Tank Unit at place where leakage of flammable gas may occur. In case gas leaks and accumulates at surrounding of
the unit, it may cause fire.
2. Do not install the outdoor unit at place where leakage of flammable gas may occur. In case gas leaks and accumulates at surrounding
of the unit, it may cause fire.
3. Prevent liquid or vapor from entering sumps or sewers since vapor is heavier than air and may form suffocating atmospheres.
4. Do not release refrigerant during piping work for installation, re-installation and during repairing a refrigeration parts. Take care of the
liquid refrigerant, it may cause frostbite.
5. Do not install this appliance in a laundry room or other high humidity location. This condition will cause rust and damage to the unit.
6. Make sure the insulation of power supply cord does not contact hot part (i.e. refrigerant piping, water piping) to prevent from insulation
failure (melt).
7. Do not touch the sharp aluminium fin, sharp parts may cause injury.
8. Do not apply excessive force to water pipes that may damage the pipes. If water leakage occurs, it will cause flooding and damage to
other properties.
9. Do not transport the Tank Unit with water inside the unit. It may cause damage to the unit.
10. Carry out drainage piping as mentioned in installation instructions. If drainage is not perfect, water may enter the room and damage
the furniture.
11. Select an installation location which is easy for maintenance.
Incorrect installation, service or repair of this Tank Unit may increase the risk of rupture and this may result in loss damage or injury
and/or property.
12. Select an installation location which is easy for maintenance.
Incorrect installation, service or repair of this outdoor unit may increase the risk of rupture and this may result in loss damage or injury
and/or property.
13. Power supply connection to Tank Unit.
• Power supply point should be in easily accessible place for power disconnection in case of emergency.
• Must follow local national wiring standard, regulation and this installation instruction.
• Strongly recommended to make permanent connection to a circuit breaker.
- Power Supply 1: Use approved 30A 2-poles circuit breaker with a minimum contact gap of 3.0mm.
- Power Supply 2: Use approved 30A 2-poles circuit breaker with a minimum contact gap of 3.0mm.
14. Ensure the correct polarity is maintained throughout all wiring. Otherwise, it will cause electrical shock or fire.
15. After installation, check the water leakage condition in connection area during test run. If leakage occurs, it will cause damage to other
properties.
16. If the Tank Unit not operates for long time, the water inside the Tank Unit should be drained.
17. Installation work.
It may need three or more people to carry out the installation work. The weight of Tank Unit might cause injury if carried by one person.
18. Installation work.
It may need two or more people to carry out the installation work. The weight of outdoor unit might cause injury if carried by one
person.
19. Keep any required ventilation openings clear of obstruction.

7
2. Precaution For Using R32 Refrigerant
 The basic installation work procedures are the same as conventional refrigerant (R410A, R22) models.
However, pay careful attention to the following points:
WARNING
1.
When connecting flare at indoor side, make sure that the flare connection is used only once, if torqued up and released, the flare
must be remade. Once the flare connection was torqued up correctly and leak test was made, thoroughly clean and dry the surface
to remove oil, dirt and grease by following instructions of silicone sealant. Apply neutral cure (Alkoxy type) & ammonia-free silicone
sealant that is non-corrosive to copper & brass to the external of the flared connection to prevent the ingress of moisture on both the
gas & liquid sides. (Moisture may cause freezing and premature failure of the connection)
2.
The appliance shall be stored, installed and operated in a well ventilated room with comply to Indoor Floor Area Requirement and
without any continuously operating ignition source. Keep away from open flames, any operating gas appliances or any operating
electric heater. Else, it may explode and cause injury or death.
3.
Since the working pressure is higher than that of refrigerant R22 models, some of the piping and installation and service tools
are special.
Especially, when replacing a refrigerant R22 model with a new refrigerant R32 model, always replace the conventional piping
and flare nuts with the R32 and R410A piping and flare nuts on the outdoor unit side.
For R32 and R410A, the same flare nut on the outdoor unit side and pipe can be used.
4.
The mixing of different refrigerants within a system is prohibited. Models that use refrigerant R32 and R410A have a different
charging port thread diameter to prevent erroneous charging with refrigerant R22 and for safety.
Therefore, check beforehand. [The charging port thread diameter for R32 and R410A is 12.7 mm (1/2 inch).]
5. Ensure that foreign matter (oil, water, etc.) does not enter the piping.
Also, when storing the piping, securely seal the opening by pinching, taping, etc. (Handling of R32 is similar to R410A.)
6.
Operation, maintenance, repairing and refrigerant recovery should be carried out by trained and certified personnel in the use of
flammable refrigerants and as recommended by the manufacturer. Any personnel conducting an operation, servicing or
maintenance on a system or associated parts of the equipment should be trained and certified.
7. Any part of refrigerating circuit (evaporators, air coolers, AHU, condensers or liquid receivers) or piping should not be located in
the proximity of heat sources, open flames, operating gas appliance or an operating electric heater.
8. The user/owner or their authorized representative shall regularly check the alarms, mechanical ventilation and detectors, at
least once a year, where as required by national regulations, to ensure their correct functioning.
9. A logbook shall be maintained. The results of these checks shall be recorded in the logbook.
10. In case of ventilations in occupied spaces shall be checked to confirm no obstruction.
11.
