HYDRONIC
82 - 302
®
A
WSAN-XEE 82-302
AIR TO WATER HEAT PUMP FOR OUTDOOR INSTALLATION
CLASS
ENERGY EFFICIENCY IN CLASS A
Reduced energy consumption
Optimised operation at partial loads
Complete hydronic assembly supplied as standard
Size
Cooling
Heating
[kW]
[kW]
82
23.6
28.8
102
27.5
32.9
122
32.7
37.5
162
39.4
45.6
182
45.6
53.0
222
52.9
61.9
262
63.0
72.4
302
71.9
83.7
REPLACE: BT07F009GB-04
WSAN-XEE 82 - 302 (R-410A)
EFFICIENCY
thanks to its special construction, the ELFOENERGY ensures high energy efficiency, in particular during operation at partial loads;
SELF-ADAPTING
the evolved electronics implemented adapt the operating parameters of the chiller to the load conditions of the system it is installed in,
optimising consumption, efficiency and the working life of the components;
EASE OF INSTALLATION
each unit is supplied as standard with a complete hydronic assembly and is completely tested in the factory; installation is consequently
quick and easy.
Clivet is partecipating in the EUROVENT Certification Programme "Liquid Chilling Packages". Products are
listed in the EUROVENT Directory of Certified Products and in the site www.eurovent-certification.com.
Eurovent Chillers Certification Programme covers air cooled packaged chillers up to 600 kW and water
cooled packaged chillers up to 1500 kW.
CERTIFIED QUALITY SYSTEM UNI EN ISO 9001:200
BT07F009GB-05
The ELFOENERGY series chillers represent an important stage in the development of this type of unit. They feature the most up-to-date
advances in technology, standing out for:
HYDRONIC
82 - 302
COMFORT IS A HUMAN RIGHT. CARE FOR THE ENVIRONMENT IS A HUMAN DUTY.
The ELFOENERGY is an appliance of new
conception, designed especially to operate with
increasing efficiency as thermal load reduces, yet
able to handle the maximum load demand
whenever necessary. Because of significant
diurnal and seasonal variations in load, chillers
must operate for prolonged periods under partial
load conditions. A ELFOENERGY unit always
ensures conditions of maximum comfort coupled
with ultra high efficiency for most of the system’s
working life, which means a big saving in
electrical energy. This reflects the corporate
policy of CLIVET, namely: offering fundamental
and concrete solutions to help safeguard the well
-being of people and their environment. By way
of example, here is a seasonal thermal load
graph relating to a multi-use building (shops,
offices and apartments) located in the Milan
area.
Load requested to the unit
SEASONAL THERMAL LOAD
March
April
May
June
July
August
September October
MULTIPLE HIGH EFFICIENCY SCROLL COMPRESSORS IN THE SAME COOLING CIRCUIT
compressor
A key aspect of the approach adopted in designing the ELFOENERGY is the
notion of equipping a single cooling circuit with a battery of SCROLL
compressors, rather than the conventional separated circuit.
Moreover the use of compressors with different capacities allows a rise of the
capacity step number and in this way a better capacity-control flexibility.
This enables the unit to adapt perfectly to the system load. The evolved control
equipment used with ELFOENERGY units will optimize the activation sequence
and balance the operating cycles of the compressors to maximum advantage
Single coil
compressor
Evaporator
EUROVENT ENERGY EFFICIENCY CLASSIFICATON CLASS A IN HEATING MODE
BT07F009GB-05
ELFOENERGY XEE units have been studied to obtain the highest ENERGY EFFICIENCY also in full load condition. For the heating operation, the ELFOENERGY R-410A is in Eurovent energy efficiency classification class "A"
A
CLASS
The unit in an air-conditioning system is selected on the
basis of the maximum load the system is designed to handle.
In practice however, maximum load conditions account only
for a small percentage of the overall operating time, whereas
the partial load operation is the true condition in which the
unit had to operate. Simulation tests conducted in different
buildings have shown that systems operate on average for
90% of total operating time with thermal load lower than
60%. Accordingly, operating efficiency under partial load
conditions is a key consideration when selecting a chiller.
Percentage of operating time
HIGH EFFICIENCY AT PARTIAL LOADS
For 90% of the time, load
is less than 60%
For 60% of the time, load
is less than 30%
Load percentage
2
HYDRONIC
82 - 302
ELFOEnergy medium EER
The electronic controller and the specific constructional configuration
highlight the thermodynamic efficiency of ELFOENERGY. To achieve
maximum efficiency, the electronic controller starts the compressors
according to the most favourable ratio between the exchange
surfaces, so that the condensing and evaporation temperature are
always the most advantageous. The diagram to the side shows the
trend in efficiency (EER) of an ELFOENERGY unit and of a traditional
unit on a typical summer day. It is clear how the efficiency of the
ELFOENERGY is practically always higher, reaching values that are
even more than twice as high at some times of the day, when the load
thermal is lower.
Standard Unit medium EER
EER monthly comparison
October September August
July
June
May
April
March
LOW OPERATING COSTS
Electrical energy weekly consumptions
(for a office building in Milan)
Tr
ad
itio
na
lu
nit
Electrical energy (kWh)
Thanks to the characteristics described
previously, ELFOEnergy ensures much
higher efficiency than a traditional chiller for
most of the operating time. Comparing, in the
same system, the power consumption of the
ELFOENERGY against the power
consumption of a traditional chiller with the
same capacity, the seasonal savings can
reach around 35%. These data, combined
with the intrinsic reliability of the unit, make
the ELFOENERGY an essential option in
both terms of pay back time and peace of
mind.
March
April
May
June
July
August
September October
BT07F009GB-05
In a system with a 34 kW unit installed, the annual energy saving obtained with a ELFOENERGY is in the region of 3.000
kWh, which signifies a cost saving of € 500 and 590 kg less fuel to transport and burn.
NOISE TOO IS LOAD-DEPENDENT
The condenser electronic controller, fitted as standard on all the ELFOENERGY units, automatically adjusts the fan speed as the thermal load decreases. As the
fans are the greatest source of noise for this type of unit, it is clear how this feature brings important benefits, in particular at night, when the load is reduced but
noise sensitivity is heightened.
3
HYDRONIC
82 - 302
SLIDING TEMPERATURE
The elctronic adjustment of ELFOENERGY enables to suit the temperature of the water generated by the unit to the load conditions detected by system according
to a SLIDING TEMPERATURE concept that searches for the best balance between power to be supplied and energy spent to produce it.
A special measure in
the refrigerating circuit
prevents ice from
forming in the base of
the air exchanger.
ALL-IN-ONE PHILOSOPHY
ELFOEnergy is a unit "ready for use", including not only the components of the refrigerant circuit, but also a water circuit complete with pump (optional double
pump), expansion vessel, safety valve, filling assembly and filter. As a result, the only requirement is to connect the unit to the water inlet and outlet pipes; in this
way, the commissioning times and the possible problems during installation are reduced to the minimum.
Controls keyboard
WATER FILTER
Water filter (external installation)
BT07F009GB-05
steel mesh mechanical filter positioned at the exchanger inlet. Suitable
for filtering water and trapping the impurities present in the water circuit.
Mechanic steal-mesh filter is supplied standard on units with hydronic kit
N° 1 PUMP with standard, reduced or larger discharge head
DOUBLE PUMP (otional) with standard, reduced or larger discharge head
Expansion vessel
4
HYDRONIC
82 - 302
STANDARD UNIT SPECIFICATIONS
COMPRESSOR
Hermetic orbiting scroll compressor complete with motor over-temperature and
over-current devices and protection against excessive gas discharge temperature. Fitted on rubber antivibration mounts and complete with oil charge
A oil heater is automatically switched on at the compressor shut-down to prevent oil dilution by the refrigerant.
STRUCTURE
Structure made from "aluzink" plate, providing excellent mechanical characteristics and extensive corrosion strength
PANELLING
External panels in prepainted aluminium especially indicated in outdoor installation due to its superior resistance to corrosion avoiding periodic painting.
Side panels are easily removable and allow complete access to unit components. Internal sound proof lining reduces sound pressure levels.
INTERNAL EXCHANGER
Direct expansion heat exchanger, braze-welded AISI 316 stainless steel plates
with large exchange surface and complete with external heat and anticondensate insulation.
The exchanger comes complete with:
- differential pressure switch, water side
- antifreeze heater to protect the water side exchanger, preventing the formation of frost if the water temperature falls below a set value.
EXTERNAL EXCHANGER
Heat exchange coil with aluminium fins and copper tubes in staggered rows.
The coils are complete with integral subcooling circuit which assures the correct refrigerant feeding of the expansion valve. Available in different options as
per optional list.
