ASCO Solenoid Valves

Paladon Systems is a valve actuator manufacturer and Valve Automation Centre (VAC). Paladon’s business is to design, manufacture, and test all types of valve actuators and control systems.

Paladon Systems’ philosophy has always been to provide comprehensive, fit for purpose and cost-effective valve automation solutions to our clients, and the industry sectors they serve. By building close working relationships with our customers, we are able to fully understand their operational requirements; and subsequently, design and develop all our valve actuator ranges to ensure that they are met or exceeded. Paladon continuously developed their design, engineering, organizational, quality and management capabilities since Paladon Systems was founded in 1981.

Paladon Systems’ experience in all extremes of operating conditions has enabled us to develop actuation solutions with unsurpassed reliability. Quality is also an integral part of our management philosophy and we have held ISO 9001 certification for over 30 years.

Electro-Hydraulic Actuator

Electro-Hydraulic Systems These systems provide on/off or positional control of linear and rotary valves. Completely self-contained, these systems give operators the low installation costs offered by electric actuator systems, but

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Hydraulic Power Units

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. Provide motive power and control

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Integrated Wireless Telemetry

Paladon Americas-Integrated Wireless Telemetry Flotech is proud to offer the electro-hydraulic, Turbine bypass, autonomous pipeline monitoring with available wireless remote monitoring, and wind/solar powered actuators of the Paladon automation portfolio.

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Turbine Bypass Systems

Paladon Systems Turbine Bypass Systems protect steam turbines during start-up and shutdown operations, or in the event of a system abnormality. With power consumption far lower than competing system designs

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