15
Installation Instructions
ENGLISH
GENERAL FEATURES
Attention: should the b oilers b e used to heat syst ems at low temperature ( e.g. radiant panels), a mixe r va lve is required to avo id
condensation forming.
!DEA CS28el/RS28el CS 28 Plus el CS32el/RS32el CS 32 Plus el
Maximum thermal ow rate
kW 30,1 30,1 34,5 34,5
Minimum thermal ow rate
kW 11,5 11,5 13,5 13,5
Effectiv e nominal output
kW 28 28,1 31,6 32,3
Minimum effectiv e output
kW 10,2 10,2 11,6 12,2
Effective efciency at nominal load (100%)
% 93,18 93,21 91,69 93,5
Effective efciency required (100%)
% 92,9 92,90 90,0 93,02
Effective efciency at 30% load
% 90,42 90,42 90,42 90,42
Effective efciency required (30%)
% 90,34 90,34 87,5 90,53
Numb er of stars ( according to 92/42 EEC)
n.
Comb ustion efciencwithnominalload(100%)
% 94,46 94,6 93,59 94,57
Combustion efciency with reduced load
% 88,78 89,52 87,16 88,76
Heat loss at casing ( min.-max .)
% 0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
( * ) Flue gas temperature tf-ta ( max .)
% 103,5 96,3 120,9 101,4
Flue gas mass ow rate (min.-max)
g/s 14,7-14,6 15,17-15,35 17,2-16,6 18,12-16,8
Excess λ air
% 35,3 42,56 33,84 35,34
CO
2
% 2,9-8,4 2,8-8,0 2,9-8,5 2,75-8,4
NOx (eightedvalueaccordingtoEN27/A3orEN83)
mg/kW h 186,6 186,00 178,21 164,05
NOx Class
2 2 2 2
Heat loss at chimney withburneron(min.-max.)
% 11,2-5,5 5,40-10,48 12,8-6,4 5,40-11,2
Heat loss at chimney with b urner off
% 0,32 0,321 0,280 0,280
Notes: ( * ) Room Temperature = 20°C
Data detected with appliance running on Methane gas ( G20)
!DEA CS 28 el RS28el CS 28 Plus CS 32 el
RS32el
CS 32 Plus el
Appliance category
II
2H3P
II
2H3P
II
2H3P
II
2H3P
Minimum heat. circuit output (∆t 20 °C)
l/min 7,3 7,3 8,28 8,7
Minimum heating circuit pressure
b ar 0,5 0,5 0,5 0,5
Max imum heating circuit pressure
b ar 33 33
P rimary circuit content
l 3,5 3,5 3,5 3,5
Max imum operating temperature in heat.
°C 78 78 78 78
Minimum operating temperature in heat.
°C 45 45 45 45
Ex pansion v essel total capacity
l 88 10 10
Ex pansion v essel pre-load
b ar 11 11
Max imum sy stem capacity (maxtemp.calc.)
l 184 184 230 230
Minimum domestic hot water circuit ow rate
l/min. 2,5 - 2,5 2,5 - 2,5
Minimum domestic hot water circuit pressure
b ar 0,5 - 0,5 0,5 - 0,5
Max imum domestic hot water circuit pressure
b ar 6 - 6 6 -6
Domestic hot water specic ow rate (∆t 30 °C)
l/min. 13,5 - 13,5 15,2 - 15,5
Domestic hot water ow rate limiter
l/min. 12 - 12 14 - 14
Production of D.H.W. in continuous operation with ∆t 45 K
l/min. 8,9 - 8,7 9,9 - 10,3
Production of D.H.W. in continuous operation with ∆t 40 K
l/min. 10,1 - 9,8 11,1 - 11,6
Production of D.H.W. in continuous operation with ∆t 35 K
l/min. 11,5 - 11,1 12,7 - 13,2
Production of D.H.W. in continuous operation with ∆t 30 K
l/min. 13,4 - 13,0 14,9 - 15,4
Production of D.H.W. in continuous operation with ∆t 25 K (*)
l/min. 16,1 - 15,6 17,8 - 18,5
Temperature adj ustab le in domestic hot water mode
°C
35-57
- 35-57 35-57 - 35-57
Voltage/Frequency electric power supply
V-Hz 230/50 230/50 230/50 230/50
Fuse on the power supply
A ( F) 22 22
Max imum ab sorb ed output
W 138 138 150 150
P rotection rating
IP X5D X5D X5D X5D
Net weight
kg 34,7 33,2 35,2 35,7 34,7 36,2
Gross weight
kg 38 36,2 38,2 39 37,2 39,2
( * ) mixe d
OPERATING DATA ACCORDING TO UNI 10348
For the adj ustment data: NOZZLES - P RESSURE - DIAGRAMS - FLOW RATES - CONSUMP TION refer
to the paragraph ADAP TATION TO OTHER TY P ES OF GAS.
