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Product Description
Solberg SM2-18P-125 SpinMeister Extreme Duty Inlet Filter
The Solberg SM2-18P-125 SpinMeister® Extreme Duty Inlet Filter is designed for high-efficiency intake filtration in severe industrial environments with heavy dust and airborne particulate contamination. Featuring a dual-stage filtration system, this rugged inlet filter combines a SpinMeister® centrifugal pre-cleaner with a high-performance paper filter element to deliver dependable protection for compressors, blowers, and vacuum systems.
The integrated SpinMeister® pre-cleaner uses centrifugal force to separate larger contaminants before they reach the primary filter media, helping extend filter service life, reduce maintenance requirements, and maintain consistent airflow performance in demanding applications.
Key Features
- Dual-stage SpinMeister® pre-cleaner filtration system
- High-efficiency paper filter media rated to 2 micron
- 1-1/4" BSPT threaded connection
- Up to 100 SCFM airflow capacity
- 85% pre-cleaner efficiency at 15 microns
- Corrosion-resistant gray powder-coated carbon steel housing
- Durable molded fiber-filled composite SpinMeister® assembly
- Compact seamless housing construction
- Continuous operating temperature from -15°F to 220°F
- Designed for extreme-duty industrial applications
Applications
- Regenerative blowers
- Piston compressors
- Screw compressors
- Vacuum pumps and vacuum systems
- Construction and contractor equipment
- Vacuum coating systems
- Industrial air intake filtration
Technical Specifications
- Model: SM2-18P-125
- Series: SM Series SpinMeister®
- Connection Size: 1-1/4" BSPT
- Filter Media: Paper
- Micron Rating: 2 Micron
- Filtration Efficiency: 99%+ @ 2 Micron
- Pre-cleaner Efficiency: 85% @ 15 Micron
- Assembly Airflow Rating: 100 SCFM
- Approximate Weight: 2 lbs
- Replacement Element: 18P™ Paper Element
- Operating Temperature Range: -15°F to 220°F
The Solberg SM2-18P-125 provides reliable intake filtration performance for heavy-duty industrial systems, helping protect critical equipment from airborne contaminants while reducing downtime and maintenance costs.