smart education module - te.ugm.ac.idte.ugm.ac.id/~enas/schneider/education module indonesia...

[ELECTRICITY, AUTOMATION AND ENERGY MANAGEMENT COE]

EDUCATION MODULE | SEI

Smart Education Module

Schneider Electric Smart offer

Lab Instalasi

Note

Education Module Indonesia.pdf


2 EDUCATION MODULE| SEI

Education Module Themes

Smart Factory

Smart Energy

Smart Building



Lab and training modules theme

Smart Building

Home and Building Installation

Safety and security

Circuits and design

Estimation and planning an installation

Safe and secure buildings

Fire alarm system

CCTV, Access controls and Public address system

Home Automation

Smart Home automation pack with KNX

Intelligent Buildings

Integrated Building Management & Energy Management Systems

Module 4B

Module 3B

Module 2B

Module 1B



Residential - Discovery Kit

Learning objective:

• Safety and security parameters during building installation

• Installation standards, electrical components and devices, use of measuring

instruments, tools and personal protection equipment’s

• Installation in a home and building including programmable timers, mechanical

timers, motion and light sensors

• Preparation and installation of the video digital interface, transmission of data over IP

• In all the above systems, the trainee will learn:

o Installation of equipment

o Cable laying techniques

o Power and control cable end terminations

o Operation of the equipment.

Module 4B: Home and Building Installation



Didactic and standard equipment supplied by Schneider Electric:

Reference Description Qty

A9F74102 MCB 2A - ACTI9 iC60N 2




A9F74216 MCB 16A - ACTI9 iC60N 2 Pole 2

A9R71225 RCCB 25A - ACTI9 Sensitivitas 30mA 1

A9R74225 RCCB 25A - ACTI9 Sensitivitas 300mA 1

DOM12522 RCBO Slim - 30mA, 16A 2

16612 SPD (Surge Protection Device) - Quick PF 1P+N 2

LNA0100321 Saklar Tunggal 2

LNA0300321 Saklar Seri 2

LNA0400321 Saklar Hotel (Saklar 2 Arah) 2

E8231MF_WE_G3 Saklar Intermediate 2

LNA2900221 Stop Kontak Schuko 1

E8215N_WE_G1 Stop Kontak AC with switch 1

E8231BPDMW_WE_G1 DND, PCU, & PW with Bell Indicator 1

E8233DMWS_WE_G1 DND, PCU, & PW 1

E8231EKT_WE_G1 Key Card 1

A9C22715 Contactor 1NC + 1NO 2

DOMH12112F MCB Box 12 pole 2

CCT551012 Ocuppancy Sensor 1

CCT551011 Ocuppancy Sensor 1

SR3PACKFU Smart Relay Zelio 1

E8231PRL1F_WE_G3 Momentum Switch 1Gang 2

E8232PRL1F_WE_G3 Momentum Switch 2Gang 2

A9C30811 Impulse Relay 1

A9E16068 Time Delay 1



Learning Objective

• Fire alarm system installation and programming,

• CCTV, access control and public-address system installation and programming

Didactic and standard equipment supplied by Schneider Electric

Description Reference Number Qty

Safe Building - Addressable fire security Station SI-BA Panel 3 1

Secure Building - Access control, CCTV and Public address system Station

SI-BA Panel 4 1

Addressable fire security Station

EDUCATIONAL OBJECTIVES

This training bench provides an understanding of the

following:

• To study the various standards and regulations relating to a fire safety system

• To know different types of devices & detectors & wiring types.

• To configure and program FA Panel for addressing & logic writing.

• To install & configure Graphical software & integrate with BMS Software.

• To carry preventive & corrective maintenance of system.

EQUIPMENT DESCRIPTION

The Fire Alarm bench has a picturized view of an application (office workspace) wherein different type of detectors/devices are located. It should include

the following components as minimum but not limited to:

o Analog addressable 2-loop Panel (EN54 / UL approved) o Addressable multi-sensor detector with base - 2 nos

o Addressable optical smoke detector with base o Addressable heat detector with base

o Addressable manual call point o Response indicator & Sounder - 1 each o One input and one output module with short-circuit isolator

o Activation indicator lamps - 2nos

Module 3B: Safe and secure buildings



o Testing equipment for smoke & heat detectors

o Panel main supply voltage 230VAC ±10% / 50 Hz o Panel Programming /Commissioning software. This is used for addressing

devices/detectors & logic writing. o PC User Interface Software should be fully graphical and window-based. This is used

for mapping devices on Site floor plan for easy identification. o Both the above software should have permanent license.

o Suitable connecting hardware/cables should be supplied for connecting to both this PC software.

o Suitable hardware & software required for integrating Fire Panel with BMS Software. o Equipment clearly marked or printed on the bench for identification

Access control, CCTV and Public address system Station


This training bench provides an understanding of the

following:

• To know the Analog & IP CCTV System. Different types of cameras, Lens, Cable types, POE switches etc.

