Sandpiper Double Diaphragm Pump, Aluminum, Air Operated, PTFE – Neoprene Backup HDB1 1/2,SGN8A.

Dimensions
Inlet/Outlet Size 1 1/2 in
Air Inlet Size 3/4 in FNPT
Manufacturers Warranty Length 5 yr
Height 22 3/16 in
Width 15 1/2 in
Length 16 13/16 in
Max. Dia. Solids 1/4 in
Overall Width 15.5 in
Overall Length 14.8 in
Overall Height 13.9 in
Media Intake Connection Size 1 1/2 in
Media Discharge Connection Size 1 1/2 in
Solid Diameter (Maximum) 0.25 in
Air Intake Connection Size 3/4 in
Details
Housing Material – Pumps Aluminum
Diaphragm Material – Pumps PTFE – Neoprene Backup
Max. Flow 105 gpm
Item – Air Operated Pumps Double Diaphragm Pump
Pump Operation Type Air
Max. Temp – Pumps 220 Degrees F
Connection Style NPT
Agency Compliance ATEX,ABS, CE, EAC
Max. Operating Pressure 125 psi
Diaphragm Material Neoprene
Item Double Diaphragm Pump
Check Seat Material 316 Stainless Steel
Self-Priming Dry 20 ft
Body Material Aluminum
Valve Type Ball
Ball Material PTFE
Manifold Connection Single Port
Max. Temp. 220 Degrees F
Max. Flow GPM 105 gpm
Operation Type Air Operated
Self-Priming Wet 25 ft
Standards ABS Type Approved, CE Certified, EAC, ISO
Manifold Connection Type NPT
Flow Rate @ 100 psi 118 gpm
Air Consumption (Maximum) 100 scfm
Media Discharge Connection Type NPT
Flow Rate @ 80 psi 114 gpm
Chemical Compatibility Alcohol, Ammonium Hydroxide, Antifreeze, Diesel, Diesel Exhaust Fluid, Gasoline, Kerosene, Oils, Water
Media Intake Connection Type NPT
Pump Assembly Type Bolt
Air Intake Pressure (Maximum) 125 psi
For Use With Potable Systems No
Wetted Housing Material Aluminum
Non-Wetted Housing Material Aluminum
Feet of Head (Maximum) 289 ft
Series Family HDB1
Flow Rate (Maximum) 122 gpm
Flow Rate @ 60 psi 110 gpm
Media Temperature (Maximum) 220 Degrees F
Media Discharge Location Bottom, Center
NPSHr 5 ft of head
Flow Rate @ 40 psi 100 gpm
Operating Pressure (Maximum) 125 psi
Media Temperature (Minimum) -35 Degrees F
Media Intake Location Center, Top
Air Intake Connection Type NPT
Valve Material PTFE
Flow Rate @ 20 psi 75 gpm
Priming Self-Priming