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Graco HE30-0562 Quantm Pump, QHC-FGFF1SSPTPSEPS130021

Electric double diaphragm pump designed for precise, energy-efficient fluid transfer with stable low-pulsation performance in industrial systems.

  • Model: HE30-0562, Quantm QHC configuration
  • Electric drive eliminates compressed air dependency
  • Consistent flow control with reduced pulsation
  • Compatible with Graco Quantm pump systems
  • Suitable for chemical and process fluid handling

$6840
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Electric Diaphragm Pump Engineered for Efficient Process Fluid Handling

Compatible Machines

  • Graco Quantm Electric Double Diaphragm Pump Systems
  • Automated Industrial Fluid Transfer Equipment
  • Chemical Dosing and Injection Units
  • Food, Beverage, and Hygienic Processing Lines
  • Pharmaceutical Manufacturing Systems

What is the Graco HE30-0562 Quantm Pump?

The Graco HE30-0562 Quantm Pump, QHC-FGFF1SSPTPSEPS130021 is a high-performance electric double diaphragm pump designed for precise, energy-efficient fluid transfer in industrial environments. It replaces traditional air-driven systems with a controlled electric drive, improving efficiency, consistency, and process stability.

Built for demanding applications, this Quantm pump delivers smooth, low-pulsation flow while reducing energy consumption and maintenance requirements. Its robust design supports a wide range of industrial fluids, making it suitable for continuous-duty and high-precision operations.

Key Features and Benefits

  • Electric drive eliminates need for compressed air systems
  • Consistent low-pulsation fluid delivery
  • Energy-efficient operation reduces operating costs
  • Heavy-duty construction for industrial reliability
  • Compatible with automated process control systems

Applications

This electric diaphragm pump is used across chemical processing, coatings, food and beverage production, pharmaceuticals, and general manufacturing. It is designed for applications requiring accurate flow control, reduced downtime, and improved energy efficiency.

Frequently Asked Questions

It uses an electric drive instead of compressed air, improving energy efficiency and providing more precise flow control.

Yes, it is designed for a wide range of chemical and industrial fluid transfer applications depending on material compatibility.

Yes, fewer air-related components result in lower maintenance requirements and improved operational reliability.

Yes, it is designed for integration with modern automated industrial and process control environments.

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