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TECHNICAL INSTALLATION MANUAL
CHILLERS
REVERSIBLE HEAT PUMPS
CONDENSING UNIT
• OUTDOOR UNIT
• HIGH EFFICIENCY
• PRODUCTION OF HOT WATER UP TO 50 ° C
ANL-ANLH
020-200
UK
IANLTZ.1108.6755514_05 replace 6755514_04
UK
ANL-ANLH 020-200
Dear Customer,
Thank you for choosing an AERMEC product. This product is the result of many years of experience and in-depth
engineering research, and it is built using top quality materials and advanced technologies.
In addition, the CE mark guarantees that our appliances fully comply with the requirements of the European
Machinery Directive in terms of safety. We constantly monitor the quality level of our products, and as a result
they are synonymous with Safety, Quality, and Reliability.
Product data may be subject to modifications deemed necessary for improving the product without the obligation to give prior notice.
Thank you again.
AERMEC S.p.A
AERMEC S.p.A. reserves the right at any moment to make any modifications considered necessary to improve our products and is not obliged to add these modifications to
machines that have already been fabricated, delivered or are under construction.
2
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
1.
2.
3.
4.
4.1.
4.2.
4.4.
4.3.
4.5.
4.6.
4.7.
4.8.
4.9.
4.10.
5.
6.
7.
8.
8.1.
8.2.
8.3.
9.
10.
11.
11.1.
11.2.
11.3.
11.4.
12.
13.
14.
15.
15.1.
15.2.
16.
17.
18.
20.
20.1.
20.2.
21.
22.
22.1.
22.2.
22.3.
22.4.
22.5.
22.6.
22.7.
22.8.
22.9.
22.10.
22.11.
22.12.
22.13.
23.
23.1.
23.2.
23.3.
23.4.
Descrip on and choce of unit........................................................6
Configurator .................................................................................6
Components and configura ons....................................................7
Principle of opera on diagrams cooling ........................................8
Prodac on cold water to the system ................................................ 8
Prodac on col water to the system and hot water to desuperheater 8
Prodac on hot water to the system ................................................. 9
Prodac on hot water to the system | DHW ..................................... 9
Cooling circuit ................................................................................. 10
Frame and fans ............................................................................... 10
Hydraulic circuit standard ............................................................... 10
Water features ................................................................................ 11
Control and safety components ...................................................... 11
Electric board, control and power................................................... 11
Descrip on of components .........................................................10
Accessories .................................................................................12
Technical data .............................................................................13
Opera on limit ...........................................................................18
Cooling mode .................................................................................. 18
Cooling mode for version "C".......................................................... 18
Hea ng mode ................................................................................. 18
Performance and absorp on that differ from the nominal standard cooling mode ...............................................................19
Performance and absorp on that differ from the nominal hea ng mode..............................................................................25
Pressure drops and useful sta c pressures ..................................31
Evaporator | piping ......................................................................... 31
Filtre ................................................................................................ 31
Useful sta c pressures .................................................................... 31
How to interpret glycol curves ........................................................ 32
Ethylene glycol solu ons .............................................................32
Expansion vessel calibra on........................................................33
Recommended minimum water content .....................................33
Desuperheater ............................................................................34
Correc on factors ........................................................................... 34
Pressure drops ................................................................................ 34
Refrigerant lines..........................................................................35
Sound data .................................................................................36
Parameter calibra on of safety and control.................................37
General warnings for the installer ...............................................38
Preserva on of the documenta on ................................................ 38
Warnings regarding safety and installa on standards ................... 38
Selec on and place of installa on ...............................................39
Dimensions .................................................................................40
ANL 020 ÷ 025 VERSION °|P|H|HP................................................. 40
ANL 030 ÷ 040 VERSION °|P|H|HP................................................. 41
ANL 050 ÷ 090 VERSION °|P|H|HP................................................. 42
ANL 100 ÷ 200 VERSIONE °|P|A|N|Q / H|HP|HA|HN|HQ ............ 43
ANL 020 ÷ 025 VERSION °A|HA ...................................................... 44
ANL 030 ÷ 040 VERSION °A|HA....................................................... 45
ANL 050 ÷ 090 VERSION °A|°Q |HA |HQ ........................................ 46
ANL 020 ÷ 025 VERSION C ............................................................... 47
ANL 040 ÷ 050 VERSION C ............................................................... 48
ANL 070 ÷ 090 VERSION C ............................................................... 49
ANL 100 ÷ 200 VERSION C ............................................................... 50
ANL 050 ÷ 090 version D|DA / HD|HDA ........................................ 51
ANL 100 ÷ 200 version D|DA / HD|HDA ........................................ 52
Hydraulic circuits of principle.......................................................... 53
Hydraulic circuit for internal and external ANL “°” | "H" (standard)53
Hydraulic circuit for internal and external ANL “°P|°N” / "HP|HN"54
Hydraulic circuit for internal and external ANL “°A|°Q” / "HA|HQ"55
Example plant for the produc on of DHW ANL50H °
with accessory VMF ACS ................................................................ 56
Aermec cod. 6755512_05 6.2011
24.
25.
26.
27.
27.1.
27.2.
27.3.
28.
28.1.
28.2.
28.3.
28.4.
28.5.
28.6.
29.
29.1.
29.2.
29.3.
29.4.
29.5.
29.6.
30.
31.
31.1.
31.2.
Electric connec ons ....................................................................57
Electrical data .............................................................................58
Electrical connec on of power to the power supply ....................58
Strat-up ......................................................................................59
Preliminary opera ons to be made without tension ...................... 59
The following opera ons are performed when the unit is powered.59
Machine commissioning ................................................................. 59
Func oning features ...................................................................60
Set point in cooling mode ............................................................... 60
Set point in riscaldamento .............................................................. 60
Compressor start-up delay .............................................................. 60
Circula on pump............................................................................. 60
An -freeze alarm ............................................................................ 60
Water flow rate alarm ..................................................................... 60
Maintenance...............................................................................61
Hydraulic circuit .............................................................................. 61
Emptying the system....................................................................... 61
Electrical circuit ............................................................................... 61
Cooling circuit ................................................................................. 61
Mechanical ...................................................................................... 61
Extraordinary maintenance............................................................. 61
Disposal ......................................................................................61
List of controls for the guided procedure .....................................62
How to modify a parameter in the user menu: .............................. 62
How to modify a parameter in the installer menu:......................... 62
3
UK
ANL-ANLH 020-200
ANL
ANLH
NUMERO DI SERIE
DICHIARAZIONE DI CONFORMITÀ CE
We, the undersigned, hereby declare under our own responsibility that the assembly in question, defined as
follows:
NAME
ANL - ANLH
TYPE
WATER/AIR chiller, heat pump
MODEL
To which this declaration refers, complies with the following harmonised standards:
CEI EN 60335-2-40
Safety standard regarding electrical heat pumps, air conditioners and dehumidifiers
CEI EN 61000-6-1
CEI EN 61000-6-3
Immunity and electromagnetic emissions for residential environments
CEI EN 61000-6-2
CEI EN 61000-6-4
Immunity and electromagnetic emissions for industrial environments
EN378
Refrigerating systems and heat pumps - Safety and environmental requirements
EN12735
Copper and copper alloys - Seamless, round copper tubes for air conditioning and refrigeration
UNI 12735
Seamless, round copper tubes for air conditioning and refrigeration
UNI 14276
Pressure equipment for cooling systems and heat pumps
Therefore complying with the essential requisites of the following Directives:
- LVD Directive: 2006/95/CE
- Electromagnetic compatibility Directive 2004/108/CE
- Machinery Directive 2006/42/CE
- PED Directive regarding pressurised devices 97/23/CE
The product, in agreement with Directive 97/23/CE, satisfies the Total quality Guarantee procedure (form H) with certificate n.06/270-QT3664 Rev.5 issued by the notified
body n.1131 CEC via Pisacane 46 Legnano (MI) - Italy
The person authorised to constitute the technical file is: Massimiliano Sfragara - 37040 Bevilacqua (VR) Italy - via Roma,996
Bevilacqua
4
20/06/2010
Aermec cod. 6755512_05 6.2011
ANL-ANLH 020-200
ANLC
NUMERO DI SERIE
DICHIARAZIONE DI CONFORMITÀ CE
We, the undersigned, hereby declare under our own responsibility that the assembly in question, defined as
follows:
NOME
ANL C
TIPO
MOTORCONDENSING CHILLER
MODELLO
To which this declaration refers, complies with the following harmonised standards:
CEI EN 60335-2-40
Safety standard regarding electrical heat pumps, air conditioners and dehumidifiers
CEI EN 61000-6-1
CEI EN 61000-6-3
Immunity and electromagnetic emissions for industrial environments
CEI EN 61000-6-2
CEI EN 61000-6-4
Immunità ed emissione elettromagnetica per l’ambiente industriale
EN378
Refrigerating systems and heat pumps - Safety and environmental requirements
EN12735
Copper and copper alloys - Seamless, round copper tubes for air conditioning and refrigeration
UNI 12735
Seamless, round copper tubes for air condi oning and refrigera on
UNI 14276
Pressure equipment for cooling systems and heat pumps
Therefore complying with the essential requisites of the following Directives:
- LVD Directive: 2006/95/CE
- Electromagnetic compatibility Directive 2004/108/CE
- PED Directive regarding pressurised devices 97/23/CE
The product, in agreement with Directive 97/23/CE, satisfies the Total quality Guarantee procedure (form H) with certificate n.06/270-QT3664 Rev.5 issued by the notified body n.1131 CEC via Pisacane 46 Legnano (MI) - Italy
The person authorised to constitute the technical file is: Massimiliano Sfragara - 37040 Bevilacqua (VR) Italy - via Roma,996
DECLARATION OF INCORPORATION
We, the undersigned, declare under our own responsibility, in compliance with paragraph 2, art. 4 of the
Machinery Directive 98/37/CE, that start-up is prohibited before the machine in which it has been incorporated
has been declared conform with the provisions of the Machinery Directive and/or all applicable Directives.
Bevilacqua
20/06/2010
Marketing manager
Signature
Aermec cod. 6755512_05 6.2011
5
UK
ANL-ANLH 020-200
1.
TECHNICAL SECTION
Standards and Directives respected on
designing and constructing the unit:
SAFETY
1.
Machinery Directive
2006/42/CE
2.
Low Voltage Directive
LVD 2006/95/CE
3.
Electromagnetic compatibility
Directive EMC 2004/108/CE
4.
Pressure Equipment Directive
PED 97/23/CE, EN 378,
5.
UNI12735, UNI14276
INSTALLATION SECTION
ELECTRIC PART
1.
CEI EN 60335 2 40,
2.
CEI EN 61000 6 1/2/3/4
ACUSTIC PART
1.
ISO DIS 9614/2
intensimetric method
PROTECTION RATING
IP24
CERTIFICATIONS
EUROVENT
USER SECTION
REFRIGERANT GAS
Questa unità contiene gas floururali a
effetto serra coperti dal protocollo di
Kyoto. Le operazioni di manutenzione
e smaltimento devono essere eseguite
solo da personale qualificato, nel rispetto delle norme vigenti
DESCRIPTION AND CHOCE OF UNIT
Chillers and heat pumps for OUTDOOR condensed in
the air with R410A Series ANL have been designed
and manufactured to satisfy heating and cooling needs
and the production of domestic hot water (DHW) in
medium to small commercial or residential buildings.
These units, have extremely silent functioning and are
highly efficient and reliable, thanks to the use of exchangers with a large exchange surface and low-noise
high-efficiency scroll compressors
2.
CONFIGURATOR
DESCRIPTION
ANL
4,5,6
SIZE
020 - 025 - 030 - 040 - 050 - 070 - 080 - 090 - 100 - 150 - 200
7
MODEL
° Cooling
H Heat pumps
8
°
P
N
A
Q
VERSION
Standard
With pump
With increased pump (solo ANL 100 - 150 - 200)
With storage tank
Storake tank | increased pump (only ANL 50 - 70 - 80 - 90 - 100 - 150 - 200)
HEAT RECOVERY
° Without recovery
D With desuperheater
10
°
R
S
V
6
The versions can be in different set-ups at the same
time in order to satisfy a wide range of plant engineering solutions:
1.
"°" STANDARD
2.
"P" PUMPS
3.
"N" INCREASED PUM
4.
"A" PUMP |STORAGE TANK
5.
"Q" INCREASED PUM|STORAGE TANK
6.
"D" DESUPERHEATER
Campo
1,2,3
9
Possibility of production of D.H.W.
(DCPX | VMF-ACS | MODU-485A
required)
The DESUPERHEATER is not possible with:
• Version "C"
• With the thermostatic valve Y
They are available in the following versions:
1.
ANL "°" Standard
2.
ANL "H" Heat pumps
3.
ANL "C" Moto condensing unit
COIL
Aluminium
Copper
Tinned copper
Painted aluminium
11
FIELD OF USE
° Standard (temperature of water produced up to 4°C)
Z Low temperature (temperature of water produced: 4°C up to 0°C)
Y Low temperature(temperature of water produced: 0°C up to -6°C)
12
EVAPORATOR
° Standard (temperature of water produced up to 4°C)
C Motor condenser
13
POWER SUPPLY
° 400V/3N/50Hz
M 230V/1/50Hz (only ANL 020 - 025 - 030 - 040)
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
COMPONENTS AND CONFIGURATIONS
SEZIONE TECNICA
Components
C
with D
std
std
std
std
std
std
No
std
No
No
No
No
No
std
No
std
No
std
std
No
Model
°
std
std
std
No
No
No
No
std
No
No
H
std
std
No
std
std
std
No
std
No
No
Hydraulic circuit
Water filter
Pressure switch
Safety valve
Air vent
Version "°"
020
Std
Std
no
no
025
Std
Std
no
no
030
Std
std
no
no
040
Std
std
no
no
050
Std
std
no
no
070
Std
std
no
no
080
Std
std
no
no
090
Std
std
no
no
100
Std
std
no
no
150
Std
std
no
no
200
Std
std
no
no
Hydraulic circuit
Water filter
Pressure switch
Flow switch
Safety valve
Air vent
Pump
Pump incresed
Expansion tank
Version "P/N"
020
std
std
no
std
std
vers. P
No
std
025
std
std
no
std
std
vers. P
no
std
030
std
std
no
std
std
vers. P
no
std
040
std
std
no
std
std
vers. P
no
std
050
std
std
no
std
std
vers. P
no
std
070
std
std
no
std
std
vers. P
no
std
080
std
std
no
std
std
vers. P
no
std
090
std
std
no
std
std
vers. P
no
std
100
std
std
no
std
std
vers. P
vers. N
std
150
std
std
no
std
std
vers. P
vers. N
std
200
std
std
no
std
std
vers. P
vers. N
std
Hydraulic circuit
Water filter
Pressure switch
Flow switch
Safety valve
Air vent
Pump (P)
Pump incresed
Expansion tank
Storge tank
Version "A/Q"
020
std
no
std
std
std
vers.A
No
std
std
025
std
no
std
std
std
vers.A
No
std
std
030
std
no
std
std
std
vers.A
No
std
std
040
std
no
std
std
std
vers.A
No
std
std
050
std
std
no
std
std
vers.A
vers.Q
std
std
070
std
std
no
std
std
vers.A
vers.Q
std
std
080
std
std
no
std
std
vers.A
vers.Q
std
std
090
std
std
no
std
std
vers.A
vers.Q
std
std
100
std
std
no
std
std
vers.A
vers.Q
std
std
150
std
std
no
std
std
vers.A
vers.Q
std
std
200
std
std
no
std
std
vers.A
vers.Q
std
std
Hydraulic circuit
Version "° with D"
Water filter
Pressure switch
Flow switch
Plate exchanger (desuperheater)
020
N.D.
N.D.
N.D.
N.D.
025
N.D.
N.D.
N.D.
N.D.
070
N.D.
N.D.
N.D.
N.D.
080
N.D.
N.D.
N.D.
N.D.
090
N.D.
N.D.
N.D.
N.D.
100
std
std
no
std
150
std
std
no
std
200
std
std
no
std
Hydraulic circuit
Version "A with D "
Water filter
Pressure switch
Flow switch
Plate exchanger (desuperheater)
Safety valve
Air vent
Pump (P)
Expansion tank
Storge tank
020
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
025
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
070
std
std
no
std
std
std
std
std
std
080
std
std
no
std
std
std
std
std
std
090
std
std
no
std
std
std
std
std
std
100
std
std
no
std
std
std
std
std
std
150
std
std
no
std
std
std
std
std
std
200
std
std
no
std
std
std
std
std
std
KEY
N.D.
Version with DESUPERHEATER "D"
030
040
050
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
030
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
040
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
N.D.
050
std
std
no
std
std
std
std
std
std
SEZIONE INSTALLATORE
Ciruit
Chiller circuit
Resistance compressor
High pressure switch
Low pressure switch
High pressure trasducer
Low pressure trasducer
Solenoid valve of hot gas injecton
By-pass valve of hot gas injecton
Plate exchanger (EV- EV/CN)
Plate exchanger (desuperheater)
Cock the liquid and discharge
SEZIONE UTENTE
3.
not supplied
Aermec cod. 6755512_05 6.2011
7
UK
ANL-ANLH 020-200
4.
PRINCIPLE OF OPERATION DIAGRAMS COOLING
4.1.
PRODACTION COLD WATER TO THE SYSTEM
2
Description
Exchanger
1
SYSTEM SIDE
Exchanger
2
SOURCE SIDE
Operation
(EVAPORATION)
Production cold water
(CONDENSATION)
Heat exchanger with the air
H2O RETURN
SYSTEM SIDE
1
H2O DELIVERY
SYSTEM SIDE
4.2.
PRODACTION COL WATER TO THE SYSTEM AND HOT WATER TO DESUPERHEATER
H2O DELIVERY
3
H2O RETURN
Description
Exchanger
1
SYSTEM SIDE
Exchanger
2
SOURCE SIDE
2
3
1
Exchanger
DESUPERHEATER
Operation
(EVAPORATION)
Production cold water
(CONDENSATION)
Heat exchanger with the air
(CONDENSATION)
Hot water
(after heating - Swimming
pools ...)
H2O RETURN
SYSTEM SIDE
H2O DELIVERY
SYSTEM SIDE
8
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
4.4.
PRODACTION HOT WATER TO THE SYSTEM
2
Description
Exchanger
1
SYSTEM SIDE
Exchanger
2
SOURCE SIDE
Operation
(CONDENSATION)
Production hot water
(EVAPORATION)
Heat exchanger with the air
H2O RETURN
SYSTEM SIDE
1
H2O DELIVERY
SYSTEM SIDE
4.3.
PRODACTION HOT WATER TO THE SYSTEM | DHW
2
Description
Exchanger
1
SYSTEM SIDE
Exchanger
2
SOURCE SIDE
Operation
(CONDENSATION)
Production hot water
(EVAPORATION)
Heat exchanger with the air
H2O RETURN
SYSTEM SIDE
1
ATTENTION
H2O DELIVERY
SYSTEM SIDE
For the production of the
DHW is mandatory the use of
accessories:
• DCPX
• VMF-ACS
• MODU-485A
Aermec cod. 6755512_05 6.2011
9
UK
ANL-ANLH 020-200
5.
DESCRIPTION OF COMPONENTS
4.5.
COOLING CIRCUIT
COMPRESSORI SCROLL with RESISTANCE ELECTRICA
High efficient scroll type on anti-vibration mounts, activated by a 2-pole electric motor with internal circuit
breaker protection.
They are supplied, as standard, with an electric antifreeze resistance, powered automatically when the
unit stops as long as the unit is live.
EVAPORATOR
Plate type (AISI 316). It is insulated externally with
closed cell material to reduce thermal dispersions.
DESUPERHEATER
(Only "D" version)
Unit with (AISI 316) heat plate, insulated externally with
closed cell material to reduce heat loss.
SOURCE SIDE HEAT EXCHANGER
Made with copper pipes and aluminium louvered
fins blocked by mechanical expansion of the pipes.
Provided with protective grid.
FRAME AND FANS
BASE AND SUPPORT STRUCTURE
Made up from hot galvanised sheet steel elements
with suitable thickness. All parts painted with polyester
powder paints (RAL 9002), resistant to atmospheric
agents. Realised in a way to allow total accessibility to
the components internal components. All panels are
covered with sound-absorbent material with suitable
thickness.
FANS
Axial, external rotor with helical blades, housed
in the nozzle, complete network protection against
accidents. 6-pole electric motor equipped with thermal
protection.
4.7.
HYDRAULIC CIRCUIT STANDARD
WATER FILTER
Equipped with steel filtering mesh; prevents the heat
exchangers from clogging.
4 WAY CYCLE REVERSE VALVE
(Only "H" version)
Inverts the flow of refrigerant gas.
FLOW SWITCH
(provided on ANL 025…040°A|HA)
It checks that there is circulation of water.If
this is not the case, it blocks the unit
STORAGE LIQUID
(Only "H" version)
Compensates the difference in volume between louvered fin coil and plate exchanger, withholding excess
liquid during winter functioning.
DIFFERENTIAL PRESSURE SWITCH
(provided on ANL 020…200° -°P N|H - HP N)
(provided on ANL 050…200°A Q |HA Q)
It checks that here is water circulation inside the heat
exchangers. Adversary, it blocks the unit.
DEHYDRATOR FILTER
Hermetic-mechanical with cartridges made of ceramic
and hygroscopic material, able to withhold impurities
and any traces of humidity present in the cooling
circuit.
4.7.1.
ONE WAY VALVES
Allows the passage of the refrigerant in just one
direction.
MECHANICAL THERMOSTATIC VALVE
The mechanical valve, with external equaliser positioned at the evaporator inlet, modulates the flow of gas
to the evaporator, according to the heat load, in order
to ensure a correct heating level of the intake gas.
