This document provides instructions on how to use operating modes in Ecodial Advance Calculation 4 software. It describes visualizing the different operating modes, personalizing a new operating mode, and applying it to a project. The steps include visualizing existing operating modes, personalizing a new mode by modifying component properties as needed, and applying the new mode to the entire project. The goal is to understand how to customize operating modes to model different normal and emergency scenarios.
Este documento describe los interruptores termomagneticos, incluyendo sus características, elementos, curvas de operación y ajustes. Los interruptores termomagneticos desconectan o conectan un circuito eléctrico en condiciones normales o de falla gracias a dos elementos: un bimetal que detecta sobrecargas y un elemento magnético que detecta cortocircuitos de forma instantánea. El documento también explica cómo seleccionar e instalar interruptores termomagneticos en un sistema eléctrico de distribución, incluyendo el c
Presentacion estabilidad de los sistemas electricos de potencia .GREGORIJASPE1
Este documento trata sobre la estabilidad en los sistemas eléctricos de potencia. Explica que la estabilidad permite que un sistema mantenga un estado de operación equilibrado bajo condiciones normales y pueda recuperarse luego de una perturbación. Describe los elementos de las máquinas síncronas y cómo pierden el sincronismo cuando su velocidad no coincide con la frecuencia del sistema. Finalmente, analiza la estabilidad ante pequeñas señales y cómo las oscilaciones crecientes indican un estado inestable.
Este documento proporciona información sobre los conceptos básicos de los sistemas de automatización PLC, incluida la estructura, arquitectura y funciones de un PLC. Explica que un PLC está compuesto de una CPU, entradas, salidas y memoria, y describe el ciclo de funcionamiento de la CPU para ejecutar el programa y controlar las salidas. También cubre brevemente los lenguajes de programación y las aplicaciones comunes de los PLC en la industria y el hogar.
mantenimiento de tableros eléctricos de baja tensiónJEANPIERRE317
El documento describe los diferentes tipos de mantenimiento de tableros eléctricos de baja tensión, incluyendo mantenimiento correctivo, preventivo y predictivo. Explica que el mantenimiento preventivo es ventajoso porque permite inspeccionar y reemplazar componentes de manera planificada sin interrupción del servicio. También detalla los procedimientos generales para el mantenimiento de tableros, como identificar fases de alimentación, medir voltajes y resistencias, y limpiar y verificar componentes.
Este documento describe los interruptores termomagneticos, incluyendo sus características, elementos, curvas de operación y ajustes. Los interruptores termomagneticos desconectan o conectan un circuito eléctrico en condiciones normales o de falla gracias a dos elementos: un bimetal que detecta sobrecargas y un elemento magnético que detecta cortocircuitos de forma instantánea. El documento también explica cómo seleccionar e instalar interruptores termomagneticos en un sistema eléctrico de distribución, incluyendo el c
Presentacion estabilidad de los sistemas electricos de potencia .GREGORIJASPE1
Este documento trata sobre la estabilidad en los sistemas eléctricos de potencia. Explica que la estabilidad permite que un sistema mantenga un estado de operación equilibrado bajo condiciones normales y pueda recuperarse luego de una perturbación. Describe los elementos de las máquinas síncronas y cómo pierden el sincronismo cuando su velocidad no coincide con la frecuencia del sistema. Finalmente, analiza la estabilidad ante pequeñas señales y cómo las oscilaciones crecientes indican un estado inestable.
Este documento proporciona información sobre los conceptos básicos de los sistemas de automatización PLC, incluida la estructura, arquitectura y funciones de un PLC. Explica que un PLC está compuesto de una CPU, entradas, salidas y memoria, y describe el ciclo de funcionamiento de la CPU para ejecutar el programa y controlar las salidas. También cubre brevemente los lenguajes de programación y las aplicaciones comunes de los PLC en la industria y el hogar.
mantenimiento de tableros eléctricos de baja tensiónJEANPIERRE317
El documento describe los diferentes tipos de mantenimiento de tableros eléctricos de baja tensión, incluyendo mantenimiento correctivo, preventivo y predictivo. Explica que el mantenimiento preventivo es ventajoso porque permite inspeccionar y reemplazar componentes de manera planificada sin interrupción del servicio. También detalla los procedimientos generales para el mantenimiento de tableros, como identificar fases de alimentación, medir voltajes y resistencias, y limpiar y verificar componentes.
Este documento describe el funcionamiento de un PLC Siemens S7-1200. La CPU lee los valores de entrada antes de ejecutar el programa y almacena los valores en la memoria de proceso de entradas. Luego, ejecuta la lógica del programa y actualiza los valores de salida en la memoria de proceso de salidas. Finalmente, escribe los valores de salida resultantes en las salidas físicas.
El documento describe los componentes y procesos de un grupo electrógeno. Explica que el motor térmico convierte la energía química del combustible en energía mecánica, que luego el generador convierte en energía eléctrica. También describe los diferentes tipos de servicio de generación eléctrica como carga base, potencia variable y de emergencia.
El documento describe diferentes elementos de una red eléctrica, clasificándolos en cuatro categorías: elementos con capacidad de apertura y cierre en cortocircuito, elementos con capacidad de maniobra en carga, elementos con capacidad de seccionamiento de línea y elementos de detección y regulación. Para cada elemento se especifica su utilización principal, valores máximos de tensión e intensidad, y forma de accionamiento.
Este documento presenta un manual para instaladores sobre sistemas de energía solar térmica. Explica los componentes clave de las instalaciones solares térmicas como captadores, acumuladores, intercambiadores de calor y bombas. Describe los diferentes tipos de configuraciones de sistemas para usos como agua caliente sanitaria, calefacción y piscinas. Incluye capítulos sobre la ubicación, montaje e instalación de los componentes, sistemas de regulación y control, y medición energética. El objetivo final es
Manual caldera de gasoil ferroli silent d condens 30 si unitPrecio Calderas
El documento proporciona instrucciones para el uso, instalación y mantenimiento de una unidad de condensación SILENT D 30. Incluye advertencias de seguridad, descripciones del panel de control, procedimientos de encendido y apagado, ajustes de temperatura, y detalles sobre el montaje e instalación.
Tutorial de instalacion del programa atp draw pdfGilberto Mejía
El documento proporciona instrucciones para instalar el programa ATP Draw 5.7. Explica los pasos para ubicar el archivo de instalación, aceptar los términos, seleccionar la ubicación de instalación, actualizar al último parche, y configurar las opciones para ejecutar simulaciones y graficar resultados.
