VA P50
- Max Capacity:
660 l/min
- Max Pressure:
7 bar
- Max Viscosity:
20000 mPa.s
Description
Description
VA-P50 Diaphragm Pump
The VA-P50 Diaphragm Pump is a compact, high efficient air operated double diaphragm (AODD) pump, produced from one-piece solid pure PE or PTFE. Suitable for medium transfer/container emptying or as a basic dosing pump.
Key Features
- Maximum flow rate: 660 L/min
- Maximum discharge pressure: 7 bar
- Maximum suction lift (wet): 9.5 m wc
- Maximum suction lift (dry): 4 m wc
- Handles viscosities up to 20000 mPa·s
- Max particle size: 11 mm
- Maximum temperature: 120°C
- Liquid connection: 2″ NPT
- Air connection: R 1/2″
- Certified for ATEX environments
Materials of Construction
- Liquid-wetted parts: UHMW PE, Conductive PE, PTFE, Conductive PTFE
- Valve seats: UHMW PE, Conductive PE, PTFE, Conductive PTFE
- Valve balls: EPDM, PTFE, Stainless Steel, Cylinder valve
- Diaphragms: Overmolded EPDM or PTFE
- Center section: UHMW PE, Conductive PE, PTFE, Conductive PTFE
Applications
The VA-P50 Diaphragm Pump is ideal for industries such as chemical processing, wastewater treatment, and food and beverage, where durability and high-volume transfer are critical.
Contact Us
For pricing or support on the VA-P50 Diaphragm Pump, please contact us. Our team will help you find the right pump for your process.
Features
| Properties | |
|---|---|
| Max. flow | 660 l/min |
| Max. discharge pressure | 7 bar |
| Liquid conn. | 2″ NPT, Flange DIN PN10 DN50, Flange Ansi 150 2″ |
| Maximum suction lift (wet) | 9.5 m wc |
| Certificates | ATEX |
| Air conn. | R 1/2″ |
| Maximum suction lift (dry) | 4 m wc |
| Max. particle size | 11 mm |
| Viscosity | 20000 mPa.s |
| Max. temperature | 120 °C |
| Materials liquid parts | UHMW PE, Conductive PE, PTFE, Conductive PTFE |
| Materials valve seats | UHMW PE, Conductive PE, PTFE, Conductive PTFE |
| Materials valve balls | EPDM, PTFE, Cylinder valve |
| Materials diaphragms | EPDM (overmolded), PTFE (overmolded) |
| Material center section | UHMW PE, Conductive PE, PTFE, Conductive PTFE |
