Wired Data Interface:Seamless connectivity through wired communication
Comprehensive Diagnostics:Monitor and assess valve performance
Electric Input Signal:Precise control through electric signals
Maximum Outlet Pressure:145 psig, handles various pressure requirements
Integral Mounting:Secure and efficient setup
Standard and High-Temperature Environment Compatibility:Suitable for diverse operational conditions
Position Control:Throttling and on/off control capabilities
The Fisher FIELDVUE DVC6200 Digital Valve Controller is engineered for versatility, featuring a robust design that supports both throttling and on/off control mechanisms. Its advanced diagnostics capabilities allow for continuous monitoring and assessment of valve performance, ensuring optimal operation and minimizing maintenance needs.
With its cutting-edge technology, the DVC6200 ensures efficient integration into existing control systems, offering significant cost savings through hardware reduction and streamlined installation processes. Its self-diagnostic feature continuously evaluates valve health, providing valuable insights for timely maintenance and process optimization.
Equipped with encapsulated electronics for enhanced durability and a wired data interface for seamless connectivity, this controller ensures reliable performance across various operational conditions. Its modular design allows for easy integration and scalability, making it suitable for diverse industrial applications.
The DVC6200 supports a wide range of electric input signals, enabling precise control over valve operations. This feature, combined with its compatibility with HART communication protocol, facilitates easy monitoring and control from remote locations, enhancing operational efficiency and reducing downtime.
Engineered to withstand both standard and high-temperature environments, the Fisher FIELDVUE DVC6200 Digital Valve Controller is a trusted solution for industries requiring high-precision control and reliability. Its comprehensive package includes a linkage-less feedback system for increased durability and encapsulated electronics for robust performance under challenging conditions.
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