Electric Diaphragm Pump for High-Efficiency Industrial Fluid Transfer
Compatible Machines & System Integration
The Graco HE30-1034 QUANTM Pump (QHC-FGFF9SSCWPSPTS130021) is designed for integration into electric and pneumatic diaphragm pump replacement systems used in hygienic and industrial fluid handling environments.
- Graco QUANTM h30 electric diaphragm pump platforms
- Food and beverage processing systems with Tri-Clamp sanitary connections
- Chemical transfer and dosing skids using 316 stainless steel wetted components
- Personal care production lines requiring hygienic fluid handling pumps
- Industrial batching systems replacing conventional air-operated diaphragm pumps
The Graco HE30-1034 QUANTM Pump is a next-generation electric double diaphragm pump engineered to replace compressed-air-driven systems with a more efficient, low-maintenance solution. It ensures consistent flow performance in continuous industrial applications while reducing energy consumption.
Built with a 316 stainless steel fluid section and configured with Buna-N sealing components, this model supports reliable operation across moderate chemical and sanitary processing environments.
Key Performance Characteristics
- Electric-driven QUANTM system eliminates need for compressed air supply
- Maximum flow capacity up to 30 GPM (114 LPM)
- Operating pressure capability up to 100 PSI (6.9 bar)
- Designed for continuous-duty industrial fluid transfer applications
Frequently Asked Questions
It is used for industrial fluid transfer applications, replacing air-operated diaphragm pumps with an electric-driven system for improved efficiency and reduced operating costs.
It is widely used in food and beverage processing, chemical manufacturing, personal care production, and sanitary fluid handling systems.
The pump includes a 316 stainless steel fluid section and Buna-N sealing components for durability and compatibility with a range of industrial fluids.
No, it operates using an electric drive system, eliminating the need for compressed air and improving energy efficiency.
