p46sディスク・スチームトラップ ～4.6mpag 1.作動圧力差はトラップ入口と出口との圧力差です。 2.選定の際は1.5倍以上の安全率をおとりください。 3.出口側背圧は入口側圧力の50％以内でご使用ください。 特長 空気保温式で空打ちと蒸気ロスを減少

Stainless steel durability for steam mains and tracing. Hardened stainless steel working surfaces. Air-jacketing reduces no-load cycling. Lapped disc provides steam-tight seal without air binding. Built-in, easy-to-clean screen. Bimetal ring provides quick thermostatic air venting.

Stainless steel trap includes Y-strainer for reliable performance in tracing, instrumentation, and steam mains. Hardened stainless steel working surfaces for long service life. Air-jacketing reduces no-load cycling and extends service life. Lapped …

As steam enters the trap, the bimetal air vent ring is heated and expands, quickly slipping down the valve seat skirt, freeing the disc. The steam flows rapidly under the released disc and the jet creates a low-pressure region (Bernoulli's principle).

MODEL P46SS THERMODYNAMIC DISC TRAP WITH THERMOSTATIC AIR VENTING Stainless steel durability for steam mains and tracing. 1. Hardened working surfaces for long life. 2. Lapped disc provides steam-tight seal without air binding for long life. 3. Quick thermostatic air venting with bimetal ring for fast start-up. 4. Air jacketing reduces cycling ...

View and Download TLV PowerDyne P46S instruction manual online. Thermodynamic Steam Trap. PowerDyne P46S industrial equipment pdf manual download.

Thermodynamic Disc Steam Trap. Screwed. 1/2", Stainless Steel, Max Operating Pressure 650psi. Be the first to Write a Review. © 2023 – 2025 Winn-Marion Companies All rights reserved.

Inline repairable trap for steam mains, tracers and coils, with wide capacity range to match various conditions. Available in carbon steel or stainless steel. Inline replaceable module valve seat. Air jacketing reduces no-load cycling. Lapped disc provides steam-tight seal without air binding. Built-in screen for trouble-free service.

SDS C2004-25 Rev. 4/2006 。 •P46SS P46SS * 15 20 H1 52 W1 38 (mm) * NPT (kg/h) 1. 2. 2 H 74. Created Date: 12/6/2008 6:06:17 AM

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