Ideal Boilers Concord CXSD 40/H, Installation & Servicing Manual

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5
Concord CXSD/H -
Installation & Servicing
GENERAL
2 CLEARANCES & DIMENSIONS
Boiler Size
CXSD 40/H CXSD 50/H CXSD 60/H CXSD 70/H CXSD 80/H CXSD 90/H CXSD 100/H CXSD 110/H CXSD 120/H
Front clearance mm (in) 750 (29
1/2
)
Rear clearance mm (in) 0 0 0 150 (6) 150 (6) 300 (12) 300 (12) 300 (12) 300 (12)
Side clearance mm (in) 50 (2) 50 (2) 50 (2) 50 (2) 50 (2) 100 (4) 100 (4) 100 (4) 100 (4)
Dimension A m m 750 882 882 1042 1042 1212 1212 1385 1385
in 29
1/2
34
3/4
34
3/4
41 41 47
3/4
47
3/4
54
1/2
54
1/2
Dimension B m m 108 108 122 122 135 190 190 160 160
in 4
1/4
4
1/4
4
7/8
4
7/8
5
3/8
7
1/2
7
1/2
6
1/4
6
1/4
Dimension C m m 931 931 931 931 931 893 893 893 893
in 36
5/8
36
5/8
36
5/8
36
5/8
36
5/8
35
3/16
35
3/16
35
3/16
35
3/16
Dimension D m m 177 187 187 224 224 271 271 321 321
in 7 7
3/8
7
3/8
8
7/8
8
7/8
10
5/8
10
5/8
12
5/8
12
5/8
Dimension E m m 69 79 79 116 116 163 163 213 213
in 2
3/4
3
1/8
3
1/8
4
5/8
4
5/8
6
1/2
6
1/2
8
3/8
8
3/8
Table 4
POSITION OF BOILER
Minimum clearances required
from walls or other fixed objects
to allow for the free access of
combustion air are shown in
Table 4 above.
However, for maintenance
purposes we suggest a
minimum rear clearance of
50mm.
Any combustible material
adjacent to the boiler and its flue
system must be so placed or
shielded as to ensure that its
temperature does not exceed 65
0
C (150
0
F).
MULTIPLE BOILER INSTALLATIONS
The minimum installation clearances must
conform to the dimensions given below:
CXSD 40/H, 50/H, 60/H, 70/H & 80/H
Clearance between boilers = 50mm
Clearance at both ends of the multiple installation = 50mm
*
CXSD 90/H, 100/H, 110/H & 120/H
Clearance between boilers = 100mm
Clearance at both ends of the multiple installation = 100mm
*
Rear clearance: sufficient clearance should be given at the
rear of the boiler for connection of gas and water pipework.
* Additional clearance is required for access at either end of
the installation.
10
9
8
7
6
5
4
3
2
1
0
10 20 30 40 50 60 70 80 90 100
12
CON5214
Example A
Example B
CXSD
110/H
& CXSD
120/H
CXSD
100/H
& CXSD
90/H
CXSD
80/H
& CXSD
70/H
CXSD
40/H
CXSD
60/H
& CXSD
50/H
Heat
Load
During
Pump
Overrun
(kW)
Water Volume in Circuit during Pump Overrun (litres)
Relationship between load and water volume for the
minimum capacity of water circuit during the 6 minute
pump overrun period for different boiler outputs.
Graph 1 - Heat Load / Water Volume
10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 190 200 160 170 180
120
110
100
90
80
70
60
50
40
30
20
10
0
Graph 2 - Hydraulic Resistance
Hydraulic
Resistance
(mbar)
Flow (litres/min)
11
o
C(20
o
F)
-CXSD
40/H
11
o
C(20
o
F)
-CXSD
50/H
11
o
C(20
o
F)
-CXSD
60/H
11
o
C(20
o
F)
-CXSD
70/H
11
o
C(20
o
F)
-CXSD
80/H
11
o
C(20
o
F)
-CXSD
90/H
11
o
C(20
o
F)
-CXSD
100/H
11
o
C(20
o
F)
-CXSD
110/H
11
o
C(20
o
F)
-CXSD
120/H
403-1
CON5215