Atlantic ODYSSEO 2 User Manual
MAINTENANCE AND USER MANUAL - WARRANTY
ODYSSEO 2
HEAT PUMP WATER HEATER USING NON-HEATED AIR
EN
GUIDE
TO BE KEPT
BY THE USER
WIRING DIAGRAM
STARTING YOUR
HEAT PUMP
WATER HEATER
In order to protect the tank against corrosion,
the water heater must remain switched on at all times.
The wires in the electric cable are crimped. If you need to cut them, remember to crimp
them again before connecting to the electric power supply.
Electric
panel
Active – brown
Neutral –blue
FOR TIME CLOCK CONTROL - TIME OF USE TARIFF:
240 volt supply with 2 amp protection connected to the black auxiliary wire and the time clock programmed
in accordance with the time of use tariff hours. Set HCHP parameter to ON, see page 15 setting the regulation.
FOR ACI PROTECTION:
The HPWH must remain connected to the permanent power supply at all times so that the operation of the
(ACI) anti-corrosion protection of the water heater is ensured.
For more information
Please refer to the «Electric connections» and «Getting started» chapters in this manual.
Contents
Important recommendations.......................................................................................................2
Transportation & Storage...................................................................................................................... 2
Safety instructions................................................................................................................................. 2
Presentation of the product ........................................................................................................ 3
How it works ........................................................................................................................................... 3
Technical characteristics ...................................................................................................................... 4
Dimensions / components .................................................................................................................... 5
Installation.................................................................................................................................... 6
Selecting the location............................................................................................................................ 6
Installing the product............................................................................................................................. 9
Hydraulic connection............................................................................................................................. 9
Air connections.................................................................................................................................... 11
Electric connections............................................................................................................................ 12
Getting started...................................................................................................................................... 14
Use............................................................................................................................................... 16
Control panel........................................................................................................................................ 16
Description of the pictograms:........................................................................................................... 16
Description of the modes.................................................................................................................... 17
Adapting the mode of your appliance to your needs....................................................................... 19
Recommendations – Maintenance & Repairs ......................................................................... 20
Advice for users................................................................................................................................... 20
Domestic maintenance........................................................................................................................ 20
Maintenance by a qualified professional........................................................................................... 21
Troubleshooting .................................................................................................................................. 22
Fault diagnosis for professionals....................................................................................................... 23
After-sales............................................................................................................................................. 25
Warranty Conditions............................................................................................................................ 26
Warranty Exclusions............................................................................................................................ 26
Good, compliant installation Guidelines : Atlantics Europe :......................................................... 27
- 1 -
Document reference : 112 30 618 C
Controlled : Mars 2012
Important recommendations
Transportation & Storage
The product can be inclined at 90° on one side. This side is clearly shown by a sign on
the packaging. It is forbidden to incline the product on the other sides. An indicator
shows whether the product has been transported and handled according to our
recommendations. You are advised to make sure that these recommendations are
followed. If the inclination indicator is red, our warranty is null and void. We cannot
be held liable for any faults in the product resulting from transporting or handling the
product in a manner that does not comply with our recommendations.
It is strictly forbidden to stack this product.
Acceptable positions Forbidden positions
Safety instructions
Installing and starting up heat pump water heaters may be hazardous due to high pressure and live parts.
The heat pump water heater must be installed, started up and maintained by trained and qualified
personnel only.
This device is not intended for use by persons (including children) with physical, sensory or mental
disability, or by persons lacking experience or knowledge, unless they have received from a person in
charge of their safety adequate supervision or preliminary instructions on how to use the device. Care must
be taken at all times to keep children from playing with the device.
- 2 -
Presentation of the product
How it works
The heat pump water heater uses unheated air to prepare domestic hot water.
Heat energy extracted from the ambient air is absorbed by the refrigerant through heat transfer at the
Evaporator. This energy is concentrated by the Compressor and then transferred by the Condenser into
the hot water tank. This cycle is repeated after the refrigerant has cooled. A low energy fan ensures
ambient air movement across the Evaporator.
