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The Solberg FT-385P-1000F is a heavy-duty exposed intake filter with weatherhood engineered for high-flow industrial blowers, compressors, pneumatic conveying systems, and severe-duty operating environments. Designed with an exposed element configuration, this FT Series filter provides maximum airflow with minimal restriction while delivering reliable particulate filtration and equipment protection.
This model features a 10" ANSI flange connection and a high-efficiency polyester filter element rated at 5 microns with 99%+ filtration efficiency. Its rugged carbon steel construction with corrosion-resistant gray powder coat finish ensures dependable long-term durability in demanding industrial applications.
Key Features
- Model: FT-385P-1000F
- 10" ANSI flange connection
- Exposed/open element design with weatherhood protection
- High airflow capacity up to 1800 SCFM
- Polyester filter media with 99%+ efficiency at 5 microns
- Heavy gauge carbon steel construction
- Corrosion-resistant gray powder coat finish
- Low restriction outlet pipe and center bracket design
- Continuous operating temperature: -15°F to 220°F (-26°C to 104°C)
- Recommended filter replacement differential: 15-20" H2O above initial pressure drop
- Pressure drop graphs available upon request
- Fully drawn weatherhood for outdoor and industrial protection
- Replacement filter element: 385P
- Approximate outside diameter: 19.75"
- Approximate overall height: 21"
- Housing material: Carbon steel
Applications
- Positive displacement blowers
- Side channel blowers
- Piston compressors
- Screw compressors
- Pneumatic conveying systems
- Hydraulic breathers
- Waste water aeration systems
- Ash handling systems
- Industrial workshops
- Construction and contractor equipment
- Dock controls
- Envelope manufacturing
- Industrial and severe-duty environments
The Solberg FT Series intake filters are designed to provide superior airflow performance, efficient particulate removal, and long service life while minimizing maintenance requirements in demanding industrial operations.