• views: 288
• date: 12 June 2023
• posted by: voska89

What you'll learn
Introduction to SPI: Software overview, System Requirement, Key features, Advantage
Introduction to Tables, Creation & Deletion of Loops & Tags, Association & Dissociation of Tags and Loops, Instrument Index Properties Editing
Introduction to Specifications, Creation of Spec pages and Forms, Creation of Formats for Multi tag, Creation of Form Data template
Assigning & generation of Specification for Instruments, Change of Spec form from one form to other, Deletion of Specifications
Introduction to Process Data, Process Data for Instrument & Line, Copying Process Data from Line to Instruments, Report generation
Instrument Index Properties Editing
Introduction to Wiring Module, Creation of Reference panels & cables, Creation of JB's, Marshalling, System Cabinet etc.
Performing Conventional Wiring, Preference setting
Loop & Segment Drawings generation, Types of Loop generation, Alignment and Positioning, Assigning Macros to Loop drawing.
Introduction to Browser Module, Browser View Addition for Specification, Filtering, Sorting and Updating in Bulk
Introduction to EDE Module, Creation of New EDE View, Introduction to Query Builder, Defining the Attributes for Query View
Introduction to Binder Module, Specification Binder, General Document Binder, Other reports Binder
Introduction to EDE Module, Calculation of Instrument Sizing Using Process Data, Report generation.
Requirements
SPI software for hands-on practice
Pen and Notebook to notes the points.
Laptop / PC with good internet speed
Description
SmartPlant Instrumentation (SPI) is a software solution that enables plants and refineries to lower their operating costs while increasing process uptime. It centralizes instrumentation data to maintain records, standardize procedures and automate future processes. Earlier, the same software was well-known as the Intools.The INtools instrumentation design and engineering software suite includes integrated modules for instrument indexes, specifications, process data, calculation, wiring, loop drawings, hook-ups, calibration and maintenance...The INtools instrumentation design and engineering software suite includes integrated modules for instrument indexes, specifications, process data, calculation, wiring, loop drawings, hook-ups, calibration and maintenance.Advantages of Smart Plant Instrumentation (SPI)Plant engineers and operators use Smart Plant Instrumentation (SPI) for asset performance management which translates to a variety of functions like power management, process automation, maintenance systems, safety, and asset optimization. The Intools software makes the sensors, electronics, and process diagnostics data to be centralized and aligned with tasks. This result in huge saving in labor hours and cost with improved compliance and consistency in managing change.The major benefits that Smart instrumentation software packages provide are:Reduced Risk, downtime, and increased profit.Fully automated generation of engineering deliverables like wiring diagrams, loop diagrams, and specifications from centralized data.Improved performance of control system and associated documents.Rapid execution with custom design rulesImproved work efficiencyReduced cost due to data leveraging and consistent design.
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 Course Contents
Lecture 3 How to Start Operating SPI
Section 2: Instrument Index
Lecture 4 Instrument Index Part 1 - Device Panel and Cable
Lecture 5 Instrument Index Part 2 - Creating Loop and Instruments
Lecture 6 Instrument Index Part 3 - Line, PID , Instrument Type
Lecture 7 Instrument Index Part 4 - Browse, Print, Extract
Instrumentation Engineer,Electronics Engineer,Electrical Engineer,Any Engineer with some knowledge related to instrumentation.


Homepage

https://www.udemy.com/course/complete-smart-plant-instrumentation-spi-course-intools/

   
   
   

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