Compatible Burners - Sime 2R HE ErP Series Original Instructions Manual

1.5 COMPATIBLE BURNERS
( EN 267)
In general, the oil burner that is compati-
ble with the boiler should use spray
of the semi solid type. Sections 1.5.2
shows the matching table of the burners
with the boilers have been tested with.
ATTENTION:
Water heater with Nominal Power Pn
›70kW: It is possible to use burners that
are not on the list but have the same cha-
racteristics, as long as they are confor-
ming to the standard/s, reference techni-
ques and suitable field of work.
Water heaters with Nominal Power Pn
‹70kW: It is possible to use burners that
are not on the list but have the same cha-
racteristics, as long as they are confor-
ming to the standard/s, reference techni-
ques.
When choosing the burner, pay attention
to the max electrical power absorbed by
the burner at 30% of the load and in stand-
by that should be the same or less that
those indicated in the water heater tech-
nical data.
1.5.1 Burners assembly (fig. 4)
The boiler door details is shown in figure
3/a for burner mounting.
The burners must be regulated such that
the CO value is that indicated in point
2
1.3, with a tolerance of ± 5%.
1.5.2 Permanent feeding burners
Model
2R HE 6 ErP
SIME MACK 6
2R HE 7 ErP
SIME MACK 6
2R HE 8 ErP
SIME MACK 7
2R HE 9 ErP
SIME MACK 7
2R HE 10 ErP
SIME MACK 7
2R HE 11 ErP
FBR G X4.22
2R HE 12 ErP
FBR G X4.22
2R HE 13 ErP
FBR G X4.22
ATTENTION: Use FBR compatible burners for operation with dual-level burner.
28
Code
Type
8099050 DELEVAN
8099050 DELEVAN
8099060 DELEVAN
8099060 DELEVAN
8099060 DELEVAN
8099128 DELEVAN
8099128 DELEVAN
8099128 DELEVAN
C
2R HE
6 ErP
7 ErP
8 ErP
9 ErP
10 ErP
11 ErP
12 ErP
13 ErP
Nozzle Atomising
ø angle
1,65 60°B
1,75 60°B
2,00 60°B
2,50 60°B
3,00 60°B
3,50 60°B
3,50 60°B
3,50 60°B
B
A B C
mm mm ø
130 170 M8
130 170 M8
130 170 M8
130 170 M8
160 190 M10
160 190 M10
160 190 M10
160 190 M10
Pump Class Adsorbed power
pressure NOx consumption
bar
12,0 1 151
11,5 1 151
12,0 1 300
12,0 1 300
12,0 1 300
12,6 1 263
12,6 1 263
12,6 1 263
Fig. 4
W