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Flow dividers
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Gear flow divider - 1.15 - 8.82 ml/rev | FM series
The FM features coordinated functions from a lone pump source, delivers an equal division...
Gear flow divider - 1.15 - 8.82 ml/rev | FM series
The FM features coordinated functions from a lone pump source, delivers an equal division of pump output through multiple media, and assures improved pressure output when required. Productive and dependable, the FM flow dividers work on different operational fields such as those involving agricultural, material handling and construction equipment industries.
Gear flow divider / hydraulic - MIA-FD
Operating pressure : max 170.0 bar
Flow rate : 60 l/h - 2280 l/h
This is a new generation of flow dividers. Still gear flow divider, but capable to...
Flow rate : 60 l/h - 2280 l/h
This is a new generation of flow dividers. Still gear flow divider, but capable to...
Gear flow divider / hydraulic - MIA-FD
This is a new generation of flow dividers. Still gear flow divider, but capable to compensate the actuators pressures (loads) differences.
Precision within 1.5% with pressure difference between the actuators up to 170 bar.
In addition we have added CETOP connections that allow the use of the flow divider as a manifold.
Precision within 1.5% with pressure difference between the actuators up to 170 bar.
In addition we have added CETOP connections that allow the use of the flow divider as a manifold.
Gear flow divider - 0.16 - 2.28 cm³/rev | 9Rx series
Operating pressure : max 210.0 bar
Specification
Displacements from...
Specification
Displacements from...
Gear flow divider - 0.16 - 2.28 cm³/rev | 9Rx series
Specification
Displacements from 0.16 cm3 / revolution to 2.28 cm3/revolution.
Maximum pressures up to 210 bar.
Rotation speeds up to 7500 rpm.
Displacements from 0.16 cm3 / revolution to 2.28 cm3/revolution.
Maximum pressures up to 210 bar.
Rotation speeds up to 7500 rpm.
Gear flow divider - 0.91 - 9.88 cm³/rev | RV-1D, 9R series
Operating pressure : max 220.0 bar
Specification
Displacements from...
Specification
Displacements from...
Gear flow divider - 0.91 - 9.88 cm³/rev | RV-1D, 9R series
Specification
Displacements from 0.91 cm3 / revolution to 9.88 cm3/revolution.
Maximum pressures up to 210 bar.
Rotation speeds up to 6500 rpm.
Displacements from 0.91 cm3 / revolution to 9.88 cm3/revolution.
Maximum pressures up to 210 bar.
Rotation speeds up to 6500 rpm.
Gear flow divider - 4.2 - 39.6 cm³/rev | RV-0D, 9RV series
Operating pressure : max 210.0 bar
Specification
Displacements from...
Specification
Displacements from...
Gear flow divider - 4.2 - 39.6 cm³/rev | RV-0D, 9RV series
Specification
Displacements from 4.2 cm3 / revolution to 39.6 cm3/revolution.
Maximum pressures up to 210 bar.
Rotation speeds up to 2500 rpm
Displacements from 4.2 cm3 / revolution to 39.6 cm3/revolution.
Maximum pressures up to 210 bar.
Rotation speeds up to 2500 rpm
Gear flow divider - 14.89 - 86.87 cm³/rev | XV-3D series
Operating pressure : max 300.0 bar
Specification
Displacements from...
Specification
Displacements from...
Gear flow divider - 14.89 - 86.87 cm³/rev | XV-3D series
Specification
Displacements from 14.89 cm3 / revolution to 86.87 cm3/revolution.
Maximum pressures up to 300 bar.
Rotation speeds up to 2500 rpm.
Displacements from 14.89 cm3 / revolution to 86.87 cm3/revolution.
Maximum pressures up to 300 bar.
Rotation speeds up to 2500 rpm.
Hydraulic flow divider - 30 gpm, max. 3 000 psi | PFD-30 series
The Muncie's Priority Flow Divider valve makes it highly possible for the flow of two separate hydraulic circuits from a single pump at the...
Hydraulic flow divider - 30 gpm, max. 3 000 psi | PFD-30 series
The Muncie's Priority Flow Divider valve makes it highly possible for the flow of two separate hydraulic circuits from a single pump at the same time. The priority flow can be adjusted from 0-30GPM (114LPM).
The surplus bypass flow can be directed in a second circuit or directed to the reservoir. This particular valve lets a portion of the system fluid to be directed to a function that has priority over other functions. In simpler words, the priority flow gets the available fluid and any excess flow can be used for other functions.
The surplus bypass flow can be directed in a second circuit or directed to the reservoir. This particular valve lets a portion of the system fluid to be directed to a function that has priority over other functions. In simpler words, the priority flow gets the available fluid and any excess flow can be used for other functions.