Overview Originally developed for the offshore Oil & Gas Industry, Paladon Systems Self-Contained Electro-Hydraulic Valve Automation Systems provide a rugged and reliable valve automation solution. Typically used in applications in which external pneumatic or hydraulic power sources are unavailable, unreliable or uneconomic, these fully customizable and compact valve automation systems provide operators with many significant … Read more
Overview Self-contained Hydraulic Power Units (HPUs) are designed to operate single or multiple hydraulic valve actuators. These units can be electrically motor driven, pneumatically motor driven or both. These units are designed to meet specific customer requirements including the monitoring of pressures, levels and flow rates. The units can also include redundant sub-systems, motor starters … Read more
Overview Positional control or proportional valve positioning systems are available using either a pneumatic impulse signal (e.g. 0.2 to 1 Barg) or an electrical signal (normally 4 to 20 mA). These systems are designed either to have customer defined pre-set positions or to have full control of the valve between the open and closed positions. … Read more
Overview S-Series subsea valve actuators use modified HY and HYL-Series valve actuators to provide subsea valve automation of rotary and linear valves and are available in spring-return and double-acting configurations. The design incorporates the option for industry standard ROV override interfaces and control systems for remote signalling and operation. Applications Automation of subsea rotary and linear … Read more
Overview DG-Series direct gas valve actuators are a simpler and more cost effective solution than gas-over-oil (gas/hydraulic) valve actuators. Rather than use the process gas to pressurise hydraulic fluid to provide the energy to operate the actuator, the process gas acts directly upon the valve actuator’s piston. To ensure long and reliable operation, Paladon Systems … Read more
Overview GH and GHL-Series gas-over-oil (gas/hydraulic) valve actuators use high pressure process gas to provide the energy required to power the valve actuator automating the valve. To provide increased safety and reliability, the process gas acts upon hydraulic fluid stored in gas-over-oil tanks, creating hydraulic pressure that is subsequently used to power the hydraulic valve … Read more