Valve, Actuation and Instrumentation Portfolio
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Pump Product Catalog
Pump Division Pump Product Catalog Experience In Motion Pump Supplier to the World Flowserve is the driving force in the global Product Brands of Distinction industrial pump marketplace. No other pump ACEC™ Centrifugal Pumps company in the world has the depth or breadth of expertise in the successful application of Aldrich™ Pumps pre-engineered, engineered, and special purpose Byron Jackson ® Pumps pumps and systems. Calder™ Energy Recovery Devices Cameron™ Pumps Durco ® Process Pumps Flowserve ® Pumps IDP ® Pumps INNOMAG ® Sealless Pumps Lawrence Pumps ® Niigata Worthington™ Pumps Pacific ® Pumps Pleuger ® Pumps Scienco™ Pumps Sier-Bath ® Rotary Pumps TKL™ Pumps United Centrifugal ® Pumps Western Land Roller™ Irrigation Pumps Wilson-Snyder ® Pumps Worthington ® Pumps 2 Worthington Simpson™ Pumps flowserve.com Pump Designs Flowserve offers a wide range of complementary pump types, built to recognized global standards Committed to the Complete Pump and customer specification. These include: System Life Cycle • Single-stage process • Between bearings single-stage For more than two centuries, Flowserve has • Between bearings multistage served industries requiring solutions that add value and reduce costs throughout the life • Vertical cycle of a pumping system. • Submersible motor • Oil and gas • Positive displacement • Chemical • Nuclear • Power generation • Specialty • Water Available Configurations • General industry Flowserve partners • Sealed and sealless with customers to • Axially and radially split respond to the • Volute and diffuser dynamic business • Close coupled and spacer coupled conditions that • Single and double case affect them and to improve efficiency, maximize throughput and control process quality. Whether customer needs involve on-site technical assistance, equipment upgrades or broader project planning with full turnkey responsibility, Flowserve delivers professional, reliable results. -
The Expanding Reach of Plastic Valves
BACK TO BASICS As seen in the Spring 2013 issue of M A G A … Z I N E The Expanding Reach of Plastic Valves Although plastic valves are sometimes seen as a Executive Summary BY TIM MORAN specialty product—a top choice of those who SUBJECT: Valves are manufactured in a make or design plastic piping products for industrial systems or wide array of thermoplastic materials who must have ultra-clean equipment in place—assuming these valves don’t have many general uses is short-sighted. In reality, with special properties. Designers have plastic valves today have a wide range of uses as the expanding come up with a variety of ways to use types of materials and good designers who need those materials new kinds of plastic valves. S P mean more and more ways to use these versatile tools. R I N KEY CONCEPTS: G 2 0 1 PLASTIC’S PROPERTIES • Thermoplastic materials 3 The advantages of thermoplastic valves are wide—corrosion, • Options in valve types V chemical and abrasion resistance; smooth inside walls; light A weight; ease of installation; long-life expectancy; and lower life- • What these valves can do L V cycle cost. These advantages have led to wide acceptance of E • Design considerations plastic valves in commercial and industrial applications such as M water distribution, wastewater treatment, metal and chemical A TAKE-AWAY: These valves are critical in G processing, food and pharmaceuticals, power plants, oil refineries harsh and challenging environments, but A and more. Z I perform well in many situations today. N E 1 ©2013 Valve Manufacturers Association. -
Corrosion Resistant Thermoplastic Valves and Unions LIST PRICE SHEET
