Fisher
Highly reliable flow control technologies help you regulate and isolate your processes with certainty.
Highly reliable flow control technologies help you regulate and isolate your processes with certainty.
We know the consequences of process failure are great, that’s why we have an unwavering commitment to standards and processes that ensure innovative and reliable product designs. Many years from now, as the Fisher™ brand is put onto products, customers will continue to know it stands for integrity.
Offers Advice at the Device™ technology with real-time analytics for valve health diagnostics and prescriptive corrective actions.
Reliably upgrades performance, safety and compliance by making more data available to operators.
Offers advantages over limit switches, including improved reliability, diagnostics, and SIL 2 capabilities.
Uses custom data analytics to provide timely plantwide health indicators for improved safety, maintenance, and performance.
Leverages additive manufacturing to implement optimized process designs, providing 20% more valve capacity with 10 fewer decibels of noise.
Pairs with an electrically-actuated control valve to reliably maintain ideal separator levels.
A more reliable and sustainable alternative to gas-operated actuators.
Emerson has a host of new innovative solutions that are transforming the way valves installed in industrial applications interact with end users worldwide. These solutions are grouped into the four main areas.
End users need to know how their control valves are performing, address any issues, and improve valve performance in general, for example by reducing maintenance. The Fisher™ FIELDVUE™ DVC7K digital valve controller addresses these and other issues by creating an optimized path to action.
Fisher™ FIELDVUE™ DVC7K Digital Valve Controller
The Fisher FIELDVUE DVC7K instrument provides Advice at the Device™ via flexible connectivity; easy-to-use interface; and allows you to analyze data in real-time to evaluate performance.
Fisher™ FIELDVUE™ DPC2K Digital Process Controller
The Fisher FIELDVUE DPC2K digital process controller is an electro-pneumatic PID controller that can replace pneumatic controllers to meet your single continuous PID loop needs.
Fisher™ FIELDVUE™ 4400 Digital Position Transmitter
A Fisher FIELDVUE 4400 digital position transmitter senses the position of rotary or sliding-stem valves, vents, dampers, or other devices. It provides a precise non-contact feedback to indicate equipment position with a percent (%) of span plus on/off indication.
Emerson Connected Services pairs end user personnel with Emerson experts. These experts utilize advanced analytics to remotely assess and interpret data from control valves, and then provide end users with actionable insights for improving reliability, safety, performance, and profitability.
Plantweb Insight™ Valve Health Application
The Valve Health application is software that generates health index indicators based on the degradation level of the connected valves. The health index is calculated and displayed on a dashboard to easily view the health of the full fleet of valves.
Fisher™ FIELDVUE™ ValveLink™ Software
Fisher FIELDVUE ValveLink software allows your maintenance and operations personnel to monitor control valve health and performance online to improve reliability by spotting problems before they affect your process. This software is used for configuration, calibration, and diagnostics of FIELDVUE instrumentation.
Valve Condition Monitoring
Real-time, non-intrusive health monitoring from Emerson valve experts allows for focused, predictive analysis to help you improve overall plant safety, availability, and profitability.
Emerson and its Impact Partners assist end users with the specification and selection of the proper control valves for severe service and other difficult applications. They provide this and other services, aided by access to the industry’s most complete line of severe service control valves and accessories.
Fisher™ Whisper™ NXV Trim
Fisher Vee-Ball Series control valves (V150, V200, V300) with Whisper NXV trim combine the efficiency of a rotary valve with the acoustical attenuation capability of Whisper technology to provide improved performance in applications where aerodynamic noise is a concern.
Fisher™ Whisper™ NXG Trim
Fisher Whisper NXG trim for globe control valves allows you to use smaller valves where previously capacity limited without reduction in noise abatement, providing 20% more flow capacity than the market.
Fisher™ Cavitrol™ Hex Trim
Fisher Cavitrol Hex trim provides improved performance for severe service applications and maintains the efficiency of a rotary valve. Cavitrol Hex reduces cavitation and noise effects that cause pipeline vibration
Fisher™ NotchFlo™ DST Control Valve
Fisher NotchFlo DST control valves are designed for dirty, cavitating services. The trim in this valve utilizes a series of flow restrictions and expansions to eliminate cavitation, while allowing up to 12.7 mm (1/2 in) diameter particulate to pass through without plugging.
