Efficient Electric Diaphragm Pump for Demanding Fluid Transfer Applications
Compatible Machines
- Graco Quantm Electric Double Diaphragm (EODD) Pump Systems
- Integrated industrial fluid handling and transfer systems
- Automated production equipment using electric diaphragm pump technology
- Chemical, coating, and process fluid management systems
Product Overview
The Graco HE80-0264 Quantm Pump, QHD-FGFF2SSBNBNEPS140031 is an advanced electric double diaphragm pump designed to deliver high-efficiency fluid transfer with precise control. As part of the innovative Quantm series, it replaces traditional air-operated pumps with an energy-saving electric drive system.
Built for industrial reliability, this Quantm Pump provides consistent flow, reduced pulsation, and improved operational efficiency. Its robust construction supports a wide range of fluid types, making it suitable for both general industrial and specialized processing environments.
Key Features
- Electric-driven diaphragm technology for optimized efficiency and performance
- Durable stainless steel construction for long service life
- Reduced energy consumption compared to pneumatic pumps
- Low pulsation output for consistent fluid delivery
- Integration-ready design for automated systems
Applications
- Chemical transfer and dosing operations
- Industrial coating and finishing systems
- Water and wastewater processing
- General manufacturing fluid handling
- Process industries requiring precise fluid control
Frequently Asked Questions
The Quantm electric pump eliminates the need for compressed air, resulting in higher energy efficiency, quieter operation, and more precise flow control.
Yes, its diaphragm-based design and durable materials allow it to handle a variety of aggressive, abrasive, and viscous fluids safely.
Yes, it is designed for seamless integration into automated systems, offering consistent performance and controllability for modern manufacturing processes.
No, the electric design reduces wear components associated with air systems, leading to lower maintenance needs and longer service intervals.