BY-PASS VALVE of HOT GAS INJECTION
(Only "D" version)
Device for hot gas injection of evaporator, mounted on
versions with partial recovery.
INDICATOR FOR LIQUID PASSAGE WITH HUMIDITY
PRESENCE SIGNAL
Used to check the refrigerant gas load and the eventual
presence of humidity in the cooling circuit.
COCK THE LIQUID AND DISCHARGE
Allows interruption of the refrigerant in the
case of extraordinary maintenance.
10
4.6.
HYDRAULIC COMPONENTS IN CONFIGU
RABLE VERSIONS
PUMPS
Standard or plus
EXPANSION TANK
With nitrogen pre-load membrane.
SAFETY VALVE
Equipped with a piped discharger and intervenes by
discharges the over pressure in case of anomalous
pressures.
AIR VENT
(Only "P-N-A-Q" version)
assembled on the upper part of the hydraulic system;
it releases any air bubbles that may be present in the
system.
STORAGE TANK
In order to reduce the thermal dispersion and eliminate the phenomenon of the formation of condensation,
it is insulated with polyurethane material of a suitable
thickness.
It is required to reduce the number of peaks of the
compressor and to even the temperature of water to
be sent to the utilities.
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
4.8.
WATER FEATURES
PH
Electric conductivity
Chloride ions
Sulphuric acid ions
Total iron
Alkalinity M
Total hardness
Sulphur ions
ammonia ions
Silicone ions
4.9.
6-8
less than 200 mV/cm (25°C)
less than 50 ppm
less than 50 ppm
less than 0,3 ppm
less than 50 ppm
less than 50 ppm
none
None
less than 30 ppm
CONTROL AND SAFETY COMPONENTS
HIGH PRESSURE SWITCH
With fixed calibration, placed on high pressure side of
cooling circuit, inhibits functioning of compressor if
abnormal work pressure occurs.
LOW PRESSURE SWITCH
(Only "° | C" version)
With fixed calibration, placed on low
pressure side of cooling circuit, inhibits
functioning of compressor if abnormal work
pressure occurs.
HIGH PRESSURE TRANSDUCER
Placed on high pressure side of cooling circuit, signals
the work pressure to control board, generating a prewarning in case abnormal pressure occurs.
LOW PRESSURE TRANSDUCER
(Only "H" version)
Allows displaying, on the microprocessor board display,
the value of the compressor's suction pressure (one
per circuit) on the low-pressure side of the cooling
circuit
4.10. ELECTRIC BOARD, CONTROL AND
POWER
Electric board in compliance with the standards
EN 60204-1/IEC 204-1, complete with:
- transformer for the control circuit,
- door lock main isolating switch,
- fuses and contactors for compressors and fans,
- clamps for REMOTE PANEL
- terminal boards of the spring type control circuits,
- outdoor electric control board, with double port and
gaskets,
- electronic control,
- evaporator pump command consent relay and
recovery pump (only for version without group
pumps).
- All the cables numbered
Regolazione elettronica
MODU CONTROL
Temperature control of the output water with proportional-integral
algorithm: maintains average output temperature at value set
- Self-adapting differential switch: guarantees minimum functioning
times of the compressor in systems with low water content.
- Intelligent defrosting for pressure reduction: allows to determine
when the coil is effectively defrosted, avoiding useless defrosting
- Set-point compensation with external temperature (with external air
probe accessory): reduces energy consumption
- Condensation check based on the pressure rather than on temperature for absolute stability (with DCPX revs. adjuster accessory )
Inverse condensation check for the heat pump functioning mode
also in summer (with dcpx revs. adjuster accessory)
- Pre-alarms with automatic reset: in the case of alarm, a certain
number of re-starts are allowed before the definitive block
alarm on the ∆T: to identify wiring errors (reverse rotation) or
blocked cycle reversing valve
- Compressor functioning hours count.
- Compressor peak count.
- Historical alarms
- Autostart after voltage drop.
- Local or remote control
Display of the start of the unit:
1.
Voltage presence
2.
compressor ON/OFF
3.
func oning mode (hot/cold)
4.
alarm ac ve
Probes, transducers and parameters display
1.
Water outlet
2.
water inlet
3.
Coil temperature (heat pumps)
4.
Pressing gas temperature
5.
External air temperature (heat pumps, cooling only with DCPX
and probe)
6.
Pressure delivery (heat pumps)
7.
Intake pressure (heat pumps)
8.
Temperature error (sum of the propor onal and integral error)
9.
Stand-by mes for start-up/switch-off of the compressor
10. Alarms management:
11. Low pressure
12. High pressure (primary alarm: switch directly blocks supply to
compressor)
13. High discharge temperature
14. An -freeze
15. Water differen al flow switch. Alarm on the ∆T
−
Alarms with automa c reset with limited number of re-starts before blocking.
− ON/OFF external contact
− Change season from external contact
For further informa on please refer to user manual.
DOOR LOCK ISOLATING SWITCH
The electric control board can be accessed by removing
the voltage. Act on the opening lever of the control
board itself. This lever can be locked using one or more
padlocks during maintenance interventions to prevent
the machine being powered up accidentally.
CONTROL BOARD
Allows the complete control of the appliance. For
a more detailed description please refer to
the user manual.
Aermec cod. 6755512_05 6.2011
11
UK
ANL-ANLH 020-200
Accessories MODU-485A | DCPX are required
for the production and management of DHW
5
Available only with 400V/3N applicable only in
the factory.
L'accessoires is not available for the:
ANL 020…040°A | HA.
7
6.
ACCESSORIES
VT ANTI-VIBRATION
Group of anti-vibration
MODU-485A
RS-485 interface for supervision system with MODBUS
protocol
DCPX
Low temperature device for correct cooling mode
operation with ambient temperature less than 19 °C
down to – 10 °C.
applicable only in the factory.
DRE
Current soft starter device (about 30% reduction for
single-circuit-units, 26% for two-circuit-units, 22% for
three-circuit-units)
RA
Electrical resistance for storage tank
(only A|Q version). Avoids freezing of water stored in
the tank during winter breaks.
KR
Electrical resistance for plate exchanger
Avoids freezing of water stored in the tank during
winter breaks.
BSKW
Kit electrical resistance of various external powers,
with both single-phase power:
- BS4KW230M (4 kW, 230V/1/50Hz)
- BS6KW230M (6 kW, 230V/1/50Hz)
- BS6KW400T (6 kW, 400V/3/50Hz)
- BS9KW400T (9 kW, 400V/3/50Hz)
VMF-ACS
Control box for command / control of a domestic water
storage:
1.
3 way valve control
2.
legionella
3.
Temperature probe
Supplementary electric heater:
3 kW 230V-1|400V-3
6 kW 400V-3
8 kW 400V-3
VMF-E5B|N
black or white panel for recessed installation, with
backlit graphic LCD display and capacitive keyboard,
allows the centralised command/control of:
1.
an hydronic complete system made up of Fan
coils consisting of 1 master + a maximum of 5
slaves;
2.
chillerPompa (mandatory accessory interface RS
485, respectively MODU-485A)
3.
Circulators: maximum 12 zone circulators
configurable;
4.
boiler: boiler consent management for the
production of domestic hot water;
5.
Heat recuperators: maximum 3 consents for
programmable recuperators according to time
periods and/or by air quality detection obtained
with the accessory VMF-VOC, module domestic
hot water
6.
complete management of water production
external boiler (ACCESSORY VMF-ACS see above)
BDX
Condensate drip tray for outdoor unit.
PR3
MODU-485A 4
DRE 5
DCPX 4
VT
RA
BDX
KR 6
BSK4KW230M
BSK6KW230M
BSK6KW400VT
BSK9KW400VT
VMF-E5B|N 4
VMF-ACS3KM 4
VMF-ACS3KTN 4
VMF-ACS6KTN 4
VMF-ACS8KTN 4
12
(°) - H - C
TUTTE
(°) - H - C
(°) - C
H
(°) - H - HP - C
A
A
(°) / P
A
(°) / P
A
230V/1
230V/1
400V/3N
400V/3N
TUTTE
230V/1
400V/3N
400V/3N
400V/3N
ANL 20
ANL 25
ANL 30
ANL 40
ANL 50
ANL 70
ANL 80
ANL 90
ANL 100
ANL 150
ANL 200
•
•
50
51
9
9
•
5
5
2
•
•
•
•
•
•
•
•
•
•
•
50
51
9
9
•
5
5
2
•
•
•
•
•
•
•
•
•
•
•
50
51
9
9
•
5
5
2
•
•
•
•
•
•
•
•
•
•
•
50
51
9
9
•
5
5
2
•
•
•
•
•
•
•
•
•
•
•
5
50
51
9
15
•
5
6
2
2
•
•
•
•
•
5
50
51
9
15
•
5
6
2
2
•
•
•
•
•
5
50
51
9
15
•
5
6
2
2
•
•
•
•
•
5
50
51
9
15
•
5
6
2
2
•
•
•
•
•
5x2
52
53
15
15
•
2
2
•
•
•
•
•
5x2
52
53
15
15
•
2
2
•
•
•
•
•
5X2
52
53
15
15
•
2
2
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
Model
Cooling capacity
Total input power
Water flow rate
Pressure drops
exchanger | piping
Pressure drops filter
Useful static pressur
SYSTEM SIDE
025°
030°
040°
050°
070°
080°
090°
100°
150°
200°
All
°
P|A
N|Q
All
kW
kW
kW
kW
l/h
5,7
1,84
1,99
980
6,2
2
2,15
1070
7,5
2,46
2,61
1290
9,6
3,25
3,4
1650
13,4
4,03
4,3
4,48
2310
16,5
4,88
5,15
5,33
2840
20,5
6,33
6,6
6,78
3530
22,3
6,63
6,9
7,08
3840
26,6
8.4
9.2
9.4
4580
33,0
10.0
11.5
11.3
5680
43,0
13.7
15.2
15.0
7400
°
kPa
20
20
20
21
21
21
26
25
43
39
32
P|A
N|Q
kPa
kPa
kPa
1
60
-
1
60
-
2
59
-
3
55
-
4
82
160
5,5
80
158
8
69
144
10
66
140
6
84
140
9
115
185
15
90
158
°
P|A
N|Q
W/W
W/W
W/W
3,10
2,86
3,72
3,10
2,88
3,72
3,05
2,87
3,66
2,95
2,82
3,54
3,33
3,12
2,99
3,99
3,38
3,20
3,10
4,06
3,24
3,11
3,02
3,88
3,36
3,23
3,15
4,03
3,17
2,89
2,83
4,14
3,30
2,87
2,92
4,25
3,14
2,83
2,87
4,12
kW
l/h
kPa
-
-
-
-
5,4
930
8
6,6
1140
10
8,2
1410
11
8,9
1530
13
13,8
2370
14
17,1
2940
24
18,9
3260
30
24
24
24
24
24
24
24
24
24
24
24
9,4
3,7
10,40
4,70
16,50
6
17,5
7
59,5
26,5
60,5
27,5
-
10
4,2
11,00
5,20
16,50
6
17,5
7,00
62,5
32,5
63,5
33,5
-
13
4,7
14,00
5,70
19,70
6,7
20,7
7,70
83,7
35,7
84,7
36,7
-
16,3
6,2
17,30
7,20
23,70
8,7
24,7
9,70
98,7
48,7
99,7
49,7
-
8,7
10.7
11,40
11,3
13,30
14
65,3
67,3
68
9,7
11.7
12,40
13,5
15,50
16,2
75,3
77,3
78
12,2
14.2
14,90
16,3
18,30
19
102,3
104,3
105
12,8
14.8
15,50
17,3
19,30
20
96,3
98,3
99
16,7
17.9
18.7
22
23,4
24.8
76
77.4
78.8
18,8
20.8
21.4
26
28,8
29.5
87
89.8
90.5
25,7
27.7
28.3
34
36,8
37.5
117
119.8
120.5
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x35
0-100
1/1
1x35
0-100
1/1
1x35
0-100
1/1
1x65
0-100
1
1
1
1
1
1
1
1
1
1
1
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
TECHNICAL DATA VER. "H"
①
020°
TECHNICAL DATA VER. "°"
TECHNICAL DATA
ENERGY INDICES
EER
ESEER
②
DESUPERHEATER
Power recovered
Water flow rate
Pressure drops
PROTECTION RATING
IP
ELECTRICAL DATA
Total input current
Maximum current (FLA)
Peak current (LRA)
230V/1
400V/3N
230V/1
400V/3N
400V/3N
230V/1
400V/3N
230V/1
400V/3N
400V/3N
230V/1
400V/3N
230V/1
400V/3N
400V/3N
COMPRESSORS SCROLL
Number / circuit
Compressors sump resistance
Partload
EXCHANGER SYSTEM SIDE
Number
Water content
hydraulic connections
① COOLING MODE
Evaporator water inlet
Evaporator water outlet
External air temperatures
Aermec cod. 6755512_05 6.2011
°
°
P|A
P|A
N|Q
°
°
P|A
P|A
N|Q
°
°
P|A
P|A
N|Q
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
n°/n°
n°/kW
%
n°
dm3
Ø
IN|OUT
7°C
12°C
35 °C
② COOLING MODE with DESUPERHEATER
Desuperheater water inlet
Evaporator water inlet
Δt
2/1
2/1
2/1
2X35
2X35
2X65
0-50-100 0-50-100 0-50-100
50°C
7 °C
5° C
13
TECHNICAL DATA VER. "C"
7.
UK
ANL-ANLH 020-200
TECHNICAL DATA VER. "C"
TECHNICAL DATA VER. "H"
TECHNICAL DATA VER. "°"
Model
020°
025°
030°
040°
050°
070°
080°
090°
100°
150°
200°
75
100
100
100
HYDRONIC KIT SYSTEM SIDE
STORAGE TANK
Storage tank
Electri heater
l
N°/W
25
25
35
35
75
EXPANSION TANK
Expansion tank
Calibration expansion tank
n°/l
bar
2
1,5
2
1,5
2
1,5
2
1,5
5
1,5
5
1,5
5
1,5
5
1,5
8
1,5
8
1,5
8
1,5
STANDARD PUMP "P"
Input power
Input current
kW
A
0,15
1,04
0,15
1,04
0,15
1,04
0,15
1,04
0,27
1,95
0,27
1,95
0,27
1,95
0,27
1,95
0.6
1.2
1.0
2.0
1.0
2.0
INCREASED PUMP "N"
Input power
Input current
kW
A
-
-
-
-
0,45
2,7
0,45
2,7
0,45
2,7
0,45
2,7
1
2
1.3
2.6
1.3
2.6
n°/bar
1/6
1/6
1/6
1/6
1/6
1/6
1/6
1/6
1/6
1/6
1/6
n°
dm3
Ø
1
1
1
1
1
1
1
1
1
1
1
FANS
Number
Air flow rate
Input power
Input current
n°
m3/h
A
kW
1
2500
0,085
0,45
1
2500
0,085
0,45
1
3500
0,14
0,66
1
3500
0,14
0,66
2
7200
0,28
1,32
2
7200
0,28
1,32
2
7300
0,28
1,32
2
7200
0,28
1,32
2
13200
0,6
2,6
2
12000
0,6
2,6
2
12000
0,6
2,6
SOUND DATA
Sound pressure
Sound power
dB(A)
dB(A)
30
61
30
61
37
68
37
68
38
69
38
69
38
69
37
68
44
76
45
77
46
78
3,48
3,41
3,79
3,74
3,73
3,73
4,7
4,7
8,00
8,00
11,5
11,5
12,0
12,0
1345
1345
1345
750
750
750
1750
1750
1750
270
288
293
314
329
350
338
364
400
SAFETY VALVE
Safety valve
DESUPERHEATER
Number
Water content
hydraulic connections
IN|OUT
LOAD ATTENTION: the declared data can be amended at any time by Aermec, if deemed necessary .
Refrigerant R410A
°|P
kg
1,25
1,30
1,56
2,00
Oil
A
kg
1,30
1,30
1,56
2,00
75
75
ACCESSORIES
DIMENSIONS WEIGHT
Height
Width
Depth
(without feet / with feet)
Weight
°|P
A
Q
°|P
A
Q
°|P
A
Q
°
P
A
Q
Sound power
Aermec determines sound power values in agreement with
the 9614 Standard, in compliance with that requested by
Eurovent certification
14
mm
mm
mm
mm
mm
mm
mm
mm
mm
kg
kg
kg
kg
868
868
1000
1000
1252
1252
1252
1252
868
868
1015
1015
1281
1281
1281
1281
1281
1281
1281
1281
900
900
900
900
1124
1124
1124
1124
1124
1124
1124
1124
1165
1165
1165
1165
1165
1165
1165
1165
310/354 310/354 310/354 310/354 384/428 384/428 384/428 384/428
384/428 384/428 384/428 384/428
550
550
550
550
550
550
550
550
75
75
86
86
120
120
120
156
77
77
91
91
127
127
163
163
99
99
103
103
147
147
147
183
151
151
187
187
Sound Pressure
Sound pressure measured in free field conditions with reflective
surface (directivity factor Q=2) at 10 mt distance from
external surface of unit, in compliance with ISO 3744 regulations.
Aermec cod. 6755512_05 6.2011
UK
Heating capacity
Total input power
Water flow rate
Pressure drops
exchanger | piping
Pressure drops filter
Useful static pressur
SYSTEM SIDE
Cooling capacity
Total input power
Water flow rate
Pressure drops
exchanger | piping
Useful static pressur
SYSTEM SIDE
020H
025H
030H
040H
050H
070H
080H
090H
100H
150H
200H
TUTTE
H
P|A
N|Q
TUTTE
kW
kW
kW
kW
l/h
6,2
1,91
2,06
1070
7
2,12
2,27
1200
8,4
2,62
2,77
1450
10,6
3,18
3,33
1820
14
4,3
4,57
4,75
2410
17,3
4,9
5,17
5,35
2980
22,2
6,3
6,57
6,75
3820
24,2
6,85
7,12
7,3
4160
29
8,6
9.2
9.6
4990
35
10,1
11.1
11.4
6020
46
13,3
14.3
14.6
7910
H
kPa
32
35
35
30
30
30
38
53
52
44
37
P|A
N|Q
kPa
kPa
kPa
1
60
-
1
60
-
2
59
-
3
55
-
4
82
160
5,5
80
158
8
69
144
10
66
140
6
84
142
9
115
187
15
90
162
TUTTE
H
P|A
N|Q
TUTTE
kW
kW
kW
kW
l/h
5,7
1,84
1,99
980
6,2
2
2,15
1070
7,5
2,46
2,61
1290
9,6
3,25
3,4
1650
13,4
4,03
4,3
4,48
2310
16,5
4,88
5,15
5,33
2840
20,5
6,33
6,6
6,78
3530
22,3
6,63
6,9
7,08
3840
26
8,6
9.2
9.6
4470
32
10,2
11.2
11.5
5500
42
13,9
14.9
15.2
7220
H
kPa
29
30
30
27
30
30
36
50
41
37
31
P|A
N|Q
kPa
kPa
60
-
60
-
59
-
55
-
82
160
80
158
69
144
66
140
84
115
90
H
P|A
N|Q
H
P|A
N|Q
W/W
W/W
W/W
W/W
W/W
W/W
3,10
2,86
3,25
3,01
3,72
3,10
2,88
3,30
3,08
3,72
3,05
2,87
3,21
3,03
3,66
2,95
2,82
3,33
3,18
3,54
3,33
3,12
2,99
3,26
3,06
2,95
3,99
3,38
3,20
3,10
3,53
3,35
3,23
4,06
3,24
3,11
3,02
3,52
3,38
3,29
3,88
3,36
3,23
3,15
3,53
3,40
3,32
4,03
3,02
2,83
2,71
3,37
3,15
3,02
4,14
3,14
2,86
2,78
3,47
3,15
3,07
4,25
3,02
2,82
2,76
3,46
3,22
3,15
4,12
24
24
24
24
24
24
24
24
24
24
24
9,4
3,7
9,4
4,7
10,4
3,8
10,4
4,8
16,5
6
17,5
7
59,5
26,5
60,5
27,5
-
10
4,2
10
5,2
11
4,4
12,3
5,4
16,5
6
17,5
7
62,5
32,5
63,5
33,5
-
13
4,7
13
5,7
14
5,4
14
6,4
19,7
6,7
20,7
7,7
83,7
35,7
84,7
36,7
-
16,3
6,2
16,3
7,2
17,3
6,8
19,3
7,8
23,7
8,7
24,7
9,7
98,7
48,7
99,7
49,7
-
8,7
10,7
11,4
9,5
11,5
12,2
11,3
13,3
14
65,3
67,3
68
9,7
11,7
12,4
10,3
12,3
13
13,5
15,5
16,2
75,3
77,3
78
12,2
14,2
14,9
12,9
14,9
15,6
16,3
18,3
19
102,3
104,3
105
12,8
14,8
15,5
13,8
15,8
16,5
17,3
19,3
20
96,3
98,3
99
17
18,2
19
17
18,2
19,0
22
23,4
23,4
76
77,4
78,8
19,2
21,2
21,8
19
21,0
21,6
26
28,8
28,8
87
89,8
90,5
26,2
28,2
28,8
25
27,0
27,6
34
36,8
36,8
117
119,8
120,5
TECHNICAL DATA VER. "H"
Model
TECHNICAL DATA VER. "°"
ANL-ANLH 020-200
EER
COP
ESEER
PROTECTION RATING
IP
TECHNICAL DATA VER. "C"
ENERGY INDICES
ELECTRICAL DATA
Total input current
cooling mode
Total input current
heating mode
Maximum current (FLA)
Peak current (LRA)
① HEATING MODE
Condenser water inlet
Condenser water outlet
External air temperatures
Aermec cod. 6755512_05 6.2011
230V/1
400V/3N
230V/1
400V/3N
400V/3N
230V/1
400V/3N
230V/1
400V/3N
400V/3N
230V/1
400V/3N
230V/1
400V/3N
400V/3N
230V/1
400V/3N
230V/1
400V/3N
400V/3N
H
H
P|A
P|A
N|Q
H
H
P|A
P|A
N|Q
H
H
P|A
P|A
N|Q
H
H
P|A
P|A
N|Q
40°C
45°C
b.s. 7 °C/b.u. 6 °C
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
② COOLING MODE
Evaporator water inlet
Evaporator water outlet
External air temperatures
7°C
12°C
35 °C
15
UK
ANL-ANLH 020-200
TECHNICAL DATA VER. "°"
Model
COMPRESSORS SCROLL
Number / circuit
Compressors sump resistance
Capacity controls
EXCHANGER SYSTEM SIDE
Number
Water content
hydraulic connections
n°/n°
n°/kW
%
n°
dm3
Ø
IN|OUT
020H
025H
030H
040H
050H
070H
080H
090H
100H
150H
200H
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x35
0-100
1/1
1x35
0-100
1/1
1x35
0-100
1/1
1x65
0-100
1
1
1
1
1
1
1
1
1
1
1
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
1"¼
75
75
ACCESSORIES
75
100
100
100
2/1
2/1
2/1
2X35
2X35
2X65
0-50-100 0-50-100 0-50-100
TECHNICAL DATA VER. "C"
TECHNICAL DATA VER. "H"
HYDRONIC KIT SYSTEM SIDE
STORAGE TANK
Storage tank
Electri heater
l
N°/W
25
25
35
35
75
EXPANSION TANK
Expansion tank
Calibration expansion tank
n°/l
bar
2
1,5
2
1,5
2
1,5
2
1,5
5
1,5
5
1,5
5
1,5
5
1,5
8
1,5
8
1,5
8
1,5
STANDARD PUMP "P"
Input power
Input current
kW
A
0,15
1,04
0,15
1,04
0,15
1,04
0,15
1,04
0,27
1,95
0,27
1,95
0,27
1,95
0,27
1,95
0.6
1.2
1.0
2.0
1.0
2.0
INCREASED PUMP "N"
Input power
Input current
kW
A
-
-
-
-
0,45
2,7
0,45
2,7
0,45
2,7
0,45
2,7
1
2
1.3
2.6
1.3
2.6
SAFETY VALVE
Safety valve
n°/bar
1/6
1/6
1/6
1/6
1/6
1/6
1/6
1/6
1/6
1/6
1/6
FANS
Number
Air flow rate
Input power
Input current
n°
m3/h
A
kW
1
2500
0,085
0,45
1
2500
0,085
0,45
1
3500
0,14
0,66
1
3500
0,14
0,66
2
7200
0,28
1,32
2
7200
0,28
1,32
2
7300
0,28
1,32
2
7200
0,28
1,32
2
13200
0,6
2,6
2
12000
0,6
2,6
2
12000
0,6
2,6
SOUND DATA
Sound pressure
Sound power
dB(A)
dB(A)
30
61
30
61
37
68
37
68
38
69
38
69
38
69
37
68
44
76
45
77
46
78
4,15
4,10
4,14
5,08
12,70
16,00
17,00
1345
1345
1345
750
750
750
1750
1750
1750
295
313
363
423
322
343
393
447
358
379
429
457
LOAD ATTENTION: the declared data can be amended at any time by Aermec, if deemed necessary .