PLC y Electroneumática: Maquinas Eléctricas Paraninfo por Juan Carlos Martín.pdfSANTIAGO PABLO ALBERTO
El documento presenta un libro sobre máquinas eléctricas que consta de seis unidades y anexos. La segunda unidad se centra en los materiales y herramientas utilizados en el bobinado de máquinas eléctricas, incluyendo conductores, aislantes, herramientas de construcción y acabado de devanados, e instrumentación para comprobaciones. Se proponen varias prácticas profesionales para aplicar los conocimientos adquiridos.
El documento describe los interruptores automáticos de baja tensión, sus funciones y tipos. En resumen:
1) Tienen la función de proteger los circuitos contra sobrecargas y cortocircuitos mediante la apertura automática de los contactos cuando se producen sobreintensidades.
2) Existen diferentes tipos como los interruptores automáticos miniatura (MCB), de caja moldeada (MCCB) y de bastidor abierto (ACB).
3) Los MCB son sencillos y se usan para aplicaciones domésticas, mientras que
This presentation discusses different UPS configurations for ensuring smooth plant operation. It introduces UPS load types, power networks, and configuration options like single unit, cascade, parallel redundant, and dual UPS systems. Each configuration is evaluated based on functionality, reliability, maintainability, operability, and costs. The conclusion is that the most suitable configuration depends on the specific loads and needs, as there is no single best solution for all situations.
This document discusses the Weather and Coastal ocean monitoring center (CCMMMA) and its HPC-GPU Cluster BlackJeans. The BlackJeans cluster consists of 12 computing nodes with Xeon SixCore processors, GPUs, storage, and networking equipment. It is used to run weather and ocean modeling at various nested grid resolutions down to 1km. The CCMMMA collects observational data from weather stations, buoys, radar and other sensors to validate the models. Future plans for the BlackJeans include improving workload distribution, data management, testing new models, expanding storage and computing nodes.
Modelling for Linear and Radial Heat Transfer using 3D ExperienceIRJET Journal
1. The document describes models developed using Catia dymola behavior modeling software to simulate one-dimensional steady state heat conduction and heat conduction through cylinders.
2. The one-dimensional heat transfer model calculates the heat transfer rate through a wall of a selected material. The radial heat transfer model calculates the temperature at different points in pipes.
3. The models were tested by inputting initial temperature values and material properties. The results obtained from the simulations matched analytical solutions, validating that the models can accurately calculate linear and radial heat transfer rates.
Este documento describe el funcionamiento de un PLC Siemens S7-1200. La CPU lee los valores de entrada antes de ejecutar el programa y almacena los valores en la memoria de proceso de entradas. Luego, ejecuta la lógica del programa y actualiza los valores de salida en la memoria de proceso de salidas. Finalmente, escribe los valores de salida resultantes en las salidas físicas.
El documento describe los componentes y procesos de un grupo electrógeno. Explica que el motor térmico convierte la energía química del combustible en energía mecánica, que luego el generador convierte en energía eléctrica. También describe los diferentes tipos de servicio de generación eléctrica como carga base, potencia variable y de emergencia.
El documento describe diferentes elementos de una red eléctrica, clasificándolos en cuatro categorías: elementos con capacidad de apertura y cierre en cortocircuito, elementos con capacidad de maniobra en carga, elementos con capacidad de seccionamiento de línea y elementos de detección y regulación. Para cada elemento se especifica su utilización principal, valores máximos de tensión e intensidad, y forma de accionamiento.
Este documento presenta un manual para instaladores sobre sistemas de energía solar térmica. Explica los componentes clave de las instalaciones solares térmicas como captadores, acumuladores, intercambiadores de calor y bombas. Describe los diferentes tipos de configuraciones de sistemas para usos como agua caliente sanitaria, calefacción y piscinas. Incluye capítulos sobre la ubicación, montaje e instalación de los componentes, sistemas de regulación y control, y medición energética. El objetivo final es
Manual caldera de gasoil ferroli silent d condens 30 si unitPrecio Calderas
El documento proporciona instrucciones para el uso, instalación y mantenimiento de una unidad de condensación SILENT D 30. Incluye advertencias de seguridad, descripciones del panel de control, procedimientos de encendido y apagado, ajustes de temperatura, y detalles sobre el montaje e instalación.
Tutorial de instalacion del programa atp draw pdfGilberto Mejía
El documento proporciona instrucciones para instalar el programa ATP Draw 5.7. Explica los pasos para ubicar el archivo de instalación, aceptar los términos, seleccionar la ubicación de instalación, actualizar al último parche, y configurar las opciones para ejecutar simulaciones y graficar resultados.
PLC y Electroneumática: Maquinas Eléctricas Paraninfo por Juan Carlos Martín.pdfSANTIAGO PABLO ALBERTO
El documento presenta un libro sobre máquinas eléctricas que consta de seis unidades y anexos. La segunda unidad se centra en los materiales y herramientas utilizados en el bobinado de máquinas eléctricas, incluyendo conductores, aislantes, herramientas de construcción y acabado de devanados, e instrumentación para comprobaciones. Se proponen varias prácticas profesionales para aplicar los conocimientos adquiridos.
El documento describe los interruptores automáticos de baja tensión, sus funciones y tipos. En resumen:
1) Tienen la función de proteger los circuitos contra sobrecargas y cortocircuitos mediante la apertura automática de los contactos cuando se producen sobreintensidades.
2) Existen diferentes tipos como los interruptores automáticos miniatura (MCB), de caja moldeada (MCCB) y de bastidor abierto (ACB).
3) Los MCB son sencillos y se usan para aplicaciones domésticas, mientras que
This presentation discusses different UPS configurations for ensuring smooth plant operation. It introduces UPS load types, power networks, and configuration options like single unit, cascade, parallel redundant, and dual UPS systems. Each configuration is evaluated based on functionality, reliability, maintainability, operability, and costs. The conclusion is that the most suitable configuration depends on the specific loads and needs, as there is no single best solution for all situations.
This document discusses the Weather and Coastal ocean monitoring center (CCMMMA) and its HPC-GPU Cluster BlackJeans. The BlackJeans cluster consists of 12 computing nodes with Xeon SixCore processors, GPUs, storage, and networking equipment. It is used to run weather and ocean modeling at various nested grid resolutions down to 1km. The CCMMMA collects observational data from weather stations, buoys, radar and other sensors to validate the models. Future plans for the BlackJeans include improving workload distribution, data management, testing new models, expanding storage and computing nodes.
Modelling for Linear and Radial Heat Transfer using 3D ExperienceIRJET Journal
1. The document describes models developed using Catia dymola behavior modeling software to simulate one-dimensional steady state heat conduction and heat conduction through cylinders.
2. The one-dimensional heat transfer model calculates the heat transfer rate through a wall of a selected material. The radial heat transfer model calculates the temperature at different points in pipes.
