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Product Description
The Solberg CT-275P-600C is a heavy-duty inline T-style inlet vacuum filter engineered for high-capacity industrial vacuum systems. Designed to protect blowers, vacuum pumps, and pneumatic conveying lines, it efficiently removes dust, ash, and fine particulate contamination to ensure reliable system performance.
This CT Series filter features a 5-micron polyester filter element with 99%+ filtration efficiency, delivering clean airflow and protecting downstream equipment from wear and damage. Its large-capacity housing and integrated baffle design support high flow rates while maintaining low pressure drop and long service intervals.
Key Features
- Inline T-style inlet vacuum filter configuration
- High-capacity industrial design for large vacuum systems
- 5-micron polyester filter media
- 99%+ particulate removal efficiency
- Integrated baffle design for improved separation
- Corrosion-resistant cast aluminum head
- Heavy-duty carbon steel housing and bucket
- Designed for easy maintenance and long service life
- Low pressure drop even at high airflow
Specifications
- Model: CT-275P-600C
- Connection Size: 6 in FNPT
- Filter Media: Polyester
- Micron Rating: 5 Micron
- Filtration Efficiency: 99%+
- Maximum Air Flow: ~1100 CFM
- Housing Material: Carbon Steel
- Head Material: Cast Aluminum
- Bucket Material: Polycarbonate / steel configuration (CT/ST dependent)
- Outside Diameter: ~19 in
- Overall Height: ~18.25 in
- Operating Temperature: -15°F to 220°F
- Pressure Drop: 37–50 mbar
Applications
- Large vacuum pump systems
- Pneumatic conveying systems
- Cement and ash handling
- Paper processing industries
- Glass and ceramic manufacturing
- Woodworking operations
- Factory automation systems
- Vacuum packaging lines
- Wastewater aeration systems
- Central industrial vacuum systems
- Remote compressor installations
The Solberg CT-275P-600C is designed for high-volume industrial vacuum applications, offering exceptional airflow capacity, robust construction, and reliable particulate protection in demanding environments.