Refrigerant R410A
°|P
kg
1,50
1,50
1,80
1,99
Oil
A
kg
DIMENSIONS WEIGHT
Height
Width
Depth
(without feet / with feet)
Weight
°|P
A
Q
°|P
A
Q
°|P
A
Q
°
P
A
Q
Sound power
Aermec determines sound power values in agreement with
the 9614 Standard, in compliance with that requested by
Eurovent certification
16
mm
mm
mm
mm
mm
mm
mm
mm
mm
kg
kg
kg
kg
868
868
1000
1000
1252
1252
1252
1252
868
868
1015
1015
1281
1281
1281
1281
1281
1281
1281
1281
900
900
900
900
1124
1124
1124
1124
1124
1124
1124
1124
1165
1165
1165
1165
1165
1165
1165
1165
310/354 310/354 310/354 310/354 384/428 384/428 384/428 384/428
384/428 384/428 384/428 384/428
550
550
550
550
550
550
550
550
75
75
86
86
120
120
120
156
77
77
91
91
127
127
163
163
99
99
103
103
147
147
147
183
151
151
187
187
Sound Pressure
Sound pressure measured in free field conditions with reflective
surface (directivity factor Q=2) at 10 mt distance from
external surface of unit, in compliance with ISO 3744 regulations.
Aermec cod. 6755512_05 6.2011
UK
025C
030C
040C
050C
070C
080C
090C
100C
150C
200C
Cooling capacity
Total input power
TUTTE
°
kW
kW
5,7
1,85
6
2,05
7,5
2,5
9,6
3,3
13,7
4,1
16,8
5
20,8
6,5
22,5
6,8
26,9
8,6
33,4
10,2
43,7
14,1
ENERGY INDICES
EER
°
W/W
3,08
2,93
3,00
2,91
3,34
3,36
3,20
3,31
3,13
3,27
3,10
24
24
24
24
24
24
24
24
24
24
24
9,50
3,70
16,5
6
59,5
26,5
10,00
4,20
16,5
6
62,5
32,5
13,00
4,70
19,7
6,7
83,7
35,7
16,30
6,30
23,7
8,7
98,7
48,7
8,90
11,3
65,3
9,90
13,5
75,3
12,40
16,3
102,3
13,10
17,3
96,3
17,10
22
76
19,30
26
87
26,40
34
117
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x70
0-100
1/1
1x35
0-100
1/1
1x35
0-100
1/1
1x35
0-100
1/1
1x65
0-100
1
2500
0,085
0,45
1
2500
0,085
0,45
1
3500
0,14
0,66
1
3500
0,14
0,66
2
7200
0,28
1,32
2
7200
0,28
1,32
2
7300
0,28
1,32
2
7200
0,28
1,32
3,48
3,79
3,73
4,70
PROTECTION RATING
IP
ELECTRICAL DATA
Total input current
Maximum current (FLA)
Peak current (LRA)
COMPRESSORS SCROLL
Number / circuit
Compressors sump resistance
Capacity controls
230V/1
400V/3N
230V/1
400V/3N
230V/1
400V/3N
°
°
°
°
°
°
A
A
A
A
A
A
n°/n°
n°/kW
%
FANS
Number
Air flow rate
Input power
Input current
n°
m3/h
A
kW
LOAD ATTENTION: the declared data can be amended at any time by Aermec, if deemed necessary .
Refrigerant R410A
kg
1,25
1,30
1,56
2,00
Oil
kg
CONNECTIONE
Line gas
Line liquid
DIMENSIONS WEIGHT
Height
Width
Depth
(without feet / with feet)
Weight
① COOLING MODE
Evaporating temperature
External air temperatures
Aermec cod. 6755512_05 6.2011
2
13200
0,6
2,6
2
12000
0,6
2,6
2
12000
0,6
2,6
Ø
Ø
15,88
9,52
15,88
9,52
15,88
12,7
15,88
12,7
22
15,88
22
15,88
22
15,88
28
15,88
28
15,88
28
15,88
35
15,88
mm
mm
868
900
868
900
1000
900
1000
900
1252
1124
1252
1124
1252
1124
1252
1124
1345
750
1345
750
1345
750
1750
1750
1750
mm
kg
5°C
35 °C
2/1
2/1
2/1
2X35
2X35
2X65
0-50-100 0-50-100 0-50-100
310/354 310/354 310/354 310/354 384/428 384/428 384/428 384/428
70
70
78
78
110
Sound power
Aermec determines sound power values in agreement with
the 9614 Standard, in compliance with that requested by
Eurovent certification
110
141
141
Sound Pressure
Sound pressure measured in free field conditions with reflective
surface (directivity factor Q=2) at 10 mt distance from
external surface of unit, in compliance with ISO 3744 regulations.
17
TECHNICAL DATA VER. "H"
①
020C
TECHNICAL DATA VER. "C"
Model
TECHNICAL DATA VER. "°"
ANL-ANLH 020-200
UK
ITA
ANL-ANLH 020-200
OPERATION LIMIT
8.1.
COOLING MODE 8
The units, in standard configuration, are not suitable
for installation in salty environments. The maximum
and minimum limits for water flow rate to the heat
exchanger are indicated by the pressure drop diagram
curves. For functioning limits, please refer to the
diagrams below, valid for ∆t = 5°C
If it is installed in a particularly windy zone, a windbreak should be provided to avoid unstable operation of
the DCPX device.
50
45
40
External air temperature b.s. °C
8.
46
46
Functioning with
glycoled water
35
30
25
20
15
10
5
0
STANDARD
functioning
Functioning with
glycoled
water and DCPX
Functioning with
DCPX
-5
-10
-15
-10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
Z
Thermosta c valve °
Y
Temperature of the water produced EVAPORATOR °C
COOLING MODE FOR VERSION "C"
External air temperature b.s. °C
8.2.
50
45
40
46
35
30
25
20
15
10
5
0
46
Functioning with
DCPX
-5
-10
-15
-10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
EVAPORATING temperature °C
HEATING MODE 8
Temperature of the water
produced CONDENSER
8.3.
60
55
50 °C
50
45
40
50 °C
Functioning with
DCPX
35
30
25
20
15
42 °C
-10
-5
0
5
10
15
20
25
30
35
40
45
50
External air temperature b.s. °C
Note:
8 In summer mode the unit can be started with
external air 46°C and water inlet 35°C.
In winter mode the unit can be started with external air -15°C and water inlet 20°C.
18
Operate in such conditions is permitted only for a
short time and to bring the system up to temperature.
To reduce the time of this operation, it is recommended to install a three-way valve that allows
bypassing water from the system utilities, until
the conditions that allow the unit to work within
the permitted operation limits are achieved.
Aermec cod. 6755512_05 6.2011
UK
PERFORMANCE AND ABSORPTION THAT DIFFER FROM THE NOMINAL STANDARD COOLING MODE
9.1.
ANL 020° 230V/1/50Hz | 400V/3N/50Hz) Cooling capacity - Total input power
EXTERNAL AIR TEMPERATURE °C
TAP
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
9.2.
25
30
35
40
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
5,07
5,37
5,66
5,95
6,23
6,50
6,76
6,89
7,02
7,28
7,53
7,78
8,02
8,26
1,23
1,24
1,25
1,26
1,26
1,27
1,27
1,29
1,30
1,31
1,32
1,34
1,35
1,36
4,12
4,33
4,53
4,72
4,94
5,12
5,32
5,34
5,40
5,56
5,70
5,81
5,94
6,07
4,79
5,07
5,34
5,61
5,87
6,13
6,38
6,50
6,63
6,87
7,11
7,34
7,58
7,81
1,42
1,43
1,44
1,44
1,45
1,45
1,46
1,47
1,48
1,50
1,51
1,52
1,53
1,55
3,37
3,55
3,71
3,90
4,05
4,23
4,37
4,42
4,48
4,58
4,71
4,83
4,95
5,04
4,49
4,75
5,01
5,26
5,51
5,75
5,99
6,11
6,23
6,46
6,68
6,91
7,13
7,35
1,61
1,62
1,62
1,63
1,63
1,64
1,65
1,66
1,67
1,68
1,70
1,71
1,72
1,74
2,79
2,93
3,09
3,23
3,38
3,51
3,63
3,68
3,73
3,85
3,93
4,04
4,15
4,22
4,18
4,43
4,68
4,91
5,15
5,38
5,60
5,70
5,82
6,04
6,26
6,47
6,68
6,89
1,78
1,79
1,79
1,80
1,81
1,81
1,82
1,84
1,84
1,86
1,87
1,88
1,89
1,90
2,35
2,47
2,61
2,73
2,85
2,97
3,08
3,10
3,16
3,25
3,35
3,44
3,53
3,63
4,34
4,56
4,78
5,00
5,21
5,32
5,42
5,63
5,84
6,04
6,24
6,45
1,94
1,94
1,95
1,96
1,98
1,98
1,99
2,00
2,01
2,02
2,03
2,05
2,24
2,35
2,45
2,55
2,63
2,69
2,72
2,82
2,91
2,99
3,07
3,15
4,63
4,83
4,93
5,03
-
2,07
2,09
2,09
2,10
-
2,24
2,31
2,36
2,40
-
ANL 025° 230V/1/50Hz | 400V/3N/50Hz) Cooling capacity - Total input power
EXTERNAL AIR TEMPERATURE °C
TAP
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
Key
Pc
Pe
TAP
8.4.
25
30
35
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
5,51
5,84
6,16
6,47
6,78
7,07
7,35
7,49
7,64
7,92
8,19
8,46
8,72
8,98
1,34
1,35
1,36
1,37
1,37
1,38
1,38
1,40
1,41
1,42
1,43
1,46
1,47
1,48
4,12
4,33
4,53
4,73
4,95
5,12
5,33
5,34
5,40
5,56
5,71
5,81
5,94
6,08
5,21
5,51
5,81
6,10
6,38
6,67
6,94
7,07
7,21
7,47
7,73
7,98
8,24
8,50
1,54
1,55
1,57
1,57
1,58
1,58
1,59
1,60
1,61
1,63
1,64
1,65
1,66
1,68
3,38
3,55
3,71
3,90
4,05
4,23
4,37
4,42
4,48
4,58
4,71
4,83
4,96
5,04
4,88
5,17
5,45
5,72
5,99
6,25
6,52
6,65
6,78
7,03
7,27
7,52
7,76
7,99
1,75
1,76
1,76
1,77
1,77
1,78
1,79
1,80
1,82
1,83
1,85
1,86
1,87
1,89
2,79
2,93
3,09
3,23
3,38
3,51
3,63
3,68
3,73
3,85
3,93
4,04
4,15
4,23
4,55
4,82
5,09
5,34
5,60
5,85
6,09
6,20
6,33
6,57
6,81
7,04
7,27
7,49
1,93
1,95
1,95
1,96
1,97
1,97
1,98
2,00
2,00
2,02
2,03
2,04
2,05
2,07
2,35
2,48
2,62
2,73
2,85
2,97
3,08
3,10
3,17
3,25
3,35
3,44
3,54
3,63
4,72
4,96
5,20
5,44
5,67
5,79
5,90
6,12
6,35
6,57
6,79
7,02
2,11
2,11
2,12
2,13
2,15
2,15
2,16
2,17
2,18
2,20
2,21
2,23
2,24
2,35
2,45
2,55
2,63
2,69
2,73
2,82
2,91
2,99
3,08
3,15
5,04
5,25
5,36
5,47
-
2,25
2,27
2,27
2,28
-
2,24
2,31
2,36
2,40
-
Cooling capacity
Total Input Power
Produced water temperature
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.1)
Δt DIFFERENT FROM NOMINAL Δt 5°C)
Cooling capacity correction factors
Total input power correction factors
8.5.
40
3
0,99
0,99
5
1
1
8
1,02
1,01
10
1,03
1,02
[K*m2]/[W]
0,00005
1
1
0,0001
0,98
0,98
0,0002
0,94
0,95
FOULING FACTOR
Cooling capacity correction factors
Total input power correction factors
Aermec cod. 6755512_05 6.2011
19
HEATING MODE
9.
COOLING MODE
ANL-ANLH 020-200
UK
ANL-ANLH 020-200
9.5.
ANL 030° 230V/1/50Hz | 400V/3N/50Hz) Cooling capacity - Total input power
TAP
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
9.6.
25
30
35
40
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
6,67
7,07
7,45
7,83
8,20
8,55
8,89
9,07
9,24
9,58
9,91
10,24
10,55
10,87
1,64
1,66
1,67
1,68
1,68
1,70
1,70
1,72
1,74
1,75
1,76
1,79
1,80
1,82
4,06
4,26
4,46
4,65
4,87
5,04
5,24
5,26
5,31
5,47
5,61
5,71
5,85
5,98
6,30
6,67
7,03
7,38
7,72
8,07
8,39
8,55
8,72
9,04
9,36
9,66
9,97
10,28
1,90
1,91
1,93
1,93
1,94
1,94
1,95
1,97
1,98
2,01
2,02
2,03
2,05
2,07
3,32
3,49
3,65
3,83
3,98
4,16
4,30
4,35
4,41
4,51
4,63
4,75
4,88
4,96
5,91
6,25
6,59
6,92
7,25
7,57
7,88
8,04
8,20
8,50
8,79
9,09
9,38
9,67
2,15
2,17
2,17
2,18
2,18
2,19
2,21
2,22
2,23
2,25
2,27
2,29
2,30
2,33
2,74
2,89
3,04
3,18
3,33
3,45
3,57
3,62
3,67
3,78
3,87
3,98
4,08
4,16
5,50
5,83
6,16
6,46
6,78
7,08
7,37
7,50
7,66
7,95
8,24
8,51
8,79
9,07
2,38
2,39
2,39
2,41
2,42
2,42
2,43
2,46
2,46
2,49
2,50
2,51
2,53
2,54
2,31
2,44
2,57
2,68
2,80
2,93
3,03
3,05
3,11
3,20
3,29
3,39
3,48
3,57
5,71
6,00
6,29
6,58
6,86
7,00
7,13
7,41
7,68
7,95
8,21
8,49
2,59
2,59
2,61
2,62
2,65
2,65
2,66
2,67
2,69
2,70
2,71
2,74
2,20
2,31
2,41
2,51
2,59
2,64
2,68
2,77
2,86
2,94
3,03
3,10
6,09
6,36
6,49
6,62
-
2,77
2,79
2,79
2,81
-
2,20
2,27
2,32
2,36
-
ANL 040° 230V/1/50Hz | 400V/3N/50Hz) Cooling capacity - Total input power
EXTERNAL AIR TEMPERATURE °C
20
TAP
HEATING MODE
COOLING MODE
EXTERNAL AIR TEMPERATURE °C
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
Key
Pc
Pe
TAP
9.3.
25
30
35
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
8,54
9,04
9,53
10,02
10,49
10,95
11,39
11,60
11,82
12,26
12,68
13,10
13,51
13,91
2,17
2,19
2,21
2,23
2,23
2,24
2,24
2,28
2,30
2,31
2,33
2,37
2,38
2,40
3,93
4,13
4,32
4,50
4,71
4,88
5,08
5,09
5,15
5,30
5,44
5,54
5,66
5,79
8,07
8,54
8,99
9,45
9,89
10,32
10,75
10,95
11,17
11,57
11,97
12,36
12,77
13,15
2,51
2,53
2,54
2,54
2,56
2,56
2,58
2,60
2,61
2,65
2,67
2,68
2,70
2,74
3,22
3,38
3,54
3,71
3,86
4,03
4,17
4,22
4,27
4,37
4,49
4,60
4,72
4,80
7,56
8,00
8,44
8,86
9,28
9,68
10,09
10,29
10,49
10,88
11,25
11,64
12,01
12,38
2,84
2,86
2,86
2,88
2,88
2,90
2,91
2,93
2,95
2,97
3,00
3,02
3,04
3,07
2,66
2,80
2,95
3,08
3,22
3,34
3,46
3,51
3,56
3,67
3,75
3,85
3,95
4,03
7,04
7,46
7,88
8,27
8,67
9,06
9,43
9,60
9,80
10,17
10,54
10,90
11,25
11,60
3,14
3,16
3,16
3,18
3,20
3,20
3,21
3,25
3,25
3,29
3,30
3,32
3,34
3,36
2,24
2,36
2,49
2,60
2,71
2,83
2,93
2,95
3,02
3,10
3,19
3,28
3,37
3,46
7,31
7,68
8,05
8,42
8,77
8,96
9,13
9,48
9,84
10,17
10,51
10,86
3,43
3,43
3,44
3,46
3,50
3,50
3,51
3,53
3,55
3,57
3,59
3,62
2,13
2,24
2,34
2,43
2,51
2,56
2,60
2,68
2,77
2,85
2,93
3,00
7,80
8,13
8,30
8,47
-
3,66
3,69
3,69
3,71
-
2,13
2,20
2,25
2,28
-
Cooling capacity
Total Input Power
Produced water temperature
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.1)
Δt DIFFERENT FROM NOMINAL Δt 5°C)
3
0,99
0,99
5
1
1
8
1,02
1,01
10
1,03
1,02
[K*m2]/[W]
0,00005
1
1
0,0001
0,98
0,98
0,0002
0,94
0,95
FOULING FACTOR
Cooling capacity correction factors
Total input power correction factors
20
45
Pc
(kW)
Cooling capacity correction factors
Total input power correction factors
9.4.
40
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
COOLING MODE
ANL 050° 400V/3N/50Hz) Cooling capacity - Total input power
EXTERNAL AIR TEMPERATURE °C
TAP
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
25
30
35
40
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
11,92
12,62
13,31
13,99
14,65
15,28
15,89
16,20
16,50
17,11
17,70
18,29
18,85
19,42
2,69
2,72
2,74
2,76
2,76
2,78
2,78
2,83
2,85
2,87
2,89
2,93
2,96
2,98
4,42
4,65
4,86
5,07
5,31
5,49
5,71
5,73
5,80
5,96
6,12
6,23
6,38
6,52
11,26
11,92
12,55
13,19
13,80
14,41
15,00
15,28
15,59
16,15
16,71
17,26
17,82
18,36
3,11
3,13
3,15
3,15
3,18
3,18
3,20
3,22
3,24
3,29
3,31
3,33
3,35
3,39
3,62
3,81
3,98
4,18
4,35
4,54
4,69
4,75
4,81
4,92
5,05
5,18
5,32
5,41
10,56
11,17
11,78
12,37
12,95
13,52
14,08
14,36
14,65
15,19
15,70
16,24
16,76
17,28
3,53
3,55
3,55
3,57
3,57
3,59
3,61
3,64
3,66
3,68
3,72
3,75
3,77
3,81
2,99
3,15
3,32
3,46
3,63
3,76
3,90
3,95
4,00
4,13
4,22
4,34
4,45
4,53
9,83
10,41
11,00
11,54
12,11
12,65
13,16
13,40
13,68
14,20
14,72
15,21
15,70
16,20
3,90
3,92
3,92
3,94
3,96
3,96
3,99
4,03
4,03
4,07
4,10
4,12
4,14
4,16
2,52
2,66
2,81
2,93
3,05
3,19
3,30
3,33
3,40
3,49
3,59
3,69
3,79
3,89
10,20
10,72
11,24
11,75
12,25
12,51
12,74
13,24
13,73
14,20
14,67
15,16
4,25
4,25
4,27
4,29
4,34
4,34
4,36
4,38
4,40
4,42
4,45
4,49
2,40
2,52
2,63
2,74
2,82
2,88
2,92
3,02
3,12
3,21
3,30
3,38
10,88
11,35
11,59
11,82
-
4,53
4,58
4,58
4,60
-
2,40
2,48
2,53
2,57
-
9.10. ANL 070 400V/3N/50Hz) Cooling capacity - Total input power
EXTERNAL AIR TEMPERATURE °C
TAP
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
Key
Pc
Pe
TAP
9.7.