3. The models were tested by inputting initial temperature values and material properties. The results obtained from the simulations matched analytical solutions, validating that the models can accurately calculate linear and radial heat transfer rates.
technical report presents a comprehensive study. .pptxMostafaKhaled78
This technical report presents a comprehensive study on the design and implementation
of an 8-bit Arithmetic Logic Unit (ALU) using Verilog. The ALU is a fundamental
component in digital processors, orchestrating arithmetic and logical operations
essential for computation. The report explores the ALU's architecture, detailing its
arithmetic, logic, shifter, control, and register units, and the integration of these
components. Functional requirements, including operation selection and control
mechanisms, are elucidated. The ALU is implemented in Verilog with two distinct
approaches: behavioral and structural
Since 2007 there has been a choice of harmonised standards
to use for Functional Safety in the machinery sector.
The choices are:
ISO standard EN ISO 13849
IEC standard EN 62061
source TUV-SUD
www.regeltechnieken.org
www.ie-net.be/reg
The document discusses current functional safety standards for machinery, specifically ISO 13849-1 and IEC 62061. It notes that while both standards have similar basic requirements, there are differences in detail. It is intended that the standards will be combined into a single standard, ISO/IEC 17305. The presentation will explain techniques for complying with the current standards in preparation for the new single standard. It discusses key aspects of ISO 13849-1 and IEC 62061 such as performance levels, safety integrity levels, and requirements for realization and verification of safety functions. Checklists are also provided.
The document discusses current functional safety standards for machinery, specifically ISO 13849-1 and IEC 62061. It notes that while both standards have similar basic requirements, there are differences in detail. It is intended that the standards will be combined into a single standard, ISO/IEC 17305. The presentation will explain techniques for complying with the current standards in preparation for the new single standard. It discusses key aspects of ISO 13849-1 and IEC 62061 such as performance levels, safety integrity levels, and requirements for realization and verification of safety functions. Checklists are also provided.
ArcGIS 10.1 Upgrade Cowlitz PUD & SSP Innovations
This case study describes the pitfalls to avoid and the benefits to take advantage of when upgrading an Esri & Schneider Electric GIS system from 9.x to 10.x - with integrations, customizations, etc.
Facility personnel often face the choice of maintaining aging equipment or buying new. Now there is another, more cost-effective, option to increase equipment reliability, efficiency and productivity….modernization. Learn key considerations and advantages of upgrading existing equipment to current technology.
This document describes an automatic door opening system designed by students and a professor. The system uses an IR sensor to detect when a person approaches, an Arduino Uno microcontroller to control the system, and an L293D motor driver IC and 12V DC motor to open and close the door. Calculations are provided for the motor speed, power required for acceleration, power lost to belt friction, and total power required to drive the sliding door. The goal of the project is to create an inexpensive automatic door system using locally available materials.
20120612 07 - Portail qualimétrie mis en oeuvre chez Schneider SquoringLeClubQualiteLogicielle
Schneider Electric uses a software qualimetry approach called SQuORE (Source Code Quality Indicators) to measure and improve source code quality. SQuORE provides a quality model, analysis model, and technical debt metric to evaluate code. It utilizes static analysis tools and stores results in a centralized database for reporting. SQuORE is being progressively deployed across Schneider Electric projects, with over 30% of software now impacted. Feedback from users emphasizes making configurations easy to use and tailoring evaluations to specific project needs.
This document discusses the capabilities of SOLIDWORKS Simulation Standard for performing structural testing on parts and assemblies. It can analyze materials, fixtures, loads, solve simulations, and view results. The software allows users to easily test designs for strength, fatigue life, and mechanisms to determine the best design.
Solidworks Career- Everything You Need To KnowSoumya Suman
This ppt is a guide for the people who are interested in pursuing Solidworks as a career. It contains many topics like qualifications, advantages of Solidworks career. It will give you a basic idea of Solidworks career path. It has a detailed description of various Solidworks career options like drafting, engineering, architecture, and design. Also, you'll learn about the average salaries of the Solidworks different profiles.
SI Module GmbH is a German solar module manufacturer that is exploring producing bifacial solar modules. The main challenges for producing bifacial modules are finding a bifacial cell supplier, modifying the production process to accommodate bifacial cells, developing new module designs suited for bifacial technology, and establishing applications and estimating power yields for bifacial systems. In addition, the entire solar supply chain must work together to introduce bifacial modules and educate customers on their benefits.
New trends in video analytics and surveillance systems for the mining industrySchneider Electric
Presented at the 2013 Society of Mining, Metallurgy and Exploration Annual Meeting (SME 2013). Mining operations require a wider approach for surveillance systems to meet needs ranging from process monitoring to people and assets protection. Intelligent video analytics can identify specific conditions and notify operators of potential issues, allowing mining operations to make quick, informed decisions.
The document provides a summary of Damien Gueydan's qualifications and experience. It lists his educational background which includes two master's degrees in mechanical engineering. It also outlines his professional experience working on mechanical design, engineering projects, research and development, and manufacturing. His skills include CAD, CAE, fluid mechanics, and languages. He is looking for a new exciting opportunity that allows him to apply his passion and knowledge of mechanical engineering.
Most industrial safety-critical systems are developed and validated following safety standards. However even though all safety standards address similar concerns with similar objectives, they are also domain-specific standards. The presentation results from the activity of a working group (formerly CG2E, now part of the recently set-up Embedded France) gathering industrial safety experts from aeronautics, automotive, industrial automation, nuclear, railway and space. The lecture will combine a presentation focused on one industry specific standard (the recent ISO 26262 for automotive), and complementary perspective in comparison with the standards in the other five mentioned domains. After the presentation of the history and position and the various regulation regimes, we will highlight some more technical topics e.g., integrated or external safety systems, fault prevention vs. fault tolerance, objectives vs. means prescription, probabilistic vs. deterministic arguments and the notion of criticality, integrity or assurance levels.
IIoT: The Whole Gamut - Exploration --> Drilling --> Production --> FacilityChijioke “CJ” Ejimuda
Talk on how oil and energy professionals such as geoscientists, managers, drilling, reservoir, production, and facility engineers can leverage IIoT capabilities and their economic considerations
1. The document is a product catalog from SICK that provides information on their proximity sensor products through various "Finders" and tools for finding prices, requesting quotes, and ordering online.
2. The catalog contains detailed product information organized by type of proximity sensor, including inductive, capacitive, and magnetic sensors. It provides specifications, ordering information, and accessories for each product family.
3. The document describes how SICK can also provide customized proximity sensor solutions to meet special application requirements, with the design and implementation process divided into assessment of needs, engineering, prototyping, and production phases.
