Graco HE30-0108 Quantm Pump, QHC-FGFF2SSPTPSEPS140031
Electric diaphragm pump designed for stable, low-pulsation fluid transfer with reduced energy consumption in continuous-duty systems.
- Model: HE30-0108, QHC-FGFF2SSPTPSEPS configuration
- Quantm electric drive removes need for compressed air
- Stainless steel wetted parts for corrosion resistance
- Compatible with Graco Quantm pump systems
- Consistent flow control for precision applications
Energy-Efficient Electric Pump for Precise and Reliable Fluid Movement
Compatible Machines
- Graco Quantm Electric Double Diaphragm Pump Systems
- Industrial fluid transfer and dosing equipment
- Chemical processing systems with stainless steel flow paths
- Food & beverage production systems (sanitary configurations)
- Pharmaceutical and clean fluid handling equipment
Product Overview
The Graco HE30-0108 Quantm Pump, QHC-FGFF2SSPTPSEPS140031 is a high-performance electric double diaphragm pump designed for precise, efficient, and consistent fluid handling in demanding industrial environments. Powered by advanced Quantm technology, it reduces energy consumption while maintaining stable flow compared to traditional air-operated systems.
Featuring stainless steel wetted components, this pump ensures long-term durability and compatibility with aggressive, sensitive, and hygienic fluids. The QHC-FGFF2SSPTPSEPS configuration supports reliable operation in applications requiring corrosion resistance and consistent performance.
Key Features
- Quantm Electric Drive for improved energy efficiency and control
- QHC-FGFF2SSPTPSEPS Configuration for specialized industrial applications
- Stainless Steel Wetted Parts for corrosion resistance and durability
- Low pulsation flow for accurate and stable transfer
- Quiet operation with reduced maintenance requirements
Applications
Suitable for industries requiring precision and cleanliness, including chemical processing, food and beverage production, pharmaceuticals, and industrial manufacturing. Its electric-driven design ensures consistent output and efficient operation in continuous-duty systems.
Frequently Asked Questions
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