25
30
35
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
14,68
15,54
16,38
17,22
18,03
18,82
19,57
19,94
20,32
21,07
21,80
22,52
23,22
23,91
3,26
3,29
3,32
3,34
3,34
3,37
3,37
3,42
3,45
3,47
3,50
3,55
3,58
3,61
4,50
4,73
4,94
5,15
5,40
5,59
5,81
5,83
5,89
6,07
6,23
6,34
6,48
6,63
13,87
14,68
15,46
16,24
16,99
17,74
18,47
18,82
19,19
19,89
20,58
21,25
21,94
22,61
3,77
3,79
3,82
3,82
3,85
3,85
3,87
3,90
3,93
3,98
4,00
4,03
4,06
4,11
3,68
3,87
4,05
4,25
4,42
4,61
4,77
4,83
4,89
5,00
5,14
5,27
5,41
5,50
13,00
13,75
14,50
15,23
15,95
16,64
17,34
17,69
18,03
18,70
19,34
20,00
20,64
21,28
4,27
4,30
4,30
4,32
4,32
4,35
4,38
4,40
4,43
4,46
4,51
4,54
4,56
4,61
3,04
3,20
3,38
3,52
3,69
3,83
3,96
4,02
4,07
4,20
4,29
4,41
4,52
4,61
12,10
12,82
13,55
14,21
14,91
15,57
16,21
16,50
16,85
17,48
18,12
18,73
19,34
19,94
4,72
4,75
4,75
4,77
4,80
4,80
4,83
4,88
4,88
4,93
4,96
4,99
5,01
5,04
2,56
2,70
2,85
2,98
3,11
3,24
3,36
3,38
3,45
3,54
3,65
3,76
3,86
3,96
12,56
13,20
13,84
14,47
15,08
15,40
15,69
16,30
16,91
17,48
18,06
18,67
5,15
5,15
5,17
5,20
5,25
5,25
5,28
5,30
5,33
5,36
5,38
5,44
2,44
2,57
2,68
2,78
2,87
2,93
2,97
3,07
3,17
3,26
3,36
3,43
13,40
13,98
14,27
14,56
-
5,49
5,54
5,54
5,57
-
2,44
2,52
2,57
2,61
-
Cooling capacity
Total Input Power
Produced water temperature
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.1)
Δt DIFFERENT FROM NOMINAL Δt 5°C)
Cooling capacity correction factors
Total input power correction factors
9.8.
40
3
0,99
0,99
5
1
1
8
1,02
1,01
10
1,03
1,02
[K*m2]/[W]
0,00005
1
1
0,0001
0,98
0,98
0,0002
0,94
0,95
FOULING FACTOR
Cooling capacity correction factors
Total input power correction factors
Aermec cod. 6755512_05 6.2011
21
HEATING MODE
9.9.
UK
ANL-ANLH 020-200
9.11. ANL 080 400V/3N/50Hz) Cooling capacity - Total input power
TAP
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
25
30
35
40
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
18,23
19,31
20,36
21,40
22,41
23,38
24,31
24,78
25,25
26,18
27,08
27,98
28,84
29,71
4,23
4,27
4,30
4,33
4,33
4,37
4,37
4,44
4,47
4,51
4,54
4,61
4,64
4,68
4,31
4,53
4,73
4,94
5,17
5,35
5,56
5,58
5,65
5,81
5,96
6,07
6,21
6,35
17,23
18,23
19,21
20,18
21,11
22,05
22,95
23,38
23,84
24,71
25,57
26,40
27,26
28,09
4,89
4,92
4,95
4,95
4,99
4,99
5,02
5,06
5,09
5,16
5,19
5,23
5,26
5,33
3,53
3,71
3,88
4,07
4,23
4,42
4,57
4,62
4,68
4,79
4,92
5,05
5,18
5,27
16,15
17,08
18,02
18,92
19,82
20,68
21,54
21,97
22,41
23,23
24,02
24,85
25,64
26,43
5,54
5,57
5,57
5,61
5,61
5,64
5,68
5,71
5,75
5,78
5,85
5,88
5,92
5,99
2,92
3,07
3,23
3,37
3,53
3,67
3,80
3,85
3,90
4,02
4,11
4,22
4,33
4,42
15,03
15,93
16,83
17,66
18,52
19,35
20,14
20,50
20,93
21,72
22,51
23,27
24,02
24,78
6,12
6,16
6,16
6,19
6,23
6,23
6,26
6,33
6,33
6,40
6,43
6,47
6,50
6,54
2,45
2,59
2,73
2,85
2,97
3,11
3,22
3,24
3,31
3,39
3,50
3,60
3,69
3,79
15,61
16,40
17,19
17,98
18,74
19,13
19,49
20,25
21,00
21,72
22,44
23,20
6,67
6,67
6,71
6,74
6,81
6,81
6,85
6,88
6,91
6,95
6,98
7,05
2,34
2,46
2,56
2,67
2,75
2,81
2,85
2,94
3,04
3,13
3,21
3,29
16,65
17,37
17,73
18,09
-
7,12
7,19
7,19
7,22
-
2,34
2,42
2,47
2,50
-
9.12. ANL 090 400V/3N/50Hz) Cooling capacity - Total input power
EXTERNAL AIR TEMPERATURE °C
20
TAP
HEATING MODE
COOLING MODE
EXTERNAL AIR TEMPERATURE °C
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
Key
Pc
Pe
TAP
25
30
35
40
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
19,84
21,01
22,14
23,28
24,37
25,43
26,45
26,96
27,46
28,48
29,46
30,44
31,38
32,32
4,43
4,47
4,50
4,54
4,54
4,58
4,58
4,65
4,68
4,72
4,76
4,83
4,86
4,90
4,48
4,70
4,92
5,13
5,37
5,56
5,78
5,80
5,86
6,03
6,19
6,30
6,45
6,59
18,74
19,84
20,89
21,95
22,97
23,98
24,96
25,43
25,94
26,88
27,82
28,72
29,66
30,55
5,12
5,15
5,19
5,19
5,22
5,22
5,26
5,30
5,33
5,40
5,44
5,48
5,51
5,59
3,66
3,85
4,03
4,23
4,40
4,59
4,74
4,80
4,86
4,97
5,11
5,24
5,38
5,47
17,57
18,58
19,60
20,58
21,56
22,50
23,43
23,90
24,37
25,27
26,13
27,03
27,89
28,76
5,80
5,84
5,84
5,87
5,87
5,91
5,95
5,98
6,02
6,05
6,13
6,16
6,20
6,27
3,03
3,18
3,36
3,50
3,67
3,81
3,94
4,00
4,05
4,18
4,27
4,39
4,50
4,59
16,35
17,33
18,31
19,21
20,15
21,05
21,91
22,30
22,77
23,63
24,49
25,31
26,13
26,96
6,41
6,45
6,45
6,49
6,52
6,52
6,56
6,63
6,63
6,70
6,74
6,77
6,81
6,85
2,55
2,69
2,84
2,96
3,09
3,23
3,34
3,36
3,43
3,53
3,63
3,74
3,84
3,94
16,98
17,84
18,70
19,56
20,38
20,81
21,20
22,03
22,85
23,63
24,41
25,23
6,99
6,99
7,03
7,06
7,13
7,13
7,17
7,21
7,24
7,28
7,31
7,39
2,43
2,55
2,66
2,77
2,86
2,92
2,96
3,06
3,15
3,25
3,34
3,42
18,11
18,90
19,29
19,68
-
7,46
7,53
7,53
7,57
-
2,43
2,51
2,56
2,60
-
Cooling capacity
Total Input Power
Produced water temperature
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.1)
9.13. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Cooling capacity correction factors
Total input power correction factors
3
0,99
0,99
5
1
1
8
1,02
1,01
10
1,03
1,02
[K*m2]/[W]
0,00005
1
1
0,0001
0,98
0,98
0,0002
0,94
0,95
9.14. FOULING FACTOR
Cooling capacity correction factors
Total input power correction factors
22
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
EXTERNAL AIR TEMPERATURE °C
TAP
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
25
30
35
40
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
23,66
25,06
26,41
27,77
29,07
30,33
31,55
32,15
32,76
33,97
35,14
36,31
37,43
38,55
5,62
5,66
5,71
5,75
5,75
5,80
5,80
5,89
5,93
5,98
6,03
6,12
6,16
6,21
4,21
4,43
4,63
4,83
5,05
5,23
5,44
5,46
5,52
5,68
5,83
5,93
6,07
6,21
22,35
23,66
24,92
26,18
27,39
28,61
29,77
30,33
30,94
32,06
33,18
34,25
35,37
36,45
6,48
6,53
6,57
6,57
6,62
6,62
6,67
6,71
6,76
6,85
6,89
6,94
6,98
7,08
3,45
3,62
3,79
3,98
4,14
4,32
4,47
4,52
4,58
4,68
4,81
4,94
5,06
5,15
20,95
22,17
23,38
24,55
25,71
26,83
27,95
28,51
29,07
30,15
31,17
32,25
33,27
34,30
7,35
7,40
7,40
7,44
7,44
7,49
7,53
7,58
7,62
7,67
7,76
7,81
7,85
7,94
2,85
3,00
3,16
3,30
3,46
3,58
3,71
3,76
3,81
3,93
4,02
4,13
4,24
4,32
19,51
20,67
21,84
22,91
24,03
25,11
26,13
26,60
27,16
28,19
29,21
30,19
31,17
32,15
8,13
8,17
8,17
8,22
8,26
8,26
8,31
8,40
8,40
8,49
8,54
8,58
8,63
8,67
2,40
2,53
2,67
2,79
2,91
3,04
3,15
3,17
3,23
3,32
3,42
3,52
3,61
3,71
20,25
21,28
22,31
23,33
24,31
24,83
25,29
26,27
27,25
28,19
29,12
30,10
8,86
8,86
8,90
8,95
9,04
9,04
9,08
9,13
9,18
9,22
9,27
9,36
2,29
2,40
2,51
2,61
2,69
2,75
2,78
2,88
2,97
3,06
3,14
3,22
21,61
22,54
23,01
23,47
-
9,45
9,54
9,54
9,59
-
2,29
2,36
2,41
2,45
-
9.16. ANL 150 400V/3N/50Hz) Cooling capacity - Total input power
EXTERNAL AIR TEMPERATURE °C
TAP
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
Key
Pc
Pe
TAP
25
30
35
40
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
29,35
31,09
32,77
34,45
36,07
37,63
39,14
39,89
40,64
42,15
43,59
45,04
46,43
47,82
6,68
6,74
6,79
6,85
6,85
6,90
6,90
7,01
7,07
7,12
7,17
7,28
7,34
7,39
4,39
4,61
4,82
5,03
5,27
5,45
5,67
5,69
5,75
5,92
6,08
6,18
6,33
6,47
27,73
29,35
30,92
32,48
33,98
35,49
36,94
37,63
38,38
39,77
41,16
42,49
43,88
45,22
7,72
7,77
7,83
7,83
7,88
7,88
7,93
7,99
8,04
8,15
8,21
8,26
8,32
8,42
3,59
3,78
3,95
4,15
4,31
4,50
4,66
4,71
4,77
4,88
5,02
5,14
5,28
5,37
25,99
27,50
29,01
30,45
31,90
33,29
34,68
35,37
36,07
37,40
38,67
40,01
41,28
42,55
8,75
8,80
8,80
8,86
8,86
8,91
8,97
9,02
9,08
9,13
9,24
9,29
9,35
9,46
2,97
3,12
3,29
3,44
3,60
3,73
3,87
3,92
3,97
4,10
4,19
4,30
4,42
4,50
24,20
25,65
27,09
28,43
29,82
31,15
32,42
33,00
33,69
34,97
36,24
37,46
38,67
39,89
9,67
9,73
9,73
9,78
9,84
9,84
9,89
10,00
10,00
10,11
10,16
10,22
10,27
10,33
2,50
2,64
2,79
2,91
3,03
3,17
3,28
3,30
3,37
3,46
3,57
3,67
3,77
3,86
25,13
26,40
27,67
28,95
30,16
30,80
31,38
32,59
33,81
34,97
36,13
37,34
10,54
10,54
10,60
10,65
10,76
10,76
10,82
10,87
10,92
10,98
11,03
11,14
2,38
2,50
2,61
2,72
2,80
2,86
2,90
3,00
3,10
3,19
3,27
3,35
26,81
27,96
28,54
29,12
-
11,25
11,36
11,36
11,41
-
2,38
2,46
2,51
2,55
-
Cooling capacity
Total Input Power
Produced water temperature
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.1)
9.17. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Cooling capacity correction factors
Total input power correction factors
3
0,99
0,99
5
1
1
8
1,02
1,01
10
1,03
1,02
[K*m2]/[W]
0,00005
1
1
0,0001
0,98
0,98
0,0002
0,94
0,95
9.18. FOULING FACTOR
Cooling capacity correction factors
Total input power correction factors
Aermec cod. 6755512_05 6.2011
23
HEATING MODE
COOLING MODE
9.15. ANL 100° 400V/3N/50Hz) Cooling capacity - Total input power
UK
ANL-ANLH 020-200
9.21. ANL 200 400V/3N/50Hz) Cooling capacity - Total input power
HEATING MODE
TAP
COOLING MODE
EXTERNAL AIR TEMPERATURE °C
20
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
Key
Pc
Pe
TAP
25
30
35
40
45
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
Pc
(kW)
Pe
(kW)
EER
38,25
40,51
42,70
44,89
47,00
49,04
51,00
51,98
52,96
54,92
56,81
58,69
60,50
62,31
9,16
9,23
9,31
9,38
9,38
9,46
9,46
9,60
9,68
9,75
9,83
9,98
10,05
10,13
4,18
4,39
4,59
4,78
5,01
5,19
5,39
5,41
5,47
5,63
5,78
5,88
6,02
6,15
36,14
38,25
40,28
42,32
44,28
46,24
48,13
49,04
50,02
51,83
53,64
55,37
57,18
58,92
10,57
10,65
10,72
10,72
10,80
10,80
10,87
10,95
11,02
11,17
11,24
11,32
11,39
11,54
3,42
3,59
3,76
3,95
4,10
4,28
4,43
4,48
4,54
4,64
4,77
4,89
5,02
5,11
33,87
35,83
37,79
39,68
41,57
43,38
45,19
46,09
47,00
48,73
50,39
52,13
53,79
55,45
11,99
12,06
12,06
12,14
12,14
12,21
12,29
12,36
12,43
12,51
12,66
12,73
12,81
12,96
2,83
2,97
3,13
3,27
3,42
3,55
3,68
3,73
3,78
3,90
3,98
4,09
4,20
4,28
31,53
33,42
35,31
37,04
38,85
40,59
42,25
43,00
43,91
45,56
47,22
48,81
50,39
51,98
13,25
13,33
13,33
13,40
13,48
13,48
13,55
13,70
13,70
13,85
13,92
14,00
14,07
14,15
2,38
2,51
2,65
2,76
2,88
3,01
3,12
3,14
3,20
3,29
3,39
3,49
3,58
3,67
32,74
34,40
36,06
37,72
39,30
40,13
40,89
42,47
44,06
45,56
47,07
48,66
14,44
14,44
14,52
14,59
14,74
14,74
14,82
14,89
14,97
15,04
15,11
15,26
2,27
2,38
2,48
2,58
2,67
2,72
2,76
2,85
2,94
3,03
3,11
3,19
34,93
36,44
37,19
37,95
-
15,41
15,56
15,56
15,64
-
2,27
2,34
2,39
2,43
-
Cooling capacity
Total Input Power
Produced water temperature
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.1)
9.19. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Cooling capacity correction factors
Total input power correction factors
3
0,99
0,99
5
1
1
8
1,02
1,01
10
1,03
1,02
[K*m2]/[W]
0,00005
1
1
0,0001
0,98
0,98
0,0002
0,94
0,95
9.20. FOULING FACTOR
Cooling capacity correction factors
Total input power correction factors
24
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
10.
