Educational solutions from Schneider Electric

Technical education

Educational solutions Catalogue 2013 - 2014

Learning a job is fine. Learning the future is better. In the future, today's businesses are going to evolve into an overall expertise that covers all types of energy. For those working in, this represents both a real challenge and a stimulating opportunity. In the field of electricity, the desire to save energy and concerns about saving the environment will encourage those working in the industry to re-think the very heart of their business. They are about to enter a new era, an era of energy management. To anticipate and support this evolution, Schneider Electric is bringing to industry both its experience in training and its role as an energy management specialist. Training has always been a major concern for Schneider Electric. Considered a permanent process from initial training through to ongoing professional development, training supports men and women as they prepare to manage their futures. This policy relies above all on a requirement for excellence, the very excellence that has created the reputation of our products: the quality of teaching materials, skilled trainers, effective support and an international dimension. Every year, 40% of our offer is enhanced to stay at the cutting edge of technologies and keep ahead of expectations. This excellence has enabled Schneider Electric to currently be a major player in the area of training. We train almost 500 teachers annually in close collaboration with the French Ministry of National Education. 10,000 students attend our courses annually with a satisfaction rate of 98%. Our teaching solutions are used in more than 40 countries. Schneider Electric's commitment to training is based on the company's vision of bringing secure, reliable, efficient, productive, clean, connected energy within everyone's reach. Our solutions, therefore, place a major emphasis on energy efficiency: measurement, smart equipment, new energy sources, energy diagnostics, electric vehicles, etc. They provide students and professionals with the resources to develop their skills in all of the areas to which energy management applies, such as: industry, buildings, homes, infrastructure and data centers.

Thierry Ruard Director of Training and Educational Solutions

When it comes to training, Schneider Electric believes that: the best investment is the development of human competency.

Find out more at: www.schneider-electric.fr at the Products and Services tab > Training > Education

The Electrical engineering program offer Model and prototype in the electrical engineering program A prototype is an implementation that obtains and verifies the main characteristics of a system, even if the technical solutions used are not the same as those that will be implemented in the industrial system. Models of systems are the result of a combination of existing components that can be assembled by temporary means or not, and set, configured or programmed depending on the specifications and student proposals.

Energy efficiency improvement model with the help of standard components of speed variation

Energy management model carried out using programmable electronic components

Systems for the teaching of the technological innovation and eco-design specialties

Charging terminal for electric vehicle

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Brushless case

Educational solutions catalogue 2013-2014

Wiser offer

www.schneider-electric.fr

Structure of the catalog To help you in your choice, this catalog offers different sections: High and low voltage electrical distribution management. You're looking for a system that can perform medium or low voltage distribution, earth connectioning diagrams, protection selectivity and electrical authorization.

Building management You're looking for a solution to safely implement an electrical installation for a building and small service industry

Global management of energy Your research concerns systems that enable the treatment of renewable energies and manage energy

Processes and machines management @ Industrial control and machine safety: You're looking for solutions to study the basic components of automated systems and machinery safety. @ Drive and motion control: Your research concerns speed variation systems for synchronous, brushless and asynchronous motors. @ Industrial automation and communication: Your research concerns solutions to understand programming and communication between systems. @ Automated systems: You're looking for solutions so as to implement of automated systems or production lines.

products and services

Indispensable tool complementing the catalog, the France website, training section: www.schneider-electric.fr


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Contents 1- High and low voltage electrical distribution management

2- Building management

3- Global management of energy

4- Processes and machine management

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Pages

Educational solutions

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Medium voltage switchboards Communicating low voltage switchboard, energy management switchboard Low Voltage Switchboard for professional school IT system cabinet and distribution boards IT system with fault search Earthing diagram (ED) benches Protection selectivity bench Qualification test-bench Habilis system Valhabilis Additional electrical certification case for the Habilis system Securis case Residential and small service industry offer KNX modular offer KNX case KNX panel Minibat: instructional mini building KNX pack Odace radio frequency discovery kit Alvidis case Addressable fire security bench VDI 19’’ pack BAES Dardo Plus case HD network camera, PELCO security imaging pack Modular offer and kit for the modeling and prototyping Instruction of the energy efficiency of buildings Energy management solutions applied to industry areas Modular offer for residential and small industries energy efficiency KNX modular energy efficiency offer Wiser kit, RT2012 application iRio telemeter modular offer Energy efficiency case Ventilation system Solar modular offer Instrumented solar panel bench Soleolis: solar panels and wind turbine SolEzy bench Tube solar water heater Solar water heater Lubio system Didalub: management of public lighting Heating control bench Development of the LV switchboard into the energy management switchboard Compensation of reactive energy bench Harmocem: electromagnetic disturbances Harmotris: three-phase network harmonic interference bench Minharmotris: harmonic interferences in three-phase installation Load terminals for electric vehicles Smart Grid application Photovoltaic installation, isolated and non-isolated site Vizelia offer Energy efficiency case Containment cabinet Industrial component wiring bench Motor starter packs Motor starter modular offer Training motors Motor starter bench Machine security modular offer Detection workshop Measurement and control bench ZigBee case Wireless, batteryless button pack and biometric button Speed controller and starter packs Educational controllers



4- Processes and machine management

5- Products and services

Pages

Educational solutions

85 86 87 88 89 90 91 92 94 95 96 97 100 100 101 102 104 105 106 107 108 108 109 110 111 112 113 113 114 115 118 118 119 119 120 121 122 123 124 125 126 127 128 129 130 131 132 134 136 137 138 139 140 141 142 143 144 145 148 150 152 152 153 154 156

Controller case Load bench Altivar speed controller training bench Powder brake speed controller bench Altivar 32 case Brushless motor case Axis X and Z test bench, asynchronous motor with flux vector control Axis Z test bench, synchronous or asynchronous servo-motor Mini hoisting system, ML03 cable winch Vertical displacement load test bench, SL02 cable winch SL71 lifting application test bench guidance by flux vector control Swing control system, SLT01 suspended load TSXBT control desk HMI case PLC packages Training PLCs Automation modular offer Automation modular offer, operative part RFID modules, card game RFID case RFID package Human - machine dialog pack ZELIO - GSM / Ethernet / Modbus pack Bac Pro wiring base plate, intermediate certification Didaflex baseplates Communication case Comsi case Communications case for teaching 3D simulator Industrial shrink wrapper simulator Zelio case Traffic management Lift Hanged cage surface treatment equipment Numerical axis Nivoreg: process control bench Xylophonis: Brushless axis 2-axis laser machine Pneumatic manipulator with rotary base 5 axis manipulator Formatris: automatic part sorting system "Pick and place" system Tapiris: Sorting belt Vision system, suitable for Tapiris or PLC Percetris: Automated machining system Hoist elevator Overhead gantry crane Productis: Integrated production system Industrial shrink wrapper packaging machine Industrial packing machine Industrial filler /screwer machine Accumulation table industrial machine Flexible packaging line Flexible dosage line Hydrolis: hydraulic unit Hydraulic lift Air treatment unit Air source heat pump Design and operation of MV/LV networks laboratory Renewable energy and energy management laboratory Our publications Services Website Index by name Index by reference


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High and low voltage electrical distribution management

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High and low voltage electrical distribution management Medium voltage switchboards ......................................................................................................8 Communicating low voltage switchboard n .................................................................... 10 Low voltage switchboard for professional school .......................................................... 12 IT system cabinet and distribution boards ........................................................................ 13 IT system with fault search n ..................................................................................................... 14 Earthing diagram (ED) bench ..................................................................................................... 16 Protection selectivity bench ........................................................................................................ 17 Qualification test-bench n .......................................................................................................... 18 Habilis system ...................................................................................................................................... 19 Valhabilis n ........................................................................................................................................... 20 Additional electrical certification cabinet for the Habilis system n .................. 20 Securis case ............................................................................................................................................ 21

Products complying with the provisions of of the European Directives Compliance report available on request All our products are delivered with: @ hard copy of the technical manual and practical exercise book @ a CD with the same documents in a PDF format and the PLC applications


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Medium voltage switchboards Educational objectives @ To discover and implement the equipment of an MV installation. @ To learn the logging procedures. @ To operate and maintain an MV installation. @ To understand the C18-510 safety requirements.

Electrical and mechanical features @ Power supply: Simulation of the MV by a 400 V three-phase + Neutral + Earth @ Dimensions (H x L x D) - weight: _ IM, QM units: 2380 x 375 x 940 mm - 130 kg _ DM1A modular unit: 2380 x 700 x 940 mm - 400 kg _ transformer: 960 x 670 x 1135 mm - 550 kg

Presentation of the kit This equipment is intended to train on medium voltage, identify risks and develop interventions and procedures for medium voltage installations (modular units, transformers, low voltage switchboards, etc.). This equipment, implemented according to customer specifications, enables, according to the configuration: @ identification of the different medium voltage distribution architectures @ understanding the electricity safety aspects needed to operate medium voltage equipment @ discovery of the different types of disconnections @ study of the electrical features of medium voltage equipment: _ features of the equipment _ components constituting a modular unit _ implemented functions _ operating maneuvers _ teaching aid adaptation _ maintenance and recharge operations.

Principal industries @ Training center

Other industries concerned @ Electrical engineering @ Maintenance engineering @ Mechanical engineering

Fuse compartment of the SM6 unit

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SM6 modular unit


Configuration example of a private industrial station

Sepam 20

SM6 switch disconnectors

Transformer

IM/QM offer: @ a switch cubicle unit consisting of: _ a 400 A three phase busbar _ a disconnecting switch and 400 A grounding switch to shutdown and isolate in the SF6 _ a CIT type manual control _ three voltage presence indicators _ three connection pads for a unipolar dry cable. @ a motorized fuse switch combination cubicle unit consisting of: _ a 400 A three phase busbar _ a disconnecting switch and 200 A grounding switch to shutdown and isolate in the SF6. @ a gear motor 48 V CC, CI1 type containing : _ a MX type shunt release, 48 V CC _ an undervoltage trip, 48 V CC _ four contacts, 2 Open 2 Closed on the switch-disconnector _ a set of 3 Soléfuse fuses with a 6.3 A striker _ a grounding switch downstream of the fuses connected to the upstream grounding switch _ MV locking/transfo/LV-type C4 Profalux _ a series 20 Sepam relay. IM/DM1 offer: @ a switch cubicle unit identical to the preceding @ a motorized DM1 circuit breaker unit consisting of: _ a 400 A three phase busbar _ a disconnecting switch and an upstream grounding switch to shutdown and isolate in the SF6. _ a Fluarc type SF1 circuit breaker to cut in the SF6, 400 A caliber _ a circuit breaker control, RI motorized type _ a counter of mechanical operations _ A switch control, CS manual type _ three voltage presence indicators _ MV locking/transfo/LV-type C4 Profalux _ a Sepam series 40, T40 transformer protection. Options: @ a Minera MV/LV transformer, 100 kVA @ a LV switchboard with a sealable circuit breaker @ security accessory kit consisting of: _ a 45 kV reach pole _ a pole to test voltage _ an AF 20B poster (care for those injured by electricity) _ a PR 11 station name plate _ a PR 10 plate on the door _ an insulating stool, 24 kV _ a window box for gloves _ a class 3 insulating pair of gloves _ a block of portable lighting _ 5 kg dry powder extinguisher.

To order UEHGHTAppp : MV units according to customer specifications UEHGTRppp : transformer according to customer specifications UEHGACCppp: security accessories kit Educational solutions catalogue 2013-2014

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distribution.management High and low voltage electrical distribution management

Communicating LV switchboard Energy management switchboard Educational objectives Energy distribution @ To supply the terminal, industrial and small service industry applications with electric energy. @ To manage energy: tariff control and continuity of power supply. Communicate @ To interact with the industrial or small service industry terminal applications (production systems, heating, lighting, fire, intrusion). @ To process the PLC and building information. @ To centralize the alarms and faults on the operator terminal, PC or a web server according to the version. @ To supervise and remotely control the production through an operator terminal, PC, tablet, or web server according to the version. Launch and maintain @ To launch and maintain an operation. @ To perform the measurements. Safety @ To train and assess the electrical skills of the students. @ To analyze the professional risks.

Electrical and mechanical features @ Power supply: 400 V three-phase + Neutral + Earth @ Dimensions (H x L x D) - weight: 2500 x 1400 x 550 mm - 260 kg

Principal industries @ Electrotechnical engineering

Presentation of the kit The LV switchboard or the energy management switchboard enables: @ the distribution and control of electric power on a real installation, @ the performance of enabling tasks with an intervention on a busbar, @ the performance of measurements (I, U, P, S, Q...), @ discover the different industrial technologies used in a low voltage switchboard (inverter, power meter, UPS, automation, load shedding...), @ organize and manage a site, @ modify an installation (add one or more starters), @ compensate for reactive energy. This offer is available in 3 versions: @ standard version MD1AA730PE : _ a normal power supply (through the network) and a power supply backup (through a second network or generating set), _ two fuse disconnectors and isolation components with 100 A visible load break switch, _ two inverter circuit breakers from the motorized source, equipped with an adjustable differential relay, _ a remote automated remote control integrated with an inverter, allowing the transfer of sources according to a configurable sequence to ensure the continuity of optimum service (BA module), _ two Powerclip busbars, _ two RCP phase control relays and a RCU voltage control relay, _ four pre-wired starters: a loadable 4-pole 63 A, a 3-pole 32 A, a rippled single pole 4 A to power the supervisor, _ a Premium PLC (PL7 or Unity version) with web server coupler and developed html pages that enable remote supervision and control. _ a 1 kVA inverter. @ version according to customer specifications UEHGTGBT: _ a normal inverter/motorized backup on the busbar, _ a set of starters and necessary protections upon customer specification (size, possible engine...), _ a power meter, _ a recovery system of the power factor, _ a Twido, Micro, Premium or M340 PLC ensure the centralization of information through a Modbus and/or Ethernet connection, _ a human-machine terminal with touchscreen to configure or view the condition of the installation, _ Supervision software (optional), _ an inverter (optional). @ Energy management switchboard version according to customer specifications UEHGTGE : _ a normal inverter/motorized backup on the busbar, _ a set of starters and necessary protections to be specified by customer (size, possible engine) associated with the new range of energy meters and Acti 9 and Acti 9 Smartlink modular devices, _ a iRio PLC linked to its software (optional reading of information on a tablet or smartphone), _ a recovery system of the power factor.

low voltage switchboard according to customer specifications

Controller module of the energy management switchboard

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Cabinets capable of being linked to the low voltage switchboard The heating cabinet UEHGAA665CH consists of: @ Prisma Plus enclosure equipped with a transparent door, @ a 4-pole 32 A general switch, @ Bipolar circuit breakers equipped with auxiliary contacts, @ A communication interface with the low voltage switchboard or the Energy Management Panel, @ heating management through the KNX bus. The lighting cabinet UEHGAA665ECL consists of: @ Prisma Plus enclosure equipped with a transparent door, @ a 4-pole 32 A general switch, @ three 4-pole circuit breakers for the protection of the different lighting circuits, @ a bipolar circuit breaker that protects the power supply and the outputs from the PLC or the communication device with the energy management panel, @ ten bipolar circuit breakers for the protection of the different lighting circuits, @ ten bipolar remote switches enabling the launch of the lighting zones. @ a Twido PLC for the remote management of the lighting zones through the Modbus/Ethernet network (if Twido) or ZigBee (if energy management panel), @ a junction box to the Modbus network (if Modbus network is used), @ the terminal blocks and junction splitters to the different lighting circuits.

Low voltage switchboard (standard)

The Twido or Micro interface box UEHGAA665INT consists of: @ an enclosure equipped with a transparent door, @ a remote controlled iC60 Reflex type 4-pole circuit breaker, @ a bipolar circuit breaker that protects the power supply of the PLC, @ a Twido or Micro PLC enabling the remote launching of a system through the Modbus/Ethernet network (only for the TGBT), A measurement kit MDGIRIOME can be proposed to reduce the information of the systems to be connected to the energy management panel (power, ZigBee communication module and energy meters to be installed in the system). Each low voltage switchboard/energy management panel comes with the RT 2012 guide "Analysis and Solutions" along with a white leaflet on energy efficiency.

Heating box

Lighting box

To order MD1AA730PE: Standard version low voltage switchboard MD1AA739: compensation cabinet for the standard version UEHGTGBT: low voltage switchboard according to customer specifications UEHGTGE: energy management switchboard according to customer specifications UEHGAA665ECL: lighting box UEHGAA665CH: KNX heating box UEHGAA665INT: Interface box MDGIRIOME: measurement kit Educational solutions catalogue 2013-2014

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LV switchboard for professional school teaching Teaching Objectives @ To study the hardware of a main switchboard. @ To control distribution. @ To manage energy.