FAN
Low speed axial fan directly driven by single phase external rotor motor with
incorporated thermal overload. Housed in aerodynamically shaped enclosures
to increase the efficiency and reduce the noise level. Complete with fan guard
in order to help against fortuitous contact with the blades.
REFRIGERANT CIRCUIT
The circuit is complete with:
- filter dryer
- Ice Protection System: system to prevent ice on the bottom of air coil
- sight glass with moisture indicator
- high pressure switch
- low pressure switch
- liquid receiver
- compressor suction shut-off valve
- compressor discharge shut-off valve
- high pressure safety
- thermostatic expansion valve with equalizer
- 4-way reverse cycle valve
- non-return valve
- pressure probes
- antifreeze protection
- Compressor timer / operation signal LED
- possibility of communication with ZONE MASTER system (optional)
- proportional + integral water temperature control
- set point compensation with outside temperature probe
- relay for remote cumulative fault signal
- self-diagnosis system with immediate display of the error code
- ON/OFF and alarm reset buttons
- UP and DOWN buttons to increase and decrease the values
- display of the set values, the error codes and the parameter index
- compressor operating hour display
- remote ON/OFF control
- water pump control
- function and command buttons
- set point compensation with 4-20 mA signal
HYDRAULIC CIRCUIT
- water side safety valve
- diaphragm expansion vessel
- impurity trap with filter
- Centrifugal pump
- antifreeze heater protection to pumping station
- drain valve
- Closed couple pumps with high efficiency impellers. Maximum operating
pressure 1000 kPa. Temperature range from -10 to +80°C. Maximum glycol
concentration 40%. Motor: closed type. External ventilation. Protection IP55.
Insulation class F. Clockwise rotation looking at the pump from the motor side.
ACCESSORIES
- copper / aluminium condenser coils with Fin Guard (Silver) treatment
- copper / aluminium condenser coils with acrylic lining
- copper / copper condenser coils
- stainless steel mesh mechanical filter (to be used, if required, with unit configured without hydronic group)
- finned coil protection grill.
- Storage tank
- pump for useful heads other than standard
- unit without hydraulic circuit components
- double chilled water pump
- serial communication module to supervisor (MODBUS)
- set point compensation according to the outside enthalpy
- daily and weekly programming clock
- high and low pressure gauges
- control keypad for remote installation that repeats all the functions already
present on the onboard microprocessor control.
- phase monitor to check the presence and correct sequence of the power
supply phases
- humidity probe for summer set point compensation according to the outside
enthalpy and defrosting optimization in winter operation
- rubber antivibration mounts
BT07F009GB-05
ELECTRICAL PANEL
The Power Section includes:
- isolating transformer for auxiliary circuit power supply
- main line isolator switch
- compressor overload cutout switch
- fan fuses
- centrifugal pump motor protector
- compressor control contactor
- pump control contactor
- phase cutting fan speed controller (pressure)
The control section includes:
- display of the set values and the error codes
- H2o antifreeze and high refrigerant gas pressure pre-alarm function that
reduces cooling capacity to avoid unit shut-down
- compressor overload protection and timer
5
HYDRONIC
82 - 302
CONFIGURATION CODE
(1)
WSAN-XEE
S
82
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
( 10 )
400TN
1PUS
-
-
-
-
-
-
-
S (Standard)
82
1PUS (Standard)
- (Standard)
OHP (Standard)
- (Standard)
- (Standard)
- (Standard)
- (Standard)
- (Standard)
B
102
400TN
1PUR
D
OHO
CCCC
SFSTR4N
CLS
PFCP
ACC1
DSPB
122
1PUM
CCCA
162
2PUS
CCCA1
182
2PUR
222
2PUM
262
-
302
(1)
(5) OPERATION
Standard Version(S)
Standard (ST)
Operation in heat pump (OHP)
Unit with heating and cooling mode standard
Heat-only function (OHO)
Unità in solo riscaldamento
(1) LOW TEMPERATURE
Water low temperature(B)
this version allows unit operation in the range of water and glycol mix temperatures between +4 and -8°C
Low temperature: not required(-)
(1) DOUBLE SET POINT
Double set point: not required(-)
Double set point for water low temperature(DSPB)
double set point with units in "Brine" version
(6) CONDENSING COIL
Standard condenser coil(CCS)
Copper /copper condenser coil(CCCC)
Copper / aluminium condenser coil with acrylic lining(CCCA)
Copper / aluminium condenser coil with Fin Guard treatment (Silver)
(CCCA1)
(7) SOFT STARTER
Disposal for inrush current reduction: not required(-)
disposal for inrush current reduction, for unit 400/3/50+N(SFSTR4N)
disposal for inrush current reduction, for unit 400/3/50+N
(2) VOLTAGE
Supply voltage 400/3/50+N(400TN)
(8) FREE CONTACTS HEATING EXTERNAL SIGNAL
(3) HYDRONIC GROUP UTILITY SIDE
Additional free contacts: not required(-)
free contacts for alarm(CLSE)
free contacts for alarm
Standard pump(1PUS)
single-pump with reduced available head(1PUR)
single-pump with larger available head(1PUM)
standard double pump(2PUS)
double pump with reduced available head(2PUR)
double pump with larger available head(2PUM)
Hydronic group utility side: not required(-)
(9) POWER FACTOR CORRECTION CAPACITORS (COSFI > 0.9)
Power factor correction capacitors: not required(-)
power factor correction capacitors (cosfi > 0.9)(PFCP)
power factor correction capacitors (cosfi > 0.9)
(4) ENERGY RECOVERY
(10) STORAGE TANK
Energy recovery: not required(-)
Partial energy recovery(D)
made using plate exchangers to recover the desuperheating heat, up to 25%
of the total heat of the unit.
Storage tank: not required(-)
Teflon steel storage device(ACC1)
SOUND LEVELS
Sound Power Level (dB)
BT07F009GB-05
Size
6
Octave band (Hz)
Sound
pressure
level
Sound
power level
63
125
250
500 1000 2000 4000 8000
dB(A)
dB(A)
82
80
75
78
73
70
66
58
52
60
75
102
79
74
77
73
70
66
60
51
60
75
122
79
74
77
72
70
67
61
52
60
75
162
86
79
75
77
74
66
61
56
61
78
182
86
79
74
76
74
68
63
57
62
78
222
86
79
77
78
74
69
61
56
62
79
262
88
81
78
79
77
72
66
58
64
81
302
88
81
79
80
75
72
63
56
64
81
Measures according to ISO 3744 regulations, with respect to the EUROVENT 8/1
certification.
the sound levels refer to the unit at full load, in the rated test conditions.
The sound pressure level refers to a distance of 1m from the external surface of the
units operating in an open field.
data referred to the following conditions :
internal exchanger water = 12/7°C
HYDRONIC
82 - 302
INTERNAL EXCHANGER PRESSURE DROP
EXCHANGER PRESSURE DROP LIMIT.
WARNING: DON'T USE OVER THIS LIMIT
82
80
102
122
162
182
222
262
61
302
61
70
UNIT WITHOUT HYDRAULIC CIRCUIT
COMPONENTS
Q[L/S]= WATER-FLOW RATE
DP = PRESSURE DROP
50
40
30
20
1,0
1,5
2,0
2,5
3,0
3,5
4,0
4,5
5,0
Q (l/s)
EXCHAMGER PRESSURE DROP LIMIT.
WARNING: DON'T USE BELOW THIS LIMIT.
Size
Minimum flow
Maximum flow
[l/s]
[l/s]
82
102
122
162
182
222
262
302
0.70
0.80
0.85
1.00
1.11
1.51
1.74
1.95
1.52
1.80
2.85
2.71
3.05
4.05
4.65
5.00
CORRECTION FACTOR FOR ANTIFREEZE SOLUTIONS
% ethylene glycol by weight
Freezing temperature
Safety temperature
Cooling Capacity Factor
Compressor input Factor
Internal exchanger Glycol solution flow Factor
Pressure drop Factor
°C
°C
Nr
Nr
Nr
Nr
5%
-2.0
3.0
0.995
0.997
1.003
1.029
10%
-3.9
1.0
0.990
0.993
1.010
1.060
15%
-6.5
-1.0
0.985
0.990
1.020
1.090
20%
-8.9
-4.0
0.981
0.988
1.033
1.118
25%
-11.8
-6.0
0.977
0.986
1.050
1.149
30%
-15.6
-10.0
0.974
0.984
1.072
1.182
35%
-19.0
-14.0
0.971
0.982
1.095
1.211
40%
-23.4
-19.0
0.968
0.981
1.124
1.243
The correction factors shown refer to water and glycol ethylene mixes used to prevent the formation of frost on the exchangers in the water circuit during inactivity in winter.
