Atlantic Alfea Excellia HP Duo A.I. Series Bedienungsanleitung

U0641391_1944_EN_5

10/09/2019

For professionals

To be kept by the user for future reference

Outdoor unit

WOYG160LJL

WOYK150LJL

WOYK170LJL

Hydraulic unit

024141

024143

INSTALLATION

Alféa Excellia HP A.I.

Air/water heat pump split single service

Heat pumps & boilers

■Installation and maintenance rules

The appliance must be installed and maintained

by an approved professional in accordance with

current regulations and codes of practice.

• Warning, hydraulic unit should not be installed

in an air current.

■Handling

The outdoor unit must not be placed in a horizontal

position during transport.

If not kept upright during transport, the appliance

could be damaged through displacement of

the refrigerant and damage to the compressor

suspension.

Any damage caused by transportation in a horizontal

position is not covered by the warranty.

If necessary, the outdoor unit may be tilted only

during manual handling (to go through a door or up

a staircase). This operation must be conducted very

carefully and the appliance must be immediately

restored to the upright position.

■Containment of refrigeration circuits

All refrigeration circuits are sensitive to contamination

from dust and moisture. If such pollutants penetrate

the refrigeration circuit, they can a󰀨ect the reliability

of the heat pump.

Make sure that the connections and refrigeration

circuits (hydraulic unit, outdoor unit) are

protected correctly.

In the event of a subsequent failure and following

an inspection, the presence of moisture or

foreign bodies in the compressor oil would

automatically void the warranty.

- Check upon receipt that the ttings and refrigeration

circuit caps mounted on hydraulic unit and outdoor

unit are properly seated and secured (cannot be

loosened with bare hands). If this is not the case,

tighten them using a C spanner.

- Check also that the refrigeration connections are

sealed (plastic caps or tubes crimped at the ends

and brazed). If the caps must be removed during

the installation (tubes to be re-cut for example),

put them back as soon as possible.

■Hydraulic connections

The connection must comply with industry standard

practice according to current regulations.

Remember: Seal everything when tting in

accordance with industry standard practice for

plumbing work:

- Use suitable seals (bre gasket, O-ring).

- Use Teon or hemp tape.

- Use sealing paste (synthetic depending on the

case).

Use glycol/water mix if the minimum ow

temperature is set below 10°C. If you are using a

glycol/water mix, arrange for an annual check on the

quality of the glycol. Use monopropylene glycol only.

The recommended concentration is 30% minimum.

Never use monoethylene glycol.

• In some installations, the presence of di󰀨erent

metals can cause corrosion problems; the

formation of metal particles and sludge can

appear in the hydraulic circuit.

• In this case, it is advisable to use a corrosion

inhibitor in the proportions indicated by the

manufacturer.

• You must also ensure that treated water does

not become corrosive.

■Electrical connections

• Before any maintenance operation, ensure

that the general power supply is switched o󰀨.

• Specications of electricity supply

The electrical installation must be carried out in

accordance with prevailing rules.

Electrical connections will only be made once all

other installation operations (fastening, assembly,

etc.) have been completed.

Warning!

The contract signed with the energy provider must

be su󰀩cient not only to cover the heat pump's power

requirements but also the combined sum of all the

appliances likely to be operating at the same time. If

the power is too low, check the power rating stated

in your contract with your energy provider.

Never use a power socket for the power supply.

The heat pump must be supplied directly with power

(without external switch) by special protected leads

from the electric panel via dedicated bipolar circuit

breakers, C curve for the outdoor unit, C curve for

the electrical heating and domestic water backups

(see tables page 35).

The electrical installation must be tted with a 30mA

RCD.

This appliance is designed to operate using a

nominal voltage of 230 V or 400 V, +/- 10%, 50 Hz

(depending on model).

• General remarks on electrical connections

It is essential to maintain neutral-phase polarity

when making electrical connections.

Rigid wires are preferable for xed installations,

particularly in a building.

Tighten the cables using the cable glands to prevent

the feed wires from being accidentally disconnected.

The earth connection and its continuity must be

ensured.

