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Automation Design Center luôn khai giảng các lớp học mới mỗi tuần
Announcement
Course: Power Control and Protection & Variable Speed Drives
Instructor: Nguyen Phuoc Vinh Tung
Location:
Schneider Electric Automation Design Center,
109 Bld. B3,
Ho Chi Minh City Univ. of Tech. (Polytechnique),
268, Ly Thuong Kiet Str,
HCM
Date: April 12th and 13th, 2010 (Mon. – Tue.)
Time: 9 AM - 4h30 PM
Meant for:
+ Distributors,
+ Spec.Distributors,
+ Retailers,
+ SIs,
+ OEMs,
+ End-Users
Syllabus
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Hours |
2 days |
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Estimation : |
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Multichoice: 30 questions in 30 min at entry and exit |
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Practice: workshop on VSD |
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Certification : |
Schneider Electric Vietnam Certificate: “PCP & VSD Course” |
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Instructor |
Nguyen Phuoc Vinh Tung |
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Aims:
The course provides specialists in the area of Automation and Control Engineering the knowledge about modern Control and Protection of motors and other electrical loads, the choice of adequate components for Control and Protection of power loads, the comprehension of the architecture of Variable Speed Drives, the mastery of ALTIVAR's functionalities and their uses in practical applications.
Course outline:
Methods of starting of AC motors, IEC standards and coordination in protection, choice solution for control and protection, PCP offer of Schneider Electric, architecture of VSD, methods for speed control of AC motors, functionalities and applications, motor control laws, the VSD in the electrical environment.
Reference
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[1] |
Schneider Electric |
Catalogues |
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[2] |
PCP slides (Vietnamese) |
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[3] |
Nguyen Phuoc Vinh Tung |
VSD slides, Workshop (Vietnamese) |
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[4] |
Schneider Electric |
Programming manuals of VSD (files) |
Learning outcomes:
Knowledge and Understanding of:
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Methods for starting an AC motor
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IEC standards for control and protection
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Schneider Electric's offer in PCP
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Architecture of VSD
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Functionalities and applications of VSD
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Electrical environment of VSD
Cognitive Skills:
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Ability to select the right components for control and protection of electrical loads
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Ability to set coordination in protection schemes
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Ability to use the VSD with different applications
Subject-specific Skills:
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Ability to define the lifetime of contactors
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Ability to program VSD
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Ability to design a complete control system using motor control components and VSD's
Detailed contents:
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Day |
Contents |
Hour |
Ref. |
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1 |
Entry test: multichoice 30 questions in 30 mn 1. Introduction 2. Methods for starting an AC motor 3. IEC standards and coordination in protection 4. PCP offer of Schneider Electric |
3 |
[1], [2] |
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5. Selection of components for Control and Protection of power loads 6. Exit test and correction of PCP questions |
3 |
[1], [2] |
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2 |
1. Needs for speed variation of motors 2. Architecture of VSD 3. Modes of operation of VSD 4. Functionnalities of VSD 5. Motor control laws 6. The VSD in the electrical environment |
3 |
[1], [3] |
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1. Workshop on VSD programming 2. Exit test and correction of VSD questions |
3 |
[3], [4] |
Agenda
Day 1
Part 1 9:00am ~ 9:30am
Entry test for PCP and VSD
Part 2 9:30am ~ 10:30am
Introduction
Methods for starting an AC motor
IEC standards and coordination in protection
Tea break
Part 3 10:45am ~ 12:00pm
PCP offer of Schneider Electric
Lunch
Part 4
1:30pm ~ 3:15pm
Selection of
components for Control and Protection of power loads
Tea break
Part 5 3:30pm ~ 4:30pm
Exit test for PCP questions
Correction
Day 2
Part 1 9:00am ~ 10:30am
Needs for speed variation of motors
Architecture of VSD
Modes of operation of VSD
Functionnalities of VSD
Tea break
Part 2 10:45am ~ 12:00pm
Motor control laws
The VSD in the electrical environment
Lunch
Part
3
1:30pm ~ 3:30pm
Workshop on VSD programming
Tea break
Part 4 3:45pm ~ 4:30pm
Exit test for VSD questions
Correction