Description
Overview
The Spirax-Sarco 68568C UTD 52H is a high capacity thermodynamic disc steam trap engineered for demanding steam system applications. Designed and manufactured by Spirax-Sarco — a world leader in steam management solutions — this trap delivers dependable, automatic condensate discharge while preventing live steam loss, protecting system efficiency and reducing energy costs.
How It Works
The UTD 52H operates on the thermodynamic disc principle. When condensate enters the trap, the disc lifts and allows discharge. As steam or flash steam follows, the pressure differential forces the disc closed, blocking steam passage. This simple, robust mechanism contains no bellows, floats, or levers, resulting in a highly reliable trap with minimal maintenance requirements.
Key Features
- High capacity thermodynamic disc design for increased condensate throughput
- Compact, lightweight construction for easy installation in tight spaces
- Stainless steel disc and seat for long service life and corrosion resistance
- All-stainless internal components resist wear and water hammer
- Suitable for superheated steam applications
- In-line renewable — serviceable without removing from the pipeline
- Freeze-resistant design for outdoor or exposed installations
- Manufactured by Spirax-Sarco, a globally trusted steam system authority
Typical Applications
- Steam mains and distribution tracing
- Steam tracing lines on process piping
- Drip legs on steam headers
- Industrial process heating systems
- High-pressure steam distribution networks
Why Choose Spirax-Sarco
Spiraz-Sarco has over a century of expertise in steam engineering. The UTD series thermodynamic disc traps are renowned for their durability, minimal moving parts, and consistent performance across a wide range of pressures and temperatures — making them a preferred choice for facility engineers and HVAC/mechanical contractors worldwide.
Ordering Information
- Brand: Spirax-Sarco
- Model: UTD 52H
- SKU: 68568C
- Type: High Capacity Thermodynamic Disc Steam Trap






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