Product Range

Product Range
Cert. n° 0545
Sabiana s.p.a. • via Piave, 53 • 20011 Corbetta • Milano • Italy • phone +39.02.97203.1 r.a. / +39.02.97270429 / +39.02.97270576
fax +39.02.9777282 / +39.02.9772820 • www.sabiana.it • [email protected]
I/03/16
COD. A4000100
GP - E - 03/16
Product Range
DUCK STRIP RADIANT PANELS: AEROSPATIALE TOULOUSE
NEW AIRBUS A380 PRODUCTION PLANT.
INSTALLATION HEIGHT: 40 m
DUCK STRIP RADIANT PANELS: AEROSPATIALE TOULOUSE
NEW AIRBUS A380 PRODUCTION PLANT.
INSTALLATION HEIGHT: 40 m
DUCK STRIP RADIANT PANELS
DUCK STRIP RADIANT PANELS
ATLAS UNIT HEATERS
PULSAR RADIANT PANELS
CARISMA FAN COIL UNITS
SKYSTAR FAN COIL UNITS CASSETTE
Sabiana, the company
Choose Sabiana, choose safety
Choose SABIANA and you choose safety. Safety
in terms of products, performance and reliability.
Safety also means a relationship based on honesty
and competence.
For this reason SABIANA has kept for 80 years a
leading position in the production of heating and
air conditioning equipment for use in industry,
trade and sports.
In 1929 SABIANA was founded by Franco Binaghi
Sabiana manufacturing plant in Corbetta
and Benvenuto Anatrella and began its activity
with the production of heating appliances. After having brilliantly overcome the war years and the
post-war period, the company adapted its range of products to modern requirements, introduced a
modernisation and automation program for working procedures and dedicated much attention to its
most important product, the unit heater so that it could become a leader in Europe in this market.
In the Seventies SABIANA introduced the radiant
strip, which very soon demonstrated its qualities
as the most modern and efficient heating system
for large areas. The design and production technologies, which were adopted for the radiant
strip, assured that SABIANA became the market
leader in Europe for this product.
The continuous updating of the product range has
progressed with the introduction of the fan-coils,
cassettes and air handling units, which satisfy all
the needs of air treatment, and of the stainless
steel flues.
With eighty years of experience and its
high reliability SABIANA stands up for its
principal purpose: to guarantee to engineers
and customers the security of a safe product
and of a trustful relationship with the
supplier. Thanks to this philosophy SABIANA
is prepared to accept the challenges of the
coming years.
The new Sabiana 2 manufacturing plant in Magenta
for the production of Fan Coils and Cassettes
The new Sabiana 3 logistic center
Sabiana take part to the Eurovent program
of fan coil performance certification. The official figures are published
in the web site www.eurovent-certification.com and
in the web site www.certiflash.com.
Heating
Pulsar - Radiant Panels
Duck-Strip - Radiant Panels
Atlas - Unit Heaters
Helios - Unit Heaters
Atlas ECM - Unit Heaters
Atlas STP - Door Curtain Units
AIX - Stainless Steel Unit Heater
Jetstream - Induction Flow Optimizers
No-Strat - Antistratification and Heat Recovery Units
Electra 90 and Electramatic - Electric Unit Heaters
FSE - Electric Fan Convectors
Meltemi - Door Curtains
Comfort - Circular Unit Heaters
page 1
page 2
page 4
page 5
page 6
page 7
page 7
page 8
page 8
page 9
page 9
page 10
page 12
Air Conditioning
Polaris - Air Conditioners
Elegant–ECM - Ceiling Air Conditioners
Janus 05 - Air Conditioners
Carisma Serie Fly - High Wall Fan Coil Units
Carisma Serie Fly–ECM - High Wall Fan Coil Units
FreeSabiana - Wireless Control System
Carisma - Fan Coil Units
Carisma Serie CRC-Fan Coil Units with centrifugal fan
Carisma Serie CRT -Fan Coil Units with tangential fan
Carisma Serie CRR-Fan Coil Units with tangential fan
Carisma ECM - Fan Coil Units with inverter board
Carisma Serie CRC–ECM -Fan Coil Units
with centrifugal fan and inverter board
Carisma Serie CRT–ECM -Fan Coil Units
with tangential fan and inverter board
Crystall - Electronic Filter
Crystall Flex System - Electronic Filter
Carisma Serie CFR -Fan Coil Units with tangential fan
Carisma Serie CRSO - High Pressure Fan Coil Units
Carisma Serie CRS–ECM -High Pressure Fan Coil Units with inverter board
Maestro MTO - High Pressure Fan Coil Units
Ocean - Modular Ducted Units
SkyStar - Cassette Fan Coils
SkyStar ECM - Cassette Fan Coils with inverter board
Coanda - One Way Cassette Fan Coils
Coanda ECM - One Way Cassette Fan Coils with inverter board
Carisma Serie FLOOR CCP–ECM - Trench Convectors
Energy Plus - Heat Recovery Units
Zeus - Air Handling Units
Vulcan Pro -Air Handling Units
Vulcan Pro -Air Handling Units with Crystall Electrostatic Filters
for Air Quality and Energy Savings
page 13
page 14
page 15
page 16
page 17
page 18
page 19
page 20
page 21
page 21
page 22
page 23
page 23
page 24
page 24
page 25
page 26
page 27
page 28
page 29
page 30
page 31
page 32
page 33
page 34
page 35
page 36
page 37
page 38
The descriptions and illustrations provided in this publication are not binding: Sabiana reserves the right, whilst
maintaining the essential characteristics of the types described and illustrated, to make, at any time, without the
requirement to promptly update this piece of literature, any changes that it considers useful for the purpose of
improvement or for any other manufacturing or commercial requirements.
Pulsar
Radiant Panels
Construction
PULSAR:
The SABIANA radiant panels can be described as the
hygienic heating and cooling system par excellence. The
system does not create noise nor movement of air and
therefore dust. In addition, it avoids annoying streams of
air and the circulation of germs, dust and smeels and thus
represents an important contribution to the prevention of
allergies and illnesses. This result is achieved with the best
design: the visible side is perfectly smooth, adapting to any
type of architecture and none of the peripheral walls are affected by the installation as the
PULSAR radiant panel can be perfectly integrated into all types of false ceiling. Given its modular
dimensions and the design of the water connections, the PULSAR panels can be installed in
sequence with ceiling lights, in complete compliance with the regulations on artificial lighting.
The design of the PULSAR panel allows it to be installed in any building, including hospitals
and clinics. Indeed, its completely smooth visible surface allows sanitisation by spraying for
combating nosocomial illnesses in hospitals. The PULSAR radiant panels are inaccessible to
the people in the room. Therefore there is no risk of burning or electric shock in schools and
paramedical environments and no risk of vandalism. In summer, the PULSAR panel can be
used for cooling without creating streams of air and with a uniform temperature throughout
the environment.
The radiant panels
are made up of steel panel,
1mm thick, on which
is fitted an oblong-shaped
galvanized steel pipe.
The lengths of 1.20, 1.80,
2.40 and 3.00 m ensure
optimum integration into
600 x 600 mm modular
ceilings.
As standard, the panels
are supplied in RAL 9016
colour, with a satin
finish created by
an epoxy-polyester coat
dried at 180°C.
Other RAL colours are
also available on request.
Weight (kg)
1195
1795
2395
2995
13.8
20.7
27.6
34.5
L
35
60
Length (mm)
Pulsar P.FE 1
Pulsar P.FE 2
Pulsar P.FE 3
Pulsar P.FE 4
15
60
565
595
Description
15
Dimensions and Weight
The emission of the Sabiana Pulsar radiant panels have been certified by the laboratory at the University
of Stuttgart H.L.K. applying the harmonised European Standard EN 14037, with the report Nr. DC210 D12.2956
Thermal emissions in accordance to the European Standard EN 14037-1
∆TM
°C
89
88
87
86
85
84
83
82
81
80
EMISSION
W/m
582
574
567
559
552
544
537
529
522
515
∆TM
°C
79
78
77
76
75
74
73
72
71
70
EMISSION
W/m
507
500
492
485
478
470
463
456
448
441
∆TM
°C
69
68
67
66
65
64
63
62
61
60
EMISSION
W/m
434
427
419
412
405
398
391
383
376
369
∆TM
°C
59
58
57
56
55
54
53
52
51
50
EMISSION
W/m
362
355
348
341
334
327
320
313
306
299
∆TM
°C
49
48
47
46
45
44
43
42
41
40
EMISSION
W/m
292
285
279
272
265
258
251
245
238
231
∆TM
°C
39
38
37
36
35
34
33
32
31
30
EMISSION
W/m
225
218
211
205
198
192
185
179
172
166
∆TM
°C
29
28
27
26
25
24
23
22
21
20
EMISSION
W/m
160
153
147
141
134
128
122
116
110
104
∆tm = difference between the mean water temperature and the room temperature.
Cooling emissions in accordance to the European Standard EN 14037-4
∆TM
°C
5
6
7
8
9
10
COOLING EMISSION
With insulation
Without insulation
W/m
W/m2
W/m
W/m2
24
40
33
56
29
49
40
68
35
58
48
80
40
68
55
92
46
77
62
105
52
87
70
118
∆TM
°C
11
12
13
14
15
COOLING EMISSION
With insulation
Without insulation
W/m
W/m2
W/m
W/m2
57
96
78
130
63
106
85
143
69
116
93
156
75
126
101
169
81
136
108
182
∆tm = difference between the mean water temperature and the room temperature.
1
Radiant Panels
Construction
DUCK-STRIP:
The radiant panels consist
of three main components:
the reflecting panel, the
tubes and the insulation.
We have panels with 2 tubes
or 3 tubes to provide a
variation of output, these
are then formed into widths
of 30 cm, 60 cm, 90 cm,
120 cm, to provide a variation
in coverage. The strip is
provided in modular lengths
of 4 or 6 metres thus
accomodating a total strip
to the nearest 2 metres.
The strip is supplied
with 3 sections to make up
a complete strip, first,
intermediate and final. The
first and final include headers
and each section is connected
to the one before it.
The DUCK STRIP panels are
completely painted in light
GREY, RAL 9002 or in WHITE,
RAL 9016 with epoxy-polyester
powder dried at 180°C.
Model: standard for hot
water and special for high
temperature hot water.
On request:
•Special version for steam.
•Special lenghts.
Heating by radiation means absolute silence, no air movement,
a constant temperature in the whole room and no danger of
fire.
This implies energy savings, since the radiation directly heats
the people, the walls, the floor and only indirectly the air
so that the phenomena of heat stratification is reduced to a
minimum.
Radiant strips are the ideal solution for the heating of industrial,
commercial and sports environments.
1)
2)
3)
4)
5)
Connection
Ø 3/8 bsp connection
(for drain valve)
Ø 3/8 bsp connection (for air vent)
Header
Ø 1/2 diameter tube
Modular Width
2
Duck-Strip
6) Radiant panel
7) Strengthening section
and hanging bracket
8) Mineral wool insulation
9) Edging strip
10)Retaining clip
11)Side reflecting skirt (optional)
12)Retaining clip for side reflecting skirt
13)Belled end for welding
14)Make-up joint
15)Make-up joint between panel
and header (optional)
Modular Length
Headers and connections
Heating capacity
certified by the leading
European laboratories:
MODEL
03
06
09
12
L
A
300
200
600
500
900
800
1200
1100
Emission for each metre of the different models of the Duck-Strip radiant panels
in compliance of the new EN 14037 STANDARD
∆TM
(K)
30
32
34
36
38
40
42
44
46
48
50
52
54
55
56
58
60
62
64
65
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
100
102
104
106
108
110
112
114
116
118
120
DS 2-03
W/m
81
87
93
100
106
112
119
125
132
139
145
152
159
162
165
172
179
186
193
196
200
207
214
221
228
235
242
249
256
263
271
278
285
292
300
307
314
322
329
336
344
351
359
366
374
381
389
396
DS 2-06
W/m
144
155
166
177
189
200
212
223
235
247
259
271
283
289
295
307
319
331
344
350
356
368
381
394
406
419
432
444
457
470
483
496
509
522
535
548
561
575
588
601
614
628
641
655
668
682
695
709
DS 2-09
W/m
201
217
233
249
265
281
297
314
330
347
364
380
397
406
415
432
449
466
484
493
501
519
537
555
572
590
608
627
645
663
681
700
718
737
755
774
792
811
830
849
868
887
906
925
944
963
983
1002
DS 2-12
W/m
270
291
312
333
355
376
398
420
442
464
486
509
531
543
554
577
600
623
646
657
669
692
716
739
763
787
810
834
858
883
907
931
955
980
1004
1029
1054
1078
1103
1128
1153
1178
1203
1228
1253
1279
1304
1330
∆tm = difference between the mean water temperature and the room temperature
∆TM
(K)
30
32
34
36
38
40
42
44
46
48
50
52
54
55
56
58
60
62
64
65
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
100
102
104
106
108
110
112
114
116
118
120
DS 3-03
W/m
95
103
110
118
126
134
141
149
157
165
174
182
190
194
198
207
215
224
232
236
241
249
258
267
275
284
293
302
311
320
329
338
347
356
365
374
383
393
402
411
420
430
439
449
458
468
477
487
DS 3-06
W/m
169
182
195
209
223
237
251
265
279
293
308
323
337
345
352
367
382
397
412
420
427
442
458
473
489
504
520
536
552
568
584
600
616
632
648
664
681
697
714
730
747
763
780
797
813
830
847
864
DS 3-09
W/m
245
265
284
304
324
344
365
385
406
427
448
469
491
501
512
534
556
578
600
611
622
644
667
689
712
735
757
780
803
827
850
873
897
920
944
968
992
1016
1040
1064
1088
1112
1137
1161
1186
1210
1235
1260
DS 3-12
W/m
313
338
363
388
413
439
465
491
518
544
571
598
625
639
652
680
707
735
763
777
791
820
848
877
905
934
963
992
1021
1051
1080
1110
1139
1169
1199
1229
1259
1290
1320
1351
1381
1412
1443
1474
1505
1536
1567
1598
The heating capacity values
declared in the literature
have been certified by the
leading European radiant
panel certification laboratory,
the University of Stuttgart
in Germany. The values have
been obtained by applying
the harmonised European
standard EN 14037,
approved in 2003.
In Europe there are currently
only four laboratories
authorised to perfom
the tests and issue the
certificates of conformity
to the standard.
As the standard makes
explicit reference to the EEC
directive 89/106 relating
to building products, the CE
mark on the product
is compulsory by law and
the product can only be sold
if certified by one of the
four authorised European
laboratories.
3
The main casing
is manufactured from
galvanized prepainted steel
finished in a light grey
colour (RAL 9002) and is
assembled from
three component parts.
The standard motor fitted is
a hermetically sealed motor
which is maintenance free.
The motor is supplied as
standard for a three phase
230/400V 50Hz available
in accordance to the size at
4/6 or 6/8 pole two speed
(protection IP55) and
at 4 or 6 pole one speed
(protection IP44).
A wide range of air boxes
and accessories is available.
The heat exchanger
is manufactured from
the highest quality steel or
copper tube. The fins are
pressed from aluminium
sheet, bonded onto the tubes
facilitating the maximum
transfer contact available.
The fan and motor assembly is
made up of three components:
the fan, the motor and the
finger proof guard, which
also acts as the main support.
On request: Special voltages
and special air boxes.
Atlas
Unit Heaters
Construction ATLAS:
The ATLAS Sabiana Unit Heaters have a big ”heart”: a battery,
which has been developed, studied and constructed expressly
for heating industrial environments.
The high thickness of the tubes (1 mm steel tube, 0,7 mm
copper tube), their large diameter (Ø 22 mm) and the excellent
ratio between the air flow and the output guarantee a long
life and a high environmental comfort.
The ATLAS Unit Heaters are produced in 10 sizes from 5 to
120 kW and are available with a 1-row battery for steam and
high temperature hot water installations, a 2-row battery for
hot water installations and a 3-row battery for low temperature
hot water installations.
SIZE
A
B
C
D
E
F
Ø
1
472
336
465
375
220
130
2
526
390
465
429
220
3
580
444
465
483
4
634
498
488
537
5
688
552
488
6
742
606
513
7
793
657
8
900
764
9
1010
10
1117
WEIGHT (kg)
1R
2R
3R
1 1/4”
19
22
24
130
1
1 /4”
22
25
27
220
130
1
1 /4”
26
30
33
220
130
1 1/4”
30
34
38
591
220
130
1
1 /4”
33
40
44
645
220
130
1 1/4”
38
46
51
560
696
210
140
1
1 /2”
46
55
61
575
803
210
140
1 1/2”
55
66
73
874
595
913
210
140
1
1 /2”
65
79
88
980
640
1020
210
140
2”
79
95
106
ATLAS-HELIOS heat exchanger
Thanks to its heart Sabiana is a Leader in the
Sales of Unit Heaters in Europe.
The BATTERY of Sabiana Atlas and Helios unit
heaters with steel tubes Ø 22 mm and aluminium
fins has the following advantages compared with
the copper-aluminium small diameter tube
batteries used by most of our competitors.
The material used for the steel tube, which is very
thick (1 mm instead of 0,3 - 0,4 mm), makes the
Sabiana battery extremely sturdy and long lasting.
The tube big diameter reduces the water pressure
drop: this means that reduced power pumps are
installed and a very rapid heating capacity is
provided.