This document describes the design of an automatic packaging machine. It discusses the introduction and aims of the project, which is to design a low-cost automatic packaging machine to reduce manual labor and increase productivity. It outlines the objectives, target industries, workflow, data collection sources, analysis of production quality and safety improvements. The document provides the circuit diagrams, module descriptions, material selection process, and power supply calculations for the machine's design. The overall purpose is to automate packaging processes for small industries to improve efficiency.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
What is Digital Literacy? A guest blog from Andy McLaughlin, University of Ab...
Curso completo Ecodial 4.pdf
1. 1
Ecodial Advance Calculation 4
2013
N°1: How to personalize a component and apply
a property to all the project?
Schneider Electric 2
- Customer Software– Ecodial 4 – Training (C) - 2013
N°1 - How to personalize a component
and apply a property to all the project
●Objective
● To be able to …
● visualize the different component
● personalize the properties of a component
● apply to all the project
2. 2
Schneider Electric 3
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● Visualise
● Select a circuit (cable)
● Visualise the characteristics of the cable (insulation)
● Visualise the window with all cables
● Personalize
● Change the type of insulation (XLPE in PVC)
● Apply
● Copy and paste to apply to all the selection
● Result
N°1 - How to personalize a component
and apply a property to all the project
Schneider Electric 4
- Customer Software– Ecodial 4 – Training (C) - 2013
●Select a cable
N°1 - How to personalize a component
and apply a property to all the project
3. 3
Schneider Electric 5
- Customer Software– Ecodial 4 – Training (C) - 2013
N°1 - How to personalize a component
and apply a property to all the project
●How to check the insulation type ?
Schneider Electric 6
- Customer Software– Ecodial 4 – Training (C) - 2013
N°1 - How to personalize a component
and apply a property to all the project
4. 4
Schneider Electric 7
- Customer Software– Ecodial 4 – Training (C) - 2013
N°1 - How to personalize a component
and apply a property to all the project
●How to check the insulation type ?
Schneider Electric 8
- Customer Software– Ecodial 4 – Training (C) - 2013
●Personalize - Change the type of insulation (XLPE to PVC)
N°1 - How to personalize a component
and apply a property to all the project
5. 5
Schneider Electric 9
- Customer Software– Ecodial 4 – Training (C) - 2013
●Apply – “ copy “ with “ ctrl + C “
copy
N°1 - How to personalize a component
and apply a property to all the project
Use the keyboard :
ctrl C
Schneider Electric 10
- Customer Software– Ecodial 4 – Training (C) - 2013
●Apply - « copy-paste » to apply it to all the selection
N°1 - How to personalize a component
and apply a property to all the project
shift
6. 6
Schneider Electric 11
- Customer Software– Ecodial 4 – Training (C) - 2013
●Apply - « paste » to apply it to all the selection
N°1 - How to personalize a component
and apply a property to all the project
Use the keyboard
:
ctrl V
Schneider Electric 12
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Février 2011 - Creation
●B) Mars 2011- Vérification et 1ère phase d’harmonisation
●C) Mars 2012 - Updating
7. 7
Schneider Electric 13
- Customer Software– Ecodial 4 – Training (C) - 2013
N°1 - How to personalize a component and apply a property to all the project
●How to personalize the insulation type ?
Schneider Electric 14
- Customer Software– Ecodial 4 – Training (C) - 2013
Exercice N°1
Change the type of insulation (XLPE to PVC)
8. 8
Ecodial Advance Calculation 4
2013
N°2: How to personalize a protection settings?
Schneider Electric 16
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Objective
● To be able to …
● Check the projection of the installation
● Optimize the discrimination
● Apply the modification
9. 9
Schneider Electric 17
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● Visualise
● Single line diagram
● Results of calculation and « alarms »
● Data visualisation: the data, the calculation results and the solutions
● Circuit properties and component properties
● The details results of a circuit, the protection curves
● Personalize
● Modification of a component
● Checking of discrimination
● Curve settings
● Obtain total discrimination
N°2: How to personalize a protection
settings?
Schneider Electric 18
- Customer Software– Ecodial 4 – Training (C) - 2013
●Single line diagram (Loads ,cables, Ks…)
N°2: How to personalize a protection
settings?
10. 10
Schneider Electric 19
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Results of calculation
Schneider Electric 20
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Results of calculation
11. 11
Schneider Electric 21
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Data visualisation
Schneider Electric 22
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Calculation visualisation
12. 12
Schneider Electric 23
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Solution visualisation
Schneider Electric 24
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Circuit properties visualisation
13. 13
Schneider Electric 25
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Component properties visualisation
Schneider Electric 26
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●QA7: Circuit breaker properties visualisation
14. 14
Schneider Electric 27
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Circuit “details”
Schneider Electric 28
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Curves visualisation
15. 15
Schneider Electric 29
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Curves visualisation
Schneider Electric 30
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
What to do to obtain a total discrimination ?
16. 16
Schneider Electric 31
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
Schneider Electric 32
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
17. 17
Schneider Electric 33
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
2,5 x
Schneider Electric 34
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings? 100
160
250
400
630
800
1000
1250
1600
2000
2500
3200
4000
2,5 x
2,5 x
2,5 x
2,5 x
18. 18
Schneider Electric 35
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
Schneider Electric 36
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
19. 19
Schneider Electric 37
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
Schneider Electric 38
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
20. 20
Schneider Electric 39
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
Schneider Electric 40
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Just remind !
21. 21
Schneider Electric 41
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
Schneider Electric 42
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
22. 22
Schneider Electric 43
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●Personalize a protection
Schneider Electric 44
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection
settings?
●The CSA of cable N°3 has not change(thanks to Micrologic 5)
23. 23
Schneider Electric 45
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Février 2011 - Creation
●B) Mars 2011- Vérification et 1ère phase d’harmonisation
●C) Mars 2012- Up dating
Schneider Electric 46
- Customer Software– Ecodial 4 – Training (C) - 2013
N°2: How to personalize a protection settings?
24. 24
Schneider Electric 47
- Customer Software– Ecodial 4 – Training (C) - 2013
Exercice N° 2
How to personalize a protection settings?
Ecodial Advance Calculation 4
2013
N°3: How to harmonize a protection schedule?
25. 25
Schneider Electric 49
- Customer Software– Ecodial 4 – Training (C) - 2013
●Objective:
● To be able to …
● Check the protection of the project
● Optimize the discrimination
● Apply the modifications to the project
N°3: How to harmonize a protection schedule ?
Schneider Electric 50
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● Visualise
● A component (Circuit breaker)
● The data table
● The result table
● Personalize
● Harmonize the Micrologic
● Modify the trip unit
● Select the Micrologic 5
● Check the results
N°3: How to harmonize a protection schedule ?
26. 26
Schneider Electric 51
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to see all the protections ?
