Items |
DC20 Plastic Air Operated Double Diaphragm (AODD) Pump |
UP03 Plastic Air Operated Double Diaphragm (AODD) Pump |
DF30 Plastic Air Operated Double Diaphragm (AODD) Pump |
DF30T Plastic Air Operated Double Diaphragm (AODD) Pump |
DF50-P Plastic Air Operated Double Diaphragm (AODD) Pump |
|||||
Description |
N/A
SAMOA Pump's revolutionary design is turning the Air Diaphragm Pump World Inside Out! DirectFlo® Technologies PDF Seeing is believing. Watch the 1-2 minute videos and see for yourself. Diaphragm Replacement Video Air Consumption Video Save 30-50% on your compressed air utilities and rebuild your pumps on line. CAT DirectFlo® UP USA PDF The SAMOA DirectFlo® pump is designed inside-out with fluid flowing through the pump center, and air outside of the diaphragms. Our revolutionary design employs our patented frictionless air valve coupled with uniform pressure gradient air driving "overmolded" diaphragms. Together they make SAMOA DirectFlo® pumps the most reliable and efficient AODD pump in the world. SAMOA DirectFlo® pumps are by far the easiest to repair. Diaphragms, balls, seats or air valve replacement without complete disassembly or even removing the pump. No other AOD pump can do this. Disassembly Comparison Video Energy Savings Comparison Video |
N/A
|
N/A
SAMOA Pump's revolutionary design is turning the Air Diaphragm Pump World Inside Out! DirectFlo® Technologies PDF Seeing is believing. Watch the 1-2 minute videos and see for yourself. Diaphragm Replacement Video Air Consumption Video Save 30-50% on your compressed air utilities and rebuild your pumps on line. CAT DirectFlo® UP USA PDF The SAMOA DirectFlo® pump is designed inside-out with fluid flowing through the pump center, and air outside of the diaphragms. Our revolutionary design employs our patented frictionless air valve coupled with uniform pressure gradient air driving "overmolded" diaphragms. Together they make SAMOA DirectFlo® pumps the most reliable and efficient AODD pump in the world. SAMOA DirectFlo® pumps are by far the easiest to repair. Diaphragms, balls, seats or air valve replacement without complete disassembly or even removing the pump. No other AOD pump can do this. Disassembly Comparison Video Energy Savings Comparison Video |
N/A
SAMOA Pump's revolutionary design is turning the Air Diaphragm Pump World Inside Out! DirectFlo® Technologies PDF Seeing is believing. Watch the 1-2 minute videos and see for yourself. Diaphragm Replacement Video Air Consumption Video Save 30-50% on your compressed air utilities and rebuild your pumps on line. CAT DirectFlo® UP USA PDF The SAMOA DirectFlo® pump is designed inside-out with fluid flowing through the pump center, and air outside of the diaphragms. Our revolutionary design employs our patented frictionless air valve coupled with uniform pressure gradient air driving "overmolded" diaphragms. Together they make SAMOA DirectFlo® pumps the most reliable and efficient AODD pump in the world. SAMOA DirectFlo® pumps are by far the easiest to repair. Diaphragms, balls, seats or air valve replacement without complete disassembly or even removing the pump. No other AOD pump can do this. Disassembly Comparison Video Energy Savings Comparison Video |
