Lennox AQUALEAN AWC User guide

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AQUALEAN
AWC - AWH
APPLICATION GUIDE
INSTALLATION, OPERATING
AND MAINTENANCE
MANUAL
Horizontal water cooled packaged
air conditioner
2 20 kW
MIL118E-1407 10-2013
Translation of original manual

• 1 •
2
3
1 -
1.1 4
1.2 5
1.3 6
1.4 6
1.5 7
1.6 8
1.7 9
1.8 10
1.9 15
1.10 16
1.11 18
2 - 21
3-
3.1 22
3.2 23
4-
4.1 25
4.2 25
5 -
5.1 27
5.2 27
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
INSTALLATION
OPERATION
MAINTENANCE MANUAL Ref : MIL118E-1407 / 10-2013
TABLE OF CONTENTS
AQUALEAN
Horizontal water cooled packaged air conditioner
WARNING: Read this manual before carrying out installation, repair or maintenance work.
All the technical and technological information contained in this manual, including any drawings and technical descriptions provided by us, remain
the property of Lennox and must not be utilised (except in the operation of this product), reproduced, issued to or made available to third parties
without the prior written agreement of Lennox.
POINTS TO BEAR IN MIND
DATA FOR COMMISSIONING OF THE UNIT
GENERAL CHARACTERISTICS
Product range
General description
Physical data
Electrical specifications
Electrical connections
Operating limits
Fan specifications
Capacity tables
Correction factors
Dimensions
Options
OTHER FUNCTIONALITIES
INSTALLATION
Pre-installation
Unit installation
COMMISSIONING AND OPERATION
Preliminary checks before startup
Preliminary checks at startup
MAINTENANCE
Preventive maintenance
Corrective maintenance

• 2 • AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
Abrasive
surfaces
Risk of injury by
moving objects
High
temperatures
Low
temperatures
Risk of injury by
rotating objects
Electrical
voltage
ELECTRICAL CONNECTIONS
Make sure to switch off the power before installing, repairing or carrying out maintenance on the unit,
in order to prevent serious electrical injury.
Keep local and national legislation in mind when installing the unit.
Standard Guidelines to Lennox equipment
All technical data contained in these operating instructions, including the diagrams and technical description remains the property
of Lennox and may not be used (except for the purpose of familiarizing the user with the equipment), reproduced, photocopied,
transferred or transmitted to third parties without prior written authorization from Lennox.
The data published in the operating instructions is based on the latest information available. We reserve the right to make modifi-
cations without notice.
We reserve the right to modify our products without notice without obligation to modify previously supplied goods.
These operating instructions contain useful and important information for the smooth operation and maintenance of your equip-
ment.
The instructions also include guidelines on how to avoid accidents and serious damage before commissioning the equipment and
during its operation and how to ensure smooth and fault-free operation. Read the operating instructions carefully before starting
the equipment, familiarize yourself with the equipment and handling of the installation and carefully follow the instructions. It is
very important to be properly trained in handling the equipment. These operating instructions must be kept in a safe place near
the equipment.
Like most equipment, the unit requires regular maintenance. This section concerns maintenance and management personnel.
If you have any queries or would like to receive further information on any aspect relating to your equipment,
do not hesitate to contact us.
POINTS TO BEAR IN MIND
DANGER AND WARNING SIGNS
Electrical shock hazard can cause injury or death. Before attempting to perform any service or maintenance on the unit, turn OFF
the electrical power.
The air filter cleaning operations do not require technical service; however when an electrical or mechanical operation is
required call an Engineer.
ATTENTION - WARNING
FILTER CLEANING
Check the air filter and make sure it is not blocked with dust or dirt
If the filter is dirty, wash it in a bowl neutral soap and water, drying it in the
shade before inserting it in the unit.

• 3 •
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
DATA PAGE FOR UNIT COMMISSIONING
DATA INPUT:
COOLING CYCLE
Air intake temperature to the indoor coil:_____________
High pressure: _________________________________
Low pressure: _________________________________
Air intake temperature to the indoor coil:_____________
High pressure: _________________________________
Low pressure: _________________________________
HEATING CYCLE
ELECTRIC POWER CONSUMPTION (Amps)
Compressor :________________________________
Indoor fan : _________________________________
Compressor :________________________________
Indoor fan : _________________________________
UNIT: ___________________________________________ SERIAL NUMBER : ___________________________________
CONTROL PANEL IDENTIFICATION CODE : _________________________________________________________________
INSTALLATION ADDRESS: _______________________________________________________________________________
INSTALLER : _____________________________________ INSTALLER TEL : ____________________________________
INSTALLER ADDRESS : __________________________________________________________________________________
______________________________________________________________________________________________________
COMMISSIONING DATE : ________________________________________________________________________________
CHECKS : _____________________________________________________________________________________________
______________________________________________________________________________________________________
SUPPLY VOLTAGE : _______________________________ RATED VOLTAGE OF THE UNIT : _______________________
YES NO
Unit on shock absorbers
Drainage with trap
Main power supply connection
Control panel connection
Compressor oil level indicator
Options installed : ____________________________________________________________________________
___________________________________________________________________________________________
___________________________________________________________________________________________
Comments : _________________________________________________________________________________
___________________________________________________________________________________________
___________________________________________________________________________________________