N°3: How to harmonize a protection schedule ?
Schneider Electric 52
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to see all the protections ?
N°3: How to harmonize a protection schedule ?
27. 27
Schneider Electric 53
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to move a column ?
N°3: How to harmonize a protection schedule ?
Harmonize : Micrologic 5..E
Schneider Electric 54
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to move a column ?
N°3: How to harmonize a protection schedule ?
Harmonize : Micrologic 5..E
28. 28
Schneider Electric 55
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to select another Micrologic ?
N°3: How to harmonize a protection schedule ?
Schneider Electric 56
- Customer Software– Ecodial 4 – Training (C) - 2013
●Harmonize all Micrologic Micrologic ?
N°3: How to harmonize a protection schedule ?
29. 29
Schneider Electric 57
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Février 2011 - Creation
●B) Mars 2011- Vérification et 1ère phase d’harmonisation
●C) March 2012 - Updating
Schneider Electric 58
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to move a column ?
N°3: How to harmonize a protection schedule ?
Harmonize : Micrologic 5..E
30. 30
Schneider Electric 59
- Customer Software– Ecodial 4 – Training (C) - 2013
Exercice N°3
Ecodial Advance Calculation 4
2013
N°4: How to check the switchboard constraints ?
31. 31
Schneider Electric 61
- Customer Software– Ecodial 4 – Training (C) - 2013
N°4: How to check the switchboard
constraints ?
●Objective
● To be able to …
● Define the range of a switchboard
● Check that the chosen switchboard is compliant with the switchgear
Schneider Electric 62
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● Visualise
● The switchboard properties
● Personalize
● The range of the switchboard
● Check the constraints (Prisma Plus P)
● Check the constraints (Prisma Plus G)
N°4: How to check the switchboard
constraints ?
32. 32
Schneider Electric 63
- Customer Software– Ecodial 4 – Training (C) - 2013
●Select the MLVS
N°4: How to check the switchboard
constraints ?
Schneider Electric 64
- Customer Software– Ecodial 4 – Training (C) - 2013
●Select the MLVS
N°4: How to check the switchboard
constraints ?
33. 33
Schneider Electric 65
- Customer Software– Ecodial 4 – Training (C) - 2013
●Choose the switchboard range
N°4: How to check the switchboard
constraints ?
Schneider Electric 66
- Customer Software– Ecodial 4 – Training (C) - 2013
●Choose the switchboard range
N°4: How to check the switchboard
constraints ?
34. 34
Schneider Electric 67
- Customer Software– Ecodial 4 – Training (C) - 2013
●Check the switchboard constraints (Prima Plus P)
N°4: How to check the switchboard
constraints ?
Schneider Electric 68
- Customer Software– Ecodial 4 – Training (C) - 2013
●Check the switchboard constraints ( Prisma Plus G)
N°4: How to check the switchboard
constraints ?
35. 35
Schneider Electric 69
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Février 2011 – Création
●B) Mars 2011- Vérfification et 1ère phase d’harmonisation
●C) Mars 2012 – Up dating V4.25
Schneider Electric 70
- Customer Software– Ecodial 4 – Training (C) - 2013
Exercice N° 4 switchboard constraints
36. 36
Ecodial Advance Calculation 4
2013
N°5: How to use « operating modes »
Schneider Electric 72
- Customer Software– Ecodial 4 – Training (C) - 2013
●Objective
● To be able to …
● Visualise the different operating modes
● Personalize a new operating mode
● Apply it to the project
N°5: How to use operating modes (Normal/Emergency)
37. 37
Schneider Electric 73
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● Visualise
● the single line diagram in « Normal » mode
● Personalize
● Create a new operating mode « Emergency »
● Use the function « management of operating modes »
● Copy the « Normal » mode
● Rename the operating mode mode (Emergency + comment)
● Apply
● Define the « Emergency » mode
● Result
N°5: How to use operating modes (Normal/Emergency)
Schneider Electric 74
- Customer Software– Ecodial 4 – Training (C) - 2013
●Single line diagram « Normal » operating mode
N°5: How to use operating modes (Normal/Emergency)
38. 38
Schneider Electric 75
- Customer Software– Ecodial 4 – Training (C) - 2013
●Create a new operating mode « Emergency »
N°5: How to use operating modes (Normal/Emergency)
Schneider Electric 76
- Customer Software– Ecodial 4 – Training (C) - 2013
●Create a new operating mode « Emergency »
N°5: How to use operating modes (Normal/Emergency)
39. 39
Schneider Electric 77
- Customer Software– Ecodial 4 – Training (C) - 2013
●Copy the « Normal » operating mode
N°5: How to use operating modes (Normal/Emergency)
Schneider Electric 78
- Customer Software– Ecodial 4 – Training (C) - 2013
●Rename the new operating mode (Emergency) + coment
N°5: How to use operating modes (Normal/Emergency)
40. 40
Schneider Electric 79
- Customer Software– Ecodial 4 – Training (C) - 2013
●Define the new operating mode (Emergency)
N°5: How to use operating modes (Normal/Emergency)
Critical loads
Non critical loads
Schneider Electric 80
- Customer Software– Ecodial 4 – Training (C) - 2013
●Define the new operating mode (Emergency)
N°5: How to use operating modes (Normal/Emergency)
Critical loads
Non critical loads
41. 41
Schneider Electric 81
- Customer Software– Ecodial 4 – Training (C) - 2013
●Define the new operating mode (Emergency)
N°5: How to use operating modes (Normal/Emergency)
Critical loads
Non critical loads
Schneider Electric 82
- Customer Software– Ecodial 4 – Training (C) - 2013
●Check the result (Normal mode)
N°5: How to use operating modes (Normal/Emergency)
42. 42
Schneider Electric 83
- Customer Software– Ecodial 4 – Training (C) - 2013
●Check the result
N°5: How to use operating modes (Normal/Emergency)
Schneider Electric 84
- Customer Software– Ecodial 4 – Training (C) - 2013
●Check the result (Emergency mode)
N°5: How to use operating modes (Normal/Emergency)
43. 43
Schneider Electric 85
- Customer Software– Ecodial 4 – Training (C) - 2013
N°5: How to use operating modes (Normal/Emergency)
Schneider Electric 86
- Customer Software– Ecodial 4 – Training (C) - 2013
N°5: How to use operating modes (Normal/Emergency)
44. 44
Schneider Electric 87
- Customer Software– Ecodial 4 – Training (C) - 2013
N°5: How to use operating modes (Normal/Emergency)
Schneider Electric 88