N/A
SAMOA Pump's revolutionary design is turning the Air Diaphragm Pump World Inside Out! DirectFlo® Technologies PDF Seeing is believing. Watch the 1-2 minute videos and see for yourself. Diaphragm Replacement Video Air Consumption Video Save 30-50% on your compressed air utilities and rebuild your pumps on line. CAT DirectFlo® UP USA PDF The SAMOA DirectFlo® pump is designed inside-out with fluid flowing through the pump center, and air outside of the diaphragms. Our revolutionary design employs our patented frictionless air valve coupled with uniform pressure gradient air driving "overmolded" diaphragms. Together they make SAMOA DirectFlo® pumps the most reliable and efficient AODD pump in the world. SAMOA DirectFlo® pumps are by far the easiest to repair. Diaphragms, balls, seats or air valve replacement without complete disassembly or even removing the pump. No other AOD pump can do this. Disassembly Comparison Video Energy Savings Comparison Video |
|||||
Brands | N/A SAMOA | |||||||||
Fluid Connection | N/A 1/4" NPT Female | N/A 3/8” NPT Female | N/A 3/8-1/2" NPT Female | N/A (2) 3/8" NPT Female suction x 1/2" NPT Female discharge | N/A 1/2" NPT Female | |||||
Maximum Flow | N/A 5 gpm20 L/min | N/A 8.2 gpm31 L/min | N/A 10 gpm38 L/min | N/A 10 gpm38 L/min | N/A 14 gpm50 L/min | |||||
Air Pressure Range | N/A 22 to 100 psi1.5 to 7 bar | N/A 20 to 120 psi1.5 to 7 bar | N/A 22 to 115 psi1.5 to 8 bar | N/A 22 to 115 psi1.5 to 8 bar | N/A 22 to 115 psi1.5 to 8 bar | |||||
Maximum Solids | N/A 3/32 in2 mm | N/A 1/16 in1.6 mm | N/A 1/8 in3 mm | N/A 1/8 in3 mm | N/A 1/8 in3 mm | |||||
Maximum Wet Suction Lift | N/A 23 ft7 m | N/A 23 ft7 m | N/A 26 ft8 m | N/A 26 ft8 m | N/A 26 ft8 m | |||||
Maximum Dry Suction Lift | N/A 6-1/2 ft2 m | N/A 10 ft3 m | N/A 13 ft4 m | N/A 13 ft4 m | N/A 20 ft6 m | |||||
Displacement per Stroke | N/A | N/A 0.01 gal0.0405 L | N/A | N/A | N/A | |||||
Displacement per Cycle1 | N/A | N/A 0.02 gal0.081 L | N/A | N/A | N/A | |||||
Fluid Inlet and Outlet Connections (Multiports ) | N/A | N/A 3/8 in. NPT Female (F) Threaded / 3/8 in. BSP Female (F) Threaded | N/A | N/A | N/A | |||||
Air Inlet Connection | N/A 3/8 in. NPSM Female | N/A 1/4 in. NPSM Female | N/A 3/8 in. NPSM Female | N/A 3/8 in. NPSM Female | N/A 3/8 in. NPSM Female | |||||
Air Exhaust Port | N/A | N/A 1/2 in. NPT Female | N/A | N/A | N/A | |||||
Fluid Chambers and Manifolds Material | N/A | |||||||||
Center Body and Air Chamber Material | N/A | |||||||||
Diaphragm Material | N/A Overmolded PTFE Santoprene® TPE (Hytrel®) | N/A | N/A Overmolded PTFE Overmolded Santoprene® Overmolded TPE (Hytrel®) | N/A Overmolded PTFE Overmolded Santoprene® Overmolded TPE (Hytrel®) | N/A Overmolded PTFE Overmolded Santoprene® Overmolded TPE (Hytrel®) | |||||
Check Valve Seat Material | N/A Acetal Polypropylene® PVDF | N/A | N/A AISI 316 Stainless Steel PVDF | N/A AISI 316 Stainless Steel PVDF | N/A AISI 316 Stainless Steel PVDF | |||||