• To know different types of recording, Storage calculation, Analytics

• To configure CCTV VMS software & integrate cameras

for live viewing & recording playback

• To know different types of speakers, amplifier selection, Zoning concept

• To know access control basics like card technologies,

reader type, locks, tailgating, antipassback etc

• To configure Access software, create personnel, access

rights & its working

• To integrate Access Software with CCTV VMS so that live viewing can be seen on access alarm.





It should include the following components:

o Bullet Camera - IP - 2 Megapixel, 1/3" CMOS, Lens 4mm ONVIF complied

o Dome Camera - IP - 2 Megapixel, 1/2.8" CMOS, Lens 4mm ONVIF complied

o CCTV VMS Software ONVIF complied with 4 camera licenses - PC, Monitor & Hard Disk will be supplied by Client

o 8port 10/100 Switch with 4 port POE with power adapter

o Patch chords for connecting IP cameras with PC o 6 zone paging controller with remote paging microphone

o Power Amplifier 160 W

o 6W Ceiling Speakers - 2 nos o Accessories - 6U Rack

o 4 Door Intelligent TCP/ IP Networkable Access Controller (Green Premium Product)

o Power supply 12VDC - 5Amps

o 1 no Card Reader & 5 nos Access cards of Proximity Type o 1 no Card Reader & 5 nos Access cards of Smart Card Type

o Access Control Software - Licensed Security management software capable of

integrating with CCTV VMS. o Electromagnetic locks - Magnetic Contact - 2 nos

o Exit Push Button - 2 nos



Learning Objective

• To study the KNX bus • To commission the equipment

• To set up functions: lighting, switching, dimming, presence detection, heating, blind control

• To create scenarios by combining functions

• To measure energy consumption

• To know the various system architectures of BMS, Components of BMS, Features of it. OPEN Protocols



Smart Home - Home automation pack (KNX with

demo license)

SI-BA Panel 5 1

Home automation bench


This training bench should provide understanding of

following as minimum:

• To know the lighting control technologies, open

protocol

• To know functional block diagram programming for

logic writing

• To create graphics & binding the data points.

• To carry preventive & corrective maintenance of

system.



o IP Lighting controller with 6 inputs & 6 outputs

o Motion sensor - 1 no

o On/Off Lights - 2 nos

o Dimmable lights - 2 nos

o C-Bus Module

o Wifi router

Module 2B: Home Automation



Learning Objective

• To measure energy consumption

• To know the various system architectures of BMS, Components of BMS, Features of it.

OPEN Protocols



Smart & Energy Efficient Building - Building

Management Energy management station

SI-BA Panel 6 1

Integrated building management (IBMS) solution bench +

Energy management system


This training bench should provide understanding of following as minimum:

• To know the various system architectures of BMS, Components of BMS, Features of it.

OPEN Protocols

• To know selection of field devices.

• To know functional block diagram programming for logic writing

• To create graphics & binding the data points.

• To create alarms, time schedules, trends.

• To do BMS software integration with 3rd party equipment with Modbus RS485 protocol


• To know various types of meters & its selection.

• To know the system architectures of EMS & its features

• To Configure EMS software & bind the energy meters on the electrical diagrams.