• 4 •
V / Ph / 50 Hz
AWC 007 230 V - 1Ph 6,8 1,7
AWC 008 230 V - 1Ph 8 2,1
AWC 010 230 V - 1Ph 10,2 2,6
AWC 012 230 V - 1Ph 11,2 2,8
400 V - 3Ph
AWC 015 400 V - 3Ph 14,5 3,4
AWC 018 400V - 3Ph 17 4,2
AWC 020 400V - 3Ph 19 4,8
V / Ph / 50 Hz
AWH 002 230 V - 1Ph 1,85 2,5 0,47 0,61
AWH 003 230 V - 1Ph 2,7 3,7 0,6 0,78
AWH 007 230 V - 1Ph 6,8 8 1,7 2,1
AWH 008 230 V - 1Ph 8 9,5 2,1 2,5
AWH 010 230 V - 1Ph 10,2 12,3 2,6 3,2
AWH 012 230 V - 1Ph 11,2 13,5 2,8 3,6
400 V - 3Ph
AWH 015 400 V - 3Ph 14,5 17 3,4 4,6
AWH 018 400V - 3Ph 17 19,5 4,2 5,1
AWH 020 400V - 3Ph 19 22 4,8 6
- - -
A W C 007 S N M 1 M LWT
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
GENERAL CHARACTERISTICS
1.1.- PRODUCT RANGE
COOLING ONLY UNITS
NOMINAL COOLING CAPACITY
kW
NOMINAL CAPACITY
kW
Cooling mode Heating mode Heating modeCooling mode
MODEL
MODEL
NOMINAL POWER INPUT
kW
NOMINAL POWER INPUT
kW
HEAT PUMP UNITS
AQUALEAN
C: Cooling only
H: Heat pump
Type of refrigerant
M: R-410A
Approximate cooling
capacity in kW
S: 1 Circuit
Number
of revision
T: 230V/1/50
M: 400V/3/50
Low water temperature
version (units 002-003)

• 5 •
DC60 DM60
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
GENERAL CHARACTERISTICS
1.2.-GENERAL DESCRIPTION
The air conditioner, horizontal compact, water condensed type AQUALEAN, are specially designed for small and average installation,
office, house, etc.
On standard version the unit cleans, filters, cools and dehumidifies the air (AWC), and in addition heats if it is a heat pump unit (AWH).
You are able to incorporate option elements such as electrical heater in units 007 to 020.
CABINET
The cabinet is made of unpainted galvanised steel. Thanks to its
compact dimensions, and to its technical features, the unit can
be positioned in almost any location. Thermal-acoustic insulation
in compressor area to reduce noise level.
Units 002-003: 10 mm (M1) insulation in air section.
Units 007-020: 25 mm A2, S1, D0 (M0) in the air treatment
section.
AIR EXCHANGER
Made of copper tubing with aluminum swirl fins, they are designed
and specially dimensioned to obtain the maximum output.
COMPRESSOR
Units 002-003: Rotary compressor
Units 007-020: Scroll compressor
Each type of compressor includes internal thermic protection.
Compressor is mounted on vibration-absorbent blocks both on
the inside and outside, statically and dynamically balanced.
FAN
Units 002-003: EC fan motor
Units 007-020: Centrifugal fan motor d in units 007 to 020 there
is a with 3 fan speeds management.
An automatic mode allows to automatically adapt the airflow
rate according to the needs in order to generate energy savings
(airflow variation between mini/nominal/maximum airflow).
WATER EXCHANGER
Units 002-003: Coaxial exchanger
Units 007-020: plate heat exchanger, compact and resistant,
made of brased stainless steel plates and
specially selected and designed for this type
of unit.
COOLING/HEATING CIRCUIT
Manufactured with welded dehumidified copper tubes.
Cooling only units (AWC):
Includes a dehydrator filter,a liquid receiver, an electronic
expansion valve, as well as a high pressure switch and low
pressure transducer.
Heat pump units (AWH):
Includes a 4-way valve, and a liquid receiver in the sizes 007 to
020.
The unit leaves the factory with R410A refrigerant.
WATER CIRCUIT
It includes water threaded connections H-G.
AIR FILTER
Washable polypropylene air filter. Filter installed on a rail for an
easy maintenance.
ELECTRIC CIRCUIT
The electrical box includes all the components and the main
terminal blocks. It includes a printed board and a reversible
working mode for the heat pump units. it also includes alarms,
distance control and 230V 1 Amps connection for a circulation
water pump.
REMOTE CONTROL
The unit is delivered with a customer display offering the fol-
lowing functionalities:
- On/Off
- Operating mode selection (Cooling/Heating/Auto)
- Room temperature setpoint setting
- Airflow rate setting (Mini/Nominal/Max/Auto)
- Supervision of units connected in Master/Slave (up to 10 units).
A DS60 is required to enable this function (Expert Menu). Plan
to commission the units with a Lennox certified technician.
- Time setting
- Ambience temperature reading
- Alarm codes reading.
OPTIONS
Units 002 to 020:
- ModBus/BACnet/LonWorks Interface.
- DM60 display for scheduling/zoning settings.
- DS60 service display.
Units 007 to 020:
- Electrical heater mounted on fan discharge.
- Paddle flow switch.
- Water filter.
- Main disconnect switch.
- Compressor acoustic insulation.
- Low water loop temperature.
- Water differential pressure switch.
Units 012 to 020:
- Phase protection (3-phase units).
Optional on sizes 002-003.
Included on sizes 007 to 020.
Optional on all units.