ENGLISH
www.unicalag.ru
ENGLISH
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
CS 32 Plus el
www.unicalag.ru
CS 32 Plus elCS 32 Plus el
93,21 91,69
www.unicalag.ru
93,21 91,69
92,90 90,0
www.unicalag.ru
92,90 90,0
93,02
www.unicalag.ru
93,02
90,42 90,42
www.unicalag.ru
90,42 90,42
90,42 90,42
www.unicalag.ru
90,42 90,42
90,42
www.unicalag.ru
90,42
90,34 87,5
www.unicalag.ru
90,34 87,5
90,34 87,5
www.unicalag.ru
90,34 87,5
90,53
www.unicalag.ru
90,53
94,6 93,59
www.unicalag.ru
94,6 93,59
94,6 93,59
www.unicalag.ru
94,6 93,59
94,57
www.unicalag.ru
94,57
89,52 87,16
www.unicalag.ru
89,52 87,16
89,52 87,16
www.unicalag.ru
89,52 87,16
88,76
www.unicalag.ru
88,76
0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
www.unicalag.ru
0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
www.unicalag.ru
0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
www.unicalag.ru
0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
www.unicalag.ru
0,27-1,28 0,77-1,40 0,61-1,90 1,07-1,35
96,3 120,9
www.unicalag.ru
96,3 120,9
96,3 120,9
www.unicalag.ru
96,3 120,9
101,4
www.unicalag.ru
101,4
15,17-15,35
www.unicalag.ru
15,17-15,35
17,2-16,6 18,12-16,8
www.unicalag.ru
17,2-16,6 18,12-16,8
17,2-16,6 18,12-16,8
www.unicalag.ru
17,2-16,6 18,12-16,8
42,56 33,84
www.unicalag.ru
42,56 33,84
42,56 33,84
www.unicalag.ru
42,56 33,84
2,9-8,4 2,8-8,0 2,9-8,5 2,75-8,4
www.unicalag.ru
2,9-8,4 2,8-8,0 2,9-8,5 2,75-8,4
2,9-8,4 2,8-8,0 2,9-8,5 2,75-8,4
www.unicalag.ru
2,9-8,4 2,8-8,0 2,9-8,5 2,75-8,4
2,9-8,4 2,8-8,0 2,9-8,5 2,75-8,4
www.unicalag.ru
2,9-8,4 2,8-8,0 2,9-8,5 2,75-8,4
mg/kW h 186,6
www.unicalag.ru
mg/kW h 186,6
186,00 178,21 164,05
www.unicalag.ru
186,00 178,21 164,05
186,00 178,21 164,05
www.unicalag.ru
186,00 178,21 164,05
11,2-5,5 5,40-10,48 12,8-6,4 5,40-11,2
www.unicalag.ru
11,2-5,5 5,40-10,48 12,8-6,4 5,40-11,2
11,2-5,5 5,40-10,48 12,8-6,4 5,40-11,2
www.unicalag.ru
11,2-5,5 5,40-10,48 12,8-6,4 5,40-11,2
11,2-5,5 5,40-10,48 12,8-6,4 5,40-11,2
www.unicalag.ru
11,2-5,5 5,40-10,48 12,8-6,4 5,40-11,2
0,321 0,280
www.unicalag.ru
0,321 0,280
0,321 0,280
www.unicalag.ru
0,321 0,280
Data detected with appliance running on Methane gas ( G20)
www.unicalag.ru
Data detected with appliance running on Methane gas ( G20)
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
www.unicalag.ruwww.unicalag.ru
!DEA
www.unicalag.ru
!DEA!DEA
CS 28 el
www.unicalag.ru
CS 28 elCS 28 el
CS 28 Plus CS 32 el
www.unicalag.ru
CS 28 Plus CS 32 elCS 28 Plus CS 32 el
l/min
www.unicalag.ru
l/min
7,3 7,3
www.unicalag.ru
7,3 7,3
7,3 7,3
www.unicalag.ru
7,3 7,3
0,5 0,5
www.unicalag.ru
0,5 0,5
3,5 3,5
www.unicalag.ru
3,5 3,5
78 78
www.unicalag.ru
78 78
Minimum operating temperature in heat.
