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Verne WPHA HE 1201

Hitecsa Verne WPHA HE 251, Verne WPHA HE 351, Verne WPHA HE 401, Verne WPHA HE 501, Verne WPHA HE 70 Installation, Operation And Maintenance Manual

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1
IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
INSTALLATIO
N,
OPERATION AND MAINTENANCE MANUAL
IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
Models: 091│121│141│171│201│251│351│401│501│ 701│751│1001│1201
Cooling capacity: 2.4 a 41.0 kW Heating capacity: 2.3 a 37.9 kW
WPHA HE WPHBA HE
Cooling only Heat pump HORIZONTAL WATER-AIR COMPACT PACKAGED UNITS
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
Thank you for trusting the Hitecsa Products. Our company has been offering the market an extended range of specialized units for air conditioning and cooling installations for over 35 years. Our approach is based on efficiency, adaptability, usability and practical solutions. This has been the hallmark of our product catalogue.
The versatility of our factory allows us to contribute solutions, almost tailored to each project’s specifications, in search of a solution to every problem that arises in design and implementation of air conditioning installations.
From all of us at Hiplus Aire Acondicionado, once again, thank you very much.
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
INDEX
INTRODUCTION ............................................................................................................................ 4
REGULATIONS AND CERTIFICATIONS....................................................................................... 5
SAFETY PRECAUTIONS ............................................................................................................... 6
TECHNICAL SPECIFICATIONS .................................................................................................... 8
TRANSPORT & RECEPTION ...................................................................................................... 14
INSPECTION AT RECEPTION ........................................................................................................................................... 14
RIGGING ......................................................................................................................................................................... 14
STORAGE ........................................................................................................................................................................ 14
INSTALLATION............................................................................................................................ 15
INSTALLATION LOCATION .............................................................................................................................................. 15
UNIT SETTLEMENT ......................................................................................................................................................... 15
SERVICE AREA ................................................................................................................................................................ 15
WEIGHT DISTRIBUTION (KG) ........................................................................................................................................... 15
DIMENSIONS AND WEIGHT ............................................................................................................................................ 16
WATER DRAIN ................................................................................................................................................................ 21
AIR DUCTS ...................................................................................................................................................................... 21
INSTALLATION OF WATER PIPES .................................................................................................................................... 22
Preliminary information ............................................................................................................................................. 22
Components................................................................................................................................................................ 22
Safety elements .......................................................................................................................................................... 22
Risk of frost ................................................................................................................................................................. 22
Glycol additions .......................................................................................................................................................... 22
WPHA / WPHBA HYDRAULIC CIRCUIT AND ITS COMPONENTS ...................................................................................... 23
ELEMENTS AND HYDRAULIC CONNECTIONS OF THE INSTALLATION DIAGRAM ............................................................. 24
ELECTRICAL CONNECTIONS ........................................................................................................................................... 25
Thermostat connections. ............................................................................................................................................ 25
OPERATION ................................................................................................................................ 27
BEFORE START UP .......................................................................................................................................................... 27
START UP ....................................................................................................................................................................... 27
OPERATING LIMITS ........................................................................................................................................................ 28
Cooling cycle ............................................................................................................................................................... 28
Heating cycle .............................................................................................................................................................. 28
TH TUNE CONTROL ........................................................................................................................................................ 29
ON-OFF CONTROL .......................................................................................................................................................... 29
TEMPERATURE ADJUSTMENT ........................................................................................................................................ 29
SYSTEM MODES .......................................................................................................................................................... 29
Indoor Fan Modes:...................................................................................................................................................... 29
Warnings and Information signals ............................................................................................................................. 29
Description of the Warning Codes .............................................................................................................................. 29
Alarms ........................................................................................................................................................................ 29
Alarm Codes Reset ...................................................................................................................................................... 29
Description of the Alarm Codes .................................................................................................................................. 30
MAINTENANCE ........................................................................................................................... 31
REFRIGERANT CHARGE .................................................................................................................................................. 33
FAN WITH EC MOTOR .................................................................................................................................................... 33
Diagnosis / Failures .................................................................................................................................................... 34
APPENDIX: SAFETY DATA R410A ............................................................................................. 36
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
This manual and any other instructive document attached as refrigeration lines design, electrical diagrams, etc. have been written to allow a correct installation, commissioning and maintenance of the unit. Therefore it is essential to read the instructions with due attention.
