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Advanced Transmiter Model GTX

Advanced Transmiter Model GTX

Advanced Transmiter Model GTX

Product catalog summary
Overview: The document is an application guide for the CA2-GTX200 Advanced Transmitter Model GTX by Azbil Corporation, focusing on its role in industrial automation across sectors like oil refining, chemical, and semiconductor industries.
Specifications: The GTX series transmitters feature a high performance with a turn-down ratio of 200:1, reducing spare parts inventory. They comply with IEC61058 standards and are SIL2 certified, suitable for Safety Instrumented Systems (SIS).
Features: These transmitters offer high accuracy (+0.04% F.S.) and stability (+0.1% of URL for 10 years) with fast response times within 100 milliseconds, ideal for pressure control applications.
Product Lineup: Various models like GTX15D and GTX30D are detailed, each with specific measuring spans, accuracies, and applications, such as pressure control in steel furnaces and clean rooms.
Technological Innovations: The use of piezo resistance sensors for differential, static pressure, and temperature measurements enhances accuracy by compensating for ambient temperature and static pressure changes.
Applications: Solutions for impulse-line less instrumentation, fast response applications, and level measurement with temperature compensation are outlined, addressing challenges in high-temperature, high-vacuum, and hydrogen-rich environments.
Environmental and Cost Benefits: The transmitters reduce operating costs by eliminating the need for seal liquids and steam tracing, and they are environmentally friendly by reducing the use of connecting pipes and seal pots.
Conclusion: Azbil's GTX series transmitters are designed to improve plant efficiency and safety, offering advanced measurement and control technologies tailored to meet stringent industrial application requirements.
Introduction: This document provides an overview of electrochemical mechanisms and preventative measures for hydrogen permeation in industrial settings, particularly in petroleum/petrochemical and seawater processing plants, and discusses related equipment and technologies by Azbil Corporation.
Electrochemical Mechanism: The document explains the cathode reaction where hydrogen ions form hydrogen atoms and molecules, involving adsorption, dissolution, diffusion, recombination, and dissociation processes.
Hydrogen Permeation Challenges: High Temperature and Pressure Conditions: Hydrogen atoms permeate metal diaphragms and reform as molecules; gold plating prevents adsorption. Electrochemical Hydrogen Permeation: Occurs with different diaphragm and flange materials, causing a battery effect; preventative measures include using the same material and coating with insulating FEP.
Related Equipment: Manifold Valve Model MVG: Available in standard and long arm types for steam tracing. Smart Communicator Model CFS100: Allows configuration and adjustment of smart field devices using a PC. Integral Orifice Assembly Model KEE: Measures minute flow rates with differential pressure transmitters.
Advanced Transmitter Model GTX: Supports optimal operation across industries by providing advanced measurement and control technologies, emphasizing human-centered automation and collaboration to enhance safety and efficiency.
Conclusion: Azbil Corporation offers solutions to address hydrogen permeation issues, ensuring equipment longevity and reliability in challenging environments, supporting various industries to enhance operational efficiency and safety.
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Catalog excerpts

Advanced Transmiter Model GTX-1

Advanced Transmitter Model GTX Application Guide

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Advanced Transmiter Model GTX-2

Contributing to safety plant operation Safety design Providing the safety transmitter with high performance and high quality. Safety design complying with the IEC61058 standard: Certified according to Safety Integrity Level2 (SIL2). Being used as a component of Safety Instrumented System (SIS). Equipped with the ALARM and the contact output function (OPTIONAL). In case of failure based on the transmitters set-point for PV, and Sensor Temperature, give the early alarming information.And the ALARM status can be displayed and confirmed on the built-in-indicator ( ). 1. Piezo resistance sensor The...

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Advanced Transmiter Model GTX-3

Extensive Product Lineup Impulse-line model For steel furnace pressure control, clean room internal pressure control A wide range of measurements, such as differential pressure flow measurement and level measurement Impulse-line model Monitoring/control of internal vessel pressure and internal pipe pressure Impulse-line model Flange type Remote-seal type Pressure Pressure Monitoring/control of internal vessel pressure in cases where absolute pressure measurement is required Measurement of corrosive/adhesive/slurry fluids Measurement of high temperature/high vacuum/corrosive/adhesive/slurry fluids...

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Advanced Transmiter Model GTX-4

Our solutions for various applications Flow Pressure Level Applications/ Fueture Impulse-line less instrumentation Impulse-line less instrumentation 1/2 inch. remote-seal transmitter achieves impulse-line less instrumentation. Flow Pressure Level Support for fast response applications Remote-seal transmitter with fast response. Improves controllability on control lines and in cold areas. Flow Level Direct mount instrumentation The direct mount instrumentation provides less install cost and maintenance cost. Pressure Support for level measurement with Temperature Compensation Remote-seal transmitter's...

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Advanced Transmiter Model GTX-5

Pressure In-line pressure transmitter Direct mount instrumentation Support for Level Measurement in tight space A solution to many of the issues that affect differential pressure transmitters: dealing with the bottom flange capillary tube, reducing the space occupied by the 2" stanchion pipe, zero point shift caused by temperature differences between the high/low capillary tubes, and others. The direct mount instrumentation delivers less install cost and maintenance cost comparing with impulse line instrumentation. Features - Reduces initial cost, impulse line instrumentation work and material...

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Advanced Transmiter Model GTX-6

Related Equipment These devices are used in various applications in combination with pressure / differential pressure transmitters. Flow Level Mechanism under high temperature, high pressure conditions Anti-hydrogen permeation measures Process side Adsorption Process side Fill fluid side MVG1 Hydrogen atoms (H) undergo physical adsorption onto the surface. Preventative Measures Wetted surfaces of the diaphragm that include welded parts are gold plated, thereby preventing adsorption of hydrogen atoms. Recombination Process side Fill fluid side - Small, light manifold valve. - Standard type (MVG1)...

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Advanced Transmiter Model GTX-7

We create value together with customers at their site through human-centered automation. We solve issues in a wide array of industries, from oil refining, chemical, iron and steel, pulp and paper to automobiles, electrical/electronic, semiconductor, and foods and beverages, through the provision of products, solutions, instrumentation, engineering and maintenance service to support optimal operation of the customers’ facilities throughout their lifecycle. Collaborating with people involved in production, we develop advanced measurement and control technologies, and strive to realize a production...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.