Before a new refrigerating system is put into service, the person responsible for placing the system in operation should ensure
that trained and certified operating personnel are instructed on the basis of the instruction manual about the construction,
supervision, operation and maintenance of the refrigerating system, as well as the safety measures to be observed, and the
properties and handling of the refrigerant used.
12.
The general requirement of trained and certified personnel are indicated as below:
a) Knowledge of legislation, regulations and standards relating to flammable refrigerants; and,
b) Detailed knowledge of and skills in handling flammable refrigerants, personal protective equipment, refrigerant leakage
prevention, handling of cylinders, charging, leak detection, recovery and disposal; and,
c) Able to understand and to apply in practice the requirements in the national legislation, regulations and Standards; and,
d) Continuously undergo regular and further training to maintain this expertise.
13. Air-to-Water Heatpump piping in the occupied space shall be installed in such a way to protect against accidental damage in
operation and service.
14. Precautions shall be taken to avoid excessive vibration or pulsation to refrigerating piping.
15. Ensure protection devices, refrigerating piping and fittings are well protected against adverse environmental effects (such as the
danger of water collecting and freezing in relief pipes or the accumulation of dirt and debris).
16. Expansion and contraction of long runs piping in refrigerating systems shall be designed and installed securely (mounted and
guarded) to minimize the likelihood hydraulic shock damaging the system.
17. Protect the refrigerating system from accidental rupture due to moving furniture or reconstruction activities.
18.
To ensure no leaking, field-made refrigerant joints indoors shall be tightness tested. The test method shall have a sensitivity of
5 grams per year of refrigerant or better under a pressure of at least 0,25 times the maximum allowable pressure (>1.04MPa,
max 4.15MPa). No leak shall be detected.

8
CAUTION
1.
Installation (Space)
 Must ensure the installation of pipe-work shall be kept to a minimum. Avoid use dented pipe and do not allow acute
bending.
 Must ensure that pipe-work shall be protected from physical damage.
 Must comply with national gas regulations, state municipal rules and legislation. Notify relevant authorities in accordance
with all applicable regulations.
 Must ensure mechanical connections be accessible for maintenance purposes.
 In cases that require mechanical ventilation, ventilation openings shall be kept clear of obstruction.
 When disposal of the product, do follow to the precautions in #12 and comply with national regulations.
 In case of field charge, the effect on refrigerant charge caused by the different pipe length has to be quantified, measured
and labelled.
 Always contact to local municipal offices for proper handling.
2.
Servicing
2-1. Service personnel
 Any qualified person who is involved with working on or breaking into a refrigerant circuit should hold a current valid
certificate from an industry-accredited assessment authority, which authorizes their competence to handle refrigerants
safely in accordance with an industry recognized assessment specification.
 Servicing shall only be performed as recommended by the equipment manufacturer. Maintenance and repair requiring the
assistance of other skilled personnel shall be carried out under the supervision of the person competent in the use of
flammable refrigerants.
 Servicing shall be performed only as recommended by the manufacturer.
 The system is inspected, regularly supervised and maintained by a trained and certified service personnel who is employed
by the person user or party responsible.
 Ensure the actual refrigerant charge is in accordance with the room size within which the refrigerant containing parts are
installed.
 Ensure refrigerant charge not to leak.
2-2. Work
 Prior to beginning work on systems containing flammable refrigerants, safety checks are necessary to ensure that the risk
of ignition is minimised.
For repair to the refrigerating system, the precautions in #2-2 to #2-8 must be followed before conducting work on the
system.
 Work shall be undertaken under a controlled procedure so as to minimize the risk of a flammable gas or vapour being
present while the work is being performed.
 All maintenance staff and others working in the local area shall be instructed and supervised on the nature of work being
carried out.
 Avoid working in confined spaces. Always ensure away from source, at least 2 meter of safety distance, or zoning of free
space area of at least 2 meter in radius.
 Wear appropriate protective equipment, including respiratory protection, as conditions warrant.
 Keep all sources of ignition and hot metal surfaces away.
2-3. Checking for presence of refrigerant
 The area shall be checked with an appropriate refrigerant detector prior to and during work, to ensure the technician is
aware of potentially flammable atmospheres.
 Ensure that the leak detection equipment being used is suitable for use with flammable refrigerants, i.e. non sparking,
adequately sealed or intrinsically safe.
 In case of leakage/spillage happened, immediately ventilate area and stay upwind and away from spill/release.
 In case of leakage/spillage happened, do notify persons down wind of the leaking/spill, isolate immediate hazard area and
keep unauthorized personnel out.
2-4. Presence of fire extinguisher
 If any hot work is to be conducted on the refrigerating equipment or any associated parts, appropriate fire extinguishing
equipment shall be available at hand.
 Have a dry powder or CO2 fire extinguisher adjacent to the charging area.
2-5. No ignition sources
 No person carrying out work in relation to a refrigerating system which involves exposing any pipe work that contains or
has contained flammable refrigerant shall use any sources of ignition in such a manner that it may lead to the risk of fire or
explosion. He/She must not be smoking when carrying out such work.
 All possible ignition sources, including cigarette smoking, should be kept sufficiently far away from the site of installation,
repairing, removing and disposal, during which flammable refrigerant can possibly be released to the surrounding space.
