3/4" Watson McDaniel FDA600-13-TCNP Thermostatic Clean Steam (Repairable), Stainless Steel Body, 110 PSIG, Self-Draining, TC x NPT
Technical Specifications
General
| Model | FDA600 |
|---|---|
| Size | 3/4" |
| Part Number | FDA600-13-TCNP |
| Brand | Watson McDaniel |
| Manufacturer Part # | FDA600-13-TCNP |
| Country of Origin | Made in the United States |
Materials & Construction
| Body Material | Stainless Steel |
|---|
Performance
| PMO Max. Operating Pressure | 110 PSIG |
|---|---|
| TMO Max. Operating Temperature | Saturated Steam Temperature |
| PMA Max. Allowable Pressure | 145 PSIG up to 338°F |
| TMA Max. Allowable Temperature | 350°F @ 132 PSIG |
Connections
| Connections | Tri-Clamp, NPT |
|---|
Overview
Watson McDaniel FDA600-13-TCNP Thermostatic Clean Steam 110 PSIG - 3/4" TC x NPT
Features:
- All wetted parts are 316L stainless steel.
- Operates close to saturation curve to minimize condensate back-up.
- Completely self-draining in the vertical downward flow orientation.
Options & Features (See Specification Sheet For Full List):
FDA600 Series Thermostatic Clean Steam (Repairable)
DRIP, PROCESS: The FDA 600 Steam Traps are used on clean steam applications as drip traps on piping runs as well as drainage for CIP/SIP systems and various process vessels.
DRIP, PROCESS: FDA600 Series thermostatic clean steam traps are used as drip traps on piping runs on clean steam applications and for drainage for CIP/SIP systems and various process vessels.
How It Works
This trap contains a welded 316L stainless steel thermal element that expands when heated and contracts when cooled. When air and subcooled condensate are present, the trap is in an open discharge position. When steam reaches the trap, the element expands, closing the trap tightly.
Selection / Sizing / Capacities
The Steam Trap shall be all 316L stainless steel thermostatic type with a balanced pressure bellows that operates close to saturated steam temperatures. The unit shall have a split-body design for easy maintenance. Trap shall be completely self-draining when mounted vertically.