Verify that all the necessary information for the correct installation of the system is included in the manuals supplied with this unit and/or the rest of the indoor units, accessories, etc. Otherwise, the manufacturer declines any responsibility for any damage to persons, animals or things, as a result of improper use of the unit and/or failure to observe these instructions.
In case of different interpretations and/or errors the documentary priority will be: 1. Characteristics plate of the unit, 2. IOM (this document), 3. EDM, technical catalogue, 4. UM user manuals.
Check that the electrical network features are in accordance to data shown in the data nameplate of the unit.
The material of the package (plastic bags, insulating materials, nails, etc.) is a potential source of danger. Consequently, it should be kept out of the reach of children and properly recycled according to the valid local safety regulations.
This product should not be mixed with household waste at the end of its life. Due to the refrigerant, oil and other components contained in this product, it must be dismantled by professional installers, all waste should be sent, according to its nature to recycling, composting or treatment plants, or an authorized management agency in accordance with current local legislations.
INTRODUCTION
Purpose of this Manual
Conservation of the Manual
This manual and the electric diagram of the unit must be retained and remain available to the operator for any further consultation.
Updating the Data
The continuous improvement in design and performance to which we are committed gives us the right to modify the specifications of our products without prior notice.
Electrical Supply
Local Safety Regulations
Observe and analyse all possible causes of accidents that may arise in the place or places of installation of the units, check means and tools to use, etc. It is not possible to anticipate each and every one of the potential circumstances of danger in this manual. Respect the valid local security standards during installation.
Principles of Security on Installation
The unit is designed and built in a way that does not pose a risk to the health and safety of people. Appropriate solutions for the project have been adopted to eliminate the possible causes of risk in the installation.
Packaging and Replacement of Equipment
Utilization
The unit will be used only for the reason it has been conceived. Any other use does not imply any kind of compromise or link for the manufacturer.
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
Carry out periodic inspections to detect possible damaged or broken pieces. If they are not repaired it could cause damage to people or stuff. Before executing any maintenance operation, cut off the unit power supply.
Make sure to leave the maintenance areas open. If these areas have to be necessarily invaded by the construction of air supply and/or lateral return ducts. Verify that the design of the ducts allow the access to the fans and the change of the filters or that these are accessible from the other lateral.
All operations should be carried out in accordance with local safety regulations.
The reparations should be always and exclusively made by trained personal authorized by the manufacturer using original spares. The safeties of the unit could be affected due to the failure to comply with these warnings.
INTRODUCTION
Incorrect Operation
In case of breakdowns or operation faults, turn off unit.
Periodic Inspections and Maintenance
Repairing Operations
Modifications
The manufacturer will not respond to the warranty and to the possible damages of the unit in case of electrical and/or mechanical modifications. The unauthorized manipulation, reparation or modification of the unit will automatically invalidate the warranty.
Refrigerant
This product is hermetically sealed and contains R-410A which is a HFC fluorinated greenhouse gas. This product is hermetically sealed and its operation depends on the use of R-410A which is a HFC fluorinated greenhouse gas.
REGULATIONS AND CERTIFICATIONS
ISO 9001 CERTIFICATION: HIPLUS AIRE ACONDICIONADO S.L., trying always to find the maximum satisfaction of
costumers, has obtained the ISO 9001:2015 Quality System referred to its production activity. This will result in a continuous determination to improve quality and reliability of all our products; commercial activities, design, raw materials, production and after-sales service, are the means to reach our goal.
CE MARKING: Our machines have got the CE mark, in conformity with the essential requirements of the applicable EC directives and their last modifications as well as with the national legislation of each country.
EUROVENT CERTIFICATION: HITECSA participates in the EUROVENT Certification program. Check certified products on the web.
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
The warranty of the unit will not respond to the damages caused by frozen water.
WARNING!
SAFETY PRECAUTIONS
Before starting any installation, service or maintenance operation, turn off the main power switch in
order to avoid electrical shock that may cause personal damages. In case of folding electrical panels, before folding them up in order to access to the interior of the
machine, it is MANDATORY to disconnect the power supply hose from the electrical voltage, IT MUST ALWAYS BE FREE OF VOLTAGE for this operation
DANGER
Do not touch or adjust the safety elements inside of any unit of the system. In repairs use only original spare parts
and install them properly in the same position where old parts were placed.
The installation and maintenance of air conditioning equipment could be dangerous because the system is under
pressure, some of its elements have high temperatures and include electrical components.