Module 1B: Intelligent Buildings





o Bacnet IP DDC Controller with 6 inputs & 6 outputs. 4 GB memory & capable of

integrating Modbus devices.

o 2 switches as digital input

o 2 thermistors as temp input

o 2 LED lamps as digital outputs

o BMS Software should be accessible from any standard web browser.

o BMS Software should have graphics creation & modification feature. The Functional

block programming feature should also be must.

o One Modbus over RS485 device (like Energy meter) for software integration with

DDC Controller.

o One Standard Energy meter displaying voltage, current, power factor, etc at least

10 parameters with modbus output

o One Power Quality Monitoring Energy meter displaying voltage, current, power

factor, etc at least 10 parameters with modbus output

o Both the meters should have simulation facility so that without giving actual load

various parameters can be seen on display.

o Modbus Gateway for RS485 to IP conversion

o EMS Software should be windows based with dashboard & Reporting features



Smart Factory

Instrial Installation, controls and drives

Safety and security

Motor controles

Drives

Industrial Automation – HMI, PLC and Sensors

HMI and PLC

Sensors

Industrial communication protocols, Scada and application

SCADA Application

Augmented Operator

Industry 4.0

Module 4A

Module 3A

Module 2A

Module 1A



Learning objective

• Basic knowledge & theory of Motor Starter

• Motor starter diagrams

• Build power control & protection equipment

• Understand the equipment & the differences in implementation

• Power Monitoring System

• Setting Power Meter

• Verify and analyze Power Meter wiring

• Setting alarm

Motor Starter and Power Monitoring

Didactic and standard equipment supplied by Schneider Electric:


GV2L05 Motor Circuit Breaker, 0.37 KW 1

LC1D09M7 Contactor, 220 VAC 4

LRD03 Thermal Overload 1

GV2ME05 Motor Circuit Breaker 1

GV2AF3 Wiring Kit Breaker and Contactor 2

GVAD1010 Fault Signaling 1

LUB12 Tesys U Power Base 1

LUCAX6FU Tesys U Control Base Standard 1

METSEPM5560 Power Meter 1

METSECT5CC004 CT 40/5 A 3

XALD363M Push Button Start - Stop & Indicator 1

ATV320U07N4B Altivar 320, 0.75KW 1

LADS2 Timer on delay 1-30 s 1

Module 4A: Industrial control and drives



Learning objective

• Sensors used in Industry, PLC – Programmable logic controller, PLC parts,

Programming language, dedicated PLC programming software, Implementation of

PLC with operative parts, PLC application projects

• Human Machine Interface (HMI) and its Software

PLC M340



BMXXBP0800 Rack, 8 Slot 1

BMXCPS2000 Standard AC Power Supply 1

BMXP3420102 CPU M340, Modbus - CANopen 1

BMXNOE0110 M340 FACTORYCAST MODULE 1

BMXDDI1602 Digital Input, 16 points 1

BMXDRA1605 Digital Output, 16 points 1

BMXAMI0410 Ana 4 U/I In Isolated High Speed 1

BMXAMO0410 Ana 4 U/I Out Isolated 1

BMXFTB2010 Connector 4

BMXXCAUSBH018 Programming Cable 1

CEXSPUCZSSPMZZ CONTROL EXPERT S SINGLE LIC 1 TCSESU083FN0 Connexium Switch 8TX, 10/100Mbps 1

XB7EV03MP Pilot Lamp, 220 VAC, Green 3 XB7EV04MP Pilot Lamp, 220 VAC, Red 3 XB7EV05MP Pilot Lamp, 220 VAC, Yellow 2

ABL8REM24030 Power Supply, 24VDC, 3 A 1

XB7NA31 Push Button, 22 mm, NO 3

XB7NA42 Push Button, 22 mm, NO 3

XB7ND33 Selector 3 Position 2

Module 3A: Industrial Automation




• Detailed overview of the Unity package including an understanding of the IEC 1131

standard. Quantum and M340 and Premium hardware is covered as well as the

configuration of a PLC for a Unity project. Fundamentals of Automation Control:

- PLC Hardware to be used on this course

- Boolean Logic

- Online download and upload program

- Library management

• Unity programming languages are introduced with a brief look with Ladder Logic

programming (timer, counter, comparison, convert, calculation, and function block)

PLC M221 and HMI


TM221CE40R PLC M221, 24 DI, 16 DO Relay 1 TM3TI4 PLC Module, 4AI 1

TM3AQ4 PLC Module, 4AO 1 XB7EV03MP Pilot Lamp, 220 VAC, Green 3

XB7EV04MP Pilot Lamp, 220 VAC, Red 3

XB7EV05MP Pilot Lamp, 220 VAC, Yellow 3 ABL2REM24045H Power Supply 24VDC, 4.5A 1

XB7NA31 Push Button, 22 mm, NO 3 XB7NA42 Push Button, 22 mm, NO 3

XB7ND21 Selector 2 Position 3

HMIGXU3512 HMI, 7", Colour, Serial and Ethernet, USB 1 TCSESU053FN0 Connexium Switch 5 Port, 10/100Mbps 1