- Customer Software– Ecodial 4 – Training (C) - 2013
N°5: How to use operating modes (Normal/Emergency)
45. 45
Schneider Electric 89
- Customer Software– Ecodial 4 – Training (C) - 2013
N°5: How to use operating modes (Normal/Emergency)
Ii = 3 150 A
Schneider Electric 90
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Février 2011 – Création
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
●C) March 2012 – Updating V4.25
46. 46
Schneider Electric 91
- Customer Software– Ecodial 4 – Training (C) - 2013
Exercice N°5
operating modes (Normal/Emergency)
Ecodial Advance Calculation 4
2013
N°6: How to use the function « operating
mode »? Ex: Summer / Winter mode
47. 47
Schneider Electric 93
- Customer Software– Ecodial 4 – Training (C) - 2013
●Objective
● To be able to …
● Compare on one project two (or more) operating modes
N°6: How to use the function « operating
mode » (Summer / Winter)
Schneider Electric 94
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● Visualise
● the single line diagram in « Normal » operating mode (Parameter)
● Personalize
● Replace the « Normal » operating mode by a « Summer » mode
● Parameter the « Summer » mode
● Create the « Winter » mode
● Parameter the « Winter » mode
● Result
N°6: How to use the function « operating
mode » (Summer / Winter)
48. 48
Schneider Electric 95
- Customer Software– Ecodial 4 – Training (C) - 2013
●Single line diagram in « Normal » operating mode
N°6: How to use the function « operating
mode » (Summer / Winter)
Ks0,9
Ks 1
Ks 1
Ks 1
Schneider Electric 96
- Customer Software– Ecodial 4 – Training (C) - 2013
●Single line diagram in « Normal » operating mode
N°6: How to use the function « operating
mode » (Summer / Winter)
Lights
AC
H
800 KVA
49. 49
Schneider Electric 97
- Customer Software– Ecodial 4 – Training (C) - 2013
●Create a « summer » operating mode
N°6: How to use the function « operating
mode » (Summer / Winter)
Schneider Electric 98
- Customer Software– Ecodial 4 – Training (C) - 2013
N°6: How to use the function « operating
mode » (Summer / Winter)
●Parameter the « summer » operating mode
30 %
100 %
0 %
630 KVA
50. 50
Schneider Electric 99
- Customer Software– Ecodial 4 – Training (C) - 2013
N°6: How to use the function « operating
mode » (Summer / Winter)
●Create the « winter » operating mode
Schneider Electric 100
- Customer Software– Ecodial 4 – Training (C) - 2013
N°6: How to use the function « operating
mode » (Summer / Winter)
●Parameter the « winter » mode
100 %
20 %
100 %
400 KVA
51. 51
Schneider Electric 101
- Customer Software– Ecodial 4 – Training (C) - 2013
●Reminder of « Normal » operating mode
N°6: How to use the function « operating
mode » (Summer / Winter)
800 KVA
Schneider Electric 102
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Février 2011 – Création
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
●C) March 2012 – Updating V4.25
52. 52
Schneider Electric 103
- Customer Software– Ecodial 4 – Training (C) - 2013
N° 6 Summer / winter
Ks 1
Ks 1
Ks 0,9
Ks 1
Ecodial Advance Calculation 4
2013
N°7: How to customize an Earthing system ?
53. 53
Schneider Electric 105
- Customer Software– Ecodial 4 – Training (C) - 2013
●Objective
● To be able to …
● Check the SEA of a project
● Modify the SEA
N°7: Como personalizar um sistema de aterramento
Schneider Electric 106
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● Visualise
● The "default" SEA
● Personalize
● Modify the SEA of a "source" circuit
● Parameter TN-C upstream and TN-S downstream
● Change to TN-S QA 3 and QA 4 circuits
● Check all the SEA in the data table
● Check the compatibility of SEA
● Case of "IT" SEA
N°7: Como personalizar um sistema de aterramento
54. 54
Schneider Electric 107
- Customer Software– Ecodial 4 – Training (C) - 2013
●Visualise the “default” SEA
N°7: How to customize an Earthing system ?
Schneider Electric 108
- Customer Software– Ecodial 4 – Training (C) - 2013
●Visualise the "default" SEA
N°7: How to customize an Earthing system ?
55. 55
Schneider Electric 109
- Customer Software– Ecodial 4 – Training (C) - 2013
●Modify the SEA of the “source” circuit
N°7: How to customize an Earthing system ?
Schneider Electric 110
- Customer Software– Ecodial 4 – Training (C) - 2013
●Modify the SEA of the “source” circuit
N°7: How to customize an Earthing system ?
56. 56
Schneider Electric 111
- Customer Software– Ecodial 4 – Training (C) - 2013
●Parameter TN-C upstream and TN-S downstream
TN C
TN S
N°7: How to customize an Earthing system ?
Schneider Electric 112
- Customer Software– Ecodial 4 – Training (C) - 2013
●Parameter TN-C upstream and TN-S downstream
TN C
N°7: How to customize an Earthing system ?
57. 57
Schneider Electric 113
- Customer Software– Ecodial 4 – Training (C) - 2013
●Parameter TN-S on "QA 3" and "QA 4" circuits
N°7: How to customize an Earthing system ?
Schneider Electric 114
- Customer Software– Ecodial 4 – Training (C) - 2013
●Parameter TN-S on “QA 3” and “QA 4” circuits
N°7: How to customize an Earthing system ?
58. 58
Schneider Electric 115
- Customer Software– Ecodial 4 – Training (C) - 2013
●Check all SEA in the data table
N°7: How to customize an Earthing system ?
Schneider Electric 116
- Customer Software– Ecodial 4 – Training (C) - 2013
●Compatibility of SEA
IT
N°7: How to customize an Earthing system ?
59. 59
Schneider Electric 117
- Customer Software– Ecodial 4 – Training (C) - 2013
●Compatibility of SEA
N°7: How to customize an Earthing system ?
Schneider Electric 118
- Customer Software– Ecodial 4 – Training (C) - 2013
●"IT" SEA
TNC
TNS
IT
N°7: How to customize an Earthing system ?
60. 60
Schneider Electric 119
- Customer Software– Ecodial 4 – Training (C) - 2013
●"IT" SEA
TNS
N°7: How to customize an Earthing system ?
Schneider Electric 120
- Customer Software– Ecodial 4 – Training (C) - 2013
●"IT" SEA
N°7: How to customize an Earthing system ?
61. 61
Schneider Electric 121
- Customer Software– Ecodial 4 – Training (C) - 2013
●"IT" SEA
N°7: How to customize an Earthing system ?
Schneider Electric 122
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Février 2011 – Création
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
●C) March 2012 - Updating
62. 62
Schneider Electric 123
- Customer Software– Ecodial 4 – Training (C) - 2013
N°7: How to customize an Earthing system ?
IT
Ecodial Advance Calculation 4
2013
N°8: How to use voltage drop?
