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The Becker HPP-SB is a high-pressure pneumatic positioner customized for single-acting piston actuators in natural gas pipelines and oil & gas gathering stations.
Valve Actuators / BeckerThe RPSR rotary spring return actuator delivers secure fail-safe valve action for heavy-duty modulating control valves.
Valve Actuators / BeckerThe Becker RPDA double-acting rotary piston actuator delivers stable high-performance modulation for heavy-duty control valves.
Pneumatic Valve Positioners / BeckerThe HPP-4 pneumatic valve positioner delivers precise proportional control for double‑acting piston actuators by converting standard pneumatic input signals into accurate valve travel. It supports both direct and reverse action configurations with versatile signal ranges, ensuring broad compatibility with diverse process control systems. Combined with BPS emission elimination technology and optional VB‑250 volume booster integration, it achieves eco‑friendly operation and superior dynamic performance for high‑speed, large‑capacity valve applications.
Pneumatic Valve Positioners / BeckerThe Becker™ HPP-5 double-acting pneumatic positioner achieves proportional, precise valve travel control for piston-style double-acting control valves, offering flexible direct/reverse action setups and multiple signal range options for universal process use. Featuring ultra-low bleed consumption, this positioner is ideal for installations where small volumes of vent gas are allowed to exhaust into the surrounding air.
Rotary Control Valves / BeckerNatural gas facilities pursue higher throughput and efficiency, yet many regulator stations outperform standard control valves. CoordWorx T-ball control valves optimize system performance for high-flow gas pressure regulation.
Rotary Control Valves / BeckerSupplied by Baker Hughes, Becker T-Ball anti-surge valves offer accurate surge protection and regulation for vital oil & gas compressor units. Its exclusive rotary non-clog T-ball construction supports quick, gentle actuation, which prevents destructive pressure fluctuations, lowers maintenance frequency and improves efficiency without downgrading performance.