A9F74206 MCB 6A, Type C, 2 Pole 1


• PLC introduction

• Understanding basic communication principal

• Basic programing

• Animation & configuration

• Introduction of HMI & Scada

• Alarm & trending



Sensor


XUK5APANL2 Photoelectric, Diffuse, NO, PNP 1

XUK1APANL2 Photoelectric, Reflex, NO, PNP 1

XUK2APBNL2R Photoelectric, Thru beam, NC, PNP 1

XUK2AKSNL2T Photoelectric, Thru beam, NO, PNP 1

XUZC50 Reflector 1

XS112BLPAL2 Proximity Inductive, NO, PNP 1

XT118B1PAL2 Proximity Capacitive, NO, PNP 1

XCC1406PR01K Rotary Encoder, 100 Point, Push Pull 1

XCMD2110L1 Limit Switch 1

XCMD2115L1 Limit Switch 1

ABL2REM24045H Power Supply 24VDC, 4.5A 1

XX930A1A1M12 Ultrasonic Sensor 1

XZCP1241L5 M12, Female Elbowed connector, dengan kabel 5 M 1

XB7EV06MP Pilot Lamp 24V VDC Blue 2


o Introduction of Sensors.

o Explain the principles of operation of the main types of sensors.

o Utilise the merits of various types of sensors for a wide range of applications (Sensor

application on the control system).



Learning Objective

• Industrial communication protocols

• SCADA Application

• Augmented Reality for Operator

SCADA Application



BMEXBP0400 4 slots Ethernet backplane 1

BMXCPS2000 Standard AC Power Supply 1

BMEP582040 M580 CPU level 20 - DIO & RIO 1

BMENOC0301 EthernetIP & Modbus TCP module 1

BMEXBP0800 8 slots Ethernet backplane 1

BMXCPS3500 High Power AC Power Supply 1

BMECRA31210 RIO Drop E/IP Perf on Ethernet 1

BMXDDI1602 Dig 16I 24 Vdc Sink 2

BMXDDO1602 Dig 16Q Trans Source 0.5A 1

BMXDRA1605 Dig 16Q Relays 1

BMXAMI0410 Ana 4 U/I In Isolated High Speed 1

BMXAMO0410 Ana 4 U/I Out Isolated 1

BMXFTB2010 Screw terminal strip 20 cir. points 6

STBNIP2311 Dual-port Erthernet MB/TCP NIM Standard 1

STBPDT3100K 24VDC PDM STANDARD KIT CONNS,BASE 1

STBDDI3725KS 24VDC IN 16PT BASIC KIT SCREW,BASE 1

STBDDO3705KS 24VDC OUT 16PT BASIC KIT SCREW,BASE 1

HMIST6500 10"W basic operator terminal 1

HMISTU855 HMI, 5.7 Inch, Colour 1

VJDSNDTGSV62M Vijeo Designer HMI Software 1

TCSESM043F2CU0 CONNEXIUM MANAGED SWITCH 2TX/2FX-MM 2

TCSESU083FN0 Connexium Switch 8TX, 10/100Mbps 2

CEXSPSEZXEPMZZ CTRL EXPT XL WITH M580S EDUC ENTITY LIC 1

CT109923 SCADA Box with USB key 1

CT101112 SCADA Full Server, 500 points 1

ATV930U07M3 Altivar 930, 0.37KW, 220 VAC 1

TM221CE40R PLC M221, 24 DI, 16 DO Relay 1

TM3TI4 PLC Module, 4AI 1

TM3AQ4 PLC Module, 4AO 1



Module 2A: Industrial communication protocols, Scada and application




• Introducation to PLC

• PLC Hardware & Software

• IEC 61131-3 Programming Languange

• Ladder Diagram Programming

• Basic and Advanced Function Block

• Analog Configuration

• Introducation to HMI

• HMI Software, Configuration, & HMI Variable

• Command and Control

• Alarm and Trending

• Security

• SCADA Configuration

• Case Study

IoT Box Trainer

Reference Description Qty ABL8REM24050 Power Supply, 24VDC, 5A 1

M262L20MESE8T PLC M262 1 TM3DM8R MODULE TM3-8 IO RELAYS 1

TM3TI4 MODULE TM3-4 INPUTS TEMPERATURE 1 TM3AQ4 MODULE TM3-4 ANALOG OUTPUTS 1

HMIBMIEA5DD1E01 IIoT Edge Box Smart eMMC DC Win 10 1

AOARM1CZMSPMZZ Augmented Operator RT Perf Level 1 1 HMIPELCZLSPAZZ Vijeo XD Pro i-License (email) 1