 Prior to work taking place, the area around the equipment is to be surveyed to make sure that there are no flammable
hazards or ignition risks.
 “No Smoking” signs shall be displayed.
2-6. Ventilated area
 Ensure that the area is in the open or that it is adequately ventilated before breaking into the system or conducting any hot
work.
 A degree of ventilation shall continue during the period that the work is carried out.
 The ventilation should safely disperse any released refrigerant and preferably expel it externally into the atmosphere.

9
CAUTION
2.
2-7. Checks to the refrigerating equipment
 Where electrical components are being changed, they shall be fit for the purpose and to the correct specification.
 At all times the manufacturer’s maintenance and service guidelines shall be followed.
 If in doubt consult the manufacturer’s technical department for assistance.
 The following checks shall be applied to installations using flammable refrigerants.
- The actual refrigerant charge is in accordance with the room size within which the refrigerant containing parts are
installed.
- The ventilation machinery and outlets are operating adequately and are not obstructed.
- If an indirect refrigerating circuit is being used, the secondary circuit shall be checked for the presence of refrigerant.
- Marking to the equipment continues to be visible and legible. Markings and signs that are illegible shall be corrected.
- Refrigerating pipe or components are installed in a position where they are unlikely to be exposed to any substance
which may corrode refrigerant containing components, unless the components are constructed of materials which are
inherently resistant to being corroded or are properly protected against being so corroded.
2-8. Checks to electrical devices
 Repair and maintenance to electrical components shall include initial safety checks and component inspection procedures.
 Initial safety checks shall include but not limit to:-
- That capacitors are discharged: this shall be done in a safe manner to avoid possibility of sparking.
- That there is no live electrical components and wiring are exposed while charging, recovering or purging the system.
- That there is continuity of earth bonding.
 At all times the manufacturer’s maintenance and service guidelines shall be followed.
 If in doubt consult the manufacturer’s technical department for assistance.
 If a fault exists that could compromise safety, then no electrical supply shall be connected to the circuit until it is
satisfactorily dealt with.
 If the fault cannot be corrected immediately but it is necessary to continue operation, an adequate temporary solution shall
be used.
 The owner of the equipment must be informed or reported so all parties are advised thereinafter.
3.
Repairs to sealed components
 During repairs to sealed components, all electrical supplies shall be disconnected from the equipment being worked upon
prior to any removal of sealed covers, etc.
 If it is absolutely necessary to have an electrical supply to equipment during servicing, then a permanently operating form
of leak detection shall be located at the most critical point to warn of a potentially hazardous situation.
 Particular attention shall be paid to the following to ensure that by working on electrical components, the casing is not
altered in such a way that the level of protection is affected. This shall include damage to cables, excessive number of
connections, terminals not made to original specification, damage to seals, incorrect fitting of glands, etc.
 Ensure that apparatus is mounted securely.
 Ensure that seals or sealing materials have not degraded such that they no longer serve the purpose of preventing the
ingress of flammable atmospheres.
 Replacement parts shall be in accordance with the manufacturer’s specifications.
NOTE: The use of silicon sealant may inhibit the effectiveness of some types of leak detection equipment.
Intrinsically safe components do not have to be isolated prior to working on them.
4.
Repair to intrinsically safe components
 Do not apply any permanent inductive or capacitance loads to the circuit without ensuring that this will not exceed the
permissible voltage and current permitted for the equipment in use.
 Intrinsically safe components are the only types that can be worked on while live in the presence of a flammable
atmosphere.
 The test apparatus shall be at the correct rating.
 Replace components only with parts specified by the manufacturer. Unspecified parts by manufacturer may result ignition
of refrigerant in the atmosphere from a leak.
5.
Cabling
 Check that cabling will not be subject to wear, corrosion, excessive pressure, vibration, sharp edges or any other adverse
environmental effects.
 The check shall also take into account the effects of aging or continual vibration from sources such as compressors or
fans.
6.
Detection of flammable refrigerants
 Under no circumstances shall potential sources of ignition be used in the searching or detection of refrigerant leaks.
 A halide torch (or any other detector using a naked flame) shall not be used.

10
CAUTION
7.
The following leak detection methods are deemed acceptable for all refrigerant systems.
 No leaks shall be detected when using detection equipment with a sensitivity of 5 grams per year of refrigerant or better
under a pressure of at least 0,25 times the maximum allowable pressure (>1.04MPa, max 4.15MPa). For example, a
universal sniffer.
 Electronic leak detectors may be used to detect flammable refrigerants, but the sensitivity may not be adequate, or may
need re-calibration.
(Detection equipment shall be calibrated in a refrigerant-free area.)
 Ensure that the detector is not a potential source of ignition and is suitable for the refrigerant used.
 Leak detection equipment shall be set at a percentage of the LFL of the refrigerant and shall be calibrated to the refrigerant
employed and the appropriate percentage of gas (25 % maximum) is confirmed.
 Leak detection fluids are also suitable for use with most refrigerants, for example, bubble method and fluorescent method
agents. The use of detergents containing chlorine shall be avoided as the chlorine may react with the refrigerant and
corrode the copper pipe-work.
 If a leak is suspected, all naked flames shall be removed/extinguished.