The Sabiana battery for unit heaters uses a reduced
number of tubes to give the same yield: this
determines a low resistance to the air flow and
consequently an optimum leaving air temperature
and a very high throw. The greater spacing between
the fins as well as their thickness facilitate cleaning
and maintenance operations, which is assential to
keep the unit heater efficient.
4
The steel tube battery is the ideal choice for
plants where all tubes and equipment are made
of steel because it avaids physical and chemical
unbalance due to the interaction of different
metals. The special painting coat makes the
battery long lasting and increases the thermal
output.
The Sabiana battery can be used with hot water
and high temperature hot water with a wotking
pressure up to 16 bar and with steam up to 10
bar. As a matter of fact each battery is submitted
to two tests at 30 bars. However Sabiana in
order to meet any design and installation need
can offer a complete set of unit heaters with
cooper tubes and aluminium fins. This battery
has the same features (tube diameter, fin pitch,
etc.) of the steel battery but it is built with
copper tube 0,7 mm thick, of higher quality and
with a total weight which is double compared
with the batteries normally used for unit heaters.
The wide range of products includes 10 different
sizes with 1, 2 or 3 rows each.
Helios
Unit Heaters
Construction
HELIOS:
The HELIOS unit heaters have been designed to provide
the highest standards of appearance.
The Helios Unit with its futuristic polished aluminium and
contoured design is rather special.
This smart new concept in commercial heating units will
accommodate all architects who are looking for something
new and different. Available in 6 size.
SIZE
A
B
C
D
1
486
330
477
2
540
384
3
594
468
4
648
492
5
702
546
6
756
600
WEIGHT (kg)
1R
2R
3R
406
21
25
29
477
460
23
27
31
477
514
26
34
42
500
568
32
42
52
500
622
40
51
62
525
676
56
66
76
Performance Data 85/75°C - 80°C Mean water temperature
10°C Drop - Entering air temperature 15°C
1
2
3
4
5
6
7
8
9
10
m3/h
4
6
1415
1340
1195
2190
2010
1875
3325
2915
2610
4415
3725
3210
5770
4800
4325
6590
5515
4900
−
−
−
−
−
−
−
−
−
−
−
−
1055
990
885
1680
1570
1420
2510
2255
2040
3305
2745
2390
4250
3500
3110
5065
4160
3620
−
−
−
−
−
−
−
−
−
−
−
−
POLES
4 6
56
56
56
59
59
59
61
61
61
64
64
64
66
66
66
69
69
69
−
−
−
−
−
−
−
−
−
−
−
−
50
50
50
53
53
53
55
55
55
57
57
57
59
59
59
62
62
62
−
−
−
−
−
−
−
−
−
−
−
−
EMISSION
kW
4
6
−
10,24
11,39
−
13,95
17,52
−
20,85
25,68
−
27,86
32,03
−
34,89
43,06
−
41,76
50,96
−
−
−
−
−
−
−
−
−
−
−
−
−
8,79
9,62
−
12,36
15,07
−
18,44
22,41
−
24,06
27,14
−
29,94
35,90
−
36,36
42,98
−
−
−
−
−
−
−
−
−
−
−
−
AIR
FLOW
MOUNTING HEIGHTS:
HORIZONTAL
DISCHARGE
VERTICAL
DISCHARGE
HEIGHT THROW HEIGHT COVER
NOISE
LEVEL
at 5 m
dB(A)
m3/h
m
m
max. m
m
6
8
4
2,5÷3,5
7,5
3,5
50
6
2,5÷3
5
3
36
4
3÷4
10
4
60
6
2,5÷3,5
7
3,5
45
4
3÷4
13,5
5
70
6
2,5÷3,5
10
4
50
4
3,5÷4,5
16
5,5
75
6
3÷4
12
4,5
55
4
4÷5
18
6
90
6
3,5÷4,5
13
5
70
4
4÷5,5
22
7
120
6
4÷5
16
6
100
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
970
935
835
1495
1410
1290
2100
1880
1735
2795
2345
2010
3685
3050
2785
4445
3710
3270
5100
4800
4600
7650
6900
6300
10600
10200
9400
12250
11800
11000
860
830
740
1170
1100
1025
1620
1470
1320
2195
1755
1535
2865
2335
2100
3550
2960
2610
3960
3650
3500
5400
4950
4500
7600
7200
6400
9215
8800
7950
POLES
6 8
48
48
48
50
50
50
52
52
52
54
54
54
56
56
56
59
59
59
65
65
65
67
67
67
68
68
68
71
71
71
44
44
44
46
46
46
48
48
48
50
50
50
51
51
51
54
54
54
59
59
59
61
61
61
62
62
62
65
65
65
EMISSION
kW
6
8
−
8,54
9,29
−
11,70
14,23
−
16,83
20,39
−
22,14
24,47
−
27,87
33,58
−
34,33
40,43
−
44,20
52,35
−
57,57
70,23
−
82,12
101,49
−
101,20
124,93
−
8,01
8,65
−
10,26
12,41
−
14,74
17,28
−
18,91
20,70
−
24,17
27,27
−
30,37
35,19
−
38,13
44,50
−
48,47
57,52
−
68,82
81,06
−
86,99
102,93
MOUNTING HEIGHTS:
POLES
NOISE
LEVEL
at 5 m
dB(A)
POLES
UNIT SIZE
AIR
FLOW
HORIZONTAL VERTICAL
DISCHARGE DISCHARGE
HEIGHT THROW HEIGHT COVER
m
m
max. m
m
2,5÷3
5
3
36
8
2,5÷3
4,5
−
−
6
2,5÷3,5
7
3,5
45
8
2,5÷3,5
5,5
−
−
6
2,5÷3,5
10
4
50
8
2,5÷3,5
7
−
−
6
3÷4
12
4,5
55
6
8
3÷4
8
−
−
6
3,5÷4,5
13
5
70
8
3,5÷4,5
9,5
−
−
6
4÷5
16
6
100
8
4÷5
12
−
−
6
4÷5
24
7
120
8
3,5÷4
18
6
100
6
4÷5,5
26
9
160
8
3,5÷4,5
20
7
130
6
4÷6
28
11
200
8
3,5÷5
21
8
150
6
4÷6
30
12
220
8
4÷5
22
9
160
The main casing is
manufactured from 4
angular diecast aluminium
components and lateral
elements made of extruded,
anodized aluminium
in a silver colour. The heat
exchanger is manufactured
from the highest quality
steel or copper tube.
The fins are pressed from
aluminium sheet and bonded
onto the tubes facilitating
the maximum transfer
contact available.
The fan and motor assembly
consists of three components:
the fan, the motor and the
finger proof guard, which
also acts as the main support.
The standard motor fitted is
a hermetically sealed motor
which is maintenance free.
The motor is supplied as
standard for a three phase
230/400V 50Hz available
in accordance to the size at
4/6 or 6/8 pole two speed
(protection IP55) and
at 4 or 6 pole one speed
(protection IP44).
A wide range of air boxes
and accessories is available.
On request:
Special voltages
and special air boxes.
Identification code
Example: 46A42 SX
46
motor 4/6 pole
(1350/1000 r.p.m.)
A-H
range
Atlas-Helios
4
size
4
2
rows
2
SX
battery
steel tube
SP
battery
copper tube
5
Atlas ECM
Unit Heaters with inverter board
Construction Atlas ECM:
The main casing
is manufactured from
galvanized prepainted steel
finished in a light grey
colour (RAL 9002) and is
assembled from
three component parts.
The standard motor fitted is
a hermetically sealed motor
which is maintenance free.
The heat exchanger
is manufactured from
the highest quality steel or
copper tube. The fins are
pressed from aluminium
sheet, bonded onto the tubes
facilitating the maximum
transfer contact available.
The fan and motor assembly is
made up of three components:
the fan, the motor and the
finger proof guard, which
also acts as the main support.
A wide range of air boxes
and accessories is available.
Sabiana ATLAS series is available, for the first 6 sizes, in
version with electronic motor and inverter board.
The motor is single phase
permanent magnet
brushless electronic motor.
The inverter board that controls
the motor operation is powered by
single-phase and it generates a frequency modulated
wave form power supply. The electric power supply required
for the machine is therefore single-phase
with voltage of 200 - 240 V and frequency of 50 - 60 Hz.
The helicoidal fan is made with statically
and dynamically balanced plastic or aluminium blades.
Its rational high-capacity profile provides
the maximum air volume with the minimum
energy consumption. The fan hub is secured onto
the motor shaft and it is protected by a safety guard.
Dimensions, weight and water content
290
220
B
C
D
1
472
336
460
2
526
390
3
580
4
634
5
6
WEIGHT (kg)
WATER CONTENT (liters)
1R
2R
3R
1R
2R
3R
375
19
22
24
1,3
2,6
3,9
460
429
22
25
27
1,6
3,2
4,8
444
460
483
26
30
33
1,9
3,8
5,7
498
460
537
30
34
38
2,3
4,6
6,9
688
552
500
591
33
40
44
3,0
6,0
9,0
742
606
500
645
38
46
51
3,5
7,0
10,5
B
A
A
D
SIZE
Ø 1¼"
26,5
26,5
B
A
130
C
Performance Data 85/75°C - 80°C Mean water temperature
10°C Drop - Entering air temperature 15°C
Figures at high speed
ATLAS A−ECM MODEL
Inverter Power
Speed
Air flow
Thermal emission
Leaving air temperature
Fan
Sound pressure
Horizontal discharge: Height
Horizontal discharge: Throw
Vertical discharge: Height max.
Vertical discharge: Cover
11
V
r.p.m.
m3/h
kW
°C
W
dB(A)
m
m
m
m2
10
1126
1260
5,67
28
78,2
42,0
6,5
3,5
40
12
13
10
10
1126
1126
1155
1100
9,12
11,39
38
45
78,2
78,2
42,0
42,0
2,5 ÷ 3,5
6,0
6,0
3,0
3,0
40
40
21
10
1124
1790
8,26
29
122
47,0
8,0
4,0
50
22
23
10
10
1124
1124
1650
1580
13,34
16,73
39
46
122
122
47,0
47,0
2,5 ÷ 3,5
7,5
7,0
3,5
3,5
45
40
31
10
1126
2620
11,76
28
166
44,0
12,0
4,5
60
32
33
10
10
1126
1126
2235
2075
18,36
22,60
39
47
166
166
44,0
44,0
2,5 ÷ 3,5
10,5
10,0
4,0
4,0
60
55
41
42
43
51
52
53
61
62
63
10
1059
3440
15,48
28
166
45,0
10
1059
2815
23,68
40
166
45,0
3 ÷ 4,5
12,5
4,5
65
10
1059
2490
28,40
48
166
45,0
10
1108
5130
21,10
27
265
47,0
10
1108
3455
38,11
47
265
47,0
10
1107
5895
25,35
28
246
48,0
19,0
6,0
85
13,0
5,0
75
22,0
6,5
100
10
1107
4535
38,05
40
246
48,0
3÷5
17,0
5,5
90
10
1107
3845
44,48
49
246
48,0
11,0
4,0
60
10
1108
4010
32,00
38
265
47,0
3 ÷ 4,5
15,0
5,0
80
14,5
5,0
70
Measurement performed at 5 meter from the source – Room volume of 500 m3 – Reverberation period of 2 s – Directional factor Q=2 (hemisphere sound emission).
6
14,5
5,0
85
Atlas STP
Door Curtain Units
Construction
Atlas STP:
The ATLAS Sabiana STP Door Curtain unit with its special
fishtail diffuser is designed to provide a screen of warm
air across the door opening to restrict cold air blowing
into the area and to reduce the heated atmosphere inside
the area from escaping out.
Entering AIR temperature +15°C
SIZE STP
MOTOR
POLE
DOOR
HEIGHT
H (m)
DOOR
WIDTH
L (m)
7
6
3.0 ÷ 4.0
1.5
8
6
3.5 ÷ 4.5
2.0
9
6
4.5 ÷ 5.5
2.5
7
8
2.5 ÷ 3.0
1.5
8
8
3.0 ÷ 3.5
1.8
9
8
3.5 ÷ 4.5
2.0
SIZE
Unit selection
7
8
9
MOTOR
SPEED
AIR
FLOW
r.p.m.
m3/h
MODEL
68A71/STP
68A72/STP
68A73/STP
68A81/STP
68A82/STP
68A83/STP
68A91/STP
68A92/STP
68A93/STP
EMISSION
WATER TEMP. 85-70°
WATER TEMP. 140-100°
LEAVING AIR
LEAVING AIR
kW
kW
TEMP. °C
TEMP. °C
NOISE
LEVEL
at 5 m
dB(A)
6
8
6
8
900
900
900
900
900
900
900
900
900
750
750
750
750
750
750
750
750
750
4435
4175
4000
6655
6000
5480
9220
8870
8170
3440
3175
3045
4700
4300
3915
6610
6260
5560
6 8
69
69
69
69
69
69
70
70
70
63
63
63
64
64
64
65
65
65
6
POLES
−
38,15
44,87
−
49,08
59,42
−
70,79
86,68
8
6
8
6
8
6
8
−
32,87
38,06
−
41,20
48,49
−
59,10
69,00
−
41,7
47,8
−
38,9
46,7
−
38,3
46,0
−
45,3
51,5
−
43,0
51,2
−
42,6
51,3
39,42
62,72
−
50,62
80,12
−
70,80
116,23
−
35,03
54,06
−
43,35
67,29
−
61,10
96,92
−
41,0
59,0
−
37,2
54,1
−
37,5
53,3
−
44,8
64,8
−
42,0
60,8
−
42,0
60,3
−
The main casing
is manufactured from
galvanized prepainted steel
finished in a light grey
colour (RAL 9002) and is
assembled from
three component parts.
The standard motor fitted is
a hermetically sealed motor
which is mainteinance free.
The motor is supplied as
standard for a three phase
400V 50Hz available
at 6 and 8 pole, IP55.
Dimensions
AIX
SIZE STP
A=B
C
D
E
7
793
696
793
1000
8
900
803
900
1200
9
1010
913
1010
1400
N°
ROWS
WEIGHT
kg
1
2
3
1
2
3
1
2
3
62
70
76
75
86
93
90
104
113
WATER
CONTENTS
(l)
4.3
8.2
12.3
5.8
11.1
16.6
7.6
14.5
21.8
Stainless Steel Unit Heater
The AIX units are available in 4 sizes and 8 models.
This units heaters are suitable for low/high temperature
hot water and steam supply.
The main casing in stainless steel and the heat exchanger
offer a great resistance in corrosive environment.
ØM
ØN
1/2”
95
15
WEIGHT
WATER
(kg)
CONTENTS (l)
1R
2R
1R
2R
26
30 1.7 2.5
1”
115
25
33
38
2.9
4.2
18
1 1/4” 140
32
45
51
5.3
5.9
18
1 1/2” 150
40
82
92
8.2
12
E
F
G
ØH
ØI
ØL
46 I 21-22
46 I 41-42
46 I 61-62
68 I 91-92
526
393
468
506
330
98
66
65
14
636
501
468
616
497 69.5
66
85
14
743
609
468
723
588 44.5
56
100
1011 877
576
991
832 89.5
87
110
Y
46 I 21
46 I 22
46 I 41
46 I 42
46 I 61
46 I 62
68 I 91
68 I 92
m3/h
∆
Y
r.p.m.
∆
AIR FLOW
THROW
m
∆
Y
MOTOR SPEED
NOISE LEVEL
AT 5m
dB(A)
∆
Y
MODEL
ROWS
D
SIZE
C
STEAM 6 BAR
W.T.
85/75°C
W.T.
130/100°C
E.A.T.
+15°C
kW
∆
E.A.T.
+15°C
kW
∆
E.A.T.
+15°C
kW
∆
Y
B
2
1
1350 1000 2300 1500
11
7.5
59
51
2
2
1350 1000 2100 1400
11
7.5
59
51
-
-
4
1
1350 1000 3900 2600
16
12
64
54
27
22.9
4
2
1350 1000 3600 2400
16
12
64
54
-
-
6
1
1350 1000 6900 4400
25
18
69
60
6
2
1350 1000 6300 4100
25
18
69
60
-
-
9
1
900
700 10200 7600
28
21
68
62
79
70
9
2
900
700 9200 7000
28
21
68
62
-
-
16.5 13.8
42.7 35.9
Y
A
-
13
-
-
The main casing is
manufactured from AISI 304
stainless steel, 1 mm thick.
The adjustable louvres are
held firm by spring loaded
pivots and they are mounted
in horizontal position on
the front part of the unit.
The fins are pressed from
aluminium sheet, bonded
onto the AISI 304 stainless
steel tubes facilitating the
maximum transfer contact.
The AIX units are supplied
with flanged connections.
The standard motor fitted
is hermetically sealed motor
which is maintenance free.
The motor is 2 speeds,
3 phase, single voltage,
400V 50Hz, IP55, with
klixon thermal protection.
Y
MODEL
Construction
AIX:
-
-
10.6 18.9 15.4
-
-
-
21.1 17.2 30.2 24.7
-
-
-
36.5 29.3 53.3
-
-
-
59.2 51.4 84.1
43
74
7
Construction
JETSTREAM:
The JETSTREAM induction
flow optimizer is composed
of a metal frame which
incorporates a set of special
shaped anodised extruded
aluminium louvres moved
by a set of manually
or motor-controlled levers.
