The Edson Vacuum Pumping
Systems are by far the most versatile pumps we manufacture. Simple,
reliable and powerful pumping stations that use negative vacuum (up
to 22 hg) and positive compressed air (up to 25 psi) to transfer just
about any combination of liquid and solids.
These compact,
powerful pumping stations are being used for:
Transfer
Pumps - sucking oil and other industrial waste products from
small containers and moving them to larger storage or treatment
containers.
Automatic
Sump Pumps - reclaiming coolant in machine centers and transferring
grease and food waste from restaurant separation sumps.
Marine
Sewage Pumps - emptying sewage from boat holding tanks at marinas.
Remediation
Pumps - sucking out the scale, foam and sludge during in ground
tank cleaning applications & groundwater oil reclamation applications.
The effective
DRY SUCTION Lift of 25 ft, the ability to handle LARGE SUSPENDED SOLIDS,
the LOW EMULSION TRANSFER of media and the AUTOMATIC features are just
part of the unique design of the Edson Vacuum Pumping System. One very
important characteristic of the design is that, since we use compressed
air to do the work, the drive components are not effected by RUN DRY
CONDITION, the size of the suction or discharge line or whether they
get blocked up.
Performance Features
Pumps Suspended Solids
Dry Start Suction Lift to 25 ft.
Safe to Run Dry Indefinitely
Low Emulsion
No Sheering Action
Pumps available to 50GPM.
Automatic Continuous Duty
Design Features
The Liquid Pumped Never Touches the Drive Components.
Industrial Grade Components
NEMA 4X Control Panels
Non-Clogging Flow-Thru Design
Easy to Install, Clean and Maintain
Portable Versions Available
Quiet Operation
Single Pump Unit Can Be Used For Multiple Suction Lines.
Unique Design
The
effective DRY SUCTION Lift of 25 ft, the ability to handle LARGE SUSPENDED
SOLIDS, the LOW EMULSION TRANSFER of media and the AUTOMATIC features
are just part of the unique design of the Edson Vacuum Pumping System.
One very important characteristic of the design is that, since we use
compressed air to do the work, the drive components are not effected
by RUN DRY CONDITION, the size of the suction or discharge line or whether
they get blocked up.