• 6 •
AWH 002 AWH 003 AWC 007 AWH 007 AWC 008 AWH 008 AWC 010 AWH 010 AWC 012 AWH 012 AWC 015 AWH 015 AWC 018 AWH 018 AWC 020 AWH 020
kW (*) 1,85 2,70 6,8 8,0 10,2 11,2 14,5 17,0 19,0
kW (**) 2,50 3,70 8,0 9,5 12,3 13,5 17,0 19,5 22,0
kW (*) 0,47 0,60 1,7 2,1 2,6 2,8 3,4 4,2 4,8
kW (**) 0,61 0,78 2,1 2,5 3,2 3,6 4,6 5,1 6,0
m3/h 485/
285
550/
335
1430/
1010
1620/
1250
2100/
1550
2200/
1620
2610/
1850
3100/
2060
3500/
2450
Pa 90 100 150 125 150 150 150 150 150
l/h 495 560 1450 1730 2190 2410 3070 3640 4090
kPa 20 24 25 30 40 48 40 45 55
Kg 53 56 69/71 70/72 109/111 111/113 113/116 148/151 148/151
dB(A) 41/43 43/46 49/51 50/52 48/51 49/51 49/53 46/51 47/54
mm 230 230 441 441 491 491 491 531 531
mm 1000 1000 886 886 1180 1180 1180 1600 1600
mm 500 500 492 492 623 623 623 703 703
1/2" G 1/2" G 1” G 1” G 1” G 1” G 1” G 1” G 1” G
0,6 0,65 1,3 1,3 1,85 1,9 2,4 2,9 2,9
AWH 002 AWH 003 AWC 007 AWH 007 AWC 008 AWH 008 AWC 010 AWH 010 AWC 012 AWH 012 AWC 015 AWH 015 AWC 018 AWH 018 AWC 020 AWH 020
1 Ph 230V/1Ph - - -
3Ph----- 400V 3Ph
kW 0,67 0,817 2,57 3,15 3,82 4,62 /
4,31 5,46 5,93 7,26
kW 0,055 0,100 0,147 0,147 0,25 0,25 0,25 0,315 0,315
kW 0,725 0,917 2,72 3,3 4,07 4,87 /
4,56 5,71 6,25 7,58
A 3,6 4,9 14,4 17,6 24,6 28,6 /
10,6 12,9 14,7 17,9
A 15,3 17,3 61,6 68,6 100,6 130,6 /
45,6 54,1 66,9 77,9
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
GENERAL CHARACTERISTICS
1.3.- PHYSICAL DATA
UNIT MODEL
Total cooling capacity
Total heating capacity
Nominal absorbed power
Cooling mode
Nominal absorbed power
Heating mode
Air flow (max./min.)
Max. available static pressure (1)
Nominal water flow
Water pressure drop
Net weight
Cooling mode / heating mode
Sound pressure level (LP) (2)
Low/High speed
Dimensions
Height
Width
Depth
Hydraulic connections
Refrigerant load
(*) Exchanger air inlet temperature: 27ºC DB / 19ºC WB.
Exchanger water inlet temperature: 30ºC.
(**) Exchanger air inlet temperature: 20ºC DB.
Exchanger water inlet temperature: 20ºC.
(1) With admissible minimum air flow.
(2) Sound pressure level has been tested at a distance of 2 m from the unit, with
duct in aspiration and air discharge, normal absorption in accordance with
room size and unit capacity.
DB. = Dry bulb temperature
WB. = Wet bulb temperature
1.4.- ELECTRICAL SPECIFICATIONS
UNIT MODEL
VOLTAGE
MAXIMUM ABSORBED
POWER
Compressor
Indoor fan
TOTAL
MAXIMUM RUNNING
CURRENT
Maximum running current
Starting current

• 7 •
3
12
12 3
AWH 002 / AWH 003 230V / 1Ph 3 x 1,5 mm² -
AWC/H 007 - AWC/H 008 230V / 1Ph 3 x 2,5 mm² 3 x 10 mm²
AWC/H 010 230V / 1Ph 3 x 6 mm² 3 x 16 mm²
AWC/H 012 230V / 1Ph 3 x 6 mm² 3 x 16 mm²
400V / 3Ph+N 5 x 2,5 mm² 5 x 6 mm²
AWC/H 015 400V / 3Ph+N 5 x 2,5 mm² 5 x 6 mm²
AWC/H 018 - AWC/H 020 400V / 3Ph+N 5 x 4 mm² 5 x 10 mm²
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
GENERAL CHARACTERISTICS
1.5.- ELECTRICAL CONNECTIONS.
1 - Power supply
2 - Power supply with electrical heater (units 007 to 020).
3 - Connection control.
F
O
R ELE
C
TRI
C
AL
CO
NNE
C
TI
O
N REFER T
O
WIRIN
G
DIA
G
RAM IN THE
U
NIT.
INSTALLATION GUIDE FOR CONTROL CABLE
(
TO AVOID INTERFERENCES
):
• Use the screened 15 m cable supplied with terminal (3 wires + screen).
sc
• Wire the cable separated
f
rom electrical power wirin
g
b
y
a ph
y
sical distance o
f
500 mm.
• Wire the cable separated
f
rom halo
g
en lamps
/fl
uorescent tube li
g
htin
g
... b
y
a ph
y
isical distance o
f
500 mm.
• Wire the cable separated
f
rom radio
f
requenc
y
sources such as radio transmitter... at least 500 mm.
NEVER WIND THE REMAININ
G
C
ABLE AR
O
UND,
C
UT THE
C
ABLE BY THE TERMINAL END.
Local and national le
g
islation has to be taken into account when the unit will be installed.
E.Box
EH
MODEL VOLTAGE
50Hz WIRE NUMBER AND SECTION
5 X 1 mm² shielded