Do not install the unit into an explosive atmosphere.  If it was necessary to open the electrical panel and access the inside of the machine it is MANDATORY to
disconnect the power supply hose from the machine. It MUST BE FREE OF VOLTAGE for this operation.
It is generally forbidden to carry out work on electrical live parts. Protection class of the device when it is complete
opened is IP00! Be careful, do not touch hazardous voltages directly.
Check the safe isolation from the supply using a two-pole voltage detector.  Even after disconnecting the main voltage, life-threatening charges can appear between the protective ground
“PE” and the main connection.
Units with water-air, water-water or refrigerant-water heat exchangers must be conveniently protected from breaks
by freezing when the room temperature can reach values lower than 5 ºC. In this case, it is mandatory heat, remove completely the water or add antifreeze to ensure that the freezing point
is always lower than the room temperature.
When the motor runs independently due to air flowing through or if it continues to run down after being
turned off, dangerous voltages of over 50 V can arise on the internal connections of the motor through operation of the generator.
When there are EC motors or motors with variable speed control, the protective earth is conducting high discharge
currents (depending on the switching frequency, current source voltage and motor capacity). Earthing in compliance with EN specifications shall therefore be observe even for testing and trial conditions (EN 50 178, Art.
5.2.11). Without earthing, dangerous voltages can be present on the motor housing.
Through use of capacitors, danger of death exists even after switching off the device in case of direct contact with
conductive parts or with parts that carry voltage due to fault condition. It is only allowed remove or open the housing of the controller when the power supply cable is disconnected and after a waiting time of 3 minutes.
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
ATTENTION!
will be on the person or operating company of the unit, and will not be on its manufacturer.
WARNING!
SAFETY PRECAUTIONS
Only qualified and trained service staff (technical service) must make the installation, commissioning and carry
out maintenance works. Unqualified personnel can only make basic tasks such as cleaning and replacement of filters, etc.
Prevent access to children so they cannot play with the appliances.  In every visit, all precautions must be taken into account: those recommended in the installation, operation and
maintenance instructions, as well as the ones indicated in labels of the unit. Do not forget to strictly follow any other safety precautions.
DO NOT introduce objects into the air inlets or outlets that can be drawn into the fan, people, etc.  Use safety glasses, work gloves and any other safety accessory necessary.  The fan / motor may switch on and off automatically for functional reasons.  After power failure or main disconnection an automatic restart of the fan takes place after voltage return!  Wait for the fan to come to a complete standstill before approaching it!  In the AC external rotor motor the external rotor turns during operation!  For brazing operations use a quenching cloth and take precautions to have at close distance a fire extinguisher.
This product contains fluorinated greenhouse gases, its leakage can cause displacement of air and cause
insufficient oxygen to breath. The decomposition of fluorinated gases when being burned due to e.g. brazing operations, may cause the
existence of highly toxic and corrosive gases.
Must follow all safety recommendations.
The responsibility of all personal and material damages caused by an unplanned or inappropriate use
Product precautions
The equipment accomplishes the current technical standards at the moment of its delivery and basically it is considered secure. The unit and its corresponding accessories should only be assembled and operate if they are in perfect conditions and in agreement with the instructions manual of the manufacturer. Utilizations which are not in accordance with the technical specifications of the unit (Name plate and appendix / technical data) might cause defects and other kind of damages.
