Electric Diaphragm Pump for Reliable Hygienic and Industrial Fluid Transfer
Compatible Machines & System Integration
- Graco QUANTM H30 series electric diaphragm pump systems
- Food and beverage production and hygienic transfer systems
- Pharmaceutical and sterile processing equipment lines
- Chemical dosing, blending, and industrial skid systems
- OEM fluid handling systems requiring electric diaphragm integration
What is Graco HE30-0167 Quantm Pump, QHC-FGFF6SSBNBNBNS140031?
The Graco HE30-0167 Quantm Pump is a high-efficiency QUANTM electric diaphragm pump designed for dependable, air-free fluid transfer in demanding hygienic and industrial environments. It replaces traditional pneumatic diaphragm technology with a direct electric drive system that improves energy efficiency, reduces maintenance, and enhances process stability.
Configuration QHC-FGFF6SSBNBNBNS140031 features 316 stainless steel wetted components and chemically resistant sealing materials, making it suitable for sanitary processing and moderate chemical applications where consistent performance and cleanliness are essential.
Key Performance Features
- Electric diaphragm technology eliminates compressed air usage
- 316 stainless steel wetted construction for hygienic applications
- Continuous-duty operation for industrial reliability
- Low-pulsation flow improves process consistency
- Energy-efficient design reduces operational costs
Application Overview
Designed for precise and consistent fluid handling, this QUANTM pump delivers stable performance in environments where hygiene, efficiency, and process control are critical. Its electric drive eliminates the need for compressed air systems while improving operational efficiency and reducing maintenance demands.
Frequently Asked Questions
It eliminates compressed air dependency, reducing energy consumption while improving flow stability and control precision.
It typically includes 316 stainless steel wetted components with chemically resistant elastomers suitable for hygienic and industrial use.
It is widely used in food and beverage processing, dairy production, pharmaceuticals, personal care manufacturing, and chemical dosing systems.
Electric systems reduce maintenance needs, remove air supply dependency, and deliver more stable, energy-efficient fluid transfer performance.