 If a leakage of refrigerant is found which requires brazing, all of the refrigerant shall be recovered from the system, or
isolated (by means of shut off valves) in a part of the system remote from the leak.
The precautions in #8 must be followed to remove the refrigerant.
8.
Removal and evacuation
 When breaking into the refrigerant circuit to make repairs – or for any other purpose – conventional procedures shall be
used.
However, it is important that best practice is followed since flammability is a consideration.
The following procedure shall be adhered to:
• remove refrigerant -> • purge the circuit with inert gas -> • evacuate -> • purge with inert gas ->
• open the circuit by cutting or brazing
 The refrigerant charge shall be recovered into the correct recovery cylinders.
 The system shall be purged with OFN to render the appliance safe. (remark: OFN = oxygen free nitrogen, type of inert gas)
 This process may need to be repeated several times.
 Compressed air or oxygen shall not be used for this task.
 Purging shall be achieved by breaking the vacuum in the system with OFN and continuing to fill until the working pressure
is achieved, then venting to atmosphere, and finally pulling down to a vacuum.
 This process shall be repeated until no refrigerant is within the system.
 When the final OFN charge is used, the system shall be vented down to atmospheric pressure to enable work to take
place.
 This operation is absolutely vital if brazing operations on the pipe work are to take place.
 Ensure that the outlet for the vacuum pump is not close to any potential ignition sources and there is ventilation available.
9.
Charging procedures
 In addition to conventional charging procedures, the following requirements shall be followed.
- Ensure that contamination of different refrigerants does not occur when using charging equipment.
- Hoses or lines shall be as short as possible to minimize the amount of refrigerant contained in them.
- Cylinders shall be kept in an appropriate position according to the instructions.
- Ensure that the refrigerating system is earthed prior to charging the system with refrigerant.
- Label the system when charging is complete (if not already).
- Extreme care shall be taken not to over fill the refrigerating system.
 Prior to recharging the system it shall be pressure tested with OFN (refer to #7).
 The system shall be leak tested on completion of charging but prior to commissioning.
 A follow up leak test shall be carried out prior to leaving the site.
 Electrostatic charge may accumulate and create a hazardous condition when charging and discharging the refrigerant.
To avoid fire or explosion, dissipate static electricity during transfer by grounding and bonding containers and equipment
before charging/discharging.

11
CAUTION
10.
Decommissioning
 Before carrying out this procedure, it is essential that the technician is completely familiar with the equipment and all its
details.
 It is recommended good practice that all refrigerants are recovered safely.
 Prior to the task being carried out, an oil and refrigerant sample shall be taken in case analysis is required prior to re-use of
recovered refrigerant.
 It is essential that electrical power is available before the task is commenced.
a) Become familiar with the equipment and its operation.
b) Isolate system electrically.
c) Before attempting the procedure ensure that:
• mechanical handling equipment is available, if required, for handling refrigerant cylinders;
• all personal protective equipment is available and being used correctly;
• the recovery process is supervised at all times by a competent person;
• recovery equipment and cylinders conform to the appropriate standards.
d) Pump down refrigerant system, if possible.
e) If a vacuum is not possible, make a manifold so that refrigerant can be removed from various parts of the system.
f) Make sure that cylinder is situated on the scales before recovery takes place.
g) Start the recovery machine and operate in accordance with instructions.
h) Do not over fill cylinders. (No more than 80 % volume liquid charge).
i) Do not exceed the maximum working pressure of the cylinder, even temporarily.
j) When the cylinders have been filled correctly and the process completed, make sure that the cylinders and the
equipment are removed from site promptly and all isolation valves on the equipment are closed off.
k) Recovered refrigerant shall not be charged into another refrigerating system unless it has been cleaned and checked.
 Electrostatic charge may accumulate and create a hazardous condition when charging or discharging the refrigerant.
To avoid fire or explosion, dissipate static electricity during transfer by grounding and bonding containers and equipment
before charging/discharging.
11.
Labelling
 Equipment shall be labelled stating that it has been de-commissioned and emptied of refrigerant.
 The label shall be dated and signed.
 Ensure that there are labels on the equipment stating the equipment contains flammable refrigerant.
12.
Recovery
 When removing refrigerant from a system, either for servicing or decommissioning, it is recommended good practice that
all refrigerants are removed safely.
 When transferring refrigerant into cylinders, ensure that only appropriate refrigerant recovery cylinders are employed.
 Ensure that the correct number of cylinders for holding the total system charge are available.
 All cylinders to be used are designated for the recovered refrigerant and labelled for that refrigerant (i.e. special cylinders
for the recovery of refrigerant).
 Cylinders shall be complete with pressure relief valve and associated shut-off valves in good working order.
 Recovery cylinders are evacuated and, if possible, cooled before recovery occurs.
 The recovery equipment shall be in good working order with a set of instructions concerning the equipment that is at hand
and shall be suitable for the recovery of flammable refrigerants.
 In addition, a set of calibrated weighing scales shall be available and in good working order.
 Hoses shall be complete with leak-free disconnect couplings and in good condition.
 Before using the recovery machine, check that it is in satisfactory working order, has been properly maintained and that
any associated electrical components are sealed to prevent ignition in the event of a refrigerant release.
Consult manufacturer if in doubt.