Check Valve Balls Material | N/A PTFE | N/A | N/A Acetal AISI 316 Stainless steel Buna-N PTFE | N/A Acetal AISI 316 Stainless steel Buna-N PTFE | N/A Acetal AISI 316 Stainless steel Buna-N PTFE | |||||
Features |
N/A
|
N/A
|
N/A
|
N/A
|
N/A
|
|||||
Replacement for | N/A All-Flo A025/D025 ARO Compact PD01/PE01 Dayton 6PY37/6PY38/3HJV7 Wilden Proflo (Shift) P25 /P.025 GRACO Husky 205 Versamatic E6 Warren Rupp-Sandpiper PB-1/4 Yamada NDP-5 | N/A | N/A All-Flo C038/D038 ARO Compact PD03/PE03 Dayton 3HJV7 GRACO Husky 307 Versamatic E8 Warren Rupp-Sandpiper WR10 Yamada DP-10 | N/A All-Flo C038/D038 ARO Compact PD03/PE03 Dayton 3HJV7 GRACO Husky 307 Versamatic E8 Warren Rupp-Sandpiper WR10 Yamada DP-10 | N/A All-Flo A050/D050/C050 ARO Compact PD05/PE05/Pro 66605 Dayton 6PY34/6PY39/3HJV8/6PY51/3HJW7/22A597 Wilden Proflo (Shift) P1/P100 Yamada NDP-15/DP-15/G15 GRACO Husky 515 Versamatic E5 Warren Rupp-Sandpiper S05 | |||||
Pressure Ratio | N/A | N/A 1:1 | N/A | N/A | N/A | |||||
Polypropylene Version Weight | N/A | N/A 4 lb1.8 kg | N/A | N/A | N/A | |||||
Conductive Polypropylene Version Weight | N/A | N/A 4.4 lb2 kg | N/A | N/A | N/A | |||||
Polyvinylidene Fluoride (PVDF) Version Weight | N/A | N/A 5.1 lb2.3 kg | N/A | N/A | N/A | |||||
Conductive Acetal Version Weight | N/A | N/A 4.6 lb2.1 kg | N/A | N/A | N/A | |||||
Polypropylene Version Threaded Weight | N/A | |||||||||
Conductive Polypropylene Version Threaded Weight | N/A | |||||||||
Polyvinylidene Fluoride (PVDF) Version Threaded Weight | N/A | |||||||||
Polypropylene Version Flanged Weight | N/A | |||||||||
Conductive Polypropylene Version Flanged Weight | N/A | |||||||||
Polyvinylidene Fluoride (PVDF) Version Flanged Weight | N/A | |||||||||
Sound Level | N/A | N/A 75 dB at 50 Cycle/Min at 5 bar dB | N/A | N/A | N/A | |||||
Dimensions | N/A See photo and brochure for dimensions. | |||||||||
Applications | N/A | |||||||||
Delivery Per Stroke | N/A 0.008 gal0.03 L | N/A | N/A 0.02 gal0.07 L | N/A 0.02 gal0.07 L | N/A 0.026 gal0.1 L | |||||
Delivery per Cycle (2 x Strokes) | N/A 0.016 gal0.06 L | N/A | N/A 0.04 gal0.14 L | N/A 0.04 gal0.14 L | N/A 0.05 gal0.2 L | |||||
Pump Body Materials | N/A Conductive Acetal (ATEX Pump) Conductive Polypropylene (ATEX Pump) Conductive PVDF (ATEX Pump) Polypropylene PVDF | N/A | N/A Conductive Acetal (ATEX Pump) Conductive Polypropylene (ATEX Pump) Conductive PVDF (ATEX Pump) Polypropylene PVDF | N/A Conductive Acetal (ATEX Pump) Conductive Polypropylene (ATEX Pump) Conductive PVDF (ATEX Pump) Polypropylene PVDF | N/A Conductive Acetal (ATEX Pump) Conductive Polypropylene (ATEX Pump) Conductive PVDF (ATEX Pump) Polypropylene PVDF | |||||
Air Motor Material | N/A Conductive Polypropylene® | N/A | N/A Conductive Polypropylene® | N/A Conductive Polypropylene® | N/A Conductive Polypropylene® | |||||
Weight | N/A 2.65 lb1.2 kg | N/A | N/A 4.19 lb1.9 kg | N/A 4.19 lb1.9 kg | N/A 4.85 lb2.2 kg | |||||
Fluid Inlet/Outlet Ports (Flanged) | N/A | |||||||||
|