FOULING CORRECTION FACTOR
INTERNAL EXCHANGER
m² °C/W
0.44 x 10^(-4)
0.88 x 10^(-4)
1.76 x 10^(-4)
F1
1.00
0.97
0.94
FK1
1.00
0.99
0.98
The cooling performance values provided in the tables are based on the external exchanger having clean plates (fouling factor 1). For different fouling factor values, multiply the performance
by the coefficients shown in the table.
F1 = Cooling capacity correction factors
FK1 = Compressor power input correction factor
BT07F009GB-05
DP (kPa)
60
INTEGRATED HEATING CAPACITIES
Anternal exchanger inlet air temperature °C ( D.B.)
Heating capacity multiplication coefficient
-5 / -5.4
0.89
0 / -0.6
0.88
5 / 3.9
0.94
OTHERS
1
To obtain the integrated heating capacities (the real heating capacity considering the defrost cycles too), multiply the kWt value in the heating performance tables by the following coefficient.
7
HYDRONIC
82 - 302
PUMP PERFORMANCE
curve of discharge head with standard pump (pump + water filter)
THE HEADS ARE INTENDED AS AVAILABLE AT
THE UNIT CONNECTIONS
Q[L/S]= WATER-FLOW RATE
DP[KPA]=USEFUL DISCHARGE HEAD
165
145
DP (kPa)
125
302
105
262
85
222
65
45
25
5
1.0
1.5
2.0
82
102
2.5
122
162
3.0
182
3.5
4.0
Q (l/s)
curve of discharge head with larger pump (pump + water filter)
HEAD - FLOW DIAGRAM
DP = AVAILABLE HEAD
Q = WATER FLOW
245
225
205
302
DP (kPa)
185
262
165
222
145
125
105
85
82
1.0
1.5
102
2.0
122
162
2.5
182
3.0
3.5
4.0
Q (l/s)
pressure drop curves double pump
25
PRESSURE DROP TO REMOVE IN THE ACCESSORY SELECTION: DOUBLE PUMP.
BOTH PUMPS CAN HAVE A STANDARD, REDUCED OR LARGER AVAILABLE HEAD. THE
SECOND PUMP STARTS UP AUTOMATICALLY
IN CASE OF THE FIRST PUMP FAILURE. THE
UNIT CONTROL ALLOWS AN OPERATION
ROTATION OF BOTH PUMPS. THE AVAILABLE
HEAD, IN CASE OF THE DOUBLE PUMP USE,
IS THE AVAILABLE HEAD OF THE SINGLE
CHOOSEN PUMP (STANDARD, REDUCED OR
LARGER) LESS THE PRESSURE DROPS AS
YOU CAN SEE FROM THE GRAPH.
DP (kPa)
20
BT07F009GB-05
15
10
5
0.0
0.5
1.0
1.5
2.0
2.5
Q (l/s)
8
3.0
3.5
4.0
4.5
5.0
HYDRONIC
82 - 302
Application: Terminal units
GENERAL TECHNICAL SPECIFICATIONS
Size
82
102
122
162
182
222
262
302
COOLING
Cooling capacity
Compressor power input
Total power input
EER
EER
EER
EER
ESEER
HEATING
1
1
2
3
4
5
6
kW
kW
kW
23.6
9
9.36
2.52
5.42
4.32
4.07
27.5
10.5
10.9
2.53
5.59
4.29
4.11
32.7
12.7
13
2.51
4.92
3.85
39.4
14.6
15.3
2.57
5.12
4.34
3.82
45.6
17.1
17.8
2.56
5.37
4.24
4
52.9
20.3
21
2.51
5.54
4.09
4.11
63
23.9
25
2.52
5.11
4.21
3.9
71.9
27.3
28.4
2.53
4.65
3.86
Heat output
Compressor power input
Total power input
COP
COMPRESSOR
7
7
2
7
kW
kW
kW
28.8
8.66
9
3.2
32.9
9.93
10.3
3.2
37.5
11.4
11.7
3.2
45.6
13.4
14.1
3.23
53
15.8
16.5
3.21
61.9
18.3
19
3.26
72.4
21.1
22.2
3.27
83.7
24.5
25.6
3.27
Nr
Nr
l
Nr
SCROLL
2
3
3.61
1
SCROLL
2
3
3.72
1
SCROLL
2
2
3.54
1
SCROLL
2
3
5.76
1
SCROLL
2
3
5.76
1
SCROLL
2
3
6.65
1
SCROLL
2
3
7.39
1
SCROLL
2
2
8.28
1
Nr
l/s
l/s
kPa
kPa
PHE
1
1.1
1.5
48.1
136
PHE
1
1.3
1.8
47.6
129
PHE
1
1.6
2.3
41.6
125
PHE
1
1.9
2.7
42.7
107
PHE
1
2.2
3.1
43.1
89
PHE
1
2.5
4
37.5
150
PHE
1
3
4.6
39.4
141
PHE
1
3.4
5.4
41.9
131
Nr
l/s
kW
AX
2
2553
0.17
AX
2
2545
0.17
AX
2
2514
0.17
AX
4
4965
0.18
AX
4
4902
0.18
AX
4
4778
0.18
AX
6
7196
0.18
AX
6
6971
0.18
1" 1/4
1" 1/4
1" 1/4
2"
2"
2"
2"
2"
Type of internal exchanger
No. of internal exchangers
Water flow rate (Internal Exchanger)
Max water flow-rate
internal exchanger pressure drop
Useful pump discharge head
EXTERNAL SECTION FANS
8
Type of fans
Number of fans
Standard air flow
Installed unit power
CONNECTIONS
9
1
1
Water fittings
HYDRAULIC CIRCUIT
Max water side pressure
Safety valve calibration
EXPANSION VESSEL
kPa
kPa
550
600
550
600
550
600
550
600
550
600
550
600
550
600
550
600
Expansion vessel capacity
Maximum water side pressure
No. of expansion vessels
POWER SUPPLY
l
kPa
Nr
5
550
1
5
550
1
5
550
1
5
550
1
5
550
1
5
550
1
5
550
1
5
550
1
Standard power supply
NOISE LEVELS
Sound pressure level (1 m)
DIMENSIONS
Length
Depth
Height
Packing volume
STANDARD UNIT WEIGHTS
Shipping weight
Operating weight
V
400/3/50+N 400/3/50+N 400/3/50+N 400/3/50+N 400/3/50+N 400/3/50+N
400/3/50+N 400/3/50+N
dB(A)
60
60
60
61
62
62
64
64
mm
mm
mm
m3
1703
675
1209
1.8
1703
675
1209
1.8
1703
675
1209
1.8
1932
1100
1417
4
1932
1100
1417
4
1932
1100
1417
4
2332
1100
1417
4.5
2332
1100
1417
4.5
kg
kg
325
315
330
320
380
370
545
530
565
550
595
580
690
675
705
690
(1) data referred to the following conditions :
internal exchanger water = 12/7°C
external exchanger air intake 35°C
(2) Total absorbed power is given by the compressor absorbed power + fan absorbed power
+ auxiliary circuit absorbed power.
