ARO® SD10S-CSS-SMM-B00
EXP Series 1" FDA Diaphagm Pump, 54 GPM, 316 SS Center, Sanitary Tri-Clamp Flange Ports, 316L SS Caps & Manifold, SS Hardware, 316L SS Seat, MG Santoprene Ball & Diaphragm
- BIPN:
- ARO-SD10S-CSS-SMM-B00
- Availability:
- Typically Ships 7 - 21 days
- Quantity Interval:
- 1 / EA - Each
This product is NON-RETURNABLE.
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ARO® EXP Series 1" FDA Diaphagm Pump, 54 GPM, 316 Stainless Steel Center Body, Sanitary Tri-Clamp Flange Ports, 316L Stainless Steel Fluid Caps & Manifold, Stainless Steel Hardware, 316L Stainless Steel Seat, Medical Grade Santoprene Ball & Diaphragm
ARO® FDA compliant diaphragm pumps deliver safety and quality, as well as industry leading total cost of ownership. By combining the rugged reliability of the EXP pump design with the capacity to handle high volume transfer and dispensing applications, ARO® pumps enable you to produce more for your customers.
Cerifications: ARO® FDA Compliant pumps are engineered to the meet the highest standards and requirements in the industry including: CE, ATEX, 1935/2004/EC and FDA CFR 21.177.
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- Type Metallic FDA Compliant
- Series EXP
- Nominal Size 1 in
- Inlet Size 1 in
- Outlet Size 1 in
- Connection Style Sanitary Tri-Clamp Flange
- Valve Type SimulShift
- Flow Rate 54 gpm
- Maximum Diameter of Solids 1/8 in
- Maximum Pressure 120 psi
- Center Body Material 316L Stainless Steel
- Housing Material 316L Stainless Steel
- Check Seat Material 316L Stainless Steel
- Diaphragm Material Medical-Grade Santoprene
- Ball Material Medical-Grade Santoprene
- Pump Style Air Operated Diaphragm
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- 20 to 30 percent better flow rates than other products available on the market
- Patented “Unstallable” unbalanced air valve design which avoids stalling issues associated with other pumps
- Exhaust valves that divert cold exhaust air from ice-prone components, which prevents freezing and downtime
- Ability to pass even large shear-sensitive solids without degradation or heat build-up
- The ability to run dry eliminating the risk of pump damage
- Gentle pumping action will not froth or separate fluid, improving end-product quality