• Cable glands

To ensure the stability of power (Low Voltage) and

sensor (Extra-Low Voltage) cables, it is essential

that the cable glands are tightened according to the

following recommendations:

Size of cable

gland (PE)

(mm)

Diameter of

cable

(mm)

Cable gland

tightening

torque

(check-nut)

(N.m)

Coupling net

tightening

torque

(N.m)

PG7 1 to 5 1.3 1

PG9 1.5 to 6 3.3 2.6

PG16 5 to 12 4.3 2.6

• Connecting to screw terminals

The use of ring, spade or blade terminals or

caps is prohibited.

- Always select wire that complies with current

standards.

- Bare the end of the wire to around 25 mm.

- With round end pliers, form a loop with a diameter

which matches the tightening screws on the

terminal.

- Tighten the terminal screw rmly onto the

loop created. Insu󰀩cient tightening can cause

overheating, leading to breakdown or even re.

Rigid wires Loop

25 mm Lug on

exible wires

prohibited

Screw and special

washer

Terminal

• Connecting to controller boards

- Remove the corresponding connector and make

the connection.

Pre-cabled bundle connector and/or screw connector

• Connecting to spring terminals

- Bare the end of the wire to around 12 mm.

- Push the spring with a screwdriver so that the wire

enters the cage.

- Slide the wire into the opening provided for this

purpose.

- Remove the screwdriver and then check that the

wire stays gripped by the cage by pulling on it.

Contents

Packing .................................6

Unpacking and supplies ....................6

Denitions ...............................6

Optional equipment ........................6

Operating Range ..........................6

General characteristics .....................7

Description .............................12

Operating principle .......................14

 Hydraulic connections 30

Connecting the hydraulic unit to the heating circuit ...30

Filling and bleeding the installation ...........31

Heating circulation pump speed settings.......32

 Electrical connections 34

Cable dimensions and protection rating .......35

Electrical connections on the outdoor unit side ..36

Electrical connections on the hydraulic unit side. 38

Outside sensor ..........................42

Room sensor (optional) ....................42

 Commissioning 44

 Controller Interface 46

User Interface ...........................46

Display Description .......................47

Installer Menu ...........................48

Navigating the Menus .....................48

Modifying Settings ........................49

Temperature control ......................50

 Description of the equipment 6

Installation 16

Installation of refrigeration connections........16 Installation of the outdoor unit ...............18

Installation of the hydraulic unit ..............20

 Refrigeration connections 22

Rules and precautions.....................22

Shaping the refrigeration pipes ..............22

Checks and connection ....................25

Filling the installation with gas...............26

- 4 - alfea Excellia HP A.I. / Installation / 1944 - FR

This appliance must be installed by qualied personnel holding a certicate of competence in the

handling of refrigerants.

 Controller Menu 52

Basic Hydraulic Layout 70

Electrical Cabling Plans 72

Fault Diagnosis 76

Faults in the Hydraulic Unit .................76 Faults in the Outdoor Unit ..................77

 Maintenance of the installation 78

Hydraulic checks .........................78

Checking the outdoor unit ..................78

Electrical checks .........................78

 Other maintenance 79

Emptying the hydraulic unit .................79 Distribution valve .........................79

 Quick-start procedure 80

Menu Structure ..........................52

Installed options .........................53

Hydraulic conguration ....................53

Heat Pump Conguration ..................58

System status ...........................60

Auxiliary functions ........................62

Settings ................................64

Easy Start ..............................68

Start-up check-list ........................80 Commissioning technical datasheet ..........82

ErP performance gures 83

Instructions for the end user 83

- 5 -

alfea Excellia HP A.I. / Installation / 1944 - FR

►

Packing

• 1 package : Outdoor unit.

• 1 package : Hydraulic unit and outside temperature

sensor.

►

Unpacking and supplies

While the courier is still present, carefully check the

general appearance of the appliances and check

that the outdoor unit has not been laid in a horizontal

position.

In the event of a dispute, send any relevant reservations

to the carrier in writing within 48 hours and send a copy

of the letter to Customer Services.