(3) 100% EER
internal exchanger water outlet temperature = 7°C
room temperature = 35°C
(4) EER 40%
data referred to the following conditions :
internal exchanger water outlet temperature = 13°C
room temperature = 25°C
(5) 50% EER
data referred to the following conditions :
BT07F009GB-05
Type of compressors
No. of Compressors
Std Capacity control steps
Oil charge (C1)
Refrigerant circuits
INTERNAL EXCHANGER
internal exchanger water outlet temperature = 10°C
room temperature = 28°C
(6) EER 60%
data referred to the following conditions :
internal exchanger water outlet temperature = 10°C
room temperature = 28°C
(7) data referred to the following conditions :
outlet water internal exchanger 45°C
room temperature = 7°C (RH = 85%)
(8) PHE = plates
(9) AX = axial-flow fan
9
HYDRONIC
82 - 302
Application: Unit for underfloor heating
GENERAL TECHNICAL SPECIFICATIONS
Size
82
102
122
162
182
222
262
302
COOLING
Cooling capacity
Compressor power input
Total power input
EER
HEATING
1
1
2
kW
kW
kW
31.5
9.59
9.95
3.16
36.7
11.5
11.9
3.09
43.8
14
14.4
3.05
52.6
16.1
16.8
3.13
60.2
18.2
18.9
3.18
72.3
22
22.7
3.18
83.1
25.5
26.6
3.13
97.2
29.4
30.5
3.19
Heat output
Compressor power input
Total power input
COP
COMPRESSOR
3
3
kW
kW
kW
29.2
6.73
7.07
4.13
33.6
7.63
8
4.21
38
8.8
9.1
4.15
46.9
10.5
11.2
4.19
54.1
12.6
13.3
4.07
63.3
14.9
15.6
4.05
74
17.1
18.2
4.07
85.4
20
21.1
4.05
Nr
Nr
l
Nr
SCROLL
2
3
3.61
1
SCROLL
2
3
3.72
1
SCROLL
2
2
3.54
1
SCROLL
2
3
5.76
1
SCROLL
2
3
5.76
1
SCROLL
2
3
6.65
1
SCROLL
2
3
7.39
1
SCROLL
2
2
8.28
1
l/s
l/s
kPa
kPa
PHE
1.5
1.5
48.1
91.8
PHE
1.8
1.8
47.6
80.4
PHE
2.1
2.3
41.6
72.7
PHE
2.5
2.7
42.7
42.9
PHE
2.9
3.1
43.1
17.2
PHE
3.5
4
37.5
111.2
PHE
4
4.6
39.4
102.3
PHE
4.6
5.4
41.9
82.9
Nr
l/s
kW
AX
2
2553
0.17
AX
2
2545
0.17
AX
2
2514
0.17
AX
4
4965
0.18
AX
4
4902
0.18
AX
4
4778
0.18
AX
6
7196
0.18
AX
6
6971
0.18
1" 1/4
1" 1/4
1" 1/4
2"
2"
2"
2"
2"
Type of compressors
No. of Compressors
Std Capacity control steps
Oil charge (C1)
Refrigerant circuits
INTERNAL EXCHANGER
Type of internal exchanger
Water flow rate (Internal Exchanger)
Max water flow-rate
internal exchanger pressure drop
Useful pump discharge head
EXTERNAL SECTION FANS
4
Type of fans
Number of fans
Standard air flow
Installed unit power
CONNECTIONS
5
1
1
Water fittings
HYDRAULIC CIRCUIT
Max water side pressure
Safety valve calibration
EXPANSION VESSEL
kPa
kPa
550
600
550
600
550
600
550
600
550
600
550
600
550
600
550
600
Expansion vessel capacity
Maximum water side pressure
No. of expansion vessels
POWER SUPPLY
l
kPa
Nr
5
550
1
5
550
1
5
550
1
5
550
1
5
550
1
5
550
1
5
550
1
5
550
1
Standard power supply
NOISE LEVELS
Sound pressure level (1 m)
DIMENSIONS
Length
Depth
Height
Packing volume
STANDARD UNIT WEIGHTS
BT07F009GB-05
Shipping weight
Operating weight
V
400/3/50+N 400/3/50+N 400/3/50+N 400/3/50+N 400/3/50+N 400/3/50+N 400/3/50+N 400/3/50+N
dB(A)
60
60
60
61
62
62
64
64
mm
mm
mm
m3
1703
675
1209
1.8
1703
675
1209
1.8
1703
675
1209
1.8
1932
1100
1417
4
1932
1100
1417
4
1932
1100
1417
4
2332
1100
1417
4.5
2332
1100
1417
4.5
kg
kg
325
315
330
320
380
370
545
530
565
550
595
580
690
675
705
690
(1) data referred to the following conditions :
internal exchanger water = 23/18°C
external exchanger air intake 35°C
(2) Total absorbed power is given by the compressor absorbed power + fan absorbed power
+ auxiliary circuit absorbed power.
(3) data referred to the following conditions :
water to internal exchanger 30/35°C
outdoor air temperature 7°C DB - 6°C WB
(4) PHE = plates
(5) AX = axial-flow fan
Voltage: 400/3/50+N
ELECTRICAL DATA
Size
82
102
122
162
182
222
262
302
1.6
23.6
1.6
27.7
1.6
31.9
1.6
36.7
1.6
43
2.7
52.1
2.7
61
2.7
68.9
kW
kW
0.8
13.2
0.8
15.4
0.8
17.7
0.8
20.7
0.8
23.9
1.5
28.2
1.5
32.9
1.5
36.6
A
77.4
114.4
118.6
131.3
138.3
195.5
204.4
212.3
F.L.A. - FULL LOAD CURRENT AT MAX ADMISSIBLE CONDITIONS
F.L.A. - Pump
F.L.A. - Total
A
A
F.L.I. FULL LOAD POWER INPUT AT MAX ADMISSIBLE CONDITION
F.L.I. - Pump
F.L.I. - Total
M.I.C. MAXIMUM INRUSH CURRENT
M.I.C. - Value
voltage unbalance: max 2 %
power supply 400/3/50 (+ NEUTRAL) +/- 6%
The pump is included in the total values calculation
for non standard voltage please contact Clivet technical office
10
HYDRONIC
82 - 302
Application: Terminal units
OPERATING LIMITS (COOLING)
Size
82
102
122
162
182
222
262
302
EXTERNAL EXCHANGER
Max air intake temperature
Max air intake temperature
Min. air intake temperature
INTERNAL EXCHANGER
Max water inlet temperature
Min. water outlet temperature
Min. water outlet temperature
1
2
3
°C
°C
°C
47
49
-10
47
49
-10
46
48
-10
47
49
-10
48
48
-10
47
49
-10
47
49
-10
47
49
-10
4
5
6
°C
°C
°C
22
5
-8
22
5
-8
22
5
-8
22
5
-8
22
5
-8
22
5
-8
22
5
-8
22
5
-8
7
8
°C
°C
22
-7
22
-7
24
-7
24
-7
24
-7
22
-7
24
-7
22
-7
9
°C
°C
28
55
28
55
28
53
28
55
28
55
28
55
28
55
28
55
OPERATING LIMITS (HEATING)
EXTERNAL EXCHANGER
Max air temperature inlet (WB)
Min air inlet temperature (W.B.)
INTERNAL EXCHANGER
Min. water outlet temperature
Max water outlet temperature
Warning: the still air condition is meant as absence of air flow to the unit. Any wind condition
can let air pass through the condenser coil thus worsening the operating limits of the unit
(see limits with air speed at 0,5 m/s & 1 m/s).
ATTENTION: IN CASE OF PREDOMINANT WINDS, WINDBREAK BARRIERS ARE
NECESSARY.
Water thermal head (min / max) are indicated in the section INTERNAL EXCHANGER
PRESSURE DROP
(1) unit at full load: internal exchanger water 12/7°C
(2) internal exchanger water = 12/7°C
capacity-controlled unit (automatic capacity control)
(3) external exchanger air in quiet
(4) this limit can be exceeded for brief and transitory periods with automatic capacity control
of the unit: the maximum limit is 30°C.
(5) standard unit
outdoor air temperature 35°C
(6) B = Low Temperature
outdoor air temperature 35°C
Fluid with ethylene glycol of 40%
(7) unit at full load
outlet water internal exchanger 45°C
(8) outlet water internal exchanger 45°C
(9) room temperature = 7°C (RH = 85%)
Application: Unit for underfloor heating
OPERATING LIMITS (COOLING)
Size
82
102
122
162
182
222
262
302
EXTERNAL EXCHANGER
Max air intake temperature
Max air intake temperature
Min. air intake temperature
INTERNAL EXCHANGER
Max water inlet temperature
Min. water outlet temperature
Min. water outlet temperature
1
2
3
°C
°C
°C
44
46
-10
44
46
-10
42
45
-10
43
45
-10
43
45
-10
42
45
-10
41.5
44
-10
43
45
-10
4
5
6
°C
°C
°C
22
5
-8
22
5
-8
22
5
-8
22
5
-8
22
5
-8
22
5
-8
22
5
-8
22
5
-8
7
8
°C
°C
22
-10
22
-10
24
-10
24
-10
24
-10
22
-10
24
-10
22
-10
°C
°C
28
55
28
55
28
53
28
55
28
55
28
55
28
55
28
55
OPERATING LIMITS (HEATING)
Max air temperature inlet (WB)
Min air inlet temperature (W.B.)
INTERNAL EXCHANGER
Min. water outlet temperature
Max water outlet temperature
(1) unit at full load
internal exchanger water = 23/18°C
(2) internal exchanger water = 23/18°C
capacity-controlled unit (automatic capacity control)
(3) external exchanger air in quiet
(4) this limit can be exceeded for brief and transitory periods with automatic capacity control
of the unit: the maximum limit is 30°C.
