ARO PH10A-XSS-XXT — 1 inch metallic family
PH10A-XSS-XXTARO PH10A-XSS-XXT is a 1-inch air-operated double diaphragm pump family in the Specialty Series. Wetted housing options include stainless steel. Diaphragm options include PTFE.
- Nominal port size
- 1 inch
- Family maximum flow
- 26 gpm (98.4 lpm)
- Housing options
- stainless steel
- Diaphragm options
- PTFE
Know the pump.
Construction & fluid path
Listed fluid connection options: See specifications.
Performance & operating point
The published family maximum flow is 26 gpm (98.4 lpm). The listed maximum working pressure is 300 psig (20.4 bar). Maximum flow and maximum pressure are separate ratings. The operating flow depends on discharge pressure, the available air supply, fluid properties and the selected configuration.
Configuration selection
This record describes a product family or model pattern. Select the complete ordering code and confirm its wetted materials, connections and operating limits before specifying a pump.
Specifications at a glance.
Review materials, connections and operating limits for your duty point.
Identification
| Brand | ARO |
|---|---|
| Model / order number | PH10A-XSS-XXT |
| Series | Specialty Series |
| Nominal port size | 1 inch |
| Family maximum flow | 26 gpm (98.4 lpm) |
| Housing options | stainless steel |
| Diaphragm options | PTFE |
| Drive type | Pneumatic |
| Working pressure | 300 psig (20.4 bar) |
| Connection standard | See specifications |
Performance
| Maximum flow rate (flooded inlet) | 26 gpm (98.4 lpm) |
|---|---|
| Maximum air inlet pressure | 100 psig (6.9 bar) |
| Maximum outlet pressure | 300 psig (20.4 bar) |
| Maximum particle size | 1/8” dia. (3.2 mm) |
| Displacement per cycle @ 100 psig | 0.06 gal. (0.23 lit.) |
Materials & construction
| Wetted body options | Stainless Steel |
|---|
Additional specifications
| Nominal port size | 1 in |
|---|---|
| Pump architecture | Air-operated double diaphragm |
Maximum flow and maximum pressure are separate ratings; they do not describe one simultaneous operating point.
Make the right selection.
Share the fluid, required flow, discharge pressure and temperature with Kevin.