The Jetstream induction flow
optimizer can be mounted
on the air outlet af all unit
heater Sabiana series Helios
or Atlas (up to size 6).
This equipment can also
be installed at a later stage
and can be mounted on
all previously installed unit
heaters.
The Jetstream induction flow
optimizer increases the air
speed thanks to the special
shape of its deflecting
louvres which allow
the creation of various layers
of hot air at the unit heater
outlets. The depression
created between the layers
induces a lateral aspiration
of ambient air that mixes
with the air heated by
the unit, thus reducing
the leaving air temperature
and increasing the throw.
Construction
NO-STRAT:
The casing is manufactured
from galvanised prepainted
steel sheet (1 mm thick)
finished in light grey colour
(RAL 9002).
The adjustable louvres are
held firm by spring loaded
pivots. The fan assembly is
made up of the aluminium
helicoidal fan, finger proof
support and three phase
400 V, IP44, electric motor
working at 1400 rpm or 900
rpm. A room thermostat is
mounted on the unit for the
automatic on/off switching
of the motor in accordance
with the temperature under
the ceiling.
8
Induction Flow Optimizers
for Atlas and Helios
Jetstream
The leaving air temperature from the units has a decisive
influence on hot air stratification and consequently on
energy saving: for each centigrade degree of increase in
temperature there is a 1.5% increase in energy consumption.
The use of the induction flow optimizer has the following
advantages:
a)energy saving:
-reduced hot air stratification within the building
-reduced operating time of the units with the same
ambient temperature.
Energy saving varies between a minimum of 5% and a
maximum of 15%, with maximum assessment in two seasons.
b)environment comfort advantages:
-increased floor-temperature uniformity with greater
comfort area
-possibility to install smaller and quieter units, due to
the increase of the throw.
Air flow produced
by a unit heater without flow optimizer
Air flow produced
by a unit heater equipped with a flow optimizer
Antistratification
and Heat Recovery Units
No-Strat
The Sabiana No-Strat is an anti-air-stratification and heat
saving appliance, which can be used on all existing industrial
as well as commercial warm air heating applications.
As soon as the temperature of the higher zone exceeds
the predetermined value (i.e. 20°C), the electric fan will
be actuated to guide the hot air into the lower part of the
room and to distribute it at the right level for use.
MODEL
SPEED
r.p.m.
DNS-450/4
AIR FLOW INSTALLATION
HEIGHT
m3/h
m
A
B
C
D
E
m2
NOISE
LEVEL
at 5 m
dB(A)
mm
mm
mm
mm
mm
100
61
634
634
629
537
488
SURFACE
1400
4.300
4,5 ÷ 6,5
DNS-450/6
900
2.800
3,5 ÷ 6
60
52
634
634
629
537
488
DNS-500/4
1400
5.500
5÷8
150
66
688
688
683
591
488
DNS-500/6
900
3.750
4÷8
90
56
688
688
683
591
488
DNS-550/4
1400
6.300
6,5 ÷ 9
200
69
742
742
737
645
513
DNS-550/6
900
4.600
5 ÷ 8,5
120
60
742
742
737
645
513
DNS-650/6
900
9.100
6,5 ÷ 11
300
67
900
900
895
803
575
DNS-750/6
900
13.200
7 ÷ 13
400
68
1010 1010 1005
913
595
Electra 90
Electric Unit Heaters
and Electramatic
The ELECTRA electrical unit heaters for air horizontal discharge
are available in 7 sizes, with outputs from 6 to 36 kW.
The Sabiana ELECTRAMATIC offers a new concept in electric
unit heaters as they include all the automatic controls and
overheat protections making the unit functionally independent.
The control panel is integral in the unit, fully automatic and
need only to be connected to the eletrical supply and if desired
to the thermostat.
Outputs from 6 to 24 kW.
MODEL
ELECTRA 90
ELECTRAMATIC
mm
mm
Ø
kg
kg
Length
Height
Fan
ELECTRAMATIC Weight
ELECTRA 90 Weight
MODEL
06E
EM6
570
470
300
32
30
ELECTRA 90
ELECTRAMATIC
Emission
Step
Air flow
L.A.T. (e.w.t. +15°C)
Throw
Mounting heights
Helicoidal fan motor
400V 50Hz
Noise level at 5 m
09E
EM9
570
470
300
35
33
11E
EM11
650
570
400
43
41
06E
EM6
6480
3240
3240
1000
33
6
2.5
4.0
0.22
900
110
43
Watt
1st W
2nd W
m3/h
°C
m
Min m
Max m
A
r.p.m.
W
dB(A)
17E
EM17
650
570
400
45
43
24E
EM24
730
670
500
60
58
09E
EM9
9720
3240
6480
1000
44
6
2.5
4.0
0.22
900
110
43
30E
−
730
670
500
−
61
11E
EM11
11100
5550
5550
1800
35
8
3.0
4.5
0.22
900
110
48
36E
−
730
670
500
−
64
17E
EM17
16650
5550
11100
1800
44
8
3.0
4.5
0.22
900
110
48
24E
EM24
24000
6000
18000
3600
36
12
3.0
5.0
0.47
900
230
50
30E
−
30000
12000
18000
3500
42
12
3.0
5.0
0.47
900
230
50
36E
−
36000
12000
24000
3400
47
12
3.0
5.0
0.47
900
230
50
Electric Fan Convectors
The FSE electrical fan convectors are designed to provide
controllable heat for residential and commercial buildings.
Available in 5 sizes from 3 kW to 8.5 kW with integral electric
board with protection and safety relays, the FSE joins safety
and aesthetical appearance in a high quality product.
230 V~
MODEL
m3/h
kW
A
dB(A)
mm
mm
Outer casing: made of steel
finished in a oven dried
grey powder paint.
Electric heat exchanger:
is made using a tungston
element hermetically sealed
inside a steel tube wound
with spiral fins.
Electric motor: three phase,
400V 50Hz, single speed
900 r.p.m.
The unit includes internal
thermostatic protection
and terminal board for
the electrical connections.
Construction FSE:
FSE
Speed
Air flow
Heat output
Absorbed power (*)
Sound pressure (**) Lw
B
L
Construction
ELECTRA 90
and ELECTRAMATIC:
1
190
−
31
FSE 1
2
240
1.90
13.5
36
454
775
1
3
300 290
3.00 −
41
33
FSE 2
2
360
2.90
20.0
38
669
990
1
3
450 190
4.50 −
43
31
FSE 1
2
240
1.90
5.0
36
454
775
1
3
300 290
3.0 −
41
33
400 V~ (3P+N)
FSE 2
FSE 3
1
2
2
3
360 450 380 480
2.90 4.50 − 4.00
9.5
7.0
38 43 26 33
884
669
1205
990
FSE 4
FSE 5
1
2
3
1
2
3
3
600 650 800 1000 650 800 1000
6.00 − 5.00 7.50 − 5.60 8.50
13.0
10.0
42 39 47 50 39 47 50
1099
1099
1420
1420
( *) Figures at high power and high speed.
( **)The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
•Electrical resistance:
three phase 400V
(all sizes) or single phase
230V (sizes 1 and 2 only).
•Outer casting:
made from sheet steel
prepainted and easily
removeable for acces
to the unit.
•Fan and motor assembly:
the fans are dynamically
and statically balanced
during manufacture in
order to have an extremely
quiet unit. The motor is
wired for single phase
and has three speeds.
•Electrical heat exchanger:
is made using a tugnston
element hermetically sealed
inside a finned steel tube.
•Control panel:
include all the automatic
controls and protections
with the room thermostat
and the terminal boards.
9
•Cabinet: it consists of
cold galvanised steel plate
panels painted with
oven-dried epoxy powders,
colour RAL 9003.
The side closures are made
of plastic.
•Fan assembly made up of
plastic tangential fans
installed on a rubber
support with rolling bearing
and coupled with the
electric motor mounted
on the structure side.
•Electric motor
- LU model: single-phase
motor with capacitor
inserted permanently,
automatic reset internal
thermal protection, class
of protection IP 20.
Power supply voltage
230V - 50Hz.
Two speeds are available.
- LU-ECM model: three
phase permanent magnet
brushless electronic
motor that is controlled
with reconstructed
current according to
a BLAC sinusoidal wave.
The inverter board that
controls the motor
operation is powered
by 230 Volt, single-phase
and, with a switching
system, it generates
a three-phase frequency
modulated, wave form
power supply.
The electric power supply
required for the machine
is therefore single-phase
with voltage of 230-240 V
and frequency of 50-60 Hz.
•Coil (W versions with
hot water): the "W series"
units are complete with
a water coil (for heating
only), made with copper
pipes with aluminium fins
bonded to the pipes
by mechanical expansion.
1 row coil.
•Electric resistance
(E versions): the "E series"
units come with filament
electric resistances
supported by mica spacers,
with external bearing
structure made of galvanised
sheet.
•Controls: the unit comes
with integrated control
system specifically designed
for every type of operation.
10
Door Curtains
Meltemi LU/LU-ECM
The range of SABIANA Meltemi door curtains offers maximum
flexibility in the protection of doors and open access
compartments.
By connecting the door curtain modules,
the openings can be protected with a
continuous system and an uninterrupted
door curtain.
This range of high speed door curtains can
protect against the entrance of cold air
streams in the winter, the loss of cooled air in
the summer and the effects of dust and pollution, maintaining the ambient air clean and in
the desired conditions.
Furthermore, the systems can also be used to protect the areas dedicated to refrigeration so
as to reduce the loss of cold air.
The use of high speed fans allows the installation of the door curtains even in areas where
food is prepared, to prevent the entrance of insects.
In essence, SABIANA offers a protection solution wherever there is the need to open a door.
The LU/LU–ECM series door curtains have been designed for installation near small entrances
of offices and commercial environments. Recommended installation height: 2.2 metres. Lengths
available: 1 and 1.5 metres.
Available models
VERSIONS
MAXIMUM INSTALLATION HEIGHT (m)
LU
2,5
LU-ECM
2,5
AIR
LU −
LU −
LU-ECM −
LU-ECM −
MODELS
WATER
LU − 10W
LU − 15W
LU-ECM − 10W
LU-ECM − 15W
10A
15A
10A
15A
Tips for choosing the unit
Door HEIGHT
Construction
MELTEMI LU/LU-ECM:
LU / LU–ECM 10
LU / LU–ECM 15
< 1,0 m
< 1,5 m
< 2,5 m
Door WIDTH
ELECTRIC
LU − 10E
LU − 15E
LU-ECM − 10E
LU-ECM − 15E
Meltemi LC/LI
Door Curtains
The range of SABIANA Meltemi door curtains offers maximum flexibility in
the protection of doors and open access compartments.
By connecting the door curtain modules, the openings can be
protected with a continuous system and an uninterrupted
door curtain.
This range of high speed door curtains can protect
against the entrance of cold air streams in the winter,
the loss of cooled air in the summer and the effects
of dust and pollution, maintaining the ambient air
clean and in the desired conditions.
Furthermore, the systems can also be used to protect the areas
dedicated to refrigeration so as to reduce the loss of cold air.
The use of high speed fans allows the installation of the
door curtains even in areas where food is prepared, to
prevent the entrance of insects.
In essence, SABIANA offers a protection solution
wherever there is the need to open a door.
The LC door curtains are intended to be installed near entrances of shops or shopping centres.
Recommended installation height: 3.5 metres. Lengths available: 1, 1.5, and 2 metres.
The LI door curtains are intended to be installed near industrial entrances or doors, i.e. wherever
the installation height must be up to 4.5 metres (maximum). Recommended installation height:
4.5 metres. Lengths available: 1, 1.5, and 2 metres.
Available models
VERSIONS
MAXIMUM INSTALLATION HEIGHT (m)
LC
3,5
LI
4,5
MODELS
WATER
LC − 10W
LC − 15W
LC − 20W
LI − 10W
LI − 15W
LI − 20W
AIR
LC − 10A
LC − 15A
LC − 20A
LI − 10A
LI − 15A
LI − 20A
ELECTRIC
LC − 10E
LC − 15E
LC − 20E
LI − 10E
LI − 15E
LI − 20E
Construction
MELTEMI LC/LI:
•Cabinet: it consists of
cold galvanised steel plate
panels painted with
oven-dried epoxy powders,
colour RAL 9003.
The side closures are made
of plastic.
•Fan assembly: it consists
of double inlet centrifugal
fans directly fitted
on the motor shaft.
•Electric motor:
single-phase motor
with capacitor inserted
permanently, automatic
reset internal thermal
protection, class
of protection IP 20.
Power supply voltage
230V - 50Hz.
Two speeds are available.
•Coil (W versions with
hot water): the "W series"
units are complete with
a water coil (for heating
only), made with copper
pipes with aluminium fins
bonded to the pipes
by mechanical expansion.
2 row coil.
•Electric resistance
(E versions): the "E series"
units come with filament
electric resistances
supported by mica spacers,
with external bearing
structure made of galvanised
sheet.
•Controls: the unit comes
with integrated control
system specifically designed
for every type of operation.
Door HEIGHT
Tips for choosing the unit
LI 10
LI 15
LI 20
LC 10
LC 15
LC 20
< 1,0 m
< 1,5 m
< 4,5 m
< 3,5 m
Door WIDTH
< 2,0 m
11
Comfort
Circular Unit Heaters
Construction
COMFORT:
The casing is made of spun
steel on both top and
bottom sections which
is designed to give greater
strength and quieter
operation. The casing
is then phosphatised and
finished with an epoxy,
polyester powder coating
of light grey, RAL 9002.
These top and bottom
sections are assembled by
means of threaded tie-rods,
thus enabling the unit
to be rapidly dismantled
for maintenance etc.
The circular heat exchanger
of the COMFORT Sabiana
Unit Heater is constructed
of copper tubes with
aluminium fins.
Standard motors are
three phase, closed frame,
flange mounted, pre-greased
bearings. COMFORT Sabiana
units are supplied as
standard with three phase
motors 400 V (IP44)
available at 4, 6 pole
and at 4/6, 6/8.
For all factory premises, either commercial or industrial, the
efficient COMFORT Sabiana vertical discharge Circular Unit
Heater offers a pratical and economical solution for space
heating. They are available in nine sizes for hot water, high
temperature hot water and steam.
Technical table:
Emission LTHW 85/75°C,
10°C Drop, Entering air temperature 15°C
Radial
louvre “DRA”
Is the model most
commonly used;
made of eight
separately adjustable
large louvres, shaped
so as to be able
to cover the whole of
the outlet area and therefore adaptable for
minimum to maximum heights.
This diffuser allows the air to be directed
more easily to the areas where it is required
most, or conversely, if you do not require air
to one particular corner you can close down
one, two or three vanes and restrict
the distribution.
MOTOR
SPEED
r.p.m.
SIZE
0
1
2
3
4
0
1
2
3
4
5
6
7
8
9
1400
900
Two way
diffuser “T2”
It is designed
to give a two
way or corridor
distribution,
suitable for corridor
or gangway areas,
between storage racks
etc., generally mounted at any height
dependant upon the length of corridor required.
AIR
FLOW
m3/h
NOISE LEVEL
at 5 m
dB(A)
MODEL
EMISSION
L.A.T.
W
°C
3.000
56
4Z-007
24.400
39
3.400
60
4Z-107
28.400
39
5.100
63
4Z-211
41.800
39
6.000
65
4Z-311
48.800
39
7.800
66
4Z-415
64.400
39
2.000
48
6Z-007
19.100
43
2.400
52
6Z-107
22.100
42
3.700
54
6Z-211
32.700
41
4.400
55
6Z-311
38.000
40
5.700
56
6Z-415
50.200
41
7.100
63
6Z-515
61.500
40
9.000
64
6Z-618
77.800
40
9.900
65
6Z-722
92.000
42
11.000
65
6Z-822
107.000
44
12.000
66
6Z-924
115.100
44
Dimensions, weight and water content
SIZE
A
B
C
C1
F
G
O
P
Q
R
S
0
1
2
3
4
5
6
7
8
9
680
780
780
880
880
1080
1080
1080
1080
1080
180
180
280
280
380
380
455
555
555
605
430
430
530
530
630
630
705
805
815
865
560
560
660
700
760
870
945
1045
1055
1105
380
380
480
480
580
580
655
755
765
815
560
560
560
660
660
760
760
760
760
760
331
331
431
435
535
539
614
714
714
765
612
702
702
802
802
1005
1005
1005
1005
1005
62
62
62
68
68
80
80
80
80
80
350
421
421
491
491
755
755
755
755
755
350
421
421
491
491
440
440
440
440
440
12
CONNECTIONS
DN
Ø
1
25
1 /4”
1
1 /4”
25
1
1 /4”
25
1
1 /2”
32
1 1/2”
32
2”
2”
2”
2”
2”
40
40
40
40
40
WEIGHT (kg)
WATER CONTENT (l)
31
36
42
52
58
75
85
95
97
106
1.20
1.30
1.90
2.40
3.20
4.30
5.20
5.90
5.90
6.50
Polaris
Air Conditioners
Construction POLARIS:
The POLARIS Air Conditioners for vertical discharge offer
a practical and economical solution for space heating and
cooling with hot water supply or chilled water supply.
SIZE
0
1
3
4
5
6
7
8
9
NOISE LEVEL at 5 m
AIR FLOW
dB(A)
900 r.p.m.
700 r.p.m.
m3/h
900 r.p.m.
700 r.p.m.
