Fisher FIELDVUE DVC6200 Series Overview
The Fisher FIELDVUE DVC6200 series encompasses digital valve controllers designed for precise control in process applications. These devices offer advanced functionality for pneumatic and hydraulic systems. The series is known for reliability and performance in diverse industrial settings.
Digital Valve Controller Functionality
The DVC6200 series digital valve controllers provide advanced control capabilities, utilizing microprocessors for precise valve positioning. These devices offer both travel and pressure control, catering to various pneumatic and hydraulic systems. The controllers are designed to enhance process efficiency by ensuring accurate valve response. Digital communication protocols, such as HART and FOUNDATION Fieldbus, allow for remote configuration and diagnostics. The DVC6200 facilitates improved control loop performance with advanced tuning options and feedback mechanisms. Moreover, the digital valve controller functionality includes self-diagnostics, which help in identifying and resolving issues promptly. It is designed to be robust and reliable in harsh industrial environments, offering a durable solution for process control applications.
DVC6200 Instruction Manuals and Guides
Comprehensive documentation is available for the DVC6200 series. This includes quick start guides, detailed instruction manuals, and specific guides for different communication protocols; These resources are crucial for proper setup and maintenance.
Quick Start Guide Reference (D103556X012)
The Quick Start Guide, identified by document number D103556X012, serves as an essential introductory resource for the Fisher FIELDVUE DVC6200 series digital valve controllers. This guide provides a concise overview of the initial steps required for installing, connecting, and configuring the device. It is designed to help users quickly begin working with the DVC6200, offering essential information for a smooth start. The guide details basic setup procedures and initial configuration settings. It is a necessary companion document that comes with every instrument, ensuring users can easily access initial setup and safety information. Refer to this guide for fast and efficient commissioning of your DVC6200 controller. It should be the first point of reference for any user beginning with the DVC6200 series.
Comprehensive Instruction Manual (D103409X012)
The Comprehensive Instruction Manual, with the document number D103409X012, is a detailed guide for the Fisher FIELDVUE DVC6200 digital valve controller. This manual expands upon the Quick Start Guide, providing extensive information on product specifications, installation, and reference materials. It includes custom setup details, maintenance procedures, and replacement part information. It covers device revisions and firmware versions, ensuring users have the correct details for their specific unit. The manual is crucial for in-depth understanding and proper maintenance of the device. It provides detailed procedures and specifications, ensuring users can correctly operate and maintain the DVC6200. This manual is a supplement to the quick start guide.
DVC6200f FOUNDATION Fieldbus Manual (D103412X012)
The DVC6200f FOUNDATION Fieldbus Manual, identified as document D103412X012, is specifically designed for the Fisher FIELDVUE DVC6200f digital valve controller. This manual provides crucial details for units operating on the FOUNDATION Fieldbus protocol. It covers device type, revision, hardware, and firmware details, ensuring compatibility and proper function. It offers comprehensive instructions for installation, configuration, and maintenance of the DVC6200f. The manual includes specifications, reference materials, and setup information tailored for the Fieldbus protocol. This document is essential for users integrating the DVC6200f into FOUNDATION Fieldbus networks, providing necessary guidelines for effective operation and upkeep. It is a key resource for ensuring proper use.
DVC6200 Models and Revisions
The DVC6200 series includes various models and hardware revisions, such as HW1 and HW2. These variations indicate differences in features and functionality. Understanding device types and revisions is critical for correct usage.
DVC6200 HW1 and HW2 Variations
The Fisher FIELDVUE DVC6200 series includes hardware variations, primarily HW1 and HW2. These revisions denote specific changes in the controller’s internal components and capabilities. The HW1 version represents an earlier iteration, while HW2 incorporates updates and improvements. These differences may affect compatibility with certain software versions or accessories. It’s crucial to identify the correct hardware revision when referencing instruction manuals or ordering replacement parts. The hardware version can be found on the device’s nameplate. Always verify the hardware revision to ensure proper installation, configuration, and maintenance procedures are followed as described in the corresponding manuals.
Device Type and Revision Information
The Fisher FIELDVUE DVC6200 series includes various device types and revisions, each indicating specific configurations and functionalities. The device type, typically numerical, specifies the controller’s purpose and communication protocol. Revisions, often numerical as well, denote updates and improvements made to the device’s firmware or hardware. These revisions ensure compatibility with the latest software and enhance performance. Accurate identification of device type and revision is critical when referring to instruction manuals or troubleshooting issues. This information is usually found on the device nameplate. Utilizing the correct manuals based on device details is essential for proper operation.
