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Product Description
The Solberg FT-385P-800F 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 delivers maximum airflow with minimal restriction while providing reliable particulate filtration and superior equipment protection.
This model features an 8" ANSI flange connection and a high-efficiency polyester filter element rated at 5 microns with 99%+ particulate removal efficiency. The rugged carbon steel construction with corrosion-resistant gray powder coat finish ensures dependable performance and long service life in demanding industrial applications.
Key Features
- Model: FT-385P-800F
- 8" ANSI flange connection
- Exposed/open element design with weatherhood protection
- Maximum airflow capacity: 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 overall height: 21"
- Approximate outside diameter: 19.75"
- 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 extended equipment protection while minimizing maintenance requirements in demanding industrial applications.