Electrical and mechanical data @ Power supply: 400 V 3-Ph + ground @ Size (H x W x D) - weight: 2310 x 1000 x 530 mm - 214 kg

Main industry @ Electrotechnical engineering This cabinet contains: @ a main power supply, @ a residual current device at the head and a switch-disconnector with visible breaking, @ a busbar, @ a measurement unit equipped with a configurable alarm device, @ an emergency stop device on the cabinet and the possibility of remote installation of at least one other emergency stop point, @ feeder control using ON/OFF pushbutton + indication, @ connection of power supplies and feeders at the back of the cabinet, @ cabinet access from the front and back (for exercises and accreditation), @ a light beacon at the top to indicate power on, @ safety devices conform to current standards.

Package description This cabinet is used to: @ perform cabling and accreditation tasks with intervention on busbars, @ take measurements (intensity, simple and composite voltages, active, reactive and apparent power, power factor and phase order), @ take measurements using an oscilloscope and hook-on ammeter, @ distribute electrical energy on 6 separate feeders. It can be supplied in a mounted, non-cabled version delivered with an accessories kit to carry out cabling operations. Proposed as an option: @ accessories batch (wires, tags, cable ends and sheaths), @ tooling batch (screwdriver, clamps, allen keys). In the workshop, the cabinet will be used to supply: @ systems separately, @ the spatial production area (3D cells), @ the panel-builder’s workstations, @ a lighting area, @ the cabinet cabling stations, @ the “study” zone with the microcomputers.

To order Un-wired rear face

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MD1AA720 : cabled LV switchboard MD1AA720NC : non-cabled LV switchboard MD1AA728 : accessories kit MD1AA728P4 : accessories kit (Q = 4) MD1AA729 : tool kit Educational solutions catalogue 2013-2014


IT system cabinet and secondary distribution boards Teaching Objectives @ To be used with the teaching LV switchboards to explore the different workshop architectures. @ To create an IT isolated operation system. @ To have additional electrical distribution feeders. @ To exchange information by Ethernet. @ To create the links with a networked LV switchboard cabinet.

Electrical and mechanical data IT system enclosure @ Power supply: 400 V three-phase + neutral + ground / <10 kVA @ Size (H x W x D) - weight: 1400 x 645 x 440 mm - 200 kg Tertiary or system distribution board @ Power Supply: 400 V three-phase + neutral + earth / <23 kVA @ Size (H x W x D) - weight: 645 x 480 x 250 mm - 18 kg

Main industry @ Electrical engineering

Package description IT system cabinet This equipment is an electrical distribution cabinet equipped with four castors. It is used to demonstrate, through an IT isolated operation system, the principle of continuity of service for an installation as well as associated maintenance methods. It includes: @ a 400 V/230-400 V 10 kVA three-phase transformer allowing an IT type earthing system (neutral isolated from earth) to be created, @ three-phase feeders protected by 10 A circuit breakers, for connecting various other devices, @ a TR22 permanent insulation monitor (PIM), to cover the principle of continuity of service of an installation as well as maintenance methods. The tertiary and industrial distribution boards are Prisma Plus modular switchgear enclosures. Each enclosure is equipped with a master switch with external lock. The industrial distribution board is equipped with two 2-pole circuit breakers and four 3-pole circuit breakers, to protect the power supply of industrial systems (machines, operating parts, etc.). The tertiary distribution board is equipped with six 2-pole circuit breakers to protect the power supply of tertiary systems (lighting, sockets etc.). These three cabinets (IT cabinet, industrial and tertiary distribution boards) are equipped with a Twido PLC centralising the state of the different feeders through the circuit breakers (open, closed or tripped). This information can then be sent to a concentrator PLC in a main LV switchboard via the Ethernet network.

IT system cabinet

LV switch board

To order MD1AA700TIT : IT system cabinet MD1AA700TDS : industrial distribution board MD1AA700TDT : tertiary distribution board Educational solutions catalogue 2013-2014

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IT system with fault search Educational objectives @ To present and discover the system (research and analysis). @ To remind the E.D. (earthing diagram) @ To launch the IT system (in conformity with NF C 15-100). @ To connect a feeder to the system. @ To search for an isolation fault. @ To connect a differential to a feeder. @ To configure an insulation monitoring device. @ To configure the communicating systems. @ To communicate with an ETG100 module. @ To use monitoring software (optional).



Other industries concerned @ Electrical engineering @ Industrial science and technology industries

Presentation of the kit The isolated neutral is the solution ensuring the best continuity of service in operation. For this reason, on can find the IT earthing diagram in hospitals (particularly in surgery rooms), the electric grids of airport runways, in mines and premises where there is a risk of fires or explosions, on boats and in all industries where a stoppage of operation would be costly or dangerous. @ The IT cabinet system is made of a Prisma P type cabinet. @ The equipment for improved service continuity consists of a source inverter (EDF source no. 1 and EDF no. 2) enabling the simulation of a loss of voltage along the "normal" source with automatic switching to the "emergency" source. @ The cabinet can be equipped with an optional three-phase inverter with a battery life of 10 min. @ The system is equipped with a 400 V/400 V transformer with a 10 kVA delta/star connection. @ The cabinet is equipped with six feeders for the protection of electronic circuits. @ A permanent insulation monitor communicating with automatic fault search along the 6 feeders enables the recovery of the available information under supervision. @ Each feeder is equipped with a terminal plate for the measurement of current and voltage. @ Screen printing representing the electrical diagram of the cabinet with measuring points for a short circuit current and the potential contact voltage. @ A system of fault simulation is provided on 5 feeders. The selection of the feeder is performed using a switch. @ A simulation system of the second fault with a limitation of the short-circuit (simulation of two types of faults: short-circuit and leakage current).

IT system cabinet

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List practical exercises provided: @ Practical exercise 1: presentation and discovery of the system (research and analysis), @ Practical exercise 2: Reminder on the E.D. (earthing diagrams), @ Practical exercise 3: the commissioning of the IT system (in conformity with NF C 15-100), @ Practical exercise 4: connection of a feeder to the system (measurement), @ Practical exercise 5: find an isolation fault without the "locator" (use measuring devices), @ Practical exercise 6: find an isolation fault with the "locator", @ Practical exercise 7: installation analysis upon the occurrence of a second fault, @ Practical exercise 8: connecting a differential to a feeder, @ Practical exercise 9: configuring an insulation monitoring device @ Practical exercise 10: configuration of the communicating systems (Ethernet, Jbus), @ Practical exercise 11: communication with the ETG100 module (use of the communication page). Use of monitoring software (communication with the XLI module through the ethernet fieldbus gateway) to verify the different addresses of defects and settings. Comments: @ The practical exercises include the "answer" documents for the students and correction for the teacher, @ the monitoring software is not included in the offer, @ the measuring equipment software is not included in the offer, @ the cables necessary for the use of the installation are included.

Practical exercise 6: student document

Practical exercise 6: teacher's document

To order MD1AA710: IT system cabinet MD1AA719: an optional inverter


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Earthing diagram (ED) benches Teaching objectives @ To study the theory of neutral point connection. @ To highlight the basic rules for protection of low voltage distribution in each earthing diagram (neutral point connection). @ To enable automatic detection of a faulty starter unit (version XM200).

Electrical and mechanical data @ Power supply: 400 V (3-phase + neutral + ground) / <4 kVA @ Size (H x W x D) - weight: 1950 x 700 x 600 mm - 152 kg


Other industries

Package description This bench demonstrates the reasons for decrees, regulations and the standards in force for the protection of persons in the various earthing connection diagrams (TN, TT and IT regimes). It contains 2 working faces: @ one face to study the TN and TT regimes, @ one face to study the IT regime. Each face includes: @ a distribution architecture diagram on each side, @ three single or 3-phase receivers (represented diagrammatically and simulated by charges installed in the bottom of the bench), @ protection by thermal magnetic or differential circuit breakers, @ differential switches and contactors, @ power resistors in the base of the bench connected to safety sockets, @ a set of flexes with safety plugs, @ a permanent insulation monitor for IT status (IM20 or XM200). The permanent insulation monitor is used to measure overall mains resistance and its earth capacity. In version XM200, XD301 sensors built into the structure are used to detect faults automatically.

@ Civil engineering @ Mechanical engineering Version IM20 has an optional kit with clips-on ammeter, an XGR leakage current generator and an XRM receiver to complete fault study and detection.

Bench XM200 IT face

Bench TT TN face

Search kit

To order MDG99603 : version XM200 MDG99605 : version IM20 MDG99609 : fault search kit for IM20

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Protection discrimination bench Teaching objectives @ To understand how thermal magnetic circuit-breakers work (tripping curves and breaking capacity). @ To implement discrimination between upstream and downstream protection. @ To understand the causes and effects of short-circuit currents.

Electrical and mechanical data @ Power supply: 230 V single phase + ground / <3.2 kVA @ Size (H x W x D) - weight: 1950 x 700 x 700 mm - 150 kg


Package description The training bench for studying discrimination between protective devices in low voltage distribution systems demonstrates the notions of current and time discrimination. It promotes understanding of: @ how to use an adjustable residual current relay with separate current transformer, @ the causes and effects of short-circuit currents, how to calculate them and select the appropriate protection, @ the operating principles and characteristics of a thermal magnetic circuit breaker, @ using and tracing a tripping curve for a given rating, @ the simulation of situations of total discrimination, partial discrimination and non-discrimination, @ the study of the notions of discrimination on 2 or 3 stages and their consequences and effects on an installation, @ the choice of earth fault loop impedance by induction coils of controllable values, @ the simplified presentation of breaking by a very low voltage electric arc and limitation of short-circuit current.

Other industries @ Civil engineering @ Mechanical engineering The bench is mounted on castors and comprises: @ two independent work surfaces to study current discrimination on one and time discrimination on the other, @ circuit breakers with various tripping curves (B, C or D), @ a set of safety cables, @ a lower part comprising two 220 V / 48 V isolation transformers allowing the faces to be supplied separately and to limit the energy involved when provoking the faults needed for the study, @ a set of self-induction coils, the impedances of which are calculated for current discrimination, @ a rheostat to make a fault current flow for time discrimination, @ a safety device to open the protection panels.

To order MDG99610 : discrimination bench


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Qualification test-bench Educational objectives @ To understand and identify electrical hazards by non-electricians. @ To constitute B0, B1, BR, BS and BE interventions.

Electrical and mechanical features @ Power supply: 400 V tree-phase @ Dimensions (H x L x D) - weight: 1800 x 1100 x 700 mm - 100 kg

Principal industry concerned @ Electrical engineering

Other industries concerned @ Building industry

Presentation of the package This bench was developed by Schneider Electric to prepare for the certification of non- technicians, following the development of standard NF C 18-510. It consists of a service industry side and an industrial side, all mounted on a chassis with wheels. There are two versions: bulk (an already assembled chassis) or cable mounted. It enables training regarding electrical hazards on LV works or installations (BC, BR, BS, BE, B0V, B1N, B1T, B1V, B2N, B2T and B2V accreditations). Operation This equipment is composed of the two sides: @ the housing-service side allows for simple electrical operations; intervention regarding a socket, bulbs and Block Autonomous Security Lighting… This side is equipped with a residential service duct and an EDF mounting plate and modular enclosure, @ the industrial side, which enables work on the exposed parts with voltage (by removing the cover of the distributor), consists of: @ a motor starter box for operation in two directions with a control box, @ an electric motor driving a ball screw that operates two limit switches. This bench enables : @ a connection intervention in the vicinity of the voltage, @ settings and measurement interventions, @ connection and replacement interventions, @ interventions due to a defect on a control and power circuit, @ the commissioning of equipment. Comments : @ the cable mounted version is fully assembled and ready to use, @ the bench in both versions is provided without educational support, @ A VOM and PPE version is ordered under the reference number MD1AA639, @ engine and drive version is available.

Industrial side

Housing-service side

To order MD1AAHABILAV: motor qualification bench and cabled ball screw MD1AAHABILAVNC: motor qualification bench and noncabled ball screw MD1AAHABIL: motor qualification bench and cabled drive MD1AAHABILNC: motor qualification bench and noncabled drive MD1AA639: VOM and PPE batch

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Habilis system Teaching objectives @ To undertake practical exercises relating to tasks requiring electrical skills and complying with UTE C 18-510 regulations. @ To understand the problems of padlocking in industrial systems. @ To carry out maintenance and repair operations in the electrical cabinet. @ To study an industrial system.

Electrical and mechanical data @ Power supply: 400 V DC 3-phase + neutral + ground / 1 kVA @ Size (H x W x D) - weight: _ main cabinet: 2060 x 900 x 650 mm - 165 kg _ operating section: 600 x 600 x 600 mm - 43 kg _ PLC panel: 1150 x 340 x 430 mm - 15 kg


Other industry @ Mechanical engineering

Package description This industrial equipment is designed for applying the regulations, procedures and work methods to qualify for a certificate in electrical hazards skills in compliance with European Community regulations. Based on an industrial kneader model, the equipment is used to study a typical technical system in the food industry implementing a process which may require uninterrupted operation. Main cabinet with control box Mounted on an aluminium rail structure with wheels and stabiliser feet, it includes: @ externally controlled padlocking isolator, padlocking circuit breaker, @ power distribution by busbars protected by a removable screen, @ 24 V AC control and signal circuits, @ three padlocking starter units: _ blade motor starter (Altivar speed controller backed up by a single-phase UPS), _ cover motor starter (reversing contactor), _ heating starter unit, @ freestanding for mounting and wiring an extra circuit. Kneader operating section This small-scale industrial kneader is designed for maintenance operations (sensor adjustment, motor terminal verification) and develops a torque of 3.64Nm at full load. The kneader includes: @ a device to open and close the tub lid, @ a kneading blade, @ heating by electrical elements, @ sensors and detectors required for operation, @ two 90 W motors, (blade rotation and lid opening). PLC panel This is equipped with: @ Magelis operator dialogue panel, @ a TSX Micro (TSX37-22) or M340 PLC for kneader speed and ingredient heating cycle control. NV and PPE kit Optional kit with a multimeter (NV), padlocking device, beacon, tools and personal protection equipment (PPE) (gloves, face guard) to work in compliance with safety standards.

Kneader

Automated system control desk

To order

Enclosure

MD1AA513 : cabinet and control box MD1AA514 : kneader operating section MD1AA516 : TSX Micro control desk MD1AA518 : NV and PPE kit MD1AA516MR : M340 control desk Educational solutions catalogue 2013-2014

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Valhabilis Educational objectives @ To train for level B0, B1, BE, BS, B1V and BR operations following the new NF C 18-510 standard. @ To perform basic tasks at low voltage.

Presentation of the kit This system consists of two complimentary cases, representing an electrical installation. They allow to tackle electrical hazard issues for the non-electrotechnical courses. The first case contains three outputs that are provided with mesuring operations, connections and bulb replacement.

Electrical and mechanical features

The second case supplied by the first one allows the implementation of controls and electrical maintenance using a motor starter.

@ Power supply: 230 V single phase, 10 A @ Dimensions (H x L x D) - weight: _ Electricity distribution case: 450 x 460 x 290 mm - 10 kg _ Motor starter case: 450 x 460 x 290 mm - 12.5 kg

An optional kit contains a non-voltage multimeter (VOM), a logging device, and PPE (Personal Protective Equipment) - insulating gloves and a face guard - can be used to perform operations in compliance with the relevant security standards.

Principal sector concerned @ Mechanical engineering

Other industries concerned @ Civil engineering @ Industrial technology

To order MD1AA630: Valhabilis MD1AA639: Batch VOM and PPE MD1AG630: Valhabilis with batch VOM and PPE

Additional electrical certification case For the Habilis system Educational objectives @ To perform the certification tasks of the BS, B0 and BH level with the Habilis system, following the new NF C 18-510 standard. @ To implement routine operations on low voltage installations.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth @ Dimensions (H x L x D) - weight: 230 x 300 x 120 mm - 2.5 kg (without mounted bulb)

Presentation of the kit ABS case containing: @ a cable gland plate protected by a 10 A circuit breaker that can be replaced by a 2P + Earth, @ a lighting output protected by a 10 A fuse, @ A socket for bulb replacement. A set of five 2P + Earth sockets, a bulb, fuses and two logging devices is supplied separately. Comment: This case be added to the Valhabilis MD1AA630 cases available already on the market, the Habilis system and can also be used alone independently.

Principal industries concerned @ Electrical engineering @ Thermal and HVAC engineering

To order MD1AA638: BS certification case for Habilis

20



Securis case Teaching objectives @ To make students aware of the issue of safety. @ To explain how safety devices (residual current circuit breaker) work to counter electrical and mechanical hazards.