(5) standard unit
outdoor air temperature 35°C
(6) B = Low Temperature
outdoor air temperature 35°C
Fluid with ethylene glycol of 40%
(7) unit at full load
exchanger water outlet 35°C
(8) exchanger water outlet 35°C
BT07F009GB-05
EXTERNAL EXCHANGER
11
HYDRONIC
82 - 302
APPLICATION: TERMINAL UNITS
COOLING PERFORMANCE
EXTERNAL EXCHANGER AIR INTAKE TEMPERATURE (ºC)
Size
82
102
122
162
BT07F009GB-05
182
222
To
(ºC)
25
30
40
43
46
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
6
25.8
7.17
24.4
7.98
22.9
8.92
21.3
9.99
20.3
10.7
19.2
11.4
7
26.5
7.23
25.1
8.07
23.6
9.00
22.0
10.0
21.0
10.7
19.9
11.4
8
27.3
7.29
25.8
8.14
24.3
9.07
22.7
10.1
21.6
10.7
20.6
11.4
9
28.1
7.36
26.6
8.22
25.0
9.14
23.3
10.1
22.3
10.8
21.2
11.4
10
28.9
7.42
27.3
8.29
25.7
9.21
24.0
10.2
22.9
10.8
21.9
11.4
11
29.7
7.48
28.0
8.36
26.4
9.27
24.7
10.2
23.6
10.8
22.5
11.4
12
30.5
7.54
28.8
8.42
27.1
9.33
25.3
10.3
24.3
10.8
6
30.1
8.41
28.4
9.39
26.7
10.4
24.9
11.6
23.8
12.3
22.7
13.0
7
31.0
8.50
29.2
9.47
27.5
10.5
25.7
11.6
24.6
12.3
23.5
13.0
8
31.8
8.59
30.1
9.56
28.3
10.6
26.5
11.7
25.4
12.4
24.2
13.1
9
32.7
8.68
30.9
9.65
29.1
10.7
27.3
11.7
26.2
12.4
25.0
13.1
10
33.6
8.77
31.8
9.74
30.0
10.7
28.1
11.8
26.9
12.4
25.7
13.1
11
34.5
8.86
32.7
9.83
30.8
10.8
28.9
11.9
27.7
12.5
26.5
13.2
12
35.4
8.95
33.6
9.91
31.7
10.9
29.7
11.9
28.5
12.6
6
35.8
10.3
33.8
11.4
31.7
12.6
29.4
13.9
27.9
14.7
26.4
15.6
7
36.9
10.4
34.8
11.5
32.7
12.7
30.5
13.9
29.1
14.6
27.8
15.4
8
37.9
10.5
35.8
11.6
33.6
12.8
31.5
13.9
30.3
14.6
29.1
15.3
9
39.0
10.6
36.8
11.8
34.6
12.9
32.6
14.0
31.4
14.6
30.3
15.3
10
40.1
10.8
37.8
11.9
35.6
13.0
33.6
14.0
32.5
14.6
31.4
15.2
11
41.1
10.9
38.8
12.0
36.6
13.1
34.6
14.1
33.5
14.7
12
42.2
11.0
39.8
12.2
37.6
13.2
35.5
14.2
34.4
14.8
6
43.2
11.8
40.8
13.1
38.2
14.5
35.6
16.0
34.0
16.9
32.3
17.8
7
44.5
12.0
42.0
13.2
39.4
14.6
36.8
16.1
35.1
17.0
33.4
17.9
8
45.8
12.1
43.3
13.4
40.6
14.7
37.9
16.2
36.2
17.1
34.5
18.0
9
47.1
12.2
44.5
13.5
41.8
14.8
39.1
16.3
37.4
17.2
35.7
18.1
10
48.4
12.3
45.7
13.6
43.0
15.0
40.2
16.4
38.5
17.3
36.8
18.2
11
49.7
12.5
47.0
13.7
44.2
15.1
41.4
16.5
39.7
17.4
12
51.0
12.6
48.2
13.9
45.4
15.2
42.6
16.6
40.8
17.5
6
50.1
13.9
47.3
15.4
44.3
17.0
41.1
18.7
39.1
19.8
37.0
21.0
7
51.6
14.0
48.7
15.5
45.6
17.1
42.3
18.8
40.2
19.9
38.1
21.1
8
53.2
14.1
50.1
15.6
46.9
17.2
43.5
18.9
41.4
20.0
39.2
21.1
9
54.7
14.2
51.6
15.7
48.2
17.3
44.7
19.0
42.5
20.1
40.3
21.2
10
56.3
14.3
53.0
15.8
49.6
17.4
46.0
19.1
43.7
20.2
41.4
21.3
11
57.8
14.4
54.4
15.9
50.9
17.5
47.2
19.2
44.9
20.3
42.6
21.3
12
59.4
14.5
55.9
16.1
52.2
17.6
48.4
19.3
46.1
20.3
43.7
21.4
6
57.8
16.4
54.7
18.2
51.4
20.1
47.8
22.2
45.6
23.5
43.2
24.9
7
59.4
16.6
56.3
18.4
52.9
20.3
49.2
22.4
46.9
23.7
44.5
25.1
8
61.0
16.8
57.9
18.5
54.5
20.4
50.7
22.5
48.3
23.9
45.8
25.3
9
62.7
17.0
59.5
18.7
56.0
20.6
52.2
22.7
49.8
24.1
47.2
25.5
10
64.4
17.1
61.2
18.9
57.7
20.8
53.8
22.9
51.3
24.2
48.7
25.6
11
66.1
17.3
62.9
19.0
59.4
20.9
55.4
23.0
52.9
24.4
12
68.0
17.5
64.7
19.2
61.1
21.1
57.1
23.2
54.5
24.5
To = Internal exchanger water outlet temperature in° C
kWf = Cooling capacity in kW
kWe = Compressor power input in kW
Performances in function of the inlet/outlet water temperature differential = 5°C
12
35
HYDRONIC
82 - 302
APPLICATION: TERMINAL UNITS
COOLING PERFORMANCE
EXTERNAL EXCHANGER AIR INTAKE TEMPERATURE (ºC)
Size
262
302
To
(ºC)
25
30
35
40
43
46
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
6
68.8
19.3
65.2
21.4
61.2
23.7
57.0
26.2
54.4
27.8
51.6
29.4
7
70.8
19.4
67.1
21.6
63.0
23.9
58.7
26.4
55.9
27.9
53.0
29.6
8
72.9
19.5
69.0
21.7
64.8
24.1
60.3
26.5
57.5
28.1
54.6
29.7
9
74.9
19.7
70.9
21.9
66.6
24.2
62.0
26.7
59.1
28.2
56.1
29.8
10
77.0
19.8
72.8
22.0
68.4
24.4
63.7
26.8
60.8
28.4
57.8
29.9
11
79.0
20.0
74.7
22.2
70.2
24.5
65.4
27.0
62.5
28.5
59.5
30.0
12
81.0
20.1
76.6
22.4
72.0
24.7
67.2
27.1
64.2
28.6
6
78.3
22.1
74.3
24.5
70.0
27.1
65.4
29.9
62.5
31.6
59.6
33.5
7
80.6
22.3
76.3
24.7
71.9
27.3
67.3
30.1
64.5
31.8
61.6
33.7
8
82.8
22.5
78.4
25.0
73.9
27.6
69.3
30.3
66.5
32.0
63.6
33.8
9
85.1
22.7
80.5
25.2
75.9
27.8
71.3
30.5
68.5
32.2
65.7
34.0
10
87.3
22.9
82.7
25.4
78.0
28.0
73.4
30.7
70.6
32.4
67.8
34.2
11
89.6
23.1
84.9
25.6
80.2
28.2
75.6
30.9
72.8
32.6
70.0
34.4
12
91.9
23.3
87.2
25.8
82.5
28.4
77.8
31.1
75.0
32.8
BT07F009GB-05
To = Internal exchanger water outlet temperature in° C
kWf = Cooling capacity in kW
kWe = Compressor power input in kW
Performances in function of the inlet/outlet water temperature differential = 5°C
13
HYDRONIC
82 - 302
APPLICATION: TERMINAL UNITS
APPLICATION: UNIT FOR UNDERFLOOR HEATING
HEATING PERFORMANCE
Size
82
102
122
162
BT07F009GB-05
182
222
EXTERNAL EXCHANGER WATER OUTLET TEMPERATURE (°C)
Ta
(°C)
DB/WB
30
40
45
kWt
kWe
kWt
kWe
kWt
kWe
-10 / -10.5
18.5
5.32
18.2
6.03
17.9
6.83
-5 / -5.4
21.5
5.54
21.4
6.28
21.3
0 / -0.6
24.6
5.74
24.6
6.49
5 / 3.9
27.7
5.90
27.7
6.66
50
kWt
kWe
7.12
21.2
8.09
24.6
7.36
24.4
27.6
7.55
27.4
55
kWt
kWe
kWt
kWe
8.36
24.3
9.49
24.0
10.8
8.58
27.1
9.73
26.7
11.0
7/6
29.3
5.97
29.2
6.73
29.1
7.63
28.8
8.66
28.4
9.82
27.9
11.1
10 / 8.2
31.0
6.03
30.9
6.81
30.6
7.71
30.2
8.73
29.7
9.89
29.1
11.2
33.3
8.86
32.5
10.00
31.7
11.2
15 / 13
35.0
6.17
34.5
6.95
33.9
7.84
-10 / -10.5
21.6
6.59
21.2
7.33
21.6
8.42
-5 / -5.4
25.0
6.64
24.8
7.41
24.9
8.47
25.5
9.85
0 / -0.6
28.5
6.71
28.3
7.49
28.3
8.54
28.4
9.86
28.6
11.5
29.0
13.3
5 / 3.9
32.1
6.80