PERFORMANCE AND ABSORPTION THAT DIFFER FROM THE NOMINAL HEATING MODE
COOLING MODE
10.1. ANL 020H 230V/1/50Hz | 400V/3N/50Hz) Hea ng capacity - total input power
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Ph
(kW)
Pe
(kW)
3,91
4,13
4,35
4,56
4,77
4,98
5,11
6,08
6,44
6,61
6,78
7,09
7,39
7,69
7,99
8,31
8,65
1,40
1,40
1,40
1,40
1,40
1,40
1,40
1,40
1,40
1,41
1,41
1,41
1,41
1,41
1,41
1,4 1
1,42
35
COP
Ph
(kW)
Pe
(kW)
2,79
2,95
3,11
3,26
3,41
3,56
3,65
4,34
4,60
4,69
4,81
5,03
5,24
5,45
5,67
5,89
6,09
3,83
4,04
4,24
4,43
4,63
4,82
5,08
5,97
6,31
6,47
6,62
6,91
7,19
7,46
7,74
8,03
8,35
1,63
1,63
1,62
1,63
1,63
1,63
1,63
1,63
1,63
1,63
1,64
1,64
1,64
1,64
1,64
1,64
1,64
40
COP
Ph
(kW)
Pe
(kW)
2,35
2,48
2,62
2,72
2,84
2,96
3,12
3,66
3,87
3,97
4,04
4,21
4,38
4,55
4,72
4,90
5,09
3,93
4,12
4,31
4,50
4,68
4,90
5,86
6,18
6,33
6,48
6,75
7,00
7,25
7,50
7,77
8,05
1,76
1,76
1,76
1,76
1,77
1,77
1,77
1,77
1,77
1,77
1,78
1,78
1,78
1,78
1,78
1,78
45
COP
Ph
(kW)
Pe
(kW)
2,23
2,34
2,45
2,56
2,64
2,77
3,31
3,49
3,58
3,66
3,79
3,93
4,07
4,21
4,37
4,52
4,00
4,19
4,37
4,55
4,77
4,55
6,06
6,20
6,33
6,58
6,81
7,04
7,27
7,51
7,77
1,90
1,90
1,90
1,90
1,90
1,90
1,91
1,91
1,91
1,91
1,92
1,92
1,92
1,92
1,92
50
COP
Ph
(kW)
Pe
(kW)
COP
2,11
2,21
2,30
2,39
2,51
2,39
3,17
3,25
3,31
3,45
3,55
3,67
3,79
3,91
4,05
4,05
4,25
4,44
4,65
5,62
5,91
6,04
6,17
6,40
6,61
6,81
7,02
7,24
7,47
2,13
2,13
2,13
2,13
2,14
2,14
2,14
2,14
2,14
2,14
2,15
2,15
2,15
2,15
1,90
2,00
2,08
2,18
2,63
2,76
2,82
2,88
2,99
3,09
3,17
3,27
3,37
3,47
Pe
(kW)
COP
2,36
2,36
2,36
2,36
2,38
2,38
2,38
2,38
2,38
2,38
2,39
2,39
2,39
2,39
1,93
2,03
2,12
2,22
2,67
2,81
2,87
2,93
3,04
3,14
3,22
3,32
3,43
3,53
HEATING MODE
TAE
WATER TEMPERATURE PRODUCED °C
30
10.2. ANL 025H 230V/1/50Hz | 400V/3N/50Hz) Hea ng capacity - total input power
TAE
WATER TEMPERATURE PRODUCED °C
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Key
Ph
Pe
TAE
30
Ph
(kW)
Pe
(kW)
4,41
4,66
4,91
5,15
5,39
5,62
5,77
6,86
7,27
7,46
7,65
8,00
8,34
8,68
9,02
9,38
9,77
1,55
1,55
1,55
1,55
1,55
1,55
1,55
1,55
1,55
1,57
1,57
1,57
1,57
1,57
1,57
1,57
1,58
35
COP
Ph
(kW)
Pe
(kW)
2,84
3,00
3,16
3,31
3,47
3,62
3,71
4,42
4,68
4,77
4,89
5,11
5,33
5,55
5,76
5,99
6,20
4,32
4,56
4,79
5,00
5,23
5,44
5,74
6,74
7,12
7,30
7,47
7,80
8,12
8,42
8,74
9,07
9,43
1,81
1,81
1,80
1,81
1,81
1,81
1,81
1,81
1,81
1,81
1,82
1,82
1,82
1,82
1,82
1,82
1,82
Hea ng capacity
Total Input Power
External Air temperature
40
COP
Ph
(kW)
Pe
(kW)
2,39
2,52
2,66
2,76
2,89
3,01
3,17
3,73
3,94
4,04
4,11
4,29
4,46
4,63
4,80
4,98
5,18
4,44
4,65
4,87
5,08
5,28
5,53
6,62
6,98
7,15
7,32
7,62
7,90
8,19
8,47
8,77
9,09
1,95
1,95
1,95
1,95
1,96
1,96
1,96
1,96
1,96
1,96
1,98
1,98
1,98
1,98
1,98
1,98
45
50
COP
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
2,27
2,38
2,49
2,60
2,69
2,82
3,37
3,55
3,64
3,72
3,86
4,00
4,14
4,29
4,44
4,60
4,52
4,73
4,93
5,14
5,39
5,14
6,84
7,00
7,15
7,43
7,69
7,95
8,21
8,48
8,77
2,11
2,11
2,11
2,11
2,11
2,11
2,12
2,12
2,12
2,12
2,13
2,13
2,13
2,13
2,13
2,14
2,24
2,34
2,44
2,55
2,44
3,23
3,30
3,37
3,50
3,61
3,73
3,85
3,98
4,12
4,57
4,80
5,01
5,25
6,35
6,67
6,82
6,97
7,23
7,46
7,69
7,93
8,17
8,43
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.3)
9.22. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Heating capacity correction factors
Total input power correction factors
Aermec cod. 6755512_05 6.2011
3
0,99
1,01
5
1
1
8
1,01
0,98
10
1,02
0,96
25
UK
ANL-ANLH 020-200
10.4. ANL 030H 230V/1/50Hz | 400V/3N/50Hz) Hea ng capacity - total input power
TAE
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Ph
(kW)
Pe
(kW)
5,30
5,60
5,89
6,18
6,46
6,75
6,92
8,24
8,73
8,96
9,19
9,61
10,01
10,42
10,83
11,26
11,72
1,92
1,92
1,92
1,92
1,92
1,92
1,92
1,92
1,92
1,93
1,93
1,93
1,93
1,93
1,93
1,93
1,95
35
COP
Ph
(kW)
Pe
(kW)
2,76
2,91
3,07
3,22
3,37
3,51
3,61
4,29
4,54
4,63
4,75
4,97
5,18
5,39
5,60
5,82
6,02
5,19
5,47
5,74
6,00
6,27
6,53
6,88
8,09
8,55
8,77
8,97
9,36
9,74
10,11
10,49
10,88
11,31
2,24
2,24
2,22
2,24
2,24
2,24
2,24
2,24
2,24
2,24
2,25
2,25
2,25
2,25
2,25
2,25
2,25
40
COP
Ph
(kW)
Pe
(kW)
2,32
2,45
2,59
2,68
2,81
2,92
3,08
3,62
3,82
3,92
3,99
4,16
4,33
4,49
4,66
4,84
5,03
5,32
5,58
5,84
6,10
6,34
6,64
7,94
8,37
8,58
8,78
9,15
9,48
9,82
10,16
10,53
10,91
2,41
2,41
2,41
2,41
2,43
2,43
2,43
2,43
2,43
2,43
2,44
2,44
2,44
2,44
2,44
2,44
45
COP
Ph
(kW)
Pe
(kW)
2,21
2,31
2,42
2,53
2,61
2,73
3,27
3,45
3,53
3,62
3,75
3,88
4,02
4,16
4,31
4,47
5,42
5,68
5,92
6,16
6,46
6,16
8,21
8,40
8,58
8,91
9,23
9,54
9,85
10,17
10,53
2,61
2,61
2,61
2,61
2,61
2,61
2,62
2,62
2,62
2,62
2,63
2,63
2,63
2,63
2,63
50
COP
Ph
(kW)
Pe
(kW)
COP
2,08
2,18
2,27
2,37
2,48
2,37
3,13
3,21
3,27
3,40
3,50
3,62
3,74
3,86
4,00
5,49
5,76
6,02
6,30
7,61
8,01
8,18
8,36
8,67
8,96
9,23
9,51
9,81
10,12
2,92
2,92
2,92
2,92
2,94
2,94
2,94
2,94
2,94
2,94
2,95
2,95
2,95
2,95
1,88
1,97
2,06
2,16
2,59
2,73
2,79
2,85
2,95
3,05
3,13
3,22
3,33
3,43
Pe
(kW)
COP
3,55
3,55
3,55
3,55
3,56
3,56
3,56
3,56
3,56
3,56
3,58
3,58
3,58
3,58
1,95
2,05
2,14
2,24
2,70
2,84
2,90
2,96
3,07
3,17
3,25
3,35
3,46
3,57
10.5. ANL 040H 230V/1/50Hz | 400V/3N/50Hz) Hea ng capacity - total input power
WATER TEMPERATURE PRODUCED °C
TAE
HEATING MODE
COOLING MODE
WATER TEMPERATURE PRODUCED °C
30
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Key
Ph
Pe
TAE
30
Ph
(kW)
Pe
(kW)
6,68
7,06
7,44
7,80
8,16
8,51
8,74
10,39
11,01
11,30
11,59
12,12
12,63
13,15
13,66
14,21
14,79
2,33
2,33
2,33
2,33
2,33
2,33
2,33
2,33
2,33
2,35
2,35
2,35
2,35
2,35
2,35
2,35
2,36
35
COP
Ph
(kW)
Pe
(kW)
2,87
3,03
3,19
3,34
3,50
3,65
3,75
4,46
4,72
4,81
4,94
5,16
5,38
5,60
5,82
6,05
6,26
6,55
6,91
7,25
7,57
7,92
8,24
8,69
10,21
10,79
11,06
11,32
11,81
12,29
12,75
13,23
13,73
14,28
2,71
2,71
2,70
2,71
2,71
2,71
2,71
2,71
2,71
2,71
2,73
2,73
2,73
2,73
2,73
2,73
2,73
Hea ng capacity
Total Input Power
External Air temperature
40
COP
Ph
(kW)
Pe
(kW)
2,41
2,55
2,69
2,79
2,92
3,04
3,20
3,76
3,98
4,08
4,15
4,33
4,50
4,67
4,85
5,03
5,23
6,72
7,04
7,37
7,69
8,00
8,38
10,02
10,57
10,82
11,08
11,54
11,97
12,40
12,82
13,28
13,76
2,93
2,93
2,93
2,93
2,95
2,95
2,95
2,95
2,95
2,95
2,96
2,96
2,96
2,96
2,96
2,96
45
50
COP
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
2,29
2,40
2,51
2,63
2,72
2,84
3,40
3,59
3,67
3,76
3,89
4,04
4,18
4,33
4,48
4,64
6,84
7,16
7,47
7,78
8,16
7,78
10,36
10,60
10,82
11,25
11,64
12,04
12,43
12,84
13,28
3,16
3,16
3,16
3,16
3,16
3,16
3,18
3,18
3,18
3,18
3,20
3,20
3,20
3,20
3,20
2,16
2,26
2,36
2,46
2,58
2,46
3,26
3,33
3,40
3,54
3,64
3,77
3,89
4,02
4,16
6,92
7,27
7,59
7,95
9,61
10,10
10,33
10,55
10,94
11,30
11,64
12,00
12,38
12,77
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.3)
10.3. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Heating capacity correction factors
Total input power correction factors
26
3
0,99
1,01
5
1
1
8
1,01
0,98
10
1,02
0,96
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
10.7. ANL 050H 400V/3N/50Hz) Hea ng capacity - total input power
Pe
(kW)
8,83
9,33
9,82
10,30
10,77
11,25
11,54
13,73
14,54
14,93
15,31
16,01
16,69
17,36
18,04
18,76
19,53
3,15
3,15
3,15
3,15
3,15
3,15
3,15
3,15
3,15
3,17
3,17
3,17
3,17
3,17
3,17
3,17
3,20
COP
Ph
(kW)
Pe
(kW)
2,80
2,96
3,12
3,27
3,42
3,57
3,66
4,36
4,61
4,70
4,82
5,04
5,26
5,47
5,68
5,91
6,11
8,65
9,12
9,57
10,00
10,45
10,88
11,47
13,48
14,25
14,61
14,95
15,60
16,24
16,85
17,48
18,13
18,85
3,67
3,67
3,65
3,67
3,67
3,67
3,67
3,67
3,67
3,67
3,69
3,69
3,69
3,69
3,69
3,69
3,69
40
COP
Ph
(kW)
Pe
(kW)
2,36
2,49
2,63
2,73
2,85
2,97
3,13
3,67
3,88
3,98
4,05
4,23
4,40
4,56
4,73
4,91
5,11
8,87
9,30
9,73
10,16
10,57
11,06
13,23
13,95
14,29
14,63
15,24
15,81
16,37
16,94
17,55
18,18
3,96
3,96
3,96
3,96
3,98
3,98
3,98
3,98
3,98
3,98
4,01
4,01
4,01
4,01
4,01
4,01
45
COP
Ph
(kW)
Pe
(kW)
2,24
2,35
2,46
2,56
2,65
2,78
3,32
3,50
3,59
3,67
3,80
3,94
4,09
4,23
4,38
4,54
9,03
9,46
9,87
10,27
10,77
10,27
13,68
14,00
14,29
14,86
15,38
15,90
16,42
16,96
17,55
4,28
4,28
4,28
4,28
4,28
4,28
4,30
4,30
4,30
4,30
4,32
4,32
4,32
4,32
4,32
COOLING MODE
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Ph
(kW)
35
50
COP
Ph
(kW)
Pe
(kW)
COP
2,11
2,21
2,31
2,40
2,52
2,40
3,18
3,26
3,32
3,46
3,56
3,68
3,80
3,92
4,06
9,15
9,60
10,03
10,50
12,69
13,35
13,64
13,93
14,45
14,93
15,38
15,85
16,35
16,87
4,80
4,80
4,80
4,80
4,82
4,82
4,82
4,82
4,82
4,82
4,84
4,84
4,84
4,84
1,91
2,00
2,09
2,19
2,63
2,77
2,83
2,89
3,00
3,10
3,18
3,27
3,38
3,48
HEATING MODE
TAE
WATER TEMPERATURE PRODUCED °C
30
10.8. ANL 070H 400V/3N/50Hz) Hea ng capacity - total input power
TAE
WATER TEMPERATURE PRODUCED °C
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Key
Ph
Pe
TAE
30
35
40
45
50
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
Pe
(kW)
COP
10,90
11,52
12,13
12,73
13,32
13,90
14,26
16,96
17,97
18,45
18,91
19,78
20,62
21,45
22,30
23,19
24,14
3,74
3,74
3,74
3,74
3,74
3,74
3,75
3,75
3,76
3,76
3,77
3,77
3,78
3,78
3,78
3,79
3,79
2,91
3,08
3,24
3,40
3,56
3,72
3,80
4,52
4,78
4,91
5,02
5,25
5,46
5,67
5,90
6,12
6,37
10,69
11,26
11,82
12,37
12,91
13,45
14,02
16,65
17,61
18,05
18,48
19,29
20,06
20,82
21,60
22,41
23,29
4,33
4,33
4,33
4,33
4,33
4,33
4,34
4,34
4,35
4,34
4,35
4,36
4,36
4,37
4,37
4,37
4,37
2,47
2,60
2,73
2,86
2,98
3,11
3,23
3,84
4,05
4,16
4,25
4,42
4,60
4,76
4,94
5,13
5,33
10,98
11,51
12,03
12,55
13,06
13,68
16,35
17,26
17,68
18,07
18,82
19,53
20,23
20,93
21,67
22,47
4,60
4,60
4,60
4,60
4,61
4,61
4,62
4,62
4,63
4,63
4,63
4,64
4,64
4,65
4,65
4,65
2,39
2,50
2,61
2,73
2,83
2,97
3,54
3,74
3,82
3,90
4,06
4,21
4,36
4,50
4,66
4,83
11,17
11,69
12,20
12,71
13,31
16,04
16,90
17,30
17,66
18,35
19,00
19,63
20,27
20,94
21,67
4,87
4,88
4,88
4,88
4,89
4,89
4,90
4,90
4,90
4,91
4,91
4,92
4,92
4,92
4,92
2,29
2,40
2,50
2,60
2,72
3,28
3,45
3,53
3,60
3,74
3,87
3,99
4,12
4,26
4,40
11,31
11,85
12,38
12,98
15,68
16,49
16,86
17,21
17,85
18,44
19,01
19,59
20,19
20,85
5,46
5,47
5,47
5,47
5,48
5,49
5,49
5,49
5,50
5,50
5,51
5,51
5,51
5,51
2,07
2,17
2,26
2,37
2,86
3,00
3,07
3,13
3,25
3,35
3,45
3,56
3,66
3,78
Hea ng capacity
Total Input Power
External Air temperature
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.3)
10.6. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Heating capacity correction factors
Total input power correction factors
Aermec cod. 6755512_05 6.2011
3
0,99
1,01
5
1
1
8
1,01
0,98
10
1,02
0,96
27
UK
10.10. ANL 080H 400V/3N/50Hz) Hea ng capacity - total input power
TAE
WATER TEMPERATURE PRODUCED °C
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
30
Ph
(kW)
Pe
(kW)
13,99
14,79
15,57
16,34
17,09
17,83
18,30
21,76
23,06
23,68
24,27
25,39
26,46
27,53
28,62
29,76
30,97
4,81
4,81
4,81
4,81
4,81
4,81
4,82
4,82
4,83
4,83
4,85
4,85
4,86
4,86
4,86
4,87
4,87
35
COP
Ph
(kW)
Pe
(kW)
2,91
3,08
3,24
3,40
3,55
3,71
3,79
4,51
4,77
4,90
5,01
5,24
5,44
5,66
5,89
6,11
6,36
13,71
14,45
15,17
15,87
16,57
17,26
17,99
21,37
22,59
23,16
23,71
24,75
25,74
26,72
27,72
28,76
29,89
5,57
5,57
5,57
5,57
5,57
5,57
5,58
5,58
5,59
5,58
5,59
5,61
5,61
5,62
5,62
5,62
5,62
40
COP
Ph
(kW)
Pe
(kW)
2,46
2,60
2,72
2,85
2,98
3,10
3,22
3,83
4,04
4,15
4,24
4,42
4,59
4,76
4,93
5,12
5,32
14,09
14,77
15,43
16,10
16,76
17,55
20,98
22,15
22,69
23,19
24,15
25,06
25,96
26,85
27,81
28,83
5,91
5,91
5,91
5,91
5,93
5,93
5,94
5,94
5,95
5,95
5,95
5,97
5,97
5,98
5,98
5,98
45
COP
2,38
2,50
2,61
2,72
2,83
2,96
3,53
3,73
3,81
3,90
4,06
4,20
4,35
4,49
4,65
4,82
Ph
(kW)
Pe
(kW)
14,33
15,00
15,66
16,31
17,08
20,58
21,69
22,20
22,67
23,55
24,38
25,19
26,01
26,87
27,81
6,26
6,27
6,27
6,27
6,29
6,29
6,30
6,30
6,30
6,31
6,31
6,33
6,33
6,33
6,33
50
Ph
(kW)
Pe
(kW)
COP
14,51
15,21
15,89
16,66
20,12
21,16
21,64
22,08
22,91
23,67
24,39
25,14
25,91
26,76
7,02
7,03
7,03
7,03
7,05
7,06
7,06
7,06
7,07
7,07
7,08
7,08
7,08
7,08
2,07
2,16
2,26
2,37
2,86
3,00
3,07
3,13
3,24
3,35
3,44
3,55
3,66
3,78
COP
2,29
2,39
2,50
2,60
2,72
3,27
3,44
3,52
3,60
3,73
3,86
3,98
4,11
4,25
4,40
10.11. ANL 090H 400V/3N/50Hz) Hea ng capacity - total input power
WATER TEMPERATURE PRODUCED °C
TAE
FUNZIONAMENTO A CALDO FUNZIONAMENTO A FREDDO
ANL-ANLH 020-200
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Key
Ph
Pe
TAE
30
Ph
(kW)
Pe
(kW)
15,25
16,12
16,97
17,81
18,63
19,44
19,95
23,72
25,14
25,81
26,45
27,67
28,84
30,01
31,19
32,44
33,76
5,23
5,23
5,23
5,23
5,23
5,23
5,24
5,24
5,26
5,26
5,27
5,27
5,28
5,28
5,28
5,30
5,30
35
COP
Ph
(kW)
Pe
(kW)
2,92
3,08
3,25
3,41
3,56
3,72
3,80
4,53
4,78
4,91
5,02
5,25
5,46
5,68
5,90
6,12
6,37
14,95
15,75
16,53
17,30
18,06
18,81
19,61
23,29
24,63
25,25
25,85
26,98
28,06
29,12
30,22
31,35
32,58
6,05
6,05
6,05
6,05
6,05
6,05
6,07
6,07
6,08
6,07
6,08
6,10
6,10
6,11
6,11
6,11
6,11
Hea ng capacity
Total Input Power
External Air temperature
40
COP
Ph
(kW)
Pe
(kW)
2,47
2,60
2,73
2,86
2,98
3,11
3,23
3,84
4,05
4,16
4,25
4,43
4,60
4,77
4,95
5,13
5,33
15,36
16,10
16,82
17,56
18,27
19,14
22,87
24,14
24,73
25,28
26,33
27,32
28,30
29,27
30,31
31,43
6,43
6,43
6,43
6,43
6,44
6,44
6,46
6,46
6,47
6,47
6,47
6,49
6,49
6,50
6,50
6,50
45
COP
2,39
2,50
2,62
2,73
2,83
2,97
3,54
3,74
3,82
3,91
4,07
4,21
4,36
4,50
4,66
4,84
Ph
(kW)
Pe
(kW)
15,63
16,35
17,07
17,78
18,62
22,44
23,64
24,20
24,71
25,67
26,58
27,46
28,35
29,29
30,31
6,81
6,82
6,82
6,82
6,84
6,84
6,85
6,85
6,85
6,86
6,86
6,88
6,88
6,88
6,88
50
Ph
(kW)
Pe
(kW)
COP
15,82
16,58
17,32
18,16
21,94
23,07
23,58
24,07
24,97
25,80
26,59
27,40
28,24
29,17
7,63
7,65
7,65
7,65
7,66
7,67
7,67
7,67
7,69
7,69
7,70
7,70
7,70
7,70
2,07
2,17
2,26
2,37
2,86
3,01
3,07
3,14
3,25
3,36
3,45
3,56
3,67
3,79
COP
2,30
2,40
2,50
2,61
2,72
3,28
3,45
3,53
3,61
3,74
3,87
3,99
4,12
4,26
4,41
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.3)
10.9. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Heating capacity correction factors
Total input power correction factors
28
3
0,99
1,01
5
1
1
8
1,01
0,98
10
1,02
0,96
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
FUNZIONAMENTO A CALDO FUNZIONAMENTO A FREDDO
10.13. ANL 100H 400V/3N/50Hz) Hea ng capacity - total input power
TAE
WATER TEMPERATURE PRODUCED °C
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
30
Ph
(kW)
Pe
(kW)
18,27
19,31
20,33
21,33
22,33
23,31
23,91
28,43
30,13
30,92
31,69
33,15
34,56
35,95
37,38
38,87
40,47
6,56
6,56
6,56
6,56
6,57
6,57
6,58
6,59
6,6
6,61
6,61
6,62
6,63
6,64
6,64
6,65
6,65
35
COP
Ph
(kW)
Pe
(kW)
2,79
2,94
3,10
3,25
3,40
3,55
3,63
4,31
4,57
4,68
4,79
5,01
5,21
5,41
5,63
5,85
6,09
17,93
18,88
19,82
20,74
21,65
22,55
23,50
27,91
29,51
30,26
30,98
32,33
33,63
34,90
36,20
37,56
39,04
7,60
7,59
7,59
7,59
7,60
7,60
7,61
7,62
7,63
7,73
7,64
7,65
7,66
7,67
7,67
7,68
7,68
40
COP
Ph
(kW)
Pe
(kW)
2,36
2,49
2,61
2,73
2,85
2,97
3,09
3,66
3,87
3,91
4,05
4,23
4,39
4,55
4,72
4,89
5,08
18,40
19,29
20,17
21,04
21,89
22,93
27,41
28,93
29,63
30,30
31,55
32,74
33,91
35,09
36,33
37,67
8,07
8,07
8,08
8,08
8,09
8,09
8,10
8,11
8,12
8,12
8,13
8,14
8,15
8,16
8,16
8,16
45
COP
Ph
(kW)
Pe
(kW)
2,28
2,39
2,50
2,60
2,71
2,83
3,38
3,57
3,65
3,73
3,88
4,02
4,16
4,30
4,45
4,62
18,72
19,59
20,45
21,31
22,32
26,89
28,32
29,00
29,60
30,76
31,85
32,91
33,98
35,11
36,33
8,55
8,56
8,56
8,57
8,58
8,59
8,60
8,60
8,61
8,61
8,62
8,63
8,64
8,64
8,64
50
COP
Ph
(kW)
Pe
(kW)
COP
2,19
2,29
2,39
2,49
2,60
3,13
3,29
3,37
3,44
3,57
3,69
3,81
3,93
4,06
4,20
18,97
19,86
20,75
21,76
26,29
27,64
28,26
28,84
29,92
30,91
31,87
32,84
33,85
34,96
9,59
9,59
9,60
9,61
9,62
9,63
9,63
9,64
9,65
9,66
9,66
9,67
9,67
9,67
1,98
2,07
2,16
2,26
2,73
2,87
2,93
2,99
3,10
3,20
3,30
3,40
3,50
3,62
10.14. ANL 150H 400V/3N/50Hz) Hea ng capacity - total input power
TAE
WATER TEMPERATURE PRODUCED °C
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Key
Ph
Pe
TAE
30
35
40
45
50
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
Pe
(kW)
COP
Ph
(kW)
Pe
(kW)
COP
22,05
23,31
24,54
25,75
26,94
28,13
28,86
34,31
36,36
37,32
38,25
40,01
41,71
46,91
45,11
45,61
48,85
7,71
7,70
7,70
7,71
7,71
7,72
7,73
7,74
7,75
7,76
7,76
7,77
7,78
7,80
7,80
7,80
7,81
2,86
3,03
3,19
3,34
3,49
3,64
3,73
4,43
4,69
4,81
4,93
5,15
5,36
6,01
5,78
5,85
6,25
21,64
22,79
23,92
25,03
26,13
27,22
28,36
33,68
35,62
36,52
37,39
39,02
40,59
42,12
43,69
45,33
47,12
8,93
8,91
8,91
8,91
8,93
8,93
8,94
8,95
8,96
9,08
8,97
8,98
9,00
9,01
9,01
9,02
9,02
2,42
2,56
2,68
2,81
2,93
3,05
3,17
3,76
3,97
4,02
4,17
4,34
4,51
4,68
4,85
5,03
5,22
22,21
23,28
24,34
25,39
26,42
27,67
33,08
34,92
35,76
36,57
38,08
39,51
40,93
42,35
43,85
45,46
9,48
9,48
9,49
9,49
9,50
9,50
9,51
9,52
9,54
9,54
9,55
9,56
9,57
9,58
9,58
9,58
2,34
2,46
2,57
2,68
2,78
2,91
3,48
3,67
3,75
3,83
3,99
4,13
4,28
4,42
4,58
4,74
22,59
23,64
24,68
25,72
26,94
32,45
34,18
35,00
35,72
37,12
38,44
39,72
41,01
42,37
43,85
10,04
10,05
10,05
10,06
10,08
10,09
10,10
10,10
10,11
10,11
10,12
10,14
10,15
10,15
10,15
2,25
2,35
2,46
2,56
2,67
3,22
3,38
3,47
3,53
3,67
3,80
3,92
4,04
4,18
4,32
22,89
23,97
25,04
26,26
31,73
33,36
34,11
34,81
36,11
37,31
38,46
39,63
40,85
42,19
11,26
11,26
11,27
11,29
11,30
11,31
11,31
11,32
11,33
11,34
11,34
11,36
11,36
11,36
2,03
2,13
2,22
2,33
2,81
2,95
3,02
3,07
3,19
3,29
3,39
3,49
3,60
3,72
Hea ng capacity
Total Input Power
External Air temperature
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.3)
10.12. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Heating capacity correction factors
Total input power correction factors
Aermec cod. 6755512_05 6.2011
3
0,99
1,01
5
1
1
8
1,01
0,98
10
1,02
0,96
29
UK
10.16. ANL 200H 400V/3N/50Hz) Hea ng capacity - total input power
WATER TEMPERATURE PRODUCED °C
TAE
FUNZIONAMENTO A CALDO FUNZIONAMENTO A FREDDO
ANL-ANLH 020-200
-10
-8
-6
-4
-2
0
2
4
6
7
8
10
12
14
16
18
20
Key
Ph
Pe
TAE
30
Ph
(kW)
Pe
(kW)
28,98
30,63
32,25
33,84
35,41
36,97
37,92
45,09
47,79
49,05
50,27
52,59
54,82
57,03
59,29
61,65
64,2
10,15
10,15
10,14
10,15
10,15
10,16
10,18
10,19
10,21
10,21
10,22
10,24
10,25
10,26
10,27
10,28
10,28
35
COP
Ph
(kW)
Pe
(kW)
2,86
3,02
3,18
3,33
3,49
3,64
3,72
4,42
4,68
4,80
4,92
5,14
5,35
5,56
5,77
6,00
6,25
28,44
29,95
31,44
32,90
34,34
35,77
37,28
44,27
46,81
48,00
49,14
51,28
53,34
55,36
57,42
59,58
61,93
11,75
11,74
11,74
11,74
11,75
11,75
11,77
11,78
11,80
11,95
11,82
11,83
11,85
11,86
11,86
11,88
11,88
Hea ng capacity
Total Input Power
External Air temperature
40
COP
Ph
(kW)
Pe
(kW)
2,42
2,55
2,68
2,80
2,92
3,04
3,17
3,76
3,97
4,02
4,16
4,33
4,50
4,67
4,84
5,02
5,21
29,19
30,60
31,99
33,37
34,72
36,37
43,48
45,89
47,00
48,06
50,04
51,93
53,79
55,66
57,63
59,75
12,48
12,48
12,50
12,50
12,51
12,51
12,53
12,54
12,56
12,56
12,57
12,59
12,60
12,62
12,62
12,62
45
COP
Ph
(kW)
Pe
(kW)
2,34
2,45
2,56
2,67
2,78
2,91
3,47
3,66
3,74
3,83
3,98
4,13
4,27
4,41
4,57
4,73
29,69
31,07
32,44
33,80
35,40
42,65
44,92
46,00
46,95
48,79
50,52
52,20
53,90
55,69
57,63
13,22
13,24
13,24
13,25
13,27
13,28
13,30
13,30
13,32
13,32
13,33
13,35
13,36
13,36
13,36
50
COP
Ph
(kW)
Pe
(kW)
COP
2,25
2,35
2,45
2,55
2,67
3,21
3,38
3,46
3,53
3,66
3,79
3,91
4,03
4,17
4,31
30,09
31,50
32,91
34,52
41,70
43,84
44,83
45,75
47,46
49,03
50,55
52,09
53,69
55,45
14,83
14,83
14,85
14,86
14,88
14,89
14,89
14,91
14,92
14,94
14,94
14,95
14,95
14,95
2,03
2,12
2,22
2,32
2,80
2,94
3,01
3,07
3,18
3,28
3,38
3,48
3,59
3,71
ATTENTION
For intermediate points refer to the diagrams of
operating limits (§ 8.3)
10.15. Δt DIFFERENT FROM NOMINAL Δt 5°C)
Heating capacity correction factors
Total input power correction factors
30
3
0,99
1,01
5
1
1
8
1,01
0,98
10
1,02
0,96
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
11.