THIS LIST PRICE SHEET IS AVAILABLE IN PDF AND EXCEL FORMAT AT WWW.LASCOFITTINGS.COM BALL VALVES Corrosion Resistant ACTUATED VALVES MIP BALL VALVES Thermoplastic Valves BUTTERFLY VALVES CHECK VALVES and Unions LIST PRICE SHEET STRAINERS PRICE GROUP DESCRIPTION DISCOUNT MULTIPLIER EFFECTIVE - October 1, 2018 VA TUBVS, SUBVS, SUPER C COMPACTS, BALL CHECK, VPS-27 UNIONS SWING CHECK, SPRING CHECK, LAB VALVES VB REPAIR PARTS, ACCESSORIES, Y-STRAINERS VC BUTTERFLY VALVES Supersedes VPS-26 SLO-CLOSE VALVES VK CONTRACTOR KITS (BFV & WAFER CHECK) VM MIP COMPACT BALL VALVES INFO/TERMS/WARRANTY VS SLO-CLOSE BALL VALVES (SEE PRICE SHEET VPSC-6) VT CPVC CTS BALL VALVES For a list of changes, see page 2. Distributed by: CUSTOMER SERVICE: 414 Morgan Street, Brownsville, TN 38012 Toll-free Phone (800) 776 2756 or (731) 772 3180 • Fax (731) 772 0835 www.lascofittings.com Visit Us Online! Design & Installation Information I Installation/Operation/Maintenance Sheets Sample Engineering Specs I Industry Standards I Chemical Resistance Information Overview of changes in this price sheet – VPS-27 Some products have increased by 5% due to material and other costs. The increase is higher for other products affected by the Section 301 tariffs that are now imposed on imports. The summary of changes is shown below. This is also shown in detail in the Excel sheet that is posted on the website. Valve Series Increase Full Block Industrial TUBV 5% Commercial TUBV 5% 801 Series TUBV 10% 131W White SUBV 10% Super C Compact Valve 5% Two-Pc Compact 2-1/2 – 4 5% Lab Valves -
Titanium Valves
TITANIUM VALVES Main office & factory Seoul office Address. » 8, Ansim-ro 59 gil, Dong-gu, Daegu, 41081, South Korea Address. » 13th fl, Dongwha-BLDG, 160 Seosomun-ro, Jung-gu, Tel. » 82-53-962-4839 Seoul, 04513, South Korea Fax. » 82-53-962-6383 Tel. » 82-2-2637-9188 URL » www.kpccorp.co.kr Fax. » 82-2-2637-9118 URL » www.kpccorp.co.kr » www.kpctitanium.com KPC BRIEF HISTORY TITANIUM VALVES 1977. 10 Established Korea Precision Casting Co. WORLD LEADER IN TITANIUM VALVES 1981. 08 Changed to KPC Corporation, a corporate company KPC is one of the world's leading manufacturers of industrial titanium valves, offering a full range of forged and cast titanium valves in a wide range of critical applications for chemical, petrochemical, aluminum and mining industries. The core competence of KPC is its capability to deliver titanium 1982. 03 Started Ball Valve Division valves that would add value to the customer's process industry. 1987. 05 Started Special Alloy Steel Division 1988. 06 Started Vacuum Arc Re-melting Division OPTIMAL DESIGN Finite Element Analysis and 3D Parametric Design Program of CATIA are rigorously utilized for analysis and verification of design in an effort to 1990. 05 Started Forging Division provide the optimum valve design that would best meet design requirements of customers. 1992. 05 Developed and produced Ball Valves for NACE and High Temperature Service 1994. 08 Authorized to use the API Monograms for API 6D VERTICALLY INTERGRATED PRODUCTION 1997. 02 ISO 9001 : 1994 certified by QCB KPC's production system is vertically integrated to cover the whole production process from material production to final assembly and in-house testing. -
Pumps for the Production of Renewable Energy
Technical Bulletin Pumps for the Production of Renewable Energy Experience In Motion Renewable Energy Table of Contents and Figures Pumps for the Production of Renewable Energy Table of Contents Page Figures Page Introduction Figure 1 Annual Energy Demand ................................................. 1 ................................................................................................. 1 Figure 2 Simplified Fossil Fuel Power Generation Flow Diagram ......... 2 Figure 3 Global Solar Power Map ................................................ 3 Concentrated Solar Power (CSP) Figure 4 Simplified Parabolic Trough Flow Diagram .................... 4 Figure 5 Simplified Power Tower Flow Design ............................. 5 The Technologies ...................................................................... 4 Figure 6 The Projects ............................................................................. 6 Parabolic Trough Solar Field, Storage and Steam Cycle .... 6 Figure 7 Power Tower Solar Field, Storage and Steam Cycle ...... 7 Figure 8 Typical Flashed-Steam Power Plant ............................... 8 Geothermal Figure 9 Dry-Steam Power Plant ............................................... 10 Types of Geothermal Power Plants ......................................... 10 Figure 10 Flashed-Steam Power Plant ......................................... 10 Figure 11 Binary-Cycle Power Plant ............................................ 11 Biomass Power Figure 12 Gasification Process Flow Diagram ............................ -