31.9
7.59
31.6
8.62
31.4
9.90
31.1
11.4
30.8
13.2
7/6
33.8
6.84
33.6
7.63
33.2
8.66
32.9
9.93
32.4
11.4
31.9
13.2
10 / 8.2
35.7
6.89
35.4
7.69
35.0
8.71
34.5
9.96
33.9
11.4
33.3
13.1
38.9
8.83
38.2
10.0
37.6
11.5
36.9
13.1
15 / 13
40.1
7.02
39.5
7.82
-10 / -10.5
25.4
7.45
25.7
8.36
-5 / -5.4
28.6
7.51
28.7
8.45
28.9
9.62
29.2
11.0
0 / -0.6
32.3
7.62
32.1
8.57
32.1
9.74
32.1
11.1
32.3
12.8
5 / 3.9
36.2
7.75
36.0
8.72
35.8
9.90
35.6
11.3
35.4
12.9
35.2
14.7
7/6
38.3
7.82
38.0
8.80
37.8
9.98
37.5
11.4
37.1
13.0
36.8
14.8
10 / 8.2
40.5
7.91
40.3
8.89
40.0
10.1
39.6
11.5
39.1
13.0
38.6
14.8
15 / 13
45.9
8.13
45.7
9.12
45.3
10.3
44.8
11.7
44.0
13.3
43.1
15.1
-10 / -10.5
30.2
9.16
29.7
10.2
29.5
11.6
-5 / -5.4
34.9
9.15
34.7
10.2
34.4
11.6
34.2
13.3
0 / -0.6
39.8
9.19
39.6
10.3
39.3
11.7
38.8
13.3
38.2
15.2
5 / 3.9
44.8
9.28
44.5
10.4
44.0
11.8
43.4
13.4
42.5
15.2
7/6
47.2
9.34
46.9
10.5
46.3
11.8
45.6
13.4
44.6
15.2
43.5
17.2
10 / 8.2
49.9
9.41
49.4
10.5
48.7
11.9
47.9
13.5
46.9
15.2
45.7
17.2
15 / 13
55.9
9.60
55.0
10.7
54.1
12.1
53.2
13.6
52.2
15.4
51.1
17.3
-10 / -10.5
36.8
12.1
39.0
12.4
39.5
13.6
-5 / -5.4
40.7
12.0
41.7
12.4
42.0
13.6
41.4
15.6
0 / -0.6
45.6
12.0
45.9
12.5
45.9
13.7
45.5
15.6
44.7
18.4
5 / 3.9
51.3
12.1
51.2
12.6
50.9
13.8
50.4
15.7
49.6
18.4
7/6
54.2
12.1
54.1
12.6
53.7
13.8
53.0
15.8
52.0
18.4
50.7
21.8
10 / 8.2
57.5
12.2
57.5
12.7
57.0
13.9
56.1
15.8
54.7
18.4
52.9
21.7
15 / 13
65.7
12.3
65.9
12.9
65.2
14.1
63.5
16.0
60.9
18.5
57.2
21.5
-10 / -10.5
42.4
13.1
41.7
14.6
41.5
16.1
41.6
17.6
-5 / -5.4
47.9
13.1
47.5
14.6
47.2
16.1
47.0
17.8
47.0
19.6
0 / -0.6
53.9
13.1
53.6
14.6
53.3
16.3
52.8
18.0
52.3
19.9
51.7
21.9
5 / 3.9
60.4
13.3
60.1
14.8
59.6
16.4
58.9
18.2
58.0
20.2
57.0
22.3
7/6
63.7
13.4
63.3
14.9
62.7
16.5
61.9
18.3
61.0
20.3
59.8
22.4
10 / 8.2
67.4
13.5
66.8
15.0
66.1
16.6
65.2
18.4
64.2
20.4
63.0
22.6
15 / 13
75.9
13.8
75.0
15.2
74.1
16.9
73.0
18.7
71.9
20.7
70.7
22.9
Ta = internal exchanger inlet air temperature
kWt = Heating capacity (kW)
kWe = Compressor power input in kW
14
35
HYDRONIC
82 - 302
APPLICATION: TERMINAL UNITS
APPLICATION: UNIT FOR UNDERFLOOR HEATING
HEATING PERFORMANCE
Size
262
302
EXTERNAL EXCHANGER WATER OUTLET TEMPERATURE (°C)
Ta
(°C)
DB/WB
30
35
40
45
50
kWt
kWe
kWt
kWe
kWt
kWe
kWt
kWe
-10 / -10.5
50.5
15.2
48.7
16.7
47.9
18.4
48.2
20.3
-5 / -5.4
56.5
15.2
56.0
16.8
55.5
18.6
55.3
0 / -0.6
63.3
15.3
63.2
16.9
62.9
18.7
5 / 3.9
70.8
15.4
70.5
17.1
69.9
18.9
55
kWt
kWe
kWt
kWe
20.5
55.1
22.7
62.3
20.7
61.4
69.1
21.0
68.0
23.0
60.2
25.4
23.2
66.7
25.7
7/6
74.6
15.5
74.0
17.1
73.3
19.0
72.4
21.1
71.4
23.3
70.2
25.8
10 / 8.2
78.8
15.6
77.8
17.3
76.8
19.1
75.9
21.2
75.1
23.5
74.4
26.0
83.9
23.7
84.7
26.3
15 / 13
88.9
16.0
86.3
17.5
84.7
19.3
83.8
21.4
-10 / -10.5
57.9
17.7
56.1
19.4
55.4
21.2
55.6
23.1
-5 / -5.4
65.0
17.7
64.4
19.5
64.0
21.4
63.8
23.5
63.7
25.8
0 / -0.6
73.0
17.8
72.9
19.6
72.5
21.7
71.9
24.0
71.0
26.4
69.9
29.1
5 / 3.9
81.6
18.0
81.3
19.9
80.7
22.0
79.8
24.3
78.7
26.9
77.3
29.8
7/6
86.0
18.1
85.4
20.0
84.6
22.1
83.7
24.5
82.5
27.2
81.3
30.1
10 / 8.2
90.9
18.3
89.8
20.2
88.8
22.3
87.8
24.7
86.8
27.4
85.8
30.3
15 / 13
102.5
18.8
99.9
20.6
98.0
22.7
97.0
25.1
96.7
27.8
97.2
30.8
BT07F009GB-05
Ta = internal exchanger inlet air temperature
kWt = Heating capacity (kW)
kWe = Compressor power input in kW
15
HYDRONIC
82 - 302
APPLICATION: UNIT FOR UNDERFLOOR HEATING
COOLING PERFORMANCE
EXTERNAL EXCHANGER AIR INTAKE TEMPERATURE (ºC)
Size
82
102
122
162
BT07F009GB-05
182
222
To
(ºC)
25
30
35
41
42
44
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
13
31.2
7.64
29.6
8.45
27.9
9.37
26.0
10.4
25.7
10.6
25.3
10.8
24.4
11.2
14
32.0
7.70
30.4
8.51
28.6
9.42
26.7
10.4
26.3
10.6
25.9
10.8
25.1
11.3
15
32.8
7.76
31.2
8.57
29.3
9.47
27.4
10.4
27.0
10.7
26.6
10.9
25.7
11.3
16
33.7
7.81
31.9
8.63
30.1
9.51
28.1
10.5
27.6
10.7
27.2
10.9
26.4
11.3
17
34.5
7.87
32.7
8.68
30.8
9.56
28.7
10.5
28.3
10.7
27.9
10.9
27.0
11.3
18
35.4
7.92
33.5
8.74
31.5
9.59
29.4
10.5
29.0
10.7
28.6
10.9
27.7
11.3
19
36.3
7.98
34.3
8.79
32.2
9.63
30.1
10.5
29.7
10.7
29.2
10.9
28.4
11.2
13
36.4
9.04
34.5
10.0
32.5
11.0
30.4
12.1
30.0
12.3
29.6
12.5
28.7
13.0
14
37.3
9.13
35.4
10.1
33.3
11.1
31.2
12.2
30.8
12.4
30.3
12.6
29.4
13.1
15
38.3
9.21
36.3
10.2
34.2
11.2
32.0
12.3
31.5
12.5
31.1
12.7
30.1
13.1
16
39.3
9.30
37.2
10.3
35.0
11.3
32.7
12.4
32.3
12.6
31.8
12.8
30.8
13.2
17
40.4
9.39
38.1
10.4
35.8
11.4
33.5
12.5
33.0
12.7
32.5
12.9
31.5
13.4
18
41.4
9.47
39.1
10.4
36.7
11.5
34.2
12.6
33.7
12.8
33.2
13.0
32.2
13.5
19
42.5
9.56
40.0
10.5
37.5
11.6
13
43.4
11.2
41.0
12.3
38.6
13.4
36.2
14.5
35.7
14.7
35.2
15.0
34.3
15.4
14
44.5
11.3
42.1
12.4
39.6
13.5
37.2
14.6
36.7
14.8
36.2
15.1
35.2
15.5
15
45.7
11.4
43.2
12.5
40.7
13.6
38.2
14.7
37.7
14.9
37.2
15.2
16
46.8
11.6
44.2
12.7
41.7
13.7
39.2
14.8
38.7
15.0
38.2
15.3
17
47.9
11.7
45.3
12.8
42.7
13.9
40.2
14.9
39.7
15.1
39.1
15.3
18
49.1
11.9
46.4
12.9
43.8
14.0
41.2
15.0
40.7
15.2
40.1
15.4
19
50.2
12.0
47.5
13.1
44.8
14.1
13
52.3
12.7
49.5
14.0
46.6
15.3
43.7
16.7
43.1
17.0
42.6
17.3
41.4
17.9
14
53.6
12.9
50.7
14.1
47.8
15.5
44.9
16.9
44.3
17.2
43.6
17.5
42.4
18.1
15
54.9
13.0
52.0
14.3
49.0
15.6
46.0
17.1
45.3
17.4
44.7
17.7
43.5
18.3
16
56.2
13.2
53.2
14.4
50.2
15.8
47.1
17.2
46.4
17.5
45.8
17.9
17
57.5
13.3
54.5
14.5
51.4
15.9
48.2
17.4
47.5
17.7
46.9
18.1
18
58.8
13.5
55.8
14.7
52.6
16.1
49.3
17.6
48.6
17.9
47.9
18.3
19
