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Product Description
Ultra Maximum Capacity Filtration with Extreme Airflow & Advanced Noise Reduction
The Solberg FS-385P-1000F Air Inlet Filter Silencer is engineered for the most demanding industrial systems requiring ultra-high airflow, efficient air filtration, and superior intake noise reduction. Featuring an extra-large extended housing, flanged connection, integrated weatherhood, and advanced tubular silencing technology, this unit ensures optimal performance with minimal pressure drop in continuous heavy-duty environments.
Key Features:
- High-efficiency polyester filter media with 99%+ filtration efficiency
- 5-micron filtration rating for fine particle removal
- Flanged (FLG) connection for secure, heavy-duty industrial installation
- Fully integrated weatherhood protects against dust, debris, and moisture
- Extra-large extended housing for maximum dirt-holding capacity and longest service intervals
- Advanced tubular silencing reduces intake noise while maintaining ultra-high airflow
- Low pressure drop design improves system efficiency
- Heavy-duty carbon steel construction with corrosion-resistant powder coating
- Replaceable filter element for cost-effective maintenance
Specifications:
- Model: FS-385P-1000F
- Connection Type: 10" Flanged (FLG)
- Flow Rate: Up to 1200 CFM
- Filter Media: Polyester
- Micron Rating: 5 µm
- Efficiency: 99%+
- Material: Carbon Steel
- Finish: Corrosion-Resistant Gray Powder-Coated
- Operating Temperature: -15°F to 220°F
- Dimensions: Approx. 20" Diameter x 36–40" Height
- Weight: Approx. 110–130 lbs
- Noise Reduction: Approx. 5–15 dB
Applications:
- Large industrial air compressors
- High-capacity blowers (PD & centrifugal)
- Industrial vacuum systems
- Pneumatic conveying systems
- Wastewater aeration systems
- Extreme-duty continuous industrial environments
This filter silencer delivers ultra-maximum airflow capacity, the highest dirt-holding capability in the FS series, and effective noise attenuation. Its oversized housing and large flanged connection make it ideal for extreme industrial systems requiring maximum efficiency, durability, and minimal maintenance.