Ball Valve Selection Guide from Simple to Complex Designs
SG-2020 Ball Valve Selection Guide From Simple to Complex Designs Electric, Pneumatic Actuators & Controls 3 and 4 Way Multi-Port Valves Pipeline Trunnion Type Valves Custom Designed Ball Valves Severe Service Metal Seats Segmented Control Valves Flush Bottom Tank Valves Steam Jacketed Valves Dribble Control Valves Instrumentation Valves V-Port Control Valves Special Alloy Valves Cavity Filled Valves Fusible Link Valves Automated Valves Cryogenic Valves PFA Lined Valves Sanitary Valves Ceramic Valves www.flotite.com 910.738.8904 | [email protected] Trunnion Ball Valves TM Series Engineered Valves for Pipeline Designed and Fabricated for Pipeline Applications. and Severe Service Applications Offering both forged 3-pc and cast 1 & 2 pc body designs. 3-Way 10" Applications: Oil and Pipeline applications and other industrial applications including: • Natural Gas Storage • Gas Transmission, Oil Refinery • Dryer Service • LNG, HRSG • Skids • Subsea • Natural Gas Compressor Stations • Desalination TB 80-19 • Petrochemical Plants • CO2 Service Models: • Pipeline TM150 • Power Generation TM300 TM600 Design Features: • Full Compliance with API-6D Size Range: • ISO 9001, CE & NACE 1"–56" • Grease Sealant Fitting Standard Pressure Rating: • ANSI Class 150, 300, 600, 900, 1500, 2500 ANSI Class 150-2500 • High Temperature Metal Seated • Piggable Service • Control Ball Valve • 3-Way Designs • Double Block & Bleed • Both Cast & Forged • Optional: Fully Welded Body Designs • Custom Designs Welcome! Segmented Control Valves Sentinel Series Eccentric Ball -
Axis Control Valves PROFIBUS Firmware B99225-DV016-D-211
USER MANUAL FOR AXIS CONTROLVALVES WITH PROFIBUS INTERFACE FIRMWARE B99225-DV016-D-211 Rev. -, October 2015 OFFERING FLEXIBLE INTEGRATION AND ADVANCED MAINTENANCE FEATURES INCLUDING DIAGNOSTICS, MONITORING OF CHARACTERISTICS AND ABILITY TO DEFINE DYNAMIC BEHAVIORS WHAT MOVES YOUR WORLD Copyright © 2015 Moog GmbH Hanns-Klemm-Straße 28 71034 Boeblingen Germany Telephone: +49 7031 622-0 Fax: +49 7031 622-191 E-mail: [email protected] Internet: http://www.moog.com/Industrial All rights reserved. No part of these operating instructions may be reproduced in any form (print, photocopies, microfilm, or by any other means) or edited, duplicated, or distrib- uted with electronic systems without our prior written consent. Offenders will be held liable for the payment of damages. Subject to change without notice. B99225-DV016-D-211, Rev. -, October 2015 A Moog ACV with Profibus DP bus interface Table of contents Table of contents Copyright ................................................................................................................................................... A List of tables............................................................................................................................................ xvii List of figures ............................................................................................................................................xx 1 General information ..................................................................................1 1.1 About this manual ...................................................................................................................... -
A Profile of the Company That's Intelligently Automating the World's
Limitorque Actuation Systems A profile of the company that’s intelligently automating the world’s valves Making valve control eas for customers When the gates of a huge hydroelectric dam open and allow millions of gallons of water to around the surge through, there’s a hidden force that moves them. When oil pipelines stretch over hundreds of miles of frozen tundra or across furnace-like wor desert sands, there’s a control mechanism that automates the flow no matter how hostile the environment. When a nuclear-powered super carrier puts to sea, it becomes a floating city supported by a network of pipes and valves delivering everything from the steam that powers the propellers to water for the kitchen sink. The complex engineering behind each of these systems depends on the precise, reliable operation of a relatively simple mechanism: a valve. For well over half a century, valves in applications from the extraordinary to the everyday have depended on valve actuators from a company called Limitorque. 