►

Denitions

- Split: The heat pump consists of two elements

(an outdoor unit to be installed outdoors and a hydraulic

unit to be installed inside the dwelling).

- Air/water: The surrounding air is the energy source.

This energy is transmitted to the heating circuit water

by the heat pump.

- Inverter: The fan and compressor speeds are

modulated according to the heating requirements.

This technology enables you to save on energy and

operate on a single-phase power supply, whatever

the heat pump's output, by avoiding pulling signicant

amounts of current at start-up.

- COP (Coe󰀩cient of Performance): This is the

relationship between the energy transmitted to the

heating circuit and consumed electrical energy.

 Description of the equipment

- 6 - alfea Excellia HP A.I. / Installation / 1944 - FR

Packing contents list

Heat Pump Outdoor unit Hydraulic unit

Model Code Reference Code Reference Code

Alféa Excellia HP A.I. 16 526651 WOYG160LJL 700223 Alféa Excellia HP A.I. 024141

Alféa Excellia HP A.I. TRI 15 526652 WOYK150LJL 700224 Alféa Excellia HP A.I. TRI 024143

Alféa Excellia HP A.I. TRI 17 526653 WOYK170LJL 700225

►

Optional equipment

• Dual circuit kit (code 500097)

for connecting 2 heating circuits.

• DHW kit (code 073991)

for connecting a mixed DHW tank

(with built-in electrical backups).

• Boiler connection kit (code 072887)

for connecting a boiler to the heat pump.

• Wireless room sensor A59 (code 074208) for

correcting the ambient temperature.

• Wireless room sensor A75 (code 074213),

Wireless room sensor A78 (code 074214)

for correcting the ambient temperature and

programming the heat pump.

• Cooling kit (code 075312).

• High ow rate circulation pump kit (code 074067)

for the installation of 1 underoor heating circuit

• Anti-vibration blocks (code 523574).

• High oor support (code 72889) or

Black rubber oor support (code 809536).

• Heating cable (code 809644).

• Condensate drain pan (code 72888).

►

Operating Range

This heat pump provides:

- Heating in winter,

- The management of electrical backups, for extra

heating on the coldest days,

- Installation with boiler connection* for extra heating on

the coldest days,

- Management of two heating circuits*,

- Production of domestic hot water* (provided that it is

combined with a mixed DHW tank),

- Cooling in summer* (for underoor heating-cooling

system or fan-convectors).

*: These options require the use of additional kits

(see chapter "Required accessory" or "Optional equipment").

Model name Alféa Excellia HP A.I. 16 TRI 15 TRI 17

Rated heating performances (outdoor temp. / ow temp.)

Heat output

+7°C/+35°C - Underoor heating system kW 16.00 15.00 17.00

-7°C/+35°C - Underoor heating system kW 14.50 13.20 15.00

+7°C/+55°C - Radiator kW 14.50 13.20 15.00

-7°C/+55°C - Radiator kW 10.90 13.20 14.20

Power consumption

+7°C/+35°C - Underoor heating system kW 3.85 3.46 4.10

-7°C/+35°C - Underoor heating system kW 5.37 4.55 5.32

+7°C/+55°C - Radiator kW 5.57 4.77 5.49

-7°C/+55°C - Radiator kW 5.89 6.77 7.40

Coe󰀩cient of performance (COP) (+7°C/+35°C) 4.15 4.33 4.15

Electrical specications

Electrical voltage (50 HZ) V 230 400 400

Maximum current for appliance A 28 14 14

Nominal current A 17.2 6.43 7.4

Maximum current of the Heating system electrical backup A 26.1 39 39

Power of the Heating system electrical backup kW 6 kW

(single phase)

9 kW

(triphasé)

9 kW

(triphasé)

Circulation pump actual power consumption W 39.5 39.5 39.5

Maximum power consumed by the outdoor unit W 6300 6770 7400

Hydraulic Circuit

Maximum operating pressure MPa (bar) 0.3 (3) 0.3 (3) 0.3 (3)

Available heating pressure at nominal point +7°C / +55°C (Δt8) MPa (bar) 0.05 (0.5) 0.055 (0.55) 0.045 (0.45)