 The recovered refrigerant shall be returned to the refrigerant supplier in the correct recovery cylinder, and the relevant
Waste Transfer Note arranged.
 Do not mix refrigerants in recovery units and especially not in cylinders.
 If compressors or compressor oils are to be removed, ensure that they have been evacuated to an acceptable level to
make certain that flammable refrigerant does not remain within the lubricant.
 The evacuation process shall be carried out prior to returning the compressor to the suppliers.
 Only electric heating to the compressor body shall be employed to accelerate this process.
 When oil is drained from a system, it shall be carried out safely.

12
3. Specifications
3.1 WH-ADC0912K6E5AN WH-UXZ09KE5
Item Unit Outdoor Unit
Performance Test Condition EN14511 / EN14825
Cooling Capacity
Condition
(Ambient/Water) A35W7
kW 8.80
BTU/h 30000
Cooling EER W/W 3.11
Heating Capacity
Condition
(Ambient/Water) A7W35 A2W35
kW 9.00 9.00
BTU/h 30700 30700
Heating COP W/W 5.03 3.69
Heating ErP
Low Temperature Application (W35) Warmer Average Colder
Application Climate
Pdesign kW 9.0 9.0 11.0
Tbivalent / TOL °C 2 / 2 -10 / -10 -15 / -22
SCOP / ns (W/W) / % 6.47 / 256 4.96 / 195 4.31 / 169
Annual Consumption kWh 1859 3747 6289
Class A+++ A+++ A++
Medium Temperature Application (W55) Warmer Average Colder
Application Climate
Pdesign kW 9.0 9.0 11.0
Tbivalent / TOL °C 2 / 2 -10 / -10 -15 / -22
SCOP / ns (W/W) / % 4.34 / 171 3.57 / 140 3.26 / 127
Annual Consumption kWh 2772 5208 8327
Class A+++ A++ A++
DHW Warmer Average Colder
Application Climate
COP / nwh (W/W) / % 3.30 / 132 2.80 / 112 2.20 / 88
AEC kWh 760 890 1130
Noise Level
Condition
(Ambient/Water) A35W7 A7W35 A2W35
dB (A) Cooling: 49 Heating: 51 Heating: 51
Power Level dB (A) Cooling: 67 Heating: 68
Heating: 65
Heating: 68
Heating: 65
Air Flow m3/min (ft3/min) Cooling: 85.3 (3010)
Heating: 64.9 (2290)
Refrigeration Control Device Expansion Valve
Refrigeration Oil cm3 FW50S (1300)
Refrigerant (R32) kg (oz) 1.60 (56.5)
F-GAS GWP 675
CO2eq (ton) (Precharged / Maximum) 1.080 / 1.485
Dimension
Height mm (inch) 1340 (52-3/4)
Width mm (inch) 900 (35-7/16)
Depth mm (inch) 320 (12-19/32)
Net Weight kg (lbs) 88 (194)
Pipe Diameter Liquid mm (inch) 6.35 (1/4)
Gas mm (inch) 12.7 (1/2)

13
Item Unit Outdoor Unit
Standard Length m (ft) 7 (23.0)
Pipe Length Range m (ft) 3 (9.8) ~ 30 (98.4)
I/D & O/D Height Difference m (ft) 20 (65.6)
Additional Gas Amount g/m (oz/ft) 30 (0.3)
Refrigeration Charge Less m (ft) 10 (32.8)
Compressor
Type Hermetic Motor
Motor Type Brushless (6-poles)
Rated Output kW 3.00
Fan
Type Propeller Fan
Material PP
Motor Type DC (8-poles)
Input Power W -
Output Power W 60
Fan Speed rpm Cooling: 550 (Top), 590 (Bottom)
Heating: 440 (Top), 480 (Bottom)
Heat Exchanger
Fin material Aluminium (Pre Coat)
Fin Type Corrugated Fin
Row × Stage × FPI 2 × 62 × 19
Size (W × H × L) mm 903.7 × 1302.0 × 36.38
Power Source (Phase, Voltage, Cycle)
ø Single
V 230
Hz 50
Input Power
Condition
(Ambient/Water) A35W7 A7W35 A2W35
kW Cooling: 2.83 Heating: 1.79 Heating: 2.44
Maximum Input Power For Heatpump System kW 6.40
Power Supply 1 : Phase (Ø) / Max. Current (A) / Max. Input Power (W) 1Ø / 29.0 / 6.40k
Power Supply 2 : Phase (Ø) / Max. Current (A) / Max. Input Power (W) 1Ø / 26.0 / 6.00k
Power Supply 3 : Phase (Ø) / Max. Current (A) / Max. Input Power (W) - / - / -
Starting Current A 8.5
Running Current
Condition
(Ambient/Water) A35W7 A7W35 A2W35
A Cooling: 13.2 Heating: 8.5 Heating: 11.4
Maximum Current For Heatpump System A 29.0
Power Factor
Power factor means total figure of compressor and
outdoor fan motor.
%
Cooling: 93
Heating: 92
Heating: 93
Power Cord Number of core -
Length m (ft) -
Thermostat Electronic Control
Protection Device Electronic Control

14
Item Unit Indoor Unit
Performance Test Condition EN14511 / EN14825
Operation Range
Outdoor Ambient °C (min. / max.) Cooling: 10 / 43
Heating: -28 / 35
Water Outlet °C (min. / max.)
