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Futuro Pump with large flapper valves activated by pressure of manure evacuating free stall slurry more rapidly than the Magnum.*

* The addition of water may be required. Performance varies according to installation, manure consistency, volume and type of bedding.

A
Low pressure mechanical reversing
system ensuring a smooth operation.
B
Pumping tube made of
stainless steel.
C
Spring housing.
D
Manual guillotine valve at discharge.
E
12 3/4" or 16" discharge.
F
Access to the evacuation chamber.
G
Stainless steel flapper shafts
mounted on brass bushings and lubricated with remote grease lines.
H
Manual guillotine valve at intake.
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Working Principle

Siphoning Cycle During the siphoning cycle, the vacuum opens the intake flapper to siphon the manure into the pumping tube.

Evacuation Cycle During the evacuation cycle, the pressure closes the intake flapper, opens the spring loaded discharge flapper and forces the manure into the evacuation line. At the end of the evacuation cycle, the spring closes the discharge flapper.

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A Oil-lubricated seal.

Model with hopper installed
in a pit

Fed by a cross gutter or with a skid-steer loader. Different models of hopper available.

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Model with 16" diameter suction pipe
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A
Reception pit.
B
Futuro pit
C
The hydraulic agitator reduces the
accumulation of solids and the risk
of obstruction at the pipe inlet.
D
16" suction pipe.
E
12" clearance minimum.
Installation with suction pipe
facing up.

A
Reception pit.
B
Futuro pit.
IMG_XX_Futuro16Diameter_2.JPG
Installation with suction pipe
facing down
A
Reception pit.
B
Futuro pit.
C
12" minimum.
IMG_XX_Futuro16Diameter_3.JPG