Electrical and mechanical data @ Power supply: 230 V single phase + ground / 40 VA @ Size (H x W x D) - weight: 520 x 380 x 150 mm - 7 kg

Main industries @ Electrical engineering @ Industrial technology

Package description The Securis case is designed to highlight the issue of safety. This educational tool illustrates safety system operation through practice: @ electrical safety, @ machine safety, @ protection of equipment and personnel. Securis is a kit built into a demonstration case with a transparent cover so that all the different components are visible. This enables students to learn how the different products operate and what their role is in the safety circuit. Securis simulates a machine with a safety door which enables the protection functions to be studied in the following contexts: @ power failure and restoration: _ emergency stop circuit, _ automatic power supply. @ opening the cover during operation: _ role of the limit switch, _ machinery directive. @ insulation fault and contact with a live part: _ studying a thermal magnetic circuit-breaker, _ studying a residual current circuit-breaker. Securis includes all the cables needed for its use.

To order MD1VSE1F : Securis case


21

Building management

22

Building management Residential and small service industry offer ...................................................................... 24 KNX modular offer .............................................................................................................................. 26 KNX case n .............................................................................................................................................. 27 KNX panel n............................................................................................................................................ 28 Minibat, instructional mini building n..................................................................................... 29 KNX pack .................................................................................................................................................. 30 Odace radio frequency discovery kit n ................................................................................. 31 Alvidis case .............................................................................................................................................. 32 Addressable fire security bench n ........................................................................................... 33 VDI 19’’ pack ........................................................................................................................................... 34 BAES Dardo Plus case n.................................................................................................................. 35 HD network camera, PELCO security imaging pack n ................................................. 36 Modular offer and kit for the modeling and prototyping n ....................................... 37 Instruction of the energy efficiency of buildings n........................................................ 38 Energy management solutions applied to residence and small industry areas n ............................................................................................................ 39



23

Building management

Residential and small service industry pack offer Teaching objectives @ To study and install the components of a domestic and small service industry electrical installation.

Electrical and mechanical data @ Power supply: 230 V 50 Hz / < 15 A @ Dimensions of storage boxes (H x W x D) - weight: 470 x 430 x 250 mm - 20 kg

Main industry @ Civil engineering

Other industry @ Electrical engineering

Presentation of the entire modular offer The residential and small service industry modular offer allows you to study and install the components of an electrical installation for the residential and small service industry. The offer contains the most commonly used products in the home, adapted for training purposes in box kit form. Three different training kits are available for learning and using the main functions encountered when building electrical installations. These kits are of increasing complexity and complement each other: @ the first kit allows you to create the functions encountered in 1 or 2-room housing, @ the second kit, made up of products supplementary to the first, is used to demonstrate the functions encountered in 3-4 room housing, @ the third kit, also made up of products supplementary to the first two, covers the main functions encountered in a small service industry building. description

DB90 500 mA circuit breaker panel module with tariff meter 1P+N 10 A circuit breaker module - 20725 1P+N 16 A circuit breaker module - 20726 RCD module 1P+N 16 A /30 mA - 20553 RCD module 1P+N 20 A /30 mA - 20554 impulse relay module with built-in function 16 A, 230 V AC - 15518 impulse relay module with central control - 15510+15409 programmable time switch module - CCT16652 modular contactor module 2F 25 A - 15379 Min'clic 1 - 7mm time-delay switch module, 16 A, 230 V AC - 16655 switch-off warning module - 15376 light-sensitive switch module type IC200 - 15284 CDS single-phase load-shedding contactor, 1 channel - 15908 Alcyon 2-way switch - ALB74020 Alcyon single pushbutton - ALB74030 Alcyon simple illuminated pushbutton module - ALB74035 Alcyon double pushbutton module - ABL74080 Alcyon 10/16 A socket module, 2P+E 15 W bulb holder module support frame

1 or 2 rooms 3 ou 4 rooms small service reference industry MD1AM6121 MD1AM6122 MD1AM6123 MD1AM6001 1 3

1

1

MD1AM6002

1

1

4

MD1AM6003

2

2

MD1AM6004 MD1AM6005

1 1

MD1AM6006

1

MD1AM6007

1

MD1AM6008

1

5

4 4 1

4

MD1AM6009

2

MD1AM6010

1 1

MD1AM6011 MD1AM6012

1

MD1AM6013

3

MD1AM6014 MD1AM6015 MD1AM6016

2 6

1

MD1AM6017

2 5 1

MD1AM6018 MD1AMP004 MD1AM000

1

For ease of use, each component is built into a box where each connection is made using safety sockets.

Incoming circuit breaker

24


Circuit breaker and Vigi


Presentation of the pack contents This pack is designed for studying, installing and wiring the components of an electrical installation for the residential and small service industry.

Residential and small service industry pack

quantity 1 1 1 1 5 6 4 2 1 1 1 1 5 2 1 1 1 7 6 3 1 6 50 10 10

2-way switch

Overview

description Opale switchboard for circuit breaker Opale switchboard with 3 rows of 13 modules incoming circuit breaker tariff meter 10 A circuit breaker 16 A circuit breaker 30 mA, 16 A residual current circuit breaker 30mA, 20 A residual current circuit breaker 16 A, 230 V AC impulse relay with built-in function impulse relay impulse relay auxiliary (15510) for centralised control programmable timer switch 25 A 2-pole contactor time-delay switch switch-off warning light-sensitive switch load-shedding device Alombard 2-way switch Alombard pushbutton Alombard illuminated pushbutton Alombard double pushbutton Alombard socket 2P + E 10/16 A Alombard blue flush-mounting box Alombard central socket box kit E27 plug socket

reference 13217 13403 13120 C 1000 20725 20726 20553 20554 15518 15510 15409 CCT16652 15379 15363 15376 16652 15908 ALB74020 ALB74030 ALB74035 ALB74080 ALB74200 ALB71320 ALB71837 ALB68010

To order MDG99120 : residential and small service industry pack MD1AM6121 : 1 to 2-room housing training kit with support frame MD1AM6122 : 3 to 4-room training kit with support frame MD1AM6123 : small service industry kit with support frame MD1AM6126 : all kits MD1AM6121 to MD1AM6123 Educational solutions catalogue 2013-2014

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Building management

KNX modular offer Teaching objectives @ To analyse the functions and principles of a home automation installation on Konnex bus. @ To wire the components. @ To configure the system based on different scenarios.

Electrical and mechanical data @ Power supply: 230 V single phase + E / 200 VA @ Size (H x W x D) - weight: 780 x 650 x 1200 mm - 50 kg

Main industries @ Electrotechnical engineering, energy, home automation

Other industry @ Electronics All these elements are interconnected by the Konnex bus which complies with the international ISO/IEC 14 543-3 standard. Functions are configured using ETS 3 software (included in the kit) installed on a PC. This equipment is designed for studying and installing KNX products.

Package description The KNX bench and kits are used to demonstrate the latest intelligent home solutions: @ building management, @ utility management and control. The kits are made up of the most currently used KNX products. These components are adapted for training purposes in box kit form installed on an aluminium rail. The products included in the kit are used to perform functions such as: @ control of roller blinds, @ control and dimming of lighting, @ control of actuators from pushbuttons. Products comprising the basic bench MD1AM3BA description bus power supply module system coupler module switch actuator module with 4 outputs module with 4 binary inputs 230 V dimming actuator module programmable timer module USB interface module roller blind actuator module Artec dual control module for white roller blind Artec 8-key multifunctional module with IR + faceplate Artec 4-key multifunctional module + faceplate trancent touch-sensitive control module complete movement detector module + faceplate interior presence detector module module with 2 binary inputs support frame two 15 W bulb holders electric roller blind single-phase protection module USB2 programming cable ETS Pro software five ETS Trainee licences

bespoke reference MD1AM3001 MD1AM3002 MD1AM3003 MD1AM3004 MD1AM3005 MD1AM3006 MD1AM3007 MD1AM3008 MD1AM3009 MD1AM3010 MD1AM3011 MD1AM3012 MD1AM3013 MD1AM3014 MD1AM3015 MD1AM000 MD1AMP004 MD1AMP007 MD1AM2001 -

Other modules, not included in the basic bench, are also available.

Output module

Overview

Switch

To order MD1AM3BA: KNX bench

26



KNX case Educational objectives @ To understand and master the control functions of the lighting and rolling shutters with the KNX bus. @ To master the ETS 4 software tool for the design and commissioning of a KNX project. @ To optimize energy consumption through the use of suitable products.

Electrical and mechanical features @ Power supply: 230 V single phase @ Dimensions (H x L x D) - weight: 460 x 340 x 150 mm - 5 kg

Principal industries @ Energy and environment technical high school @ High school engineering science

Other industries concerned

Presentation of the kit This case enables the study and implement the components of an electrical installation for a building industry and small commercial establishment, taking into account the economic and energy management aspects raised by the use of KNX bus system components. This case consists of: @ An on-off lighting control actuator module, @ A lighting variation module, @ a module for a rolling shutter, @ a USB interface module, @ a TCP interface module. The diagram of this case represents an apartment. The rolling shutter is simulated by LEDs. Operation: @ programming use of ETS 4 software via a USB or TCP interface, @ realization of on-off lighting control with white LEDs, @ variation of the control of a 15W bulb, @ implementation of centralized control, @ control of the electric rolling shutter. Comments Provided with ETS 4 Lite software. Case comes with technical documentation, without educational support.

@ Electro-technical industry @ Maintenance industry

To order MD1AVKNX: KNX case


27

Building management

KNX panel Educational objectives @ To understand the building management and the optimal management of energy. @ To implement scenarios similar to a real context. @ To introduce to ETS4 programming.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth @ Dimensions (H x L x D) - weight: Dimensions 400 x 600 x 250 mm - 20 kg

Principal industries @ Energy and environment engineering

Other industries concerned @ Electrical engineering @ Civil engineering

Presentation of the kit This equipment is made up of two educational panels with junction connectors and cards for a 230 V power supply and KNX bus. @ The main panel represents a conference room that assemble applications involving lighting, access control and heating (radiator optional). It includes: name DT40N 1P 10A curve C 6kA Opale enclosure, 2 rows USB-DIN interface 8 aluminum M-PLAN push buttons 2 simple aluminum plates M Plan interior motion detector Actuator 2X230V 10A DALI gateway with web server power supply for 160mA bus Actuator 2X230V 16A 4 X aluminum ARTEC multifunction pushbutton power supply CC 24V 0.4A IP router dimming actuator for light bulb module for aluminum push button M-Plan simple aluminum plate electric keypad latch set of Halogen, compact fluorescent and LED lights

@ The panel application "sun tracking"(1) representing a relaxation area. It includes:

Venetian blinds management panel

name electric Venetian blinds with adjustable strips blinds actuator 2X 10A module for the 2 M-PLAN push buttons aluminum M-PLAN double handle simple M-PLAN aluminum plate multifunction weather station Actuator 2X230V 16A aluminum ARTEC multifunction pushbutton simple ARTEC aluminum plate DT40N 1P 16A curve C 6kA Opale enclosure, 1 row interior motion detector (1) Cannot work except by connection with the preceding panel.

Possibility to develop tablet applications.

Educational radiator Lighting and control access control panel

To order MDG99DOMKNX: a complete set of 2 panels comes with a ETS4 Lite license dongle. MDG99DOMKNXLITE: the access control-lighting application panel comes with a ETS4 Lite license dongle. MD1AMP010: Educational radiator 2kW Non contractual photos.

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Minibat Instructional mini building Educational objectives @ To understand the concepts of energy efficiency. @ To optimize energy consumption through action relating to lighting and heating. @ To configure an installation for the purpose of the optimization of energy consumption. @ To control in an automated manner the necessary lighting and heating.


Principal industries @ Energy and environment engineering @ Electrotechnical engineering @ Digital Electronic Systems engineering

Presentation of the kit MINIBAT is the mini instructional building that provides an example of energy management through the regulation of temperature and lighting. This system enables the discovery, design and implementation of an automated system (heating, lighting, control of motorized opening, access control) where the management and control is done via the KNX bus, standard compatibility and unique interoperability in the areas of automation and technical management of the building. The system enables: @ the discovery of the features and implementation of the operating components on the KNX bus, @ concept discoveries in addressing different equipment (physical addressing of the participants), @ configuration implementation, via the ETS4 software, of the system's components. Minibat is composed of two 2 zones: @ zone 1: light control with halogen spotlights, rolling shutters, presence detector, light dimmer switch... @ zone 2: thermal regulation of theradiator, fan, timer, and temperature sensor... Minibat is controlled using a 7 inch touchscreen. A TCP/IP interface enabling remote control using a PC or a tablet.

Other industries concerned @ Electrotechnical engineering @ Electrical Engineering and Computer Science

To order MDG993EB: instructional mini building


29

Building management

KNX pack Educational objectives @ To analyze the features and concept of an automated installation on the Konnex bus. @ To perform the wiring of the components. @ To implement the system settings according to different scenarios. @ To understand the concepts of energy efficiency.

Principal industries @ The STI2D diploma. @ Electrical engineering

Other industries concerned @ Energy engineering @ Civil engineering

Presentation of the kit KNX solutions are based on a communication bus that is only to be installed in parallel with the power line to serve both the user interfaces (push buttons, control station, touch screens), but also the sensors and actuators will turn the building into a performing building. Among the industries where it is common to find such solutions that we may include administrative buildings and service industries, commercial buildings, schools, sports and cultural complexes, hospitals and long term care residences, hotel resorts and upscale residences. The most common applications addressed by KNX solutions are lighting, heating, ventilation, air conditioning, control of openings (shutters and rolling awnings), taking into account time management zone, the presence of an occupant , the weather and interfacing with the most popular networks on the market (TCP-IP, for example). The MD1AAKNXVR educational pack enables the discovery of the KNX system. Its 7 inch touch screen and specific actuator for the roller shutters or Venetian blinds can, among other things, enable an understanding of all of the features of KNX bus and address the principles of energy efficiency. It includes: name KNX 320 mA power supply USB interface IP router 2 M-PLAN push buttons DBL H-B M-PLAN plate M-PLAN aluminium finishing plate 8 aluminum ARTEC push buttons interior motion detector + infrared 7" screen white embellishment kit exterior white embellishment switch actuator, 4x230V-16A dimming actuator, 4x150W 1 set of cable connectors 1 DALI gateway rolling shutter actuator Opale enclosure, 3 rows Opale transparent door differential circuit breaker 30mA 10A 2 sets of 2 terminal 8 holes ph-N

@ This package comes with the ETS4 Lite implementation software. @ Rolling Venetian blinds with adjustable strips are optional.

To order Rolling shutter

30

Venetian blinds

MD1AAKNXVR: KNX pack MD1AASTORE: Venetian blinds MD1AAVOLETR: Rolling shutter Educational solutions catalogue 2013-2014


Odace radio frequency discovery kit Educational objectives @ To understand an apparatus used to control a lighting system or rolling shutter using RF. @ To program a transmitter and receiver. @ To discover the benefits of radio frequency control.

Electrical and mechanical features @ Power supply: 230 V single phase + batteries (provided) @ Dimensions (H x L x D) - weight: 155 x 600 x 450 mm - 8 kg

Principal industry @ Electrical engineering

Other industry concerned @ Home automation

Presentation of the kit The Odace pack is made up of wireless products using RF (radio frequency) technology. Solutions that are easy to implement enable centralized control of rolling shutters and/or a wireless two way switch. This equipment package is composed of the products below: @ A light receiver with dimmer. This RF lighting module allows the remote control of a ceiling lamp and the varying of its intensity @ Mobile RF outlet with controller. It allows remote control of lamps or devices that are connected to it. @ Combined controller without neutral with dimmer. This combined controller is both a transmitter and a receiver. This module is used to replace an existing switch. The lamp to which it is connected can be controlled locally or remotely. It is used to control the receivers. It can be mounted either on 2 or 4 poles. @ Remote control. It allows you to command the various receivers. With 8 channels for the standard version. It is connected through programming in simple mode or scenario mode to Odace products. @ 2 transmitters with centralized control for the roller shutters enable local or remote control with a centralized roller shutter function. @ 2 battery operated push button transmitters. @ White embellishment kit. @ 4 white Design plates. @ A universal transmitter and receiver. The transmitter is connected to a push button. The receiver controls the load connected to it.

Wireless control

RF receiver

Remote control

To order MDG99ODACE: Complet Odace kit


31

Building management

Alvidis case Educational objectives @ To analyze and implement different media distribution solutions in a residential environment or small business. @ To implement the system settings in different scenarios. @ To study and configure an IP camera.

Presentation of the kit Alvidis connects the residential distribution to all media (telephone, television, internet) to RJ45 terminal outlets. This solution is very simple for the end user: "I connect, it works." The Alvidis case forwards to: @ discovering different media distribution solutions in a dwelling, @ study and implemention of telephone, computer and television solutions on RJ45 sockets based on concrete specifications.