Cooling: 5 / 20
Heating (Tank): - / 65*,
Heating Circuit: 20 / 55 (Below Ambient -15°C)**
Heating Circuit: 20 / 60 (Above Ambient -10°C)**
Internal Pressure Differential kPa Cooling: 30.0
Heating: 32.0
Noise Level
Condition
(Ambient/Water) A35W7 A7W35 A2W35
dB (A) Cooling: 33 Heating: 33 Heating: 33
Power Level dB (A) Cooling: 46 Heating: 46 Heating: 46
Dimension
Depth mm (inch) 602 (23-45/64)
Width mm (inch) 599 (23-37/64)
Height mm (inch) 1642 (64-41/64)
Net Weight kg (lbs) 101 (223)
Refrigerant Pipe Diameter Liquid mm (inch) 6.35 (1/4)
Gas mm (inch) 12.7 (1/2)
Water Pipe Diameter Room mm (inch) 31.75 (1-1/4)
Shower mm (inch) 19.05 (3/4)
Water Drain Hose Inner Diameter mm (inch) 12.00 (17/36)
Pump
Motor Type DC Motor
No. of Speed 7 (Software Selection)
Input Power W 145
Hot Water Coil
Type Brazed Plate
No. of Plates 36
Size (W x H x L) mm 68 × 333 × 121
Water Flow Rate l/min (m3/h) Cooling: 25.2 (1.5)
Heating: 25.8 (1.5)
Pressure Relief Valve Water Circuit kPa Open: 300, Close: 266 and below
Flow Sensor Type Piezoelectric sensor
Range l/min 5 ~ 60
Pressure Release Valve kPa Open: 800, Close: 640 and below
Protection Device A Earth Leakage Circuit Breaker (30 ~ 40)
Expansion Vessel Volume I 10
MWP bar 3.0
Capacity of Integrated Electric Heater / OLP TEMP kW / °C 6.00 / 80
Tank Volume (Spec / Nett) L 200 / 185
Max. Tank Water Set Temperature °C 65
Tank Coil Surface m21.8
Maximum Working
Pressure
Heat / Cool Bar 3.0
Tank Circuit Bar 10.0
Operating Pressure Tank Unit Bar 3.5
Expansion Relief Valve Bar 8.0
Expansion Vessel Pre-charge Pressure (DHW Circuit) Bar 3.5
Pressure Reducing Valve Set Pressure (DHW Circuit) Bar 3.5

15
Item Unit Indoor Unit
Pressure Vessel
Material En-1.4521
Volume L 185
Design Pressure Bar 10
Heat Exchanger
Material EN-1.4521
Diameter mm 22
Thickness mm 0.8
Surface Area m2 1.8
Total Length m 25
DHW Tank
Total Corrosion ion
(Chloride + Sulphate
+ Nitric)
mg/L < 150
Conductivity @ Water
Tank
Water Temperature
< 60ºC
µS/cm < 1250
Conductivity @ Water
Tank
Water Temperature
< 65ºC
µS/cm < 1200
Saturation Index (LSI)
@ 20ºC > -4.0 / < 0.4
PH 6.0 - 8.5
Note:
 Cooling capacities are based on outdoor air temperature of 35°C Dry Bulb with controlled indoor water inlet
temperature of 12°C and water outlet temperature of 7°C.
 Heating capacities are based on outdoor air temperature of 7°C Dry Bulb (44.6°F Dry Bulb), 6°C Wet Bulb
(42.8°F Wet Bulb) with controlled indoor water inlet temperature of 30°C and water outlet temperature of 35°C.
 Specifications are subjected to change without prior notice for further improvement.
 * Above 55°C, only possible with backup heater operation.
 ** Between outdoor ambient -10°C and -15°C, the water outlet temperature gradually decreases from 60°C to
55°C.
 It is recommended to follow DHW tank water quality limit for Panasonic Air to Water All in One according to
Drinking Water Directive 98/83 EC
 In case it is necessary to indicate the air flow volume in (l/s), the value in (m3/min.) shall be multiplied by 16.7 and
rounded down the decimal point.
 If the EUROVENT Certified models can be operated under the “extra-low” temperature condition, -7°C DB and
-8°C WB temperature with rated voltage 230V shall be used.
 Flowrate indicated are based on nominal capacity adjustment of leaving water temperature (LWT) 35°C and
ΔT=5°C.
 The sound pressure level is measured with distance 1.0m from the unit and height at 1.5m. (Test carry out for
cooling at ambient 35°C DB and Water Out 7°C, heating at ambient 7°C DB / 6°C WB and water out 55°C)
 The sound power level is measured with accordance to EN12102 under full load conditions. (Test carry out for
cooling at ambient 35°C DB and Water Out 7°C, heating at ambient 7°C DB / 6°C WB and water out 55°C)
 The sound power level is measured with accordance to EN12102 under conditions of the EN14825.
 EER and COP classification is at 230V only in occordance with EU directive 2003/32/EC.

