Graco HE80-1500 Quantm Pump, QHD-HSFF7FL--POEPSSASF21
$16,000.00
In Stock
Electric diaphragm pump from Graco’s Quantm series designed for efficient, low-pulsation fluid transfer in demanding industrial and automated production environments.
- Energy-efficient electric Quantm drive system
- Consistent low-pulsation fluid output
- Compatible with Graco Quantm pump platforms
- Designed for continuous industrial operation
Quantity
Genuine OEM Part
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High-Efficiency Electric Pump for Industrial Fluid Handling Systems
Compatible Machines
| System Type | Application Role |
|---|---|
| Graco Quantm Electric Diaphragm Platforms | Direct pump integration for fluid transfer operations |
| Automated Manufacturing Systems | Precise dispensing and controlled fluid delivery |
| Industrial Coating Equipment | Stable supply for paint and finishing processes |
| Chemical Processing Systems | Safe transfer of industrial and process fluids |
Product Overview
The Graco HE80-1500 Quantm Pump, QHD-HSFF7FL--POEPSSASF21 is a high-performance electric diaphragm pump engineered for efficient and precise fluid transfer in demanding industrial environments. It replaces traditional pneumatic systems with an electric drive, delivering improved energy efficiency and consistent flow control.
Designed for continuous operation, it provides smooth, low-pulsation output ideal for sensitive materials and automated production lines where accuracy and reliability are critical.
Key Features
- Electric Quantm drive technology for improved energy efficiency
- Low-pulsation fluid delivery for stable process control
- Heavy-duty industrial construction for continuous operation
- Compatible with Graco Quantm systems for seamless integration
Frequently Asked Questions
It is used for controlled fluid transfer in industrial applications such as coating, chemical handling, and automated manufacturing systems.
It is designed for integration with Graco Quantm electric diaphragm pump platforms and related industrial fluid systems.
It reduces energy usage, eliminates compressed air dependency, and delivers more consistent and precise fluid flow compared to pneumatic systems.
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