Compatible Machines
- Graco Husky 3300 Air-Operated Double Diaphragm Pump Systems
- 3-inch industrial air-operated diaphragm pump installations
- Compressed-air driven fluid transfer skids designed for Husky 3300 configurations
- Bulk fluid handling systems configured for 3" AODD pumps
Product Overview
The Graco 652172 Pump 3300A-PA01AA2ACACTPBN is a complete Husky 3300 air-operated double diaphragm pump designed for demanding industrial fluid transfer applications. Built for durability and consistent performance, this 3-inch AODD pump delivers high flow capacity while maintaining reliable, stall-free operation in tough environments.
Engineered for large-scale material handling, this pump is ideal for chemical processing, coatings transfer, wastewater movement, oil distribution, and other heavy-duty fluid applications where compressed air operation is required.
Key Features
| Pump Series | Husky 3300 |
| Pump Type | Air-Operated Double Diaphragm (AODD) |
| Port Size | 3 Inch Fluid Inlet & Outlet |
| Drive Method | Compressed Air |
| Application Type | High-volume industrial fluid transfer |
Performance Benefits
- High flow capacity for bulk material handling
- Stall-resistant air valve design for continuous operation
- Handles viscous fluids and suspended solids
- Suitable for harsh industrial environments
- Designed for easy service and reduced downtime
Typical Applications
- Chemical transfer systems
- Paint and coatings circulation
- Industrial wastewater handling
- Oil and lubricant distribution
- Bulk fluid processing operations
Frequently Asked Questions
The model number identifies a specific factory configuration of the Husky 3300 pump, including material construction, diaphragm type, valve components, and porting style. This ensures the pump matches precise application requirements.
No. This is an air-operated diaphragm pump that runs using compressed air, making it suitable for hazardous or explosion-sensitive environments.
Yes. The Husky 3300 series is designed to transfer viscous materials and fluids containing suspended solids, depending on the selected internal components and materials.
