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Two distinct pump designs
to choose from. Each has unique advantages
you may want and need for your application. |
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The
widest range of applications, pump sizes, and design
options available. |
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V pumps
work with larger solids than any other pump in the
galaxy. |
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V pumps and round pumps are both used for
sludge and viscous materials, depending on
application and preference. |
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The most pumping solutions to choose
from than any other pump. |
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All pumps are provided with
horsepower limited hydraulic circuits.
This eliminates any overloading of
motors or motor starters. Under all
pumping conditions, this provides the
highest pumping volume possible and the
highest pumping pressure possible on all
our pumps. |
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Simple, low cost maintenance.
Far less complicated than others
pumps, V-Ram pumps are preferred by
maintenance personnel. Fast easy
service and lower parts costs mean
lowest overall costs over the life
of the pump. |
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Many control systems
are available. All the way from
simple push/pull on-off controls
to PLC managed systems.
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Our
patented
Pumping Control System
can meter pumping volume
within 1/2% of your desired
rate.
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Our
patented
V-shaped ram
provides self sealing
grooves that provide
high efficiency pumping
in materials that are a
mixture of large solids
and soft low viscosity
materials.
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The round pump
ram has replaceable
seals and wear
strips for long
life and low cost
parts.
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The straight
sided charging
chamber combined
with the
V-shaped ram
that is twice
as wide as any
other made,
allow larger
solids to be
pumped than any
other solids
pump in the
world.
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The
passive
flapper
valve
allows large
solids such
as boning
floor bones
to be pumped
without
pre-breaking. |
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The
ball
valve
is the
simplest,
most
efficient,
lowest
cost
available.
In many
applications
they are
warranted
for
30,000
hours
of pump
operation.
They may
save
many
$10,000's
of
dollars
in
maintenance
cost. |
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The
V
pump
uses
the
flapper
valve
for
solids,
the
ball
valve
for
sludge
and
viscous
materials.
The
round
pump
uses
the
ball
valve. |
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Reversed hydraulic cylinder design protects the hydraulic cylinder components, and prevents hydraulic fluid contamination of the material being pumped. |
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The hydraulic control valves
are mounted directly on the hydraulic cylinders.
This eliminates many hydraulic connections, increases
efficiency, and reduces the number of possible hydraulic
leak points. |
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Slip Injection
of air, inert gas, water, or polymer mixes can be used
to reduce pumping pressure and facilitate pumping. |
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