elco VECTRON GL 05.700 DUO PLUS Betriebsanleitung Seite 31

Overview
Technical data
VECTRON GL 05.1000 DUO PLUS power graphs
Min.–max. burner power (gas-fired) kW
Control range
Gas flow pressure
Gas valve assembly module
Min.–max.burner power (oil-fired) kW
1. Stage min.-max.
2. Stage min.-max.
Control range
Fuel
Control and safety unit/Flame monitor
Burner motor
Oil pump motor
Power consumption
Max. ambient temperature
Ignition transformer
Air flap servomotor
Flame tube Æ x burner head length
Air pressure switch
Oil pressure pump / Nozzle size Gph
Flexible hoses
Weight
CE Mark
* The control ratio is a medium value and may change according to installation conditions.
Note on type designation:
VGG10-Rp2
20mbar E gas
MBVEF420
VGF10-DN65
daPa
100
80
60
40
20
0
240 520 720 800
100 300 500 700
20mbar LL gas
VGG10-Rp2
MBVEF420
VFG2-DN65
daPa
100
80
60
40
20
0
520 620 740 850
240
100 300 500 700
240 - 720
gas
mbar 20
MBVEF 420
240 - 720
kW 240 - 520
kW 520 - 720
oil
Natural gas (LL, E) H
2800 min
kg
G = natural gas
L = Fuel oil EL
05 = Size
1000 = Power rating
50mbar E and LL gas
50mbar propane gas
mbar daPa
10 100
8 80
6 60
4 40
2 20
0 0
850 240
900 200 400
kW
mbar
10
8
6
4
2
0
900
kW
06/2006 - Art. Nr. 13 018 106B
VECTRON GL 05.1000 DUO PLUS
240 - 800
1 : 2,5*
20
VGG 10 - Rp2
240 - 800
240 - 520
520 - 800
1 : 2*
3
= 8.83 – 10.35 kWh/m or propane gas (F) H
i
Fuel-oil EL H = 11.86 kWh/m3
i
LFL 1.333 / QRA 2
-1
, 230 / 400 V, 50 Hz, 1,5 kW Special Ø19, IP54
-1
2800 min , 230 / 400 V, 50 Hz, 140 W, IP54
Ignition: 2200 W; running: 1950 W
60° C
ZM 20/10 ; 2 x 5 kV
SQM 50 / 481 A2 / 34 s
170 x 215 (KN) / 325 (KM) / 435 (KL)
LGW 10 A 2
AT2 95 C 9585, 135 l/h-p 0 bar / 5 - 45°B / 8,5 - 45°B
3/8"i / M16x1,5i / 1500 mm
60
1312 AQ 0925
MBVEF420
mbar
10
8
6
4
2
0
520
600 800 1000
kW
240 - 850 240 - 1000
20 50-100
MBVEF 412
VGF 10 - Rp2
MBVEF 420
240 - 850 240 - 1000
240 - 520 240 - 520
520 - 850 520 - 1000
= 25.89 kWh/m
i
DUO PLUS = modulating operation
KN = normal head length
KM = medium head length
KL = long head length
100mbar E gas
100mbar LL gas
daPa
100
80
60
40
20
0
240 520
200 400 600 800
Power graph
Boiler efficiency should be taken
into consideration when selecting
the burner.
Power graph indicates burner power
dependent on furnace pressure. It
corresponds to the maximum values
according to EN 676 or EN 267,
measured at the test blast tube.
Calculation of burner power:
Q
N
Q =
F
hK
Q = burner power (kW)
F
Q = nominal boiler power (kW)
N
hK = boiler efficiency (%)
3
EN
MBVEF412
mbar
10
8
6
4
2
0
1000
kW
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