PRESSURE DROPS AND USEFUL STATIC PRESSURES
11.1. EVAPORATOR | PIPING
kPa
7°C
12°C
35 °C
Average water temperature
10° C
180
160
08
0-1
00
140
120
For temperatures other than 10 ° C use a table of
correction factors
100
0
20
40
5 10 15 20 30 40 50
1,02 1 0,98 0,97 0,95 0,93 0,91
07
0
05
0
020
60
040
025
030
09
0
80
Average water temperature
Multiplicative coefficients
15
0
Evaporator water inlet
Evaporator water outlet
External air temperatures
200
20
0
0
1000
2000
3000
4000 5000
6000
7000 8000
9000
10000 11000 12000
Water flow rate l/h
11.2. FILTRE
kPa
50
1“ 1/2
40
35
30
1“ 1/4
25
filtro
ANL
1"
1"¼
1"½
020…040 050…090 100…200
20
1“
15
10
5
0
0
1
2
3
4
5
6
7
8
9
10
Water flow rate l/h
11.3. USEFUL STATIC PRESSURES
11.2.1. USEFUL STATIC PRESSURE WITH STORAGE TANK "A" or
PUMPS, "P"
kPa
kPa
225
11.2.2. USEFUL STATIC PRESSURE WITH STORAGE TANK "A" or PUMPS,
"Q"
kPa
250
200
175
200
150
150
125
100
100
050
75
070
50
50
080
020
0
0
1000
050
2000
3000
0
070
025 030 040
080
4000
5000
090
6000
water flow rate l/h
Aermec cod. 6755512_05 6.2011
100
7000
150
8000
9000
200
100
0
25
150
090
2000
4000
6000
8000
10000
12000
200
10000
water flow rate l/h
31
UK
ANL-ANLH 020-200
•
•
The correc on factors of cooling power and
input power take into account the presence of
glycol and diverse evapora on temperatures.
The pressure drop correc on factor considers
the different flow rate resul ng from the applicaon of the water flow rate correc on factor.
The water flow rate correc on factor is calculated to keep the same Δt that would be present
with the absence of glycol.
2.
3.
ΔP (3)
ΔP (4)
1.80
1.70
1.60
ΔP (5)
1.50
1.40
1.30
Qw (1)
1.20
Qw (2)
1.10
1.00
Ph
0.99
0.98
Pe
0.97
0.96
0.95
Pc
0.94
External air temperature
If you wish to calculate the percentage of glycol
on the basis of the external air temperature, enter from the le axis and on reaching the curve
draw a ver cal line, which in turn will intercept
all the other curves; the points obtained from
the upper curves represent the coefficients
for the correc on of the cooling capacity and
input power, the flow rates and the pressure
drops (remember that these coefficients must
be mul plied by the nominal value of the size
in ques on); while the glycol percentage value
recommended to produce desired water temperature is on the lower axis.
If you wish to calculate the percentage of glycol
on the basis of the temperature of the water
produced, enter from the right axis and on reaching the curve draw a ver cal line, which in turn
will intercept all the other curves; the points obtained from the upper curves represent the coefficients for the correc on of the cooling capacity
and input power, the flow rates and the pressure
drops (remember that these coefficients must be
mul plied by the nominal value of the
size in ques on); while the lower axis recommends the glycol percentage value necessary to
produce water at the desired temperature.
ΔP (2)
1.90
11.4. HOW TO INTERPRET GLYCOL CURVES
1.
ΔP (1)
2.10
2.00
NOTE
On the following page an example is given to help
graph reading. Using the diagram below it is possible to
determine the percentage of glycol required; this percentage can be calculated by taking of the following
factors into consideration one:
Depending on which fluid is considered (water or air),
the graph is interpreted by the right or left side at the
crossing point on the curves with the external temperature line or the water produced line. A point from
which the vertical line will pass is obtained and this will
distinguish both glycol percentage and relative correction coefficients.
The curves shown in the diagram summarise a significant number of data, each of which is represented by a
specific curve. In order to use these curves correctly it
is first necessary to make some initial reflections.
2.20
KEY:
Pc
Pe
Ph
DP (1)
DP (2)
DP (3)
DP (4)
DP (5)
Qw (1)
Qw (2)
5
0
5
-5
-10
-6
0
-15
-20
-25
-30
-35
-40
0
5
10
15
20
25
30
35
40
45
50
55
Glycol %
Produced water temperature
•
ETHYLENE GLYCOL SOLUTIONS
Corrections factors
12.
Corrective factors for cooling capacity
Corrective factors of the input power
Corrective factors of heating capacity
Correction factors for pressure drop av. temp. = -3,5 °C
Correction factors for pressure drop av. temp. = 0,5 °C
Correction factors for pressure drop av. temp. = 5,5 °C
Correction factors for pressure drop av. temp. = 9,5 °C
Correction factors for pressure drop av. temp. = 47,5 °C
Correction factor of flow rates (evap.) av. temp = 9,5 °C
Correction factor of flow rates (cond.) av. temp = 47,5 °C
NOTE
Although the graph arrives at external air temperatures of -40°C, unit operational
limits must be considered.
Initial rates for “EXTERNAL AIR TEMPERATURE”
and “TEMPERATURE OF PRODUCED WATER”, are not
directly related, therefore it is not possible to refer to
the curve of one of these rates to obtain corresponding point on the curve of the other rate.
32
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
13.
EXPANSION VESSEL CALIBRATION
Hmax1 = 55m
Standard pre-load pressure value of expansion vessel when empty is 1.5 bar, maximum value is 6 bar.
Calibration of the vessel must be regulated using
the maximum level difference (H) of the user (see
diagram) by using the following formula:
H = 12,25m
p (calibration) [bar] = H [m] / 10,2 + 0,3.
H
For example: if level difference (H) is equal to 20m,
the calibration value of the vessel will be 2.3 bar.
If calibration value obtained from formula is less
than 1.5 bar (that is for H < 12.25), keep calibration
as standard.
Hmin2
KEY
(1) Check that highest installation is not higher
than 55 metres
(2) Ensure that lowest installation can withstand
global pressure in that position.
14.
RECOMMENDED MINIMUM WATER CONTENT
ANL|ANLH
Number compressor
Recommended minimum water content
n°
l/kW
020
1
4
025
1
4
030
1
4
040
1
4
050
1
4
070
1
4
080
1
4
090
1
4
100
2
4
150
2
4
200
2
4
WARNING
It is recommended to project
systems with a high water content
see table for minimum levels
advised), to limit:
1. The hourly number of inversions between the various
functioning modes
2. The water temperature reduction during the defrosting
cycles in the winter period
Aermec cod. 6755512_05 6.2011
33
UK
ANL-ANLH 020-200
15.
DESUPERHEATER
15.1. CORRECTION FACTORS
Cd
3
2.5
2
1.5
ATTENTION
The use of the desuperheater is
possible in cooling function; for
heat function it must be intercepted.
1
25°C
0.5
20°C
45 °C
40 °C
35 °C
30 °C
0
35
40
45
50
55
60
EXTERNAL AIR TEMPERATURE b.s.
The heating capacity obtained from the desuperheater
is obtained by multiplying the nominal value for the
coefficient (cd).
The diagram can be used to derive the correction
coefficients as a function of outdoor temperature
and the temperature of the water produced at the
desuperheater.
65
Temperature of desuperheater produced water ∆t 5° C
15.2. PRESSURE DROPS
kPa
90
80
100 ÷ 200
70
60
50
080 ÷ 090
40
070
30
050
20
10
0
0
500
1000
1500
2000
2500
3000
3500
4000
4500
5000
5500
Water flow rate l/h
Average water temperature
Coefficiente correttivo
34
30
1,04
40
1,02
50
1,00
60
0,98
70
0,96
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
16.
REFRIGERANT LINES
Model
lenght line [m]
Line gas Ø [mm]
Linea liquid Ø [mm]
R410A [g/m]
ANL 020 C
0-10
10-20
20-30
12,7
12,7
12,7
9,52
9,52
9,52
70
70
70
ANL 025 C
0-10
10-20
20-30
12,7
12,7
12,7
9,52
9,52
9,52
70
70
70
ANL 030 C
0-10
10-20
20-30
12,7
12,7
15,88
12,7
12,7
12,7
120
120
130
ANL 040 C
0-10
10-20
20-30
12,7
15,88
15,88
12,7
12,7
12,7
120
130
130
ANL 050 C
0-10
10-20
20-30
15,88
15,88
18
15,88
15,88
15,88
190
190
190
ANL 070 C
0-10
10-20
20-30
15,88
18
18
15,88
15,88
15,88
190
190
190
ANL 080 C
0-10
10-20
20-30
15,88
18
22
15,88
15,88
15,88
190
190
210
ANL 090 C
0-10
10-20
20-30
18
22
22
15,88
15,88
15,88
190
210
210
ANL 100 C
0-10
10-20
20-30
28,00
28,00
28,00
15,88
15,88
15,88
230
230
230
ANL 150 C
0-10
10-20
20-30
28,00
28,00
28,00
15,88
15,88
15,88
230
230
230
ANL 200 C
0-10
10-20
20-30
35,00
35,00
35,00
15,88
18,00
18,00
260
310
310
Aermec cod. 6755512_05 6.2011
35
UK
ANL-ANLH 020-200
17.
SOUND DATA
Sound power
Aermec determines sound power values in agreement
with the 9614-2 Standard, in compliance with that
requested by Eurovent certification
Sound pressure
Sound pressure measured in free field conditions
with reflective surface (directivity factor Q=2) at 10mt
distance from external surface of unit, in compliance
with ISO 3744 regulations.
① COOLING MODE
Water input temperature
Water output temperature
External air temperature
36
7°C
12°C
35 °C
ANL/
ANLH
020
025
030
040
050
070
080
090
100
150
200
Total sound level
Pressure.
dB(A)
dB(A)
10 m
1m
Pot.
dB(A)
61,0
61,0
68,0
68,0
69,0
69,0
69,0
68,0
76,0
77,0
78,0
30,0
30,0
37,0
37,0
38,0
38,0
38,0
37,0
44,0
45,0
46,0
46,8
46,8
53,6
53,6
53,9
54,0
54,0
53,0
60,0
61,0
62,0
125
250
Octave band [Hz]
500
1000
2000
4000
8000
Sound power for centre of band [dB] (A) frequence
70,0
70,0
75,4
75,4
76,5
76,5
73,8
74,0
61,2
62,4
63,6
64,1
64,1
69,6
69,6
69,2
69,2
69,4
68,5
66,0
67,3
68,4
59,1
59,1
64,0
64,0
64,8
64,8
65,8
64,5
71,4
72,2
73,4
52,7
52,7
63,5
63,5
64,6
64,6
64,1
62,2
72,0
72,7
73,5
46,7
46,7
56,7
56,7
58,9
58,9
59,5
59,3
68,9
69,7
70,5
41,0
41,0
51,2
51,2
53,7
53,7
56,5
56,4
60,5
61,5
62,5
35,7
35,7
44,6
44,6
46,1
46,1
51,0
48,1
48,6
49,6
50,6
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
18.
PARAMETER CALIBRATION OF SAFETY AND CONTROL
SET COOLING
Water temperature inlet (cooling mode)
min
-6 °C
Max.
18 °C
defoult
7° C
SET HEATING
Water temperature inlet (heating mode)
35 °C
55 °C
48 °C
-9 °C
4 °C
3 °C
3 °C
10 °C
5 °C
DEFROSTING MODE
TOTAL DIFFERENTIAL
Banda proportional temperature within which the compressors are turned on and off
020
BREAKERS FANS
A
2
MTV1
A
MTV2
BREAKERS COMPRESSOR
A
230V
16
MTC1
A
2,2
400V/3N
MTC2
A
HIGH PRESSURE SWITCH
PA
bar
HIGH PRESSURE TRANSDUCER
TAP
bar
LOW PRESSURE TRANSDUCER
TBP
bar
025
030
040
050
070
ONLY COOLING VERSION
080
090
100
150
200
2
-
2
-
2
-
2
2
2
2
2
2
2
2
2
2
2
2
2
2
16
2,2
-
20
6
-
25
8
-
10
-
13
-
15
-
16
-
10
10
12,5
12,5
15
15
42
42
42
42
42
42
42
42
42
39
39
39
39
39
39
39
39
39
4
4
4
4
4
4
4
4
4
HEAT PUMP VERSION
BREAKERS VENTILATORI
MTV1
A
2
MTV2
A
BREAKERS COMPRESSOR
A
230V
16
MTC1
A
2,2
400V/3N
MTC2
A
HIGH PRESSURE SWITCH
PA
bar
42
LOW PRESSURE SWITCH
2
PA
bar vers."°"
LOW PRESSURE TRANSDUCER
TAP
bar vers."°"
4
2
TAP
bar vers."H"
HIGH PRESSURE TRANSDUCER
TBP
bar
40
Aermec cod. 6755512_05 6.2011
2
-
2
-
2
-
2
2
2
2
2
2
2
2
2
2
2
2
2
2
16
2,2
-
20
6
-
25
8
-
10
-
13
-
15
-
16
-
10
10
12,5
12,5
15
15
42
42
42
42
42
42
42
42
42
42
2
2
2
2
2
2
2
2
2
2
4
2
4
2
4
2
4
2
4
2
4
2
4
2
4
2
4
2
4
2
40
40
40
40
40
40
40
40
40
40
37
UK
ANL-ANLH 020-200
TECHNICAL SECTION
Standards and Directives respected on
designing and constructing the unit:
SAFETY
1.
Machinery Directive
2006/42/CE
2.
Low Voltage Directive
LVD 2006/95/CE
3.
Electromagnetic compatibility
Directive EMC 2004/108/CE
4.
Pressure Equipment Directive
PED 97/23/CE, EN 378,
5.
UNI12735, UNI14276
INSTALLATION SECTION
ELECTRIC PART
1.
CEI EN 60335 2 40,
2.
CEI EN 61000 6 1/2/3/4
20.
AERMEC ANLs are constructed according to the
recognised technical standards and safety regulations.
They have been designed for air conditioning and the
production of domestic hot water (DHW) and must be
destined to this use compatibly with their performance
features. Any contractual or extracontractual liability of
the Company is excluded for injury/damage to persons,
animals or objects owing to installation, regulation
and maintenance errors or improper use. All uses not
expressly indicated in this manual are prohibited
CERTIFICATIONS
EUROVENT
USER SECTION
REFRIGERANT GAS
Questa unità contiene gas floururali a
effetto serra coperti dal protocollo di
Kyoto. Le operazioni di manutenzione
e smaltimento devono essere eseguite
solo da personale qualificato, nel rispetto delle norme vigenti
damage caused. The validity of the warranty
shall be void in the event of failure to comply
with the above-men oned indica ons.
20.2. WARNINGS REGARDING SAFETY AND
INSTALLATION STANDARDS
1.
20.1. PRESERVATION OF THE DOCUMENTA
TION
1.
ACUSTIC PART
1.
ISO DIS 9614/2
intensimetric method
PROTECTION RATING
IP24
GENERAL WARNINGS FOR THE INSTALLER
2.
3.
4.
5.
The instruc ons along with all the related
documenta on must be given to the user of
the system, who assumes the responsibility
to conserve the instruc ons so that they are
always at hand in case of need.
LRead this sheet carefully; the execu on of
all works must be performed by qualified
staff, according to Standards in force ion this
subject in different countries.
The appliance must be installed in such a
way as to enable maintenance and/or repairs
to be carried out.
The appliance warranty does not cover the
costs for ladder trucks, scaffolding, or other
eleva on systems that may become necessary for carrying out servicing under warranty.
Do not modify or tamper with the chiller
as dangerous situa ons can be created and
the manufacturer will not be liable for any
2.
The chiller must be installed by a qualifi ed and
suitably trained technician, in compliance with
the national legislation in force in the country of
destination.
AERMEC will not assume any responsibility for
damage due to failure to follow these instructions.
Before beginning any operation, READ THESE
INSTRUCTIONS CAREFULLY AND CARRY OUT THE
SAFETY CHECKS TO REDUCE ALL RISK OF DANGER
TO A MINIMUM. All the staff involved must have
thorough knowledge of the operations and any
dangers that may arise at the moment in which
the installation operations are carried out.
DANGER!
The refrigerant circuit is under pressure.
Moreover, very high temperatures an be
reached. The appliance may only be pened by an SAT service technician or by a
qualified technician.