60.2
13.6
57.0
14.8
53.8
16.2
13
60.9
14.6
57.3
16.2
53.5
17.7
49.7
19.4
48.9
19.7
48.1
20.1
46.5
20.7
14
62.5
14.8
58.7
16.3
54.9
17.9
50.9
19.5
50.1
19.8
49.3
20.1
47.7
20.8
15
64.1
14.9
60.1
16.4
56.2
18.0
52.2
19.5
51.4
19.8
50.6
20.2
48.9
20.8
16
65.6
15.0
61.6
16.5
57.5
18.0
53.4
19.6
52.6
19.9
51.8
20.2
50.2
20.8
17
67.2
15.2
63.0
16.7
58.8
18.1
54.7
19.6
53.9
19.9
53.1
20.2
18
68.8
15.3
64.4
16.8
60.2
18.2
56.0
19.7
55.2
20.0
54.3
20.3
19
70.4
15.5
65.9
16.9
61.5
18.3
57.3
19.7
56.4
20.0
55.6
20.3
13
69.8
17.7
66.6
19.3
62.8
21.2
58.6
23.6
57.7
24.1
56.8
24.7
54.9
25.8
14
71.7
17.9
68.4
19.4
64.6
21.4
60.4
23.7
59.5
24.2
58.6
24.8
56.7
25.9
15
73.7
18.0
70.3
19.6
66.5
21.5
62.3
23.8
61.3
24.3
60.4
24.8
16
75.7
18.2
72.2
19.8
68.4
21.7
64.1
23.9
63.2
24.4
62.3
24.8
17
77.7
18.4
74.2
20.0
70.3
21.8
66.1
23.9
65.2
24.4
64.3
24.9
18
79.8
18.6
76.2
20.2
72.3
22.0
68.1
24.0
67.2
24.4
66.3
24.8
19
81.9
18.7
78.3
20.4
74.4
22.2
To = Internal exchanger water outlet temperature in° C
kWf = Cooling capacity in kW
kWe = Compressor power input in kW
Performances in function of the inlet/outlet water temperature differential = 5°C
16
40
HYDRONIC
82 - 302
APPLICATION: UNIT FOR UNDERFLOOR HEATING
COOLING PERFORMANCE
EXTERNAL EXCHANGER AIR INTAKE TEMPERATURE (ºC)
Size
262
302
To
(ºC)
25
30
35
40
41
42
44
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
kWf
kWe
13
83.0
20.3
78.5
22.5
73.8
24.8
69.1
27.2
68.1
27.7
67.2
28.2
65.2
29.2
14
85.0
20.4
80.4
22.7
75.7
25.0
70.9
27.4
69.9
27.8
68.9
28.3
67.0
29.3
15
87.0
20.6
82.3
22.8
77.5
25.1
72.7
27.5
71.7
28.0
70.7
28.5
68.8
29.4
16
89.0
20.8
84.2
23.0
79.4
25.2
74.5
27.6
73.5
28.1
72.6
28.6
17
90.9
21.0
86.1
23.2
81.3
25.4
76.4
27.7
75.4
28.2
74.4
28.7
18
92.9
21.2
88.0
23.3
83.1
25.5
78.3
27.8
77.3
28.3
76.3
28.8
19
94.8
21.4
89.9
23.5
85.0
25.6
80.2
27.9
79.2
28.4
13
94.2
23.5
89.5
25.9
84.7
28.6
79.9
31.5
78.9
32.1
78.0
32.7
76.0
33.9
14
96.5
23.7
91.8
26.1
87.1
28.8
82.2
31.7
81.3
32.3
80.3
32.9
78.3
34.2
15
98.8
23.9
94.2
26.3
89.5
28.9
84.7
31.9
83.7
32.5
82.7
33.1
80.7
34.4
16
101.1
24.1
96.7
26.5
92.0
29.1
87.1
32.1
86.1
32.7
85.1
33.3
83.1
34.7
17
103.5
24.3
99.2
26.6
94.6
29.2
89.7
32.2
88.7
32.9
87.7
33.5
85.6
34.9
18
105.8
24.6
101.7
26.8
97.2
29.4
92.3
32.4
91.3
33.1
90.2
33.7
19
108.2
24.8
104.3
26.9
99.9
29.5
95.0
32.6
94.0
33.3
92.9
33.9
BT07F009GB-05
To = Internal exchanger water outlet temperature in° C
kWf = Cooling capacity in kW
kWe = Compressor power input in kW
Performances in function of the inlet/outlet water temperature differential = 5°C
17
HYDRONIC
82 - 302
(OHP)Unit with heating and cooling mode
Standard configuration of unit with heating and cooling mode
optional accessory
(OHO)Heat-only function
Unit configuration in heating-only mode
optional accessory
(CCCA1)copper / aluminium condenser coils with Fin Guard (Silver) treatment
The Fin Guard Silver, for finned exchanger, is a polyurethane vernish waterproof (for waterworks, see and discharge water). It is also resistant to oil products and
other different solvents. It hasn't any effects on the air side pressure drops.
optional accessory
(CCCC)copper / copper condenser coils
The copper/copper condensing coil allows a better resistence to the natural agent like salt and sulphureous vapours.
optional accessory
(CCCA)copper / aluminium condenser coils with acrylic lining
The copper/aluminium evaporator coils with acrylic lining can be used in the room where the ambient air contains a concentration of salt and other not very aggressive agents.
optional accessory
(-)unit without hydronic assembly
The unit can be requested without circulating pump, expansion vessel, safety valve water side and filling assembly.
optional accessory
(1PUR)Single pump with reduced working head
optional accessory
BT07F009GB-05
(1PUM)Single pump with increased working head
optional accessory
(2PUS)standard double pump
optional accessory
(2PUR)Double pump with reduced working head
optional accessory
(2PUM)Double pump with increased working head
optional accessory
18
HYDRONIC
82 - 302
(PMX)phase monitor
phase monitor to check the presence and correct sequence of the power supply phases
separately supplied accessories
(SFSTR4N)disposal for inrush current reduction, for unit 400/3/50+N
Starting up a motor directly can overload the electricity network, with start-up currents up to 8 times the nominal current. Thanks to the breakaway current reduction device, start-up takes place gradually, with the start-up current being limited during this period of time. The start-up current can therefore be reduced to 3.5 - 4
times the nominal current, meaning that the power systems and protection devices can be sized with lower parameters.
optional accessory
(CMMBX)serial communication module to supervisor (MODBUS)
12 Vac
-
+
gnd
CN1
TTL / RS485
gnd
+
SERIALE
- 12V AC
The serial communication module to supervisor (MODBUS) is connected with the principal module through a comb connection (see lay-out on electrical panel). In
this way the remote assistance and supervision are available through standard MODBUS protocol.It is possible to connect to a single supervisor system up to 127
units. The connection to PC must be obtained through a converter RS485/232; the serial port RS232 admits as maximum a 10 m length.The serial communication
module to supervisor (MODBUS) is necessary when the unit is connected to ELFOCONTROL.
