background image

2604

6

GB

Combustion head settings indicated in the schedule are valid for most cases.

The setting of the fan output according to the installation should normally be done only through the air
damper. Should one subsequently want to retouch also the setting of the combustion head, with the
burner running, operate on the rod (1) with a 6 mm spanner (2) as follows:

Turn to the right: (sign 

+

), in order to increase the vol-

ume of air entering the combustion chamber and thus
diminishing its pressure.
There is a reduction of CO

2

 and the adhesion of the

flame to the air diffuser disc improves. 
(Setting advisable for ignitions at low temperatures).

Turn to the left:  (sign 

), in order to reduce the volume

of air entering the combustion chamber and thus increas-
ing its pressure. The CO

2

 improves and the adhesion of

the flame to the diffuser tends to reduce. (This setting is
not advisable for ignitions at low temperatures).

In any case do not bring the combustion head setting
more than one point away from that indicated in the
schedule. One set-point corresponds to 3 turns of the
rod; a hole (3) at its end facilitates counting the number
of turns.

 

AIR DAMPER ADJUSTMENT

:

The  regulation of the air-rate is made by adjusting the air
damper (A), after loosing the screws (B)
When the optimal regulation is reached, screw tight the
screws (B).
   

The settings indicated in the schedule are purely indic-
ative. 
Each installation however, has its own unpredictable
working conditions: actual nozzle output; positive or
negative pressure in the combustion-chamber, the
need of excess air, etc. 
All these conditions may require a different air-damper
setting.

ELECTRODES SETTING          

1

2

3

6

D5497

B

A

D5780

B

4

2 – 2.5

 mm

± 

0.3 mm

IMPORTANT:
THESE  DIMENSIONS
MUST BE OBSERVED

D5230

C

Attention:

Before  removing or assembling  the
nozzle,  loosen  the  screw  (C)  and
move the electrodes ahead.
After fastening the nozzle in posi-
tion, restore electrodes to proper
distance.

Summary of Contents for 3742693

Page 1: ...2902604 1 Installation use and maintenance instructions O Oil burner CODE MODEL TYPE 3742693 G3X 450 M1 GB GR One stage operation...

Page 2: ...er Secondary 8 kV 16 mA Pump Pressure 7 15 bar Absorbed electrical power 0 115 kW 1 Return line 2 Suction line 3 Gauge connection 4 Pump pressure regulator 5 Vacuum gauge connection 6 Screws fixing ai...

Page 3: ...115 79 194 130 4 5 11 164 D6219 180 75 72 150 4 5 89 109 It is necessary that the insulating gasket 9 fig 1 is placed between the boiler door and the burner flange This insulating gasket has six holes...

Page 4: ...leakage of the valve PRIMING THE PUMP Start the burner and wait for the priming Should lock out occur prior to the arrival of the fuel await at least 20 seconds before repeating the operation A filter...

Page 5: ...h the ignition trans former on a plug in support TESTING Check the shut down of the burner by opening the thermostats ATTENTION Do not connect burner s grounding to failure indicator terminal This may...

Page 6: ...in case of flame detachment during ignitions at low tem peratures PUMP PRESSURE 12 bar the pump leaves the factory set at this value 14 bar improves flame retention it is therefore suitable for igniti...

Page 7: ...not advisable for ignitions at low temperatures In any case do not bring the combustion head setting more than one point away from that indicated in the schedule One set point corresponds to 3 turns o...

Page 8: ...below 8 C increase the pressure to 14 bar 4 COMBUSTION HEAD SETTING Regulate the combustion head one set point further ahead than indicated in the instructions Example the instructions require to set...

Page 9: ...GR E HNIKA CE EMC 89 336 E 92 42 E 19 35 kW 1 6 3 kg h diesel 6 mm2 s 20 C 230 V 10 50 Hz 0 7A 2 850 rpm 298 rad s 4 F 8 kV 16 mA 7 15 bar 0 115 kW 1 2 3 4 5 6 7 8 9 10 2 1 4 1 5 D6218 1 2 3 4 8 6 6 7...

Page 10: ...2604 2 GR 0 8 0 0 2 0 4 mbar 1 5 2 2 5 3 kg h 20 25 30 35 kW D5223 0 6 115 79 194 130 4 5 11 164 D6219 180 75 72 150 4 5 89 109 2 D5242 D5891 2 S7386...

Page 11: ...bar 20 sec L i 8 mm i 10 mm 0 5 1 1 5 2 10 20 40 60 20 40 80 100 by pass A L i 8 mm i 10 mm 0 0 5 1 1 5 2 3 3 5 35 30 25 20 15 8 6 100 100 100 90 70 30 20 H max 4 m H H max 4 m min 0 1 m D5616 D5617 D...

Page 12: ...2604 4 GR 50V 6A max N L M 1 mm2 530SE 230V 50Hz N L 230V 0 5A max 1 2 3 4 5 6 7 8 9 530SE T T 1 N 2 L D5228 M A 1 2 L...

Page 13: ...20 C Monarch R NS Delavan W A E Steinen H Q Danfoss 60 80 12 bar 14 bar GPH bar kg h 4 0 40 80 12 1 6 0 2 7 0 50 60 80 12 2 0 1 3 3 0 60 60 80 12 2 4 2 4 0 65 60 80 12 2 6 3 5 5 0 75 60 12 3 0 4 7 1...

Page 14: ...2604 6 GR 1 6 mm 2 o CO2 CO2 1 3 1 2 3 6 D5497 B A D5780 B 4 2 2 5 mm 4 0 3 mm D5230 C C...

Page 15: ...2604 7 GR 8 C F 1 2 M Delavan A E Steinen H Danfoss H 3 12 bar 8 C 14 bar 4 2 3 5 BACCARACH 1 12s D5229 12s 5s 2 2 5 mm 4 0 3 mm D5794 C...

Page 16: ......

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