HEATING:
L.T.H.W. 85/70°C - E.A.T. 15°C
kW
L.A.T. °C
900 r.p.m.
700 r.p.m.
900 r.p.m.
700 r.p.m.
COOLING: R.H. 55%
E.A.T. 28°C
L.T.H.W. 11/15°C
900 r.p.m.
700 r.p.m.
48
46
2.000
1.400
17.6
15.1
41
47
3.1
2.7
52
49
2.400
1.680
20.4
17.4
40
46
4.0
3.5
55
52
4.400
3.080
35.3
30.0
38
44
7.5
6.6
56
53
5.700
4.000
46.7
39.6
39
44
10.9
9.5
65
60
7.100
4.970
57.1
48.5
39
44
13.6
11.9
66
61
9.000
6.300
72.2
61.4
38
44
17.2
15.0
68
63
9.900
6.930
85.6
72.7
40
46
18.9
16.5
65
60
11.000
7.700
99.5
84.5
43
48
22.0
19.0
66
61
12.000
8.400
106.7
90.7
42
47
23.7
20.6
The casing is made of spun
steel on both top and bottom
sections which is designed
to give greater strength
and quieter operation. The
casing is then phosphatised
and finished with an epoxy,
polyester powder coating,
in light grey, RAL 9002.
The lower casing is also the
condensate collection tray with
appropriate drain connection.
These top and bottom
sections are assembled by
means of threaded tie-rods,
thus enabling the unit
to be rapidly dismantled
for maintenance etc.
The POLARIS circular heat
exchanger is constructed of
copper tubes with aluminium
fins. Standard motors are
three phase, closed frame,
flange mounted
with pre-greased bearings.
Polaris units are
supplied as standard
with three phase motors
400V, 6/8 pole, IP44.
Dimensions, weight and water content
SIZE
A
B
C
C1
G
0
1
3
4
5
6
7
8
9
680
780
880
880
1080
1080
1080
1080
1080
180
180
280
380
380
455
555
555
605
430
430
530
630
630
705
805
815
865
560
560
700
760
870
945
1045
1055
1105
560
560
660
660
760
760
760
760
760
CONNECTIONS
Ø
1 1/4”
1 1/4”
1 1/2”
1 1/2”
2”
2”
2”
2”
2”
DN
25
25
32
32
40
40
40
40
40
WEIGHT (kg)
WATER CONTENT (l)
31
36
52
58
75
85
95
97
106
1.20
1.30
2.40
3.20
4.30
5.20
5.90
5.90
6.50
13
Construction
ELEGANT–ECM:
The casing is made of steel
on both top and bottom
sections which is designed
to give greater strength
and quieter operation.
The casing is then
phosphatised and finished
with an epoxy, polyester
powder coating, in white,
RAL 9016.
The lower casing is also the
condensate collection tray
with appropriate condensate
pump on PE models.
The ELEGANT circular heat
exchanger is constructed
of copper tubes
with aluminium fins.
The motor is three phase
permanent magnet brushless
electronic motor.
The inverter board that
controls the motor operation
is powered by 230 Volt,
single-phase and
it generates a frequency
modulated wave form
power supply.
The electric power supply
required for the machine is
therefore single-phase
with voltage of 230-240V
and frequency of 50-60Hz.
The helicoidal fan
is made with statically
and dynamically balanced
plastic blades.
Its rational high-capacity
profile provides
the maximum air volume
with the minimum
energy consumption.
The fan hub is secured
onto the motor shaft
and it is protected by
a safety guard.
Elegant-ECM
Ceiling Air Conditioners
Elegant–ECM air conditioners allow to heat and cool very
economically small and medium areas, like shops, show rooms,
workshops, supermarkets.
The range is made up of 12 models: RE–ECM version, for
heating only, is made up of 8 models, and PE–ECM version,
for heating and cooling, is made up of 4 models.
All models are for ceiling installation and for hot/chilled
water supply.
Dimensions
HIGH SPEED
MODEL
E1
E2
E3
E4
AXA
mm
600
750
750
830
WEIGHT
kg
26
31
32
38
MAX
HEIGHT
m
3.5
3.5
4.0
4.5
LOW SPEED
MAX
SURFACE
HEIGHT
m
3.0
3.0
3.5
4.0
R=m
3.5
3.8
4.0
4.5
SURFACE
R=m
2.5
2.6
3.0
3.5
Technical characteristics
Elegant RE–ECM units (heating only). The following standard rating conditions are used:
HEATING
(winter mode)
Entering air temperature
Water temperature
+ 20°C
+ 70/60°C
Figures at high speed
RE-ECM MODEL
Inverter Power (V)
Air flow
Heating
Dp Heating
Sound power Lw
Sound pressure Lp (*)
Sound pressure Lp (**)
Fan
m3/h
kW
kPa
dB(A)
dB(A)
dB(A)
W
11
12
21
22
31
32
41
42
10
1890
8,36
21,1
57
48
44
81
10
1820
14,15
14,1
57
48
44
81
10
2600
11,18
15,9
62
53
49
136
10
2500
19,20
27,7
62
53
49
136
10
3180
11,95
18,5
61
52
48
164
10
3060
20,89
25,8
61
52
48
164
10
4680
14,99
12,4
60
51
47
174
10
4500
25,73
9,7
60
51
47
174
Elegant PE–ECM units (heating and cooling). The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b. R.H. 50%
(summer mode) Water temperature
+ 7°C E.W.T. + 12°C L.W.T.
HEATING
(winter mode)
Entering air temperature
Water temperature
+ 20°C
+ 70°C E.W.T.
+ 60°C L.W.T.
Figures at high speed
PE-ECM MODEL
Inverter Power (V)
Air flow
Cooling total emission
Cooling sensible emission
Heating
Dp Cooling
Dp Heating
Sound power Lw
Sound pressure Lp (*)
Sound pressure Lp (**)
Fan
m3/h
kW
kW
kW
kPa
kPa
dB(A)
dB(A)
dB(A)
W
12
22
32
42
10
1820
5,20
4,71
14,15
10,7
14,1
57
48
44
81
10
2500
7,38
6,44
19,20
22,9
27,7
62
53
49
136
10
3060
8,52
7,60
20,89
27,0
25,8
61
52
48
164
10
4500
10,07
10,07
25,73
14,0
9,7
60
51
47
174
(*) Measurement performed at 3 meter from the source, room volume of 500m3, reverberation period of 2 s, directional factor Q=2 (hemisphere sound emission)
(**)Measurement performed at 3 meter from the source, room volume of 1500m3, reverberation period of 2 s, directional factor Q=2 (hemisphere sound emission)
14
Janus 05
Air Conditioners
Construction
JANUS 05:
The Sabiana JANUS 05 air conditioner provides a simple solution
to centralised Air Conditioning systems offering the following
advantages: • simple installation • low equipment cost • low
user runnig cost • flexibility in installation and project design
• minimum space is required for the units not taking up valuable
floor space, this type of unit also dispenses with expensive and
cumbersome duct work systems. The Sabiana JANUS 05 range
of air conditioners can be matched to the Sabiana Krio range
of indoor and outdoor chillers and heat pumps.
Dimensions, weight and water content
MODEL
A
B
D
C
E
F1
F2
WEIGHT (kg)
L
WATER CONTENT (liters)
3R
4R
46 F 23/24
526
390
500
1”
376
78
71
58
25.0
26.0
1.7
2.2
46 F 43/44
634
498
500
1”
476
76
83
58
32.5
34.0
2.7
3.4
68 F 63/64
742
605
525
1”
576
83
83
58
42.5
44.5
4.0
5.1
68 F 93/94
1010
874
650
11/4”
818
90
100
67
77.0
81.0
7.6
9.8
3R
4R
The main casing
is manufactured from
galvanized prepainted steel
(1 mm thick) finished
in light grey (RAL 9002),
and it is assembled from
three component parts.
The condensate collection
tray is fitted in the unit.
The standard motor fitted
is a hermetically sealed
motor which is maintenance
free. The motors
are 2 speeds, 3 phase,
single voltage, 400V 50Hz,
IP55, with klixon thermal
protection.
The heat exchanger
is manufactured from
the highest quality copper
tube. The fins are pressed
from aluminium sheet,
bonded onto the tubes
facilitating the maximum
transfer contact.
The fan and motor assembly
is made up of three
components: the fan,
the motor and the finger
proof guard, which also
acts as the main support.
Technical characteristics
COOLING
MOUNTING
HEIGHT
46F23
2.5 - 4
46F24
2.5 - 4
46F43
3 - 4.5
46F44
3 - 4.5
68F63
3-5
68F64
3- 5
68F93
3.5 - 5.5
68F94
3.5 - 5.5
HEATING
WATER TEMPERATURE 11/15°C - ∆t 4°C
E.A.T. +28°C
R.H. 55%
WATER TEMPERATURE
45/40°C - ∆t 5°C
E.A.T. +15°C
WATER TEMPERATURE
85/75°C - ∆t 10°C
E.A.T. +15°C
AIR FLOW
AIR THROW
NOISE LEVEL
AT 5 m
r.p.m.
m3/h
m
dB(A)
kW TOTAL
kW SENSIBLE
L.A.T.
°C
kW TOTAL
kW SENSIBLE
L.A.T.
°C
kW
L.A.T.
°C
kW
L.A.T.
°C
1350
1000
1350
1000
1350
1000
1350
1000
950
750
950
750
950
750
950
750
2000
1365
1800
1270
3450
2290
3100
2000
3930
3050
3510
2650
7500
5800
6800
5100
11
7.5
10
6.5
16
12
15
11
16
12
15
11
26
20
25
19
59
51
59
51
64
54
64
54
60
52
60
52
66
60
66
60
5.00
6.08
8.62
10.28
13.08
15.28
23.24
26.89
3.57
4.14
6.05
6.78
8.79
9.78
16.09
17.75
20.1
18.1
20.0
17.7
19.9
16.8
19.6
17.4
3.57
4.27
6.21
7.32
9.33
10.89
16.56
19.08
3.25
3.62
5.43
5.86
7.61
8.28
14.28
15.38
20.8
19.4
20.8
19.1
20.3
18.5
20.5
18.9
8.47
6.65
9.66
7.62
14.44
11.15
16.55
12.27
18.81
15.77
20.67
16.95
37.97
32.04
42.29
34.43
27.4
29.3
30.7
32.6
27.3
29.2
30.6
32.9
29.0
30.4
32.2
33.7
29.8
31.2
33.2
34.8
20.75
16.23
23.58
18.52
35.15
27.08
40.14
29.66
45.46
38.07
49.79
40.75
92.37
77.80
102.66
83.31
43.4
49.8
53.3
57.7
44.8
49.6
52.9
58.4
48.8
52.1
56.5
60.0
51.0
54.2
59.2
62.8
MODEL
m
WATER TEMPERATURE 7/12°C - ∆t 5°C
E.A.T. +28°C
R.H. 55%
SPEED
15
The Sabiana Carisma Fly high wall fan coil harmonoiusly combine the need of performance, silence,
ease of installation and simple maintenance.
The Carisma Fly are manufactured in:
•4 models for wired wall controls
•4 models with infra-red remote control
•4 models with MB electronic board
For hot water supply and chilled water supply.
www.eurovent-certification.com
www.certiflash.com
Coil connections on the left
322
A
322
•Casing: made of
auto-extinguishing
ABS UL94 HB plastic
with high specifications
and great resistance
to aging.
•Fan assembly: made of
plastic tangential fan.
•Electric motor:
the motor is for single
phase supply and has
six speeds, three
of which are connected,
with capacitor. The motor
is fitted on sealed
for life bearings and is
secured on anti-vibration
and self-lubricating
mountings. Internal
thermal protection
with automatic reset,
protection IP 20, class B.
•Coil: it is manufactured
from drawn copper tube
and the aluminium fins
are mechanically bonded
onto the tube by
an expansion process.
The coil has two 1/2 inch
BSP internal connections
and 1/8 inch BSP air vent
and drain.
The heat exchanger
is not suitable for use
in corrosive atmosphere
or in environments where
aluminium may
be subject to corrosion.
•Available with
wall mounted control
(CVP units), with
infra-red remote control
(CVP-T units) and with
MB electronic board
(CVP-MB units).
Carisma Fly
High Wall Fan Coil Units
Construction FLY:
212
MOD.
1
2
3
4
A
mm
880
880
1185
1185
B
mm
678
678
983
983
A
C
mm
691
691
996
996
Technical characteristics
2-pipe units. The following standard rating conditions are used:
COOLING (summer mode)
Entering air temperature + 27°C d.b., + 19°C w.b.
Water temperature
+ 7°C E.W.T. + 12°C L.W.T.
HEATING (winter mode)
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
MODEL
1
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)
dB(A)
1 (E)
MIN
205
1,24
0,92
1,60
4,8
3,7
12
35
26
2 (E)
MED
270
1,50
1,14
2,00
6,8
5,5
14
41
32
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)
dB(A)
1 (E)
MIN
280
1,89
1,35
2,26
11,2
8,7
16
35
26
2 (E)
MED
375
2,32
1,69
2,84
16,2
12,6
21
40
31
Speed
Air flow
Cooling total emission (E)
Cooling sensible emission (E)
Heating (E)
Dp Cooling (E)
Dp Heating (E)
Fan (E)
Sound power Lw (E)
Sound pressure Lp (*)
340
1,76
1,36
2,39
9,0
7,2
17
46
37
MODEL
5
6
470
2,15
1,72
3,04
13,0
10,6
24
52
43
500
2,23
1,80
3,17
13,9
10,8
30
53
44
1 (E)
MIN
250
1,43
1,07
1,88
6,2
4,8
12
39
30
5
6
1
730
3,63
2,81
4,79
36,4
29,3
38
55
46
780
3,78
2,95
5,03
39,1
31,9
46
57
48
300
1,99
1,43
2,40
12,3
9,7
17
36
27
2
305
1,63
1,25
2,20
7,9
6,4
14
43
34
3 (E)
MED
365
1,84
1,43
2,39
9,8
7,2
18
47
38
3
Speed
Air flow
Cooling total emission (E)
Cooling sensible emission (E)
Heating (E)
Dp Cooling (E)
Dp Heating (E)
Fan (E)
Sound power Lw (E)
Sound pressure Lp (*)
2
4 (E)
MAX
375
1,87
1,46
2,58
10,1
8,3
18
48
39
3
3
480
2,78
2,06
3,49
22,5
17,7
26
45
36
4
400
1,95
1,53
2,70
10,9
8,5
20
49
40
5 (E)
MAX
480
2,18
1,75
3,09
13,3
10,9
24
53
44
6
545
2,35
1,92
3,38
15,2
12,5
32
55
46
4
4 (E)
MAX
545
3,03
2,27
3,86
26,2
21,2
29
48
39
2 (E)
MIN
440
2,62
1,93
3,26
20,2
15,9
23
43
34
3
500
2,86
2,12
3,61
23,6
19,1
27
46
37
4 (E)
MED
610
3,26
2,47
4,20
29,9
23,7
32
51
42
5
675
3,46
2,66
4,53
33,4
27,2
35
54
45
6 (E)
MAX
790
3,81
2,98
5,07
39,7
31,5
48
57
48
(E) Eurovent certified performance.
MIN-MED-MAX = Standard connected speeds.
( *)The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
16
High Wall Fan Coil Units
with inverter board
Carisma Fly–ECM
The Sabiana Carisma Fly high wall fan coil harmonoiusly combine the need of performance, silence,
ease of installation and simple maintenance.
Carisma Fly is available with low energy EC motors
and in the following versions:
•4 models for wired wall controls
•4 models with infra-red remote control
•4 models with MB electronic board
For hot water supply and chilled water supply.
www.eurovent-certification.com
www.certiflash.com
Coil connections on the left
322
322
A
212
MOD.
1
2
3
4
A
mm
880
880
1185
1185
B
mm
678
678
983
983
A
C
mm
691
691
996
996
Technical characteristics
2-pipe units. The following standard rating conditions are used:
COOLING (summer mode)
Entering air temperature + 27°C d.b., + 19°C w.b.
Water temperature
+ 7°C E.W.T. + 12°C L.W.T.
HEATING (winter mode)
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
ECM MODEL
Inverter Power (V)
Speed
Air flow
Cooling total emission (E)
Cooling sensible emission (E)
Heating (E)
Dp Cooling (E)
Dp Heating (E)
Fan (E)
Sound power Lw (E)
Sound pressure Lp (*)
1
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)
dB(A)
1 (E)
MIN
190
1,17
0,86
1,50
5,0
4,2
6
35
26
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)
dB(A)
1 (E)
MIN
270
1,83
1,31
2,20
10,7
8,5
6
37
28
3
240
1,39
1,04
1,82
6,3
5,4
7
39
30
ECM MODEL
Inverter Power (V)
Speed
Air flow
Cooling total emission (E)
Cooling sensible emission (E)
Heating (E)
Dp Cooling (E)
Dp Heating (E)
Fan (E)
Sound power Lw (E)
Sound pressure Lp (*)
5 (E)
MED
290
1,58
1,20
2,12
7,7
6,5
9
46
37
2
7,5
355
1,81
1,40
2,48
9,5
8,2
11
48
39
10 (E)
MAX
415
2,00
1,57
2,78
11,2
9,3
15
52
43
1 (E)
MIN
260
1,47
1,10
1,94
6,9
5,6
7
40
31
10 (E)
MAX
620
3,29
2,50
4,25
30,4
24,2
20
53
44
1 (E)
MIN
375
2,34
1,70
2,87
16,5
12,6
9
43
34
3
315
1,67
1,28
2,25
8,4
6,9
9
44
35
3
3
345
2,20
1,60
2,69
14,8
11,7
8
42
33
5 (E)
MED
420
2,53
1,86
3,15
19,0
15,1
11
45
36
5 (E)
MED
375
1,87
1,46
2,58
10,1
8,5
12
47
38
7,5
440
2,07
1,64
2,90
11,8
9,7
16
51
42
10 (E)
MAX
510
2,26
1,83
3,23
13,7
11,6
21
55
46
4
7,5
520
2,93
2,19
3,72
24,8
19,9
15
49
40
3
465
2,72
2,01
3,41
21,6
17,2
12
46
37
5 (E)
MED
550
3,05
2,29
3,88
26,6
21,2
16
49
40
7,5
665
3,43
2,63
4,48
32,9
26,6
22
53
44
10 (E)
MAX
770
3,75
2,92
4,99
38,7
31,4
30
57
48
Construction FLY–ECM:
•Casing: made of
auto-extinguishing
ABS UL94 HB plastic
with high specifications
and great resistance
to aging.