www.unicalag.ru
Minimum operating temperature in heat.
temp.
www.unicalag.ru
temp.
calc.)
www.unicalag.ru
calc.)
Minimum domestic hot water circuit ow rate
www.unicalag.ru
Minimum domestic hot water circuit ow rate
l/min. 2,5 - 2,5
www.unicalag.ru
l/min. 2,5 - 2,5
Minimum domestic hot water circuit pressure
www.unicalag.ru
Minimum domestic hot water circuit pressure
b ar 0,5 - 0,5
www.unicalag.ru
b ar 0,5 - 0,5
Max imum domestic hot water circuit pressure
www.unicalag.ru
Max imum domestic hot water circuit pressure
b ar 6 - 6
www.unicalag.ru
b ar 6 - 6
Domestic hot water specic ow rate (∆t 30 °C)
www.unicalag.ru
Domestic hot water specic ow rate (∆t 30 °C)
Domestic hot water ow rate limiter
www.unicalag.ru
Domestic hot water ow rate limiter
Attention: should the b oilers b e used to heat syst ems at low temperature ( e.g. radiant panels), a mixe r va lve is required to avo id
www.unicalag.ru
Attention: should the b oilers b e used to heat syst ems at low temperature ( e.g. radiant panels), a mixe r va lve is required to avo id
condensation forming.
www.unicalag.ru
condensation forming.
Production of D.H.W. in continuous operation with ∆t 45 K
www.unicalag.ru
Production of D.H.W. in continuous operation with ∆t 45 K
Production of D.H.W. in continuous operation with ∆t 40 K
www.unicalag.ru
Production of D.H.W. in continuous operation with ∆t 40 K
Production of D.H.W. in continuous operation with ∆t 35 K
www.unicalag.ru
Production of D.H.W. in continuous operation with ∆t 35 K
Production of D.H.W. in continuous operation with ∆t 30 K
www.unicalag.ru
Production of D.H.W. in continuous operation with ∆t 30 K
Production of D.H.W. in continuous operation with ∆t 25 K (*)
www.unicalag.ru
Production of D.H.W. in continuous operation with ∆t 25 K (*)
Temperature adj ustab le in domestic hot water mode
www.unicalag.ru
Temperature adj ustab le in domestic hot water mode
Voltage/Frequency electric power supply
www.unicalag.ru
Voltage/Frequency electric power supply
Fuse on the power supply
www.unicalag.ru
Fuse on the power supply
Max imum ab sorb ed output
www.unicalag.ru
Max imum ab sorb ed output
P rotection rating
www.unicalag.ru
P rotection rating
Net weight
www.unicalag.ru
Net weight
Gross weight
www.unicalag.ru
Gross weight
( * ) mixe d
www.unicalag.ru
( * ) mixe d
For the adj ustment data: NOZZLES - P RESSURE - DIAGRAMS - FLOW RATES - CONSUMP TION refer
www.unicalag.ru
For the adj ustment data: NOZZLES - P RESSURE - DIAGRAMS - FLOW RATES - CONSUMP TION refer
To Next Page
Loading...