16
3.2 WH-ADC0912K6E5AN WH-UXZ12KE5
Item Unit Outdoor Unit
Performance Test Condition EN14511 / EN14825
Cooling Capacity
Condition
(Ambient/Water) A35W7
kW 10.70
BTU/h 36500
Cooling EER W/W 2.68
Heating Capacity
Condition
(Ambient/Water) A7W35 A2W35
kW 12.10 12.00
BTU/h 41300 41000
Heating COP W/W 4.84 3.44
Heating ErP
Low Temperature Application (W35) Warmer Average Colder
Application Climate
Pdesign kW 9.0 9.0 11.0
Tbivalent / TOL °C 2 / 2 -10 / -10 -15 / -22
SCOP / ns (W/W) / % 6.47 / 256 4.96 / 195 4.31 / 169
Annual Consumption kWh 1859 3747 6289
Class A+++ A+++ A++
Medium Temperature Application (W55) Warmer Average Colder
Application Climate
Pdesign kW 9.0 9.0 11.0
Tbivalent / TOL °C 2 / 2 -10 / -10 -15 / -22
SCOP / ns (W/W) / % 4.34 / 171 3.57 / 140 3.26 / 127
Annual Consumption kWh 2772 5208 8327
Class A+++ A++ A++
DHW Warmer Average Colder
Application Climate
COP / nwh (W/W) / % 3.30 / 132 2.80 / 112 2.20 / 88
AEC kWh 760 890 1130
Noise Level
Condition
(Ambient/Water) A35W7 A7W35 A2W35
dB (A) Cooling: 50 Heating: 52 Heating: 52
Power Level dB (A) Cooling: 68 Heating: 69
Heating: 65
Heating: 69
Heating: 65
Air Flow m3/min (ft3/min) Cooling: 94.6 (3340)
Heating: 76.0 (2680)
Refrigeration Control Device Expansion Valve
Refrigeration Oil cm3 FW50S (1300)
Refrigerant (R32) kg (oz) 1.60 (56.5)
F-GAS GWP 675
CO2eq (ton) (Precharged / Maximum) 1.080 / 1.485
Dimension
Height mm (inch) 1340 (52-3/4)
Width mm (inch) 900 (35-7/16)
Depth mm (inch) 320 (12-19/32)
Net Weight kg (lbs) 88 (194)
Pipe Diameter Liquid mm (inch) 6.35 (1/4)
Gas mm (inch) 12.7 (1/2)

17
Item Unit Outdoor Unit
Standard Length m (ft) 7 (23.0)
Pipe Length Range m (ft) 3 (9.8) ~ 30 (98.4)
I/D & O/D Height Difference m (ft) 20 (65.6)
Additional Gas Amount g/m (oz/ft) 30 (0.3)
Refrigeration Charge Less m (ft) 10 (32.8)
Compressor
Type Hermetic Motor
Motor Type Brushless (6-poles)
Rated Output kW 3.00
Fan
Type Propeller Fan
Material PP
Motor Type DC (8-poles)
Input Power W -
Output Power W 60
Fan Speed rpm Cooling: 600 (Top), 640 (Bottom)
Heating: 500 (Top), 540 (Bottom)
Heat Exchanger
Fin material Aluminium (Pre Coat)
Fin Type Corrugated Fin
Row × Stage × FPI 2 × 62 × 19
Size (W × H × L) mm 903.7 × 1302.0 × 36.38
Power Source (Phase, Voltage, Cycle)
ø Single
V 230
Hz 50
Input Power
Condition
(Ambient/Water) A35W7 A7W35 A2W35
kW Cooling: 4.00 Heating: 2.50 Heating: 3.49
Maximum Input Power For Heatpump System kW 6.40
Power Supply 1 : Phase (Ø) / Max. Current (A) / Max. Input Power (W) 1Ø / 29.0 / 6.40k
Power Supply 2 : Phase (Ø) / Max. Current (A) / Max. Input Power (W) 1Ø / 26.0 / 6.00k
Power Supply 3 : Phase (Ø) / Max. Current (A) / Max. Input Power (W) - / - / -
Starting Current A 11.7
Running Current
Condition
(Ambient/Water) A35W7 A7W35 A2W35
A Cooling: 18.3 Heating: 11.7 Heating: 16.2
Maximum Current For Heatpump System A 29.0
Power Factor
Power factor means total figure of compressor and
outdoor fan motor.
% Cooling: 95 Heating: 93 Heating: 94
Power Cord Number of core -
Length m (ft) -
Thermostat Electronic Control
Protection Device Electronic Control

18
Item Unit Indoor Unit
Performance Test Condition EN14511 / EN14825
Operation Range
Outdoor Ambient °C (min. / max.) Cooling: 10 / 43
Heating: -28 / 35
Water Outlet °C (min. / max.)
