Maxpro South Inc.
202 South Live Oak, Suite A,
Tomball, TX 77375
Phone: 281.351.8880 • Fax: 281.351.8883
Email: Sales@MaxproSouth.com • Website: www.MaxproSouth.com
Home > High Pressure Valves > Ball Valves > 3-Way Ball Valves > 3-Way Ball Valves - 3/8" Orifice >   15B3S64P  


  15B3S64P, 3-Way Ball Valves - 3/8" Orifice
List Price QUOTE

Maximator® 3-Way ball Valves have 3/8" orifices and are capable of safe handling of liquids and gases up to 15,000 psi pressure. Robust one-piece trunnion style stem design eliminates shear failure that is found in a two-piece stem design. There are two styles in the 3-way design:
  • The 180º rotating Switching ball Valve is designed to have fluid enter in through the bottom connection and can be switched to either side connection. Also, the valve can be closed in the center "Off" position.
  • The 90º rotating Diverting ball Valve is designed to have fluid enter in through the bottom connection and can be diverted to either side connection. There is no center off position in the diverting design.



 Specifications 

Style
3-Way 180º Switching

Working Pressure at 200 Degree Fahrenheit (ºF) Temperature

15,000 psi

Tube Outer Diameter (O.D.)
1/4 in

Connection Type
NPT

Orifice Size
1/4 in

Flow Value (Cv)
2.50

Valve Panel Hole
1.38 in

Block Thickness
1.38 in

Features
  • One-piece, trunnion mounted style stem design eliminates shear failure found in two-piece stem designs
  • Choice of 3/16" and 1/4" ball orifices provides minimal pressure drops. Re-torqueable seat glands for longer seat life and dependability
  • Torlon Ball Seat material offers excellent sealing capabilities
  • 316 cold worked stainless steel body, and 17-4 PH stem offers excellent corrosion resistance
  • Ball valves are available in 90º and 180º open to close with a positive stop
  • Available with Pneumatic or Electric actuators
  • Available in medium, high and FNPT pressure connections
  • Full materials traceability
  • Safety weep holes for all pressure connections and packing area.

Note
When selecting multiple items, the pressure rating would be that of the lowest rated component.