Minimum allowed hydraulic ow rate l/h 600 600 600

Miscellaneous

Weight of outdoor unit Kg 137 138 138

Noise level at 5 m 1 (Outdoor unit) dB (A) 45 45 45

Sound power level in accordance with EN 12102 2 (Outdoor unit) dB (A) 67 67 67

Weight of hydraulic unit (empty / full of water) Kg 53 / 75 53 / 75 53 / 75

Hydraulic unit water capacity l 30 30 30

Noise level at 1 m 1(Hydraulic unit) dB (A) 37 37 37

Sound power level in accordance with EN 12102 2(Hydraulic unit) dB (A) 45 45 45

Heating system operating limits

Outdoor temperature min/max °C -25 / +35 -25 / +35 -25 / +35

Max. heating water ow temperature underoor heating °C 45 45 45

Max. heating water ow temperature low temperature radiator °C 60 60 60

Min. ow water temperature °C 8 8 8

Refrigeration circuit

Gas pipe diameters Inches 5/8 5/8 5/8

Liquid Piping Diameters Inches 3/8 3/8 3/8

Factory ll of refrigerant R410A 3g 3800 3800 3800

Maximum operating pressure MPa (bar) 4.15 (41.5) 4.15 (41.5) 4.15 (41.5)

Minimum / Maximum length of pipes 4 / 6 m 5 / 15 5 / 15 5 / 15

Maximum length of pipes 5m 30 30 30

Maximum level di󰀨erence

(Outdoor unit over hydraulic unit and heating only / Other cases) m 25 / 15 25 / 15 25 / 15

►

General characteristics

1Sound pressure level at (x) m from the appliance, 1.5m off the ground, open eld

directionality 2.

2The sound power level is a laboratory measurement of the emitted sound power. It

does not correspond to a measurement of the perceived sound power.

3Refrigerant R410A as per NF EN 378.1 standard.

4Filling with refrigerant R410A is done at the factory.

5 Taking into account a possible additional ll of refrigerant R410A (see "Additional

lling", page 28).

6The announced thermal and acoustic performances are measured with 7.5m length

refrigerant lines.

- 7 -

alfea Excellia HP A.I. / Installation / 1944 - FR

Ø22.2

196 196

688

1080

39.3 480 12.1

23.6

1428

515.5

37.7

Ø50

Ø34.5

■Alféa Excellia HP A.I. 16

■Alféa Excellia HP A.I. TRI 15

Alféa Excellia HP A.I. TRI 17

g. 1 - Dimensions of outdoor units (in mm)

- 8 - alfea Excellia HP A.I. / Installation / 1944 - FR

448

9896 477

847

804

Heating return

ø M 26x34

Heating ow

ø M 26x34

Space requirements of the hydraulic unit, see page 20.

g. 2 - Dimensions of hydraulic unit (in mm)

3**

1 Elbow

for condensate evacuation.

Plugs (x9)

(depending on

model)

g. 3 - Accessories provided with the outdoor unit

5 6

5 Bracket for attaching hydraulic unit.

6Outside sensor to monitor the outdoor temp.

g. 4 - Accessories provided with the hydraulic unit

■Hydraulic unit

- 9 -

alfea Excellia HP A.I. / Installation / 1944 - FR

-50

1000

10000

43907

2490

338

-25025 50 75

°C

2500

5000

7500

10000

12500

15000

17500

20000

22500

25000

27500

30000

32500

0102030405060708090 100

B3977

Outside sensor QAC34

HP return sensor

HP ow sensor

g. 5 - Ohmic sensor values (Hydraulic unit)

g. 6 - Available hydraulic pressures and ow rates

mCE

1 mbar=10 mmCE=100 Pa

m/h

11,5 20,50

0 0,5 1 1,5 2 m3/h

mCE

1 mbar=10 mmCE=100 Pa

m/h

11,5 20,50

0 0,5 1 1,5 2 m3/h

Variable pressure Constant pressure

- 10 - alfea Excellia HP A.I. / Installation / 1944 - FR

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