Environmental Monitor Service Inc. is a leader in the field of advance technology opacity monitor systems COMS (Continuous Opacity Monitoring Systems). EMS EPA Compliant Opacity and Non-compliant Opacity Monitors are guaranteed to exceed all EPA opacity monitor certification requirements; CFR 40, Part 60 Performance Specification 1 for Opacity Monitors as well as ASTM D 6216.

EPA Compliant Opacity Monitor
The EMS1304 and EMS410 double pass certifiable opacity monitor have been utilized World Wide when only the highest quality with minimum personnel intervention is required. 

Non-Compliant Opacity Monitor
The EMS400 opacity monitor and EMS600 Particulate Analyzer with precision double pass beam Transceiver with Solid-State electronic modulated source provides continuous, low maintenance, precision measurement of dust or Opacity in industrial applications. It is a cost-effective instrument that serves as an aid in operating pollution and/or process control equipment. 

The EMS750 and EMS760 are economical Opacity – Smoke Density Monitors designed for easy installation in new and existing bag houses, ideal for meeting Title V opacity (smoke) regulations, oven exhaust, diesel exhaust, duct fire alarm, multi-point systems. 

Opacity Supporting Products
Opacity audit devices and Neutral Density Filters: Audit devices (on-line reflectors) for all makes and models of Opacity Monitors. Filters are made of the highest quality optical material and tested to meet EPA regulations and set the industries standard. 

EMS can also provide you with Opacity Monitor data acquisition system, Opacity monitor service, Preventive Maintenance and Quarterly COM Audits. You can be assured the job will be done quickly, courteously and at reasonable prices.

Dust monitors are manufactured by Environmental Monitor Service, Inc. for process control as well. They can accurately measure dust in applications measuring a distance of up to 15 feet.  The EMS760 and EMS770 are used in applications such as bag houses, pipes, crematoriums or ducts.

 Companies have relied on EMS Opacity monitors for over 20 years to monitor the amount of visible emissions, smoke, dust or opacity from their process.  We hope that you will give us the opportunity to work with you on your next project.

EMS Stainless Steel Weather Enclosures information: WC info 121211

We can also provide service on your Phoenix Instruments, Inc. Opacity Monitors.  We can provide Preventative Maintenance, PS-1 Audits or Replacement.

Service and parts for other monitors:

• Dynatron all opacity monitors 301 thru 1100M
• Dynatron all oxygen analyzers
• LSI, LSMCC, all Opacity, RM41, 301, 1100M, 2000, LS541
• USI 500-500C Opacity monitors
• Light hawk 560
• KVB/Ducon laser opacity monitor

 
Cera System is a German manufacturer who designs and builds engineered ceramic valves and piping systems.  Cera System valves are typically used on abrasive and/or corrosive services where ceramic materials are required for extended valve life.  Cera System valves are typically found in applications at FGD (Flue Gas Desulfurization) coal fired power plants, waste incinerators (lime slurries), titanium dioxide plants, pulp & paper mills, refineries and any other application where exotic alloy valves may be required.

Ceramic precision components in small series and large scale production. CERA SYSTEM is a medium sized company with over 100 highly skilled and dedicated employees. We manufacture large scale production precision ceramic parts as well as system solutions using ceramic components. Using our in house research & development and sales engineers provides cost effective solutions for our customers.

Our lean organizational structure and state of the art production facilities allows our highly qualified personnel to manufacture a product once the material has been chosen in a matter of days rather than weeks. CERA SYSTEM is certified in accordance with DIN EN ISO 9001:2000. We deliver the highest quality in the market and on time. Our long standing cooperation with universities and institutes allows us to develop and provide cutting edge technology for our customers.

Give us the opportunity to prove that our customers needs are our top priority.

The following two brochures will explain Cera System Ball & Sliding disk valve product lines.
CP-Prospekt-eng.

CSV-imageEN

Ball Valves

Applications: On / off – and control (modulating) – valves for abrasive and corrosive application. Chemical process industries, pulp & paper, steel plants Power plants, waste incinerators, pigment production Pneumatic conveying, cement plants, catalyst cracker Typical fluids: Abrasive suspensions: limestone slurry, titanium oxide Magnesium oxide, silicon oxide, etc. Fly ash, lime, kaolin, talcum, quartz Sand, pulverized coal, acids and bases Materials used: Engineered ceramics in the media-flow Body : Metal or plastic Advantage: Excellent abrasion and corrosion resistance No loss of material firmness in case of high temperature Small flow control of high density suspensions

Ceramic lined valves

Sliding Disc Valves

Construction and lay-out by sliding discs systems Based on experiences of the ceramic valve production of several decades and valve developments in several generations it can be guaranteed that for the corresponding customer wish optimal constructive solutions will be found. Optimization of the dimensions of the ceramic sliding discs Fluidic  optimization Determination of the cavitation conditions Specification of the ceramic geometries under consideration of the desired control device Lay out design suitable for production of the ceramic components Lay out design according to “TA Luft” as well as the “Wasserhaushaltsgesetz“ Lay out design for high temperature applications Two disc systems are used for pure media as a matter of priority. Normally one disc will be flown around by the medium. For polluted media, suspensions or polyphase media three and more disc systems have to be used. These systems are characterized by the fact that none of the sliding discs of the outside is flown around by the fluid. Therefore no sedimentation or pollution of the sealing system can occur. The sliding discs can be moved linearly or rotated against each other. A combined linearly and rotary movement of the discs is also possible, depending on customer wish. By optimizations economical ceramic discs can be obtained for the later manufacturing in series. Stroke movements by a 3 sliding disc system   Rotary motion by a 3 sliding disc system   3 Sliding disc system (Ø 2,5 cm) Cost minimizing by 40 %. Reduction of the operating force by 50 %

 

 

 

 ROTORK Control

 ROTORK in Power Generation

ROTORK Power Generation

RPC – Rotork Process Controls

http://www.rotork.com/en/product/index/la2400

SM Series

http://www.rotork.com/en/product/index/sm1700sm5000

http://www.rotork.com/en/product/index/sm6000

Control Valve Actuation w/ electric failsafe

http://www.rotork.com/en/product/index/cvarange

Rotork Magazine: ttp://www.rotork.com/interactive/rotalk/issues/issue34/

ROTORK CVA Electric actuation with Bluetooth for Local Control, Data logger & Calibration: http://www.rotork.com/en/flashlibrary/flash/?flashID=165

Automation center for small and medium low cost pneumatic and electric solutions.  Purchase complete packages or just actuators.  Suitable for all small industrial grade actuation.  We will adapt any valve that you want to send!

http://www.rotork.com/en/product/index/q

Introduction: Rotork specializes in producing actuators and related equipment for every part of the power generation industry, including coal, oil & gas. Over 50 years’ of World- Wide experience in serving power generation, we understand the challenges faced. Rotork has a full range of actuators, all designed to meet the stringent requirements of the power generation industry and the demands of durability and reliability required.
At Rotork, we provide actuators for new build projects and we also provide complete support programs, including retrofit and maintenance.

