SWAGELOK 3WAY DUAL BALL VALVE 3/8″ 200PSI,180DEG DOUBLE ACTING

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The Swagelok SS-62XTS6-F4-51DDM 3-Way Dual Ball Valve is a compact, high-performance flow-diversion valve designed for select, isolate, and switch applications. Constructed from CF8M stainless steel, this valve supports double-acting actuation, providing reliable operation across a wide temperature and pressure range.

Price:

$250,00

The Swagelok 3-Way Dual Ball Valve SS-62XTS6-F4-51DDM is engineered for precise control and directional switching of gas or liquid service in demanding industrial systems. With 3/8″ & NPTP connections, this valve enables flexible installation into sample panels, analyzer manifolds, and process skids.

Manufactured using CF8M (316 stainless equivalent), this valve offers superior corrosion resistance and excellent sealing integrity. The double-acting actuator configuration provides controlled, repeatable switching without manual intervention — ideal for automation, remote panel operation, and safety logic systems.

This model is rated to operate safely across varying media temperatures, offering robust sealing performance even under thermal cycling.


Technical Specifications

  • Manufacturer: Swagelok

  • Model: SS-62XTS6-F4-51DDM

  • Type: 3-Way Dual Ball Valve

  • Body Material: CF8M Stainless Steel (316 equivalent)

  • Connection Size: 3/8″ & NPTP

  • Design: Dual ball — flow diversion/switching

  • Actuation: Double-acting (pneumatic)

  • Pressure Rating:

    • 100 PSIG @ 100°F (68.9 bar @ 37°C)

    • 100 PSIG @ 450°F (6.8 bar @ 232°C)

  • Tag / Reference: 151DA

  • Maximum Temperature: 450°F (232°C)

  • Orientation: Panel or skid integrated


🧪 Typical Applications

  • Analyzer sample handling systems

  • Utility switching and bypass routing

  • Fuel and gas distribution lines

  • Chemical processing circuits

  • Flow diversion on pilot plants

  • Calibration gas switching panels


💡 Benefits

  • Smooth switching under pressure

  • Corrosion-resistant wetted parts

  • Reliable high-temperature performance

  • Compact footprint for dense panel layouts

  • Low torque actuation requirements

  • Ideal for automation and sequencing logic