It is equiped with an IP camera enabling the development of network and remote access using internet.

@ Power supply: 230 V single phase + Earth / < 150 VA @ Dimensions (H x L x D) - weight: 503 x 602 x 195 mm - approximately 14 kg

The automatic Alvidis case consists of: @ an 8 port automatic Alvidis, @ two RJ45 sockets on supports, @ a 4 + 1 port switch module, @ an ITD (end of the line), @ a tripler, @ a telephone filter, @ an IP camera, @ the cables to connect a telephone, television and a PC.

Principal industry @ Home automation @ Electronics

Other industry concerned @ Electro-technical

To order MD1ALVIDISA: Alvidis case

32



Addressable fire security bench Educational objectives @ To study a fire security system. @ To study and implement the standards and regulations relating to fire safety system. @ To cable, configure and program of the controling and signaling equipment. @ To do preventive maintenance of the system components. @ To do corrective maintenance of the system.

Electrical and mechanical features @ Power supply: 230 V single phase @ Dimensions (H x L x D) - weight: 1930 x 600 x 1070 mm - approximately 93 kg

Principal industries @ Electronic engineering @ Electrotechnical engineering

Other industry concerned

Presentation of the kit This teaching equipment "Addressable Fire Security System" consists of a monoblock mobile structure. On the front is shown a portion of an establishment that receives the public (e.g.: a summer camp). It includes the various required components: @ to take into account the information (automatic detectors and manual releases), @ to process informations (equipment control, signaling and reporting chart), @ to manage alarms and security settings (siren and centralizing of the fire safety setting with the safety actuated device) These components are located in different parts of the represented building. All connections are found on the secure sockets enabling fast quick wiring without tools. The set of components on the equipment meets current standards in force.

Operation Four practical exercises are offered: @ Practical exercise 1: Implementation and recording @ Practical exercise 2: Use of a fire security system, @ Practical exercise 3: Configuration of a fire security system (local mode), @ Practical exercise 4: Configuration of a fire security system (remote mode).

@ Electrical engineering

To order MDG99130A: Addressable fire security bench


33

Building management

VDI 19’’ pack Educational objectives

Presentation of the kit

Principal industry

The VDI 19’’ pack highlights the general organization of a VDI network. It enables the discovery of the functions of the components (splitters, PBX, inverter, switch), the principles and standards to implement the various cables used in VDI, cabling of the RJ45 connectors, and the cabling and wiring of a patch bay. The pedagogy is based on actual specifications.


VDI 19’’ pack: MD1ALVDIC 19

Other industry concerned

quantity 24 1 1 1 1 5 3 24 1 1 1 1 1 1 1 1 1 1 1

@ To study the VDI functions encountered in industrial or tertiary installations.

@ Civil engineering

name FUTP cable, Cat 6 300MHZ 1 m 19" panel, 24 points telecom panel, 50 ports 1U panel with 8 outlets with illuminated switch 1U shelf (1U), 250mm depth (15kg max) blank sealing panel (1U) cable guide panels, 19" 2x1U connecting rings 600x600 case, 19" with fixed body, glass door 12U rear sealing panel sealing panel with air vents sealing panel with brush strip telecom connection tool sealing shutters, blue sealing shutters, green kit for the grounding of cylindrical lugs inverter, APC Smart-UPS 1500VA USB & Serial RM 2U kit, Rack 2U for inverter Switch, 24 ports, administrator level 2, 10/100

Options of the VDI 19’’ pack: @ a private automatic branch exchange MD1AE849, @ 2 x 4 twisted-pairs cable 500 m, cat 6 VDIA11204SH, @ Optiline duct pack MD1ALOPTILINE includes: quantity 12 4 4 24 24 24

name ducts and accessories blocks of 3 outlets 2P+E with mechanical polarizing blocks of 3 outlets 2P+E standard supports for RJ45, blue supports for RJ45, green core, RJ45 slim cat. 6 plated

VDI pack

To order MD1ALVDIC19: VDI 19” pack

34



BAES Dardo Plus case Addressable security lighting system Educational objectives @ To study an addressable security lighting system. @ To configure and control remotely by a web server. @ To identify and test the system components.


Principal industries @ Electronic engineering @ Electrotechnical engineering

Presentation of the kit: The addressable system Dardo Plus offers features that go beyond the centralization/automation of the testing required by the EN 50172 standard. Easy installation and addressing: @ ease of wiring, @ easy installation in an enclosure or DIN cabinet, @ simple addressing using two rotary knobs on each fixture, @ there is no risk of error with the address testing device (test the addresses and identify duplicates and missing ones). Automated and remote testing Centralize and automate the mandatory controls of the security lighting installation (in compliance with the EN 50172 standard). Each block is tested according to the addressing plan. Tests without power interruption. Identification of components to replace (test reports). Test report available immediately on a PC, the control unit or printed (Dardo Plus Printer or office printer). Maintenance alert via e-mail or SMS (DCM interface) or the technical management system of the building (DLM interface). This case enables the study of the management of an addressable security lighting installation of buildings. Fully scalable system, with the possibility of remote monitoring, SMS and/or e-mail alert (optional), direct integration in LON environments. Includes: @ This case is composed of a Dardo Plus controller, a DCM communication module, a BAES A-EVAC IP 42 with LED, a fluorescent BAES A-AMB IP 42, a 24 v power supply and a printer for the test reports required by standard EN 50172, @ spotlights to simulate real lighting.

Kit offer This offer is available in a kit consisting of: @ 1 control unit, @ 1 BAES EVAC IP 42 with LED, @ 1 halogen 12 v spotlight, @ 1 BAES AMB IP 42, fluorescent, @ I DCM communication module @ 1 24 v power supply, @ 1 Dardo Plus Printer. Comments @ The practical exercises include a student document and a teacher's document. @ Possible BAES external additions possible.

To order MDGVBAES: BAES case MDGBAESPCK: handheld tester MD1APESADR: BAES product pack delivered separately MD1APESPRT: printer option for the pack Educational solutions catalogue 2013-2014

35

Building management

HD network camera PELCO security imaging pack Educational objectives @ To study an IP camera network. @ To turn on and configure the system. @ To highlight the performance of camera surveillance. @ To perform a back focus of the camera with the analog output. @ To launch the AutoBackFocus without going through the web page. @ To launch the ABF by a temperature change and a day/night transition. @ To set the threshold for switching from day to night mode from 0.25 to 50 lux. @ To perform the masking of an area.

Electrical and mechanical features @ Power supply: Ethernet network or 24 V single phase @ Dimensions (H x L x D) - weight: camera: 136 x 79 x 85 mm approximately 0.5 kg

Principal industry @ Technical high school

Presentation of the kit @ The extended platform (EP) camera pack is designed for quick installation. @ The built-in analytics and other advanced features meet the needs of the most demanding security applications. @ The camera uses a standard web browser for its extended configuration functions and remote administration. @ The PELCO system of analytical solutions can detect specific types of activities and automatically trigger alarms. @ Camera sabotage function. @ Movement management, abandoned object, object counting and object removal. @ The "Adaptive movement" feature of the PELCO system detects and tracks objects that enter a user-defined zone and can trigger an alarm. Includes: @ 1 Extended platform (EP) high-definition camera and its adjustable mounting, @ 1 13M series varifocal lens for the camera network, @ 1 Mini IP dome camera system and its mounting, @ Freely downloadable DS NVs software including 4 licenses for the PELCO camera or those of third parties, @ 1 Ethernet switch and the necessary cables for proper functioning. Benefits: @ use of a PC or screen with an S-video input and BNC + VGA, @ open architecture, @ day/night model equipped with a mechanical infrared filter that increases sensitivity, @ ability to view up to 4 cameras. 19" monitor option MD1PELCOMONIT: @ LCD TFT PMC319A, 1280x1024 resolution, @ inputs S-Video and BNC + VGA, @ reduced congestion, flat panel design, @ maximum brightness of 380 cd/m2, 500:1 contrast ratio, @ 100 to 240 V single phase power, 50/60 Hz, @ 3 year warranty Key + power supply option MD1PELCOCLAV: @ key to control the dome, @ automatic detection in CM6700/CM6800 and Direct P modes, @ automatic scanning / random / image. Outer casing option MD1PELCOEXT: @ EH1512-3MTS case, @ 230 V single phase power supply @ complies with IP 66 & NEMA 4X norms, @ 3 year warranty, @ comes with its own support. Recorder option MD1PELCOHARD: @ DSSRV-005-EV recorder, @ up to 8 camera licenses, @ the hardware/software solution is fully scalable with H.264 compression, @ optimization of the pre-installed NV DS software, @ support for the network encoders and IP Pelco cameras or those of third parties.

To order MD1PELCOPACK1: security imaging camera pack MD1PELCOMONIT: monitor option MD1PELCOCLAV: Key + power supply option MD1PELCOEXT: Casing and support option IP 66 MD1PELCOHARD: Recorder option

36



Modular offers and kits for the modeling and prototyping Educational objectives @ To implement technical solutions for the improvement of energy performance. @ To respond to a new need by providing more efficient solutions. @ To improve the performance of an energy chain. @ To learn the constraints of the RT2012. @ To optimize the management of energy through the use of a control system.


Presentation of the kit The prototyping and modeling in electrical engineering programs are concerned by the accurate implementation of technical solutions to improve energy performance and/or energy efficiency of a system, the implementation of a wireless network and the transfer of energy or RFID informations. Several solutions are available to meet these needs: @ a Wizer radio frequency pack (see page 44), @ KNX pack for the optimization of energy consumption (see page 30), @ Energy Efficiency modular offer (see page 46), @ Energy Efficiency modular offer (see page 42), @ Energy Efficiency KNX modular offer (see page 43), @ RFID offer (See pages 106 and 108), @ Telemetering modular offer (see page 45). Other configurations may be offered to meet the modeling and prototyping needs (contact your usual supplier).

Principal industry @ STI2D diploma

Other industries concerned @ Thermal and electrical engineering

Wiser modular offer

KNX pack

Telemetering modular offer

To order MDG99WISER: Wiser pack MD1AAKNXVR: KNX pack MD1AMATVEE: Energy efficiency modular offer MD1AM6130: Energy management modular offer MD1AM3EE: Energy efficiency KNX modular offer MD1AMLRFID: RFID modular offer MD1PACKRFID: RFID pack MD1AMLIRIO: Telemetering modular offer Educational solutions catalogue 2013-2014

37

Building management

Instruction of the energy efficiency of buildings Educational objectives @ Understand, analyze and master the fundamental principles for overall energy management. @ Understand the concepts of energy efficiency. @ Know how to optimize energy consumption through the use of tailored solutions. @ Educate students through case studies and the use of energy consumption scorecards. @ Model different usage cases with building simulation software. @ Bring attention to the concept of a return on investment.

Principal industry @ Industrial Science and Technology and Sustainable Development high school

Other industries concerned @ Energy engineering @ Civil engineering @ Energy industries of higher education

Presentation of the kit This educational offer is composed of three complementary subsets: @ The first is a presentation report from the conclusions of the HOMES project (1). It includes video interviews of experts in the field of energy efficiency and real case studies. From these resources, the teacher may use all or part of these materials to implement the course, @ the second is a set of instructional material solutions that allow measurement, real-time storage of consumption and remote access using a smartphone, tablet or PC: _ Solution 1: MINIBAT, the mini institutional building that provides an example of energy management through regulation of heat and lighting (see page 29), _ Solution 2: modular telemetering energy kit to focus and present local and remote control information on building (see page 45), _ Solution 3: WISER, a modular energy and comfort management suite in the residential sector (see page 44). @ the third is a modeling software. It allows dynamic simulation of thermal behavior on energy consumption and air quality inside a building in accordance with current standards (including RT2012). It comes with predefined templates but also offers the possibility to create new modeling capabilities. The software takes into account the uses of the building (number of residents, schedules, etc.) and the active management of the building (supervision and automation of the equipment). (1) HOMES is an innovation program in the field of the active energy efficiency on buildings. Its purpose: "to provide each building with efficient active energy solutions to achieve the best energy performance."

Minibat

Telemetering

Wiser

To order MDG993EBCL: course + software MDG993EB: course + Minibat MDG993IRIO: course + telemetering MDG993WISER: course + Wiser

38



Energy management solutions applied to residential and small industry areas Educational objectives @ To optimize energy consumption by visualizing the distribution of consumption per usage (fluids, electricity, etc.). @ To configure an installation optimization purposes in energy consumption while improving residents comfort. @ To understand the major principles of the RT2012.


Principal industries

Presentation of the kit: Two systems are available allowing both to address issues of energy management control of a residential area or small service industry. Different scenarios are highlighted in terms of configurable technology (lighting, heating, ventilation and openings management). Both systems enable organizational tasks, implementation and commissioning to be addressed. The small service industry system consists of, among other things: On a controller which collects and stores data generated by energy and fluid meters or sensors (temperature, ...) according to the requirements of the RT 2012. It also allows a simple Internet browser to provide remote operation and control of the system via interface with a KNX and DALI solution so as to manage lighting, heating and opening. The residential system consists of, among other things: A management solution for lighting, heating and opening using a pilot wire. Additional options are available, such as: @ access control, @ VDI communication, @ a measuring and monitoring energy solution by usage type.

@ Electrotechnical engineering

iRio controller

To order Consult with us to define the configuration


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Global management of energy

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Global management of energy Modular offer for residential and small industries energy efficiency n ............ 42 Energy efficiency KNX modular offer n ................................................................................ 43 Wiser kit, RT2012 application n.................................................................................................. 44 iRio telemeter modular offer n ................................................................................................. 45 Energy efficiency case n ............................................................................................................... 46 Ventilation system ............................................................................................................................. 47 Solar modular offer ............................................................................................................................ 48 Instrumented solar panel bench n ......................................................................................... 49 Soleolis: solar panels and wind turbine .................................................................................. 50 SolEzy bench n..................................................................................................................................... 51 Tube solar water heater n ............................................................................................................ 52 Solar water heater .............................................................................................................................. 53 Lubio system ......................................................................................................................................... 54 Didalub: management of public lighting............................................................................... 55 Heating control bench ...................................................................................................................... 56 Development of the LV switchboard into the energy management switchboard n ............................................................................ 57 Compensation of reactive energy bench ............................................................................ 58 Harmocem: electromagnetic disturbances ...................................................................... 59 Harmotris: three-phase network harmonic interference bench............................ 60 Minharmotris: harmonic interference in three-phase installation ....................... 61 Load terminals for electric vehicles n .................................................................................... 63 Smart Grid application n ............................................................................................................... 64 Photovoltaic installation, isolated and non-isolated site n....................................... 65 Vizelia offer n ....................................................................................................................................... 66 Energy efficiency case .................................................................................................................... 67 Products complying with the provisions of of the European Directives Compliance report available on request All our products are delivered with: @ hard copy of the technical manual and practical exercise book @ a CD with the same documents in a PDF format and the PLC applications


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Modular offer for residential and small industries energy efficiency Educational objectives

Presentation of the kit

@ To understand the concepts of energy efficiency. @ To optimize energy consumption through the use of suitable products.

The modular offers for residential and small industries energy efficiency enables to study and implement the components of an electrical installation. Economics aspects and energy management are addressed through the use of products such as a programmer, dimmer light switch, timer, time delay switch...


The bench consists of domestic products, the most commonly used, exposed in the boxes.

@ Power supply: 240 V single phase @ Dimensions of the storage boxes (H x L x D) - weight: 470 x 430 x 250 mm - 20 kg

The energy efficiency modular offer is composed of three informative study packages for the discovery, learning and use of the main functions encountered in the implementation of electrical installations for residential and small industries (see modular offer and kit in the electrical installation chapter).

Principal industries @ Electrical engineering @ Civil engineering

Load shedding module

The energy efficiency modular offer MD1AM6130 consists of the following components: quantity 1 2 2 1 1 2 2 1 1 1 1 1 2 2 3 2 4 1 1

name circuit breaker panel module DB90/500mA with tariff meter circuit breaker module 1P+Neutral 10A circuit breaker module 1P+Neutral 16A Differential switch module 1P+N 16A/30mA Programmable time delay switch module modular contactor module 2F 25A MIN'clic time-delay switch module, 1 to 7mm 16A 230V AC Light dimmer switch module type IC200 CDS single-phase load shedding contactor, 1 channel motion detector Room sensor module Thermostat TH4 module ALCYON two way switch ALCYON simple push button light simple push button module Power outlet module 10/16A 2P+E Lamp support module 15W Support structure Electric radiator operative part

This offer can be made piece by piece by purchasing the modules separately.

Programmable timer module

Example of implementation

To order MD1AM6130: Energy efficiency modular offer Light dimmer switch module

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KNX modular energy efficiency offer Educational objectives @ To understand the concepts of energy efficiency through use of the KNX bus. @ To optimize energy consumption through the use of suitable products. @ To control in an automated manner the necessary lighting and heating.

