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Fisher DVC6200 Digital Valve Positioner, Control Systems, Precision Actuation, Pneumatic Valve Positioners
The Fisher DVC6200 Digital Valve Positioner is a high-performance control solution specifically designed to optimize valve operations in industrial processes. It seamlessly integrates with existing systems to enhance efficiency, reduce maintenance costs, and improve overall system reliability.
Detailed content
Data Interface:Wired
Diagnostics:Comprehensive
Input Signal:Electric
Max Outlet Pressure:145 psig
Mounting Type:Integral Mounted
Operating Temperature:Standard & High-Temperature
Position Control:Throttling & On/Off
Power Source:Electric
The Fisher DVC6200 Digital Valve Positioner is a highly reliable and versatile instrument that enhances the efficiency and accuracy of industrial processes. Its digital communication feature allows for real-time monitoring of valve conditions, facilitating proactive maintenance and optimization.
Equipped with a comprehensive diagnostic system, this positioner continuously assesses valve performance and health, offering invaluable insights for maintenance planning. This ensures that your operations run smoothly, minimizing downtime and maximizing productivity.
With its electric input signal, the DVC6200 provides precise control over valve movements, enabling fine-tuned adjustments that are critical in maintaining optimal process conditions. Its ability to handle pressures up to 145 psig makes it suitable for a wide range of industrial applications.
Securely mounted, the integral design of the Fisher DVC6200 ensures stability and efficiency in its operation, contributing to the overall reliability of your control system. Whether you’re dealing with standard or high-temperature environments, this positioner is designed to meet the demands of various industrial settings.
Featuring both throttling and on/off control capabilities, the DVC6200 provides flexibility in managing valve positions. This adaptability is crucial in adapting to different process requirements, ensuring that your equipment operates at peak efficiency under varying conditions.