2 A heritage of innovation that spans more than seven decades. Limitorque is an operating unit of Limitorque’s original torque-limiting Flowserve, a $2.5+ billion-a-year innovation was devised, company strongly focused on then was adopted by essentially all automation. Limitorque has evolved electric valve actuator makers world- over 70 years since its strategic intro- wide. Limitorque has shipped more ier duction of a “torque-limiting” design than one million actuators—which that changed an industry. have logged more than one billion Limitorque’s commitment to hours of reliable service—an incom- extraordinary valve control solutions parable achievement, unmatched by emphasizes automation choices that any other actuator supplier. -
Flowserve Pump Product Portfolio
PUMP PRODUCT PORTFOLIO Experience In Motion TABLE OF CONTENTS Experience In Motion . 4 Vertical Pumps Solving the World’s Toughest Quick Reference Chart . 53 Pumping Challenges . 6 Wet-Pit . 55 Industries . 8 Double-Case . 57 Applications . .. 10 Deep-Well . 59 Services . 12 Mechanical Seals and Systems . 14 Slurry . 60 Other Flowserve Products . 16 Solids Handling . 61 When and Where You Need Us . 17 Sump . 62 Overhung Pumps Positive Displacement Pumps Quick Reference Chart . 21 Quick Reference Chart . 65 Chemical Process — ASME, ISO . 24 Diaphragm . 66 Industrial Process . 26 Gear . 66 Solids Handling . 30 Twin Screw . 67 Slurry . 32 Multiphase Twin Screw . 67 API Process . 33 Axial Flow . 36 Between Bearings Pumps Quick Reference Chart . 39 Single-Case — Axially Split . 42 Single-Case — Axially Split — API . 42 Single-Case — Axially Split — Multistage . 44 Single-Case — Radially Split . 44 Horizontal — Multistage — Single-Case . 46 Horizontal — Multistage — Double-Case . 49 2 Flowserve Corporation Side Channel Reference Sources . 92 Quick Reference Chart . 69 Index . 93 Side Channel . 71 Vacuum Pumps & Compressors Quick Reference Chart . 77 Dry Vacuum Pumps . 79 Liquid Ring Vacuum Pumps . 79 Liquid Ring Compressors . 80 Vacuum, Membrane and Compressor Systems . 81 Specialty Products Quick Reference Chart . 83 Nuclear Pumps and Seals . 85 Hydraulic Decoking Systems . 89 Energy Recovery Devices . 90 Thruster . 90 Concrete Volute . 91 Polyolefin Reactor . 91 flowserve.com 3 EXPERIENCE IN MOTION Every day, our customers are challenged to take their plant operations to the next level . To do that, they need partners who deliver much more than products . Flowserve is answering that call . We’re working with the world’s most important providers of oil and gas, power, chemicals, water and other essential products to solve the absolute toughest challenges in fluid motion and control . -
701 Series Three-Way Ball Valve
THE SPECIALTY MFG. CO. 5858 Centerville Road • St. Paul, MN 55127-6804 Tel: (651) 653-0599 • Fax: (651) 653-0989 www.specialtymfg.com • e-mail: [email protected] Vertically Integrated, Made in the USA 701 SERIES THREE-WAY BALL VALVE Design Considerations 2.50 The 701 Ball Three-Way Valve Series is designed to promote multiple configurations to fit the exact end use application. The 701 Three-Way Series can be used as a diverter, selecting or mixing 1.67 valve, the bottom port is common. The standard handle has 180 2.75 degree rotation and lies over the open port. When the handle is rotated 90 degrees from either port, flow is shut off to both ports. The panel mount requires a .812 hole and is supplied with one Knurled and one Hex brass nut. The maximum panel thickness is .150. UL configurations are available and rated to 250 psi. .86 UR configurations are available and rated to 500 psi. 1.72 Maximum Operating Pressure — 500 psi Maximum Operating Temperature — 180°F Ball Through Hole Diameter — .375 Options Material Options Brass Body and Ends, Nickel Plated Brass Ball, Teflon Seats, Zinc Die Cast Stem, Stainless Stem Screw Seal Options Buna-N, Ethylene Propylene, Fluoroelastomer (Viton®), Neoprene Ball Options 180 Degree Handle Rotation with complete shut-off (Standard) 90 Degree Handle Rotation with no complete shut-off T-Hole ball (all ports open or all ports shut-off) End Options 1/8, 1/4, 3/8, 1/2 Female NPT 3/8 Compression 1/4 Male Flare Handle Options 2-1/2” Black Nylon Handle (Standard), 2-1/2” Red Nylon, 2-1/2” Blue Nylon, 2” Black Nylon, 2” Yellow Nylon, 2” Red Nylon, 2” White Nylon, No Handle Plating Options No Plating (Standard), Electroless Nickel Example of How To Order Inlet End Outlet End Outlet End Stem Seal Ball Plating Handle 1/8 FNPT 1/4 FNPT 1/4 FNPT Buna-N 180 Ball ENP 2” RED HDL (Standard) SMC Part Number: 701-2F4F4F-B,ENP,2” RED HDL The standard handle will lie over the open port when the valve is in the Full Open position. -
