Graco
Husky 515
Husky 515 Air-Operated Diaphragm Pumps
The Husky 515 has a ½ inch connection and is available in polypropylene, acetal and PVDF
The Husky 515 air-operated double diaphragm pump features a stall-free low pulsation air valve which provides a smooth and rapid changeover.
The bolt through fluid cover design eliminates leaks and makes the Husky safer with higher reliability.
Benefits of the Husky 515 double diaphragm pump
- Center and end porting options.
- No mechanical seals to cause fluid leaks or failures
- Runs quietly at less than 85 dBa with easy-to-use remote muffler capability for even lower noise levels
- Easy-to-service air valve and ball checks
- Operates on as little as 20 psi (1.4 bar, 0.14 MPa)
- Split manifold option to pump multiple fluids without mixing
| Maximum fluid flow |
15 gpm (57 l/min) |
| Maximum Fluid Discharge Pressure |
100 psi (7 bars, 0.7 MPa) |
| Maximum size pumpable solids |
3/32 in (2.5 mm) |
| Fluid displacement per cycle |
0.04 g (0,15 liter) |
Husky 515 Air-Operated Diaphragm Pumps
The Husky 515 has a ½ inch connection and is available in polypropylene, acetal and PVDF
The Husky 515 air-operated double diaphragm pump features a stall-free low pulsation air valve which provides a smooth and rapid changeover.
The bolt through fluid cover design eliminates leaks and makes the Husky safer with higher reliability.
Benefits of the Husky 515 double diaphragm pump
- Center and end porting options.
- No mechanical seals to cause fluid leaks or failures
- Runs quietly at less than 85 dBa with easy-to-use remote muffler capability for even lower noise levels
- Easy-to-service air valve and ball checks
- Operates on as little as 20 psi (1.4 bar, 0.14 MPa)
- Split manifold option to pump multiple fluids without mixing
| Maximum fluid flow |
15 gpm (57 l/min) |
| Maximum Fluid Discharge Pressure |
100 psi (7 bars, 0.7 MPa) |
| Maximum size pumpable solids |
3/32 in (2.5 mm) |
| Fluid displacement per cycle |
0.04 g (0,15 liter) |
D5B911
| Code | IMPA | Item |
|---|
Documents for download
Print