• 8 •
22ºC
25ºC
17ºC 24ºC20ºC
10C
16ºC
45ºC
21/15ºC 32/23ºC
22ºC
25ºC
17ºC 24ºC20ºC
10ºC
0ºC
45ºC
21/15ºC 32/23ºC
22ºC
25ºC
17ºC 24ºC20ºC
0ºC
0ºC
45ºC
21/15ºC 32/23ºC
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
1.6.- OPERATING LIMITS.
COOLING MODE HEATING MODE
Water inlet temperatureWater inlet temperatureWater inlet temperature
Water inlet temperatureWater inlet temperatureWater inlet temperature
Air inlet temperature into indoor section D.B/W.B Air inlet temperature into indoor section D.B/W.B
WB.- Wet bulb temperature / DB.- Dry bulb temperature
WB.- Wet bulb temperature / DB.- Dry bulb temperature
WB.- Wet bulb temperature / DB.- Dry bulb temperature
COOLING MODE HEATING MODE
Air inlet temperature into indoor section D.B/W.B Air inlet temperature into indoor section D.B/W.B
COOLING MODE HEATING MODE
Air inlet temperature into indoor section D.B/W.B
AWC/H 007-020 LWT OPTION: including water regulation valve + high pressure transducer.
AWH 002-003 LWT VERSION: it includes water regulation valve + high pressure transducer + piping insulation.
Air inlet temperature into indoor section D.B/W.B
NOTE: Operation with water outlet temperature below +5ºC requires antifreeze solution.
GENERAL CHARACTERISTICS
AWC/H 002-020
STANDARD UNITS VERSION.

• 9 •
AWH/C 007 25 37 50 75 100 125 150
1430 1400 1375 1315 1245 1165 1065
1300 1250 1240 1185 1125 1050 -
1170 1140 1125 1070 1010 - -
AWH/C 008 25 37 50 75 100 125 150
1620 1585 1550 1475 1395 1300 -
1550 1500 1480 1420 1350 1260 -
1430 1400 1375 1315 1250 - -
AWH/C 010 25 37 50 75 100 125 150
2100 2075 2050 1990 1925 1850 1750
1915 1900 1885 1830 1790 1700 -
1685 1680 1675 1640 1600 1550 -
AWH/C 012 25 37 50 75 100 125 150
2200 2180 2150 2025 1925 1800 1550
2025 2000 1985 1875 1775 1650 -
1825 1815 1780 1700 1620 - -
AWH/C 015 25 37 50 75 100 125 150
2610 2550 2480 2350 2185 2000 1750
2575 2560 2450 2300 2150 1970 1730
2350 2300 2250 2150 2025 1850 -
AWH/C 018 25 37 50 75 100 125 150
3100 2980 2960 2815 2650 2450 2210
2910 2850 2800 2610 2450 2300 2100
2615 2550 2500 2375 2230 2060 -
AWH/C 020 25 37 50 75 100 125 150
3500 3400 3300 3100 2900 2600 2300
3250 3200 3100 2940 2750 2550 2300
3100 3030 2960 2815 2650 2450 -
AWH 002 25 35 50 65 80 90 100
485 450 395 340 305 285 -
430 390 330 285 - - -
385 345 285 - - - -
AWH 003 25 35 50 65 80 90 100
550 520 480 435 385 355 335
445 415 365 335 - - -
410 380 335 - - - -
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
GENERAL CHARACTERISTICS
1.7.- FAN SPECIFICATIONS
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed
AVAILABLE STATIC PRESSURE (Pa)
AIR FLOW RATE
(m3/h)
High speed
Medium speed
Low speed