63. 63
Schneider Electric 125
- Customer Software– Ecodial 4 – Training (C) - 2013
●Objective
● To be able to …
● Check the voltage drop in cables
● Parameter the voltage drop
● Solve a problem of voltage drop
N°8: How to use voltage drop
Schneider Electric 126
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● What about standards ?
● Cumulated voltage drop and Ecodial
● Parameter voltage drop
● Individual voltage drop cable by cable
● Individual voltage drop for one cable
● Example with long cables
● Modification of the voltage drop of « WD3 » cable
● Résult after calculation
N°8: How to use voltage drop
64. 64
Schneider Electric 127
- Customer Software– Ecodial 4 – Training (C) - 2013
●What about standard
N°8: How to use voltage drop
IEC 364
Without info => 4%Max
NFC 15 100
Lighting => 6% Max
All others => 8% Max
Schneider Electric 128
- Customer Software– Ecodial 4 – Training (C) - 2013
●Cumulated voltage drop and Ecodial4 Intl
N°8: How to use voltage drop
Generic loads
Lighting
Sockets
4 % Max
Motors
65. 65
Schneider Electric 129
- Customer Software– Ecodial 4 – Training (C) - 2013
●Cumulated voltage drop
N°8: How to use voltage drop
Ief = 979 A
Schneider Electric 130
- Customer Software– Ecodial 4 – Training (C) - 2013
●Error
N°8: How to use voltage drop
66. 66
Schneider Electric 131
- Customer Software– Ecodial 4 – Training (C) - 2013
●First solution
N°8: How to use voltage drop
Schneider Electric 132
- Customer Software– Ecodial 4 – Training (C) - 2013
●First solution
N°8: How to use voltage drop
Ief = 1050 A
67. 67
Schneider Electric 133
- Customer Software– Ecodial 4 – Training (C) - 2013
●Second solution
N°8: How to use voltage drop
Schneider Electric 134
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to reach 4%
N°8: How to use voltage drop
3,39 – 1,32 = 2,07 %
68. 68
Schneider Electric 135
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to reach 4%
N°8: How to use voltage drop
Schneider Electric 136
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to reach 4%
N°8: How to use voltage drop
69. 69
Schneider Electric 137
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to reach 4%
N°8: How to use voltage drop
3,09 – 1 = 2,09 %
Schneider Electric 138
- Customer Software– Ecodial 4 – Training (C) - 2013
●Cumulated voltage drop
N°8: How to use voltage drop
70. 70
Schneider Electric 139
- Customer Software– Ecodial 4 – Training (C) - 2013
●How to reach 4%
N°8: How to use voltage drop
2.47 – 0.4= 2,07 %
Schneider Electric 140
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Février 2011 – Création
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
●C) Mars 2012 – Updating V4.25
71. 71
Schneider Electric 141
- Customer Software– Ecodial 4 – Training (C) - 2013
N° 8 Voltage drop
Project parameter => DeltaU cable = 4%
Ecodial Advance Calculation 4
2013
N°9: How to create an extension in an existing
installation?
72. 72
Schneider Electric 143
- Customer Software– Ecodial 4 – Training (C) - 2013
N°9: How to create an extension
●Objective
● To be able to … (from an existing installation)
●Check by calculation the required modifications for an extension of two
new circuits
Schneider Electric 144
- Customer Software– Ecodial 4 – Training (C) - 2013
●The steps:
● Assumption
● Locking an existing project
● Extension of 2 new circuits and parameters
● MV/LV Transformer calculation
● Project verification
● New circuit breaker for the source circuit
● Result
N°9: How to create an extension
73. 73
Schneider Electric 145
- Customer Software– Ecodial 4 – Training (C) - 2013
●Assumption
N°9: How to create an extension
Single core cable /PVC/ trefoil
Cable voltage drop = 4%
Schneider Electric 146
- Customer Software– Ecodial 4 – Training (C) - 2013
●Existing = padlocks
N°9: How to create an extension
74. 74
Schneider Electric 147
- Customer Software– Ecodial 4 – Training (C) - 2013
●Existing = padlocks
N°9: How to create an extension
Schneider Electric 148
- Customer Software– Ecodial 4 – Training (C) - 2013
●Existing = padlocks
N°9: How to create an extension
75. 75
Schneider Electric 149
- Customer Software– Ecodial 4 – Training (C) - 2013
●Icon : “ Lock all “
N°9: How to create an extension
Schneider Electric 150
- Customer Software– Ecodial 4 – Training (C) - 2013
●All components are padlocked
N°9: How to create an extension
76. 76
Schneider Electric 151
- Customer Software– Ecodial 4 – Training (C) - 2013
●2 new loads L10 an L11 in UC2
N°9: How to create an extension
80KVA
Cable 20m
80KVA
Cable 30m
Schneider Electric 152
- Customer Software– Ecodial 4 – Training (C) - 2013
●2 new loads L10 an L11 in UC2
N°9: How to create an extension
77. 77
Schneider Electric 153
- Customer Software– Ecodial 4 – Training (C) - 2013
●2 new loads L10 an L11 in UC2
N°9: How to create an extension
140KVA
Cable 20m
140KVA
Cable 30m
Schneider Electric 154
- Customer Software– Ecodial 4 – Training (C) - 2013
●2 new loads L10 an L11 in UC2
N°9: How to create an extension
140KVA
Cable 20m
140KVA
Cable 30m
78. 78
Schneider Electric 155
- Customer Software– Ecodial 4 – Training (C) - 2013
●Unlock the transformer
N°9: How to create an extension
Schneider Electric 156
- Customer Software– Ecodial 4 – Training (C) - 2013
●Error in QA 0
N°9: How to create an extension
79. 79
Schneider Electric 157
- Customer Software– Ecodial 4 – Training (C) - 2013
●Unlock QA 0
N°9: How to create an extension
Schneider Electric 158
- Customer Software– Ecodial 4 – Training (C) - 2013
●Unlock cable WD 0
N°9: How to create an extension
80. 80
Schneider Electric 159
- Customer Software– Ecodial 4 – Training (C) - 2013
●Unlock QA 9
N°9: How to create an extension
Schneider Electric 160
- Customer Software– Ecodial 4 – Training (C) - 2013
Modifications
●A) Fevrier 2011 – Creation
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
●C) Mars 2012 – Updating V4.25
81. 81
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Ex N°9
Cable voltage drop = 4%
create an extension
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Ex N°9 create an extension
Single core cable /PVC/ trefoil
Cable voltage drop = 4%
82. 82
Ecodial Advance Calculation 4
October 2012
N°10: How to size cables with harmonic current
in the neutral?