Emerson helps end users specify products that reduce or eliminate control valve fugitive emissions. The right control valve will also enable tighter control to setpoint, increasing efficiency, reducing energy consumption, and increasing uptime for the unit or process where the valve is installed.
Fisher™ ENVIRO-SEAL™ Control Valve Packing Systems
Fisher ENVIRO-SEAL and HIGH-SEAL live-loaded packing systems offer exceptional stem sealing capabilities. These systems easily install in your existing valves or can be purchased with new valves.
Fisher™ easy-Drive™ 200R Electric Actuator
The Fisher easy-Drive 200R is a rotary electric actuator designed for the rigors of throttling or on/off applications. The actuator can be controlled via Modbus RTU, 4-20 mA, or dry contact signals. Set up and calibration is made easy with the Fisher easy-Drive configurator which provides one button calibration.
Fisher™ FIELDVUE™ L2t Liquid Level Controller
The Fisher FIELDVUE L2t level controller uses a displacer type sensor to detect liquid level or the interface of two liquids of different specific gravities. This controller is ideal for level on gas separators and scrubber applications and is an environmentally conscious solution with zero emissions.
The Fisher 119EZ and 119EZS fuel gas valves address operational inefficiencies and improve process safety for today's challenging oil and gas burner conditions.
Enlarged bleed ports provide faster equalization of tank pressure and downstream line pressure, giving a faster response time for quick valve opening.
Fisher noise-attenuation trims for control valves help provide the necessary degree of noise reduction for your application.
Fisher anti-cavitation trims for control valves help eliminate or control cavitation damage in clean and dirty service.
Reduce maintenance costs with Fisher control valves and instrumentation that can withstand damaging vibration.
Control Valves
Reliable control valves help meet production schedules, maintain product quality, and improve plant efficiency.
Isolation and Shutoff Valves
Provide exceptional process shutoff with ball and butterfly valves that are designed to meet or surpass industry standards.
Regulators
Reliable pressure control technologies renowned for setting industry standards for performance and extended service life.
Actuators
Experience precise control, reliable field operation, and reduced maintenance costs.
Controllers and Instruments
Provide consistent and predictable insight of valve assembly performance and condition.
Bulk Storage and Transport Equipment
Provide shutoff, excess flow, and back check functions in bulk plants, bulk transports, bobtails, and in-line installations.
Nuclear Flow Controls
Products approved and certified by all the major regional and international nuclear standards.
Digital Isolation Solutions
Take the guesswork out of your safety instrumented system valve assemblies with our proven solutions and expertise.
Have you ever wondered what makes Fisher valves different? Take a moment to watch this video and find out all that you really get, and why it takes more than metal to make a great valve.
When you have to achieve more efficient, productive, and safer plant operation, the products you choose matter. Operate at a higher level with Fisher products.
Watch how Fisher products are tested for safety, reliability, and performance and we explore new ways to meet process industries’ needs of tomorrow at the Emerson Innovation Center in Marshalltown, Iowa, USA.
When rocket scientists needed control valves to validate their new cryogenic engine designs, Emerson took on the challenge.
When the largest gas turbine manufacturer in the world needed a custom-engineered control valve that was hyper-accurate, able to choke flow at various travel positions, and had global service availability, Emerson took on the challenge.
When a power plant needed to test all their hydraulically-operated valves for turbine bypass, spraywater, and isolation as a true loop before installation, Emerson took on the challenge.
Have you ever wondered what makes Fisher valves different? Take a moment to watch this video and find out all that you really get, and why it takes more than metal to make a great valve.
When you have to achieve more efficient, productive, and safer plant operation, the products you choose matter. Operate at a higher level with Fisher products.
Watch how Fisher products are tested for safety, reliability, and performance and we explore new ways to meet process industries’ needs of tomorrow at the Emerson Innovation Center in Marshalltown, Iowa, USA.
When rocket scientists needed control valves to validate their new cryogenic engine designs, Emerson took on the challenge.
When the largest gas turbine manufacturer in the world needed a custom-engineered control valve that was hyper-accurate, able to choke flow at various travel positions, and had global service availability, Emerson took on the challenge.
When a power plant needed to test all their hydraulically-operated valves for turbine bypass, spraywater, and isolation as a true loop before installation, Emerson took on the challenge.