Actuators are Vital   Actuators help control everything that happens in a power plant; so they’re vital. Rotork actuators are accurate, robust and efficient.  That’s why power stations worldwide specify Rotork.

The IQ Multi-turn and IQT Quarter-turn Actuator

To see the IQ & IQT Brochure, Click Here: pub002-001-00_0909[1]

The Rotork IQ and IQT range of actuators offers end users ever higher standards of performance, build quality and overall value.  Standard IQ/IQT and variants are suitable for all multi-turn (rotary), quarter-turn and linear valve applications, requiring control and indication flexibility.  Modulating options are available and a wide range of power sources can be accommodated.

 Powerful Features:

• Three phase, direct current and single phase actuators
• On-board data logger included as standard
• IrDA™ compatible for local and remote actuator analysis via InSight PC software
• Clear, user friendly controls and indication
• Multilingual text display for status and setup
• Simplified torque and position control for increased reliability
• Comprehensive control and flexibility
• Approved for use in SIL applications with an additional SFCM Control Module

7 Core Requirements for Power Generation

1. Durability & Reliability

• All our actuators are designed to withstand the harsh environments and operating regimes of the power industry.
• Designed to survive extreme conditions of temperature, vibration and dust.
• Long operating life with very low maintenance requirements. Depending on their usage, many of our actuators are still operational after 30 years or more, even in the most demanding environments and with minimal or no maintenance.
• IP68 environmentally sealed from the factory.
• Non-intrusive settings mean the covers do not ever need to be removed, even for commissioning.

2. Flexibility & Efficiency

• Fast, fine and accurate changes to the feedwater and steam circuits, to quickly achieve the desired output with minimal wastage.
• Fine control of fuel and air flows enhances the combustion efficiency and reduces power losses.
• Very fine controls result in less thermal shocks and a reduction in downtime.

3. Operational Costs

• Our self-contained actuators require a low level of maintenance, and are more power efficient than traditional pneumatic or hydraulic systems.
• Integral diagnostics enable planned maintenance and avoid unplanned emergencies.
• Costs reduced through reliable and accurate operation, increasing efficiency and reducing downtime.

4. Safety

• Information on status of valves and actuators is available centrally and locally.
• Full data capture of history of valve and actuator, for diagnosis and management.
• Valve torque profiles and events log to help diagnose valve and control problems.
• Valve and actuator information to guide maintenance plans.

5. Protecting the Environment

• Very fine, very fast control of dampers reduces gas emissions.
• Accurate control of valves to reduce process waste.
• Our actuators provide accurate control for all environmental applications including flue gas desulphurization and similar systems.

6. Information & Management

• Our actuators interface with any plant control system.
• Accurate data is readily available from our actuators.
• Our easily accessible diagnostics provide full management information.
• Full information on settings, operational accuracy, feedback and history.
• New actuators can easily be incorporated into existing systems.
• Password protection of all information.

7. Maintenance & Support

• Install, commission and provide complete integration into existing systems.
• Provide a full service during plant outage, including inspection of all actuators, removal, overhaul and replacement.
• Support for all legacy actuators.
• Full asset management programs, including health checks and preventative maintenance.  

Industrial RCI – Rotork Controls, Inc.

A Range – old style mechanical actuator with limit and torque switches, no starters or controls. http://www.rotork.com/en/product/index/arange

IQ Series – Intelligent actuator, integral starter, non-intrusive controls, datalogging capability http://www.rotork.com/en/product/index/iqiqtrange

 Oil & Gas production, processing, distribution and storage

Introduction   Rotork specializes in producing actuators and related equipment for every part of the petro-chemical industry, including production, processing, distribution and storage. With over 50 years’ experience in serving the industry, we are the world’s largest independent manufacturer of heavy duty valve actuators and our products control thousands of valves in petro-chemical plants across the world.

RFS – Rotork Fluid Systems for API pneumatic and hydraulic actuators.

GO – Gas pipeline (replacement for Shaffer)

http://www.rotork.com/en/product/index/go

HPG – Improved design over GO style actuators

http://www.rotork.com/en/product/index/hpg

Flow-Quip – full offering of Liquid pipeline solutions

Actuators are Vital

Actuators help control almost everything that happens in a petro-chemical plant, so they’re vital to the operation and safety of every plant. Rotork actuators are accurate, robust and efficient and are backed by full service support resulting in precise control, lower costs, lower emissions and a safe environment.  We have a full range of actuators, all designed to meet the stringent requirements of the petro-chemical industry and to provide exacting levels of durability and reliability.

 Municipal Water & Municipal Sewage

Introduction click here for  ROTORK In Municipal

Rotork has more than 50 years’ experience in serving the water industry worldwide, Rotork valve actuators are widely recognized as being the most technically advanced, reliable, long life, watertight, and user-friendly actuators in the waste water & water industry. They also provide a number of unique cost saving benefits that particularly help water industry customers.  We are the world’s largest independent manufacturer of heavy duty valve actuators and our products control thousands of valves in water and sewage plants across the world.

Actuators are Vital

Managing water and waste water plants is a complex operation and safety and efficiency are paramount. Actuators are vital at every point.

7 Core Requirements

 1. Specifying & Planning

• A full range of actuators,
• A wide choice of different types and sizes
• Different duties and applications
• Working with our customers and contractors to define the specifications of the actuators and control systems.
• Technical support in the design stage.

2. Cost Efficiency

• The right actuator for each application and environment.
• All actuators are environmentally sealed to reduce long term maintenance requirements.
• Standard interfaces for every type of application (valves and sluice gates).
• Easy to install and commission with infrared setting tool.
• Full monitoring and control functionality within standard cost.