• 10 •
l/h kPa kW kW kW
10 °C
345 12 --- --- --- 1,90 3,39
495 20 --- --- --- 1,90 3,40
700 39 --- --- --- 1,91 3,42
15 °C
345 12 2,05 6,06 0,70 2,20 3,76
495 20 2,09 6,90 0,70 2,19 3,75
700 39 2,12 7,58 0,69 2,18 3,75
20 °C
345 12 1,97 4,93 0,71 2,49 4,09
495 20 2,01 5,44 0,71 2,50 4,10
700 39 2,04 5,83 0,70 2,51 4,11
25 °C
345 12 1,93 4,52 0,72 2,82 4,43
495 20 1,89 4,16 0,72 2,83 4,44
700 39 1,96 4,78 0,71 2,84 4,45
30 °C
345 12 1,81 3,58 0,74 --- ---
495 20 1,85 3,85 0,73 --- ---
700 39 1,88 4,04 0,73 --- ---
35 °C
345 12 1,71 3,08 0,76 --- ---
495 20 1,76 3,32 0,75 --- ---
700 39 1,79 3,47 0,74 --- ---
40 °C
345 12 1,61 2,65 0,78 --- ---
495 20 1,66 2,85 0,76 --- ---
700 39 1,69 2,98 0,76 --- ---
l/h kPa kW kW kW
10 °C
390 16 --- --- --- 2,88 3,93
560 24 --- --- --- 2,89 3,93
800 41 --- --- --- 2,90 3,94
15 °C
390 16 3,15 7,24 0,69 3,26 4,30
560 24 3,10 6,77 0,70 3,25 4,29
800 41 3,02 6,14 0,70 3,24 4,29
20 °C
390 16 3,02 6,18 0,70 3,69 4,70
560 24 2,97 5,83 0,71 3,70 4,70
800 41 2,89 5,33 0,72 3,71 4,71
25 °C
390 16 2,89 5,34 0,72 4,28 4,94
560 24 2,84 5,06 0,72 4,29 4,93
800 41 2,75 4,64 0,73 4,30 4,94
30 °C
390 16 2,75 4,64 0,73 --- ---
560 24 2,70 4,40 0,74 --- ---
800 41 2,62 4,05 0,75 --- ---
35 °C
390 16 2,61 4,04 0,75 --- ---
560 24 2,56 3,84 0,75 --- ---
800 41 2,48 3,54 0,76 --- ---
40 °C
390 16 2,47 3,50 0,77 --- ---
560 24 2,41 3,33 0,77 --- ---
800 41 2,33 3,06 0,79 --- ---
AWH 002 485 m3/h
AWH 003 550 m3/h
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
1.8.- CAPACITY TABLES
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Nominal operating conditions:
Exchanger air inlet temperature: 27ºC DB/19ºC WB in cooling mode and 20ºC WB
in heating mode.
(DW:dry bulb / WB:wet bulb)
For another working conditions use correction factor tables.
GENERAL CHARACTERISTICS
Nominal airflow rate
Nominal airflow rate

• 11 •
l/h kPa kW kW kW
10 °C
1010 15 --- --- --- 6,28 3,43
1450 25 --- --- --- 6,49 3,48
2070 40 --- --- --- 6,62 3,52
15 °C
1010 15 7,43 6,27 0,66 7,03 3,62
1450 25 7,51 6,56 0,66 7,24 3,67
2070 40 7,55 6,83 0,66 7,40 3,70
20 °C
1010 15 7,20 5,31 0,67 7,77 3,76
1450 25 7,28 5,57 0,66 8,00 3,80
2070 40 7,33 5,80 0,66 8,17 3,82
25 °C
1010 15 6,94 4,49 0,68 8,51 3,85
1450 25 7,03 4,72 0,67 8,75 3,88
2070 40 7,08 4,91 0,67 8,95 3,89
30 °C
1010 15 6,66 3,80 0,69 --- ---
1450 25 6,75 4,00 0,68 --- ---
2070 40 6,81 4,14 0,68 --- ---
35 °C
1010 15 6,36 3,25 0,70 --- ---
1450 25 6,45 3,41 0,69 --- ---
2070 40 6,51 3,52 0,69 --- ---
40 °C
1010 15 6,04 2,82 0,71 --- ---
1450 25 6,13 2,96 0,71 --- ---
2070 40 6,20 3,02 0,70 --- ---
l/h kPa kW kW kW
10 °C
1210 20 --- --- --- 7,56 3,43
1730 30 --- --- --- 7,79 3,47
2470 50 --- --- --- 7,93 3,51
15 °C
1210 20 8,85 5,86 0,66 8,41 3,59
1730 30 8,95 6,09 0,65 8,65 3,63
2470 50 9,01 6,30 0,65 8,81 3,66
20 °C
1210 20 8,55 5,05 0,66 9,25 3,72
1730 30 8,65 5,26 0,66 9,50 3,75
2470 50 8,71 5,45 0,66 9,68 3,77
25 °C
1210 20 8,23 4,34 0,67 10,08 3,79
1730 30 8,33 4,54 0,67 10,34 3,82
2470 50 8,40 4,69 0,67 10,55 3,83
30 °C
1210 20 7,90 3,73 0,68 --- ---
1730 30 8,00 3,90 0,68 --- ---
2470 50 8,07 4,03 0,68 --- ---
35 °C
1210 20 7,55 3,21 0,69 --- ---
1730 30 7,65 3,36 0,69 --- ---
2470 50 7,73 3,46 0,69 --- ---
40 °C
1210 20 7,18 2,78 0,70 --- ---
1730 30 7,29 2,91 0,70 --- ---
2470 50 7,37 2,98 0,70 --- ---
AWH 007 1.250 m3/h
AWH 008 1.500 m3/h
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
1.8.- CAPACITY TABLES
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Nominal operating conditions:
Exchanger air inlet temperature: 27ºC DB/19ºC WB in cooling mode and 20ºC WB
in heating mode.
(DW:dry bulb / WB:wet bulb)
For another working conditions use correction factor tables.
GENERAL CHARACTERISTICS
Nominal airflow rate
Nominal airflow rate

