Equipment Sales
Centrifugal Purification Units
The SR 1020 is the fastest industrial centrifuge in the industry, providing the
best separation available on the market for both solid and liquid contamination
removal.
Removes particulate (down to 1 micron), swarf, tramp oil and aluminum soaps from
metalworking fluids and aqueous cleaners. Removes water, insolubles, and sediment
from straight oils and lubricants.
Standard Design and Operating Features:
• Ultra-fine sediment removal
• Enhanced liquid/liquid "thin film" smart technology
• Fully automated PLC controls
• Skid mounted for easy in-plant transport
• All wetted parts stainless steel
• Maximum liquid/liquid adjustability to remove
contamination without detrimental fluid effects
Optional Design and Operating Features:
• Manual cleanout or automatic desludging capabilities
• Fluid heating or flash pasteurization system
• Permanent or perishable media prefiltration
• Automatic phase separation fault detection system
• Waste control and handling system
SRS's proprietary high-speed centrifuge modules offer many advantages, including:
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Various bowl
designs
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Various bowl designs are available to maximize separation efficiency of specific
contaminants. Bowls specific for the type of fluid, contaminants, and contaminant
level are available.
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Separation
adjustability
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Separation adjustability can occur without shutting the system down or disconnecting
the purification module. External touch-screen adjustment ensures that fine-tuning
of the separation process can be done quickly and easily.
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Self-cleaning
feature
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Adjustable self-cleaning feature ensures non-clogging performance.
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Flow control
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Flow control ensures precise separation by accurate control of process flowrate.
The SR-1020 module will accommodate pressure feed fluctuations up to 50 psi.
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Feed pump
option
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Feed pump option allows the SR-1020 to be used for systems without pressurized headers
(for example, on holding tanks or central systems without access to pressurized
headers). Central systems can be run on the feed pump until access to pressurized
headers can be obtained.
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