3. Central Control

• Able to isolate or control the flow.
• Simple integral controls for remote operation.
• Digital electronics that respond quickly and reliably.
• Remote control and reporting through Fieldbus Systems for every application.
• Alternative of hard wiring and proportional control for some locations.
• Actuator electronics can be used to facilitate control of other equipment.
• Manual control in event of failure of central controls.

4. Information

• Information on status of valves and actuators is available centrally and locally.
• Full data capture of history of valve and actuator, for diagnosis and management.
• Valve torque profiles and events log to help diagnose valve and control problems.
• Valve, control system and actuator information to guide maintenance plans.

5. Water Safety

• Our actuators are designed to meet international, national and industry standards for water safety.
• TÜV approval for SIL 2 applications available.
• Working together with process control instrumentation, our actuators have many features that are designed for water safety:
• Reliable remote operation
• Accurate positioning of valves and repeatability of valve position
• Immediate electronic feedback by actuator to confirm that action is in progress
• Configurable alarms.
• Failsafe operation.
• Manual override in event of power failure.

6. Durability & Reliability

• Designed to survive extreme weather and temperature conditions.
• Long operating life with very low maintenance requirements. Depending on their usage, many of our actuators are still operational after 30 years or more, even in the most demanding environments and with minimal or no maintenance.
• IP68 environmentally sealed from the factory.
• With non-intrusive setting, so the covers do not ever need to be removed, even for commissioning.
• Our watertight actuators have double O-ring sealed terminal compartments that can survive being submerged or water ingress through a conduit, so that actuator components are protected from environmental ingress.

7. On-going Support

• We provide technical support worldwide, via Rotork offices or Rotork representative companies.
• We provide training on installation, commissioning, operation and maintenance.
• We provide long term asset management.

 Marine Industries

Rotork Commercial and Military Marine Actuators

Rotork specializes in producing actuators and related equipment for every part of the ship building industry. We have over 50 years’ experience in serving ship builders and operators and we understand the challenges faced. Rotork valve actuators are widely recognized as being the most technically advanced, reliable, long life, watertight and user-friendly actuators in the business.

Actuators help control everything that happens in a ship; so they’re vital. We have a full range of actuators, all designed to meet the stringent requirements of the marine industry. They are accurate, robust and efficient and provide exacting levels of durability and reliability. They also provide a number of unique cost saving benefits that particularly help marine industry customers, providing precise control, lower costs, lower emissions, and a safe environment.

Rotork actuators are installed in every type of ship, both commercial and military and we work closely with every operation that is involved in the specification, build and operation of ships.

The Rotork IQTN actuator offers a low cost, reliable, virtually maintenance free, light weight ‘fit and forget’ solution which offers a myriad of control options fitting with the management of shipboard critical systems.

 Rotork in Marine

The IQTN actuator offers the following powerful features:

• Three phase, Single phase and DC power supplies
• Modulating duty option
• Full-turn and multiport option
• Shock tolerant
• Compact design
• Environmental protection to IP68 (7 mtr for 72 hours)

Various optional upgrades are available including:

• Fire Protection exceeding ANSI/API607 and UL1709 (1093 degC / 2000 degF for 30 minutes). Please consult Rotork for various options such as semi-rigid enclosures (blankets). Intumescent coating is not available for this product. 

ITF Site Inventory

Cunado Group – ITF 09012011 

ITF, Inc. Brochure  ITF Introduction Letter

ITF is part of the CUÑADO GROUP was founded in 1963, and currently has 14 companies worldwide (plus several branches and representatives), which are engaged in the manufacture and supply of steel piping, valves, fittings, flanges and other complementary material for any type of industry worldwide.

The CUÑADO GROUP is based in Alcala de Henares, Madrid (Spain) and serves all industrial sectors, including chemical and petrochemical plants, offshore, oil & gas projects, nuclear power stations, paper mills, dairy industry, shipyards, gas processing plants, water treatment plants, etc.

CUÑADO GROUP has built its headquarters on an industrial estate covering over 49 acres with 48,000 ft

2 of offices and 581,000 ft2 of warehouse and a further expansion of 301,400 ft2 now under construction. This includes the Group’s branches and warehouses in the different key industrial cities in Spain and around the world.

We maintain an estimated daily inventory of approximately $50 million, in all types of material including carbon, alloy, stainless, high nickel alloys, titanium, etc.

The CUÑADO GROUP is considered a leader worldwide in the supply of piping projects and we are pioneers in providing complete Integral Supply Systems that can be tailored to fit any major process plant project.

ITF, Inc. is a 20 year old Cunado company that serves the Americas providing pipe, valves and fittings. Headquartered in Houston, Texas, ITF has a staff of project managers, finance and logistics professionals who specialize in supporting large projects throughout the world.

Milwaukee Valve Company is your source for valves and actuated controls that meet all of your process-automation needs. You can specify valves complete with electric or pneumatic actuation, and a variety of control accessories. Today, Milwaukee Valve’s ISO9001-certified facilities manufacture more than 4,000 manual and actuated valves to meet the exacting demands and rugged service conditions of the following industries: Chemical Processing, Commercial Construction,  Fire Protection, Food & Beverage, Gas Distribution, Iron & Steel Production
Marine (U.S. Navy), Mining, OEM applications, Oil & Gas, Power Generation  Pulp & Paper, Textiles, U.S. Dept. Of Defense, Water & Sewage.

http://www.milwaukeevalve.com/data/pdf/1550CB2%202-12.pdf

  http://www.milwaukeevalve.com/data/pdf/1550CB2%2014-30.pdf

Cast steel gate, globe & check valves are available in sizes 2″ – 24″ and ANSI classes 150, 300 & 600 lb. Body materials include WCB, WC6, C5, & LCB. Trim options include 13% chrome, hard-faced, 316 SS and bronze. Raised face flanged and butt-weld connections are also available. http://www.milwaukeevalve.com/data/pdf/F%202885%20FP.pdf

Metal Seated, High performance butterfly valves from Milwaukee Valve are available in sizes ranging from 2-1/2 to 24 inches for Class 150 ratings and 2-1/2 inches to 16 inches for Class 300. Dependable, durable service is assured with one piece stem and stainless steel backed reinforced PFTE bearings.

http://www.milwaukeevalve.com/data/pdf/HP.pdf

 http://www.milwaukeevalve.com/data/pdf/HP.pdf

Iron gate, globe & check valves are available in sizes 2″ – 24″ and in 125 & 250 lb. classes. Materials of construction include IBBM, all iron and 3% nickel. By-passes and outside lever & weight options are also available upon request.