•Fan assembly: made of
plastic tangential fan.
•Electronic motor:
three phase permanent
magnet brushless
electronic motor that
is controlled with
reconstructed current
according to a BLAC
sinusoidal wave.
The inverter board
that controls the motor
operation is powered
by 230 Volt, single-phase
and, with a switching
system, it generates
a three-phase frequency
modulated, wave form
power supply.
The electric power
supply required for
the machine is therefore
single-phase with voltage
of 230 - 240 V and
frequency of 50 - 60 Hz.
•Coil: it is manufactured
from drawn copper tube
and the aluminium fins
are mechanically bonded
onto the tube by
an expansion process.
The coil has two 1/2 inch
BSP internal connections
and 1/8 inch BSP air vent
and drain.
The heat exchanger
is not suitable for use
in corrosive atmosphere
or in environments where
aluminium may
be subject to corrosion.
•Available with
wall mounted control
(CVP-ECM units), with
infra-red remote control
(CVP-ECM-T units) and
with MB electronic board
(CVP-ECM-MB units).
(E) Eurovent certified performance.
MIN-MED-MAX = Standard connected speeds.
( *)The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
17
Main
components:
•A remote control which
features a button panel
and LCD display
and can be wall-mounted
or positioned on a
dedicated table support.
It enables the control of
all the operating variables
of the fan coil units in
different configurations.
The control
is battery powered.
The temperature and
the operating speed of
the fan coil unit are set
with two large buttons
featuring user friendly
graphics.
•A power unit to be
installed on the fan coil
(fan coil interface).
It controls the fan and
the valves of the fan coil.
The power unit is
connected to the electric
supply.
The power unit receives
the information required
to control the fan coil
both from the remote
control and locally,
such as the temperature
of the coil.
•A room temperature
probe, which can be
wallmounted or positioned
on a dedicated table
support. It is a battery
powered device,
able to measure the air
temperature in the spot
where it is positioned,
generating temperature
information which is
communicated
to the other devices.
Wireless Control System
FreeSabiana
Free Sabiana is an innovative, fully wireless,
electronic system for use with fan coil units,
based on radio communication.
This technology provides installation flexibility
and a more accurate measurement of the room
temperature. The probe can be moved until the
most suitable position is found, without the worry
of changes in the environment layout and of its
furniture and also without mounting it on a wall. If a new fan coil unit is added, no
electrical wiring for the control system is required: just define the control unit and
the probe which regulates it. The improved measurement accuracy is a result of
the possibility to position the probe near the user location: this enables to keep the
temperature exactly at the required value with energy savings compared with a
traditional measurement system.
Transmission is based on communication protocol IEE802.15.4, the most suitable way
to transmit a relatively low amount of information with very low consumption and
high reliability.
The system has been certified by a leading independent body, officially recognized by
the EU authorities and its sale has been authorized in all the EU and EFTA countries.
Control unit with support
Power unit
Probe with support
18
Carisma
Fan Coil Units
THE ULTRA QUIET FAN COIL
Carisma is the result of a great
commitment of energy and
resources, with the aim of
offering an innovative product
in terms of design, performance,
low noise, energy saving and
functionality.
Upon request, innovative
electronic motors with extremely
low energy consumption, controlled
by an inverter board and identified
by ECM, are available with centrifugal and
tangential fan. The ECM motors allow to decrease
electric consumption by more than 50% compared to
traditional asynchronous motors. They enable to control the air
flow continuously and the ambient temperature with precision, with
further benefits in terms of very low noise levels thanks to the reduced average
working speed.
The 4 models (for wall and ceiling installation, with casing and concealed) and the
different available coils (with three or four rows for two pipe systems, one or two rows
for four pipe systems) offer great installation flexibility and allow the use of low
temperature hot water, in line with the development of modern boilers and heat pumps.
Electric and
electronic controls:
All the controls
to be fitted on the unit
of the new range have
been totally re-designed
and feature a modern
and attractive design.
An innovative patented
wireless control system
called FreeSabiana
allows adjusting the room
temperature with high
precision and high
installation flexibility.
www.eurovent-certification.com
www.certiflash.com
Eurovent Certification
Sabiana obtained
the Eurovent certification
in 1996. Eurovent
is an independent body
recognized in all Europe that
ensures total reliability and
transparency of performances.
As a special option, the Carisma range can be fitted with a patented electronic filter
featuring a class D rating according to Standard UNI 11254, with similar performances
to the initial ones of a traditional mechanical filter featuring a class F9 rating according
to Standard UNI EN 779.
A full range of adjustment and control devices is available including the innovative
patented wire-less system, for rapidly obtaining correct environmental temperature and
with an investment proportional to performances, comfort and desired measurement
precision.
The Carisma model is complemented with a full range of accessories: various types of adjustment
valves, sturdy support feet, rear covering panel for glass installation, additional electric heater,
auxiliary condensate pump, fresh air intake louver, air inlet/outlet diffusers for fitted installations.
19
•9 sizes:
from 220 to 1500 m3/h
Carisma CRC
Fan Coil Units with centrifugal fan
•1 battery: 3 or 4 rows
The ultra quiet fan coil
•2 batteries:
3 or 4 rows (cooling)
and 1 or 2 rows (heating)
The CRC range is offered with standard 6 speed motors,
3 of which connected and one static, useful up to
50 Pa. It is the ideal choice for all those applications
where wanting to optimise price/performance ratio,
though guaranteeing excellent acoustic result,
contained electric consumption and a design suitable
for every modern
architectural solution.
•5 versions:
MV, MO-MVB, IV-IO
www.eurovent-certification.com
www.certiflash.com
MV MODEL
IV-IO MODEL Vertical installation
A
B
D
G
B
225
225
225
225
225
225
225
255
255
100
630
A
670
770
985
985
1200
1200
1415
1415
1415
511
MV - MO - MVB
SIZE
1
2
3
4
5
6
7
8
9
MO-MVB MODEL
IV-IO MODEL Horizontal installation
A
D
530
D
374
474
689
689
904
904
1119
1119
1119
A
B
G
218
218
218
218
218
218
218
248
248
G
IV - IO
SIZE
1
2
3
4
5
6
7
8
9
CarismaSabiana CRC. 2 pipes unit. The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
Figures at high speed
CRC MODEL
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan
Sound power Lw (Medium speed)
Sound pressure Lp (High speed)
Sound pressure Lp (Medium speed)
Sound pressure Lp (Low speed)
HEATING
(winter mode)
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
CRC 13 CRC 23 CRC 33 CRC 43 CRC 53 CRC 63 CRC 73 CRC 83 CRC 93 CRC 14 CRC 24 CRC 34 CRC 44 CRC 54 CRC 64 CRC 74 CRC 84 CRC 94
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
220
1.03
0.86
1.39
2.3
2.0
33
39
36
30
23
295
1.56
1.24
2.02
6.5
5.5
32
40
38
31
21
385
2.39
1.80
2.92
19.7
16.7
41
40
40
31
27
485
2.87
2.19
3.56
27.2
23.1
44
39
38
30
24
650
3.64
2.82
4.50
16.2
13.8
61
41
39
32
22
760
4.09
3.20
5.09
19.8
16.8
78
46
43
37
28
925
5.11
3.95
6.27
34.2
29.1
103
51
47
42
33
1200
5.82
4.68
7.66
22.5
19.2
130
56
51
47
36
1500
6.74
5.55
9.06
28.6
24.6
176
58
55
49
41
220
1.23
0.97
1.55
5.6
4.7
33
39
36
30
23
295
1.81
1.38
2.20
13.9
11.6
32
40
38
31
21
385
2.57
1.90
3.07
11.5
9.2
42
40
40
31
27
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
20
485
3.12
2.34
3.76
15.5
12.2
44
39
38
30
24
650
4.09
3.07
4.83
31.3
25.7
61
41
39
32
22
760
4.79
3.60
5.88
36.2
29.3
78
46
43
37
28
925
5.58
4.23
6.71
27.7
23.7
103
51
47
42
33
1200
6.47
5.06
8.43
17.5
14.5
130
56
51
47
36
1500
7.60
6.05
10.08
23.2
19.3
176
58
55
49
41
Carisma CRT
Fan Coil Units with tangential fan
Low energy consumption tangential fan
The CRT range uses a 6 speed ventilating unit with
extremely reduced electric consumptions. The large
tangential fan (120 mm) supplies a consistent air flow
with sound pressure values at medium speed which are
below 35 dB(A)* and at minimum speed below 28 dB(A)*
on all models.
Long laboratory tests have enabled obtaining a very
stable and regular functioning in time, also in critical
conditions, like in situations where the filter and the battery
have not been regularly cleaned.
The motor, with newly conceived bearings, is guaranteed for double the number of
hours compared to the previous range and stays at a particularly low functioning
temperature, even after many days of continuous functioning.
It is the ideal choice for all large installations with maximum attention to consumptions
and environmental sound levels.
•6 sizes:
from 90 to 945 m3/h
•1 battery: 3 rows
•2 batteries:
3 rows (cooling)
and 1 row (heating)
•5 versions:
MV, MO-MVB, IV-IO
CarismaSabiana CRT. 2 pipes unit. The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
Figures at high speed
CRT MODEL
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan
Sound power Lw (Medium speed)
Sound pressure Lp (High speed)
Sound pressure Lp (Medium speed)
Sound pressure Lp (Low speed)
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
HEATING
(winter mode)
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
CRT 13
CRT 23
CRT 33
CRT 53
CRT 63
CRT 73
200
0.87
0.74
1.24
1.8
1.5
17
36
35
27
22
250
1.24
0.99
1.66
4.1
3.3
19
35
34
26
22
370
2.04
1.56
2.55
15.2
12.5
23
36
35
27
22
495
2.76
2.12
3.47
9.9
8.1
33
39
34
28
22
635
3.33
2.61
4.26
13.8
11.4
44
43
41
34
27
780
4.18
3.23
5.27
25.1
19.8
53
43
41
34
27
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
Carisma CRR
Fan Coil Units with tangential fan
•4 sizes:
from 110 to 500 m3/h
•1 battery: 2 rows
High comfort for small environments
•1 version: MV
The series CRR is designed to be equipped with a tangential
fan and the units are of smaller dimensions for smaller
environments (depth 18 cm). Carisma is the ideal equipment
for offices and houses, is no longer a simple technical product
but also a furnishing element that can give added value to
the aesthetics of the surrondigs.
CarismaSabiana CRR. 2 pipes unit. The following standard rating conditions are used:
CRR MODEL
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan
Sound power Lw (Medium speed)
Sound pressure Lp (High speed)
Sound pressure Lp (Medium speed)
Sound pressure Lp (Low speed)
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
CRR 1
CRR 2
CRR 3
CRR 4
180
0.80
0.70
1.20
11.0
7.0
28
37
33
28
25
250
1.30
1.01
1.60
20.0
16.5
27
39
36
30
25
360
1.90
1.53
2.60
7.8
7.0
31
39
36
30
25
500
2.80
2.05
3.60
20.0
18.8
36
40
37
31
25
*The sound pressure levels are 9 dB(A) lower than the sound power levels
and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
MOD. CRR 1
L
CRR 2
CRR 3
CRR 4
770
985
1200
670
L
183
100
Figures at high speed
HEATING
(winter mode)
630
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
21
CB–T–ECM control
Fan Coil Units
with inverter board
Carisma ECM
The ECM range makes use of the excellent
experience gained with the Cassette fan
coils with inverter board, first in the world
in production since 2009, and which is
having great success on all markets.
WM–AU control
The innovative brushless and sensorless
type synchronous electronic motor with
permanent magnets, is controlled by an
inverter board designed and developed in
Italy. The board is mounted on the unit, closed
to the motor, without the need to be cooled down by
the air flow.
The air flow rate can be varied in continuously by means of a 1-10 V
signal generated by Sabiana controls or by independent control systems. The
continuous air flow control improves the acoustic comfort and allows a more punctual
reply to the variation of the thermal loads and a greater stability of the requested
ambient temperature.
MB–ECM
electronic board
The extreme efficiency, also at low speed, makes possible a great reduction in electric
consumption (50% less in comparison to CRC and CRT AC motor) with absorption values under normal operating
conditions that do not exceed 16 Watt for CRC−ECM models and do not exceed 8 Watt for CRT−ECM models on the
entire range. The excellent values of the CRC and CRT range in terms of sound levels have been maintained in all
working conditions, without any resonance phenomenon at any frequency.
The full compliance with the Electromagnetic Compatibility Directive and with the other
severe Standards in force is certified by an independent institute.
This is the right choice for all buildings designed for achieving the highest energy class.
MV MODEL
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IV-IO MODEL Vertical installation
A
B
D
G
100
B
225
225
225
225
225
225
225
255
630
A
670
770
985
985
1200
1200
1415
1415
511
MV - MO - MVB
SIZE
1
2
3
4
5
6
7
9
MO-MVB MODEL
IV-IO MODEL Horizontal installation
A
22
530
D
374
474
689
689
904
904
1119
1119
A
B
G
218
218
218
218
218
218
218
248
G
IV - IO
SIZE
1
2
3
4
5
6
7
9
D
Coil Units with centrifugal
Carisma CRC–ECM Fan fan
and inverter board
CRC–ECM version:
•5 sizes:
from 115 to 1395 m3/h
•1 battery: 3 or 4 rows
•2 batteries:
3 or 4 rows (cooling)
and 1 or 2 rows (heating)
•5 versions:
MV, MO-MVB, IV-IO
Carisma Sabiana CRC–ECM. 2 pipes unit.
CRT–ECM version:
The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
Figures at high speed
ECM MODEL
Inverter Power
Speed
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan (High speed)
Fan (Low speed)
Sound power Lw (Medium speed)
Sound pressure Lp (High speed)
Sound pressure Lp (Medium speed)
Sound pressure Lp (Low speed)
HEATING
(winter mode)
•5 sizes:
from 95 to 900 m3/h
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
•1 battery: 3 rows
CRC 23 CRC 43 CRC 63 CRC 73 CRC 93 CRC 24 CRC 44 CRC 64 CRC 74 CRC 94
m3/h
kW
kW
kW
kPa
kPa
W
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
10
MAX
330
1.61
1.3
2.13
6.9
5.7
21.0
7.0
41
42
32
21
10
MAX
515
2.97
2.28
3.74
28.9
23.9
25.0
6.0
42
42
33
21
10
MAX
890
4.98
3.84
6.09
32.6
26.8
41.0
9.0
48
48
39
28
10
MAX
735
3.99
3.11
4.95
19
15.7
32.0
7.0
44
45
35
24
10
MAX
325
1.88
1.44
2.37
14.8
12.6
21.0
7.0
41
42
32
21
10
MAX
1395
6.36
5.2
8.69
25.9
22.5
99.0
16.0
55
55
46
35
10
MAX
505
3.19
2.41
3.91
16.1
13.5
25.0
6.0
42
42
33
21
10
MAX
720
4.54
3.41
5.6
33
26.9
32.0
7.0
44
45
35
24
10
MAX
875
5.34
4.03
6.51
25.6
21
41.0
9.0
48
48
39
28
10
MAX
1365
7.14
5.63
9.39
20.8
17
99.0
16.0
55
55
46
35
•2 batteries:
3 rows (cooling)
and 1 row (heating)
•5 versions:
MV, MO-MVB, IV-IO
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
Coil Units with tangential
Carisma CRT–ECM Fanfan
and inverter board
Carisma Sabiana CRT–ECM. 2 pipes unit.
The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
Figures at high speed
MODEL
Inverter Power
Speed
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan (High speed)
Fan (Low speed)
Sound power Lw (Medium speed)
Sound pressure Lp (High speed)
Sound pressure Lp (Medium speed)
Sound pressure Lp (Low speed)
m3/h
kW
kW
kW
kPa
kPa
W
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
HEATING
(winter mode)
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
CRT–ECM 13
CRT–ECM 23
CRT–ECM 33
CRT–ECM 53
CRT–ECM 73
10
MAX
240
0.99
0.86
1.48
2.2
1.8
10.0
4.0
39
39
30
20
10
MAX
305
1.41
1.15
1.96
5.2
4.2
11.5
4.5
43
40
34
24
10
MAX
450
2.38
1.85
3.12
19.7
16.0
16.0
5.0
42
40
33
24
10
MAX
675
3.49
2.74
4.63
15.0
12.1
26.0
6.0
46
44
37
26
10
MAX
900
4.67
3.65
6.06
29.1
24.0
38.0
7.0
48
47
39
28
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
Electronic motor:
three phase permanent
magnet brushless electronic
motor that is controlled
with reconstructed current
according to a BLAC
sinusoidal wave.
