Every process is unique - that’s why we offer several backwashing/tubular systems in several configurations.
Our flagship tubular systems. During backwash, a single tube is taken off-line from the process flow via a three-way valve. Once an element is clean, it is returned to service and the next element may be cleaned. The remaining elements in the filter remain operational throughout this cycle. F-Series and AFC-Series multiplex units consist of 2-20 individual tubes valved in parallel to common inlet, outlet, and drain headers. AFC-Series units are also available in economical single and duo-tube configurations, which must be removed from service for manual cleaning.
AFC-Series - high-pressure capability and modular flexibility
When your application demands high-pressure operation - up to 1,000 psi (69 bar) - and scaleable flexibility, the Ronningen-Petter AFC-Series is optimal. AFC-Series systems are available in single-, duo-, and multiplex configurations to meet your application and business demands.
Single Filters
Designed for batch or intermittent service, our single AFC-Series filters are ideal for a wide range of applications. Quick coupling connectors afford easy media access for inspection, cleaning, or replacement. We offer a choice of Strate-Thru and Standard configurations, both with pressure gauge and drain valve options.
Specifications
Strainer Model |
N/A AFC 3300 Single Unit |
Body Inlet / Outlet Size |
N/A 3 in76.2 mm |
Screen Length |
N/A 18 in36 in457.2 mm914.4 mm |
| Element Styles Available1 | N/A 3.25 in (82.8mm) Diameter Single, Tri-Cluster, Accuflux - 7 |
Body Diameter |
N/A 4.5 in114.3 mm |
| Standard Pressure Rating2 | N/A 150 psi10.3 bar |
Total Volumetric Capacity - model # |
N/A 3318 3336 |
Total Volumetric Capacity |
N/A 1.3 gal2.4 gal4.9 L9.1 L |
Single Unit Weight |
N/A 18.1 lb40 lb20.4 kg45 kg |
Strate-Thru Drain Size |
N/A 0.5 in12.7 mm |
| Filter Media Material3 | N/A Fabric: 230 - 1 micron Slotted: 1,600 - 25 microns Wire mesh: 1,650 - 2 microns |
Note |
N/A Available in Strate-Thru design only. |
Cake Formation Increases Operational Efficiency
|
N/A
While the filtration media provides some of the filtration action, collected contaminants actually further increase efficiency. We call this phenomenon "cake formation." The collected solids (or "cake") trap additional contaminants. The key to making this principle work is timely cleaning - too soon and you lose the benefit, too late and the system flow becomes hindered. |
- 1 Consult media availability chart for specific retentions and types available.
- 2 PTFE gaskets limit pressure maximum to 80 psi (5.5 bar).
- 3 See downloads for more details.
