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Product Description
The Solberg STS-300C is a high-capacity inline straight-through vacuum liquid separator designed to protect vacuum pumps and systems from liquid carryover, moisture, and entrained debris. It is engineered for demanding industrial vacuum applications where stable separation performance and equipment protection are essential.
This STS Series separator features a high-impact transparent polycarbonate bowl for easy visual monitoring and a stainless steel float shut-off mechanism that prevents liquid overflow from entering downstream equipment. The internal baffle design ensures efficient separation of liquids and solids from the airstream, improving overall system reliability.
Key Features
- Inline straight-through vacuum liquid separator design
- 3" FPT inlet/outlet connection
- Transparent polycarbonate bowl for easy inspection
- Stainless steel float shut-off for overflow protection
- Internal baffle system for improved separation efficiency
- Cast aluminum corrosion-resistant head construction
- Heavy-duty design for industrial vacuum systems
- Easy maintenance and quick access for servicing
- Designed for continuous-duty vacuum applications
Specifications
- Model: STS-300C
- Connection Size: 3 in FPT
- Flow Capacity: ~240 SCFM
- Type: Inline Straight-Through Liquid Separator
- Housing Material: Cast Aluminum
- Bowl Material: Polycarbonate (transparent)
- Float Mechanism: Stainless steel emergency shut-off
- Drain Port: 1/2 in FPT (typical for this size range)
- Operating Temperature: -15°F to 220°F (assembly)
- Max Temperature (bowl): ~290°F
- Holding Capacity: ~2 gallons
- Approx. Weight: ~20–25 lb
Applications
- Vacuum pump protection systems
- Soil vapor extraction systems
- Industrial vacuum lines
- Moisture and condensate removal systems
- Pneumatic conveying systems
- Food processing equipment
- Chip and dust handling systems
- General industrial air-liquid separation
The Solberg STS-300C delivers reliable liquid separation for high-flow vacuum systems, ensuring improved pump protection, reduced downtime, and consistent industrial performance.