Start manual, upgrade to semi-automatic, or go fully automatic to minimize downtime.
Disassemble housing; remove and clean screen manually.
Best for: Lower duty cycles, budget-sensitive operations.
(BIF & MVC)
Brush-in-filter and/or vacuum cleaning without full teardown.
Best for: Moderate loading, faster turnarounds.
(RAB & AVC)
Brush and/or vacuum cycles triggered by ΔP/time.
Best for: High solids, 24/7 uptime, minimal operator intervention.
| Feature | Manual | Semi-Auto (BIF & MVC) | Fully Auto (RAB & AVC) |
|---|---|---|---|
| Cleaning Action | Remove housing; clean screen externally | Brush/vacuum screen in place | Automated brush/vacuum cycles |
| Trigger | Manual observation | Operator initiated | ΔP sensor / timer |
| Typical Downtime | 30-60 minutes | 5-15 minutes | 0 minutes (online) |
| Labor | High (tools, disassembly) | Moderate (initiate cycle) | Low (monitor only) |
| Best For | Low-duty cycle, budget projects | Moderate loading, accessible sites | High solids, 24/7 operations |
| Upgrade Path | → Semi-Auto | → Fully Auto | Optimal setup |
Learn about the specific technologies that power each cleaning approach
Rotating brush assemblies mechanically scrub screen surfaces to remove organic matter, algae, and fibrous debris. Available in both manual (BIF) and fully automatic (RAB) configurations.
High-suction vacuum scanner pulls debris through rapid backflush cycles, ideal for heavy solids and sand. Available as semi-automatic MVC (manual) or fully automatic AVC (automated with differential pressure triggers).
Compatible with Manual, BIF, MVC, RAB, and AVC cleaning options.
Compatible with Manual, BIF, MVC, RAB, and AVC cleaning options.
Compatible with Manual, BIF, MVC, RAB, and AVC cleaning options.
Not compatible with Brush/Vacuum/RAB cleaning options.
Our filtration specialists can help you select the right cleaning option for your application and operational requirements.