Asahi/America New Technology

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Asahi/AmericaNew Technology
Fieldbus
Electric Pneumatic Actuation
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Fieldbus Foundation Members
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Fieldbus Foundation Members

• ABB Industrial Systems Inc.
• Accutech
• Advanced Distillatiom Technology
• Applied Information Scienncr
• Asahi/America
• Automation Research Institute of Ministry
• of Metallurgical Industry
• Automax/Accord Controls
• Bailey Japan Co., Ltd.
• Baker Hughes INTEQ
• Bentley Nevada Corporation
• Boing
• BB Oil-Alliance Refinery

• Bray International, Inc.
• Chevron Research Technology
• Chinese Fieldbus Professional Commission
• Chiyoda Corporation
• Chubu Electric Power Company
• City of Columbus Wastewater Treatment
• Control System Integrators Association
• Crouse hindes/CEAG-digi table
• Delta t
• DKK Corporation
• Dresser Industries

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Fieldbus Foundation Members

• Duke/Fluor Daniel
• du Pont Engineering Co.
• EL-O-MATIC BV
• Elsag Baily Process Automation
• Endress Hauser GmbH Co.
• Exxon Research Engineering
• Co.
• Fieldbus Inc.
• FINT
• Fisher Controls International,
• Inc.
• Fisher-Rosemount Systems Inc.
• Fraunhofer Institute
• Fuji Electric Co., Ltd.
• GAXT Terminals Corp.

• Groupe Schneider
• Hartmann Braun AG
• Hitachi, Ltd.
• Honeywell Inc.
• HuaKong Technology Co., Ltd.
• ICT, Inc.
• ifak
• Instrument Control Service, Inc.
• IPCEA
• Intellution, Inc
• InterlinkBT
• Jet Propulsion Laboratory
• JGC Corp.
• K-Patents Oy

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Fieldbus Foundation Members

• Keneka Engineering Corp.
• Kinetics Technology
• International
• Knick Elektronische
• Meßgeräte GmbH Co.
• Konsberg Simrad AS
• Koso Service Co., Ltd.
• KROHNE Messtechnik GmbH
• Co.
• Kurihara Kogyo Co., Ltd
• Magnetrol International
• Measurement Technology Ltd.
• Micro Motion, Inc.
• Mitsubishi Electric
• Corporation

• Mobile Technology C
• Monsanto Company
• Moore Products Co.
• National Instruments Corp.
• NEC Corporation
• Neles-Jamesbury Oy
• NEMA
• Niigata Masoneilan Co., Ltd.
• Nippon Gear Co., Ltd.
• Norsk Hydro a.s.
• Ohkura Electric Co., Inc.
• Omni Flow Computers
• Oval Engineering Co., Ltd.

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Fieldbus Foundation Members

• Rockwell Automation
• Rosemount Analytical, Inc.
• Rosemount Inc.
• Saudi Arabian Oil Company
• Shanoc, Inc.
• Shenyang Institue of Automation
• Shell Oil Company
• Shimadzu Corporation
• SHIP STAR Associates Inc.
• Siemens Energy automation, Inc.
• Sira Test Certification, Ltd.
• SMAR
• Smar Research

• PCE
• PDVSA-Servicois Automatizagion
• PepperlFuchs
• PMV,Palmstiernas Instruments
• POHTO
• Praxair, Inc.
• Presys Instrumentos e Sistemas Ltda.
• R. Stahl Schaltgeräte GmbH
• Relcom Inc.
• Research Reacto Institute of Kioto University
• Richard Hirschmann Of America, Inc.

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Fieldbus Foundation Members

• Wonderware Corporation
• WorldFIP Europe
• Yamaha Corporation
• Yamatake-Honeywell Co., Ltd.
• Yokogawa Electric Corporation
• Yokogawa Electronics Co., Ltd

• Softing GmbH
• SRC NIITEPLOPRIBOR
• SRI International
• Stone Webster Engineering Corp.
• StoneL Corporation
• The Foxboro
• Tokyo Keiso Co., Ltd.
• Toshiba Corporation
• VALTEK International
• VEGA Grieshaber KG
• Walsh Automation Inc.
• Westinghouse Electric
• Westlock Controls

