Aquatec 8800 Electric Diaphragm Pump

The Aquatec 8800 electric diaphragm pump is designed for industrial applications and OEM systems requiring stable flow and controlled pressure. The 3-chamber self-priming design ensures reliable operation and dry running capability.

  • Power supply: 24 VDC
  • Max flow rate: up to 2.35 l/min
  • Max pressure: up to 5.5 bar
  • Max fluid temperature: 77 °C
  • Self-priming: up to 2.1 m
  • Weight: 2.72 kg
  • Certifications: NSF Standard 58
  • Download datasheet

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Applications

The Aquatec 8800 Series is designed for liquid transfer and pressurization in industrial applications and water treatment systems..

  • Reverse osmosis systems (RO booster pumps)
  • Water filtration systems
  • Industrial process equipment
  • OEM integrated systems
  • Liquid transfer in low to medium flow applications

The datasheet indicates pre-filter water treatment for reverse osmosis systems as a typical application.

Technical specifications

Pump type
3-chamber diaphragm pump, self-priming, dry running capable
Motor type
24 VDC permanent magnet motor, totally enclosed non-ventilated
Number of chambers
3
Pump body material
Nylon
Valve material
EPDM
Diaphragm material
Santoprene
Thermal protection
Integrated thermal protection
Connections
3/8" compression fitting, 1/4" push-to-connect, 3/8" push-to-connect
Duty cycle
Refer to Heat Rise chart

The indicated values may vary depending on configuration and operating conditions.

Performance

Performance curves

Pressure (bar) Flow 88X0 (l/min) Current 88X0 (A) Flow 88X1 (l/min) Current 88X1 (A) Flow 88X2 (l/min) Current 88X2 (A) By-pass (bar) Code
5.50.830.921.140.991.511.247.6J
4.81.140.851.250.901.631.136.9I
4.11.250.771.360.831.741.026.2H
3.41.320.701.400.741.850.915.5G
2.81.400.621.480.651.890.794.8F
2.11.480.531.510.561.970.684.8F
1.41.590.451.630.472.120.554.8F
0.71.700.351.780.372.270.414.8F
01.890.321.930.342.350.384.8F

Thermal behavior (Heat Rise)

Pump heat rise chart

The Heat Rise chart shows the increase in motor surface temperature over time as a function of current draw. The shaded area indicates configurations that can operate continuously without the need for periodic cooling.

Dimensional drawings

Dimensional drawings allow correct mechanical integration of the pump within the system. Dimensions are expressed in millimeters (mm).

Pump dimensional drawing

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