ver.2
38
FI 22 NSP
27
1,30 - 3
35
16
11
15
FI 27 NSP
1,30 - 3
35
16
11
15
FI 33 NSP
40
1,30 - 3
32
16
8
15
FI 40 NSP
1,30 - 3
30
16
4
15
FI 50 NSP
60
Large
0,35
53
3
23
20
FI 60 NSP
0,35
53
3
23
20
FI 80 NSP
80
0,35
59
5
23
20
FI 100 NSP
150
0,50
49
5
18
20
FI 130 NSP
0,50
54
5
12
20
FI 150 NSP
0,50
63
5
10
20
2.8. Constructive safety rules
The ignition and burning process is monitored by a digital modular microprocesor (fig.26).
The ignition and combustion process is monitored by a photosensor and if it does not ignit after
two trials (adjusted function), the burner enters the damage mode.
If while operating the pellets feeding from the bunker stops, the burner enters the damage mode.
The flexible tube for the pellets transport is transparent
and it is made of a special resistent to
heat.
For the protection system against the flame propagation to the fuel bunker, there is a
temperature sensor that starts at the temperature of 90-95
0
C, located on the feeding tube of the
burner. If during the operation the temperature sensor detects a temperature higher than 90-95
0
C, the
conveyor worm stops and the burner swithches off.
The access to the microprocessor of the automation mode is: the programme is protected by a
password.
PELLETS BURNER
Summary of Contents for FI-100NSP
Page 9: ...ver 2 9 Each boiler has its own identification plate IDENTIFICATION fig 1 ...
Page 12: ...ver 2 12 Side view Front view fig 5 fig 4 TECHNICAL DATA fig 6 fig 7 1 ...
Page 13: ...ver 2 13 fig 7 2 fig 7 3 TECHNICAL DATA ...
Page 34: ...ver 2 34 2 3 Burner s circuit diagram PELLETS BURNER fig 25 ...