The inverter board
that controls the motor
operation is powered by
230 Volt, single-phase and,
with a switching system,
it generates a three-phase
frequency modulated,
wave form power supply.
The electric power supply
required for the machine
is therefore single-phase
with voltage of 230-240V
and frequency of 50-60Hz.
23
The CRYSTALL Sabiana
electrostatic filter is built
of extruded profiles
in aluminium alloy and
has got a very resistant
structure.
It takes up practically
no valuable room space.
It fits neatly into
the bottom of the fan coils
which only means that
the casing has to be raised
slightly.
The positioning of the filter
allows for easy and efficient
maintenance.
It can be cleaned
very easily under running
water and has an almost
unlimited life.
The construction
of the unit using the fan
convector instead of having
its own inbuilt fan makes
it extremely competitively
priced when compared to
separately mounted filters.
When the heating or cooling
systems are switched off,
the unit can still be used
just as an air purifier.
The CRYSTALL electronic filter matches the need for better
air conditioning with the concepts of space and design.
With this filter the various stages of air treatment are
combined in one appliance.
Thanks to this new patented filter, air pollutants such as
cigarette smoke, dust, pollen and most biological organisms
are eliminated.
In addition, as fresh air is not being introduced to obtain
the best climatic conditions, there are
OUTLET
consequential energy savings.
OF CLEAN AIR
Collection
surface
Operating principle of the Crystall Sabiana electronic filter
The air is sucked in and first passes a mechanical prefilter,
which keeps away particles of more than 50 µm (dust, insects, etc.)
(Phase 1).
Then the smallest particles (50÷0.01 µm) are exposed
to an intensive ionic fleld and are polarized (Phase 2).
The charged particles passing through the second filter section,
are pushed back by the anode and attracted to the collection
surfaces by a strong, inducted magnetic field (Phase 3).
Polarized
electrode
Electrostatic
filter
PHASE
2
Ionic field
Air without
particles ≥ 50 µm
Pre-filter
PHASE 1
Elimination
of the biggest
particles
INLET
OF POLLUTED AIR
External air flow recommended
according to ASHRAE standard 62-1981
for area ventilation
The CRYSTALL SABIANA electrostatic air filter improves the air
quality of any room. The filter which is fitted to a Carisma fan
convector can remove particles even smaller then 0.01 micron. It
is more than 90% efficient and has a very low power cosumption.
Energy saving example.
•Meetings Rooms.
•With 6 people present.
•Some of whom are smokers.
•Fresh air intake according to ASHRAE 6x63=378 m3/h
•If the fresh air is taken through the CRYSTALL electrostatic
filter the air that has to be introduced from outside is only
6x12,6=75,6 m3/h.
20
10
5
2
1
0,5
0,2 0,1 0,05
CIGARETTE SMOKE
0,02
0,01 0,005
TYPE OF AREA
100% EXTERNAL AIR VENTILATION
(WITH SMOKERS)
IN m3/h PER PERSON
MINIMUM AMOUNT OF EXTERNAL AIR
(NO SMOKERS)
IN m3/h PER PERSON
WITH FILTRATION PLANT
Meeting room
63
12.6
DUST
Recreation areas
63
12.6
BACTERIA
Industrial areas
63
18
Hospitals
63
12.6
Schools
45
9
Shops
45
9
Offices
36
9
SMOKE
POLLEN
EFFICIENCY OF THE CRYSTALL ELECTROSTATIC FILTER
24
Inducted
anode
PHASE
3
Heating, cooling,
heating + purification,
cooling + purification, purification
DIMENSIONS (IN MICRONS) OF AIR BOURNE PARTICLES
The system consists of:
•a duct
of adjustable length;
•a Femec active
electronic plate filter;
•an electronic filter
control device;
•a high voltage cable;
•a double louvre grid.
Air without
particles < 1 µm
The air which leaves the unit is free from polluting particles.
50
Construction
CRYSTALL FLEX SYSTEM:
Crystall
Electronic Filter
Construction
CRYSTALL:
Electronic Filter
Crystall Flex System
Crystall Flex System is an innovative electronic filter
system that can be easily installed downstream from
horizontal concealed fan coils.
The system minimizes the indoor diffusion of various
types of polluting agents found in the ducts of air
conditioning systems.
The system is intended for a variety of environments such as schools, hospitals
and care homes, surgeries, hotels and all other places where indoor air quality can and should be
improved.
The Crystall Flex System is an efficient, reliable and user-friendly product.
Its running costs are extremely low: it does not need to be replaced and can be cleaned and sanitized
using commonplace detergents without fear of compromising efficiency and durability.
The filter unit can also be fitted on existing systems without need for significant alterations.
Carisma CFR
Fan Coil Units with tangential fan
They are available into two main versions: with front radial panel
or with front panel for covering only.
In winter, the first solution provides both a convective
and radiant thermal exchange, further improving the
feeling of well being.
All models can be supplied with low energy consumption
electronic motors.
4 sizes are available, with:
– air flow rates from 100 to 575 m3/h
– heating emissions from 0,64 to 4,10 kW
–cooling emissions from 0,38 to 3,31 kW.
www.eurovent-certification.com
www.certiflash.com
MV-MVR MODEL
B
525
725
925
1125
IV-IO MODEL
129
B
126
576
580
A
660
A
698
898
1098
1298
SIZE
1
2
3
4
150
Technical characteristics
The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
CFR 1
MODEL
Speed
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan
Sound power
Sound pressure
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)*
dB(A)*
MIN
100
0,38
0,26
0,64
3,8
3,2
6
38
29
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)*
dB(A)*
MIN
100
0,38
0,26
0,64
3,8
3,2
5
38
29
MED
125
0,72
0,51
0,84
10,6
8,8
10
45
36
MED
125
0,72
0,51
0,84
10,6
8,8
7
45
36
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
CFR 2
MAX
160
0,83
0,65
1,05
13,1
10,9
17
52
43
CFR-ECM 1
MODEL
Speed
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan
Sound power
Sound pressure
HEATING
(winter mode)
MAX
160
0,83
0,65
1,05
13,1
10,9
11
52
43
MIN
170
0,92
0,66
1,25
2,4
2,0
9
39
30
MED
230
1,36
1,04
1,65
5,5
4,6
18
46
37
CFR 3
MAX
320
1,76
1,27
2,31
8,2
6,8
28
53
44
CFR-ECM 2
MIN
170
0,92
0,66
1,25
2,4
2,0
6
39
30
MED
230
1,36
1,04
1,65
5,5
4,6
9
46
37
MAX
320
1,76
1,27
2,31
8,2
6,8
19
53
44
MIN
180
1,51
1,11
1,75
7,5
6,2
9
41
32
MED
270
2,11
1,57
2,56
14,2
11,8
21
47
38
CFR 4
MAX
460
2,56
1,96
3,12
19,0
15,8
35
53
44
CFR-ECM 3
MIN
180
1,51
1,11
1,75
7,5
6,2
7
41
32
MED
270
2,11
1,57
2,56
14,2
11,8
11
47
38
MAX
460
2,56
1,96
3,12
19,0
15,8
20
53
44
MIN
370
1,99
1,55
2,21
7,3
6,1
17
39
30
MED
450
2,70
2,10
3,10
13,8
11,5
27
45
36
MAX
575
3,31
2,56
4,10
18,7
15,5
38
53
44
CFR-ECM 4
MIN
370
1,99
1,55
2,21
7,3
6,1
8
39
30
MED
450
2,70
2,10
3,10
13,8
11,5
12
45
36
MAX
575
3,31
2,56
4,10
18,7
15,5
24
53
44
Construction CFR:
•Frontal panel
and removable lateral
corners (to inspect
the compartment, electric
or hydraulic connections)
in galvanised steel
painted with oven-dried
epoxy powders RAL 9010.
•Casing in high resistance
galvanised steel.
•Coil:
- Coil in copper pipes
and aluminium fins
with high efficiency
turbulence. Eurokonus
3/4" threaded fittings.
The headers are
equipped with air vent
and water drains.
- Radiant element
(MVR models only)
connected in parallel
to the coil and equipped
with a thermostatic
valve which opens
when the water reaches
a temperature of 29°C.
•Fan assembly including
tangential fan in synthetic
material with offset fins
(extremely silent)
mounted on EPDM
anti-vibration supports.
Statically and dynamically
balanced rotor, coupled
directly on the motor
shaft.
•Electric motor:
- CFR version:
single-phase resin pack
electric motor mounted
on EPDM anti-vibration
supports with sensor
for HALL effect.
- CFR-ECM version:
high efficiency EC
electric motor BLDC
for speed continuous
control, with resin pack
mounted on EPDM
antivibration supports.
•Reversible supply air grid
in galvanised steel
painted with oven-dried
epoxy powders RAL 9010.
•Condensate collection
tray in shockproof PVC,
easily removable
for periodical cleaning.
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
25
Carisma CRSO
The Fan Coil Units are for concealed installation and
connection to a small duct system.
They supply a consistent air flow with static
pressure up to 80 Pa.
The Fan Coil Units are manufactured in
4 sizes for hot water supply and chilled
water supply.
www.eurovent-certification.com
www.certiflash.com
D
G
•Casing: made from 1 mm
galvanized steel insulated
with polyolefin (PO) foam
(class M1).
•Fan assembly: the fans
have aluminium or plastic
material blades directly
keyed on the motor
with double aspiration
and they are dynamically
and statically balanced
during manufacture
in order to have an
extremely quiet operation.
• Electric motor: the motor
is wired for single phase
and has five speeds
with capacitor. The motor
is fitted on sealed
for life bearings and is
secured on anti-vibration
and self-lubricating
mountings. Internal
thermal protection
with automatic reset,
protection IP 20, class B.
• Heat exchange coil:
it is manufactured from
drawn copper tube
and the aluminium fins
are mechanically bonded
onto the tube by
an expansion process.
The main coil and the
eventual additional coil
have two 1/2 inch BSP
internal connections.
The coils are supplied
with 3 or 4 rows
and with 1 or 2 rows
for the additional coil.
High Pressure Fan Coil Units
SIZE
1
2
3
4
511
Construction
CRSO:
G
218
248
248
248
D
689
904
1119
1570
Technical characteristics
CarismaSabiana CRSO. 2 pipes unit. The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
Figures at high speed
MODEL
Air flow
Available pressure
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan
Sound power outlet
Sound power inlet + radiated
Sound pressure outlet
Sound pressure inlet + radiated
Plenum code
HEATING
(winter mode)
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
CRSO 13 CRSO 23 CRSO 33 CRSO 43 CRSO 14 CRSO 24 CRSO 34 CRSO 44
m3/h
Pa
kW
kW
kW
kPa
kPa
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
310
60
1.93
1.41
2.39
12.9
10.3
55
50
57
41
48
9066363
580
60
3.42
2.57
4.25
13.9
11.4
97
51
57
42
48
9069222
960
60
5.20
4.05
6.79
15.1
11.9
134
57
63
48
54
9066368
1285
60
7.40
5.62
9.41
13.1
10.8
158
58
64
49
55
9069224
310
60
2.15
1.54
2.60
7.9
6.4
55
50
57
41
48
9066363
580
60
3.85
2.77
4.69
24.3
20.1
97
51
57
42
48
9069222
960
60
5.68
4.25
7.31
13.2
10.5
134
57
63
48
54
9066368
1285
60
8.22
6.05
10.30
18.0
17.0
158
58
64
49
55
9069224
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
26
Pressure Fan Coils Units
Carisma CRS–ECM High with
inverter board
The innovative brushless and sensorless type synchronous
electronic motor with permanent magnets, is
controlled by an inverter board designed and
developed in Italy.
The air flow rate can be varied in
continuous by means of a 1-10 V signal
generated by Sabiana controls or by
independent control systems. The
continuous air flow control improves the
acoustic comfort and allows a more punctual
reply to the variation of the thermal loads and a greater
stability of the requested ambient temperature.
The extreme efficiency, also at low speed, makes possible
a great reduction in electric consumption.
www.eurovent-certification.com
www.certiflash.com
The Fan Coil Units are for concealed installation and
connection to a small duct system.
They supply a consistent air flow with static pressure up to 80 Pa.
The Fan Coil Units are manufactured in 3 sizes for hot water supply and chilled water supply.
G
D
511
SIZE
1
2
3
G
218
248
248
D
689
904
1119
Technical characteristics
Carisma Sabiana CRS–ECM. 2 pipes unit. The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
Figures at high speed
MODEL
Inverter Power
Air flow
Available pressure
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan (High speed)
Fan (Low speed)
Sound power outlet
Sound power inlet + radiated
Sound pressure outlet
Sound pressure inlet + radiated
Plenum code
HEATING
(winter mode)
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
CRS–ECM 13 CRS–ECM 23 CRS–ECM 33 CRS–ECM 14 CRS–ECM 24 CRS–ECM 34
m3/h
Pa
kW
kW
kW
kPa
kPa
W
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
9
325
65
1.98
1.51
2.48
13.7
11.3
43
24
52
58
43
49
9066363
8
560
65
3.33
2.57
4.10
13.4
11.1
64
30
52
58
43
49
9069222
8.5
950
65
5.16
4.10
6.68
15.0
12.3
102
50
56
63
47
54
9066368
9
325
65
2.19
1.64
2.69
8.5
7.0
43
24
52
58
43
49
9066363
8
560
65
3.70
2.77
4.53
23.0
19.0
64
30
52
58
43
49
9069222
8.5
950
65
5.58
4.32
7.21
13.3
10.9
102
50
56
63
47
54
9066368
Construction
CRS–ECM:
•Casing: made from 1 mm
galvanized steel insulated
with polyolefin (PO) foam
(class M1).
•Fan assembly: the fans
have aluminium or plastic
material blades directly
keyed on the motor
with double aspiration
and they are dynamically
and statically balanced
during manufacture
in order to have an
extremely quiet operation.
• Electronic motor: three
phase permanent magnet
brushless electronic
motor that is controlled
with reconstructed current
according to a BLAC
sinusoidal wave.
The inverter board
that controls the motor
operation is powered
by 230 Volt, single-phase
and, with a switching
system, it generates
a three-phase frequency
modulated, wave form
power supply.
The electric power
supply required for
the machine is therefore
single-phase with
voltage of 230-240V and
frequency of 50-60Hz.
• Heat exchange coil:
it is manufactured from
drawn copper tube
and the aluminium fins
are mechanically bonded
onto the tube by
an expansion process.
The main coil and the
eventual additional coil
have two 1/2 inch BSP
internal connections.
The coils are supplied
with 3 or 4 rows
and with 1 or 2 rows
for the additional coil.
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
27
High Pressure Fan Coil Units
Construction
MAESTRO MTO:
The casing is made with
galvanized steel insulated
with polyolefin (PO) foam
(class M1).
The fan section consists
of centrifugal fans
in galvanized steel
with one or two impellers
and a directly coupled,
single phase, five speed
motor for sizes 1÷5
and three speed motor
for sizes 6-7, 230V/50 Hz.
The heat exchanger
is constructed in 3/8” dia
expanded copper tubes
with aluminium fins
with a pitch of 2.1 mm.
The heat exchanger
is mounted in a galvanized
steel carrying frame.
The coils are supplied
with 3, 4 or 6 rows
and with 1 or 2 rows
for the additional coil.
Maestro MTO
The Maestro MTO Fan Coil Units are for concealed
installation and connection to a duct
system.
They supply a consistent air flow with
static pressure up to 160 Pa.
The Maestro MTO Fan Coil Units are
manufactured in 7 sizes for hot water
supply and chilled water supply.
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www.certiflash.com
MOD. MTO 1 MTO 2 MTO 3 MTO 4 MTO 5
A
B
C
1113
698
310
1113
698
310
1113
698
360
1445
853
360
1445
853
435
MOD. MTO 6 MTO 7
A
B
C
1535
1100
488
1535
1100
588
Technical characteristics
2-pipe units. The following standard rating conditions are used:
COOLING
(summer mode)
HEATING
(winter mode)
Entering air temperature + 27°C d.b., + 19°C w.b.
