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Product Description
The Solberg STS-250C is a high-capacity inline straight-through vacuum liquid separator designed to protect vacuum pumps and systems from liquid carryover, condensate, and entrained debris. It is engineered for larger industrial vacuum systems where efficient liquid removal and reliable pump protection are critical.
This STS Series separator features a transparent high-impact 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 improves separation efficiency and ensures stable vacuum system performance even under heavy flow conditions.
Key Features
- Inline straight-through vacuum liquid separator design
- 2.5" FPT inlet/outlet connection
- High-impact transparent polycarbonate bowl for inspection
- Stainless steel float shut-off for overflow protection
- Internal baffle system for improved liquid separation
- Heavy-duty cast aluminum head construction
- Designed for high-flow industrial vacuum systems
- Easy maintenance and quick inspection access
- Reliable protection for vacuum pumps and blowers
Specifications
- Model: STS-250C
- Connection Size: 2.5 in FPT
- Flow Capacity: ~210 SCFM
- Type: Inline Straight-Through Liquid Separator
- Housing Material: Cast Aluminum
- Bowl Material: Polycarbonate (transparent)
- Float Mechanism: Stainless steel shut-off system
- Operating Temperature: -15°F to 220°F
- Max Service Temperature: 104°C
- Design Pressure: Vacuum service / low pressure
- Approx. Dimensions: ~17.25 in (H), ~9 in diameter
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 collection systems
- General industrial air-liquid separation
The Solberg STS-250C provides dependable liquid separation for high-capacity vacuum systems, improving equipment safety, reducing downtime, and extending pump life in demanding industrial environments.