Work on the cooling circuit may only be
carried out by a qualified refrigeration
technician.
R410A REFRIGERANT GAS
The cooler comes supplied with a
ufficient quantity of R410A refrigerant
gas. This refrigerant is chlorine-free
and does not damage the ozone layer.
R410A is not flammable. However,
all maintenance operations must be
carried out exclusively by a specialised
technician using suitable protective
equipment
DANGER OF ELECTRICAL DISCHARGE!
Before opening the heat pump, completely disconnect the appliance from the
power mains.
38
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
21.
SELECTION AND PLACE OF INSTALLATION
Before beginning installation consent with client and
pay attention to the following recommendations:
1.
The support surface must be capable of supporting the unit weight;
2.
The safety differences between the unit and ther
appliances or structures must be scrupulously
respected so that the inlet and outlet AIR from
the fans is free to circulate;
3.
The unit must be installed by an enabled technician in compliance with the national legislation
in force in the country of destination, respecting
the minimum technical spaces in order to allow
maintenance.
Fix the unit checking that it is level. Make sure that the
hydraulic and electric part can be easily reached. In
case of installation in places where gusts of wind are
frequent, fix the unit suitably using tie-rods. Envision
the installation of the condensate drain tray in the
versions where envisioned (as ACCESSORY).
150
200
21.2.1. POSITIONING
Before handling the unit, verify the lifting capacity of
the machines used, respecting the indications given on
the packaging.
To handle the machine (ANL 020-090) on horizontal
surfaces, se fork lift trucks or similar in the most appropriate manner, paying attention to the distribution of
the unit weight.
In the case of lifting (ANL 100-200),insert pipes into the
holes supplied on the base (NOT SUPPLIED).The length
of the pipes must be such to allow positioning of the
lifting belts and relative safety pins.
Position the unit in the place indicated by the customer, placing a rubber covering between the base and
the support (min. thickness 10 mm.) or alternatively
anti-vibrating feet (ACCESSORIES). For further information, refer to the dimensional tables
FREE
FIEL
500
D
ANL 020 025 030 040
200
300
500
800
FREE
FIEL
D
ANL 050 080 090
800
800
ANL 100 150 200
Aermec cod. 6755512_05 6.2011
1100
39
UK
ANL-ANLH 020-200
22.
DIMENSIONS
22.1. ANL 020 ÷ 025 version °|P|H|HP
ANL
MOD. VERS.
020
020
025
025
310
°/H
°/H
°/H
°/H
WEIGHT
°
P
°
P
75
77
75
77
CENTER OF
GRAVITY
Gy
Gx
174
177
174
177
A
325
326
325
326
B
C
D
%
%
%
%
32,1%
31,6%
32,1%
31,6%
31,8%
32,2%
31,8%
32,2%
18,2%
17,9%
18,2%
17,9%
18,0%
18,3%
18,0%
18,3%
KIT
VT
9
9
9
9
900
868
OUT 1”¼
OUT 1”¼
194
97
IN1”¼
IN 1”¼
69
354
113
D
B
650
122,50
D
C
122,50
895
330
B
Gy
Ø9
C
Gx
40
A
A
Mod.
A
B
C
D
VT9
40
30
23
M8
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
22.2. ANL 030 ÷ 040 version °|P|H|HP
ANL
MOD. VERS.
030
030
040
040
°/H
°/H
°/H
°/H
WEIGHT
°
P
°
P
86
91
86
91
CENTER OF
GRAVITY
Gy
Gx
183
180
183
180
336
327
336
327
A
B
C
D
KIT
VT
%
%
%
%
30%
31%
30%
31%
33%
33%
33%
33%
18%
18%
18%
18%
19%
19%
19%
19%
9
9
9
9
900
310
1000
OUT 1”¼
OUT 1”¼
194
97
IN1”¼
IN 1”¼
69
354
113
D
122,50
895
B
122,50
650
C
D
330
B
Gy
Ø9
C
A
A
Gx
Aermec cod. 6755512_05 6.2011
Mod.
A
B
C
D
VT9
40
30
23
M8
41
UK
ANL-ANLH 020-200
22.3. ANL 050 ÷ 090 version °|P|H|HP
ANL
MOD. VERS. WEIGHT
50
50
70
70
80
80
90
90
384
°/H
°/H
°/H
°/H
°/H
°/H
°/H
°/H
°
P
°
P
°
P
°
P
120
127
120
127
156
163
156
163
CENTER OF
GRAVITY
Gy
Gx
213
212
213
212
217
216
217
216
447
436
447
436
453
444
453
444
A
B
C
D
KIT
VT
%
%
%
%
30,3%
31,0%
30,3%
31,0%
30,3%
31,0%
29,5%
30,0%
29,8%
30,1%
29,8%
30,1%
29,8%
30,1%
30,1%
30,3%
20,1%
19,8%
20,1%
19,8%
20,1%
19,8%
20,0%
19,8%
19,8%
19,2%
19,8%
19,2%
19,8%
19,2%
20,4%
19,9%
9
9
9
9
9
9
9
9
1124
1252
OUT 1”¼
OUT 1”¼
190
100
IN1”¼
428
IN1”¼
67
229
D
1118
B
660
229
D
403
Ø 11
A
B
C
C
Gy
Gx
A
42
Mod.
A
B
C
D
VT9
40
30
23
M8
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
22.4. ANL 100 ÷ 200 versione °|P|A|N|Q / H|HP|HA|HN|HQ
ANL
VERS.
ANL100
ANL100H
ANL150
ANL150H
ANL 200
ANL 200H
1800
1750
°
P
A
°
P
A
°
P
A
°
P
A
°
P
A
°
P
A
WEIGHT
CENTER OF
GRAVITY
Gy
Gx
381
382
382
381
381
381
383
383
383
382
382
382
383
383
383
383
383
383
270
288
338
295
313
363
293
314
364
322
343
393
329
350
400
358
379
429
620
659
659
604
640
640
650
693
693
630
671
671
600
641
641
586
626
626
A
B
C
D
KIT
%
%
%
%
31,7%
30,6%
29,5%
32,2%
31,2%
30,1%
30,8%
29,6%
28,7%
31,4%
30,3%
29,3%
32,1%
31,0%
30,0%
32,6%
31,5%
30,5%
32,8%
31,7%
30,4%
33,3%
32,2%
30,9%
32,1%
30,8%
29,7%
32,6%
31,4%
30,3%
33,6%
32,4%
31,2%
33,9%
32,8%
31,6%
17,4%
18,5%
19,8%
17,0%
18,0%
19,2%
18,2%
19,4%
20,4%
17,7%
18,8%
19,9%
16,8%
17,9%
19,1%
16,4%
17,5%
18,6%
18,0%
19,1%
20,4%
17,5%
18,6%
19,8%
18,9%
20,2%
21,2%
18,3%
19,5%
20,5%
17,5%
18,7%
19,8%
17,1%
18,2%
19,3%
VT
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
15
1345
750
Ø 34
IN1”¼
515
102
OUT 1”¼
138
1590
80
D
B
C
A
D
Gy
B
750
C
20
40
80
Ø9
Gx
Aermec cod. 6755512_05 6.2011
A
Mod.
A
B
C
D
VT15
50
30
28,5
M10
43
UK
ANL-ANLH 020-200
22.5. ANL 020 ÷ 025 version °A|HA
ANL
020
025
384
MOD. VERS.
°/H
°/H
WEIGHT
A
A
99
77
CENTER OF
GRAVITY
Gy
Gx
177
177
326
326
A
B
C
D
%
%
%
%
35,6%
31,6%
31,5%
32,2%
17,4%
17,9%
15,5%
18,3%
KIT
VT
9
9
1124
868
OUT 1”¼
OUT 1”¼
190
100
IN1”¼
428
IN1”¼
67
1118
229
660
229
D
B
408
Gy
A
Ø 11
C
C
D
B
Gx
A
44
Mod.
A
B
C
D
VT9
40
30
23
M8
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
22.6. ANL 030 ÷ 040 version °A|HA
ANL
030
040
384
MOD. VERS.
°/H
°/H
WEIGHT
A
A
103
103
CENTER OF
GRAVITY
Gy
Gx
180
180
A
327
327
B
C
D
KIT
VT
%
%
%
%
39%
39%
32%
32%
16%
16%
13%
13%
9
9
1124
1015
OUT 1”¼
OUT 1”¼
190
100
IN1”¼
428
IN1”¼
67
1118
229
660
229
D
B
408
Gy
A
Ø 11
C
C
D
B
Gx
A
Aermec cod. 6755512_05 6.2011
Mod.
A
B
C
D
VT9
40
30
23
M8
45
UK
ANL-ANLH 020-200
22.7. ANL 050 ÷ 090 version °A|°Q |HA |HQ
ANL
MOD. VERS. WEIGHT
50
70
80
90
°/H
°/H
°/H
°/H
A
A
A
A
CENTER OF
GRAVITY
147
147
147
183
A
B
C
D
KIT
VT
Gy
Gx
%
%
%
%
212
212
212
216
436
436
436
444
32,2%
32,2%
32,2%
31,1%
31,3%
31,3%
31,3%
31,3%
18,5%
18,5%
18,5%
18,8%
18,0%
18,0%
18,0%
18,9%
15
15
15
15
1165
550
1281
IN1”¼
340
210
40
Ø 34
480
OUT 1”¼
214
48,5
1162
B
9
D
25,3
70 4,3
70
D
C
550
Gy
B
A
C
Ø9
A
Gx
46
Mod.
A
B
C
D
VT15
50
30
28,5
M10
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
22.8. ANL 020 ÷ 025 version C
ATTENTION
For the distribution of the
weights, refer to verision "° | H"
310
900
Ø 9.52 liquid
L
196
868
Ø 15.88 gas
G
holes for electrical
cables
354
83
143
895
122,50
122,50
650
D
B
330
Gy
D
Ø9
A
C
C
B
Gx
A
Aermec cod. 6755512_05 6.2011
Mod.
A
B
C
D
VT9
40
30
23
M8
47
UK
ANL-ANLH 020-200
22.9. ANL 040 ÷ 050 version C
ATTENTION
For the distribution of the
weights, refer to verision "° | H"
310
900
1000
Ø 15.88 G gas
194.5
Ø 12.70 Lliquid
holes for electrical
cables
354
70
130
895
122,50
122,50
650
D
B
Ø9
A
B
C
C
Gy
330
D
Gx
A
48
Mod.
A
B
C
D
VT9
40
30
23
M8
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
22.10. ANL 070 ÷ 090 version C
ATTENTION
For the distribution of the
weights, refer to verision "° | H"
384
1124
1252
Ø 22 G
Ø 15,88 L
194,50
190
100
428
1118
229
229
660
D
70,5
130,5
B
D
Gy
C
403
A
B
C
Ø 11
Gx
Aermec cod. 6755512_05 6.2011
A
Mod.
A
B
C
D
VT9
40
30
23
M8
49
UK
ANL-ANLH 020-200
22.11. ANL 100 ÷ 200 version C
ATTENTION
For the distribution of the
weights, refer to verision "° | H"
1345
750
Ø 28 G
Ø 34
515
102
Ø 15.88 L
138
1590
80
D
20
D
B
C
A
Gy
B
750
C
40
80
Ø9
Gx
50
A
Mod.
A
B
C
D
VT15
50
30
28,5
M10
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
22.12. ANL 050 ÷ 090 version D|DA / HD|HDA
326
1165
OUT 1”
540
74
550
1281
IN1”
340
210
IN1”¼
40
OUT 1”¼
Ø 34
480
214
48,5
1162
B
D
9
D
25,3
70 4,3
70
B
Gy
C
550
C
A
Ø9
A
Gx
Mod.
Aermec cod. 6755512_05 6.2011
A
B
C
D
VT9
D|HD
40
30
23
M8
VT15
DA|HDA
50
30
28,5
M10
51
UK
ANL-ANLH 020-200
22.13. ANL 100 ÷ 200 version D|DA / HD|HDA
1800
1750
692
1158
OUT 1”
1345
750
IN1”
249
Ø 34
IN1”¼
515
102
OUT 1”¼
138
1590
80
20
40
80
D
D
Gy
B
750
C
B
Ø9
C
A
Gx
52
A
Mod.
A
B
C
D
VT15
50
30
28,5
M10
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
23.
HYDRAULIC CIRCUITS OF PRINCIPLE
23.1. HYDRAULIC CIRCUIT FOR INTERNAL AND EXTERNAL ANL “°” | "H" standard
HYDRAULIC COMPONENTS
ANL
4
HYDRAULIC COMPONENTS
SUGGESTED EXTERNAL UNIT
8
1
5
11
7
8
6
3
13
11
12
PD
42
8
13
5
9
ATTENTION
The choice and the installation of
components external to the ANL
°|H èup to the installer, who must
operate according to the rules
of good technical design and in
compliance with the regulations in
force in the country of destination.
ATTENTION
The hydraulic pipes connecting to
the machine must be properly sized to the actual flow of water required by the system in operation.
The water flow to the exchanger
must always be constant.
11
10
1
2
3
4
8
5
6
7
9
10
11
12
13
COMPONENTS SUPPLIED AS STANDARDS
Water filter
Pressure switch
Plate exchanger
Porbe water temperature (IN/OUT)
Air Vent
NOT SUGGESTED COMPONENTS PROVIDED TO LOAD INSTALLER
anti vibration joints
Safety valve
Expansion tank
Storage tank
Drain cock
Ball Stop
Pump
Manometer
Aermec cod. 6755512_05 6.2011
ATTENTION
Carefully wash the plant, before
connecting the unit. This allows
cleaning to remove any residue
such as weld spatter, slag, rust or
other impurities from the pipes.
These substances may otherwise
accumulate in and cause a machine malfunction. The connecting
pipes should be supported so as
not to weigh, with their weight on
the unit
53
UK
ANL-ANLH 020-200
23.2. HYDRAULIC CIRCUIT FOR INTERNAL AND EXTERNAL ANL “°P|°N” / "HP|HN"
HYDRAULIC COMPONENTS ANL
4
7
12
HYDRAULIC COMPONENTS
SUGGESTED EXTERNAL UNIT
1
5
11
7
3
13
8
6
8
PD
4
8
5
ATTENTION
The choice and the installation of
components external to the
ANL°P|N /ANLHP|HN up to the
installer, who must operate according to the rules of good technical
design and in compliance with the
regulations in force in the country
of destination.
13
11
9
ATTENTION
The hydraulic pipes connecting to
the machine must be properly sized to the actual flow of water required by the system in operation.
The water flow to the exchanger
must always be constant.
10
1
2
3
4
6
7
8
12
COMPONENTS SUPPLIED AS STANDARDS
Water filter
Pressure switch
Plate exchanger
Porbe water temperature (IN/OUT)
Safety valve
Expansion tank
Air Vent
Pump
5
7
9
10
11
13
NOT SUGGESTED COMPONENTS PROVIDED TO LOAD INSTALLER
anti vibration joints
Expansion tank (if necessary)
Storage tank
Drain cock
Ball Stop
Manometer
54
ATTENTION
Carefully wash the plant, before
connecting the unit. This allows
cleaning to remove any residue
such as weld spatter, slag, rust or
other impurities from the pipes.
These substances may otherwise
accumulate in and cause a machine malfunction. The connecting
pipes should be supported so as
not to weigh, with their weight on
the unit
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
23.3. HYDRAULIC CIRCUIT FOR INTERNAL AND EXTERNAL ANL “°A|°Q” / "HA|HQ"
HYDRAULIC COMPONENTS
ANL
4
HYDRAULIC COMPONENTS
SUGGESTED EXTERNAL UNIT
8
7
12
1
5
13
11
ATTENTION
The choice and the installation of
components external to the
ANL°A|Q /ANLHA|HQ up to the
installer, who must operate according to the rules of good technical
design and in compliance with the
regulations in force in the country
of destination.
8
3
PD
4
13
9
6
7
5
11
ATTENTION
The hydraulic pipes connecting to
the machine must be properly sized to the actual flow of water required by the system in operation.
The water flow to the exchanger
must always be constant.
10
1
2
3
4
6
7
8
9
12
COMPONENTS SUPPLIED AS STANDARDS
Water filter
Pressure switch / Flow switch dor (ANL°A|HA 020…040)
Scambiatore a piastre
Porbe water temperature (IN/OUT)
Safety valve
Expansion tank
Air Vent
Storage tank
Pump
5
7
10
11
13
NOT SUGGESTED COMPONENTS PROVIDED TO LOAD INSTALLER
anti vibration joints
Expansion tank (if necessary)
Drain cock
Ball Stop
Manometer
Aermec cod. 6755512_05 6.2011
ATTENTION
Carefully wash the plant, before
connecting the unit. This allows
cleaning to remove any residue
such as weld spatter, slag, rust or
other impurities from the pipes.
These substances may otherwise
accumulate in and cause a machine malfunction. The connecting
pipes should be supported so as
not to weigh, with their weight on
the unit
55
UK
ANL-ANLH 020-200
23.4. EXAMPLE PLANT FOR THE PRODUCTION OF DHW ANL50H ° WITH ACCESSORY VMF ACS
2
1
M
3
8
5
6
7
4
1
2
3
4
5
ANL050H°
VMF SYSTEM FOR THE PRODUCTION AND MANAGEMENT ACS (ACCESSORIES)
E5 (White or black)
VMF-ACS3KTN | 6KTN |8KTN
management of:
- Three-way valve
- Probe DHW Storage tank
- Electrical heater DHW Storage tank (cycle for integrate and legionella)
Three-way valve (not supplied)
Electrical heater DHW Storage tank (not supplied) (cycle for integrate and legionella)
RS-485 interface (ACCESSORIES MODU-485A)
6 DHW Storage tank (not supplied)
7 Electrical heater (ACCESSORIES BSKW)
8 Storage tank (not supplied)
9 For more information, refer to the documentation for the system VMF available at:
www . aermec . com
10 The accessory is required because the chiller
system communicates with the VMF
56
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
24.
ELECTRIC CONNECTIONS
The ANL|ANLH chillers are completely wired at the
factory and only require connection to the electrical
mains, downstream from a unit switch, according
to that envisioned by the Standards in force on this
subject in the country of installation.
It s also advised to check that:
1.
the electrical mains features are suitable for the
absorption values indicated in the electrical data
table, also taking into consideration any other
machines operating at the same time.
2.
The unit is only powered when installation has
been completed (hydraulic and electric).
3.
Respect the connection indications of the phase,
neutral and earth wires.
4.
The power supply line must have a relevant
protection mounted upstream against short
circuits and dispersions to earth, which isolates
the system with respect to other utilities.
5.
The voltage must be within a tolerance of ±10%
of the nominal power supply voltage of the
machine (for unbalanced three-phase unit max
3% between the phases). Whenever these parameters are not respected, contact the electric
energy public body.
6.
For electric connections, use the cables with
double isolation according to the Standards in
force on this subject in the different countries.
IT IS REQUIRED
1.
The use of an omnipolar magnet circuit breaker
switch is mandatory, in compliance with the
IEC-EN Standards (contact opening at least 3
mm), with suitable cut-off power and differential
protection on the basis of the electric data table
shown below, installed as near as possible to the
appliance.
2.
to make an effective earth connection. The manufacturer cannot be considered responsible for
any damage caused by the lack of or ineffective
appliance earth connection.
3.
For units with three-phase power supply, check
the correct connection of the phases.
All the electrical operations must be carried out by STAFF IN POSSESSION OF THE NECESSARY QUALIFICATIONS BY LAW suitably trained and informed on the risks related to these operations
The characteristics of the electrical lines and of the related components must be determined by STAFF
QUALIFIED TO DESIGN ELECTRICAL SYSTEMS, in compliance with the international and national regulations of the place of installation of the unit and in compliance with the regulations in force at the
moment of installation
For the installation requirements refer only to the electrical diagram supplied with the appliance. The
electrical diagram along with the manuals must be kept in good condition and ALWAYS AVAILABLE FOR
ANY FUTURE SERVICING ON THE UNIT.
IT IS mandatory to verify that the machine is watertight before making the electrical connections and
it must only be powered up after the hydraulic and electrical works have been completed.
ATTENTION
It is prohibited to use the water
pipes to earth the appliance
ATTENTION
Check the tightening of all power
wire clamps on commissioning and
after 30 days from start-up. Subsequently, check the tightening of all
the power clamps every six months.
Loose terminals can cause overheating of the cables and components.
The cable sections stated in the table are recommended
for a maximum length of 50 m and placed in a cable
trough.
For longer lengths or different cable laying, it is up to the
PLANNER to calculate the appropriate length of the cables
as well as the connection to the earth wire and linking to
connected cables:
•
the length
•
the type of cable
•
the absorption of the unit and the physical location,
and the ambient temperature.
Aermec cod. 6755512_05 6.2011
57
Maximum current
UK
ANL-ANLH 020-200
025
230V/1/50Hz
030
230V/1/50Hz
040
230V/1/50Hz
020 400V/3N/50Hz
025 400V/3N/50Hz
030 400V/3N/50Hz
040 400V/3N/50Hz
050 400V/3N/50Hz
070 400V/3N/50Hz
080 400V/3N/50Hz
090 400V/3N/50Hz
100 400V/3N/50Hz
150 400V/3N/50Hz
200 400V/3N/50Hz
°
P
°
P
°
P
°
P
°
P
°
P
°
P
°
P
°
P
N|Q
°
P
N|Q
°
P
N|Q
°
P
N|Q
°
P
N|Q
°
P
N|Q
°
P
N|Q
Fans [n°]
230V/1/50Hz
Compressor [n°]
020
Version
Power supply
ELECTRICAL DATA
ANL° | H
25.
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
TOTAL ABSORPTION
L.R.A. F.L.A.