The air is propelled through the appliance
by a fan, which ventilates the various parts,
including the evaporator.
As it passes through the evaporator, the
coolant evaporates and absorbs calories
from the incoming air.
The compressor compresses the coolant,
thereby increasing its temperature.
This heat is transferred to the domestic
water in the tank by the condenser.
The coolant expands in the thermostatic
expansion valve and cools down. It is then
ready to absorb heat again in the
evaporator.
The colder the air, the more difficult it is to extract the calories. Similarly, the higher the hot water setting,
the more difficult it is for the heat pump to transfer the extracted calories.
IR
Tank
Compressor
Evaporator Condenser
Expansion valve
- 3 -
Technical characteristics
Dimensions mm H 1897 x l 591 x D 674
Empty weight kg 90
Capacity of the tank L 270
Hot water / cold water connection 3/4 ’ ’ M
Corrosion-proof protection Impressed current anode
Minimum conductivity of the water μS/cm 40
Rated pressure
Permissive excessive operating pressure
Electric connection (voltage / frequency) 240 V single phase 50 Hz
Maximum total power input of the appliance W 2635
Average power input of the heat pump W 425
Maximum power input of the heat pump W 755
Power output of the heat pump (under nominal conditions +15°C) W 1660
Power input of the electric backup W 1880
Water temperature setting range of the heat pump °C
Operating temperature range of the heat pump (air temperature) °C -5 to 35
kPa
Mpa
560
1
45 to 62 (factory setting =
55°C)
Vacuum air flow (without duct) (230V)
3
m
Speed 1
Speed 2
Admissible head loss in the air circuit without impacting
performance
/h 230
3
m
/h 390
Pa 25
Noise level** dB(A) 54
Acoustic pressure at 2m in the open dB(A) 37
Coolant fluid
Nota : R134a GWP (Global Warming Potential) is 1350
-/kg R134a / 1.35
Certified performances at an air temperature of 7°C (CDC LCIE 103-15A) and 25Pa** ducting
Coefficient of performance (COP) (230V) 3,1
QPr (over 24h) (230V) kWh 0,77
Heating time* (230V) 8h19min
Performance measured at an air temperature of 15°C (CDC LCIE 103-15A) without ducts**
Coefficient of performance (COP) (230V) 3,8
QPr (over 24h) (230V) kWh 0,74
Heating time* (230V) 7h30min
Other performances
Max. quantity of water mixed at 40°C (setting at 62°C) L 455L
* Tested in a reverberation chamber in accordance with the measurement standard NF EN ISO 3741,
water heaters without accessories, average measurement when heating from a water temperature of 21 to
57°C at an ambient air temperature of 20°C.
** Performances measured when heating water from 15°C to 51°C according to the protocol in the
specifications of the NF Electricity performance brand N° LCIE 103-15A for standalone accumulator tank
thermodynamic water heaters (based on the standard EN 255-3).
This appliance complies with Directives 2004/108/EEC on electromagnetic compatibility and 2006/95/EEC
on low voltage.
- 4 -
Dimensions / components
1
Air outlet
2
Air inlet
3
Fixed unit attachment
4
Fixed feet
5
Cold water inlet
6
Pocket
7
Sheath
8
Electric heating element (ceramic element) and
10
11
12
13
14
15
16
17
mechanical safety device
9
Regulation
18
Not shown:
-
Manual
-
Condensate evacuation tube
- 5 -
Hot water inlet
Compressor
Evacuation of condensate
Compressor permanent condenser
Evaporator
Fan wiring
Fan
Expansion valve
Cover
-
Dielectric coupling
Installation
Selecting the location
in compliance with IEC 60 529 Standard, AS60529:2004
Resistance of the floor
The place where the appliance is installed must comply with protection index IP X1B
according IEC 60 529 Standard and AS60529:2004 standard and in compliance with electrical wiring
rules of Aus/Nz
Configuration without ducts
Type of room
Examples of rooms
Volume of the room from
which the air is taken
Temperature of the room
where the water heater
is installed
Temperature of the
incoming air
Height
Required surface area
Capable of withstanding a weight of at least 400 kg (the area under the water
heater)
semi-ducted
Unheated room at a temperature
above 5° and isolated from the
heated rooms in the dwelling
Recommended room = underground
or semi-underground, a room where
the temperature is higher than 10°C
all year long, well vented location
Garage, boiler room, basement,
Room at least above freezing
Recommended room = habitable
Do not install near bedrooms to avoid
Laundry, cupboard in the hallway, etc.
