Description
FISHER
EMERSON PROCESS MANAGEMENT
FIELDVUE INSTRUMENTS
62-FCV-624B
TYPE: DVC2000
CONTROL VALVE
POWER SUPPLY: 30 MADC, 30VDC, 1000 PSI MAX.
AMBIENT TEMP: -40°C TO +80°C
IP66
NPS1 CL300
DESIGN GX
CL300
6.89CV/5.96KV
3-6 BAR
FISHER
TYPE: 67CFR
PF#: PF67CFR-P275
PRESSURE REGULATOR
MAX SUPPLY: 250PSI
SPG RANGE: 0-125PSI
The Fisher Emerson FieldVue DVC2000 is a digital valve controller and actuator system designed to deliver precise, responsive control of process fluid flow aboard marine and offshore vessels. Integrated with a Design GX control valve body (NPS1, Class 300) and a Type 67CFR pressure regulator, this assembly forms a complete valve control solution. Operating across an ambient temperature range of -40°C to +80°C with an IP66 ingress protection rating, it is well-suited to demanding shipboard environments. As part of a vessel’s PLC & HMI control infrastructure, the DVC2000 enables accurate valve positioning, diagnostics, and process loop management across critical automation systems.
Key Features
✓ Fisher Emerson FieldVue DVC2000 digital valve controller providing precise valve positioning and integrated process diagnostics within automated control loops.
✓ Rated for 30 MADC / 30VDC power supply, 1000 PSI maximum operating pressure, with an actuator spring range of 3–6 bar and a flow coefficient of 6.89CV; IP66-rated enclosure for protection against water ingress and dust in harsh environments.
✓ Compatible with Fisher Design GX valve bodies and Emerson FieldVue instrumentation ecosystems; supports integration with PLC-based and DCS-based control architectures typical of marine automation systems, subject to confirmation of specific panel or controller compatibility.
✓ Suitable for installation in machinery spaces, cargo control rooms, and process plant areas where robust valve automation is required; the IP66 rating and wide temperature range support both sheltered and exposed onboard locations.
✓ Supplied with a Type 67CFR pressure regulator (PF67CFR-P275) rated to 250 PSI maximum supply and 0–125 PSI spring range, making this a self-contained assembly ready for direct replacement or retrofit into compatible valve stations, subject to confirmation of line sizing and process parameters.
Marine Applications
✓ Cargo and ballast system flow control on tankers, bulk carriers, and offshore support vessels where precise valve positioning is critical to loading, discharge, and stability operations.
✓ Engine room cooling, fuel conditioning, and auxiliary process systems on ocean-going vessels requiring reliable automated valve control integrated with ship PLC or DCS platforms.
✓ Offshore production platforms and FPSOs where process fluid control demands high-integrity digital valve management across pressurised pipework systems.
✓ LNG and chemical tankers where tight flow regulation, accurate positioning, and diagnostic capability are essential to safe cargo handling and process integrity.
✓ Newbuild and retrofit automation projects on commercial vessels upgrading manual valve stations to digitally controlled actuator systems compatible with modern bridge and machinery automation.
Why Marine Engineers Choose
The Fisher Emerson DVC2000 Design GX system is a trusted choice for marine engineers because it combines robust physical construction, a wide environmental operating envelope, and the diagnostic capability of Emerson’s FieldVue platform — reducing unplanned downtime and simplifying valve performance monitoring within integrated ship automation systems.
Ideal For
Tankers, bulk carriers, offshore support vessels, FPSOs, LNG carriers, chemical tankers, and commercial vessels of all types requiring reliable digital valve control within PLC-based or DCS-based marine automation systems.
Technical Support & Compliance
Technical assistance is available for remote troubleshooting, onboard commissioning, retrofit integration, and system compatibility assessment for this Fisher Emerson DVC2000 valve and actuator assembly. Support covers loop configuration, valve diagnostics, pressure regulator setup, and interfacing with existing PLC or DCS control systems, subject to confirmation of the specific installation details. To confirm suitability and compatibility, buyers are encouraged to share nameplate photographs, existing part numbers or tag references, P&ID or instrument drawings, the control system model and software version, and vessel name or IMO number where relevant. All compatibility and performance claims are subject to confirmation against the actual installation configuration.