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
VERNE HE SERIES
091
121
141
171
201
WPHA / WPHBA
COOLING CAPACITIES (1)
Nominal cooling capacity (1)
kW
2.36
3.18
3.86
4.82
5.83
Power input (1)
kW
0.72
0.94
1.06
1.11
1.56
EER Coefficient (1)
kW / kW
3.3
3.37
3.64
4.35
3.75
SEER Coefficient (1)
kW / kW
2.94
3.06
3.03
3.74
3.35
η
s,c
(1) 109.5
114.4
113.3
141.8
126.1
Water flow
m³/h
0.5
0.67
0.81
1.01
1.23
Differential pressure
kPa
8.3
14.3
20.3
17.3
24.9
COOLING CAPACITIES (2)
Nominal cooling capacity (2)
kW
2.64
3.56
4.33
5.38
6.51
Power input (2)
kW
0.52
0.68
0.76
0.83
1.12
EER Coefficient (2)
kW / kW
5.11
5.24
5.69
6.49
5.82
SEER Coefficient (2)
kW / kW
3.7
3.87
3.82
4.55
4.23
η
s,c
(2) 139.8
146.7
144.6
174.2
161.2
Water flow
m³/h
0.56
0.75
0.91
1.13
1.37
Differential pressure
kPa
10.3
17.6
25.2
21.3
30.4
WPHBA (Heat pump units)
HEATING CAPACITIES (3)
Heating capacity (3)
kW
2.26
3.16
3.86
4.56
5.75
Power input Heat (3)
kW
0.68
0.85
1.12
1.04
1.44
COP Coefficient (3)
kW / kW
3.31
3.72
3.46
4.37
4.0
SCOP Coefficient (3)
kW / kW
2.87
3.22
2.99
3.78
3.22
η
s,h
(3) 106.7
120.8
111.5
143.4
130.7
Water flow
m³/h
0.47
0.66
0.8
0.96
1.23
Differential pressure
kPa
7.4
13.9
19.9
15.8
24.9
HEATING CAPACITIES (4)
Heating capacity (4)
kW
1.76
2.47
3.03
3.57
4.49
Power input Heat (4)
kW
0.6
0.75
0.99
0.96
1.28
COP Coefficient (4)
kW / kW
2.91
3.27
3.05
3.72
3.52
SCOP Coefficient (4)
kW / kW
2.52
2.83
2.63
3.22
3.05
η
s,h
(4) % 92.8
105.2
97.1
120.7
113.9
Water flow
m³/h
0.36
0.51
0.62
0.75
0.97
Differential pressure
kPa
4.5
8.6
12.4
10.0
16.1
TECHNICAL SPECIFICATIONS
1) Nominal conditions. Refrigeration tower: Indoor air 27/19 ºC. Condenser water: inlet 30 ºC / outlet 35 ºC (Inlet partial loads 26/22/18).
2) Geothermal conditions: Indoor air 27/19 ºC. Condenser water: inlet 10 ºC / outlet 15 ºC (Inlet partial loads 10/10/10).
3) Underground water conditions: Indoor air 20 ºC. Evaporator water: inlet 10 ºC, unit water flow 100 % outlet 7 ºC.
4) Brine conditions: Indoor air 20 ºC. Evaporator water: inlet 0 ºC, unit water flow 100 % outlet -3ºC.
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
VERNE HE SERIE
091
121
141
171
201
REFRIGERANT
Type
R-410A
Global warming potential (GWP) (5)
2088
Refrigerant load WPHA
kg
0.4
0.4
0.4
0.5
0.55
Refrigerant load WPHBA
kg
0.7
0.6
0.9
1.5
1.2
COMPRESSOR
Type
Rotary
Quantity
1
Voltage
V / ~ / Hz
230 / I / 50
Oil type
ESTER
VG74
ESTER
VG74
POE
ESTER
VG74
ESTER
VG74
Oil quantity in compressor
L
0.35
0.40
0.44
0.48
0.62
EVAPORATOR FAN
Type
Radial with EC motor
Quantity
1
Size
mm
190
190
190
250
250
Nominal air flow
m³/h
500
600
700
900
1100
Static pressure available
Pa
25
25
25
25
25
Maximum pressure available
Pa
515
410
300
760
700
Motor nominal Capacity
kW
0.2
0.2
0.2
0.5
0.5
Nominal speed
r.p.m.
2500
2924
3365
1368
1640
Power supply
V / ~ / Hz
230 / I / 50
INDOOR HEAT EXCHANGER
Type
Coil with aluminium fins and copper pipes
Frontal area
m²
0.165
0.165
0.165
0.188
0.188
Fin spacing
mm - (")
2.1 - 3/8”
OUTDOOR HEAT EXCHANGER
Type
Brazed plates
Quantity
1
Water connections (gas male screw)
(")
¾”
Number of plates
16
16
16
22
22
ELECTRICAL DATA
Voltage
V / ~ / Hz
230 / I + N / 50
Maximum current input
A
5.78
7.18
8.28
9.63
12.63
Start-up current
A
20.98
22.98
35.68
28.13
45.03
DIMENSIONS AND WEIGHT
Length
mm
1055
1055
1055
1055
1055
Width
mm
560
560
560
560
560
Height
mm
410
410
410
470
470
Conduit
mm x
mm
225x225
225x225
225x225
236x296
236x296
Weight
kg
60
62
65
75
77
SOUND LEVEL
Sound pressure at 2 m
dB (A)
55
55
56
57
59
Total sound power (Lw)
dB (A)
71.5
72
72.5
73.5
75.5
TECHNICAL SPECIFICATIONS
5) GWP: Global warming potential (climatic) of 1 kg of greenhouse gas relative to 1 kg of CO2, calculated in terms of 100-year warming potential.