Configuration with ducts
space (the heat released by the water
heater is not lost), near the exterior
walls
disturbance by the noise
laundry room, etc.
> 20m3 > 20m3
5°C to 35°C, when the water heater
1°C to 35°C
is not working
3°C to 35°C -5°C to 35°C
> 2m10 > 2m20 with bent outlet
(height of an insulated bend = approx.
300mm)
(591+400) x 700 (l x D). See
diagram below
800 x 800 (l x D). See diagram below
The surface must be level
The surface must be level
Configuration without ducts Configuration without ducts
200 mm
Configuration without ducts Configuration with ducts
CAUTION : failure to follow the recommendations for installation may result in poor system performance.
- 6 -
Recommended configurations
1st Configuration: installation without ducts in an unheated space (Volume > 20m
FAN set to 0 (see Setting the regulation section, page 15).
3
)
Examples of unheated rooms:
- Garage: recovery of free heat released by the car engine after use or by other household
appliances.
- Laundry : dehumidification of the room and recovery of heat released by washing machines and
tumble driers.
- Semi-underground room: recovery of free heat released by the floor and walls of the basement.
2nd Configuration: installation in a heated or unheated room with ducts
FAN set to 2 (see Getting start section, page 14).
Recommendations:
Comply with the maximum duct lengths (see Air connections section, page 11).
- Use thermally insulated rigid or semi rigid ducts
- Provide air flow grills at the duct inlet and outlet to prevent entry of foreign bodies
- Ensure that grills do not impede necessary air flow by being obstructed
- 7 -
Configuration tolerated under certain conditions
Installation in an unheated space with one duct (outlet or inlet, volume > 20m
FAN set to 1 (see Getting start section, page 14).
3
)
Possible consequences
- The negative pressure in the
room due to the expulsion of
the exterior air may result in air
entering through the doors and
windows. Provide an air inlet
(same diameter as the ducts)
from the exterior in order to
avoid sucking air from the
heated space.
- Caution: in winter, the air will
be colder than the air expelled
by the water heater, resulting
in a drop in temperature in the
garage.
* In warmer climates ducts may be reversed to provide cold air into an adjacent room for cooling. Connect
(air in) from outside and (air out) into the adjacent room. NOTE: It is not recommended to reverse ducts
(air out) into the room that the HPWH is installed. This will reduce the COP and increase the cooling of the
room.
Unsuitable configurations
Prohibited Ducting installation
configurations
The water heater draws in air
from a room containing a
charged source of heat used to
heat the room.
Connection to mechanical
ventilation
Connection to the roof space
Uses heat energy from a higher cost source.
The greasy vapour and dust that may flow through the ducts of the
mechanical ventilation system can reduce the life time of your water
heater.
If the insulation between the ceiling and the roof space is insufficient,
this installation may result in heat loss from the house. In extreme
cases, condensation may appear on the ceiling of the rooms beneath
the cooled parts of the roof space.
Risk of falling objects and aspiration of dust by the raised water heater
in this configuration, that can reduce the life time of your water heater.
Related risks
:
Other prohibitions:
There must be no Heat Pump Air Access connection between the device and a tumble dryer.
-
- Avoid dusty rooms
- Do not draw in air containing solvents or explosives
- Do not connect the appliance to hoods evacuating fatty or polluted air
- Do not install the water heater in a room that freezes
- Do not place anything on the top of the water heater
- Do not install in an attic
- 8 -
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