Since 1936, CLA-VAL has produced the world’s highest quality automatic control valves for a diverse array of industries. Established in South Pasadena with just five employees, CLA-VAL moved to its present home, a twenty-acre property in Costa Mesa, California in 1954. The Costa Mesa facility, which serves as the worldwide headquarters, features an in-house foundry as well as a manufacturing operation with more than four-acres under roof.

CLA-VAL’s  Waterworks:  Automatic control valves are specifically designed to meet the requirements of water utility systems, greatly improving supply and distribution system efficiency. From the most complex of applications to the simplest, our automatic control valves perform with precision and accuracy to provide exact control of pressure, flow, level, surge and pump control. 

Available Brochures

• Cla-Val Waterworks Solutions
• 100-01KO Anti-Cavitation Brochure
• How Automatic Control Valves Operate
• Pressure Management Solutions
• Reclaimed Water Solutions
• Statement of Qualifications

Brochures En Espanol

• Solucions para el Manejo de Fluidos; Valvulas de Control Automatico
• Soluciones para Cavitacion

CLA-Val Fire Protection:  From simple fire suppression systems in standard industrial usage to the rigorous demands of fire protection systems on offshore platforms, CLA-VAL products provide accurate and reliable service in the most critical of applications. Relevant CLA-VAL products are MEA, UL and ULC listed and have Factory Mutual approval. CLA-VAL fire protection products also meet and exceed all industry requirements for both fresh water and seawater service.

Available Brochures

• Cla-Val Fire Protection Brochure
• 100-01KO Anti-Cavitation Brochure
• How Automatic Control Valves Operate
• Statement of Qualifications
• Foundry Capabilities

Brochures En Espanol

• Soluciones para Proteccion Contra Incendios
• Soluciones para Cavitacion

CLA-VAL Marine Products are designed to meet the exacting requirements of military and commercial shipboard applications. Their rugged construction and top quality materials help to ensure long life, minimal maintenance and precision service. All products for critical application on US Navy and Coast Guard vessels have undergone shock and vibration testing. 

Available Brochures

• Cla-Val Marine Products Brochure
• How Automatic Control Valves Operate
• Statement of Qualifications

CLA-VAL Ground Fueling control valves, refueling nozzles, couplers and other ground fueling equipment play a vital role in fuel handling systems for both civilian and military aviation. Our extensive experience, innovative engineering and advanced technology continue to set standards for automatic control valves in the Aviation Fueling Industry. Applications include control of fuel at receiving facilities, storage tanks, fuel/water separation stations, distribution/circulation systems and mobile refuelers and aircraft hot refueling. 

Available Brochures

• Cla-Val Ground Fueling Brochure
• How Automatic Control Valves Operate
• Statement of Qualifications

CLA-VAL Indutrial automatic control valves have provided dependable service in industrial and wastewater applications throughout the world. All of our products are factory tested to ensure unequaled quality and precision service under the most severe operating conditions. Our extremely versatile automatic control valve can be customized to meet the demands of virtually any industrial fluid handling or wastewater application, including chilled water systems, level control, surge control, pressure regulation, electronic control, backflow protection and a multitude of other special purposes.

Available Brochures

• Cla-Val Waterworks Solutions
• 100-01KO Anti-Cavitation Brochure
• How Automatic Control Valves Operate
• Pressure Management Solutions
• Reclaimed Water Solutions
• Statement of Qualifications

Brochures En Espanol

• Solucions para el Manejo de Fluidos
• Soluciones para Cavitacion

• Air Release Valves
  • 33A Air Release and Vacuum Breaker Valve
    • Engineering Data Sheet: E-33A_THREADED_&_FLANGED_GREEN.PDF
    • Quick Manual: N-33A.pdf
    • Purchase Specs (txt): S33A.TXT
    • Purchase Specs (pdf): S33A.pdf
  • 34WW Wastewater Service/Air Release Valve
    • Engineering Data Sheet: E-34WW.pdf
    • Quick Manual: N-AV34WW.pdf
    • Purchase Specs (txt): S34ww.TXT
    • Purchase Specs (pdf): S34WW.pdf
  • 35WW Air and Vacuum Wastewater Service Valve
    • Engineering Data Sheet: E-35WW.pdf
    • Quick Manual: N-AV34WW.pdf
    • Purchase Specs (txt): S35ww.TXT
    • Purchase Specs (pdf): S35WW.pdf
  • 36WW Waste Water Service/Combination Air Valve
    • Engineering Data Sheet: E-36WW.pdf
    • Quick Manual: N-AV34WW.pdf
    • Purchase Specs (txt): S36ww.TXT
    • Purchase Specs (pdf): S36WW_industrial.pdf
  • 38VB/AR Vacuum Breaker/Air Release Valve
    • Engineering Data Sheet: E-38VBAR.pdf
    • Quick Manual: N-AV38VB.pdf
    • Parts List: PL-38VBAR.pdf

• Duckbill Check Valves
  • Cla-Val Duckbill Check Valve Brochure
    • Quick Manual: B-Duckbill_Check_Valve.pdf
    • Reference Drawing: N-Elastomer_Selection_Guide.pdf
  • DBF Series Flanged Style Duckbill Check Valves
    • Engineering Data Sheet: E-DBF.pdf
    • Quick Manual: N-DBF.pdf
    • Purchase Specs (pdf): N-DB_Specification_Sheet.pdf
  • DBI Series In-Line Flanged Style Duckbill Check Valves
    • Engineering Data Sheet: E-DBI.pdf
    • Purchase Specs (pdf): N-DB_Specification_Sheet.pdf
  • DBJ Series Jacket Style Duckbill Check Valves Series
    • Engineering Data Sheet: E-DBJ.pdf
    • Purchase Specs (pdf): N-DB_Specification_Sheet.pdf
  • DBO Series Slip-Over Style Duckbill Check Valves Series
    • Engineering Data Sheet: E-DBO.pdf
    • Quick Manual: N-DBO.pdf
    • Purchase Specs (pdf): N-DB_Specification_Sheet.pdf

