Brand & Model:Flowserve 3200MD-28-D6-E-04-40-0G
Input Signal:Standard current
Standard:National standard
Structure Type:Advanced Valve Positioner
Effect:Guaranteed accurate positioning
Action Direction:Bi-directional valve positioner
Buff Symbol:Single-acting valve positioner
Modulated Medium:Variable
Stressful Environment:High-pressure conditions
Executive Body:Multiple options available
Temperature Environment:Normal operational temperatures
Action Object:Valve
Engineered with state-of-the-art technology, the Flowserve 3200MD-28-D6-E-04-40-0G-00 Valve Positioner offers unparalleled precision and reliability in controlling industrial valves. This advanced smart valve positioner is meticulously designed to withstand harsh environments while ensuring smooth and accurate valve operations.
Featuring a versatile output signal compatible with national standards, it seamlessly integrates with various control systems, providing unmatched flexibility for industrial automation needs. The bidirectional action allows for precise control in both opening and closing directions, ensuring optimal performance in diverse applications.
With a robust design capable of handling atmospheric pressures, this valve positioner ensures consistent operation across a wide range of industrial settings. Its customizable executive body options accommodate various control mechanisms, enhancing its adaptability to different valve types and control requirements.
The inclusion of a double-acting buffer symbol guarantees responsive and controlled movements, making it ideal for applications requiring quick and precise adjustments. Additionally, the versatility in modulation mediums supports compatibility with a broad spectrum of fluid types, enhancing its applicability in complex industrial processes.
At normal temperatures, this valve positioner ensures dependable operation without the need for specialized cooling or heating systems, reducing maintenance requirements and operational costs. It’s an essential component for maintaining optimal efficiency and safety in industrial automation systems.
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