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Product Description
The Solberg STS-400C is a high-capacity inline straight-through vacuum liquid separator designed to protect vacuum pumps and systems from liquid carryover, condensate, and entrained debris. Built for heavy-duty industrial applications, it ensures reliable separation performance even under high airflow conditions.
This STS Series separator features a transparent high-impact polycarbonate drop-down bowl for easy visual monitoring and a stainless steel float shut-off mechanism that prevents liquid from entering downstream equipment. The internal baffle system efficiently separates liquids and solids from the airstream, improving pump protection and system reliability.
Key Features
- Inline straight-through vacuum liquid separator design
- 4" FPT inlet/outlet connection
- High-impact transparent polycarbonate bowl for visual inspection
- Stainless steel float shut-off for overflow protection
- Internal baffle system for efficient liquid separation
- Cast aluminum corrosion-resistant head construction
- Heavy-duty design for high-flow vacuum systems
- Easy maintenance and quick access for servicing
- Designed for continuous industrial vacuum operation
Specifications
- Model: STS-400C
- Connection Size: 4 in FPT
- Flow Capacity: ~500 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 in
- Operating Temperature: -15°F to 220°F (system)
- Maximum Temperature (bowl): ~290°F
- Approx. Dimensions: ~20.5 in length, ~13.5 in diameter
- Weight: ~21 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-400C delivers reliable high-flow liquid separation performance, protecting vacuum systems from damage while improving efficiency and reducing downtime in demanding industrial environments.