Description
Pentair EQ Series Non-Strainer Flange Assembly 357212
Product Overview
As a retailer of hot tub spare parts, I’m offering this specialized Pentair flange assembly, designed for EQ Series 6″ connections where a strainer is not required. This commercial-grade component provides direct flow capability for specific applications.
Key Features
- Designed for non-strainer applications
- 6″ connection diameter
- Industrial-grade construction
- Direct flow design
- Professional sealing system
- Heavy-duty specifications
Technical Details
The 357212 flange assembly incorporates high-flow engineering for commercial applications not requiring strainer functionality. The 6″ connection size maximizes flow capacity while maintaining system integrity. The streamlined design eliminates unnecessary components while ensuring proper sealing.
Compatibility
This flange assembly is specifically designed for:
- Pentair EQ Series pumps
- 6″ plumbing systems
- Non-strainer applications
- Part number cross-reference: 357212
Installation Notes
Professional installation required. Precise alignment critical for proper operation. Verify gasket placement and condition before assembly. Use specified torque sequence for mounting hardware. Ensure proper support for large diameter connections.
Specifications Table
| Specification | Detail |
|---|---|
| Manufacturer | Pentair |
| Model Line | EQ Series |
| Part Number | 357212 |
| Connection Size | 6 inch |
| Material | Industrial-grade |
| Application | Direct flow (no strainer) |
| Replacement Type | Direct OEM replacement |
| Design Type | Non-strainer flange |
| Construction | Heavy-duty assembly |
| Sealing Method | Commercial gasket system |
| Usage | Industrial/Commercial |
| Flow Pattern | Straight through |
Maintenance Recommendations
Regular inspection of sealing surfaces and mounting hardware. Check gasket compression and sealing integrity. Monitor for signs of stress or vibration damage. Verify proper support of plumbing connections. Replace any components showing wear to maintain system efficiency.