• PLC Hardware & Software

• Remote IO Programming



PAC M580 Redundant


BMEXBP0602 6 slots Ethernet backplane, redundant power supply 2

BMXCPS4002 Redundant AC Power Supply 4

BMEH582040K Hot Standby CPU Kit 1

BMENOC0301 Ethernet Module 2

BMEXBP1002 10 slots Ethernet backplane, redundant power supply 1

BMXCPS4002 Redundant AC Power Supply 2

BMECRA31210 RIO Drop E/IP Perf on Ethernet 1

BMXDDI1602 Dig 16I 24 Vdc Sink 2

BMXDDO1602 Dig 16Q Trans Source 0.5A 1

BMXDRA1605 Dig 16Q Relays 1

BMXAMI0810 Analog Input 8 Channel 1

BMXAMO0410 Analog Output 8 Channel 1



STBNIP2311 Dual-port Erthernet MB/TCP NIM Standard 1

STBPDT3100K 24VDC PDM STANDARD KIT CONNS,BASE 1

STBDDI3725KS 24VDC IN 16PT BASIC KIT SCREW,BASE 1

STBDDO3705KS 24VDC OUT 16PT BASIC KIT SCREW,BASE 1

HMIST6500 HMI, 10.4 Inch, Colour, Dual Ethernet 1

CEXSPSEZXEPMZZ CTRL EXPT XL WITH M580S EDUC ENTITY LIC 1

HMIPELCZLGPAZZ Vijeo XD Professional Group, Email 1

TCSESM083F23F1 ConneXium Extended Switch 8TX 2

ATV930U07M3 Altivar 930, 0.37KW, 220 VAC 1




o Introduction to PAC M580. o Hardware Configuration for Redundant.

o Software Configuration for Redundant.

o Programming PAC M580. o Remote IO Programming. o Distributed IO Programming. o Communication Redundant. o Testing Redundancy.

o HMI Software, Configuration, and HMI Variable.

o Case Studies.