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●Objective
● To be able to …
● Visualize and parameter the harmonic distortion in the neutral
conductor of cables
● Calculate the cables and the circuit breaker with harmonic distortion in
the neutral conductor of cables
N°10 How to size cables with harmonic
current in the neutral
83. 83
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●The steps:
● Assumptions
● Calculation of a project WITHOUT harmonics
● Parameter a non-linear load
● Case of a medium polluted network
● Results
N°10 How to size cables with harmonic
current in the neutral
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N°10 How to size cables with harmonic current
Single core cable
84. 84
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N°10 How to size cables with harmonic current
150mm²
70² 35² 25²
THDI = 0 %
● CSA calculation (THDI = 0%)
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N°10 How to size cables with harmonic current
Ib 429A
217A
144A 116A
● Calculation of Ib (THDI = 0 %)
85. 85
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N°10 How to size cables with harmonic current
42 %
● Level of harmonics polution (IEC 60 364)
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N°10 How to size cables with harmonic current
4P3d+Ns
Ph 70²
N 150²
Ph 35²
N 70² 42 %
● Calculation with THDI 42% in circuits 7, 8 and 9
86. 86
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N°10 How to size cables with harmonic current
42 %
● Harmonic level in cable N°3
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N°10 How to size cables with harmonic current
17,9 %
● Harmonic level in cable N°0
87. 87
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Modifications
●A) Février 2011 – Creation
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
●C) Mars 2012 – Updating V4.25
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42 %
Single core cable
Ex N° 10 - THDI
88. 88
Ecodial Advance Calculation 4
2013
N°11: How to use operation mode function
“parallel MV/LV transformer”?
Schneider Electric 176
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●Objective
● To be able to …
● Connect parallel transformer or generator
● Create different operating modes
● Personalize a new operating mode
● Apply it to the project
N°11: How to use the operating mode
function “parallel MV/LV transformer”
89. 89
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●The steps:
● Visualise
●The single line diagram in « normal » mode
●The single line diagram in « generator » mode
● Personalize
● Connect a MV/LV transformer in parallel to TA 2
● Use the function « management of operating modes »
● Create a « degraded » mode with one transfo only on each MLVS
● Apply
● Define the « Backup » mode
● Result
N°11: How to use the operating mode
function “parallel MV/LV transformer”
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●Single line diagram « Normal » operating mode
N°11: How to use the operating mode
function “parallel MV/LV transformer”
90. 90
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●Single line diagram in « Normal » operating mode
N°11: How to use the operating mode
function “parallel MV/LV transformer”
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●Single line diagram in « Normal » operating mode
N°11: How to use the operating mode
function “parallel MV/LV transformer”
91. 91
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●Single line diagram in « Normal » operating mode
N°11: How to use the operating mode
function “parallel MV/LV transformer”
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●Single line diagram in « Normal » operating mode
N°11: How to use the operating mode
function “parallel MV/LV transformer”
92. 92
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●Single line diagram in « 1 transfo only » operating mode
N°11: How to use the operating mode
function “parallel MV/LV transformer”
Schneider Electric 184
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●Single line diagram in « 1 transfo only » operating mode
N°11: How to use the operating mode
function “parallel MV/LV transformer”
93. 93
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N°11: operating mode parallel transformer
Schneider Electric 186
- Customer Software– Ecodial 4 – Training (B) - 2013
N°11:
operating
mode
parallel
transformer
(1/2)
94. 94
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N°11:
operating
mode
parallel
transformer
(2/2)
Schneider Electric 188
- Customer Software– Ecodial 4 – Training (B) - 2013
Modifications
●A) Février 2011 – Création
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
95. 95
Ecodial Advance Calculation 4
December 2013
N°12: How to set Medium Voltage protection
Schneider Electric 190
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●Objective
● To be able to …
●
N°12 How to set Medium Voltage protection ?
96. 96
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●The steps:
N°12 How to set Medium Voltage protection ?
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N°12 How to set Medium Voltage protection ?
Undefined
97. 97
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● Choosing Fuse or Relay !
N°12 How to set Medium Voltage protection ?
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● Fuse calculation :
N°12 How to set Medium Voltage protection ?
98. 98
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● Fuse curve :
N°12 How to set Medium Voltage protection ?
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● Fuse curve / Discrimination
N°12 How to set Medium Voltage protection ?
99. 99
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● RELAY :
N°12 How to set Medium Voltage protection ?
Generic : Sepam
or equivalent
Schneider Electric 198
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●Relay : Sepam type or equivalent
N°12 How to set Medium Voltage protection ?
100. 100
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● Relay “generic” calculation :
N°12 How to set Medium Voltage protection ?
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● Relay “generic” curves :
N°12 How to set Medium Voltage protection ?
101. 101
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● RELAY :
N°12 How to set Medium Voltage protection ?
Schneider Electric 202
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● Relay “Self powered” calculation :
N°12 How to set Medium Voltage protection ?
102. 102
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● Relay “Self powered” curves :
N°12 How to set Medium Voltage protection ?
Schneider Electric 204
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● Relay “Self powered” curves :
N°12 How to set Medium Voltage protection ?
103. 103
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- Customer Software– Ecodial 4 – Training - 2013
Modifications
●A) Février 2011 – Creation
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
●C) Mars 2012 – Updating V4.25
Schneider Electric 206
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●Relay : Sepam type or equivalent
N°12 How to set Medium Voltage protection ?
104. 104
Ecodial Advance Calculation 4
December 2013
N°12: How to use UPS ?
Schneider Electric 208
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●Objective
● To be able to …
●
N°12 How to set Medium Voltage protection ?
105. 105
Schneider Electric 209
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●The steps:
N°13 How to use UPS ?
Schneider Electric 210
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N°13 How to use UPS ?
UPS
2 loads of 10A
106. 106
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N°13 How to use UPS ?
UPS
2 loads of 10A
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N°13 How to use UPS ?
● UPS properties
107. 107
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N°13 How to use UPS ?
● UPS solution
Schneider Electric 214
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N°13 How to use UPS ?
● Solution with 2 loads of 40 A :
108. 108
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N°13 How to use UPS ?
● Solution with 2 loads of 40A :
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N°13 How to use UPS ?
● Solution with 2 loads of 40A / Normal mode
109. 109
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N°13 How to use UPS ?
● Solution with 2 loads of 40A / Creation of “ Bypass mode “
Schneider Electric 218
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N°13 How to use UPS : Bypass mode
110. 110
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Modifications
●A) Février 2011 – Creation
●B) Mars 2011 – Vérification et 1ère phase d’harmonisation
●C) Mars 2012 – Updating V4.25
●D) December 2013 – Updating V4-4
Schneider Electric 220
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N°13 How to use UPS ?
2 loads of 10A
UPS