Cooling: 5 / 20
Heating (Tank): - / 65*,
Heating Circuit: 20 / 55 (Below Ambient -15°C)**
Heating Circuit: 20 / 60 (Above Ambient -10°C)**
Internal Pressure Differential kPa Cooling: 44.0
Heating: 55.0
Noise Level
Condition
(Ambient/Water) A35W7 A7W35 A2W35
dB (A) Cooling: 33 Heating: 33 Heating: 33
Power Level dB (A) Cooling: 46 Heating: 46 Heating: 46
Dimension
Depth mm (inch) 602 (23-45/64)
Width mm (inch) 599 (23-37/64)
Height mm (inch) 1642 (64-41/64)
Net Weight kg (lbs) 101 (223)
Refrigerant Pipe Diameter Liquid mm (inch) 6.35 (1/4)
Gas mm (inch) 12.7 (1/2)
Water Pipe Diameter Room mm (inch) 31.75 (1-1/4)
Shower mm (inch) 19.05 (3/4)
Water Drain Hose Inner Diameter mm (inch) 12.00 (17/36)
Pump
Motor Type DC Motor
No. of Speed 7 (Software Selection)
Input Power W 145
Hot Water Coil
Type Brazed Plate
No. of Plates 44
Size (W x H x L) mm 68 × 333 × 121
Water Flow Rate l/min (m3/h) Cooling: 30.7 (1.8)
Heating: 34.4 (2.1)
Pressure Relief Valve Water Circuit kPa Open: 300, Close: 266 and below
Flow Sensor Type Piezoelectric sensor
Range l/min 5 ~ 60
Pressure Release Valve kPa Open: 800, Close: 640 and below
Protection Device A Earth Leakage Circuit Breaker (30 ~ 40)
Expansion Vessel Volume I 10
MWP bar 3.0
Capacity of Integrated Electric Heater / OLP TEMP kW / °C 6.00 / 80
Tank Volume (Spec / Nett) L 200 / 185
Max. Tank Water Set Temperature °C 65
Tank Coil Surface m2 1.8
Maximum Working
Pressure
Heat / Cool Bar 3.0
Tank Circuit Bar 10.0
Operating Pressure Tank Unit Bar 3.5
Expansion Relief Valve Bar 8.0
Expansion Vessel Pre-charge Pressure (DHW Circuit) Bar 3.5
Pressure Reducing Valve Set Pressure (DHW Circuit) Bar 3.5

19
Item Unit Indoor Unit
Pressure Vessel
Material En-1.4521
Volume L 185
Design Pressure Bar 10
Heat Exchanger
Material EN-1.4521
Diameter mm 22
Thickness mm 0.8
Surface Area m2 1.8
Total Length m 25
DHW Tank
Total Corrosion ion
(Chloride + Sulphate
+ Nitric)
mg/L < 150
Conductivity @ Water
Tank
Water Temperature
< 60ºC
µS/cm < 1250
Conductivity @ Water
Tank
Water Temperature
< 65ºC
µS/cm < 1200
Saturation Index (LSI)
@ 20ºC > -4.0 / < 0.4
PH 6.0 - 8.5
Note:
 Cooling capacities are based on outdoor air temperature of 35°C Dry Bulb with controlled indoor water inlet
temperature of 12°C and water outlet temperature of 7°C.
 Heating capacities are based on outdoor air temperature of 7°C Dry Bulb (44.6°F Dry Bulb), 6°C Wet Bulb
(42.8°F Wet Bulb) with controlled indoor water inlet temperature of 30°C and water outlet temperature of 35°C.
 Specifications are subjected to change without prior notice for further improvement.
 * Above 55°C, only possible with backup heater operation.
 ** Between outdoor ambient -10°C and -15°C, the water outlet temperature gradually decreases from 60°C to
55°C.
 It is recommended to follow DHW tank water quality limit for Panasonic Air to Water All in One according to
Drinking Water Directive 98/83 EC
 In case it is necessary to indicate the air flow volume in (l/s), the value in (m3/min.) shall be multiplied by 16.7 and
rounded down the decimal point.
 If the EUROVENT Certified models can be operated under the “extra-low” temperature condition, -7°C DB and
-8°C WB temperature with rated voltage 230V shall be used.
 Flowrate indicated are based on nominal capacity adjustment of leaving water temperature (LWT) 35°C and
ΔT=5°C.
 The sound pressure level is measured with distance 1.0m from the unit and height at 1.5m. (Test carry out for
cooling at ambient 35°C DB and Water Out 7°C, heating at ambient 7°C DB / 6°C WB and water out 55°C)
 The sound power level is measured with accordance to EN12102 under full load conditions. (Test carry out for
cooling at ambient 35°C DB and Water Out 7°C, heating at ambient 7°C DB / 6°C WB and water out 55°C)
 The sound power level is measured with accordance to EN12102 under conditions of the EN14825.
 EER and COP classification is at 230V only in occordance with EU directive 2003/32/EC.

20
4. Features
 Inverter Technology
o Energy saving
 High Efficiency
 Environment Protection
o Non-ozone depletion substances refrigerant (R32)
 Long Installation Piping
o Long piping up to 30 meter with height difference 20 meter
o Flexible 4-way piping for outdoor unit
 Easy to use control panel
o Auto mode
o Holiday mode
o Dry concrete function
o Weekly timer setting
 A-class energy efficiency pump
o Water pump speed can be set by selection at control panel
 Improved deice cycle
 Protection Feature
o Random auto restart after power failure for safety restart operation
o Gas leakage protection
o Prevent compressor reverse cycle
o Inner protector to protect compressor
 Serviceability Feature
o Breakdown Self Diagnosis function
o System Status Check Buttons for servicing purpose
o System Pumpdown Button for servicing purpose
o Front maintenance design for outdoor unit