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
VERNE HE SERIE
251
351
401
501
WPHA / WPHBA
COOLING CAPACITIES (1)
Nominal cooling capacity (1)
kW
7.47
11.31
13.06
16.61
Power input (1)
kW
1.78
2.85
3.24
3.44
EER Coefficient (1)
kW / kW
4.19
3.97
4.03
4.82
SEER Coefficient (1)
kW / kW
3.77
3.61
3.6
4.5
η
s,c
(1) 142.7
136.4
136
172.2
Water flow
m³/h
1.57
2.38
2.75
3.5
Differential pressure
kPa
14.5
31.3
40.9
21.3
COOLING CAPACITIES (2)
Nominal cooling capacity (2)
kW
8.35
12.66
14.62
18.55
Power input (2)
kW
1.33
2.05
2.33
2.49
EER Coefficient (2)
kW / kW
6.3
6.18
6.29
7.46
SEER Coefficient (2)
kW / kW
4.63
4.58
4.56
5.69
η
s,c
(2) 177.2
175.1
174.6
219.8
Water flow
m³/h
1.76
2.67
3.08
3.91
Differential pressure
kPa
17.9
38.8
50.5
26.2
WPHBA (Heat pump units)
HEATING CAPACITIES (3)
Heating capacity (3)
kW
7.47
11.61
13.44
15.22
Power input Heat (3)
kW
1.71
3.33
3.08
3.17
COP Coefficient (3)
kW / kW
4.38
3.48
4.36
4.8
SCOP Coefficient (3)
kW / kW
3.8
3.02
3.77
4.16
η
s,h
(3) 144
112.9
142.8
158.6
Water flow
m³/h
1.54
2.4
2.8
3.5
Differential pressure
kPa
14.0
31.8
42.3
21.3
HEATING CAPACITIES (4)
Heating capacity (4)
kW
5.86
9.11
10.55
11.89
Power input Heat (4)
kW
1.56
2.97
2.74
2.82
COP Coefficient (4)
kW / kW
3.76
3.07
3.84
4.22
SCOP Coefficient (4)
kW / kW
3.26
2.66
3.32
3.66
η
s,h
(4) 122.2
98.3
124.7
138.4
Water flow
m³/h
1.2
1.88
2.2
2.76
Differential pressure
kPa
8.8
20.3
27.1
13.7
TECHNICAL SPECIFICATIONS
1) Nominal conditions. Refrigeration tower: Indoor air 27/19 ºC. Condenser water: inlet 30 ºC / outlet 35 ºC (Inlet partial loads 26/22/18).
2) Geothermal conditions: Indoor air 27/19 ºC. Condenser water: inlet 10 ºC / outlet 15 ºC (Inlet partial loads 10/10/10).
3) Underground water conditions: Indoor air 20 ºC. Evaporator water: inlet 10 ºC, unit water flow 100 % outlet 7 ºC.
4) Brine conditions: Indoor air 20 ºC. Evaporator water: inlet 0 ºC, unit water flow 100 % outlet -3ºC.
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IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
VERNE HE SERIE
251
351
401
501
REFRIGERANT
Type
R-410A
Global warming potential (GWP) (5) 2088
Refrigerant load WPHA
kg
0.7
0.8
0.8
2
Refrigerant load WPHBA
kg
1.7
1.8
2.8
3.8
COMPRESSOR
Type Rotatory
Scroll
Quantity
1
Voltage
V / ~ / Hz
230/1/50
400/3/50
230/1/50
400/3/50
Oil type ESTER VG74
PVE
PVE
PVE
Oil quantity in compressor
L
0.62
1.33
1.57
1.57
EVAPORATOR FAN
Type
Radial with EC motor
Quantity
1
Size
mm
310
310
310
400
Nominal air flow
m³/h
1500
2000
2300
2800
Static pressure available
Pa
25
37
50
50
Maximum pressure available
Pa
1050
1630
1580
1150
Motor nominal Capacity
kW
147
0,2
0,245
0,55
Nominal speed
r.p.m
1190
1558
1777
1044
Power supply
V / ~ / Hz
230/1/50
400/3/50
INDOOR HEAT EXCHANGER
Type
Coil with aluminium fins and copper pipes
Frontal area
m²
0.252
0.252
0.252
0.45
Fin spacing
mm - (")
1.8 - 3/8”
1.8 - ¾”
1.8 - 3/8”
2.1 - 3/8”
Oil type PVE
PVE
PVE
POE
Oil quantity in compressor
L
1.57
2.46
2.46
3.31
OUTDOOR HEAT EXCHANGER
Type
Brazed plates
Quantity
1
Water connections (gas male screw)
"
¾”
1 1/4
Number of plates
42
42
42
32
ELECTRICAL DATA
Voltage
V / ~ / Hz
230/1/50-400/3/50
230/1/50-400/3/50
400/3+N/50
400/3+N/50
Maximum current input
A
17.4 -10.9
23.5 - 11.0
9.24
13.39
Start-up current
A
65.3- 31.0
92.0 - 52.84
62.04
73.79
DIMENSIONS AND WEIGHT
Length
mm
1135
1135
1135
1385
Width
mm
670
670
670
940
Height
mm
530
530
530
620
Conduit
mm x mm
350x350
350x350
350x350
450x500
Weight
kg
90
110
115
160
SOUND LEVEL
Sound pressure at 2 m
dB (A)
60
61
61
62
Total sound power (Lw)
dB (A)
76.5
77.5
78.0
78.5
TECHNICAL SPECIFICATIONS
5) GWP: Global warming potential (climatic) of 1 kg of greenhouse gas relative to 1 kg of CO2, calculated in terms of 100-year warming potential.