Water temperature
+ 7/12°C
MODEL
Speed(E)
Air flow (E)
Available pressure (E)
Cooling total emission (E)
Cooling sensible emission (E)
Heating (E)
∆p Cooling (E)
∆p Heating (E)
Fan (E)
Sound power level outlet (E)
Sound power level inlet + radiated (E)
Sound pressure level outlet (*)
Sound pressure level inlet + radiated (*)
Plenum code (E)
MTO 14
m3/h
Pa
kW
kW
kW
kPa
kPa
W
dB(A)
dB(A)
dB(A)
dB(A)
1
790
25
4,28
3,36
5,80
5,1
4,1
115
51
52
42
43
m3/h
Pa
kW
kW
kW
kPa
kPa
W
dB(A)
dB(A)
dB(A)
dB(A)
1
2740
35
15,04
11,71
19,39
13,3
10,8
500
66
67
57
58
MODEL
Speed(E)
Air flow (E)
Available pressure (E)
Cooling total emission (E)
Cooling sensible emission (E)
Heating (E)
∆p Cooling (E)
∆p Heating (E)
Fan (E)
Sound power level outlet (E)
Sound power level inlet + radiated (E)
Sound pressure level outlet (*)
Sound pressure level inlet + radiated (*)
Plenum code (E)
2
1125
50
5,36
4,41
7,55
7,6
6,2
154
59
60
50
51
9034200
MTO 24
3
1410
75
6,11
5,22
8,86
9,6
7,9
191
64
65
55
56
1
840
15
5,16
3,83
6,58
6,9
5,6
170
50
51
41
42
3
3850
70
18,52
15,13
24,79
19,3
15,7
760
73
74
64
65
1
1880
150
12,99
9,45
20,86
7,4
3,9
574
63
–
54
–
MTO 54
2
3280
50
16,81
13,42
22,12
16,2
13,2
617
70
71
61
62
9034240
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
2
1410
50
7,24
5,71
9,79
12,7
10,3
230
62
63
53
54
9034200
MTO 34
3
1825
80
8,44
6,90
11,78
16,8
13,6
285
67
68
58
59
1
1710
30
9,06
7,02
12,04
16,0
13,1
350
61
62
52
53
3
4800
150
24,19
19,28
43,6
22,6
14,7
1304
77
–
68
–
1
3925
150
23,06
17,57
39,34
14,4
8,5
1518
71
–
62
–
MTO 64
2
3385
150
19,51
14,94
33,52
15,3
9,1
778
71
–
62
–
9034280
2
2075
50
10,18
8,10
13,87
19,8
16,2
420
65
66
56
57
9034220
MTO 74
2
5070
150
27,09
21,22
47,85
19,3
12,1
1758
75
–
66
–
9034290
(E) Eurovent certified performance.
(*) The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
(**)Models not covered by EUROVENT certification program.
28
MTO 44
3
2440
70
11,18
9,12
15,54
23,4
19,1
470
69
70
60
61
3
7100
150
33,09
26,99
61,14
27,6
18,8
2460
81
–
72
–
1
2070
35
11,33
8,69
14,92
13,9
11,2
445
63
64
54
55
2
2580
50
12,98
10,25
17,55
17,7
14,5
550
68
69
59
60
9034230
3
3020
67
14,23
11,49
19,64
20,9
17,0
630
70
71
61
62
Ocean
Modular Ducted Units
Construction
OCEAN:
Available with Crystall
electrostatic filter section
The Ocean Modular Ducted Units are constructed
in four basic versions in order to satisfy any
installation requirements and thanks to their
compact size they can fit in narrow areas or
false ceilings.
By the use of the same modular components,
12 versions can be obtained with air flows ranging from 600 to
5300 m3/h.
It is possible to mount either 2, 3, 4 or 6 row heat exchangers for water.
Thanks to its modular construction the unit can be easily disassembled and re-assembled on
site and the air flow direction can be changed according to the specific needs.
OCEAN dimensions
Crystall electrostatic filter + Carbon filter
MOD.
A
B
C
D
W
1
2
3
4
335
415
515
515
300
380
480
480
65
40
40
40
195
300
400
400
805
805
805
1355
Z
The casing consists
of self-supporting panels
of hot dip galvanized,
prepainted steel, which are
completely insulated with a
20 mm thick thermoacoustic,
flame retardant lining.
The fan section
consists of centrifugal fans
in galvanized steel with two
impellers and a directly
coupled, single phase, three
speed motor, 230V/50Hz
with permanently
installed condensor,
insulation class F.
The heat exchanger
is constructed in 3/8” dia
expanded copper tubes
with aluminium fins
with a pitch of 2.1 mm.
The steel headers have
3/4” male connections
and an extra tapping
for an air vent.
The heat exchanger
is mounted in a galvanized
steel carrying frame.
ELECTROSTATIC ELECTROSTATIC
FILTER
FILTER N°
950 840x112
950 840x112
950 840x112
1500 1390x112
2
3
4
4
Accessories:
Technical characteristics
The following standard rating conditions are used:
COOLING (summer mode)
Entering air temperature + 26°C b.s.,
Water temperature
+ 7/12°C
HEATING (winter mode)
Entering air temperature
+ 20°C
Entering water temperature + 70/60°C
R.H. 55%
With 4 row battery
MODEL
Speed
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Sound pressure
Fan max
1
m3/h
kW
kW
kW
kPa
kPa
dB(A)*
A
1
600
3.70
2.60
7.40
2.2
1.6
45
2
1000
5.20
3.70
11.40
4.6
3.5
51
2.0
2
3
1400
6.40
4.70
15.00
7.5
5.7
55
1
1000
5.80
4.10
12.20
2.6
2.0
50
2
1550
7.90
5.80
17.60
4.8
3.7
55
2.8
3
3
2100
9.60
7.30
22.40
7.4
5.6
60
1
1500
9.80
6.50
18.30
9.0
6.9
53
2
2100
12.20
8.50
23.80
14.5
11.0
56
4.4
4
3
3000
15.20
11.00
32.00
24.3
18.5
61
1
2400
15.00
9.90
30.20
7.0
5.3
55
2
3800
20.30
14.00
43.20
13.1
10.0
61
6.0
3
5300
24.80
17.70
55.10
13.1
15.4
65
•Suspension Brackets
•Condensate collection tray
•Humidification section
•Supplementary electric
element
•Recessed manual
speed control switch
•Variable speed drive
•Manual speed control
and thermostat
•Outlet box
with circular diffusers
•Inlet box with damper
•Outlet grid
with double louvres
* Sound pressure in open field conditions at 1 metre from front of unit.
29
•Air inlet and air diffuser:
internal grid, air diffuser
and louvres are made
of synthetic material
of white color (RAL 9003).
Other RAL colours
available on request.
•Casing: is made from
galvanized steel with
inside thermal insulation
with polyolefin (PO) foam
(class M1) and outside
anti-condensate lining.
•Fan assembly: extremely
quiet radial flow fan with
self-lubrificating ball
bearings. External rotor
motor 230V / 50Hz,
class 1 insulation,
with integrated thermal
contact for motor
protection, wired to the
terminal on the outside
of the casing.
•Condensate collection
tray: polystyrene foam
condensate tray, shaped
in order to optimize
the air diffusion, fire
retardant rating B1
to DIN 4102.
•Air filter: synthetic
washable filter, class G1
(EN 779) easily removable.
•Condensate pump:
two step float switch,
integral with the unit
and wired to the terminal
on the outside
of the casing, 650 mm
maximum head.
•Valve set:
two or three way valves,
ON-OFF operation with
thermostatic actuator.
SkyStar
Cassette Fan Coils
Construction
SKYSTAR:
The attractive design and the high quality of all the components
allow the SkyStar cassette fan coil to perfectly fit in all the
enviroments, offering the quietest operational mode.
The 4 smaller sizes are designed to fit into false ceiling
standard 600x600mm modules. The 3 bigger sizes have a
800x800mm dimension that offers the best solution in
terms of silent operation and price/performance ratio
for these high capacity units. The SkyStar range offers
great installation flexibility and very easy maintenance.
The acces to all the most important components is from the
bottom side without the need to remove any parts of the false
ceiling. Every unit can have fresh air intake, the air distribution
is in four directions and a remote air diffuser can be connected
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to the unit. The condensate pump is integral with the unit and
www.certiflash.com
is easiliy accessible. The range is made of 7 sizes. Every size can
be supplied with 2 or 4 pipes and with 2 or 3 way 230 V, ON-OFF valves. The valve installation
is mandatory. Different electronic remote controls are available. The infra-red remote control
is also available.
Technical characteristics
The following standard rating conditions are used:
2-pipe units
COOLING (summer mode)
Entering air temperature + 27°C d.b., + 19°C w.b.
Water temperature
+ 7/12°C
HEATING (winter mode)
Entering air temperature + 20°C
Water temperature
+ 50°C
Water flow rate as for the cooling conditions
4-pipe units
COOLING (summer mode)
Entering air temperature + 27°C d.b., + 19°C w.b.
Water temperature
+ 7/12°C
HEATING (winter mode)
Entering air temperature + 20°C
Water temperature
+ 70/60°C
Figures at high speed
2-PIPE
MODEL
Air flow
Cooling total emission
Cooling sensible emission
∆p Cooling
Heating
∆p Heating
Sound power
Sound pressure (High speed)
Sound pressure (Medium speed)
Sound pressure (Low speed)
Fan
Dimensions
4-PIPE
UNITS
UNITS
SK 02 SK 12 SK 22 SK 32 SK 42 SK 52 SK 62 SK 04 SK 14 SK 24 SK 26 SK 34 SK 36 SK 44 SK 54 SK 56 SK 64 SK 66
m3/h
kW
kW
kPa
kW
kPa
dB(A)*
dB(A)*
dB(A)*
dB(A)*
W
A
mm
610
1.98
1.64
10.0
2.64
9.0
49
40
31
24
57
0.27
520 710
2.68 4.33
2.04 3.18
9.7 15.1
3.35 5.23
8.2 11.4
45
53
36
44
31
36
24
24
44
68
0.20 0.32
575x575x275
880
5.02
3.74
19.7
6.17
17.7
59
50
40
32
90
0.45
1140 1500 1820
6.16 9.51 11.10
4.59 6.48 8.25
21.6 26.9 35.6
7.77 10.71 14.00
15.1 23.0 30.6
48
53
58
39
44
49
31
31
39
24
25
25
77
120 170
0.36 0.53 0.74
820x820x303
610
2.33
1.90
13.5
3.03
14.5
49
40
31
24
57
0.27
520
2.70
1.98
8.8
3.46
10.8
45
36
31
24
44
0.20
710 710
3.34 3.93
2.56 2.95
13.4 10.5
4.40 3.35
16.6 9.0
53
53
44
44
36
36
24
24
68
68
0.32 0.32
575x575x275
880
3.81
2.97
17.0
4.95
20.5
59
50
40
32
90
0.45
880
4.53
3.46
14.0
3.79
11.0
59
50
40
32
90
0.45
1140
6.34
4.69
18.9
9.10
21.4
48
39
31
24
77
0.36
1500 1500 1820
7.71 8.77 8.89
5.83 6.49 6.84
26.9 25.0 34.7
11.00 8.56 12.70
29.9 15.3 38.8
53
53
58
44
44
49
31
31
39
25
25
25
120 120 170
0.53 0.53 0.74
820x820x303
1820
10.20
7.68
32.0
9.80
19.5
58
49
39
25
170
0.74
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
30
Cassette Fan Coils
with inverter board
SkyStar ECM
The SkyStar ECM series uses an innovative brushless synchronous
permanent magnet electric motor controlled by an inverter
card that is directly installed on the unit.
The air flow can be varied continuously with a 1-10 V
signal from Sabiana controls or by independent contollers.
In the first case, an electronic board installed on
the unit interfaces with specifically developed wallmounted or infra-red controls, whereas in the second
case programmable controllers should be used with a 1-10 V
output.
The extreme efficiency, also at a low speed, makes possible
a great reduction in electric consumption (more than 75%
less in comparison to a traditional motor) with absorption
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values, under normal operating conditions, that are no greater
www.certiflash.com
than 10 Watt in the entire range.
The brushless motor is characterised by a constant
Motor Absorption
synchronous speed, independently of the applied load,
that depends only on the motor power supply frequency,
which is modulated by the inverter.
It consumes less because:
•The motor always works at its point of maximum efficiency.
•In the brushless motor, the rotor’s permanent magnets
generate the magnetising power autonomously.
•The motor always operates
at the synchronous speed, as a result there are
no induced currents that reduce efficiency.
The main advantages are:
•Large reduction in energy consumption, thanks to
an optimal response to the thermal load
of the environment during every moment of the day.
•Operating silence at all rotation speeds.
•Ability to operate at any rotation speed.
= SK
Construction
SKYSTAR ECM:
•Fan assembly: extremely
quiet radial flow fan with
self-lubrificating ball
bearings.
• Three phase permanent
magnet brushless
electronic motor that
is controlled with
reconstructed current
according to a BLAC
sinusoidal wave.
The inverter board
that controls the motor
operation is powered
by 230 Volt, single-phase
and, with a switching
system, it generates
a three-phase frequency
modulated, wave form
power supply.
The electric power
supply required for
the machine is therefore
single-phase with
voltage of 230-240V and
frequency of 50-60Hz.
= SK-ECM
Technical characteristics
The following standard rating conditions are used:
2-pipe units
COOLING (summer mode)
Entering air temperature + 27°C d.b., + 19°C w.b.
Water temperature
+ 7/12°C
HEATING (winter mode)
Entering air temperature + 20°C
Water temperature
+ 50°C
Water flow rate as for the cooling conditions
4-pipe units
COOLING (summer mode)
Entering air temperature + 27°C d.b., + 19°C w.b.
Water temperature
+ 7/12°C
HEATING (winter mode)
Entering air temperature + 20°C
Water temperature
+ 70/60°C
Figures at high speed
2-PIPE
MODEL
Air flow
Cooling total emission
Cooling sensible emission
∆p Cooling
Heating
∆p Heating
Sound power
Sound pressure (High speed)
Sound pressure (Medium speed)
Sound pressure (Low speed)
Fan
Dimensions
4-PIPE
UNITS
UNITS
SK-ECM 12 SK-ECM 22 SK-ECM 32 SK-ECM 42 SK-ECM 52 SK-ECM 14 SK-ECM 26 SK-ECM 36 SK-ECM 44 SK-ECM 56
m3/h
kW
kW
kPa
kW
kPa
dB(A)*
dB(A)*
dB(A)*
dB(A)*
W
mm
535
2,75
2,09
10,1
3,44
8,7
47
38
30
24
16
710
4,33
3,18
15,1
5,24
13,1
54
45
34
24
31
575x575x275
880
5,02
3,74
19,7
6,2
17,7
60
51
41
28
62
1165
1770
6,33
10,75
4,72
7,94
22,7
33,6
8,01
12,73
19,5
28,8
48
57
39
48
30
38
24
25
33
108
820x820x303
535
2,77
2,08
9,5
3,62
11,7
47
38
30
24
16
710
3,93
2,95
10,5
3,35
9
54
45
34
24
31
575x575x275
880
4,53
3,46
13,1
3,79
11
60
51
41
28
62
1165
1770
6,51
9,87
4,83
7,4
19,8
30,1
9,36
9,51
22,5
18
48
57
39
48
30
38
24
25
33
108
820x820x303
Condensate pump absorption: 8 W
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
31
Construction
COANDA:
• Diffuser with intake grill:
in prepainted metal sheet
in RAL 9003 colour
with intake grill that can
be opened for inspection
and maintenance
of the filter.
• Air filter: polypropylene
cellular fabric
regenerating filter.
• Casing: made from 1 mm
galvanized steel insulated
with polyolefin (PO) foam
(class M1).
• Fan assembly: the fans
have aluminium or plastic
blades directly keyed
on the motor with double
aspiration and they are
dynamically and statically
balanced during
manufacture in order to
have an extremely quiet
operation.
• Electric motor: the motor
is wired for single phase
and has six speeds, three
of which are connected,
with capacitor.
The motor is fitted
on sealed for life bearings
and is secured
on anti-vibration and
self-lubricating mountings.
Internal thermal
protection with automatic
reset, protection IP 20,
class B.
• Coil: it is manufactured
from drawn copper tube
and the aluminium fins
are mechanically bonded
onto the tube by
an expansion process.
The coil has two 1/2 inch
BSP internal connections
and 1/8 inch BSP air vent
and drain. The coil
is not suitable for use
in corrosive atmosphere
or in environments where
aluminium may
be subject to corrosion.
Coanda
One Way Cassette Fan Coils
Thanks to the particular air handling section, Carisma
Coanda cassette units generate an airflow with a “coanda”
effect.
The unit is suitable for installation in a suspended
ceiling.
Air intake is from the bottom while the air supply
is parallel to the ceiling, through practical and
functional intake and outlet grids.
The “coanda” effect creates excellent circulation
of the air inside the room.
www.eurovent-certification.com
www.certiflash.com
SIZE
1
2
3
A
592
970
1192
309
100
A
592
Technical characteristics
CarismaSabiana COANDA. 2 pipes unit. The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
HEATING
(winter mode)
Figures at high speed
COANDA MODEL
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan
Sound power Lw (Medium speed)
Sound pressure Lp (High speed)
Sound pressure Lp (Medium speed)
Sound pressure Lp (Low speed)
m3/h
kW
kW
kW
kPa
kPa
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
CCN 13
CCN 23
CCN 33
CCN 14
CCN 24
CCN 34
280
1.50
1.18
1.93
6.1
4.9
49
41
43
32
26
380
2.37
1.77
2.86
7.6
6.3
44
36
39
27
24
540
3.34
2.51
4.02
16.2
13.4
59
46
43
37
26
280
1.74
1.31
2.10
12.9
10.7
49
41
43
32
26
380
2.57
1.88
3.12
12.1
10.2
44
36
39
27
24
620
4.02
2.98
4.77
15.5
12.6
72
52
46
43
32
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
32
One Way Cassette Fan Coils
with inverter board
Coanda ECM
The innovative brushless and sensorless type synchronous
electronic motor with permanent magnets, is controlled
by an inverter board designed and developed in Italy.
