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Steam Trap (Water Trap) 4.75" Long
Steam Trap (Water Trap) 6.5" Long
Steam Trap (Water Trap) 4.75" Long (GS7_2301)
Steam Trap (Water Trap) 4.75" Long
The 4.75 in borosilicate glass steam trap (model GS7_2301) features a curved inner tube and drainage tube, providing reliable condensation removal, air venting, and enhanced plant system performance. Its lightweight design at 16gr makes it for efficient steam management.
Product Specifications
| Product Name | Steam Trap (Water Trap) 4.75" Long |
| Model/Part Number | GS7_2301 |
| Application | Water, Steam |
| Length | 4.75" |
| Material | Borosilicate glass |
| Inner Tube Design | Curved |
| Drainage Tube | Present |
| Weight | 16gr |
Applications and Benefits:
- Air ventilation – purges air from steam systems to improve heat transfer.
- Condensation removal – discharges condensate while retaining steam for efficient operation.
- Plant performance – maintains dry, clean steam to optimize heat exchanger efficiency.
Key Features and Benefits
Steam Trap (Water Trap) 6.5" Long (GS7_2301L)
Steam Trap (Water Trap) 6.5" Long
The Steam Trap (Water Trap) 6.5" Long is engineered for industrial steam systems to eliminate condensate while preserving steam flow. Constructed from borosilicate glass, it incorporates a curved inner tube and a dedicated drainage tube for reliable condensate discharge and heat transfer.
Product Specifications
| Product Name | Steam Trap (Water Trap) |
| Model / Part Number | GS7_2301L |
| Length | 6.5 in (165 mm) |
| Material | Borosilicate glass |
| Fluids | Water, Steam |
| Weight | 28 g |
| Design Features | Curved inner tube, drainage tube |
Applications and Benefits:
- Air ventilation
- Condensation removal
- Plant performance optimization
Key Features and Benefits
- Borosilicate glass construction for high thermal resistance
- Curved inner tube prevents condensate re‑entrainment
- Integrated drainage tube enables easy condensate discharge
- Compact 6.5‑inch length suitable for space‑constrained installations
- Optimized design maximizes heat transfer efficiency
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