• 12 •
l/h kPa kW kW kW
10 °C
1530 25 --- --- --- 9,77 3,56
2190 40 --- --- --- 10,06 3,60
3130 65 --- --- --- 10,24 3,64
15 °C
1530 25 11,19 6,05 0,68 10,85 3,73
2190 40 11,30 6,29 0,67 11,17 3,77
3130 65 11,37 6,53 0,67 11,39 3,80
20 °C
1530 25 10,85 5,20 0,68 11,96 3,86
2190 40 10,97 5,42 0,68 12,30 3,90
3130 65 11,04 5,62 0,68 12,55 3,92
25 °C
1530 25 10,48 4,46 0,69 13,10 3,96
2190 40 10,60 4,66 0,69 13,46 3,99
3130 65 10,68 4,83 0,69 13,75 4,01
30 °C
1530 25 10,07 3,83 0,70 --- ---
2190 40 10,20 4,00 0,70 --- ---
3130 65 10,29 4,14 0,70 --- ---
35 °C
1530 25 9,63 3,30 0,72 --- ---
2190 40 9,76 3,45 0,71 --- ---
3130 65 9,86 3,56 0,71 --- ---
40 °C
1530 25 9,15 2,89 0,73 --- ---
2190 40 9,29 3,01 0,73 --- ---
3130 65 9,39 3,09 0,72 --- ---
l/h kPa kW kW kW
10 °C
1690 30 --- --- --- 10,74 3,52
2410 48 --- --- --- 11,05 3,56
3440 75 --- --- --- 11,25 3,59
15 °C
1690 30 12,37 6,05 0,66 11,94 3,67
2410 48 12,50 6,29 0,66 12,26 3,70
3440 75 12,59 6,50 0,66 12,50 3,72
20 °C
1690 30 11,96 5,20 0,67 13,15 3,77
2410 48 12,10 5,42 0,67 13,50 3,80
3440 75 12,18 5,61 0,67 13,77 3,81
25 °C
1690 30 11,52 4,46 0,68 14,38 3,84
2410 48 11,66 4,66 0,68 14,75 3,86
3440 75 11,75 4,82 0,67 15,05 3,87
30 °C
1690 30 11,06 3,83 0,69 --- ---
2410 48 11,20 4,00 0,68 --- ---
3440 75 11,30 4,13 0,68 --- ---
35 °C
1690 30 10,57 3,29 0,70 --- ---
2410 48 10,71 3,45 0,70 --- ---
3440 75 10,82 3,55 0,69 --- ---
40 °C
1690 30 10,06 2,87 0,71 --- ---
2410 48 10,20 3,00 0,71 --- ---
3440 75 10,31 3,07 0,71 --- ---
AWH 010 1.900 m3/h
AWH 012 2.000 m3/h
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
GENERAL CHARACTERISTICS
1.8.- CAPACITY TABLES
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Nominal operating conditions:
Exchanger air inlet temperature: 27ºC DB/19ºC WB in cooling mode and 20ºC WB
in heating mode.
(DW:dry bulb / WB:wet bulb)
For another working conditions use correction factor tables.
Nominal airflow rate
Nominal airflow rate

• 13 •
l/h kPa kW kW kW
10 °C
2150 25 --- --- --- 13,59 3,39
3070 40 --- --- --- 13,99 3,43
4390 60 --- --- --- 14,26 3,46
15 °C
2150 25 16,02 6,41 0,67 15,06 3,54
3070 40 16,20 6,67 0,67 15,49 3,58
4390 60 16,31 6,89 0,67 15,80 3,61
20 °C
2150 25 15,49 5,56 0,68 16,54 3,66
3070 40 15,67 5,79 0,67 17,00 3,70
4390 60 15,79 5,98 0,67 17,35 3,72
25 °C
2150 25 14,92 4,79 0,68 18,04 3,76
3070 40 15,10 5,00 0,68 18,52 3,79
4390 60 15,23 5,17 0,68 18,92 3,81
30 °C
2150 25 14,32 4,11 0,70 --- ---
3070 40 14,50 4,30 0,69 --- ---
4390 60 14,63 4,44 0,69 --- ---
35 °C
2150 25 13,68 3,51 0,71 --- ---
3070 40 13,87 3,69 0,70 --- ---
4390 60 14,00 3,80 0,70 --- ---
40 °C
2150 25 13,01 3,01 0,72 --- ---
3070 40 13,20 3,17 0,72 --- ---
4390 60 13,34 3,26 0,71 --- ---
l/h kPa kW kW kW
10 °C
2540 30 --- --- --- 15,55 3,36
3640 45 --- --- --- 16,00 3,42
5200 70 --- --- --- 16,28 3,45
15 °C
2540 30 18,55 5,86 0,66 17,25 3,56
3640 45 18,72 6,07 0,66 17,73 3,62
5200 70 18,81 6,25 0,66 18,07 3,65
20 °C
2540 30 18,03 5,15 0,67 18,98 3,75
3640 45 18,21 5,34 0,66 19,50 3,80
5200 70 18,31 5,50 0,66 19,89 3,84
25 °C
2540 30 17,44 4,51 0,67 20,74 3,91
3640 45 17,63 4,69 0,67 21,30 3,96
5200 70 17,75 4,83 0,67 21,75 4,00
30 °C
2540 30 16,80 3,93 0,68 --- ---
3640 45 17,00 4,10 0,68 --- ---
5200 70 17,14 4,22 0,68 --- ---
35 °C
2540 30 16,09 3,43 0,69 --- ---
3640 45 16,31 3,58 0,69 --- ---
5200 70 16,46 3,68 0,69 --- ---
40 °C
2540 30 15,33 3,00 0,70 --- ---
3640 45 15,55 3,13 0,70 --- ---
5200 70 15,72 3,21 0,70 --- ---
AWH 015 2.450 m3/h
AWH 018 2.800 m3/h
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
GENERAL CHARACTERISTICS
1.8.- CAPACITY TABLES
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Nominal operating conditions:
Exchanger air inlet temperature: 27ºC DB/19ºC WB in cooling mode and 20ºC WB
in heating mode.
(DW:dry bulb / WB:wet bulb)
For another working conditions use correction factor tables.
Nominal airflow rate
Nominal airflow rate