The air flow rate can be varied in continuous by
means of a 1-10 V signal generated by Sabiana
controls or by independent control systems. The
continuous air flow control improves the acoustic
comfort and allows a more punctual reply to
the variation of the thermal loads and a greater
stability of the requested ambient temperature.
The extreme efficiency, also at low speed, makes possible
a great reduction in electric consumption.
www.eurovent-certification.com
www.certiflash.com
SIZE
1
2
3
Thanks to the particular air handling section, Carisma Coanda
cassette units generate an airflow with a “coanda” effect.
The unit is suitable for installation in a suspended ceiling.
Air intake is from the bottom while the air supply is parallel
to the ceiling, through practical and functional intake and
outlet grids.
The “coanda” effect creates excellent circulation of the air
inside the room.
A
592
970
1192
309
100
A
592
Technical characteristics
CarismaSabiana COANDA–ECM. 2 pipes unit. The following standard rating conditions are used:
COOLING
Entering air temperature + 27°C d.b., + 19°C w.b.
(summer mode) Water temperature
+ 7/12°C
HEATING
(winter mode)
Figures at high speed
COANDA–ECM MODEL
Inverter Power
Speed
Air flow
Cooling total emission
Cooling sensible emission
Heating
∆p Cooling
∆p Heating
Fan (High speed)
Fan (Low speed)
Sound power Lw (Medium speed)
Sound pressure Lp (High speed)
Sound pressure Lp (Medium speed)
Sound pressure Lp (Low speed)
Entering air temperature
+ 20°C
Entering water temperature + 50°C
Water flow rate as for the cooling conditions
CCN–ECM 13 CCN–ECM 23 CCN–ECM 33 CCN–ECM 14 CCN–ECM 24 CCN–ECM 34
m3/h
kW
kW
kW
kPa
kPa
W
W
dB(A)*
dB(A)*
dB(A)*
dB(A)*
10
MAX
295
1.56
1.24
2.02
6.5
5.3
29
8
46
46
37
26
10
MAX
540
3.16
2.41
3.85
12.6
10.4
37
8
46
47
37
25
10
MAX
620
3.75
2.83
4.54
19.8
16.6
42
10
48
49
39
27
10
MAX
295
1.81
1.38
2.20
13.9
11.6
29
8
46
46
37
26
10
MAX
540
3.50
2.60
4.32
20.8
17.1
37
8
46
47
37
25
10
MAX
620
4.02
2.98
4.78
15.5
13.0
42
10
48
49
39
27
* The sound pressure levels are 9 dB(A) lower than the sound power levels and apply to the reverberant field of a 100 m3 room and a reverberation time of 0.5 sec.
Construction
COANDA-ECM:
• Diffuser with intake grill:
in prepainted metal sheet
in RAL 9003 colour
with intake grill that can
be opened for inspection
and maintenance
of the filter.
• Air filter: polypropylene
cellular fabric
regenerating filter.
• Casing: made from 1 mm
galvanized steel insulated
with polyolefin (PO) foam
(class M1).
• Fan assembly: the fans
have aluminium or plastic
blades directly keyed
on the motor with double
aspiration and they are
dynamically and statically
balanced during
manufacture in order to
have an extremely quiet
operation.
• Electronic motor: three
phase permanent magnet
brushless electronic
motor that is controlled
with current reconstructed
according to a BLAC
sinusoidal wave.
The inverter board that
controls the motor
operation is powered
by 230 Volt, single-phase
and, with a switching
system, it generates
a three-phase frequency
modulated, wave form
power supply. The electric
power supply required
for the machine is there fore single-phase with
voltage of 230 - 240 V and
frequency of 50 - 60 Hz.
• Coil: it is manufactured
from drawn copper tube
and the aluminium fins
are mechanically bonded
onto the tube by
an expansion process.
The coil has two 1/2 inch
BSP internal connections
and 1/8 inch BSP air vent
and drain. The coil
is not suitable for use
in corrosive atmosphere
or in environments where
aluminium may
be subject to corrosion.
33
Construction FLOOR:
• Walkable floor casing,
in galvanised steel sheet,
coated with Anthracite
grey (RAL 7016) powder
paint, with external
height adjustable system
preassembled with
an antivibrating device.
Condensate collection tray
integrated in floor casing,
including two side drain
connections Ø 15 mm.
• Coil consisting of copper
pipes and aluminium fins,
painted Anthracite grey
(RAL 7016) and housed,
with acoustic decoupling,
in transversal galvanised
and painted steel frame.
Euroconus connection,
front or ambient side,
with connection nut
(int. thread ¾") and
air venting.
• Tangential fan,
window side, with
protective cover, 24V EC
motors freely adjustable
(0 – 10 V) pre-wired
and ready for connection.
• Aluminium roll-up grid
consisting of stable
profiles, anodised
in natural colours,
with 20 x 6 mm slats.
Grid with overall height
of 20 mm and free 70%
transversal section,
inserted in floor casing
and acoustically insulated
by rubber gaskets.
Perimeter listel
with finish of cover grid.
• Mounting cover with
a protective profile
of the perimeter listels
to protect the trench
convectors during
installation.
34
Trench Convectors
Carisma FLOOR
They are designed to efficiently heat,
cool and ventilate buildings with large
windows or doors.
The wide range of models includes
solutions which can be customised
depending on architectural requirements
with diffusion grids in a variety of
materials and colours.
All the units are supplied with low
energy consumption electronic motors.
A large variety of control and regulation accessories
is available.
Floor trench convectors are used inside private homes, on
verandas, in public offices and buildings and in exhibition and
commercial areas.
Technical characteristics
CCP–ECM 2T version
CCP–ECM 4T version
Standard versions
Standard versions
2 Widths: 310 and 360 mm.
2 Heights: 130 and 155 mm.
3 Lengths: 1250, 2000 and 2750 mm.
Aluminium roll-up grid.
2 Widths: 330 and 360 mm.
2 Heights: 130 and 155 mm.
3 Lengths: 1250, 2000 and 2750 mm.
Aluminium roll-up grid.
Operating principle
Forced heating convection
Forced cooling convection
The cold air which skims the windows
is suctioned and heated by the coil.
The heated air rises,
creating a shield to cold air.
Installation in front of the window surfaces
efficiently contrasts the diffusion of heat
due to solar radiation.
Energy Plus
Heat Recovery Units
Construction
ENERGY PLUS:
The Energy Plus ducted units have been designed to allow
energy savings in the ventilation systems of public and
private environments, such as bars, restaurants,
offices, shops, etc., by recovering the heat from
the air discharged and trasferring it to the fresh
air introduced into the environment. The heat
exchange between the extract air and the fresh
air occurs via a static cross-flow exchanger,
designed to recover over 80% of the heat. The
Energy Plus units are equipped with centrifugal fans with
backward blades and electronic motor with continuous speed
control which allow the control at a variable flow rate, in order to reduce
the electric waste to the minimum need. The Energy Plus range features 4 sizes suitable for
horizontal installation and covers a range of air flows from 400 to 2600 m3/h.
The Energy Plus units are even now in compliance with the compulsory standard references
starting from 2018 according to the European Ecodesign Directive (Regulation UE 1253/14).
The tests regard as much the thermal efficiency in terms of heat recovery as the internal
specific fan power of ventilation components SFPint under nominal conditions.
OUTSIDE DIMENSIONS
A
Length
Width
Height
Weight
B
(B)
(C)
(A)
mm
mm
mm
kg
ENY-P1 ENY-P2 ENY-P3 ENY-P4
1700
850
344
98
1750
1150
385
140
2100
1250
470
170
2355
1700
610
325
C
• External galvanised plate
sandwich panels,
24 mm thick, filled with
polyurethane foam.
• Counter flow aluminum
plates heat exchanger.
• Backward blades
centrifugal fans coupled
with variable speed
synchronous electronic motor.
• Optional possibility of
variable air flow operation
coupled with air quality
control systems
(CO2 and Relative Humidity).
• Inspection openings
for maintenance, cleaning
and filter change.
Quick panels removal
to access ventilation and
thermal exchange sections.
• Horizontal floor/ceiling
installation. Optional
availability of adjustable
hanging systems sized
according to the weight
of the units.
• Further available accessories:
-Post heating/cooling
water coil.
-Inlet spigot plenum for
adaptation to the Sabiana
OCEAN ventilation sections.
-Rain shelter
for external installations.
General technical performances
MODEL
ENY-P1
ENY-P2
ENY-P3
ENY-P4
Nominal flow rate Ext. static pressure
UE 1253/14
UE 1253/14
Qn
m3/h
720
1150
1700
2600
∆ps n
Pa
170
220
250
250
Nominal electric
power input
Pel
W
332
684
974
1454
Thermal efficiency
Maximum
UE 1253/14
thermal efficiency
ηt_nrvu
%
80,0
80,0
79,5
85,0
ηt*
%
90,2
90,3
89,8
93,5
MODEL
Speed
Vnom
70%
40%
25%
Vmin
* Balanced flow rates 20°C,50%/-10°C,80%
ENY-P1
Q
m3/h
720
580
430
360
230
∆ps
Pa
170
135
100
85
55
ENY-P2
Q
m3/h
1150
880
600
460
225
∆ps
Pa
220
195
130
100
50
ENY-P3
Q
m3/h
1700
1280
860
650
300
∆ps
Pa
250
190
120
95
50
ENY-P4
Q
m3/h
2600
1990
1370
1070
550
∆ps
Pa
250
190
130
105
50
Vnom=Rated speed equal to the maximum speed
Vmin =Minimum speed
Percentage relative to speed range ∆v = Vnom-Vmin
Q =Volumetric flow rate
∆ps =External static pressure
UE1253/14 Compliance verification
Legend:
35
• Casing: aluminium holding
frame and double skin
sandwich panels 25 mm
thick. Indoor panel
made of galvanized steel,
outdoor panel made of
galvanized and prepainted
steel in light blue colour.
• Insulation: non-inflammable
mineral wool insulation
(fire class A1 in accordance
to DIN 4102) density 90
kg/m3, thickness 25mm.
• Fan: galvanized centrifugal
fan with double exausting
outlet, statically and
dynamically balanced.
• Transmission: driving pulley
with varying diameter.
• Motor: three phase form
B3 UNEL-MEC 400V 50Hz
protection IP 55, class F.
• Battery: copper tubes,
aluminium fins, painted
steel collectors
with 2, 3, 4 or 6 rows.
• Filter: pleated cells type
class G3, regenerating
synthetic, zinc-coated frame,
thickness 48 mm - front
extraction.
Zeus
Air Handling Units
Construction ZEUS:
The ZEUS Sabiana Air Handling Units have been designed and
developed to meet heating and air conditioning needs for
industrial, commercial and residential installations.
The range is available in 6 vertical models and 6 horizontal
models with an air flow varying from 5,000 to 25,000 m3/h.
Heating outputs from 32 to 260 kW, cooling from 17 to 160 kW.
Emission
E.A.T. 20°C, W.T. 70/60°C
MODEL
AIR FLOW
LEAVING AIR
WATER
TEMPERATURE
FLOW
kW
°C
l/h
32.35
42.37
49.77
54.38
71.22
83.66
76.13
99.70
117.12
98.93
129.05
151.28
142.40
186.88
219.08
171.61
226.34
263.21
41.9
48.6
53.6
41.9
48.6
53.6
41.9
48.6
53.6
41.2
47.5
52.7
41.1
47.5
52.7
41.3
47.7
52.8
2828
3704
4350
4753
6226
7312
6655
8716
10236
8688
11317
13266
12506
16389
19211
15071
19849
23082
EMISSION
ROWS
m3/h
50
4400
80
7400
110
10400
140
14000
200
20200
250
24500
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
2
3
4
E.A.T. 27°C, R.H. 50%
W.T. 7/12°C
MODEL
AIR FLOW
TOTAL
SENSIBLE
WATER
EMISSION
EMISSION
FLOW
kW
kW
l/h
17.04
20.82
26.68
28.93
35.52
45.47
39.98
50.46
63.85
54.40
72.10
92.50
78.78
104.41
133.95
101.58
126.45
160.94
14.00
16.40
19.36
23.77
27.98
33.00
32.85
39.36
46.01
41.60
51.10
62.70
60.24
74.00
90.80
75.50
89.62
109.09
2931
3581
2656
4976
6109
7821
6876
8680
10982
9333
12364
15830
13516
17913
22982
17428
21695
27612
ROWS
m3/h
50
4400
80
7400
110
10400
140
14000
200
20200
250
24500
3
4
6
3
4
6
3
4
6
3
4
6
3
4
6
3
4
6
Dimension and coil header Diameter
36
MODEL
L
S
H1
H2
H3
50
80
110
140
200
250
1250
1900
1900
2560
2580
2780
740
740
870
870
1150
1250
490
490
590
590
810
810
740
740
870
870
1150
1270
350
350
350
350
400
450
Ø HEADERS
2R
3R
4R
1”
1”
1 1/4”
1 1/2”
1 1/2”
1”
1 1/4”
1 1/2”
1 1/2”
1”
1 1/4”
1 1/2”
1 1/2”
6R
1 1/4”
1 1/2”
1 1/2”
1 1/2”
2”
2”
2”
2 1/2”
2”
2 1/2”
2”
Vulcan Pro
Air Handling Units
Construction
VULCAN PRO:
The VULCAN PRO air handling units are available in 23
different sizes, in order to provide an air flow range
from 1.450 m3/h to 78.800 m3/h.
They can satisfy any need of air conditioning, filtration,
humidification and heat recovery for any kind
of enviroment: commercial, sport, residential,
medical and industrial.
Selection diagrams
The Vulcan Pro Air Handling
Units are made with
holding aluminium frame
and with double skin
sandwich panels.
Thermo-acoustic insulation
35mm or 50mm thick, made
of polyurethane foam or
high density mineral wool.
Unit Combinations
MODELS
550-350
500-300
400-300
350-250
60
50
450-300
40
400-250
30
300-250
25
20
300-200
250-175
200-150
200-125
175-100
250-200
15
250-150
10
9
8
7
175-150
175-125
6
150-100
4
5
125-100
Air flow-rate (m3/h x 1000)
650-350
100
90
80
70
650-400
3
100-100
2
125-75
100-75
1
3
2.5
2
Air speed (m/sec)
Modular panel construction,
with no thermal or acoustic bridges
Strong construction and
excellent thermal and acoustic insulation.
37
The operating principle
of these filters is based on
applying a high potential
difference between discharge
and collecting electrodes,
so as to create a strong
electric field that reaches
maximum intensity near
the discharge electrodes.
The air around the surface
of the discharge electrodes,
which contains particle
pollution, is thus ionised.
The resulting effect is
called a corona discharge,
as the ions tend to move
from the corona or ring
around the discharge
electrodes towards
the collecting electrodes.
During such movement,
the ions generated collide
with the particles of pollution
suspended in the air, which
become positively charged
(each particle can be
charged by many different
ions, reaching very high
electric charges).
The positively charged
particles (+) are then drawn
towards the collecting
electrodes (-), where they
are captured.
Air Handling Units
with Crystall Electrostatic Filters
for Air Quality and Energy Savings
Vulcan Pro
Electrostatic filtration is currently considered one of the most advanced
systems for capturing particles in an air stream, capable of ensuring high
and lasting efficiency and with major benefits in terms of
quality-price ratio, considering their longer life compared
to any other type of filter.
Cost analysis should also take into
consideration the very low pressure drop
rate and reduced running
costs, thanks to the
simple washing of the
filters with water and
detergent.
Their high filtration
efficiency combines with considerable bacterial disinfection and viral inactivation, bringing
the treated air to the highest quality levels defined by the relevant standards.
Extract certificate of efficiency test according to UNI 11254:2007
Germicidal effect
Electrostatic filters have considerable germicidal potential due to their ionising action and the consequent production of small
amounts of ozone that, combined with UV radiation, stop the proliferation of biological substances and contaminants on the
surfaces of the passing dust, oxidising and inactivating them.
It worth stressing the inactivation of these trapped pollutants by the system, as the same cannot be guaranteed by normal
mechanical filtering, even high efficiency filters, meaning these latter systems accumulate live contaminants that form colonies
and require the personnel performing maintenance and replacing the filters to adopt special precautions for their own protection
and to protect the surrounding environment.
Electrostatic filter effect on bacterial growth*
IN AIR
ON SURFACE
E.COLI
* Polytechnic University of Marche. Science and Engineering Department of Environmental Matters - Ancona 38
DUCK STRIP RADIANT PANELS: AEROSPATIALE TOULOUSE
NEW AIRBUS A380 PRODUCTION PLANT.
INSTALLATION HEIGHT: 40 m
DUCK STRIP RADIANT PANELS: AEROSPATIALE TOULOUSE
NEW AIRBUS A380 PRODUCTION PLANT.
INSTALLATION HEIGHT: 40 m
DUCK STRIP RADIANT PANELS
DUCK STRIP RADIANT PANELS
ATLAS UNIT HEATERS
PULSAR RADIANT PANELS
CARISMA FAN COIL UNITS
SKYSTAR FAN COIL UNITS CASSETTE
Cert. n° 0545
Sabiana s.p.a. • via Piave, 53 • 20011 Corbetta • Milano • Italy • phone +39.02.97203.1 r.a. / +39.02.97270429 / +39.02.97270576
fax +39.02.9777282 / +39.02.9772820 • www.sabiana.it • [email protected]
I/03/16
COD. A4000100
GP - E - 03/16
Product Range
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