Control valves are one of the most important yet often neglected part of a control loop. There are a wealth of terminologies, standards, codes, nomenclature and the involvement of multiple engineering disciplines. Let Lakeside take the guess work out of Control Valve application and engineering. Rely on the combined strength of Emerson and Lakeside to ensure you have the right valves for your application - All valves, everywhere.
Sliding Stem Valves
Fisher™ GX Control Valve And Actuator System: The Fisher GX valve and actuator system can meet a wide range of flow and pipeline sizing requirements. A three-way construction is available, which is suited for accurate temperature control. The engineered passages within the valve body provide optimal capacity and create a stable flow pattern for smooth operation.
Fisher™ Easy-E™ ET Control Valve: The Fisher easy-e ET valve is your solution for all general applications with high process temperatures, featuring a balanced plug design and cage-guided trim. Available in globe or angle body, these valves can provide up to Class V or VI shutoff.
Fisher™ Easy-E™ EZ Control Valve: The Fisher easy-e EZ control valve is your solution for throttling or on/off control in chemical or hydrocarbon processing applications, or wherever control of non-lubricating, viscous, or other hard-to-handle fluids is necessary.
Baumann™ 51000 High-Pressure, Low-Flow Control Valve: The Baumann 51000 control valve is optimally designed for demanding low flow, high pressure control applications often found in laboratories and pilot plants. NPS 1/4 or 1/2 valve assemblies are standard as either investment cast stainless steel or N10276 nickel alloy. Constructions with other high nickel alloys are available.
Baumann™ 24000SB Bar Stock Control Valve: The Baumann 24000SB control valve is recommended for low flow, high pressure, and industrial control applications. The 24000SB valve is the ideal solution for applications that exceed the operating range of other Fisher 24000 series valves. Various end connections ranging from threaded (standard), butt weld, and flanged add versatility to this high-pressure product line.
Vee Ball (Segmented Ball)
Fisher™ Vee-Ball™ V150 Flanged Control Valve: The Fisher Vee-Ball V150 control valve is your best choice for performance and cost-effectiveness across a broad range of applications. The precision-machined parts and pressure-balanced seal designs allow smooth, precise valve operation.
Fisher™ V250 Control Valve: The Fisher V250 control valve is a heavy-duty, flangeless throttling ball valve often used to control flow in gas transmission lines, gas distribution, and liquid pipelines. Available with a single ball seal, flow ring, or dual-seal construction.
Fisher™ Control-Disk™ Rotary Valve: The Control-Disk rotary valve offers excellent throttling performance. An equal percentage flow characteristic provides an improved throttling range comparable to that of a segmented ball valve. This improved capability allows you to control closer to the target set point, regardless of process disturbances, which results in a reduction in process variability.
Fisher™ 8580 High Performance Butterfly Valve: The Fisher 8580 high performance butterfly valve provides the capability for enhanced shutoff and features an eccentrically-mounted disk with either a soft or metal seal. Experience excellent throttling and on/off performance with this control valve.
Fisher™ CV500 Eccentric Plug Valve: The Fisher CV500 valve combines the rangeability of the cammed, segmented V-notched ball, with inherent ruggedness in the heavy duty bearings, seals, and body. This combination provides a balance of erosion resistance and pressure control for gas and liquids.
Fisher V270 Full-Bore Ball Control Valves: The Fisher V270 is a three piece, trunnion mounted, full-bore control valve designed from the ground up with features for optimized pressure, flow and process control.
Baumann™ Sanitary Vales: Baumann™ sanitary valves are a different breed: excellent flow control, high rangeability, and compact size designed to meet the stringent demands of today’s state-of-the-art facilities. And, as an added benefit, the ability to use the FIELDVUE™ digital valve controller means that your sanitary valves can become a proactive component of your process validation protocols in the life sciences industry.
Fisher™ HP and EH Globe and Angle Valves: Fisher HP series control valves are single-port, high-pressure, globe- or angle-style valves with metal seats, cage guides, and push-down-to-close valve plug action. Fisher EH series valves are specially designed for high-pressure applications and incorporate proven techniques in flow-stream contouring for higher capacities and in valve trim design for reliability in severe applications.
Fisher™ Z500 Severe Service Ball Valves: The Fisher Z500 severe service ball valve is a simplistic, two-piece floating ball design with an integral metal seat that provides tight shutoff in high temperature, high pressure, and erosive applications.
Fisher™ Cavitrol™ III Trim: Fisher Cavitrol III trim is designed for clean, cavitating services with pressure drops of up to 207 bar (3000 psi). The cage in this trim contains a multitude of specially-shaped, radially-aligned holes that reduce fluid turbulence and stage the overall pressure drop, both of which control or eliminate the damaging effects of cavitation.
Fisher™ CAV III Micro-Flat Trim: Fisher CAV III Micro-Flat trim is designed for clean, cavitating services with pressure drops of up to 241 bar (3500 psi) and very low flow rates. This is a combination of two distinct products; combining the cavitation control of Cavitrol III trim with the low flow rate capability of Micro-Flat trim.