• Check Valves
  • 501A Wafer Swing Check Valve
    • Engineering Data Sheet: E-501A_Green.pdf
  • 580 Series 580 Silent Wafer Check Valve
    • Engineering Data Sheet: E-580_BLUE1.PDF
    • Quick Manual: N-580-581.pdf
  • 581 Series 581Silent Globe Check Valve
    • Engineering Data Sheet: E-581_BLUE1.PDF
    • Quick Manual: N-580-581.pdf
  • 582 Series 582 Two-Door Wafer Check Valve
    • Engineering Data Sheet: E-582_582W_582G_Blue.pdf
    • Quick Manual: N-582_Series.pdf
    • Parts List: PL-582_ Series.pdf
  • 81-02/681-02 Check Valve
    • Engineering Data Sheet: E-81-02.pdf
    • Quick Manual: N-81-02.pdf
    • Technical Manual: TM-81-02.pdf

• Pinch Valves
  • Cla-Val Pinch Valve Brochure
    • Quick Manual: B-CV_Pinch_Valve_Brochure.pdf
    • Reference Drawing: N-Elastomer_Selection_Guide.pdf
  • PV10 Open Body Pinch Valve
    • Engineering Data Sheet: E-PV10.pdf
  • PV15 High Pressure Open Body Pinch Valve
    • Engineering Data Sheet: E-PV15.pdf
  • PV20 Closed Body Pinch Valve
    • Engineering Data Sheet: E-PV20.pdf
  • PV30 Split-Body Pinch Valve
    • Engineering Data Sheet: E-PV30.pdf
    • Quick Manual: N-PV30.pdf

CLA-VAL Specialty Valves designs and manufactures a wide range of products to meet specialized flow control applications, including active pressure management and fountain control. The CLA-VAL 700 Series Roll Seal line, with its all 316L SS construction, was designed for unique applications and is used around the world in such places as amusement parks, casinos, office buildings, mines and athletic venues. The Roll Seal valve carries approvals for UL, FM, PUB and NSF applications. Our flush valves are utilized in lines that have seasonal use or limited use at the time of new construction.

Available Brochures

• Cla-Val Waterworks Solutions
• How Automatic Control Valves Operate
• Statement of Qualifications

Brochures En Espanol

• Solucions para el Manejo de Fluidos; Valvulas de Control Automatico

• Active Pressure Management
  • 90-11/690-11/790-11 Reducing Valve with Two-Stage Solenoid
    • Engineering Data Sheet: E-90-11.pdf
    • Technical Manual: TM-90-11.pdf

• Pressure Reducing Valves
  • 790-01 Pressure Reducing Valve – PUB Approved
    • Engineering Data Sheet: E-790-01.pdf
    • Purchase Specs (txt): S79001.TXT
    • Purchase Specs (pdf): S790-01.pdf
    • Technical Manual: TM-790-01.pdf

• Solenoid Control Valves
  • 736-01 Solenoid Control Valve
    • Engineering Data Sheet: E-736-01.pdf
    • Purchase Specs (txt): S73601.TXT
    • Purchase Specs (pdf): S736-01.pdf
  • 736-09 Solenoid Control Valve
    • Engineering Data Sheet: E-736-09.pdf
    • Purchase Specs (txt): S73609.TXT
    • Purchase Specs (pdf): S736-09.pdf
    • Technical Manual: TM-736-09.pdf

• Pressure Relief Valves
  • 750-01 Pressure Relief, Sustaining and Back Pressure Valve
    • Engineering Data Sheet: E-750-01.pdf
    • Purchase Specs (txt): S75001.TXT
    • Purchase Specs (pdf): S750-01.pdf
    • Technical Manual: TM-750-01.pdf

• Electronic Control Valves
  • 730-01 Hydraulic Control Valve
    • Engineering Data Sheet: E-730-01.pdf
  • 731-01 Electronic Interface Control Valve
    • Engineering Data Sheet: E-731-01.pdf
    • Technical Manual: TM-731-01.pdf

• Fountain Control Valve
  • 790-68 Nozzle Control Valve
    • Engineering Data Sheet: E-790-68.pdf
    • Technical Manual: TM-790-68.pdf

• Main Valves
  • 100-42 700 Series Roll Seal Valve – NSF
    • Engineering Data Sheet: E-100-42.pdf
    • Quick Manual: N-100-42.pdf
    • Purchase Specs (txt): S10042.TXT
    • Purchase Specs (pdf): S100-42.pdf
    • Reference Drawing: Animation-100-42RollSeal.exe

• Stainless Steel
  • 100-44 Hytrol 316 Stainless Steel Reduced Internal Port
    • Engineering Data Sheet: E-100-44.PDF
    • Quick Manual: N-100-44.PDF
  • 100-46 Hytrol 316 Stainless Steel
    • Engineering Data Sheet: E-100-46.PDF
    • Quick Manual: N-100-46.PDF

Please contact our office for details!

Cast Steel

Crane is a leading manufacturer of cast steel gate, globe & check valves. Typical applications for Crane cast steel valves include flow control and fluid handling for refining, oil and gas production, pulp and paper, waste water treatment and chemical processing.

Gate valves, Globe Valves and Check Valves

• Class 150 – Class 600
• Sizes 2″ – 48″
• Flanged ends and Butt-Weld ends
• Bolted Bonnet
• Swing, Tilting Disc and Stop Check
• NACE and Special Trims (i.e., 316SS, Bronze, Monel)
• API 600

Crane Cast Steel Valves  

 Bronze  

 Crane is a leading manufacturer of Bronze gate, globe & check valves, all specifically designed to meet the needs of the building industry, and are also ideal for a variety of other commercial and industrial applications.

• Gate valves, Globe Valves, Angle and Check Valves
• Class 125 – Class 600
• Sizes 1/4″ – 3″
• Flanged ends, Threaded ends and Solder Joint ends
• Screwed Bonnet and Union Bonnet
• Commercial Grade and Industrial Grade
• Rising Stem and Non-Rising Stem
• ASTM B61 or B62 Body
• Stainless Steel, Bronze or PTFE Disc
• UL/ULC/FM Listed Valves
• MSS SP 80

Crane Bronze Valves

 Iron

 As a leading manufacturer of Iron gate, globe, Angle & check valves, Crane has provided superior products for commercial and industrial applications since 1855.

• Gate valves, Globe Valves, Angle and Check Valves
• Class 125 – Class 250
• Sizes 1/4″ – 48″
• Flanged ends and Threaded ends
• Bolted, Clamp and Union Bonnet
• Swing, Tilting Disc and Stop Check
• Rising Stem and Non-Rising Stem
• 3% Nickle Iron, All Iron and Malleable Iron
• UL/FM Listed Valves
• MSS SP 70, 71 and 85

Crane Cast Iron Valves

Aloyco Corrosion Resistant Valves

For nearly 70 years, Aloyco has been a world leader in the design and manufacture of corrosion resistant valves. Aloyco gate, globe and check valves withstand the severe conditions encountered in applications ranging from refining and chemical processing to pulp and paper production.