DVC6200 Installation and Mounting
The DVC6200 offers integral mounting to Fisher GX valves and bracket mounting options for linear actuators. Proper installation is essential for accurate valve control and performance, refer to specific mounting instructions.
Integral Mounting to Fisher GX Valves
Integral mounting of the DVC6200 directly onto Fisher GX valves provides a compact and robust assembly, eliminating the need for external mounting brackets in many applications. This direct connection ensures precise valve positioning and minimizes the potential for mechanical play or misalignment. The integrated design simplifies installation and reduces the overall footprint of the control valve assembly. Detailed mounting procedures, including torque specifications and proper alignment, should be followed according to the relevant instruction manuals provided with the valve and the controller. This method is suitable for a wide range of process control applications where a direct-coupled system is preferred.
Bracket Mounting to Linear Actuators
Bracket mounting of the DVC6200 to linear actuators allows for flexible installation when integral mounting is not feasible. This approach utilizes a mounting bracket to securely attach the digital valve controller to the actuator, providing a stable platform for accurate valve control. The bracket must be selected to ensure proper alignment and secure fastening between the actuator and the DVC6200. It is essential to follow the specific mounting instructions provided with the bracket to guarantee correct installation. This method is versatile and allows for retrofitting existing valve assemblies with the digital controller without extensive modifications.
DVC6200 Configuration and Calibration
The DVC6200 can be configured and calibrated using an Emerson handheld communicator, ValveLink software, or ValveLink Mobile software. These tools enable precise adjustments for optimal valve performance.
Using Emerson Handheld Communicator
The Emerson handheld communicator provides a convenient method for configuring and calibrating the DVC6200 digital valve controller. This device allows technicians to access instrument parameters, perform calibrations, and diagnose issues directly at the valve location. Using the handheld communicator, users can set up custom configurations, adjust zero and span settings, and monitor valve performance. The communicator interfaces with the DVC6200 via HART protocol, enabling bi-directional communication for comprehensive control and diagnostics. It is a valuable tool for maintenance and troubleshooting, ensuring accurate valve operation and process efficiency. It is also used to perform manual calibrations of the device. This method provides a direct way to interact with the device settings.
ValveLink Software and Mobile Software
Fisher ValveLink software and its mobile counterpart offer advanced tools for configuring, calibrating, and monitoring the DVC6200 digital valve controller. ValveLink software provides a comprehensive platform for valve diagnostics, performance analysis, and predictive maintenance. It allows users to manage multiple devices simultaneously, streamlining setup and troubleshooting processes. The mobile software extends these capabilities, enabling remote access to instrument data via smartphones or tablets. This provides flexibility and convenience for technicians in the field. These software solutions enhance operational efficiency by providing real-time data, allowing for proactive maintenance and minimizing downtime. They also provide a more user-friendly way to interact with the device, compared to traditional methods.
DVC6200 Safety and Maintenance
Safety is paramount; always use genuine Fisher replacement parts to maintain warranty and performance. Refer to hazardous area approvals for safe operation. Proper maintenance ensures longevity and reliability.
Genuine Fisher Replacement Parts
It is critical to use only genuine Fisher replacement parts when maintaining your DVC6200 digital valve controller. Components not supplied by Emerson may compromise the device’s performance and could void your warranty. Using non-genuine parts can lead to unpredictable operation, potentially causing damage or safety hazards within your process system. Ensuring the use of authentic Fisher parts guarantees that the controller maintains its designed specifications and reliability. These parts are manufactured to the highest standards and are rigorously tested to ensure compatibility and optimal performance with your DVC6200. This practice helps to avoid costly repairs and downtime associated with substandard components, ultimately contributing to the longevity and efficiency of the instrument.
Hazardous Area Approvals
The Fisher FIELDVUE DVC6200 series digital valve controllers are designed with consideration for use in hazardous areas, requiring specific approvals to ensure safe operation. These approvals vary depending on the specific model and the region of deployment. It is imperative to consult the appropriate instruction manual supplement for detailed information regarding hazardous area certifications relevant to your specific DVC6200 configuration. These certifications outline the requirements for safe installation and operation in locations with potentially explosive atmospheres. Proper installation and adherence to these guidelines are essential to mitigate the risks associated with hazardous environments. Always verify the device markings and consult the documentation to guarantee compliance with local safety regulations.