Fisher™ Whisper Trim™ I Cage: Fisher Whisper Trim I cages offer proven aerodynamic noise control that is effective for vapor, gas, or steam flow applications. The Whisper Trim I cage utilizes multiple orifices of a special shape, size, and spacing to minimize noise generated by the flow of vapor, gas, or steam through a control valve. Using a Whisper Trim I cage, in conjunction with a properly sized valve body, can substantially reduce the noise level below that of valves with standard trim.
Fisher™ Whisper Trim™ III Cage: Whisper Trim III cages provide effective attenuation of aerodynamic noise in vapor, gas, or steam applications involving high pressure drops or high pressure drop ratios. Using a Whisper Trim III cage in conjunction with a properly-sized valve body can substantially reduce the noise level of the control application. Aerodynamic noise is generated by the turbulence created in the flow of vapor, gas, or steam as the fluid passes through a control valve.
Fisher™ WhisperFlo Aerodynamic Noise Attenuation Trim: Fisher WhisperFlo trim represents state-of-the-art solutions for applications that demand ultimate noise attenuation. Control valves with WhisperFlo trim provide additional attenuation for aerodynamic noise in very demanding vapor or gas applications with high pressure drops. A WhisperFlo cage with an appropriately sized valve body is designed to reduce the noise level up to -40 dBA. For special applications, -50 dBA attenuation can be achieved.
Fisher™ Inline Diffusers: A complete line of Fisher inline diffusers provide optimum noise attenuation where valves can contribute substantial noise. When installed, the total pressure drop of the system is divided across the valve and diffuser.
Desuperheaters & Steam Conditioning
Fisher™ TBX-T Steam Conditioning Valve: The Fisher TBX-T desuperheater can be used in many applications to efficiently reduce the temperature of superheated steam to the desired set point. The TBX-T is available for installation in steam lines from DN 200 through DN 1200 (NPS 8 through 48) in diameter and are capable of maintaining steam temperatures to within 6°C (10°F) of saturation temperatures.
Fisher™ DMA Mechanically Atomized Desuperheater: The Fisher DMA desuperheater is a simple, mechanically atomized desuperheater with single or multiple, fixed-geometry spray nozzles and is intended for applications with nearly constant loads. The DMA is installed through a flanged connection on the side of a DN 150 (NPS 6) or larger pipeline.
Fisher™ DFA Variable Geometry Desuperheaters: The Fisher DFA (Desuperheater with Flexible Architecture) incorporates both a water control element and a variable geometry, mechanically atomized, self-contained desuperheater for moderate to high flow variation. The DFA is installed through a flanged connection on the side of an NPS 8 or larger pipeline.
Fisher™ DVI Steam Conditioning Desuperheater: The Fisher DVI desuperheater injects spraywater in the outlet of the venturi section, assuring excellent mixing and rapid atomization. The DVI desuperheater is easily installed between flanges in DN25 through DN600 (NPS 1 through 24) steam lines.
Sempell Model 115 (ASME): Steam turbine and boiler protection at steam turbine trip. Steam turbine bypass to cold reheat or condenser while boiler/turbine start-up and shut down. The high pressure steam bypass valves are used to transform steam, i.e. to reduce pressure and temperature of steam.
Digital Valve Controllers
Fisher FIELDVUE™ DVC6200 Digital Valve Controller: The Fisher FIELDVUE DVC6200 instrument allows for your operation to run closer to setpoint, improving product quality with more accurate control. Using FIELDVUE Performance Diagnostics, valve operation is monitored online to evaluate performance and reliability.
Fisher FIELDVUE DVC2000 Digital Valve Controller: The performance and simplicity of the Fisher FIELDVUE DVC2000 instrument allows for your operation to run closer to setpoint, improving product quality with more accurate control. Using FIELDVUE Performance Diagnostics, valve operation is monitored online to evaluate performance and reliability.
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Fisher™ C1 Pneumatic Controller and Transmitter: Fisher C1 controllers and transmitters continue the tradition of durable and dependable Fisher pressure instrumentation, while addressing air/gas consumption concerns. The C1 is used wherever durable and dependable pressure instrumentation is required.
Fisher™ 4196 Temperature Indicating Controller: Fisher 4196 temperature indicating controllers show process temperature and set point on an easy-to-read process scale. The controllers are used in industries requiring accurate process monitoring and temperature control.
Fisher™ 3582i Electro-Pneumatic Positioner: The Fisher 3582i is a field-proven positioner which is accurate, fast-responding, and able to withstand the vibrations of most plant environments. Low steady-state air consumption contributes to efficient operation.
Fisher™ 3620J Electro-Pneumatic Positioner: Fisher 3620J electro-pneumatic, single-acting positioners are used with rotary actuators to accurately position control valves used in throttling applications. These rugged positioners provide a valve position proportional to a pneumatic input signal and mounts integrally to the actuator housing.