SEPAFIX - The Slurry Separator
The simple and efficient way to separate manure.
Mit diesem innovativen Separator bietet Swisstec AG eine Lösung, die besonders durch geringen Wartungsaufwand, hohe Durchsatzleistungen sowie tiefe Investitionskosten besticht. Der Separator ist wartungsarm, kommt ohne Fremdantrieb aus und ist vollständig aus Edelstahl gefertigt, was seine Langlebigkeit und Widerstandsfähigkeit unterstreicht. In internen Tests konnte eine Durchsatzleistung von bis zu 100 m³/h erreicht werden, was die hohe Effizienz des Systems in der Praxis unterstreicht.
Sepafix SPF 200 - Gülleseparator komplett mit Ständer
Sepafix SPF 200 - Gülleseparator
Fächerrotor des Sepafix (Patent angemeldet)
Sepafix SPF 200 - Gülleseparator komplett mit Ständer
AUSGANGSLAGE
Warum Gülleseparation?
Schnellere Nährstoffaufnahme durch bessere Fliesseigenschaft
Weniger Güllewürste bei bodennaher Ausbringung
Gezieltere Nährstoffnutzung (Flüssig- und Festphase)
Schont die Ausbringtechnik
Spart Platz in der Güllegrube
Eigenschaften
Das macht den Sepafix im Alltag aus.
Kein Fremdantrieb
hohe Durchsatzleistung
aus Edelstahl gefertigt
wartungsarm und verschleissarm
tiefe Investitionskosten
mobiler oder stationärer Einsatz
optional passende Pumpe erhältlich
Funktionsweise
So arbeitet der Sepafix mit Fächer-Rotor. Vom Einlauf bis zur Feststoffabscheidung.
1
2
3
4
5
Einlauf
Gülle wird per externer Pumpe in den Separator gefördert.
Aufprall
Hohe Geschwindigkeit auf den Fächer-Rotor (patent pending).
Rotation
Spiralform versetzt den Rotor durch die Strömung in Drehung.
Trennung
Flüssigkeit fliesst durch Rillen drucklos ab.
Abscheidung
Feststoffe fallen durch Zentrifugalkraft & Schwerkraft aus.
TECHNISCHE DATEN
Maschinenbeschrieb
Throughput capacity
up to 100 m³/h
Pressure range
approx. 1.2 - 1.8 bar
Dry matter content
≤ 20%
Weight
87 kg
Dimensions L / W / H
1141/ 794 / 833 mm
Connection Inlet
male thread G 3"
Connection process
4-hole 200 mm
This information is provided without guarantee. Subject to change.
BAUWEISE IM DETAIL
Technische Details
1 Fan rotor
The core component and special feature of the separator.
2 Lid
Tool-free opening lid with gas-spring cylinders and quick-release fasteners, providing easy access for maintenance and cleaning.
3 Outlet
Separated slurry is discharged through the generously sized outlet.
4 Inner casing and solids discharge
Solids are thrown against the inner casing by centrifugal force and fall out of the machine by gravity.
5 Bearing unit
Oil-lubricated bearing of the fan rotor with optional integrated operating-hours and speed measurement.
6 Hour meter
Displays the operating hours and rotor speed.
7 Pressure gauge
Pressure gauge indicating the optimal operating pressure.
8 Inlet
Slurry is fed into the separator via an external pump.
1 Fan rotor
The core component and special feature of the separator.
2 Lid
Tool-free opening lid with gas-spring cylinders and quick-release fasteners, providing easy access for maintenance and cleaning.
3 Outlet
Separated slurry is discharged through the generously sized outlet.
4 Inner casing and solids discharge
Solids are thrown against the inner casing by centrifugal force and fall out of the machine by gravity.
5 Bearing unit
Oil-lubricated bearing of the fan rotor with optional integrated operating-hours and speed measurement.
6 Hour meter
Displays the operating hours and rotor speed.
7 Pressure gauge
Pressure gauge indicating the optimal operating pressure.
8 Inlet
Slurry is fed into the separator via an external pump.
1 Fan rotor
The core component and special feature of the separator.
