CONTROLS
After starting the burner, check the safety devices, photoresistor, lock
components, thermostats.
•
The photoresistor is the device controlling the flame and therefore
must be able to intervene if the flame turns off during operation.
•
The burner must lock out and remain in that condition when,
during the ignition sequence in the time pre-set by the control
device, the flame does not appear regularly.
•
The lock-out causes the immediate stop of the motor and burner
and the switching on of the corresponding lock-out light indication.
Proceed as follows to check the efficiency of the photoresistor and the
relating lock-out warning light:
•
Start the burner.
•
After ignition, remove the photoresistor, pulling it out of its hou
-
sing, to simulate absence of flame by darkening the photoresistor
blocking off the window in the photoresistor support with a cloth
•
The burner flame must go out.
•
Keep the photoresistor darkened to restart the burner, but if the
photoresistor does see the light within the time preset by the
control device, the burner will lock-out.
•
The equipment can only be reset manually by pressing the
specific button.
•
To check the thermostats’ efficiency, increase the boiler water
temperature up to at least 50° C.
•
Act on the thermostat control knob to lower the temperature until
the burner stops.
•
The thermostat should activate within a maximum range of 10° C
with respect to the boiler thermometer; if not, change the setting
on the thermostat scale to match that of the thermometer.
DIAGRAM FOR REGULATING THE ELECTRODE DISK DISTANCE
After having installed the nozzle, check the correct position of the electrodes and disk
according to the following values, indicated in millimetres.
After each operation on the head, make sure to comply with the indicated values.
DANGER / ATTENTION
To prevent damage to the support, carry out nozzle assembly and disassembly
tasks with the aid of a wrench and counter-wrench.
DANGER / ATTENTION
For narrow combustion chambers, it is recommended to use nozzles with a 45°
atomisation angle.
1 - Diffuser
2 - Flame disc
3 - Nozzle holder sleeve
4 - Ignition electrode
5 - Nozzle
A
B
C
D
E
Recommended nozzles
TBL 85 P / P DACA
2 ÷ 2,5 19
5
2 ÷ 3 7,5 ÷ 8,5
MONARCH PLP 60°
TBL 105 P / P DACA
2 ÷ 2,5 19
5
2 ÷ 3 7,5 ÷ 8,5
MONARCH PLP 60°
TBL 130 P / P DACA
2 ÷ 2,5 19
5
2 ÷ 3 7,5 ÷ 8,5
MONARCH PLP 60°
TBL 160 P / P DACA
2 ÷ 2,5 19
5
2 ÷ 3 7,5 ÷ 8,5
STEINEN SS 45°
TBL 210 P / P DACA
12 ÷
12,5
29
15
2 ÷ 3 7,5 ÷ 8,5
STEINEN SS 45°
TBL 260 P / P DACA
0,5 ÷ 1 19
5
4 ÷ 5 7 ÷ 8
MONARCH PLP 60° - HV
45° - STEINEN SS 45°
TBL 360 P / P DACA
0,5 ÷ 1 19
5
4 ÷ 5 7 ÷ 8
MONARCH PLP 60°
*
After any operation on the combustion head, check the connection of the ex
-
tensions on the electrodes.
27 / 44
0006081053_202301
ENGLISH
Summary of Contents for TBL 360P
Page 2: ......
Page 42: ...SCHEMI ELETTRICI TBL 85 105 130 160 210 260 P DACA 40 44 0006081053_202301 ITALIANO...
Page 43: ...TBL 85 105 130 160 210 260 P 41 44 0006081053_202301 ITALIANO...
Page 44: ...TBL 360 P DACA 42 44 0006081053_202301 ITALIANO...
Page 45: ...TBL 360 P 43 44 0006081053_202301 ITALIANO...
Page 86: ...WIRING DIAGRAMS TBL 85 105 130 160 210 260 P DACA 40 44 0006081053_202301 ENGLISH...
Page 87: ...TBL 85 105 130 160 210 260 P 41 44 0006081053_202301 ENGLISH...
Page 88: ...TBL 360 P DACA 42 44 0006081053_202301 ENGLISH...
Page 89: ...TBL 360 P 43 44 0006081053_202301 ENGLISH...
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