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Intellis

Network Monitors
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Typical Hardwired System
IO/Cabinet
PLC
Tank
Automated Valves
Level Sensors
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INTELLIS Network System
PLC
Tank
Level Sensors
Automated Valves
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INTELLIS Network System
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• Intellis System

PLC
Network Monitor
Field Network
Field Network
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Network Communications
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The Economic Advantages of Field
Networks
Labor Costs The utilization of a serial
communications field network will greatly
contribute to the overall reduction of labor
costs as compared to the conventional hardwired
scheme where individual wires must be pulled
through a protected conduit that is hundreds of
feet long. Hardwired 180 valve system
223,905 Networked 180 valve system 102,129
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Material Costs The amount of conduit, fittings,
wire, and junction housings is greatly
reduced. When compared with conventional systems,
field networks eliminate a substantial amount of
field wiring and the labor necessary to install
it. Hardwired 180 valve system
228,404 Networked 180 valve system 182,355
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Maintenance Costs Field networks create the
foundation for a plant wide valve management
system that takes full responsibility for
monitoring and diagnosing valve performance
from installation to predictive/ preventive
maintenance scheduling.
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The Network Monitor
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INTRODUCING THE ICoT PROXIMITY POSITIONER
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ICoT

• The ICoT positioner has been designed with
  ease of maintenance as a primary consideration.
• There are only two main components Sealed
  Electronic Canister and
• IP Transducer.
• Minimum spare parts required and ease of future
  upgrades.

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ICoT The First Proximity Positioner

• The Advantages Offered By Proximity Sensors
  Switches Can Now Be Introduced To The Smart
  Positioner With The Hall Effect Sensor Offering
  Non-Contact Feedback Data.

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NON-CONTACT FEEDBACK ROTARY

• No Linkage To Wear, Damage Or Miss-Align, So
  Increasing Accuracy And Reliability Of Feedback

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NON-CONTACT FEEDBACK LINEAR

• Availability Of Various Length Triggers Systems
  0.300 to 48.0 inch Strokes.
• No Troublesome Rotary / Linear Conversion Linkage
  Kits.

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REMOTE MOUNTING OF ICOT POSITIONER

• With Feedback Signals Now Being Electrical Rather
  Than Mechanical, The Positioner Is No Longer
  Required To Be Mounted On The Valve.
• Advantageous For Extreme Vibration and
  Temperature

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ICoT JR. Integrated Position Transmitter

• The ICoT 4100 is standardly equipped with an
  integrated 4 to 20mA position feedback
  transmitter.

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ICoTStandard Features

• 4 to 20mA Position Transmitter
• Same unit for linear or rotary applications.
• 20 micron inlet filter
• Three pressure gauges
• Single acting, double acting or air assisting
  actuation.
• Optional Integrated Components
• Position Sensors
• Emissions Monitor
• Solenoid Valve

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ICoTA Full Range of Proximity Positioners

• Current Available Ranges
• ICoT 4100 Series Electro-Pneumatic Positioner
• ICoT 4200 Series Intelligent Positioner w/
  Keypad
• ICoT 4300 Series Intelligent Positioner w/ HART
• Future Available Ranges
• ICoT 4400 Series Intelligent Positioner w/
  Fieldbus
• ICoT 4500 Series Intelligent Positioner w/
  Profibus

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ICoTPROCESS BENEFITS

• Increase In Accuracy and Sensitivity (Minimal
  Hysteresis)
• Speed Of Response, Speed Control.
• Tighter Control Of Process Loop.
• Quality Of Process Output Increased.
• More Aggressive Control Maybe Employed.
• Reliability Increase.
• Lower Down Time For Maintenance Re-Calibration.

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HANDHELD CALIBRATION

• Connection For 275 Handheld
• Full Calibration Of Positioner From Any Point On
  The Loop, At The Instrument Or I/O Card.

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CONNECTION TO HART SOFTWARE
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In SummaryICoT Benefits

• Non-Contact Positioning.
• Remote Mounting Ability.
• Valve Optimization Through PID Control.
• Accuracy Improvement Due To Integrator.
• Electronic Speed Control.
• Push Button Calibration For Speed Accuracy.
• Linear Rotary Applications From One Positioner
  Package.