35
The pump is pre-set at 12 bar.
To control the pressure, use the oil pressure gauge.
Normally, the pressure is set between 11 and 15 bar.
PRESSURE PUMP ADJUSTMENT
1 - Suction feed
2 - Return
3 - Choke
4 - Pressure control
N.B.: If the vacuum exceeds 4 m., utilise a circulation pump
In order to obtain optimum combustion efficiency, also with respect to the environment, it is advisable to use the
appropriate instruments when controlling or regulating combustion. The fundamental levels to consider are:
-
CO
2
Indicates the volume of air used in combustion; if air volume is increased, the level of CO
2
%
decreases and if the volume of air is decreased, the level of CO
2
% increases. Acceptable levels are 11-
12%.
-
Smoke emissions control (Bacharach). It is important to note the presence of non-burned solid particles
in smoke. If the level of particles in the smoke exceeds n° 2 on the BH scale, the choke should be checked
for defects and that it is the proper choke for the burner and furnace (brand, type, angle of atomisation).
Generally, the n° BH tends to diminish by raising pump pressure; it is necessary in this case to control the
amount of fuel flow, which will increase and therefore, it may be necessary to reduce the capacity of the
choke.
-
Smoke temperature. This level represents the dispersion of heat through the chimney; the higher the
temperature is, the higher the dispersion of heat will be as well as a lower effective out-put from the
combustion.
ECO 30/2 – ECO 40/2. With the burners working at low or high flame, it is necessary to check that they do
not create the conditions for condensation in the smoke, in the furnace or in the chimney. Condensation,
which is typically acid, can provoke serious corrosion in the furnace. Therefore, it is necessary to consult the
manufacturer on this problem. Regarding the chimney, depending on the material used in construction, corrosion,
stains from humidity or difficulties in the dispersion of smoke can occur.
N.B. : Existing regulations in certain countries could differ from the stated values herein and require adherence
to different parameters. The burners are designed for conformity to the most rigid international regulations
for energy conservation and respect for the environment.
COMBUSTION CONTROL
Summary of Contents for ECO 30
Page 2: ......
Page 93: ...GR...
Page 97: ...97 l ECO 30 MPE LOA 24 LMO14 F FA FCA FR IG IMA MB MPE Landis TC TS TR VE...
Page 99: ...99 L H d 1013 mbar 0 45 bar 4 60m d10 2 d12 2...
Page 104: ...104 Y EYH LMO...
Page 105: ...105 ECO 30 A 1 max ECO 30 2 ECO 40 2 1 2 2 SQN 70...
Page 106: ...106 1 2 F P VE1 1 VE2 2 G1 1 G2 2 A ECO 30 ECO 30 2 ECO 40 2 B VE1 G1...
Page 107: ...107 12 bar 11 15 bar 1 2 3 4 4 m CO2 CO2 CO2 11 12 Bacharach 2 BH BH ECO 30 2 ECO 40 2...
Page 108: ...108...
Page 109: ...109 1 2 3 2 ECO 30 2 ECO40 2 4 5 6...
Page 110: ...110 a b c a b c a b a b a b c a b a b c a b a b c a b...
Page 111: ......