Electric hygienic double diaphragm pump designed for efficient, air-free transfer of sanitary and industrial fluids with stable, low-maintenance operation.
| Compatible Machines / Systems | Application Area | Integration Type |
|---|---|---|
| Food & Beverage Processing Lines | Transfer of syrups, sauces, dairy, and edible liquids | Sanitary DIN / Tri-Clamp systems |
| Pharmaceutical Manufacturing Equipment | Sterile fluid handling and dosing processes | Hygienic stainless steel piping integration |
| Personal Care Production Systems | Lotions, creams, gels, and cosmetic formulations | 316 stainless steel sanitary connections |
| Chemical Processing Units | Moderate chemical and solvent transfer | Electric retrofit replacement for pneumatic pumps |
| Existing AODD Pump Installations | Energy-efficient upgrade from air-operated systems | Direct drop-in compatibility |
The Graco HE80-0013 Quantm Pump, QHD-FGFF1SSCWPSPTS140021 is a high-efficiency electric double diaphragm pump designed for hygienic and industrial fluid handling applications requiring precision, cleanliness, and energy optimization. It replaces traditional air-operated diaphragm pumps by using a direct electric drive system that delivers stable flow performance and reduced operational costs.
Built with a 316 stainless steel fluid section and sanitary-grade components, this pump is engineered for demanding environments such as food processing, pharmaceuticals, and personal care manufacturing. The configuration QHD-FGFF1SSCWPSPTS140021 supports hygienic DIN connections and is optimized for contamination-sensitive applications where product integrity is critical.
Its seal-less design minimizes leakage risks while ensuring reliable self-priming capability. The pump is also designed for retrofit installation, allowing seamless replacement of existing pneumatic systems without major infrastructure changes.
The Graco HE80-0013 Quantm Pump is part of the advanced QUANTM series, engineered to improve efficiency in industrial fluid transfer systems. It operates using an electric motor-driven diaphragm mechanism that eliminates the need for compressed air, reducing energy consumption and maintenance requirements.
This model is widely used in sanitary production environments where consistent flow control, hygienic construction, and chemical compatibility are essential. It supports continuous-duty operation and is designed for long service life in demanding processing conditions.