• 14 •
AWC --
007 008 010 012 015 018 020
AWH 002 003
l/h
- - 20 25 30 35 35 40 45
- - 30 35 50 55 55 60 75
- - 45 60 80 90 80 100 115
l/h kPa kW kW kW
10 °C
2860 35 --- --- --- 17,65 3,43
4090 55 --- --- --- 18,13 3,46
5840 80 --- --- --- 18,45 3,48
15 °C
2860 35 20,89 5,68 0,65 19,53 3,54
4090 55 21,12 5,88 0,65 20,06 3,57
5840 80 21,25 6,04 0,65 20,42 3,58
20 °C
2860 35 20,23 5,01 0,66 21,44 3,63
4090 55 20,46 5,20 0,66 22,00 3,65
5840 80 20,60 5,34 0,66 22,42 3,66
25 °C
2860 35 19,52 4,40 0,67 23,37 3,69
4090 55 19,75 4,57 0,67 23,97 3,71
5840 80 19,90 4,70 0,66 24,44 3,72
30 °C
2860 35 18,76 3,83 0,68 --- ---
4090 55 19,00 4,00 0,67 --- ---
5840 80 19,16 4,11 0,67 --- ---
35 °C
2860 35 17,96 3,33 0,69 --- ---
4090 55 18,20 3,48 0,68 --- ---
5840 80 18,36 3,58 0,68 --- ---
40 °C
2860 35 17,11 2,88 0,70 --- ---
4090 55 17,36 3,02 0,69 --- ---
5840 80 17,53 3,10 0,69 --- ---
AWH 020 3.100 m3/h
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
1.8.- CAPACITY TABLES
Minimum water flow
Nominal water flow
Maximum water flow
Dissipated heat for cooling mode:
The heat to dissipate in the water exchanger for cooling mode is near to: Total capacity + Total absorbed power.
Absorbed heat for heating mode:
The heat absorbed in the water exchanger for heating mode is near to: Total capacity - Total absorbed power.
WATER PRESSURE DROP WITH WATER FILTER AWC/AWH
Water pressure drop has been calculated without water filter option. With this option, the water pressure drop (kPa) would
be :
GENERAL CHARACTERISTICS
Water flow
Water
pressure drop
AWC/AWH
COOLING CAPACITY AWH HEATING CAPACITY
Total capacity EER Sensible/Total Total capacity
Total absorbed
power
Water inlet temperature
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Minimum
Nominal
Maximum
Nominal operating conditions:
Exchanger air inlet temperature: 27ºC DB/19ºC WB in cooling mode and 20ºC WB
in heating mode.
(DW:dry bulb / WB:wet bulb)
For another working conditions use correction factor tables.
Nominal airflow rate

• 15 •
AWC
AWH
002 485 1,02 1,04 1,00 1,01 0,98
440 1,00 1,00 1,00 1,00 1,00
285 0,91 0,84 0,97 0,94 1,11
003 550 1,04 1,10 1,01 1,03 0,95
515 1,00 1,00 1,00 1,00 1,00
335 0,94 0,89 0,99 0,95 1,08
007 1430 1,02 1,06 1,02 1,02 0,96
1250 1,00 1,00 1,00 1,00 1,00
1010 0,96 0,92 0,97 0,99 1,08
008 1620 1,01 1,03 1,01 1,01 0,98
1500 1,00 1,00 1,00 1,00 1,00
1250 0,96 0,93 0,98 0,98 1,06
010 2100 1,02 1,04 1,03 1,01 0,98
1900 1,00 1,00 1,00 1,00 1,00
1550 0,96 0,92 0,98 0,97 1,07
012 2200 1,02 1,03 1,03 1,01 0,98
2000 1,00 1,00 1,00 1,00 1,00
1620 0,96 0,92 0,98 0,97 1,09
015 2610 1,01 1,03 1,01 1,01 0,98
2450 1,00 1,00 1,00 1,00 1,00
1850 0,94 0,89 0,97 0,96 1,12
018 3100 1,01 1,03 1,01 1,01 0,98
2800 1,00 1,00 1,00 1,00 1,00
2060 0,92 0,87 0,97 0,95 1,12
020 3500 1,01 1,03 1,02 1,01 0,98
3100 1,00 1,00 1,00 1,00 1,00
2450 0,94 0,89 0,98 0,96 1,12
15 TC (kW) 1,03
0,91
17 TC (kW) 1,02
0,95
20 TC (kW) 1,00
1,00
22 TC (kW) 0,99
1,04
24 TC (kW) 0,98
1,08
21 15
TC (kW) 0,88
SC (kW) 0,89
0,99
24 17
TC (kW) 0,94
SC (kW) 0,94
1,00
27 19
TC (kW) 1,00
SC (kW) 1,00
1,00
29 21
TC (kW) 1,07
SC (kW) 0,99
1,00
32 23
TC (kW) 1,13
SC (kW) 1,04
1,01
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
1.9.- CORRECTION FACTORS
AIR FLOW
The data in the capacity tables have been calculated for nominal airflow rate; with maximum/minimum airflow rates use these cor-
rection factors :
AIR FLOW RATE COOLING MODE HEATING MODE
Total capacity
kW EER Sensible capacity kW
Total capacity
kW
Total absorbed power
kW
Maximum
Nominal
Minimum
Maximum
Nominal
Minimum
Maximum
Nominal
Minimum
Maximum
Nominal
Minimum
Maximum
Nominal
Minimum
Maximum
Nominal
Minimum
Maximum
Nominal
Minimum
Maximum
Nominal
Minimum
Maximum
Nominal
Minimum
AIR INLET
COOLING MODE AWC/AWH.
The data in the capacity tables has been calculated for air inlet
temperature: 27ºC DB and 19ºC WB. For another conditions
use these correction factors.
HEATING MODE AWH
The data in the capacity tables has been calculated for air
inlet temperature: 20ºC DB. For another conditions use these
correction factors.
TC : Total capacity
SC : Sensible capacity
D.B. : Dry bulb
W.B. : Wet bulb
Air inlet temperature (D.B.)
Power input (kW)
Power input (kW)
Power input (kW)
Power input (kW)
Power input (kW)
Air inlet temperature
(D.B.)
Air inlet temperature
(W.B.)
Power input (kW)
Power input (kW)
Power input (kW)
Power input (kW)
Power input (kW)
GENERAL CHARACTERISTICS