Augmented Reality Operator Panel


ABL8REM24050 Power Supply, 24VDC, 5A 1

M262L20MESE8T PLC M262 1

TM3DI16 MODULE TM3-16 INPUTS 1

TM3DQ16R MODULE TM3-16 OUT RELAYS 1

TM3TI4 MODULE TM3-4 INPUTS TEMPERATURE 1

TM3AQ4 MODULE TM3-4 ANALOG OUTPUTS 1

HMIBMIEA5DD1E01 IIoT Edge Box Smart eMMC DC Win 10 1

HMIYMINWIFI2 Interface Wifi access point+ 2x antennas 1

AOARM1CZMSPMZZ Augmented Operator RT Perf Level 1 1

AOABM3CZMSXMZZ Augmented Operator Builder Performance 1

HMIPELCZLSPAZZ Vijeo XD Pro i-License (email) 1

ESECAPEZZEPMZZ Machine Expert Software - Education 1

HMIST6500 10”W Basic HMI 1

ATV320U02M2C ATV320 0,18KW 200V 1PH COMPACT CONTROL V 1

VW3A3616 ELECTRONIC OPTION CARD ETHERNET TCP/IP A 1

VW3A3600 COMMUNICATION ADAPTER CARD FOR ATV320C 1

A9F74216 ACTI9 IC60N 2P 16A C MINIATURE CIRCUIT B 1

A9F74210 ACTI9 IC60N 2P 10A C MINIATURE CIRCUIT B 1

A9A26924 ACTI9 IOF 240-415VAC 24-130VDC OC CONTAC 1

A9MEM1522 ACTI9 POWERTAG 1PN DOWN MAX 63A ENERGY S 1

A9XMWA20 CONCENTRATEUR SANS FIL VERS TCP/IP 1

RXM2AB2BD MINIATURE RELAY LED 2C/O 24VDC 2

RXZE2S108M SEPARATED CONN SOCKET FOR RXM2 2

RXG22BD 2CO 5A RELAY LTBLED 24VDC 2

RGZE1S48M 2CO Separate terminal socket with clamp 2

NSYCVF38M230PF Filterfan 38m3/h 230V IP54 1

NSYCAG92LPF Outlet Grid cut-out 92x92mm 1

NSYCCOTHO Sim.Thermostat(NO Vent.) Blue(C) 1

XVMB2RAGSWSB 1 STAGE 24 V, LED, RED, 1

XB5S2B2L2 BIOMETRIC SWITCH, 1 MOMENTARY, CABLE 2 M 1

XB5FA31 Push Button, Green, Flush 1

XB5FA42 Push Button, Red, Flush 1

XB5FVB6 Pilot Lamp 24 VDC, Blue, Flush 1

XB5AS8442 Emergency Push Button 1

XB5FK123B5 Iluminated Selector Switch, Green 1

XCKW141 Wireless Limit Switch 1

XB5RMA04 Wireless Push Button 1

TM1SHTCC4 Temperature Sensor 1

XUK5APANL2 Photoelectric, Diffuse, NO, PNP 1

ZB5RTA3 TRANSMITTER SPS HEADZB5 CAPS. GREEN 1



ZBRN1 SPS TRANSCEIVER FOR OPEN PROTOCOLS 1

ZBRCETH Modbus/TCP sps module 1

XB5KSB ILLUMINATED Buzzer 24VACDC 1

XB5PUSB3 USB 3.0 INTERFACE A-A CONNECTION TYPE 1

XB5PRJ45 RJ45 Interface 1

TCSESU083FN0 CONNEXIUM SWITCH 8TX 1


o Augmented Operator Advisor (AoA) Concept. o Wireless Application (Sensor and Power Tag). o Ethernet Application.

o Develop AoA Application.

o Running AoA Application. o Testing AoA Application.



Learning Objective 1. Mass customization

Industries today have to be capable of responding to the growing consumer need for customization:

o They are faced with variable market conditions, particularly in terms of availability of resources.

o At the other end of the chain, consumers can now access unlimited supply in real time, wherever they

are. Where products have previously been standardized, the need going forward is to be capable of

meeting very precise, custom requirements.

2. Energy transition

The energy transition is now an integral element of industrial performance. Energy costs have a major impact on production costs. Added to this are the difficulties associated with access to energy, as well as the environmental considerations related to reducing carbon footprints.

3. More sophisticated products with new uses and functions

Innovation and new technological capabilities offer an opportunity to regain market share and differentiate offerings through more innovative, higher end products. This is also the ideal time to transform product uses and sometimes even to develop new business models.

A rise in the standard of new products therefore represents an ideal rebranding opportunity in an evolving marketplace.

4. Innovation and operational excellence

One of the challenges facing the Industry of the Future is to shorten the product life cycle, from initial

design through to launch, yet still delivering the highest level of quality. This means that heads of industry need to:

Invest heavily in R&D

Improve the flexibility of manufacturing tools

Train operators in new production methods in short, become smarter and more agile.

5. Widespread adoption of digital technologies as a means of shaping

industry

New technologies offer opportunities to reinvent manufacturing and pave the way for new industries founded on:

The digital revolution: embedded sensors, connected machines and products, Internet of Things, virtualization

New materials: composites, nanomaterials, etc.

New production techniques: additive manufacturing, cobots, augmented reality, etc.