12
IOM_WPHBA HE-WPHA HE_091a1201_207815_180701_EN
WPHA HE / WPHBA HE
VERNE HE SERIE
701
751
1001
1201
WPHA
COOLING CAPACITIES (1)
Nominal cooling capacity (1)
kW
20.11
25.44
34.06
40.05
Power input (1)
kW
4.43
5.81
7.32
8.92
EER Coefficient (1)
kW / kW
4.54
4.38
4.66
4.49
SEER Coefficient (1)
kW / kW
4.27
4.05
4.28
4.11
η
s,c
(1) % 162.7
154
163
156.4
Water flow
m³/h
4.23
5.36
7.17
8.43
Differential pressure
kPa
30.3
46.9
34.4
46.5
COOLING CAPACITIES (2)
Nominal cooling capacity (2)
kW
22.46
28.44
38.09
44.8
Power input (2)
kW
3.2
4.18
5.42
6.39
EER Coefficient (2)
kW / kW
7.02
6.81
7.03
7.01
SEER Coefficient (2)
kW / kW
5.4
5.14
5.28
5.23
η
s,c
(2) % 208
197.7
203.3
201.1
Water flow
m³/h
4.73
5.99
8.02
9.43
Differential pressure
kPa
37.2
57.6
42.4
57.2
WPHBA (Heat pump units)
HEATING CAPACITIES (3)
Heating capacity (3)
kW
18.57
24.79
32.42
37.9
Power input Heat (3)
kW
3.96
5.63
7.27
8.59
COP Coefficient (3)
kW / kW
4.69
4.41
4.46
4.41
SCOP Coefficient (3)
kW / kW
4.07
3.82
3.86
3.81
η
s,h
(3) % 154.9
144.7
146.3
144.6
Water flow
m³/h
4.31
5.73
7.45
8.68
Differential pressure
kPa
31.3
53.1
37.0
49.0
HEATING CALORÍFICAS (4)
Heating capacity (4)
kW
14.51
19.4
25.41
29.73
Power input Heat (4)
kW
3.52 5 6.66
7.65
COP Coefficient (4)
kW / kW
4.13
3.88
3.82
3.89
SCOP Coefficient (4)
kW / kW
3.58
3.36
3.3
3.35
η
s,h
(4) % 135.1
126.2
123.9
126.1
Water flow
m³/h
3.4
4.53
5.97
7.04
Differential pressure
kPa
20.2
34.4
24.5
33.3
TECHNICAL SPECIFICATIONS
1) Nominal conditions. Refrigeration tower: Indoor air 27/19 ºC. Condenser water: inlet 30 ºC / outlet 35 ºC (Inlet partial loads 26/22/18).
2) Geothermal conditions: Indoor air 27/19 ºC. Condenser water: inlet 10 ºC / outlet 15 ºC (Inlet partial loads 10/10/10).
3) Underground water conditions: Indoor air 20 ºC. Evaporator water: inlet 10 ºC, unit water flow 100 % outlet 7 ºC.
4) Brine conditions: Indoor air 20 ºC. Evaporator water: inlet 0 ºC, unit water flow 100 % outlet -3ºC.
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