• 16 •
17
28
39
410
5
6
AWC/AWH 007-008
25
25
36
363
53
53
80
80
269,3
269,3
40
40
10
100
213,5
213,5
126,5
126,5
20
20
792
792
18,3
18,3
829,4
829,4
18,
18,3
60
60
500
500
231,9
231,9
492
492
792
792
32,
32,5
427
427
32,
32,5
163,5
163,5
239,5
239,5
89
89
23,5
23,5
64,
64,7
886,2
886,2
89
89
40
40
1
2
3
4
5
6
7
8
9
10
AWH 002-003
1 2
3
4
5 6
8
9
10
7
500
431 550 19
28,5
230
500
25
17
15645,5
1000
43
1040
978,6
537,6
98300602
460
565,3
32,5
4616024
8
7
8
7
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
1.10.- DIMENSIONS.
GENERAL CHARACTERISTICS
Compressor Water inlet
Coil Water outlet
Air filter Power supply
Water exchanger Drainage pipe
Electrical box Standard air configuration
Drip tray Optional air configuration (on site)

• 17 •
17
28
39
410
5
6
AWC/AWH 010-012-015
AWC/AWH 018-020
25
25
40
404
37
37
10
105
269,3
269,3
88
88
25
25
15
15
294,5
294,5
180,3
180,3
20
20
1083
1083
26
261
271
271
91
91
59,
59,3
23,5
23,5
25
25
1130
1130
25
25
1180
1180
60,
60,6
699
699
323,
323,4
23
23
577
577
23
23
623
623
1083
1083
7
8
9
20
20
150
1503
50
505
34
34
294,5
294,5
176,5
176,5
25
25
160
1600
25
25
155
1550
25
25
657
657
98,
98,5
23,5
23,5
25
25
44
447
34
34
61,2
61,2
12
127
26
269
703
703
150
1503
108
1082
359,8
359,8
128,5
128,5
338,5
338,5
236
236
90
90
23
23
23
23
7
8
9
10
1
3
4
5
6
2
10
1
3
4
5
6
2
8
7
8
7
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
1.10.- DIMENSIONS.
GENERAL CHARACTERISTICS
Compressor Water inlet
Coil Water outlet
Air filter Power supply
Water exchanger Drainage pipe
Electrical box Standard air configuration
Drip tray Optional air configuration (on site)

• 18 •
AWH 007 008 010 012 015 018 020
2 3 (1F-3F) 5
ACW
AWH 007 008 010 012 015 018 020
2 3 (1F-3F) 5
5 5(1F-3F) 9
9 (3F) 12
350
Service
Display
AQUALEAN - AWC/AWH - MIL118E-1407 / 10-2013
1.11.- OPTIONS
INSTALLATION
Electrical heater is assembled in the
unit.
Supply sensor is delivered outside
the unit and it should be installed in
the duct using the sheet metal fixation
delivered with the unit.
See picture below for the installation.
HEATING MODE AWH
Standard
COOLING MODE
Standard
Medium
High
Electrical heater
CONTROL OPTIONS (ALL UNITS).
ModBus / BACNET / LONWORKS COMMUNICATION
The control board is equipped with a RS485 serial communication port to
allow remote management through communication bus.
According to the wished communication protocol, our control board can be
fitted with ModBUS®, LonWorks® or BacNET® communication interface.
DS60 (Service display)
This display provides access to the full controler menu to set all parameters.
24V customer display located at 30 meters maximum from the unit. Remote customer parameter reading and
modification.
DM60 display for scheduling and zoning.
it is possible to enable up to 7 time zone per day with 4 different operating modes for each of the zone. This can be
done with the DM60 or during commissioning by a Lennox certified technician.
HEATING OPTIONS
ELECTRICAL HEATERS. (UNITS 007 to 020).
GENERAL CHARACTERISTICS