Module 1A: Industry 4.0



Industry 4.0 Production Line


MD1AESM18 BASE INSERTION STATION WITH M580 PLC 1

MD1AESM28 BEARING STATION WITH M580 PLC 1

MD1AESM38 PRESS STATION WITH M580 PLC 1

MD1AESM48 SHAFT STATION WITH M580 PLC 1

MD1AESM58 COVER STATION WITH M580 PLC 1

MD1AESM68 SCREW STATION WITH M580 PLC 1

MD1AESM78F ROBOT STATION WITH M580 PLC 1

MD1AESM88 WAREHOUSE STATION WITH M580 PLC 1

MD1AESM98 OVEN STATION WITH M580 PLC 1

MD1AESM108 CONTROL STATION WITH M580 PLC 1

MD1AESMM MANUAL STATION WITH PLC 1

MD1AESPICK SMART PICKING STATION 1

MD1AESMO1PLP PLP BASE OPTION STATION 1

MD1AESMO2PLP BEARING STATION OPTION PLP 1

MD1AESMO4PLP STATION AXES OPTION PLP 1

MD1AESMO5PLP PLP OPTION HOOD STATION 1

MD1AESMO7PLP ROBOT STATION OPTION PLP 1

MD1EXGEN500 Commissioning and training (1d) PLP 4

MD1ACPCSS PC Serveur supervision preinstalled (wo/ application) 1

MD1AESSUP Supervision Assembly Line 1

MD1ABCDWSP WSP Software with commissionning 1

MD1EXGEN500 Commissioning and training (1d) SUPERVISION 4

MD1AESSUPM MES assembly line 1

MD1AESMRA Augmented reality for assembly line (with tablet) 1

MD1EXGEN500 Commissioning and training (1d) AR 2

MD1SIMAESM1 3D Simulation RV Station 1 1




MD1SIMAESM8 3D simulation station RV 8 1

MDSIMURIA100 Operational part simulation software 1 licence 5

MD1ACPCVRL PC Gamer for VR and headset VR 1

MD1EXGEN500 Commissioning and training (1d) VR 2



Industry 4.0 Line Station General Description:

Station 1: Base Feed Station

Station 2: Bearing Mounting Station

Station 3: Hydraulic Press Station

Station 4: Shaft Mounting Station

Station 5: Cap Mounting Station

Station 6: Screw Insertion Station

Station 7: 5-Axis Robot with Protective Cover Station

Station 8: Storage Station (Palletizing)

Station 9: Paint Drying Station

Station 10: Quality Control Station



Smart Energy

Low Voltage Distribution

LV Switchborad + PLC

Reactive Energy Compensation

Power Supply & Protection

Medium Voltage + Transformers

MV Panel

Haptic Virtual Reality

Transformer

Compact Substation

To be announce

Interactive City Grid

City Grid Box

Module 4E

Module 3E

Module 2E

Module 1E



Learning objective

• Analysing the functions of a main LV switchboard. • Identifying the constituent elements. • Executing work to put into service and maintain a main

• LV switchboard. • Configuring and parameterising the communication network.

• Wiring an output. • Tagging out an output. • Implementing a reactive energy compensation system. • Studying an inverter. • Preparing for electrical accreditation.

Low Voltage Distribution



MD1AA780SO Main LV switchboard cabinet with Modicon M221 for vocational training 1

MD1AA780MR Main LV switchboard cabinet with Modicon M340 for vocational training 1

MD1AA739 Reactive energy compensation case for main LV switchboard cabinet for

vocational training 1

MD1AA789 Power supply and protection case for main LV switchboard cabinet with M221 PLC 1

Module 4E: Low Voltage Distribution



Learning objective

o Finding out about a MV installation and its various components.

o Identifying risks.

o Operating and handling a MV structure.

o Finding out about the various types of cut-off device.

o Executing maintenance operations (fuses, etc.).

o Applying the safety requirements set out in.

o Preparing for MV accreditation.

Medium Voltage + Transformers



MDGHTA2IMQMIS MV cell with 2 IM + 1 QM + accessories + putting into service 1

MDGHTATRF 100 KVA teaching transformer 1

MDGHTATGBT Main LV switchboard with plug-in circuit breaker + 3 outputs + cables 1

MDGHTAHBLIS Locking device for Habilis cabinet 1

MDGHTAINJ Primary/secondary injection case 1

SI-IA Medium voltage Installation using Haptic Virtual reality 5

Module 3E: Medium Voltage + Transformers



Learning objective

o Preparation of the operations of realization, commissioning, maintenance.

o Setting up, assembly and wiring of different systems.

o Modification of existing educational equipment to enable them to communicate.

o Installation of a communication network layer between equipment and supervision

system.

o Study and implementation of different pre-configured consumption/production

scenarios in a grid.

o Understanding interactions and associated consequences.

Interactive City Grid



MDGCGCITY CITYGRID 5 Zone control stations + 1 Supervision Station 1

MDGCGSIMURESI CITYGRID Residential Simulation Box 1

MDGCGSIMUBUILD CITYGRID Tertiary Simulation Box 1

MDGCGSIMUIND CITYGRID Industry Simulation Box 1

MDGCGSIMUINFRA CITYGRID Infrastructure Simulation Box 1

MDGCGSIMUENR CITYGRID Energy Simulation Box 1

Module 1E: Interactive City Grid



Software Simulation of City Grid

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