• Gate valves, Globe Valves, Angle Valves and Check Valves
• Class 150 – Class 600
• Sizes 1/2″ – 24″
• Threaded Ends, Socket Weld Ends and Flanged
• Bolted Bonnet and Screwed Bonnet
• 316SS and Alloy 20 Material
• Special Materials: Hastelloy C, Monel, 304SS and others
• API 603

Aloyco Stainess Steel Valves

Duo-Chek Check Valves

Duo-Chek II high performance check valves are the original Mission wafer check valves that were introduced to the market in the late 50′s. They are available in sizes, pressure classes and configurations that you need to meet the most demanding of applications.

Class 125 – Class 2500

• Sizes 2″ – 72″
• Lug, Wafer, Double Flanged, Retainerless and Extended Body Styles
• Raised Face, Plain Face Ring Joint, Weld End and Hub End connections
• Resilient Seal Materials
• Bodies in Cast Iron, Ductile Iron, WCB Cast Steel, 316SS, All Alloys

Crane DuoChek Valves

Crane Duo-Check Installation Guide

Flowseal High Performance Butterfly Valves

Flowseal is a leading provider of soft seat, metal seat and fire-safe high performance butterfly valves. Our products are manufactured under an ISO 9001 Quality Assurance Program that ensures each valve we produce meets or exceeds your exacting application requirements. Flowseal high performance butterfly valves are a standard in many industries including HVAC, Power Generation, Hydrocarbon Processing, Water & Wastewater Treatment and Marine and Commercial Shipbuilding.

• Class 150 – Class 600
• Sizes 2″ – 48″
• Wafer and Lug Body Style
• Soft Seated; Zero leakage
• Metal Seated; ANSI Class IV leakage
• Fire Safe meets API 607, Rev. 4
• Mil-Spec Valves per MIL-V-24624(SH)
• Automated Valves; Pneumatic, Electric and Hydraulic

Crane Centerline Valves

Crane Flowseal HP BFV Installation & Maintenance

Crane Flowseal HP BFV

Center Line Butterfly & Lined Check Valves

Rated to 150, 200 and 285 PSI Shut-off

• Sizes 2″ – 48″
• Wafer and Lug Body Style
• Series 200 – 200 PSI (2″ – 12″) 150 PSI (14″ – 42″) Long
• Neck Cast Iron or Ductile Iron Body
• Series 225 – 285 PSI Shut-off, Ductile Iron Body
• Series 250 – Standard Carbon Steel Body, Optional Stainless Steel Body
• Series 300 – Direct Drive Butterfly Valve, Cast or Ductile Iron, Carbon Steel and Stainless Steel Body
• Available with Ductile iron, Aluminum Bronze, 316SS or Monel Disc
• Seats in Buna or EPDM are standard with many optional seat materials available
• 2-Way and 3-Way Assemblies
• On-Off, Mixing and Modulating Flow Control Systems
• Series 800 – 150 PSI Fully Elastomer Lined Check Valve

PRICE & OUTSTSTANDING SERVICE

Walworth since 1842 is supplying valves to the petrochemical, oil & gas, petroleum, power generation, pulp and paper, cryogenic and geothermal industries, among others. Over the years, the Company has produced more than 40,000 different types of products and serves as a global supplier to varied markets utilizing the expertise of over 500 trained employees.

WALWORTH products are manufactured following strictly the most recognized international standards all over the world, such as API, ANSI, ASME, ASTM, MSS, NACE, AWWA, BSI, CSA, among others.

Walworth_Corporate_Profile_2011-2

We are one of the leading companies in industrial valve manufacture for fluid control made in a wide variety of materials such as carbon and alloyed steels, austenitic and duplex stainless steels, nickel alloys, ductile iron, and bronze, just to mention a few, which are available as Gate, Globe, Check, Ball, Pressure Seal, AWWA Butterfly and Plug Valves, in the various alloy materials necessary to meet the required specifications for the valve industry.

Walworth FORGED STEEL CATALOG

WALWORTH® offers this product line manufactured in accordance with ANSI Classes 800, 1500 and 2500 and sizes from 1/4″ to 2″ for socket weld, threaded and combined ends. Available also Integral Flanges in 150, 300, 600 and 1500 either Raised Face or ring type joint ends.

Forged Steel Gate Valves

Design Features Valves in accordance with API-602. Socket Weld, Threaded, Combined or Flanged RF or RTJ ends. Bolted Bonnet or Welded Bonnet options. Renewable or integral seats. Low fugitive emissions control. NACE Service either MR-0175 or MR-0103. Test in accordance with API-598

Forged Steel Globe Valves

The Globe Valves are primarily used to modulate or regulate the volume of the flow.  This type of valve should always be installed so the flow intake enters through the base of the valve seat. The valve has an arrow stamped on the body to indicate the preferred direction on flow.

Design Features Valves in accordance with API-602. Socket Weld, Threaded, Combined or Flanged RF or RTJ ends. Bolted Bonnet or Wel ded Bonnet options. Standard or Full Port. Low fugitive emissions control. NACE Service either MR-0175 or MR-0103. Test in accordance with API-598

Product Range

Forged Steel Swing Check Valves:  Check valves are generally used to protect pumps or similar equipment, allowing the flow only in one direction and preventing flow reversal due to back pressure.

Design Features Valves in accordance with API-602 Socket weld, threaded, combined. Bolted or welded bonnets options. Low fugitive emissions control. Nace service either MR-0175 or MR-0103 Test in accordance with API-598.

Forged Products Include:  Forged Steel “Y” Globe Valves, Forged Steel Swing Check Valves, Forged Steel Piston Check Valves, Forged Steel “Y” Piston Check Valves, Forged Steel Ball Check, Forged Steel “Y” Ball Check

 Cast Steel Globe Valves

The Globe Valves are primarly used to modulate or regulate the volume of the flow.  A Globe Valve is not recommended when a continuous full flow of fluid is required due to the high pressure drop inherent to the design of a Globe Valve.  This type of valve should always be installed so the flow intake enters through the base of the valve seat. The valve has an arrow stamped on the body to indicate the preferred direction on flow.

