APOLLO firenze victorian cast iron technical specification C
C
D
D
FIRENZE DIMENSIONS (mm)
MODEL
Height of radiator
V9-30
V6-43
340
225
N/A
N/A
300
Width of radiator
Section depth
Section width (tube + space)
Tapping centres
Bottom entry
Pipe centres
Bottom entry Top
Bottom
Height of floor support
V4-60
V6-58
V6-68
146
225
225
N/A
N/A
N/A
V4-75
Tapping centres
Bottom entry
Pipe centres
Bottom entry
Bracket position
Top
Bottom
Height of floor support MODEL
Dry weight (A) Kg
Water content (B) Litres
D
D
Material
Cast thickness
Maximum working pressure
Testing pressure
800
N/A
N/A
V4-88
V6-88
146
225
N/A
N/A
880
880
(No. of sections x 60) + 30 60
60
800
N/A
40
800
40
40
N/A
N/A
Top retaining stays are adjustable from 25 - 50
N/A
N/A
65
N/A
65
FIRENZE WEIGHT AND VOLUMES (per section)
N/A
65
65
V9-30
V6-43
V4-60
V6-58
V6-68
V4-75
V2-88
V4-88
V6-88
9.65
8.28
6.48
10.76
12.23
8.10
5.59
10.26
15.10
8.70
7.47
0.95
Working weight (A+B) Kg
ΔT=50k
65
D
650 40
N/A
65
C
60
N/A
N/A
C
70
60
(D)
Side entry
N/A
C
880
146
(C)
Side entry
40
N/A
65
V2-88
750
Section depth
600
40
N/A
65
D
Section width (tube + space)
60
500
N/A
FIRENZE DIMENSIONS (mm)
Width of radiator
680
60
40
N/A
65
Height of radiator
580
Top retaining stays are adjustable from 25 - 50
N/A
MODEL
D
500
N/A
C
Outputs: Watts
D
C
60
40
N/A
D
(No. of sections x 60) + 30
350
40
C
600
60
220
(D)
Side entry
Bracket position
60
(C)
Side entry
430
C
0.81
110
103
5.60
0.88 95
ADDITIONAL INFORMATION
Maximum working temperature
9.77
0.99
137
Cast iron
4 to 10mm
6 bar/600 kPa
10 bar/1000 kPa
95°C
The thermal outputs expressed at ΔT=50k comply with European regulation EN 442-2
11.07 1.16
156
7.10
1.00
118
5.07
0.52
84
9.27
0.99
142
13.67 1.43
203
TEMPERATURE
FACTORS FOR DIFFERENCES BETWEEN MEAN WATER TEMPERATURE AND ROOM TEMPERATURE IN °C AND °F OTHER THAN 50 °C (90 °F) 5 °C
10 °C
15 °C
20 °C
25 °C
30 °C
35 °C
40 °C
45 °C
50 °C
55 °C 60 °C
65 °C 70 °C
0.050 0.123
0.209
0.304
0.406
0.515
0.629
0.748
0.872
1.000
1.132 1.267
1.406 1.549
10 °F
20 °F
30 °F
40 °F
50 °F
60 °F
70 °F
80 °F
90 °F
100 °F 110 °F
120 °F 130 °F
0.057
0.142
0.240
0.348
0.466
0.590
0.721
0.858
1.000 1.147
1.298 1.454 1.613
75 °C 1.694 140 °F 1.776 TO APPLY THE FACTORS SHOWN IN THE TABLE TO OUR QUOTED OUTPUTS. MULTIPLY THE QUOTED OUTPUT BY THE CHOSEN OPERATING FACTOR TO GIVE THE OUTPUT