Electrical and mechanical features @ Power supply: 240 V single phase @ Dimensions of the storage boxes (H x L x D) - weight: 470 x 430 x 250 mm - 20 kg

Principal industries @ Electrical engineering @ Civil engineering

KNX/DALI gateway module

Presentation of the kit The energy efficiency modular offer using KNX enables the study and implemention of the components of an electrical installation for the building and service industries, taking into account economic aspects and energy management through the use of the components of the KNX bus. The bench and proposed kits are designed for the study and the implementation of an installation or KNX solutions highlighting: @ the achievement of energy savings, @ optimized comfort for the occupant, @ an adequate light level for the user, @ a temperature level optimized but modifiable by the user, @ an optimal and automated use of solar intake. The energy efficiency modular offer MD1AM333 consists of the following components: quantity 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1 5

name bus power supply module switch actuator module, 4 outputs 4 binary input module, 230 V dimming actuator module Programmable timer module USB interface module TCP/IP interface module 4 button Artic multifonction module 8 button Artic multifonction module with IR complete motion detector module interior motion detector module support structure lamp support, 15W single-phase protection module KNX/DALI gateway module Dali operative part module Weather station with associated sensor (MTN663692) 24 V DC / 24 V AC power supply module programming of the USB2 cable ETS Pro software ETS Trainee licenses

This offer can be made piece by piece by purchasing the modules separately (see page 26).

Weather station module

Example of implementation

To order MD1AM3EE: Modular energy efficiency offer using KNX KNX bus power supply module Educational solutions catalogue 2013-2014

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Wiser kit, RT2012 application Educational objectives @ To understand the concepts of energy efficiency in a residence. @ To optimize energy consumption by visualizing the distribution of consumption by usage in order to appropriately address the programming management of various loads. @ To configure an installation for the optimization purposes of energy consumption while improving occupant comfort. @ To learn the constraints of the RT2012. @ To adress the connectivity problems of a Smart Home and the future usage of a Smart Grid.


Presentation of the kit The Wiser kit can foster understanding of the RT2012 implementation through: the implementation of systems to visualize, measure or estimate the power consumption of each unit according to the five principal uses. Completely new, this requirement of measuring energy consumption and occupant information aims to raise awareness about their practices and thus encourage occupants to develop the right conduct. This kit allows measurement and control by energy type: @ heating, @ hot water tank, @ controlled sockets (lighting, electronics or household, etc.). The Wiser system includes: @ 1 touchscreen, @ 1 hot water tank control, @ 2 heating controls, @ 2 socket controls, @ 2 thermostats, @ 1 Wiser controller, @ 1 Wiser S-Meter + TC (measurement in the panel). The whole equipment communicates using the universal, wireless Zigbee standard protocol. The controller can be connected to internet to enable system connectivity, data storage and software upgrades.

Principal industries @ Energy engineering

Other industries concerned @ Electrical engineering

To order MDG99WISER: WISER system

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iRIO telemeter modular offer Educational objectives @ To optimize energy consumption by visualizing the distribution of consumption by usage (fluids, electricity, etc.). @ To configure an installation for the purpose of the optimization of energy consumption while improving occupant comfort. @ To learn the constraints of the RT2012. @ To implement a remote management solution.


Presentation of the kit The central element of the Telemetering modular offer is a iRIO range controller that collects and stores data generated by energy and fluid meters or the sensors (temperature, pressure, etc.). The iRIO controller can handle pulse type information, Modbus connections, M-Bus open communication or analog data (0-10V, PT100, PT1000, etc.). From a web browser, it ensures remote operation and control of the system and centralizes management and monitoring of remote operations via a single and easy-to-use interface. The intelligent interface modules (SIM) incorporate digital inputs/outputs as well as analog inputs and allow mixed architectures that combine wired solutions and Zigbee wireless solutions. The collected data can be visualized as diagrams, charts and graphs. The iRIO controller can also provide control functions and simple control (control of contactors in time slots, chrono-proportional control of electric heating, etc.).

Principal industries

The kit includes:

@ Electrotechnical engineering @ Electrical engineering

quantity 1 1 1 1 1 1 1 1 1 1 1 1

Other industries concerned @ Industrial Control and Automation @ Industrial engineering and maintenance @ Physical measurements

name iRIO module a 24 VCC power supply module, Modbus SIM module Zigbee SIM module Ethernet/Zigbee gateway module, Modbus splitter module PM3250 power meter module 3 current transformer module: Wi-Fi router module Water meter operative part module Transmitter + temperature sensor module support structure

This batch can be completed part by part through the collection of the modules within the modular range.

To order MD1AMLIRIO: iRio telemeter modular offer


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Energy efficiency case Educational objectives @ Highlight an energy-efficient solution. @ Use a PM9 power meter. @ Compare energy comparison.

Electrical and mechanical features @ Power supply: 240 V single phase + Earth @ Dimensions of the storage boxes (H x L x D) - weight: 800 x 500 x 350 mm - 25 kg

Principal industries @ Industrial Science and Technology and Sustainable Development industry (specialized in Energy & Environment) @ Electrical engineering @ High school engineering science

Other industry concerned @ Additional quote: Energy and Environment

Presentation of the kit This case can highlight the energy savings realized with a speed controller on a pump-ventilated installation. The system allows to study of two types of energy circuits driving a ventilated installation: @ an electromechanical circuit with electromechanical components, @ an electronic circuit with a speed controller. Studied functions: @ consumptions comparison, @ energy measurement using the PM9 power meter, @ U and I network measurements and motor-link to safety sockets based on the energy circuit, @ flow control by vanes or by variable speed, @ visualization of the flow by balls in a transparent tube. The case includes: @ a 0.18 kW fan, @ a circuit breaker-contactor DOL starter, @ a starter via Altivar 312, 0.18 kW, single-phase, @ a direct/variable speed switch, @ a PM9 power meter, @ a flow indicator, @ measurement points on the safety sockets to provide voltage, current and motor information, @ a USB connection for the PM9C power meter, @ a USB connection for the ATV312 (connection to the SoMove software). Modular offer version MD1AMLATVEE: name GV2P06 module Thermal relay module LR06 LCD09 module PM9 power meter module EGX 300 gateway module 24V DC 2.5A power supply ATV32 module VV command module Light switch module Fan package Support structure

references MD1AM1003 MD1AM1007 MD1AM1008 MD1AM2003 MD1AM2005 MD1AM4001 MD1AM5001 MD1AM7001 MD1AM7004 MD1AMP014 MD1AM000

This package allows to achieve equivalent energy efficiency case for the Industrial Science, Technology and Sustainable Development for high school students in terms of the model and prototype.

To order MD1ATVEE: Energy efficiency case MD1AMLATVEE: Modular offer version

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Ventilation system Teaching objectives @ To discover and use the specific features of an Altivar for the ventilation application. @ To configure and set the Altivar speed controller. @ To compare the energy consumptions.

Electrical and mechanical data @ Power supply: 400 V 3Ph + neutral + ground / 0.75 kW @ Size (H x W x D) - weight: 2500 x 1200 x 850 mm - 185 kg

Main industry @ Electrotechnical engineering

Other industry @ Industrial technology This system is equipped with a motorised fan of a power of 0.75 kW that creates an air movement via a ventilation duct. The motorised fan is managed by: @ direct power supply with air flow management by a manual valve, @ by an Altivar 21 or 61 speed controller, adapting speed to reach the required air flow rate at the duct outlet. A measurement device is used to compare the flow rates and the power consumed, so as to evaluate the performance obtained with these two control types.

Package description The educational equipment of the ventilation bench allows you to install and study a motorised fan supplied by direct starting or a variable speed drive. The Altivar 21 or 61 controller is a frequency converter for three-phase asynchronous motors dedicated to the most common fluid management applications in industrial and small service industry buildings: ventilation, air-conditioning and pumping. Altivar reduces building operating costs by optimising energy consumption, while also enhancing user comfort. Functions: @ energy saving law, quadratic law, @ automatic compensation with speed search, @ adaptation of current limitation as a function of speed, @ elimination of noise and resonance by means of chopping frequency, adjustable as per rating up to 16 kHz in operation and at random modulation, @ energy and operating time counter, @ detection of fluid absence and zero flow rate, flow rate limitation. Various topics that can be covered around a ventilation bench are: @ study and installation of Altivar 21 or Altivar 61 variable speed drive, @ control of the variable speed drive by ethernet communication, @ comparing the energy consumption between a local control and a variable speed drive, @ approach to economic data through the ECO8 software, @ study of the properties of a centrifuge fan, @ measuring and calibrating measuring equipment, @ checking the levels of EMC of the installation.

To order MD1AA750A2 : bench with Altivar 21 MD1AA750A6 : bench with Altivar 61 Educational solutions catalogue 2013-2014

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Solar modular offer Teaching objectives @ To find out the basics of energy production by solar panels. @ To discover and identify the components.

Electrical and mechanical data @ Power size (H x W x D) - weight: _ per module: 70 x 150 x 245 mm - 0.7 kg approx.

Main industries

The solar modular offer allows you to understand the production of energy by solar panels. This kit includes the following modules: @ one meter module with a voltmeter and an ammeter @ a charge regulator module equipped with two indicators (green battery charged, red battery charging), @ a 12 V, 2.3 Ah battery module protected by two 4 A fuses, @ a converter module (inverter) 12 V DC, 230 V AC, 60 W, @ a 30 x 33 cm solar panel with a power of 5.2 W, @ a 15 W bulb holder module, @ a support frame. The various topics that can be covered are: @ identification of the equipment, @ analysis, size and installation of solar panels, @ the characteristics of a solar panel, depending on temperature, tilt angle and insolation etc, @ use of an inverter, @ use of a regulator, @ use of different methods for charging and discharging the battery.

@ Electrical engineering @ Civil engineering

Battery Module

Controller module

Converter module

Solar panel module

Meter module

Package description

Example installation

To order MD1AMLSOL : solar modular offer (5 modules + solar panel + bracket structure)

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Instrumented solar panel bench Educational objectives @ To understand the concepts of energy production from solar panels. @ To study the different solar panel technologies. @ To study the solar panel characteristics depending on their environment.


Principal industry @ High school @ Professional university school @ Electrical Engineering and Computer Science

Other industries concerned @ Industrial Engineering and Maintenance @ Physical measurements

Presentation of the kit This bench allows to study the characteristics of different types of solar panels and the generated energy storage. Two types of panels are originally supplied with the bench: @ a monocrystalline solar module which is characterized as the most efficient per m² the mostly used when spaces are limited and to optimize production of a photovoltaic source, @ a polycrystalline solar module represents a technology offering lower outputs than the monocrystalline technology, but has long term privilege for its cost/benefit ratio. As an alternative or option, an amorphous solar module can be offered. This is a solar panel technology that offers performance well below the crystalline solar modules. (This solution therefore requires a larger surface area for the same installed power). The bench is equipped with a base of 60 W polycrystalline panels and 75W monocrystalline panels. The change of studied panels is made by tilting the support structure. Each panel is fastened in the middle by a swivel to orient it along two axes. The X and Y tilt angles are measured by two laser levels and displayed on a digital display. A 3000W artificial light source enables this bench to be used in a lab with reproducible measurements at any time of the day. The control panel consists of the measurement points on the following sockets: @ room temperature, @ the temperature of the panels, @ voltage and current of the panels, @ usage voltage and current. Measurement information is available on the display, such as: @ the angle of inclination of the panel according to 2 axes/light source, @ status of the controller battery, data and performance recorded over the previous 128 days (Ah, W·h, peak Watt power, I battery, PV voltage, battery Umin and max, absorption/day, accumulated total of Ah and kW·h produced). A solarimeter is supplied with the bench. This bench is also equipped with: @ a 350 W inverter that provides power load (projector is supplied), @ a 12V 100 Ah lead acid battery suitable for PV use, @ a maintenance free 12V 100 Ah AGM type battery (another battery type is possible upon request), @ a battery switch and all suitable protections for a PV installation (circuit breakers, surge protectors, etc.). Possible option: @ a USB interface for PC connection with software that can read and use measurements (CASSY Lab software compatible with Windows Vista and 98/NT/2000/XP).

To order MDG99325: instrumented solar panel bench MDG99239: a USB interface option for PC connection with Windows-compatible software that can read and use measurement data Educational solutions catalogue 2013-2014

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Soleolis: solar panels and wind turbine Teaching objectives @ To analyse the principles of energy management from the electrical production of solar panels or of a wind turbine. @ To study the storage and essential usage of electrical energy.

Electrical and mechanical data @ Power supply: 230 V single-phase +E / 200 VA @ Size (H x W x D) - weight: 1320 x 770 x 1700 mm - 130 kg


Other industry @ Industrial engineering and maintenance

Package description This product is intended essentially for technology diploma students and is used to discover energy production by solar panels or wind turbines. A solar panel with voltaic technology covering an area of 1 m2 recovers energy equivalent to 100 Watts. This is stored in a battery to supply a simple lighting system. This system is completed by a wind turbine body driven by an asynchronous motor to simulate wind energy production. A variable speed drive simulates various wind strengths to a maximum 350 Watts production. However, it is possible to use the wind turbine with these blades outside. A small Twido automation system allows you to combine production either in islands (standalone operation) or via the mains electricity network. The proposed teaching relies on: @ identification of the equipment, @ the size of the solar installation, @ countdown of damping, @ connection to the grid, @ management of battery safety, @ self reliance measurement. The Soleolis bench is a frame made of aluminium mounting rails mounted on castors onto which the following equipment is fixed: @ two 12 V, 109 W multi-position solar panels mounted in series or a single 24 V, 110 W solar panel, @ a wind turbine (without blade) connected to a motor to simulate the wind, @ an electrical enclosure made of painted sheet metal which contains: _ a set of batteries, _ an inverter, _ a Twido PLC, _ an Ethernet module, _ a Magelis operator interface terminal for system controlling, _ protection and control elements.

Block diagram

Overview

To order MDG99215: Soleolis system Inside enclosure

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SolEzy bench Educational objectives @ To become familiar with the design, implementation and maintenance of a photovoltaic application for residential and small business installations.


Principal industry @ Electrical engineering @ Complementary mention: Energy and Environment

Presentation of the kit The training bench is a simulation of a complete installation. It is equipped with a SunEzy inverter for photovoltaic applications connected to the network. It enables to study the constraints and system solutions: @ upstream and downstream protection, @ inverter parameters, @ operating constraints, @ use of the data on a PC... and an understanding of the phenomena so as to control and ensure a reliable and productive photovoltaic system. This bench is equipped with an emergency shutdown according to UTEC15-712-1 (shut-off device). The bench comes in two 2 versions: @ operating with photovoltaic panels that are not provided (optional), @ operating with variable DC power supply. The basic model is equipped with: @ 1 protection and DC isolation box + an AC protection box, @ 1 SunEzy 2000 inverter with SunEzy control software, @ 1 variable DC power supply, @ 2 electronic energy meters, @ 1 500 mA connection circuit breaker, @ IP2X sockets and ammeter shunts to measure the current and voltage, @ switches for the selection of the reinjection mode, @ 1 socket 1 pole + neutral + earth and 2 IP2X sockets for the simulation of the external load, @ external MC4 sockets to connect the photovoltaic panels according to the version, @ 1 cross-connect RS232 cable with a length of 1.8 m, @ 2 MC3/MC4 adapters (1 male and 1 female). Comments The power supply version cannot work with solar panels. The version without a power supply cannot work except with solar panels (not provided).

To order MDG99225A: version with power supply MDG99225SA: version without power supply Educational solutions catalogue 2013-2014

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Tube solar water heater Educational objectives @ The study of a technical system for energy production from multiple sources. @ The implementation of a solar water heater. @ The study of solar collectors.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth @ Dimensions (H x L x D) - weight: 1300 x 550 x 580 mm - 70 kg

Principal industries @ Industrial Science @ High school engineering

Other industries concerned @ Electro-technical sectors @ Thermal engineering

Presentation of the kit This solar water heater allows to present the implementation of an evacuated tube solar collector systems enabling operation in areas of low sunlight. The installation of a solar water heater can save between 60% and 70% of domestic hot water needs. Contents The solar heater consists of a tilt-adjustable evacuated tube solar collector system to compare results regarding the degree of tilt in respect with the sun. Behind the bench is a water balloon with a water input and output to a solar heater or radiator (options). A circulator sets in motion the water circuit with a mixer to ensure the safety of the temperature of the water output. The small size of the solar water heater conforms reality-conformed gives an inertia compatible with the educational activities. Measurement points: @ the temperature in the hot zone of a solar collector tube, @ temperature at the hot outlet pipe of the tube solar collector, @ temperature of the water in the balloon. All temperature mesuring sensors will be recovered on a PC using a converter (software provided). Product content: @ 6 tube solar water heater, @ Hot water balloon equipped with heating resistance (dual-energy system), @ water circulator, @ manometer, @ fill valve, @ purge valve, @ temperature sensors, @ mixer. Different themes can be addressed: @ study and implementation of a solar water heater, @ use and maintenance of a solar water heater, @ management and regulation of the water temperature. All temperature sensors and the solarimeter are recoverable on a PC using a M238 logic controller connected to an HMI display indicating real-time temperature curves and defects. The solar water heater only works with the sun and can operate in cloudy weather (no possibility to simulate the sun). It is adjustable from 0 to 90° relative to the horizon so as to confirm the effect of the angle of the sun rays.

