ARO® PD05P-APS-PTT-B
Compact Series 1/2" Non-Metallic Diaphragm Pump, 14.4 GPM, Poly Center, Poly Single Port Manifold, SS Hardware, Poly Seat, PTFE Ball, PTFE/Santoprene Diaphragm
- BIPN:
- ARO-PD05P-APS-PTT-B
- Availability:
- Typically Ships in 1 to 7 Days
- Quantity Interval:
- 1 / EA - Each
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ARO® Compact Series 1/2" Non-Metallic Diaphragm Pump, 14.4 GPM, Standard Pump Style, Polypropylene Center Body, 1/2-14 NPTF Fluid Connections, Polypropylene Single Port Manifold, Stainless Steel Hardware, Polypropylene Seat, PTFE Ball, PTFE/Santoprene Diaphragm
This compact, non-metallic 1/2" pump features big performance in a small package with a flow rate up to 14.4 GPM, and it's manufactured for complete corrosion resistance with a polypropylene center body, stainless steel fasteners, and polypropylene casing materials.
ARO® EXP Series diaphragm pumps include all the benefits of standard air-operating pumps, but with significant additional features and benefits. The patented SimulShift™ "unstallable" air balanced valve design avoids stalling issues associated with other pumps. Quick Dump™ check valves divert cold exhaust air from ice-prone components to prevent downtime due to freezing. Modular designs add simplified serviceability and ease of upgrades to solenoid operation, flow monitoring and leak detection functionality.
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- Type Non-Metallic
- Series Compact
- Nominal Size 1/2 in
- Inlet Size 1/2 in - 14
- Outlet Size 1/2 in - 14
- Connection Style NPTF
- Air Inlet Size 1/4 - 18 PTF SAE Short
- Valve Type SimulShift™
- Flow Rate 14.4 gpm
- Maximum Diameter of Solids 3/32 in
- Maximum Pressure 100 psi
- Center Body Material Polypropylene
- Housing Material Polypropylene
- Check Seat Material Polypropylene
- Diaphragm Material PTFE/Santoprene
- Ball Material PTFE
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- Non-metallic construction for complete corrosion resistance
- SimulShift™ valve provides ultra-positive, reliable shift signal
- ARO's patented 'Unbalanced' air valve ensures no-stall operation
- Bolted construction for leak-free fluid handling
- Ease of service through modular design