Design Features Globe valves design in accordance with ASME B16.34 Globe valves option in accordance with API-603 only for stainless steel & nickel alloys. Gate & globe valves for cryogenic service with gas column in accordance with BS-6364 upon request Flange dimensions in accordance with ASME B16.5 for valves up to 24″ nominal diameter Handwheel, handwheel impact, chain wheel, gear operation, electric, pneumatic or hyydraulic actuation as per customer requirements By-pass, lantern rings, grease injectors, special connections, etc. Low fugitive emissions control NACE service either MR-01-75 or MR-01-03. Test in accordance with API-598 Stop check design option available

Walworth CAST STEEL valves

The Gate Valve is used when the need exist for a device that allows an interruption or cut off the flow of a fluid.

Is not recommendable to use Gate Valves for flow modulation as the high velocity of the through may result in erosive damage to the wedge and seats when the valve is partially opened. Under normal operating conditions, the valve should remain either fully open or fully closed. Installation of a Gate Valve is independent of the flow direction.

Design Features

• Gate valves designed in accordance with API-600,  solid or parallel slide wedge/disc.
• Gate valves option in accordance with API-603 only for stainless steel & nickel alloys.
• Standard manufacturing wedge from 2” to 4” solid wedge design; 5” and up flexible wedge.
• Gate and Globe valves for Cryogenic service with gas column in accordance with BS-6364 upon request.
• Flange dimensions in accordance with ASME B16.5 for valves up to 24” nominal diameter.
• Hand-wheel, impact Hand-wheel, Chain-wheel, Gear operation, Electric, Pneumatic or Hydraulic Actuation as per Customer requirements.
• By-Pass, Lantern rings, grease injectors, special connections, etc. Low fugitive emissions control.

Cast Steel Check Valves

Check valves are generally used to protect pumps or similar equipment, allowing the flow only in one direction and preventing flow reversal due to back pressure.The swing type check valves are designed to produce a low pressure drop in the pipeline. This design provides a tighht seal as well as a fast reaction to the closure.

Design Features Swing check valves option in accordance with API-603 only for stainless steel & Nickel alloys. Swing check valves for cryogenic service in accordance with BS-6364. Flange dimensions in accordance with ASME B16.5 for valves up to 24” nominal diameter. Damper & Counter weight options. Drain connections as per Customer request. Low fugitive emissions control. NACE service either MR-01-75 or MR-01-03.

 Walworth Ball Valves

Trunnion Mounted Ball valves Walworth_Trunnion_Ball_Valves_Catalog Used primarily, but not limited to, the Oil & Gas Industry. Trunnion Mounted Ball valves are offered in Pressure Classes 150, 300, 600, 900, 1500 & 2500# and sizes from 2” up to 60” nominal diameter. WALWORTH® Trunnion Mounted Ball valves meet API-6D full bore specifications for piggable service  avoiding turbulence and fluid pressure drop through the valve. WALWORTH® offers an array of materials used for this product line, including but not limited to:a) Carbon Steels like A105 or WCB.b) Low Carbon Steels like LF2, LF3 or LCB, LCC, etc.c) Stainless Steels like F316, F347 or CF8M, CF8C, etc.d) Duplex Stainless Steel like F51 or CD3MN.e) Super Duplex Stainless Steel like F55 or CD3MWCuN.WALWORTH® offers a variety of trim materials including but not limited to the full API-6D published trim list. Additional trims are available such as high strength steels like 17-4pH, duplex and super duplex steels (UNS S31803 or UNS S32750), high nickel alloys (Monel, Inconel, Incoloy, Hastelloy, etc), among others. Design Features Trunnion Mounted Ball Valves in accordance with API-6D. Bolted Body or Welded Body. Metal to Metal Tungsten Carbide and stellite 6 coatings option available. Carbon steel body, Inconel 625 internal cladding available. Meets Fire Test in accordance API-6FA, API-607. Full bore or reduced bore available. Flange dimensions in accordance ASME B16.5 for valves up to 24”nominal diameter. Flange dimensions in accordance MSS-SP-44, ASME/ANSI B16.47 Series A or B for valves over 26” nominal diameter. Wrench, Gear or Electric Operated options. Double Block and Bleed. Bi-directional flow. Anti-static device. Blow out proof system. NACE Service either MR-01-75 or MR-01-03. Test in accordance API-6D.   Product Range   TYPE SIZE PRESSURE CLASS AS PER ASME/ANSI B16.34 ENDS Trunnion Ball Valve Bolted Body 2” to 60” 150, 300, 600, 900, 1500  & 2500# RF, RTJ or BW Trunnion Ball Valve Welded 2” to 60” 150, 300, 600, 900, 1500  & 2500# RF, RTJ or BW

This product line is used primarily in the Oil & Gas, Building and construction Industries, Chemical and Petrochemical services, among others. WALWORTH® offers Floating Ball valves to provide positive shut-off while minimizing pressure drop.WALWORTH® offers an array of materials used for this product line, including but not limited to: a) Carbon Steel such as A-105 or WCB, etc.b) Stainless Steel such as CF8, CF8M, etc.c) Low Carbon Stainless Steel such as CF3, CF3M, CG3M, etc.d) Super Stainless Steel such as CN7M (Alloy 20), CN3M (Alloy 20 modified), CT15C, etc.e) Brass like B283 grade C37700.

Walworth Cast Iron  WALWORTH® Iron valves are manufactured in accordance with MSS standards.  The primarily use of this type of valve is the water industry. However, demands are coming more and more from Petroleum Refineries, Chemical plants, Sewage Treatment Plants and Municipalities. WALWORTH® offers this product line in the following base materials: Cast Iron in accordance ASTM A126 Class B offers this product line in the following standard trim:  Bronze trim in accordance with ASTM B62 grade C83600.