To order MD1AACHESOL: Multiple source solar water heater, Contact us for radiator or floor heating options

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Solar water heater Teaching objectives @ To study an instrumented solar thermal hot water production system.

Electrical and mechanical data @ Power supply: 230 V, 50 Hz @ Size (H x W x D) - weight: _ water heater: 1700 x 1750 x 1000 mm - 200 kg _ solar panel: 1600 x 1850 x 1900 mm - 140 kg _ lighting rail: 1200 x 1850 x 2300 mm - 120 kg

Main industries @ Energy engineering @ Electrical engineering

Package description The solar water heating system is used to study an instrumented solar thermal hot water production system. It covers: @ studying the electrical wiring and hydraulic circuits, @ studying the commissioning and maintenance operations, @ studying the control system, @ the heat balances, @ drawing up the energy saving reports, @ the physical principles.

The solar hot water production system includes: @ a solar panel frame equipped with a fl at 2.40 m² sensor tilted at a 45° angle with the possibility of varying the tilt from + 5° to - 15° on a tubular steel structure with braked castors, @ a hydraulic frame on a tubular steel structure with braked castors including: _ a 200 litre domestic hot water tank on a dual heat exchanger with a 2 kW boost resistor, _ an electronic control system, _ a circulation module with expansion tank, _ an Internet acquisition and communication system, _ operating software. The hot water production system is supplied with: @ set of 20 m long flexible hoses, @ glycol and filling pump, @ heat-transfer fluid. Option A lighting rail with a set of three 1500 W floodlights adapted to the solar water heating system: @ dimmer control of floodlights, @ system protected by lockable wire mesh, @ tubular steel structure 60 x 60 with 8 castors, @ tilting system to go through door 1.40 m x 2.10 m.

To order MD1AA775: solar water heater MD1AA776: lighting rail for the solar water heater Educational solutions catalogue 2013-2014

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Lubio system Educational objectives @ To discover and understand energy management and savings.



Other industries concerned @ All of the energy and environment industries

Presentation of the kit Based on innovative technologies, the Lubio solution contributes significantly to reducing electricity expenses and operating costs. The Lubio system enables the reconstruction of lighting management for an urban area and the study of the power consumption as well as protection devices. This teaching package consists of the Lubio variable voltage regulator designed for the management of public lighting and protective devices (circuit breakers and lightening conductors). This feature highlights energy savings by adjusting the voltage ranges in accordance with the hours conditions of use of the lighting zones. This system allows the study of the operation of protective devices against short circuits and overloads, but also against surges thanks to the corresponding lightening conductors. Composition of the package: @ Lubio VRI (Information Regulation Variation) with a single phase 6 kVA power supply @ iC60N circuit-breaker, 20 A curve C @ PE 40 Uni lightening conductor @ iPRD 40 Uni + N lightening conductor @ ID 63 A 300 mA differential switch @ Configuration and operating software @ Lubio/PC interface.

Circuit breaker

Differential switch

Lighting conductor

To order MD1PACKLUBIO: Lubio system

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Didalub: management of public lighting Teaching objectives @ To discover and implement management and saving of energy. @ To study the quality of the electrical network. @ To study protection of people and equipment.

Electrical and mechanical data @ Power supply: 230 V 1Ph + ground, 3.2 kVA @ Size (H x W x D) - weight: _ cabinet: 1950 x 900 x 660 mm - 220 kg _ enclosure: 810 x 700 x 360 mm - 50 kg

Main industries @ Electrotechnical engineering @ Energy and environment engineering

Package description The Didalub system is a device designed to reproduce management of the lighting of an urban zone and to study its electrical consumption and protective devices. The system is made up of a cabinet with various types of lamps and an enclosure incorporating the Lubio VRI type product with a power of 3 kVA, used to: @ start up lighting, @ switch lighting on or off according to the geographical location of the site, @ move progressively from normal lighting to economic lighting, @ prepare a power balance and study energy metering to highlight energy savings. The package is delivered as standard with: @ a software CD with interface, @ 20 to 20 000 luxmeter. The cabinet consists of a set of lamps representative of public lighting, namely a lighting column, high pressure sodium and metal iodide lamps. These lamps are installed in ramps with various cable lengths. Measurement points allow access to current and voltage information for the various lighting ramps.

Other industry @ All environmental and energy industries

The Didalub system is used to treat the following subjects: @ on-line voltage drop (depriming of lamps) and influence of cable cross-section and length, @ energy management and savings, @ lighting lamp technologies, @ light flux setting (luxmeter), @ operation of protective devices (short-circuit, overloads, surge arrester), @ network quality: measurement of qualitative and quantitative energy consumption and supply in reduced and nominal mode upstream and downstream or directly.

Open lamp cabinet

Lubio enclosure

Lamp cabinet

To order MDG99300 : complete package cabinet + enclosure MDG99309 : Lubio enclosure support trolley MDG99308 : optional communication module for Didalub Educational solutions catalogue 2013-2014

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Heating control bench Teaching objectives @ To use and program the control functions of a Premium PLC. @ To understand and configure the operation of a control loop.

Electrical and mechanical data @ Power supply: 230 V T / 2000 VA @ Size (H x W x D) - weight: 1800 x 1000 x 1000 mm - 120 kg

Main industries @ Electrical engineering @ Control and monitoring

Package description The heating control bench is used to study a central heating system with control loops. The operational part represents a reduced central heating system comprised of: @ a 3-way motorised valve, @ a variable speed pump (circulator), @ a heat exchanger (fan-cooled heatsink).

The control part includes a Premium PLC which provides all the control operations, an Altivar variable speed drive and all the associated electrical protection elements. A graphic operator interface terminal is used to control and monitor the system. An Ethernet connection allows you to connect a computer and control supervision from a distance. The system is configured to use one of the three following control loops: @ PID loop: central heating with internal temperature sensor (acting on the water flow), @ PID loop + servo: central heating with internal temperature sensor (acting on the three-way valve), @ PID loop: central heating with external temperature sensor and water ratio (acting on the three-way valve). The system can be disturbed using a set of three motorised fans of variable speed.

To order MD1AE895PR: heating control bench

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Development of the LV switchboard into the energy management switchboard Educational objectives @ Monitoring and analysis of energy consumption. @ Remoting management of an installation. @ Application of the RT2012.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth @ Dimensions (H x L x D) - weight: 400 x 300 x 200 mm - approximately 4 kg

Principal industries @ Electrical engineering @ Energy engineering

Presentation of the kit The cabinet includes a iRIO controller (local telemetry unit to control installations), an Ethernet/Zigbee gateway, a switch and the necessary protections. The cabinet is installed on an existing distribution panel or its proximity and allows: @ centralization of the data/measurements, @ local storage of this data, @ treatment of the data (simple mathematical calculations, detection and stamping of alarms, simple load control, etc., @ publication of information (with dashboards configured to meet the customer's requirements, and energy monitoring curves). A measurement kit is available for 6 outputs. This kit is composed of a Zigbee communication module, a continuous power supply, and 6 energy meters (3 mono meters and 3 sorting meters) to be installed on the outputs to the controller of the low voltage master distribution panel. The Zigbee communication module to be installed in the low voltage master distribution cabinet will enable information transmission to the controller box (no wire cabling between the distribution panel and the box).

ZigBee communication module

Example of consumption monitoring

iRIO module

Monitoring of the control parameters

To order MDGIRIOCC: Controller box MDGIRIOME: Measurement kit Educational solutions catalogue 2013-2014

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Reactive energy compensation Teaching objectives @ To modify, identify and rectify the power factor in an installation. @ To highlight and study the influence of: _ harmonics phenomena on capacitors, _ inrush currents when capacitors are switched on. @ To implement suitable solutions.

Electrical and mechanical data @ Power supply: 230 V single-phase + ground / <3.2 kVA @ Size (H x W x D) - weight: _ cabinet: 950 x 600 x 300 mm - 70 kg _ lamp box: 420 x 800 x 300 mm - 18 kg

Package description This product representing a reactive energy capacitor installation includes: @ line and outphasing reactors, @ outphasing linear loads to vary the installation’s power factor, @ a Varlogic varmeter, @ a reactive energy multiple step capacitor system controlled by varmetric relay, @ a static contactor to limit the capacitor inrush current, @ a non-linear load system to highlight anti-resonance phenomena from harmonics circulating in the capacitors, @ a correcting device with an anti-resonance reactor, @ an operating diagram with controls on the box door. Notes Measurements and practical exercises require the use of a universal RMS controller or special instruments such as harmonics analysers.


Other industry @ Industrial technology

Lamp box

Reactive energy cabinet

To order MDG99160 : REC bench with lamp box MDG99169 : support carriage option

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Harmocem: electrical network interference bench Teaching objectives @ To identify the harmonics generated by different receivers. @ To identify interference due to the cohabitation of low and high currents (EMC). @ To implement the correct solutions using the relevant wiring rules.

Electrical and mechanical data @ Power supply: 230 V AC + ground single phase / <1.5 kVA @ Size (H x W x D) - weight: _ electrical cabinet with EMC pre equipment: 810 x 700 x 350 mm - 60 kg _ cabinet with loads (lamps - asynchronous motor): 750 x 700 x 330 mm - 42 kg _ active filter: 225 x 340 x 340 mm - 8 kg


Other industry @ Mechanical engineering

Package description The package includes 2 cabinets for reproducing interference phenomena occurring in an industrial environment and assessing the performance of the solutions used. The control box includes: @ an electrical distribution structure, @ a speed controller, @ products providing EMC solutions (filters, capacitors, reactors or capacitance), @ a selection list of components to be used for the relevant, @ solution testing sockets to take the readings required for practical exercises. The loads box includes: @ non-linear loads (power controllers, lamps, fluorescent tubes…) to illustrate harmonics phenomena, @ a loaded asynchronous motor with speed control to study phenomena related to EMC. Active filter option An active filter (3A rated compensation) supplied by the control cabinet to complete the study of anti-harmonics solutions (2nd to 25th harmonics rank spectrum). It has been designed for easy connection to the electrical cabinet. Notes Optimum use of this bench requires a spectrum (HF) and harmonics (LF) analyser.

Loads cabinet

Active filter

To order MDG99150 : Harmocem bench MD1AG150H : Harmocem bench with LF analyzer MDG99158 : support carriage option MDG99159 : active filter option MDG99198 : HF spectrum analyzer Educational solutions catalogue 2013-2014

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Harmotris: 3-phase network harmonic interference bench Teaching objectives @ To study problems of electrical interference in a 3-phase installation. @ To implement the relevant solutions. @ To analyse third harmonic and neutral heating phenomena.

Electrical and mechanical data @ Power supply: 400 V 3-phase + N + ground / <3.3 kVA @ Size (H x W x D) - weight: 1860 x 900 x 570 mm - 230 kg

Main industry

Package description The wheeled bench consists of an electrical cabinet and a box with lighting circuit loads. It has 2 separate power lines representing a theatre hall to control a lighting circuit and motorised scenery control circuit. The cabinet includes: @ protection circuit breakers and differentials, @ line reactors: 10 and 15 mH, @ anti-harmonics reactors: 16 and 45 mH, @ resonance reactors: 122 mH, @ capacitors: 600V 25 mF, @ an isolating transformer: 400/240 V, 2 kVA, @ an Altivar speed controller for 1.5 kW motor, @ a selection list of components to be used for the relevant solution, @ a panel to measure and adjust lamp power.


The box at the bottom of the bench includes: @ a lighting ramp with three 500W halogen bulbs, @ a ramp of fluorescent, fluocompact or induction lamps, @ two fans to cool the surrounding air, @ a temperature monitoring probe. A harmonics analysis device is required for exercises designed for students taking electrotechnical higher vocational education.

Inside of cabinet

To order MDG99190: Harmotris bench MDG99159: active filter option MD1AG190H: bench with LF analyser MDG99198: HF spectrum analyzer

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Min-Harmotris: harmonics interference in a 3-phase installation Teaching objectives @ To study the problems of harmonics in a 3-phase installation. @ To analyse third harmonic and neutral heating phenomenum. @ To implement and evaluate the impact of solutions.

Electrical and mechanical data @ Power supply: 400 V 3-phase + N + ground / <1.2 kVA @ Size (H x W x D) - weight: 1150 x 900 x 450 mm - 80 kg


Package description The Min-Harmotris bench is an electrical cabinet including a lighting power supply line with: @ protection circuit breakers, @ a lightning arrester device, @ a ramp of halogen lamps, @ a ramp of fluorescent, fluo compact or induction lamps, @ a transformer and inductors, @ a testing points strip, @ a lamp selection and adjustment panel @ a cabinet air extraction device. The teaching method targeting electrotechnical students is designed for a progressive approach to problems related to a third or multiple level of harmonic pollution problems with identification of neutral heating: @ viewing and accounting of the phenomenas, @ implementation of solutions with anti-harmonics filters, @ study of the conductor section bearing in mind the recommendations of the new NF C 15-100 standard.

Inside of cabinet

In front of cabinet

To order MDG99195: Min-Harmotris cabinet MD1AG195: cabinet with measuring device MDG99199: Min-Harmotris cart Educational solutions catalogue 2013-2014

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Load terminals for electric vehicles Educational objectives @ To understand the different charging modes. @ To understand the standards related to the charging terminals for electric vehicles. @ To learn the constraints of the RT2012. @ The connectivity problems of a Smart Home and the future usage of a Smart Grid are addressed.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth - 3 kW @ Dimensions (H x L x D) - weight: 1500 x 400 x 300 mm - 50 kg

Principal industries @ Energy and communication engineering @ Electrotechnical engineering

Other industry concerned @ Vehicle sectors

Presentation of the kit The instructional charging terminal highlights the constraints related to the charging of an electric vehicle. The selected terminal is a standard terminal that enables the user to connect their electric vehicles for a quick and safe charge. It uses a type 3 socket, light signaling components, control and transmission of data for operation and maintenance. The standard terminal is intended to be installed in a private access or monitored environment, both indoors and outdoors. Different charging modes are discussed as well as the types of connections used to connect the electric vehicles. The system enables the discovery of: @ the functionalities of the terminal: _ terminal-user communication, _ user identification by an RFID badge, _ Load management, _ transmission of data, _ locking. @ safety: _ control of the grounding of the vehicle during charging, _ self-diagnosis of the terminal, _ diagnosis of the load circuit of the vehicle, _ limiting the load current, _ protection (overload, short circuit, isolation fault), _ lightning protection. The instructional charging station system for electric vehicles includes: @ a 3 kW charging station equipped with a T3 socket and an RFID tag reader, @ a LEMCV 3-500 voltage sensor, @ a LEM HAL50 current sensor, @ a +15/-15 power supply for the sensors, @ a multifunction data acquisition NI 6008 module for the recovery of information using the Labview software, @ a protective cabinet with a switch-disconnector and a differential circuit breaker for the protection of the socket, @ a simulation cabinet equipped with LEDs and switches to simulate the presence of the vehicle (simulation of the grounding of the vehicle, and the vehicle load, etc.).

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The kit is mounted on a wheeling aluminum profile frame. The measurement points on the two compartment safety sockets are accessible on the distribution cabinets. (measurement and display of the U and I upstream and downstream of the terminal.) An electric vehicle equipped with a type 1 charging socket (5 pin) or type 2 (7 pin) can be connected directly to the output of the charging terminal (downstream of the simulation cabinet). Actual loads can be connected upstream of the simulation box (bicycles, scooter, or other loads through the 220 VAC + E sockets). For the Innovative Technology and Eco Design specialty, a T3 socket (male and female part) is offered in the suitcase with an exploded view, a 3D plan and an eco-design study.

An application for use with LabView is supplied with the charging terminal. A biometric option is suggested in the framework of a project sequence.

The offered practical exercises are intended to students in electrotechnical engineering, energy and communication engineering and electrical engineering.

