The ABEL EM is a mechanically driven diaphragm pump that is highly energy efficient, because the drive does not require expensive compressed air. Its compact, special design does not require hydraulic fluid and it can be suitably equipped to provide the performance required by each specific application. This robust pump technology is especially advantageous for many applications that require low pressure.
The ABEL EM series is available in four different material designs: ductile iron (SG), stainless steel (ED), aluminum (AL, upon request), or polypropylene (PP). Using suitable, durable materials for diaphragms, valve seats and balls will give you the best possible combination of materials for your application. The EM is also available with flap valves for large solids. The ABEL Electric Diaphragm Pump's unique design concept and impressively low energy consumption have helped solidify ABEL's worldwide reputation as the leader in diaphragm pump design. ATEX design available
EM-050-PP for transfer of acidic waste water in the chemical industry
ABEL EM Pumps in a difficult continuous use
EM Metal Pump
EM Polypropylene Pump
EM Ball valve exploded view
EM Flap valve cutaway view
Capacity | 60 m³/h (265 GPM) |
Max Operating Pressure | 0.6 MPa (90 psi),for filter press feed up to 0.8 MPa (115 psi) |
Temperature range | 140F to 1400F (-10C to 60C) |
SANDPIPER can provide you with a CAD file to save time and improve the quality of your final design, as well as reduce measurement and documentation packet errors. Contact us today to request yours.
You have complex industrial challenges and we have problem-solving expertise to find the solutions that fit your needs. When you schedule a consultation with SANDPIPER, we will:
Scheduling a consultation will give you the information you need to make a decision about selecting an AODD pump manufacturer you can partner with who will provide safe, reliable and energy-efficient solutions. Fill out the form to schedule your consultation.
© 2023 SANDPIPER Pump | Portal Login | IDEX | Privacy Policy | Terms of Access | Patents | Website by SyncShow