Supervisore
RS-232
12 V AC
-
-
4 5
6
7
8
12 V AC
gnd
9 10 11 12
18
19
2 0
21
3
+
1 8
19
20
2 1
CN1
CN1
2
TTL /
RS485
+
gnd
13 14 15 16 17 18 19 20 21
+5V
1
gnd
RS-48 5
-
CN2
+
TTL /
g nd
RS485
ALLE ALTRE
UNITA’
separately supplied accessories
It allows to modulate unit set-point according to the external enthalpy. In this way an higher comfort and continuous energy saving are guaranteed. It optimizes unit
energy efficiency, through a set point automatic modulation, according to the external conditions (temperature + humidity). It optimiezs also the defrosting time
during winter operation.
BT07F009GB-05
(SCP3X)Set point compensation with according to outdoor enthalpy
separately supplied accessories
19
HYDRONIC
82 - 302
(AMRX)Rubber antivibration mounts
The rubber antivibration mounts reduce the vibrations of compressor during its operation and they are installed at the base toe.
separately supplied accessories
(CLS)free contacts for alarm
Free contacts for compressor state
optional accessory
(PFCP)power factor correction capacitors (cosfi > 0.9)
the power factor correction capacitors increase the cosF value, reducing the apparent current on the supply line to the chiller assembly
optional accessory
(RCMRX)Remote control with remote microprocessor control
the remote control allows the remote display and operation of functions of the microprocessor on the unit
separately supplied accessories
(ACC1)Storage
Inertial storage tank of 80 litres, for applications where the system has limited water content.
(sizes 82-102-122)
Inertial storage tank of 120 litres, for applications where the system has limited water content.
(sizes 162-182-222-262-302)
BT07F009GB-05
optional accessory
(IFWX)Steel mesh filter on the water side
stainless steel mesh mechanical filter (to be used, if required, with unit configured without hydronic group)
steel mesh mechanical filter positioned at the exchanger inlet. Suitable for filtering water and trapping the impurities present in the water circuit.
separately supplied accessories
(D)Energy recovery
partial recovery of condensing heat, up to 25%
optional accessory
20
HYDRONIC
82 - 302
DIMENSIONAL DRAWING
DIMENSIONALES AND WEIGHT DISTRIBUTION WSAN-XEE 82-102-122
3
3
3
3
12
11
10
4
1209
10
2
7
6
8
1
1
1
137
5
9 - 13
151.5
9 - 14
9 - 13
1225
326.5
22.5
1703
1225
700
2
630
4
P
W2
7
"G"
3
W4
700
W3
700
M
Size
mm
mm
mm
mm
mm
mm
mm
kg
kg
kg
kg
kg
kg
O
7
2
82
102
122
705
998
345
330
1703
675
1209
101
60
88
66
315
325
700
1003
345
330
1703
675
1209
102
61
90
67
320
330
699
1004
345
330
1703
675
1209
118
70
104
78
370
380
(15)
N
(1) COMPRESSOR
(2) FINNED EXCHANGER
(3) HELICAL FANS
(4) PLATE EXCHANGER
(5) EXCHANGER WATER OUTLET
(6) EXCHANGER WATER INLET
(7) PUMP
(8) POWER INPUT
(9) LIFTING HOLES
(10) ELECTRICAL PANEL
(11) MICROPROCESSOR KEYBOARD
(12) MAIN ISOLATOR SWITCH
(13) VIBRATION MOUNTS POSITION
(14) MINIMUM DIMENSION FOR A PROPER AIR FLOW TO THE CONDENSER COIL.
(15) MINIMUM DIMENSION FOR A SAFE PASSAGE.
(G) BARYCENTRE
VICTAULIC CONNECTION JOINTS
BT07F009GB-05
(14)
1
21.5
326.5
W1
1
M
N
O
P
Length
Depth
Height
W1
W2
W3
W4
Operating weight
Shipping weight
675
(15)
21.5
700
22.5
(14)
151.5
630
21
HYDRONIC
82 - 302
DIMENSIONAL DRAWING
DIMENSIONALS AND WEIGHT DISTRIBUTION WSAN-XEE 162-182-222
3
3
3
3
3
3
10
12
10
11
4
1417
5
2
7
6
1
8
1
1
137
5
9 - 13
9 - 13
244
9 - 13
1446
242
21.5
1050
1093
1932
242
(14)
700
1446
(15)
W1
W2
1050
4
3
P
2
700
21.5
244
21.5
7
"G"
1
7
(14)
W3
W4
700
M
BT07F009GB-05
Size
22
M
N
O
P
Length
Depth
Height
W1
W2
W3
W4
Operating weight
Shipping weight
O
2
1
700
21.5
10
3
mm
mm
mm
mm
mm
mm
mm
kg
kg
kg
kg
kg
kg
(15)
N
162
182
222
892
1040
520
580
1932
1100
1417
148
101
170
111
530
545
888
1044
515
585
1932
1100
1417
154
105
176
116
550
565
889
1043
517
583
1932
1100
1417
162
110
186
122
580
595
(1) COMPRESSOR
(2) FINNED EXCHANGER
(3) HELICAL FANS
(4) PLATE EXCHANGER
(5) EXCHANGER WATER INLET
(6) EXCHANGER WATER OUTLET
(7) PUMP
(8) POWER INPUT
(9) LIFTING HOLES
(10) ELECTRICAL PANEL
(11) MICROPROCESSOR KEYBOARD
(12) MAIN ISOLATOR SWITCH
(13) VIBRATION MOUNTS POSITION
(14) MINIMUM DIMENSION FOR A PROPER AIR FLOW TO THE CONDENSER COIL.
(15) MINIMUM DIMENSION FOR A SAFE PASSAGE.
(G) BARYCENTRE
VICTAULIC CONNECTION JOINTS
HYDRONIC
82 - 302
DIMENSIONAL DRAWING
DIMENSIONALS AND WEIGHT DISTRIBUTION WSAN-XEE 262-302
3
3
3
3
3
3
3
10
12
10
11
4
1417
5
2
7
6
1
8
1
1
137
5
9 - 13
9 - 13
244
1612
9 - 13
476
21.5
1050
476
(14)
700
1612
(15)
W1
W2
3
3
P
2
4
1050
700
21.5
244
21.5
1093
2332
7
1
"G"
7
O
W4
700
Size
mm
mm
mm
mm
mm
mm
mm
kg
kg
kg
kg
kg
kg
262
302
1105
1227
515
585
2332
1100
1417
189
128
216
142
675
690
1100
1232
513
587
2332
1100
1417
193
131
221
145
690
705
(15)
N
(1) COMPRESSOR
(2) FINNED EXCHANGER
(3) HELICAL FANS
(4) PLATE EXCHANGER
(5) EXCHANGER WATER INLET
(6) EXCHANGER WATER OUTLET
(7) PUMP
(8) POWER INPUT
(9) LIFTING HOLES
(10) ELECTRICAL PANEL
(11) MICROPROCESSOR KEYBOARD
(12) MAIN ISOLATOR SWITCH
(13) VIBRATION MOUNTS POSITION
(14) MINIMUM DIMENSION FOR A PROPER AIR FLOW TO THE CONDENSER COIL.
(15) MINIMUM DIMENSION FOR A SAFE PASSAGE.
(G) BARYCENTRE
VICTAULIC CONNECTION JOINTS
BT07F009GB-05
(14)
W3
M
M
N
O
P
Length
Depth
Height
W1
W2
W3
W4
Operating weight
Shipping weight
3
700
21.5
2
1
10
3
23
HYDRONIC
82 - 302
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Fax + 39 0439 313300
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