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Product Description
Solberg FT-274P-600 Inlet Filter Silencer
The Solberg FT-274P-600 Inlet Filter Silencer is designed for high-efficiency air intake filtration combined with integrated noise attenuation for blowers, compressors, vacuum pumps, and industrial air handling systems. It features a rugged powder-coated carbon steel housing with a weatherhood design that protects against airborne contaminants while supporting stable airflow and reduced operational noise.
This FT Series model uses a high-performance paper filter element rated for fine particulate removal at 2 microns, ensuring clean intake air, improved equipment protection, and reduced maintenance downtime in demanding industrial environments. The replaceable element design ensures consistent filtration performance and easy servicing.
Key Features
- Integrated inlet filter and silencer design
- High-efficiency paper filter element
- 2 micron filtration rating (99%+ efficiency)
- 6" threaded inlet connection
- Rated airflow capacity up to 1100 CFM
- Weatherhood design for environmental protection
- Corrosion-resistant powder-coated carbon steel housing
- Low pressure drop and high airflow efficiency
- Replaceable filter element for simplified maintenance
- Industrial-grade construction for heavy-duty applications
Applications
- Vacuum pumps
- Industrial blowers
- Air compressors
- Pneumatic conveying systems
- Wastewater aeration systems
- Industrial air intake filtration systems
- Dust-heavy manufacturing environments
Technical Specifications
- Model: FT-274P-600
- Series: FT Series Filter Silencer
- Connection Size: 6" NPT
- Filter Media: Paper
- Micron Rating: 2 Micron
- Filtration Efficiency: 99%+ @ 2 Micron
- Flow Capacity: 1100 CFM
- Housing Material: Powder-Coated Carbon Steel
- Element Type: Replaceable (274P™ Paper Element)
- Operating Temperature: -15°F to 220°F
The Solberg FT-274P-600 delivers high-capacity inlet filtration and silencing performance, helping protect equipment from contamination while improving efficiency and reducing maintenance costs in large-scale industrial applications.