Control Valve Handbook
CONTROL VALVE HANDBOOK Fifth Edition Emerson Automation Solutions Flow Controls Marshalltown, Iowa 50158 USA Sorocaba, 18087 Brazil Cernay, 68700 France Dubai, United Arab Emirates Singapore 128461 Singapore Neither Emerson, Emerson Automation Solutions, nor any of their affiliated entities assumes responsibility for the selection, use or maintenance of any product. Responsibility for proper selection, use, and maintenance of any product remains solely with the purchaser and end user. The contents of this publication are presented for informational purposes only, and while every effort has been made to ensure their accuracy, they are not to be construed as warranties or guarantees, express or implied, regarding the products or services described herein or their use or applicability. All sales are governed by our terms and conditions, which are available upon request. We reserve the right to modify or improve the designs or specifications of such products at any time without notice. Fisher is a mark owned by one of the companies in the Emerson Automation Solutions business unit of Emerson Electric Co. Emerson and the Emerson logo are trademarks and service marks of Emerson Electric Co. All other marks are the property of their respective owners. © 2005, 2019 Fisher Controls International LLC. All rights reserved. D101881X012/ Sept19 Preface Control valves are an increasingly vital component of modern manufacturing around the world. Properly selected and maintained control valves increase efficiency, safety, profitability, and ecology. The Control Valve Handbook has been a primary reference since its first printing in 1965. This fifth edition presents vital information on control valve performance and the latest technologies. Chapter 1 offers an introduction to control valves, including definitions for common control valve and instrumentation terminology. -
Ball Butterfly Check Gate Globe Plug Valves Differences Applications Suitability
ADELAIDE • BRISBANE • PERTH VALVE TYPES There are a large variety of valves and valve configurations to suit all services and conditions; different uses (on/off, control), different fluids (liquid, gas etc; combustible, toxic, corrosive etc) different materials and different pressure and temperature conditions. Valves are for starting or stopping flow, regulating or throttling flow, preventing back flow or relieving and regulating pressure in fluid or gaseous handling applications. Common valve types include: Ball, Butterfly,Check, Diaphragm, Gate, Globe, Knife Gate, Parallel Slide, Pinch, Piston, Plug, Sluice, etc. The following types of valves are used in a variety of applications, these descriptions may provide a basic guideline in the selection of valves. BALL VALVES BUTTERFLY VALVES Because of their excellent operating The butterfly valve derives its name from the characteristics, ball valves are used for the wing-like action of the disc which operates at broadest spectrum of isolation applications and right angles to the flow. It’s main advantage is a are available in a wide range of sizes and seating surface which is not critical. It is materials and are available in full flow and full designed for flow isolation. The disc impinges through conduit. Advantages - quick acting, against a resilient liner to provide bubble straight through flow in either direction, low tightness with low operating torque. Compact pressure drop, bubble tight shut off & operating and with a simple construction, butterfly valves torque, easily actuated. Disadvantages - facilitate easy pipe arrangement. Due to disc, temperature limitations on seating material, long they have slightly reduced flow characteristics. “relative” face to face dimension.