Technical data:
For EL fuel oil
Suction capacity max. -0.95 bar
Filter including safety shut-off, vacuum gauge
1 ball valve, 1 internal gear pump...
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Technical data:
For EL fuel oil
Suction capacity max. -0.95 bar
Filter including safety shut-off, vacuum gauge
1 ball valve, 1 internal gear pump
1 standard motor, 1 non-return valve
Oil-operating tank, working-float switch, safety-float switch, temperature monitoring
Patented bypass-forced lubrication of the pump
Filling and air-discharge port
Pump control and monitoring unit "AC 1.0" microprocessor-based,
with electronic motor current monitoring, runtime-controlled pump exchange, automatic fault switchover, integrated operating alarm system with potential-free message output for collective fault reporting, integrated status display filter, solenoid valve.
2 burner suction connections, more if required, piped, ready-to-connect and wired.
Oil pan made of sheet steel with leakage detector according to DIN 4736 included.
Effective suction capacity: see chart
Rated discharge power: 2,000 l/h
Motor output: 1.1 kW
Operating voltage: 400 V, 50 Hz
Speed: 1,400 rpm, protection type: IP 54
Suction connection: SRV DN 32
Burner suction connections: SRV 28
Dimensions (LxWxH): 1,200 x 800 x 1,600 mm
| Ricambi: | ||
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Filtro per gasolio da riscaldamento monotubo alluminio 1 1/2" | |
Per ulteriori informazioni consultare Download
| Codice OEG | 120580100 |
| Produttore | OEG |
| Peso [kg] | 254 |
| Avvisi |
La consegna tramite l'azienda spedizioni
La spedizione per questo prodotto, di domenica e nei giorni festivi, non è possibile.
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| Codice doganale | 84138100 |
OEG Einzelsaugaggregat VA2000 wir haben eine Sauglänge von ca. 160 Meter und Höhen ca. 4 Meter. Saugleitung wäre in Kupfer 15 mm. Aus diesem Aggregat würde die Entnahme über 2 kleine Aggregate an den Brennern erfolgen. Ist das möglich ?
Eine 15mm Leitung ist für das VA2000 deutlich zu klein. Das Aggregat wird seine Literleistung nicht erreichen. Aus einem größeren Aggregat mit anderen Saugagregaten weiter zu ziehen ist machbar. Der Volumenstrom des ersten Aggregates muß für alle Betriebszuständen groß genug gewählt werden.