2 Lid
Tool-free opening lid with gas-spring cylinders and quick-release fasteners, providing easy access for maintenance and cleaning.
3 Outlet
Separated slurry is discharged through the generously sized outlet.
4 Inner casing and solids discharge
Solids are thrown against the inner casing by centrifugal force and fall out of the machine by gravity.
5 Bearing unit
Oil-lubricated bearing of the fan rotor with optional integrated operating-hours and speed measurement.
6 Hour meter
Displays the operating hours and rotor speed.
7 Pressure gauge
Pressure gauge indicating the optimal operating pressure.
8 Inlet
Slurry is fed into the separator via an external pump.
1 Fan rotor
The core component and special feature of the separator.
2 Lid
Tool-free opening lid with gas-spring cylinders and quick-release fasteners, providing easy access for maintenance and cleaning.
3 Outlet
Separated slurry is discharged through the generously sized outlet.
4 Inner casing and solids discharge
Solids are thrown against the inner casing by centrifugal force and fall out of the machine by gravity.
5 Bearing unit
Oil-lubricated bearing of the fan rotor with optional integrated operating-hours and speed measurement.
6 Hour meter
Displays the operating hours and rotor speed.
7 Pressure gauge
Pressure gauge indicating the optimal operating pressure.
8 Inlet
Slurry is fed into the separator via an external pump.
1 Fan rotor
The core component and special feature of the separator.
2 Lid
Tool-free opening lid with gas-spring cylinders and quick-release fasteners, providing easy access for maintenance and cleaning.
3 Outlet
Separated slurry is discharged through the generously sized outlet.
4 Inner casing and solids discharge
Solids are thrown against the inner casing by centrifugal force and fall out of the machine by gravity.
5 Bearing unit
Oil-lubricated bearing of the fan rotor with optional integrated operating-hours and speed measurement.
6 Hour meter
Displays the operating hours and rotor speed.
7 Pressure gauge
Pressure gauge indicating the optimal operating pressure.
8 Inlet
Slurry is fed into the separator via an external pump.
1 Fan rotor
The core component and special feature of the separator.
2 Lid
Tool-free opening lid with gas-spring cylinders and quick-release fasteners, providing easy access for maintenance and cleaning.
3 Outlet
Separated slurry is discharged through the generously sized outlet.
4 Inner casing and solids discharge
Solids are thrown against the inner casing by centrifugal force and fall out of the machine by gravity.
5 Bearing unit
Oil-lubricated bearing of the fan rotor with optional integrated operating-hours and speed measurement.
6 Hour meter
Displays the operating hours and rotor speed.
7 Pressure gauge
Pressure gauge indicating the optimal operating pressure.
8 Inlet
Slurry is fed into the separator via an external pump.
1 Fan rotor
The core component and special feature of the separator.
2 Lid
Tool-free opening lid with gas-spring cylinders and quick-release fasteners, providing easy access for maintenance and cleaning.
3 Outlet
Separated slurry is discharged through the generously sized outlet.
4 Inner casing and solids discharge
Solids are thrown against the inner casing by centrifugal force and fall out of the machine by gravity.
5 Bearing unit
Oil-lubricated bearing of the fan rotor with optional integrated operating-hours and speed measurement.
6 Hour meter
Displays the operating hours and rotor speed.
7 Pressure gauge
Pressure gauge indicating the optimal operating pressure.
8 Inlet
Slurry is fed into the separator via an external pump.
1 Fan rotor
The core component and special feature of the separator.
2 Lid
Tool-free opening lid with gas-spring cylinders and quick-release fasteners, providing easy access for maintenance and cleaning.
3 Outlet
Separated slurry is discharged through the generously sized outlet.
4 Inner casing and solids discharge
Solids are thrown against the inner casing by centrifugal force and fall out of the machine by gravity.
5 Bearing unit
Oil-lubricated bearing of the fan rotor with optional integrated operating-hours and speed measurement.
6 Hour meter
Displays the operating hours and rotor speed.
7 Pressure gauge
Pressure gauge indicating the optimal operating pressure.
8 Inlet
Slurry is fed into the separator via an external pump.
