SSP will provide assembled automated valve packages for SSP EB, FB and TB series ball valves.
SSP will provide actuated ball valve assemblies using customer-specified components. Customers can provide component for assembly, or SSP can source the required products from a wide range of manufacturers.
SSP offers solenoid valves with NAMUR style mounting for use in either double acting or spring return rotary actuators. :
SSP offers limit switches for applications requiring that the position/status of the actuator to be monitored from a remote location. SSP offers limit switch for:
EB Series Encapsulated Ball Valves are used in analytical instrumentation and other applications up to 3000 psig where low internal dead space, cleanliness and purgability are required.
Specifications
FB Series Multipurpose Ball Valves are designed for demanding applications. With standard live-loaded PEEK seats, and robust stem and body seals, FB Series ball valves provide durability, low-actuation torque and leak-tight shut off at both high and low pressure in demanding conditions. LFB Series ball valves are available for low temperature application down to -40°F/C.
Specifications
TB Series Trunion Ball Valves are available in a variety of configurations to meet the needs of instrument, control. process and utility applications. All configurations feature a blow-out proof stem to improve safety, a trunnion-style ball for high cycle-life and low actuation torque, fully supported live loaded seat for positive shut off and chevron packing for leak-tight shell. Special High-Pressure (HTB Series) and Low-Temperature (LTB Series) valve configurations are available.
Specifications
300 series ball valve's floating ball design provides leak-tight quarter-turn shut off for system with pressures up to 5000 psig.
Specifications
GP Series General Purpose Ball Valves provide leak-tight quarter-turn shut-off and flow control for CNG fueling, automotive, and other applications having pressures up to 6000 psig. The end screw design allows great flexibility in choosing end connection type and size combinations.