Iron Gate MSS-SP-70 OS&Y IRON GATE VALVE SIZES: 2 TO 24” ASME 125 Bidirectional flow Minimal pressure drop Smooth operation Operates in fully open or closed position Retains minimal line fluid Seats fixed or screwed into the body Moderate temperature service Metal-metal sealing Bore in accordance with ASME B16.1 OS&Y Solid Wedge Bolted Bonnet Vertical or Horizontal Installation Bronze Trim

Iron Globe Single-directional flow High pressure drop Smooth operation Regulates flow Seats fixed or screwed into the body Moderate temperature service Metal-metal sealing ASME B16.1 Reduced bore OS&Y Bolted Bonnet Fully guided disc Loose disc for efficient seal Vertical or Horizontal Installation Bronze Trim

Iron Check Single-directional flow Minimal pressure drop Eliminates counterflow Seats fixed or screwed into the body Moderate temperature service Metal-metal sealing ASME B16.1 Reduced bore Side plug design Bolted Cover Vertical or Horizontal Installation Bronze Trim

Plug Valves Compensator Steel Top Entry SteelTop Entry Iron 1 of 2

Plug Valves Compensator Steel Top Entry SteelTop Entry Iron 2 of 2

Walworth-Pressure _Seal_2011_1

The Gate Valve is used when the need exist for a device that allows an interruption or cut off the flow of a fluid.

Is not recommendable to use Gate Valves for flow modulation as the high velocity of the through may result in erosive damage to the wedge and seats when the valve is partially opened. Under normal operating conditions, the valve should remain either fully open or fully closed. Installation of a Gate Valve is independent of the flow direction.

Design Features Design in accordance with ASME B16.34. WE short pattern; RF & RTJ long pattern as per ASME B16.10. Outside Screw & Yoke (OS&Y). Flexible wedge. Option with Parallel Slide disc available upon request. Handwheel or gear operated depending on the size and class. End to end dimensions as per ASME B16.10. Flange dimensions as per ASME B16.5. Weld end dimensions as per ASME B16.25

 Walworth FORGED STEEL CATALOG   WALWORTH FORGED STEEL VALVES:  WALWORTH offers this product line manufactured in accordance with API-602 and ANSI Classes 800, 1500 and 2500 for socket weld, threaded and combined ends. Available also Integral Flanges in 150, 300, 600 and 1500 either Raised Face or ring type joint ends.  WALWORTH keeps a large quantity of these valves in stock in the most common trims used by the industry. For  Certain Customer applications where forged material is not available (specifically for high nickel alloys), WALWORTH has developed this product line but produced from sand casting. In order to keep the same quality level as forged, these castings are produced with 10 % of each lot to be subject to X-ray examination

 FORGED STEEL, ALLOY AND STAINLESS STEEL TYPE SIZE PRESSURE CLASS AS PER ASME/ANSI B16.34 FOR SW OR NPT ENDS PRESSURE CLASS AS PER ASME/ANSI B16.34 FOR RF OR RTJ ENDS

 Gate 1/4” to 2” 800, 1500 & 2500 150, 300, 600, & 1500

 Globe 1/4” to 2” 800, 1500 & 2500 150, 300, 600, & 1500

 Piston Check 1/4” to 2” 800, 1500 & 2500 150, 300, 600, & 1500

 Ball Check 1/4” to 2” 800, 1500 & 2500 150, 300, 600, & 1500

 Swing Check 1/4” to 2” 800, 1500 & 2500 150, 300, 600, & 1500

 WALWORTH offers the majority of materials known and used for this product line, including but not limited to:  

a) Carbon Steels A105.

 b) Low Carbon Steels LF2, LF3.

 c) Low Alloy Steels F1, F11, and F22.

 d) Medium Alloy Steels F5, F9, and F91.

 e) Stainless Steel Valves F304, F316.

 f) Low Carbon Stainless Steel F304L, F316L.

 g) Duplex Stainless Steel F51, F53.

 h) Nickel Alloys Inconel, and Monel.

WALWORTH® Expanding Gate valves are manufactured and tested in accordance with API-6D.

This type of valve is suitable for onshore and offshore applications where suspended and abrasive solids are present in the fluid or for oil and gas transportation and isolation service.

The double block and bleed design offers a proper seal in between both seats and the gate in both high and low pressure, for this reason line pressure is not needed to seal the valve. The principle of operation is based in two segmented members of a disc which at open or closed position is capable to seal in both directions.

WALWORTH® offers this product line in the following base materials:

a) Carbon Steel such as WCB, WCC.

b) Carbon Steel as per ASTM A216 grade WCB for NACE MR0-175 with 0.25%C maximum and 22HRc maximum hardness.

• Design in accordance with API-6D.
• Full thru-conduit port to permit pass scrapers, pigs and wipers.
• Top entry for maintenance inline.
• Double block and bleed at open or closed position.
• Bi-directional.
• Hand-wheel, Impact Hand-wheel, Chain-wheel, Gear operation, Electric, Pneumatic or Hydraulic Actuation as per Customer requirements.
• Hard faced option is available for severe service with Tungsten carbide or stellite applied by HVOF process.
• Test in accordance with API-6D.

WALWORTH® AWWA Butterfly valves comply with AWWA C-504 standard. This type of valve with soft rubber (Buna) seats is used in the water treatment industry.

• The AWWA WALWORTH® valves can be used for throttling as well as open/close applications. The main features are a leak proof hermetic seal, easy installation and operation at the maximum differential pressure. The soft Buna seats run the entire 360° of the disc, thus reducing turbulence and pressure drop. Butterfly valves are used in power generation, pollution control, the pulp and paper industry, water and waste water treatment facilities worldwide. WALWORTH® offers this product line in the following base materials: a) Cast Iron ASTM A126 grade Bb) Ductile Iron ASTM A536 grade 65-45-12c) Alloy Cast Iron ASTM A436 grade 2d) Cast Steel ASTM a 216 grade WCBe) Stainless Steel ASTM 351 grade CF8 M (Not listed by AWWA C-504,
  but avalaible upon request). 

  Design Features

  • Design in accordance with AWWA C-504.
  • Uninterrupted 360° seat.
  • Underground installation.
  • Manual and automated operation as per Customer requirement.
  • Class A (maximum velocity at 8 feet per second).
  • Class B (maximum velocity at 16 feet per second).
  • Test in accordance with API-598.
  • Available disc in Aluminium Bronze ASTM B148 grade
  • Soft Seat in Neoprene (180ºF) & EDPM (275ºF) also available as per Customer request.

   

  Product Range

   

  TYPE	SIZE	PRESSURE CLASS AS PERAWWA C-504	ENDS	FIGURE Nr.
  Ductil Iron Butterfly Valve Short Body	3” to 72”	75 A and B	FF OR RF	2111 (75A); 2110 (75B)
  Cast Iron Butterfly Valve Wafer Body	3” to 72”	150 B	FF OR RF	2114 (150B)
  Ductile Iron Butterfly Valve Short Body	3” to 72”	150A & 150B	FF OR RF	2117 (150A); 2116 (150B)