E2P10-AAFTT-AA-A0A ARO Aluminum EVO Series Electric Diaphragm Pump
AROE2P10-AAFTT-AA-A0A ARO Aluminum EVO Series Electric Diaphragm Pump
The ARO E2P10-AAFTT-AA-A0A is an electric EVO Series 1-inch double-diaphragm pump designed for dependable fluid transfer in industrial and process applications. Its durable aluminum wetted construction, combined with PTFE diaphragms and valve balls, provides a strong balance of chemical resistance and reliable fluid handling for a variety of demanding applications.
The electric drive eliminates the need for compressed air, while the visual leak detection feature provides added awareness of diaphragm condition during operation. Its service-friendly design supports convenient maintenance and reliable operation, making this pump well suited for fluid transfer, batching, recirculation, process support, and other applications where consistent performance, chemical resistance, and ease of maintenance are important.
Application suitability should be confirmed based on the specific fluid, concentration, temperature, chemical compatibility, solids content, and operating conditions.
Operator's Manual E2P10-XXXXX-XX-XXA
| Ball Material | PTFE |
| Diaphragm Material | PTFE (with backup) |
| Displacement / Cycle | 0.17 gal (0.64 lit) |
| Drive / Motor | NEMA 140TC Adapter / NEMA 2 HP, 3-Phase, 4-Pole Motor (230/460 V, 1800 RPM sync speed @ 60 Hz) |
| Fluid Port Connections | 1 - 11-1/2 NPTF - 2 (Female NPT) |
| Maximum Fluid Temperature | 212°F (100°C) |
| Maximum Flow Rate | 39 GPM (148 lpm) @ 80 Hz |
| Maximum Inlet Pressure | 25 psig (1.72 bar) |
| Maximum Particle Size | 1/8" dia (3.3 mm) |
| Maximum Working Pressure | 100 psig (6.89 bar) |
| Noise Level | 82 db(A) depending on speed/load |
| Product Features | Visual Leak Detection, Electric Drive (No compressed air required) |
| Product Series | EVO Series / Electric |
| Seat Material | Aluminum |
| Suction Lift | 31.2 ft H2O Wet / 11.3 ft H2O Dry |
| Weight | 162 lbs (73 kg) |
| Wetted Parts / Material | Aluminum (Fluid Caps & Manifolds) |