If steam is present, the trap instantly shuts. When condensate enters the trap, it pushes the disc upwards, allowing the condensate to freely discharge. The internal steam pressure (holding the disc and seat shut) eventually drops, and the trap re-opens. When steam enters the trap, it creates an internal pressure above the disc that instantly forces the disc to close tightly on the seat, preventing the steam from escaping. How It Works The disc is the only moving part inside a thermodynamic trap. If a fully in-line repairable design is required, the TD700S or the UTD450 with Universal Quick- Change connector is recommended. If a trap with an integral strainer is desired, the TD600S is recommended. They are compact and rugged with only a single moving part. These traps are suitable for outdoor applications that are subject to freezing as well as superheated steam conditions.

They can also be used for steam tracing applications.

Allowable Temperature 600 PSIG Typical Applications DRIP, TRACING: TD600 model steam traps are most commonly used in drip applications, such as draining condensate from steam mains and steam supply lines. Allowable Pressure 600 PSIG up to 800✯ TMA Max. 1 STEAM TRAPS Steam Traps Thermodynamic Steam Trap TD600 Thermodynamic Model TD600, TD600L Sizes 3/8, 1/2, 3/4, 1 Connections NPT Body Material Stainless Steel 420F Options Insulation Cap PMO Max.

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