LabView screen

To order MDGVE100: Instructional charging terminal MDGVE100BM: biometric option MDGVE100T3: T3 socket case is available in the 1st quarter 2013 Educational solutions catalogue 2013-2014

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Smart Grid application Educational objectives @ To analyze the principles of intelligent energy management. @ To manage the access priorities of various clients to energy, according to the priorities (status) assigned to them. @ To interconnect various energy sources.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth - 3 kW @ Dimensions (H x L x D) - weight: 1900 x 700 x 700 mm - 150 kg

Principal industries @ Electrotechnical engineering @ Electrical engineering

Presentation of the kit This equipment allows the study of energy management between different clients from multiple sources of electric power and storage. The equipment enables simultaneous charging of three or four light vehicles (electric bicycles, scooters, etc.). It authorizes charging of the vehicles connected if the capacity of the stored energy exceeds a threshold defined by the management body. A client connected on this bench may, according to its status, dispose of energy in three ways: @ with unlimited time access and with unlimited power (optimum conditions), @ with unlimited time access but with power limitations (degraded conditions), @ unauthorized access to energy. The system can be powered either by an energy supplier or by photovoltaic panels. The system is managed by a Twido controller. The double well safety sockets allow access to various electrical quantities and sizes of the different consumers as well as storage container quantities. A LabView acquisition device is used to study and visualize the energy exchanges. The bench is designed to allow either simulation of customers concerning the integrated loads into the system, or working on actual loads (a scooter and two bikes). Composition of the system The bench consists of an aluminum structure with rollers in which are incorporated: @ 2 batteries: a 10 Ah lithium potassium one and a 100 Ah lead acid one with their associated chargers, @ 1 autonomous UPS, 600 W, @ 1 Twido PLC, @ the control and protection elements, @ the various loads enable simulation of customers consumption.

To order MDG99VEL: Smart grid application bench with LabView application Available in the 1st quarter 2013

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Photovoltaic installation Isolated and non-isolated site Educational objectives @ To study a complete photovoltaic installation, in an isolated site @ To study a photovoltaic installation study connected to the network with a tracker. @ To measure the impact of temperature on the efficiency of the panel.

Electrical and mechanical features @ Power supply: 230 V + E + N for a non-isolated site @ Dimensions (H x L x D) - weight: depending on configuration

Principal industries @ Electro-technical industries

Other industries concerned @ Electrical engineering @ Thermal and HVAC engineering @ Professional licenses

Inverter

Presentation of the kit Contents of the photovoltaic installation bench, isolated site @ A production panel with a power of approximately 200 W is placed on the bench, which can be illuminated by a rail of artificial light for a good result reproductibility (optional), @ a probe to measure the temperature of the panel, @ a display placed on the front of the bench, @ a ventilation system will allow the panel to control its temperature and measure the effects on the energy production, @ load controller, @ a battery pack, 24 V, @ a resistive load 24 V, made up of two independently commutable switch bulbs (60 W and 40 W), @ Xantrex PROSine DC power source inverter, @ a resistive load of 230 V made up of a 60 W max bulb and a 230 V outlet for connection to an external load, @ a block diagram of the installation showing the entire system and its various components. In the diagram, 4 mm safety terminals are installed to enable voltage measurement and current measurement (using a shunt) in the 230 V circuit of the inverter output. Contents of the photovoltaic installation study bench to a concentration connected to the network with a tracker @ a production installation with a minimum peak power of 1000 W, mounted on a tracker where automation can be switched, @ a SunEzy non-autonomous type inverter with 2 kW power to connect to the network, @ the safety switchgears, @ upstream of the inverter (panel side): continuous switch-disconnector and lightning protection, @ downstream of the inverter (network side): circuit breaker + differential block 30 mA and lighting protection, @ a diagram with measuring devices and test points showing: _ the source, _ the inverter, _ the energy meter, _ the network. @ a measurement meter indicating upstream and downstream of the inverter: _ the voltage, _ the current, _ the power. In addition to the display, voltage, current and power measurements upstream and downstream of the inverter are available on the 4 well terminals. The internal voltage information to the inverter is also shown on the diagram. An energy counter measures the energy supplied by the inverter in the network.

Protection cabinet

To order Consult your usual contact.


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Vizelia offer Follow energy consumption in real-time Educational objectives @ To understand the concepts of energy efficiency in buildings. @ To optimize energy consumption in visualizing key consumption data by usage in order to appropriately interpret it and address the programming and management of the various loads. @ To configure an installation for the purpose of the optimization of energy consumption while improving occupant comfort. @ To learn the constraints of the RT2012.

Electrical and mechanical features @ Dimensions (H x L x D) - weight: 300 x 220 x 30 mm - 3 kg


Other industries concerned @ Fluids and energy engineering

Presentation of the kit Vizelia enables companies and public buildings to monitor in real time a dozen of key data related to their energy consumption (water, gas, electricity, temperature, etc.) over a period of 12 months, and allows buildings of the public and private sector to reduce their energy consumption by up to 30%. Based on the web, Vizelia Green collects and measures real-time energy consumption (water, gas, electricity). Vizelia offers, for example, immediate visibility on possible leaks or on high temperature levels. In addition, the solution provides powerful tools of analysis (energy signature, electricity monotone (1)) to identify the consumption reduction points. The offered support enables the following themes to be addressed: @ How does one design a building? @ How are choices made? @ the standarization, @ What are the solutions to increase energy efficiency? @ The screens of the Vizelia software (data visualization of a building) are available with a year to year comparison on consumption and actions taken to reduce energy costs in different sectors (lighting, heating, etc.), @ teaching sequences allow students from an initial inventory to propose improving solutions and compare them with the actual solutions implemented. The offer includes: @ teaching support on a CD ROM containing: _ educational sequences adapted for the college degree program, _ the RT 2012 guide: Analysis and solutions, _ the Energy Efficiency white book. (1) the monotone of consumption is a curve representing the consumption of electricity in a year.

To order MDG99VZBAT: Vizelia offer

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Energy efficiency case Educational objectives @ Monitor and count the energy consumption for the 230 V single phase and/or the 400 V three-phase consumers. @ Use and configure a power meter. @ Use PowerView software.

Electrical and mechanical features @ Power supply: _ 230 V + E single phase _ 400 V + E three phase @ Dimensions (H x L x D) - weight: 400 x 600 x 250 mm - 25 kg


Presentation of the kit This equipment enables basic measurements needed for a monitoring installation to be performed. It addresses three usage modes: @ the monitoring of energy for the 230 V single-phase consumers (the EE cabinet is placed between the power supply and the equipment in a pass-through mode), @ the monitoring of energy for the 400 V three-phase consumers (the EE cabinet is placed between the power supply and the equipment in a pass-through mode), @ the monitoring of energy for external consumers (the EE cabinet is used as a measurement device in external mode). The integrated cabinet: @ a switch containing the three operating modes specified above, @ three contactors, @ a power meter, @ a EGX300 Modbus/Ethernet gateway. Depending on the selected operating mode, the user will connect: @ upstream and downstream on the blue plugs and sockets in 230 V single phase, @ upstream and downstream on the red plugs and sockets in 400 V three phase, @ crocodile clips in the case of external measures. Consumption data is available in the EGX300 gateway via Ethernet socket on the front panel of the cabinet. With this data, the user can: @ establish a balance sheet of consumption, @ implement optimization solutions, @ follow in real time the results of the energy saving measures, @ Be notified on the state of its installation. Analysis software for the monitoring and logging of consumption is supplied with the kit.

Power meters

Internal view

To order MDG99140: Energy efficiency cabinet with analysis software Educational solutions catalogue 2013-2014

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Processes and machines management

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Processes and machines management Industrial control and machine safety ..................................................................................... 71 Drive and motion control ................................................................................................................ 83 Industrial automation and communication ........................................................................99 Automated systems ......................................................................................................................... 117



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Industrial management and machine safety

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Industrial management and machine safety Containment cabinet .......................................................................................................................72 Industrial component wiring bench ........................................................................................73 Motor starter packs ...........................................................................................................................74 Motor starter modular offer .........................................................................................................75 Training motors ...................................................................................................................................76 Motor starter bench ..........................................................................................................................77 Machine security modular offer .................................................................................................78 Detection workshop .........................................................................................................................79 Measurement and control bench ..............................................................................................80 ZigBee case n .....................................................................................................................................81 Wireless, batteryless button pack and biometric button n .....................................81

Products complying with the provisions of of the European Directives Compliance report available on request All of our products are delivered with: @ a hard copy of the technical manual and practical exercise book @ a CD with the same documents in a PDF format and the PLC applications


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Industrial control and machine safety

Containment cabinet Teaching objectives @ To run electrical tests without coming into contact with live parts. @ To implement an electromagnetic equipment in a safe environment.

Electrical and mechanical data @ Power supply: 400 V 3-phase + N + ground @ Size (H x W x D) - weight: 1470 x 700 x 350 mm - 70 kg


Package description An indispensable feature in prototype equipments and electrical engineering production workshops, this cabinet is used for power equipments training with all requisite protection devices as per the recommendations in documents on “tests and work in live voltage areas”. This equipment allows the following functions: @ electrical assembly test voltages only live if the cabinet door is closed (400 V and 24 V), @ lock switch for maintenance operations by authorised staff allowing for live voltage when the door is open, @ removable protection and control unit, @ trainee plate powering by safety terminals, @ trainee quick panel connections, @ exterior connections by safety terminals (2 motor outputs). The containment cabinet is supplied with: @ 4 Telequick plates, reference AM3PA86, @ 4 PVC plates, sizes: 295 x 200 x 3 mm, @ 24 withdrawable terminals, 5-pole, female, reference AB1BD533, @ a technical notice, reference MD1AD685T.

To order MD1AA685: containment cabinet with 4 sets of telequick plates and plug-in connectors

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Teaching objectives @ To install the electromechanical plate in a safety environment. @ To link the plate to an operational part. @ To conduct tests in complete safety.

Electrical and mechanical data @ Power supply : 400 V triple phase + N + E / <2.2 kVA @ Size (H x W x D) - weight: 1900 x 1050 x 750 mm - 140 kg @ Test cabinet: size (H x W x D): 1000 x 800 x 300 mm

Package description This bench is made up of a mobile monobloc structure designed to receive a control baseplate built by the trainee, which will then be connected to various operational parts (compressor unit, fan, pneumatic cylinders) using industrial connectors. The lower part receives the pre-wired operational parts. An electrical testing cabinet is mounted on the top part to accommodate the plates and establish the connections with the actuators. The rear part of the structure is designed to accommodate plate-mounted equipment in order to complete the range of actuators with which will be used. The test cabinet, equipped with a transparent door, is also pre-equipped with buttons, indicators and switches to control the plates built by the trainees.

Main industry

Operation of the enclosed equipment will be done according to the relevant requirements relative to live apparatus.


The bench includes an optional hardware kit to build a control plate. This kit comprises the following components: @ telequick plate, @ contactors, @ thermal overload relay, @ circuit breakers, @ disconnecting switch, @ cylinders, @ valves, @ electrical and pneumatic wiring accessories.

To order MD1AA200: IC wiring bench MD1AA209: plate kit for wiring


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Industrial component wiring bench



Motor starter packs Teaching objectives @ To study and work out motor starter unit diagrams. @ To understand the gear and differences in implementation. @ To build power control equipment.

Electrical and mechanical data @ Power supply: _ rated power of motor (not included): 1,5 kW _ remote-control circuit voltage: 24 V AC, 50 Hz _ rated voltage of power circuits: 400 V 3-phase + N + ground 50 Hz @ Size (H x W x D) - weight: 400 x 600 x 800 mm - 15 kg


Other industries

Package description Electromechanical trainees use this package to design, mount, wire and repair power control equipment. The electromechanical and electronic parts are used to study the functions relative to: @ isolation and disconnection, @ control and switching, @ short circuit protection, @ overload protection. The basic pack includes: @ a kit with plate and wiring parts, @ a 24 V AC power supply kit, @ a set of protections and contactors for: _ direct on line starter, reversing starter, _ 1 or 2-way star delta starter. The additional TeSys U pack includes: @ a kit to build an integrated, modular light-implementated, direct on-line starter and reversing starter. The additional speed controller pack includes: @ an Altivar speed controller, @ a soft starter, @ power Suite software.

@ Mechanical engineering @ Industrial technology

Basic pack

TeSys U Pack

Basic pack complement

Speed control pack

To order MD1AA740: basic set MD1AA740T: additional TeSys U set MD1AA740V: additional speed controller set

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Teaching objectives @ To discover the variable speed drive. @ To study and create the various motor starter diagrams. @ To get to know the equipment and the differences in implementation. @ To build power control equipment.

Electrical and mechanical data @ Power supply: _ motor nominal power: 0.18 kW, 230/400 V _ control circuits voltage: 24 V DC _ power circuits voltage: 230 or 400 V AC three phase @ Size (H x W x D) - weight: _ structure: 1030 x 400 x 910 mm - 6.5 kg _ modules: 70 x 150 x 245 mm - 0.7 kg approx.


Package description The motor starter modular offer is used to install the components of a power control device. The bench and kits are designed to study and install the products used for the electromechanical or electronic control of motor starters. The bench includes the most frequently used products in box kit form for training purposes. Two different training kits are available for learning and using the main functions encountered in building of electrical power control installations. The motor starter discovery kit, reference MD1AMLDM contains: quantity 1 1 1 1 1 1 3 1 1 1 1 1

description TeSys U starter module magnetic circuit breaker module thermal magnetic circuit-breaker module switch disconnector module fused (off-load) isolator module thermal overload relay module contactor modules reversing contactor module soft starter module time delay auxiliary module machine control module support frame

reference MD1AM1001 MD1AM1002 MD1AM1003 MD1AM1005 MD1AM1006 MD1AM1007 MD1AM1008 MD1AM1009 MD1AM1010 MD1AM1012 MD1AM7002 MD1AM000

The Altivar 312 discovery kit, reference MD1AMLATV312 contains: quantity 1 1 1 1 1

description Altivar 312 module, 0.18 kW thermal magnetic protection module drive control module 230/400 V, 0.18 kW asynchronous motor support frame

reference MD1AM5001 MD1AM1004 MD1AM7001 MD1AMP001 MD1AM000

The customisable module offer solution allows you to build your own configuration.

Reversing contactor module

Example installation

Soft starter module

To order MD1AMLDM: motor starter modular offer MD1AMLATV312: Altivar 312 discovery modular offer


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Motor starter modular offer



Training motors Teaching objectives @ To discover the asynchronous electric motor. @ To study the load current and power. @ To install and connect the various protection and control components.

Electrical and mechanical data

Package description The training motors simulate an electro-mechanical device (blower fan, electric pump, hoisting winch, etc.). Three models are available: @ a model on castors equipped with a 230/400 V three-phase motor with a power rating of 750 W, which offers the advantage of a conventional connection at a three-phase voltage of 230 V behind a drive powered with 230 V single-phase, for example,

@ Power supply: _ 230/400 or 400/690 V AC three phase depending on model _ 180 W or 750 W depending on model @ Size (H x W x D) - weight: _ model on castors: 465 x 465 x 750 mm - 35 kg _ tabletop model: 500 x 290 x 400 mm - 20 kg _ plinth-mounted model: 250 x 390 x 205 mm - 7 kg

@ a tabletop model equipped with a 400/690 V three-phase motor with a power rating of 750 W, which allows a star-delta starting from a main voltage of 400 V. Both of these two models include an asynchronous electric motor connected to a powder brake to vary the motor torque. These motors can be used in combination with any training equipment requiring a load (e.g. motor starter kits, training drive, TeSys U case, etc.). The powder brake is connected to the electric motor by a mechanical coupling. When voltage is applied to this brake, the motor torque varies as a result.

Main industry

This model is particularly well suited to the motor starter modular offer.

@ a base mounted model including a 180 W - 230/400 V AC asynchronous motor.


Other industries @ Mechanical engineering @ Industrial engineering and maintenance

0.75 kW motor

0.18 kW motor

0.75 kW LT motor

To order MD1AA529: 0.75 W, 230/400 V training motor MD1AA529LT: 0.75 W, 400/690 V training motor MD1AMP001: 0.18 W, 230/400 V training motor

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Teaching objectives @ To study typical diagrams of electromechanical and electronic motor starters. @ To combine power control components. @ To measure the circuit voltages and currents. @ To calculate torque, power and energy. @ To study protection.