SUGGESTED CABLE SECTION
SEZ. A
[A]
[A]
Phase
[n°]
59,5
26,5
62,5
63,5
83,7
84,7
98,7
99,7
26,5
27,5
32,5
33,5
35,7
36,7
48,7
49,7
65,3
67,3
68,0
75,3
77,3
78,0
102,3
104,3
105,0
96,3
98,3
99,0
76,0
77,4
78,8
87,0
89,8
90,5
117,0
119,8
120,5
16,5
17,5
16,5
17,5
19,7
20,7
23,7
24,7
6,0
7,0
6,0
7,0
6,7
7,7
8,7
9,7
11,3
13,3
14,0
13,5
15,5
16,2
16,3
18,3
19,0
17,3
19,3
20,0
22,0
23,4
24,8
26,0
28,8
29,5
34,0
36,8
37,5
1
1
1
1
1
1
1
1
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
3+N
26.
ATTENTION
CONTROL AND START-UP
Please note that, on request by the
Aermec customer or the legitimate
owner of the machine, the units in
this series can be started up by the
AERMEC After-Sales Service in your
area (valid only on Italian territory).
The start of operation must be
scheduled in advance based on
the timeframe for the completion
of works for the system. Prior to
the work to be carried out by the
AERMEC After-Sales Service, all
other works (electrical and hydraulic
connections, loading and bleeding of
air from the system) must have been
completed.
58
1.
2.
3.
4.
5.
6.
7.
SEZ. B EARTH
cavi per
Cable section Total cabels
[mm2] [mm2]
singola
[n°]
[mm2]
fase [n°]
1
4
2
0,5
4
1
4
2
0,5
4
1
4
2
0,5
4
1
4
2
0,5
4
1
6
2
0,5
6
1
6
2
0,5
6
1
6
2
0,5
6
1
6
2
0,5
6
1
2,5
4
0,5
2,5
1
2,5
4
0,5
2,5
1
2,5
4
0,5
2,5
1
2,5
4
0,5
2,5
1
2,5
4
0,5
2,5
1
2,5
4
0,5
2,5
1
2,5
4
0,5
2,5
1
2,5
4
0,5
2,5
1
4
4
0,5
4
1
4
4
0,5
4
1
4
4
0,5
4
1
4
4
0,5
4
1
4
4
0,5
4
1
4
4
0,5
4
1
6
4
0,5
6
1
6
4
0,5
6
1
6
4
0,5
6
1
6
4
0,5
6
1
6
4
0,5
6
1
6
4
0,5
6
1
10
4
0,5
10
1
10
4
0,5
10
1
10
4
0,5
10
1
16
4
0,5
16
1
16
4
0,5
16
1
16
4
0,5
16
1
16
4
0,5
16
1
16
4
0,5
16
1
16
4
0,5
16
400V/3N/50Hz
IL
[A]
25
25
25
25
25
25
32
32
16
16
16
16
16
16
16
16
16
16
16
16
16
16
25
25
25
25
25
25
25
25
25
45
45
45
45
45
45
PE
fase
fase
fase neutro
230/1/50Hz
PE
fase
KEY
F.L.I.:
F.L.A.:
L.R.A.:
Sez A:
3+N:
Sez B:
TERRA:
IL:
fase
fase neutro
Maximum power consumption
Maximum current
Peack current
Power supply
3 Phase + neutre
Connect controls and safeties
Earth to bring the machine
Main switch
ELECTRICAL CONNECTION OF POWER TO THE POWER SUPPLY
Before connec ng the unit to the power supply
mains , ensure that the isola ng switch is open
Open the front panel
Use the holes for the main electric power
supply cable and for the cables of the other
external connec ons under the responsibility
of the installer
It is forbidden to access posi ons not specifically envisioned in this manual with electric cables
Avoid direct contact with noninsulated copper
piping and with compressor
Iden fy the clamps for the wiring diagram,
always refer to the electric layout supplied with
the unit.
For the func onal connec on of the unit, take
the power supply cable to the electric control
board inside the unit and connect to clamps L1L2-L3 and PE respec ng the polari es
8.
9.
10.
11.
L1-L2-L3 as phases, and PE as earth see figure
Re-posi on the inspec on panels
Ensure that all protec ons removed for the
electric connec on have been restored before
electrically powering the unit
Posi on the system master switch (external to
the appliance) at “ON”.
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
27.
STRAT UP
ATTENTION
Before carrying out the controls
indicated below, make sure that the
unit is disconnected from the power
mains. Make sure that the master
switch is locked in the OFF position
and an appropriate sign is affixed.
Before starting the operations, check
that there is no voltage present using
a voltmeter or a phase indicator.
3.
4.
5.
27.1. PRELIMINARY OPERATIONS TO BE
MADE WITHOUT TENSION
6.
check:
1.
All safety conditions have been respected
2.
The unit is correctly fixed to the support surface
3.
The minimum technical spaces have been
respected
4.
That the power cables are generally of appropriate sec on, to withstand the overall drive
power consump on. (see sec on Electrical
Data), and that the unit is properly connected
to earth.
5.
All electric and hydraulic connections have been
tightened well.
27.2. THE FOLLOWING OPERATIONS ARE PER
FORMED WHEN THE UNIT IS POWERED.
1.
2.
3.
4.
Supply power to the unit by turning the master
switch to the ON position. The display will
come on a few seconds after voltage has been
supplied.
Use a tester to check that the value of the power
supply voltage to the RST phases is equal to 400V
±10%; also verify that the unbalance between
phases is no greater than 3%.
Check that the connections made by the installer
are in compliance with the documentation.
Verify that the resistor of the compressor sump
is working by measuring the increase in temperature of the oil pan. The resistance/s must
function for at least 12 hours before start-up of
the compressor and in all cases the temperature
of the oil pan must be 10 -15°C higher than the
room temperature.
HYDRAULIC CIRCUIT
1.
Check that all hydraulic connections are made
correctly, that the plate indications are complied
2.
Check that the hydraulic system is filled and
under pressure and also make sure that no air is
present; if so, bleed it.
SYSTEM LOAD:
Before starting the load, CHECK:
− that the system drain tap is closed.
− Open all the drain valves of the system and of the
related terminals.
− Open the shut-off devices of the system.
− Start the filling by slowly opening the water system
load cock placed outside the machine.
− When water begins to flow from the terminal vent
valves, close them and continue loading up to read
Aermec cod. 6755512_05 6.2011
on the gauge the value of 1.5 bar. The system is
loaded at a pressure between 1 and 2 bar. It is advisable to repeat this operation once the machine has
worked for some hours and to periodically check the
system pressure, restoring if it drops below 1 bar.
Check the hydraulic seal of the joints.
Verify that any on-off valves present in the
system are correctly opened.
Make sure that the circulation pump is operating
and that the flow rate of the water is sufficient
to close the contact of the flow/pressure switch.
Check lthe water flow rate, measuring the
pressure difference between input and output of
the evaporator and calculate the flow rate using
theevaporator pressure drop diagram present in
technical documentation. (www . aermec . com)
Check the correct functioning of the flow/
pressure switch if installed. Closing the cut-off
valve at the output of the heat exchanger; the
unit control panel must show the block. Finally
re-open thevalve and rearm the block.
27.3. MACHINE COMMISSIONING
setpoint value. The control of its correct functioning
can be performed by closing the air intake to the
exchanger (in cooling mode) and keeping the high
pressure manometer under control, check the intervention in correspondence of the calibration value.
Caution: In the event of failure to intervene at the
calibration value, stop the compressor immediately
and check the cause. The reset is manual and can
only be performed when the pressure falls below
the differential value. (For the set and differential
values, consult the technical manual).
- The anti-freeze control
The anti-freeze control managed by the electronic
regulation and by the temperature probe located at
the outlet of the evaporator is to prevent the formation of ice when the water flow rate is too low.
Correct operation can be checked by progressively
increasingly the anti-freeze set-point until it passes
the outlet water temperature and keeping the water
temperature controlled with a high precision thermometer, verify that the unit is off and generates
the respective alarm. After this operation, take the
anti-freeze set-point back to its original value.
After having performed all controls stated above, it
is possible to start the unit by pressing the ON key.
The display shows the temperature of the water and
machine functioning mode. Check the operating parameters (set-point) and reset any alarms present.
After a few minutes, the unit will begin operating.
27.3.1. CHECKS THE MACHINE IS ON
COOLING CIRCUIT
CHECK:
- That the compressor input current is lower than
the maximum indicated in the technical data table.
- That in models with three-phase power supply, the
compressor noise level is not abnormal. If this is the
case, invert a phase.
- That the voltage value lies within the prefixed
limits and that unbalance between the three phases
(three-phase power supply) is not above 3%.
- The presence of any refrigerant GAS leaks par cularly with reference to pressure plugs, pressure
transducers and pressure switches. (VIBRATIONS
DURING TRANSPORTATION MAY LOOSEN CONNECTIONS).
- Overheating
Comparing the temperature read using a contact
thermostat positioned on the compressor intake
with the temperature shown on the low pressure
manometer (saturation temperature corresponding
to the evaporation pressure). The difference between these two temperatures gives the overheating
value. Optimal values are between 4 and 8°C
- The Pressing line temperature
If the subcooling and overheating values are regular
the temperature measured in the pressing line pipe
at the outlet of the compressor must be 30/40°C
above the condensation temperature.
CONTROL AND SAFETY DEVICES
CHECK:
- High pressure switch
That stops the compressor, generating the respective alarm, when the delivery pressure exceeds the
59
UK
ANL-ANLH 020-200
28.
FUNCTIONING FEATURES
28.1. SET POINT IN COOLING MODE
28.5. ANTI FREEZE ALARM
(Factory set) = 7°C, ∆t = 5°C.
The an -freeze alarm is ac ve if the machine is off
or in stand-by mode. In order to prevent the heat
exchanger from breaking due to the water it contains
freezing, envision compressor block (if the machine
is on below 3.5 °C) and igni on of the resistance (if
standby below 5 °C). If the temperature detected by
the probe posi oned in outlet of the heat exchanger
and in inlet to the chiller is less than +3.8°C.
28.2. SET POINT IN RISCALDAMENTO
(Factory set) = 45°C, ∆t = 5°C.
If the unit power supply is restored a er a temporary
interrup on, the set mode will be kept in the memory.
28.3. COMPRESSOR START UP DELAY
Two func ons have been prepared to prevent compressor start-ups that are too close.
- Minimum time from last switch-off 60 seconds in
cooling mode.
- Minimum time from last switch-on 300 seconds in
heating mode
28.4. CIRCULATION PUMP
The circuit board envisions an output for the management of the circula on pumps.
The pump side u li es start immediately a er the first
30 seconds of func oning. When the water flow rate
has gone into normal working condi ons, the flow
meter control func ons are ac vated (if envisioned).
Below find the compressor start-up procedure, by
switching the source side pump on with flow meter
check if enabled a er 20 seconds.
Whenever alarms do not occur, the compressor starts.
60
The interven on of this alarm determines compressor block and not pump block, which remains ac ve
along with the switchon of the resistance if installed.
To restore normal func ons the temperature of the
outlet water. Rearm is manual.
ATTENTION
11
This anti-freeze set temperature can only be varied by an
authorised after-sales centre
and only after having checked
that there is anti-freeze solution in the water system.
12
Whenever this alarm intervenes, We advise you call the
nearest after-sales service
immediately
28.6. WATER FLOW RATE ALARM
The unit manages a water flow rate alarm controlled
by the differen al/flow pressure switch installed in
series on the machine. This type of safety device intervenes a er the first 30 seconds of pump func oning, if
the water flow rate is not sufficient.
The interven on of this alarm determines compressor
and pump block.
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
29.
ATTENTION
Consigliamo di prevedere un libretto
macchina (non fornito, ma a carico
dell'utente), che consenta di tenere
traccia degli interventi effettuati
sull'unità, in questo modo sarà più
facile organizzare adeguatamente gli
interventi facilitando la ricerca e la
prevenzione di eventuali guasti alla
macchina.
Riportare sul libretto data, tipo di
intervento effettuato (manutenzione
ordinaria, ispezione o riparazione),
descrizione dell'intervento, misure
attuate
ATTENZIONE
13
è vietato CARICARE i circuiti
frigoriferi con un refrigerante
diverso da quello indicato.
Utilizzare un gas refrigerante
diverso può causare gravi
danni al compressore.
MAINTENANCE
All cleaning is prohibited un l the unit has been disconnected from the electric power supply mains. Make
sure there is no voltage present before opera ng.
Periodic maintenance is fundamental to keep the unit
perfectly efficient under a func onal and energe c
point of view.
It is therefore essen al to carry out periodic yearly
controls for the:
29.1. HYDRAULIC CIRCUIT
CHECK:
1.
Refilling of water circuit
2.
Cleaning the water filter
3.
Control of pressure/flow switch
4.
No air in the circuit (bleed) that the water flow
rate to the
5.
Evaporator is constant
6.
The thermal insulation state of the hydraulic
piping
7.
The percentage of glycol where necessary
29.2. EMPTYING THE SYSTEM
Before starting to drain the system, turn "off" the unit
− Check that the water system load/restore tap is
closed
− Open the drain tap outside the machine and all the
vent valves of the system and the corresponding
terminals.
− In case of prolonged shut-down of the unit during
winter (if not added with glycol) or for other inconveniences, drain the chiller hydraulic circuit by the
corresponding knobs. If the system uses glycol, this
liquid should not be drained to the environment becau-
se it is a pollutant. It must be collected and, if possible,
reused.
29.3. ELECTRICAL CIRCUIT
CHECK:
8.
Safety efficiency
9.
Electric supply pressure
10. Electrical Input
11. Connection tightness
12. Verify the operation of the carter compressor
resistance
29.4. COOLING CIRCUIT
CHECK:
13. State of compressor
14. Efficiency of the plate heat exchanger resistance
if envisioned
15. Work pressure
16. Leak test for watertightness control of the
cooling circuit
17. Functioning of high and low pressure switches
18. Carry out the appropriate checks on the filter
dryer to check efficiency
29.5. MECHANICAL
CHECK:
1.
Check the tightening of the screws the compressors and the electrical box, as well as the exterior
panelling of the unit. Insufficient fastening can
lead to undesired noise and vibrations
2.
State of the structure.
Treat any shares if you encounter any oxidized
paint suitable to iminate or reduce the phenomenon of oxidation.
29.6. EXTRAORDINARY MAINTENANCE
The ANL | ANLH are filled with R410A gas and are
inspected at the factory. Under normal conditions they
do not require Technical Assistance related to control
of refrigerant gas. Through time gas leakage may be
generated from the from the joints, causing refrigerant
to escape and discharge the circuit, causing appliance
malfunctioning. In these cases the leakage points are
to be discovered, repaired and the Gas circuit is to be
replenished, respecting the December 28 1993 n°549
law.
3.
Load procedure
7.
1.
2.
30.
Empty and dry the entire cooling circuit using
a vacuum pump connected to the low and high
pressure socket until 10 Pa is read on the vacuum
meter. Wait a few minutes and check that this
value does not rise above 50 Pa.
Connect the refrigerant gas cylinder or a load
cylinder to the socket on the low pressure line.
4.
5.
6.
8.
Load the amount of refrigerant gas indicated on
the appliance features plate.
After a few hours of functioning, check that the
liquid indicator indicates the dry circuit (drygreen). In the case of partial loss, the circuit must
be emptied completely before being re-loaded.
The R410A refrigerant must only be loaded in the
liquid state.
Functioning conditions that are different to the
nominal conditions can give rise to values that
are greatly different.
The sealing test or the search for leaks must
only be performed using R410A refrigerant gas,
checking using a suitable leak detector.
In the cooling circuit it is prohibited to use
oxygen or acetylene or other inflammable or
poisonous gases because they are a cause of
explosions or intoxication.
DISPOSAL
Provide that the disposal unit is implemented in accordance with the rules in force in different countries.
Aermec cod. 6755512_05 6.2011
61
UK
ANL-ANLH 020-200
31.
LIST OF CONTROLS FOR THE GUIDED PROCEDURE
Some parameters in the moducontrol board must be
set appropriately on the basis of the type of system in
which the unit is installed.
These modifications, performed by the installer, are
summarised and organised in the following guided
procedures, with which to correctly set the unit circuit
board parameters.
31.1. HOW TO MODIFY A PARAMETER IN
THE USER MENU:
REQUEST
(1) What type of system terminals
are used in the heating circuit?
ANSWER
• Is the unit a cooling only model
SOLUTIONS
• Go to ques on 2
• Radiant panels
• Set the parameter StC (index 3
USER menu) with the value of
35 °C
• Set the parameter StC (index 3
USER menu) with the value of
45 °C (default value)
• Set the parameter StC (index 3
USER menu) with the value of
55 °C
• Go to ques on 3
• Set the parameter PAN (index 9
INSTALLER menù) with the appropriate value selec ng from:
Value (1):
• Season control piloted from the
circuit board
• ON/OFF control enabled from PR3
Value (2):
• Season control enabled from PR3
• ON/OFF control from panel on
machine
Value (3):
• Season control enabled from PR3
• ON/OFF control enabled from PR3
• Go to ques on 5
• Set the parameter ASA (index A INSTALLER MENU) with the value (1)
• Go to ques on 5
• Set the parameter AAS (index
C INSTALLER menu) with the
appropriate value (in seconds). This
parameter indicates the stand-by
time for inversion of the 3-way
diverter valve on the DHW production system
• No operation
• This parameter enables a digital
clamp ID (indicated on the circuit
board with the code TRA) to
which a room thermostat must
be connected, used to disable the
compressors and the integrative
resistances. Set the parameter trA
(index D INSTALLER menu) with the
appropriate value, selecting from:
1. Value (1 o 2): ENABLED
2. Value (0 o 3): DISABLED
3. Remember that the OPEN state on
the clamp represents:
•
the compressors and resistances block function if the
parameter is set at 1
•
the compressors, pumps and
resistances block function if the
parameter is set at 2
•
represents the pump alarm
(as in the previous software
version), if the parameter is set
at the value 3
• Fan coils or low temperature
radiators
• Other applica ons
To enter the USER presses shown in (Fig. 1), once you
press the key you must enter your password to access
the various menus;
• Not installed
• installed
User password menù: 000 (displayed by default)
(2) Is the remote panel accessory
installed (PR3)?
(Fig.1)
to change the value of the password using the arrow
keys (Fig. 2). Once the correct password, press shown
in (Fig. 1).
(3) Is the production of DHW
envisioned?
• Not envisioned
• envisioned
• Not installed
• installed
(4) Is a 3-way diverter valve envisioned in the DHW production
circuit
• Not envisioned
• envisioned
(Fig.2)
The display reads the USER parameter index and a
three-character string that identifies it, the string is
displayed for a second, after which it is replaced by the
value for the parameter.
To go to the next, use the arrow keys (Fig. 2). To change
a parameter, select it by pressing the button shown in
(Fig. 1), change the value assigned by the arrow keys
(Fig. 2) and to confirm the change, press the switch in
(Fig.1).
31.2. HOW TO MODIFY A PARAMETER IN
THE INSTALLER MENU:
To enter and edit the menu INSTALLED following the
same procedure for the user menu.
(5) Is a room thermostat installed?
installer password menu: 030
62
Aermec cod. 6755512_05 6.2011
UK
ANL-ANLH 020-200
ANOMALY
CAUSE
• No electric voltage
The chiller does not start-up
Insufficient yield
Noisy compressor
Noise and vibrations
The compressor stops due to intervention of the protections
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Master switch at OFF
Remote switch at OFF (if present)
Control panel at OFF
Main switch at OFF
Compressor magnet circuit breaker at OFF
Power supply voltage too low
Bobina di teleruttore compressore guasta
Circuit board broken
Peak condenser broken
Compressor broken
No refrigerant
Appliance dimensioning
Filtro acqua intasato
Appliance dimensioning
Functioning outside of operational limits
Liquid return to the compressor
Inadequate fixing
Phase inverted
Contacts between metal bodies
Weak rest
Loose screws
Excessive flow pressure
Low intake pressure
Power supply voltage low
Electric connections fastened badly
Functioning outside of operational limits
Pressure switch functions badly
• Circuit breaker protection intervention
• Temperatura acqua esterna elevata
• Temperatura acqua ingresso acqua utenze elevate
High compressor discharge pressure
Low discharge pressure
High intake pressure
• Insufficient air flow
• Insufficient water flow
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Anomaly functioning in fans regulation
Air in the hydraulic system
Excessive gas load
Low external air temperature
Low water input temperature
Humidity in the cooling circuit
Air in the hydraulic system
Insufficient gas load
High external air temperature
High water input temperature
Thermostatic expansion valve too open or damaged
Low utilities water input temperature
Low external water input temperature
Thermostatic expansion valve damaged or blocked
Low intake pressure
• Insufficient air flow
• Insufficient water flow
Aermec cod. 6755512_05 6.2011
REMEDY
• Check the presence of voltage
• Check the safety systems upstream from the appliance
• Position at ON
• Check power supply line
• Replace the component
•
•
•
•
•
Verify the charge and the presence of any leaks
Clean the batteries
Clean the filter
Check
Controllare con il grafico dei limiti operativi
• Check
•
•
•
•
Invert a phase
Check
Restore
Tighten the screws
• Check with the operational limits graph
• Replace the component
• Check power supply voltage
• Check electric isolation of the windings
• Check with the operational limits graph
•
1.
2.
3.
4.
•
•
•
Verify:
fans operability
the battery cleaning
Pump functionality (speed)
Cleaning the filter
Verify or replace in case of breakage
Bleed the circuit
Restore the correct load
• Check with the operational limits graph as above
•
•
•
•
•
Empty and restore the gas load
Bleed the circuit
Restore the correct load
check with the operational limits graph
Adjust or replace if damaged
• Check with the operational limits graph
• Regolare o sostituire se danneggiata
•
1.
2.
3.
4.
Verify:
fans operability
the battery cleaning
Pump functionality (speed)
Cleaning the filter
63
The technical data on the following documents are not binding.
Aermec reserves the right to make any changes at any time deemed necessary for product improvement.