Electrical and mechanical data @ Power supply: 400 V triple phase + N + E / 2 kVA @ Size (H x W x D) - weight: 1950 x 700 x 700 mm - 190 kg


Other industries @ Mechanical engineering @ Industrial technology


Motor starter bench Package description This bench allows motor starters to be studied chronologically: @ implementation of the most common diagrams: _ DOL starting, _ star-delta starting, _ reversing starting, _ starting with electronic starter. @ combining power control components: _ switch, _ isolator, _ contactor, _ thermal overload relay, _ compact Tesys U starter. @ measurement of circuit voltages and currents, @ calculation of torque, power and energy. The motor starter bench includes: @ two autonomous and independent work panels with industrial components connected to safety sockets, @ one panel to analyse and connecting the power circuit, @ one panel to analyse and connecting the power and control circuit, @ a plinth with 2 units (230 V AC - 185 W motor / 190 V DC - 280 W generator), @ two adjustable load rheostats, @ a voltmeter to measure the voltage at each point of the circuit, @ ammeters for each motor phase and load, @ wiring accessories compliant with safety standards. Motor starters are built using the following types of component: @ basic function components, such as the Vario switch, LS1D isolator, LC1 / LC2 contactors, class 10 LRD thermal overload relay, @ components with multiple or integrated functions, such as the GV2 circuit breaker, Integral 18, TeSys U motor starter or ATS01 starter.

Automatic panel

Manual panel

To order MD1AA540: motor starter bench


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Machine safety modular offer Teaching objectives @ To discover the devices which can be installed to make an industrial machine safe. @ To determine the risk levels. @ To know the legislation in force.

Electrical and mechanical data @ Power supply: 230 V AC @ Size (H x W x D) - weight: _ Structure: 1030 x 400 x 910 mm - 6.5 kg _ Modules: 70 x 150 x 245 mm - 0.7 kg approx.

Main industries @ Electrical engineering @ Industrial engineering and maintenance

Package description This offer allows trainees to conduct a risk evaluation analysis and implement solutions compliant with the relevant standards: @ EN/ISO 12100: general design principles, @ EN 954-1: safety solution category, @ EN ISO 13849-1: maximum performance level of the solution, @ EN IEC 62061: maximum safety integrity level (SIL) of the solution. This latter standard (SIL: safety integrity level) considers the use of new technologies in the products and safety solutions and suggests guidelines for calculating the probability of a breakdown. The safety integrity level (SIL) is the new evaluation, defined by IEC 61508 standard, concerning the probability of failure of a function or a safety system. The machine safety modular offer implements certain safety components. These modules ensure maximum protection for all safety functions present in an automation system. The safety functions covered are: @ monitoring the emergency stop and safety switches, @ monitoring coded magnetic switches, @ controlling the zero speed by connecting to a key operated safety switch. Installation components: @ safety switch with turret head, @ safety limit switch, @ coded magnetic switch, @ safety limit switch with electrical interlock, @ category 3 safety module for monitoring the emergency stop, @ category 4 safety module for monitoring the emergency stop and the safety switch, @ category 4 safety module for monitoring the magnetic switch, @ category 3 safety module for controlling the zero speed, @ contactor relay module for connecting to the Preventa module outputs.

Emergency stop module

Safety switch monitoring module

The operational part simulates the movement of a machine (protected by a screen) and a fan (also protected by a screen). The operational part and the control part are linked by means of safety sockets.

Zero speed control and time delay module

Contents of the machine safety kit MD1AMLSECU: @ a safety module for emergency stop monitoring (MD1AM9001), @ a safety module for emergency stop and limit switch monitoring (MD1AM9002), @ a coded magnetic switch monitoring module (MD1AM9003), @ a time delay monitoring module (MD1AM9004), @ a zero speed monitoring module (MD1AM9005), @ a time delay monitoring module (MD1AM9006), @ a 24 V DC, 2.5 A power supply module (MD1AM4001), @ two contactor relay modules (MD1AM1011), @ a support frame (MD1AM000), @ a thermal magnetic circuit-breaker module (MD1AM1003), @ a contactor module (MD1AM1008). Modules can be ordered separately.

Control part and operative part of the machine safety kit

To order MD1AMLSECU : command part of the machine safety kit MD1AMP011 : operational part of the machine safety kit

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Teaching objectives @ To study the principles of industrial detection. @ To learn about detection technologies. @ To implement sensors.

Electrical and mechanical data @ Power supply: 230 V single phase + ground @ Size (H x W x D) - weight: _ box: 170 x 260 x 230 mm - 5 kg _ grooved plate: 80 x 760 x 460 mm - 8 kg _ parts and target kit: 130 x 420 x 380 mm - 8 kg _ sensor kit: 130 x 520 x 420 mm - 5 kg

Main industry @ Industrial technology

Other industries @ Electrical engineering @ Mechanical engineering

Sensor kit: Three photoelectric sensors to read labels and marks and detect colours are available as a separate option. Parts for the practical exercises on these sensors are supplied with the parts kit.

Package description The grooved plate is used to: @ position sliding vices on an Y-axis rail (460 mm long) relation to the X-axis (600 travel), @ quickly mount and dismantle the sensors and targets, @ measure the detection distances with graduated rulers. The parts kit includes: @ two quick-opening and tight-screwing vices, @ two vice-raising supports also used as reflector holders, @ a vice with a 75 opening and screw tightening (M12) to hold the targets, @ a 15°, 30°, 45°, 90° cam for tests with rank switches, @ a set of steel, aluminium and brass targets for inductive sensors, @ a set of targets metallic colour, cardboard, reflecting strip, glass, mirror and neutral reflection, @ a set of reflectors and cylindrical targets, @ a set of coloured labels. The pre-wired sensor kit includes: @ a set of rank switches to analyze rectilinear and angular movement detection, @ a set of inductive and capacitative sensors (in 2/3 wire technology for material detection), @ a set of photoelectric sensors (beam, reflex, optic fiber, background suppression, etc.). Power supply kit: Adjusted, the kit supplies variable DC voltage via a 0-24 V potentiometer for testing sensor operation. The sensors are connected to safety sockets of 2 and 4 mm in diameter. Sensor status is displayed by indicators which make real output loads (100 m A/24 V and 20 m A/24 V).

Sensor and accessories cases

Power supply case

To order MD1AA501: full detection workshop (MD1AA500, MD1AA502, MD1ACAVR) MD1AA500: grooved plate and parts kit MD1AA502: sensor case MD1AA509: sensor kit MD1ACAVR: power supply box Educational solutions catalogue 2013-2014

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Detection workshop



Measurement and control bench Teaching objectives @ To study and implement analogue measurement sensors. @ To study the related electrical and electronic assemblies. @ To study analogue-to-digital and digital-toanalogue conversions. @ To understand PID regulation.

Electrical and mechanical data @ Power supply: 230 V single phase + ground / < 130 VA @ Size (H x W x D) - weight: 560 x 470 x 330 mm - 20 kg

Main industries @ Electrical engineering @ Mechanical engineering

Package description The measurement and control bench includes five workstations: @ weight measurement (plastic, aluminium or steel) by a strain gauge, @ non-contact distance measurement with an industrial analogue photoelectric sensor, @ contact distance measurement with a linear potentiometer, @ speed control (PID) with a motor and a speed controller with a tachogenerator feedback, @ heat control (discrete and PID) with a mini-enclosure equipped with a heating system (lamp), temperature measurement device (PT100 probe + interface) and a disruptive system (fan). A TSX Micro PLC (digital 16I/12O, analogue 8I/2O) is used to control the workstations and run them from: @ a Magelis type terminal, @ pre-set PL7 operating monitors, @ Ethernet links (ETZ510 plug-in and HTML pages). The discrete PLC inputs/outputs and measurement sockets can also be used on 4mm safety terminals. Software is provided to view speed and temperature change curves on a PC.

To order MD1AA620: measurement and control bench

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Educational objectives @ To study the systems communicating with the Zigbee protocol. @ To implement a solution compatible with the wireless and batteryless Green Power ZigBee protocol. @ To compare between the wired and wireless solutions.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth @ Dimensions (H x L x D) - weight: 130 x 350 x 380 mm - 3.5 kg

Presentation of the kit This instructional case enhances to the implementation of industrial products that communicate with the wireless and batteryless ZigBee protocol. ZigBee is the global wireless language connecting extreme different devices in order to work together and improve everyday life. A dongle is provided for analysis on a PC of the ZigBee frames issued by the buttons. A biometric validation button enables the press to function. The case includes 4 synoptics driven by a wired solutions or the wireless ZigBee solution, with: @ receiver boxes, @ ZigBee push button, @ Wired push button, @ 1 technical documentation, @ 1 instructional documentation, @ 1 configuration simulator.

Principal industries concerned @ Industrial Science @ Electrical engineering industries


To order

@ Maintenance @ Electronics

MD1AAVZIGBEEB: ZigBee case

Wireless, batteryless button pack and biometric button Educational objectives @ To implement a system that communicates using the Zigbee protocol. @ To turn on and configure biometric technology. @ To highlight performances and benefits of these technologies.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth

Principal industries concerned @ Industrial Science @ Engineering science @ Electrical engineering

Other industries concerned @ Maintenance @ Electronics @ Electro-technical

Presentation of the kit This pack tackles the implementation of industrial products that communicate with the wireless and batteryless Green Power ZigBee protocol. The kit enables cabling with a wired solution or the wireless ZigBee. This kit offers the opportunity to study and implement a solution that is secured by a digital imprint. It enables for wiring solution controlled by a biometric device or a conventional solution with a keypad. Benefits ZigBee is the global wireless language connecting extreme different devices in order to work together and improve everyday life. The biometric command enables the simple control of all of your accesses while ensuring a high level of security in providing inviolable protection. Applications for industry and buildings. Contents The kit includes: @ 1 biometric button, circuit breaker and 2-position button, box with 3 color indicators, @ 24 V DC power supply, programmable relay and PNP receivers, emitters for the wireless button, button box, button and color indicator lights, and 6 A three phase contactor, and 24 V DC plug-in relay, @ technical manuals, help with wiring, wiring diagram, lab manual.

To order MD1AAPZIGBIOM: Zigbee and biometric button pack


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ZigBee case


Drive and motion control

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Drive and motion control Speed controller and starter packs .......................................................................................... 84 Educational controllers .................................................................................................................... 85 Controller case ..................................................................................................................................... 85 Load bench .............................................................................................................................................. 86 Altivar speed controller training bench ................................................................................. 87 Powder brake speed controller bench ................................................................................... 88 Altivar 32 case n ................................................................................................................................... 89 Brushless motor case n ................................................................................................................... 90 Axis X and Z test bench, asynchronous motor with flux vector control n ......... 91 Axis Z test bench, synchronous or asynchronous servo-motor n ........................ 92 Mini hoisting system, ML03 cable winch n ........................................................................... 94 Vertical displacement load test bench, SL02 cable winch n ..................................... 95 SL71 lifting application test bench guidance by flux vector control ..................... 96 Swing control system, SLT01 suspended load n .............................................................. 97

Products complying with the provisions of the European Directives Compliance report available on request All of our products are delivered with: @ a hard copy of the technical manual and practical exercise book @ a CD with the same documents in a PDF format and the PLC applications


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Speed controller and starter packs Educational objectives @ To study and implement electronic motor starters. @ To configure a starter or an electronic inverter. @ To understand the fundamental principles of communication.


Other industries concerned @ Mechanical engineering @ Maintenance engineering

Presentation of the kit The speed variation packs allows an understanding of the different types of starters and speed controllers. Depending on the choice, the user can explore various communications functions (networks and fieldbus) as well as configuration functions. Three packs are dedicated to the study of starters: @ Altistart packs 01, 22 and 48. Four packs for the study of frequency converters: @ Altivar packs 12, 312, 71 and 32. The packs consist of: @ for the starters: _ an Altistart starter, _ a circuit breaker, _ a contactor, _ software for the Altistart 22 and Altistart 48, _ a PC/Altistart connection cable for the Altistart 22 and Altistart 46, _ a Modbus interface for the Altivar 46.

Altistart 01

Altistart 22

Altistart 48

@ For the frequency converters: _ an Altivar speed controller, _ PowerSuite or Somove software, _ a PC/Altivar connection cable, _ a Modbus/Ethernet interface for the Altivar 312 and Altivar 71, _ a connection kit.

Altivar 12

Altivar 312

Altivar 71

Altivar 32

For more details on the packs, visit www.schneider-electric.fr education section, under the Energy Control section.

To order MD1APATS01: Altistart 01 progressive starter pack MD1APATS015: pack of 5 Altistart 01 progressive starters MD1APATS22: Altistart 22 soft start-stop pack MD1APATS48: Altistart 48 soft start-stop pack MD1APATV12M: Altivar 12, 240 V single-phase pack MD1APATV12T: Altivar 12, 240 V three-phase pack MD1APATV312M: Altivar 312, 240 V single-phase pack MD1APATV312T: Altivar 312, 400 V three-phase pack MD1APATVM: Altivar 71, 240 V single-phase pack MD1APATVT: Altivar 71, 400 V three-phase pack MD1APATV32M: Altivar 32, 240 V single-phase pack MD1APATV32T: Altivar 32, 400 V three-phase pack

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Teaching objectives @ To discover the basic principles of a variable speed drive. @ To study and operate a variable speed drive. @ To control three-phase asynchronous motors. @ To operate the display terminal and the drive functions (display, adjustment, configuration, etc.).

Package description The training drives are used to carry out, in complete safety, the operations necessary to set up an asynchronous motor, where there is a need to vary the operating speed. The training drives exist in two versions: @ a basic Altivar 312 version, @ a more advanced Altivar 71 version. Both of these training drives can be connected to the Controller Inside bench, reference MD1AA595.

Electrical and mechanical data @ Power supply: 240 V AC single or three-phase or 400 V AC three-phase @ Size (H x W x D) - weight: 430 x 400 x 250 mm - 8 kg

Main industry

To order


MD1AA31W03M2 : Altivar 312 training version, 0.37 kW, 240 V AC single-phase MD1AA31W15N4 : Altivar 312 training version, 1.5 kW, 400 V AC three-phase MD1AA71W03M3 : Altivar 71 training version, 0.37 kW, 240 V AC three-phase MD1AA71W15N4 : Altivar 71 training version, 1.5 kW, 400 V AC three-phase Different ratings available on request.


Drive enclosure Teaching objectives @ To discover the basic principles of a variable speed drive. @ To study and operate a variable speed drive. @ To control three-phase asynchronous motors. @ To operate the display terminal and the drive functions (display, adjustment, configuration, etc.).

Electrical and mechanical data @ Power supply: 400 V AC three phase + N + E @ Size (H x W x D) - weight: 550 x 450 x 250 mm - 15 kg

Package description The Altivar 312 enclosure is used to carry out the operations necessary to set up a drive connected to an asynchronous motor in complete safety. It is designed with all the control, power and monitoring points connected to safety sockets for ease of use. There are two diagrams on the front panel of the enclosure, one showing the internal operation of the drive and the other representing the motor used. The measurement points are available as safety sockets on these diagrams. All the control circuit connection points are linked to safety sockets on the enclosure door. The diagram incorporates the drive control elements (switches, potentiometer and indicators). The kit also includes safety sockets to connect the three-phase motor of an operational part.



To order MD1AA585 : Altivar 312 enclosure, 1.5 kW, 400 V AC three-phase


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Training drives



Load bench Educational objectives @ To discover the different types of loads: pump, ventilator, hoist, conveyor, etc. @ To work on the different types of torques: constant, linear, quadratic, hyperbolic, manual.



Presentation of the kit The Controller Inside load bench together with an inverter box highlights the different types of loads (pump, ventilator, hoist, etc.). It enables to work on different resistance modes or driving torques such as constant, linear, quadratic, hyperbolic and manual torques, through the Altivar 71 controller inside card application in the bench. The bench is made of two asynchronous motors mounted face to face. A motor with a power of 180 W - 230/400 V, which must be controlled by external controller to the bench, drives an asynchronous motor with a power of 370 W - 230/400 V simulating the load. The 370 W asynchronous motor is controlled by an Altivar 71 type speed controller, which the energy is dissipated in the braking resistance, all of which are located inside of the bench. The role of the controller inside of the bench is to master the load. The optional Controller Inside card manages the different types of torques and simulates layout situations. The application for these simulations was created using CodeSys software.

Other industries concerned @ Mechanical engineering @ Industrial and maintenance engineering

Load bench (Altivar enclosure to be ordered separately)

To order MD1AA595: Load bench

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Teaching objectives @ To control asynchronous motors. @ To learn the speed controller operating principle. @ To learn the main speed controller settings.

Electrical and mechanical data @ Power supply: 230 V single phase + ground / 0.4 kVA @ Size (H x W x D) - weight: 480 x 790 x 450 mm - 42 kg



Package description An Altivar educational bench renders to learn the control of asynchronous motors, discovering the basic principles of a variable speed drive, the variable speed drive operation, standard controls and cabling of the motor section and control section. The aluminium bench is designed to study and safely learn the basics of an electronic speed controller. It includes: @ an Altivar 312 variable speed drive or equivalent, @ a diagram with test and testing sockets (supply voltage, internal voltage, motor voltage, current, speed), @ a 0.37 kW asynchronous motor connected to a powder brake, @ a coupler powder brake allowing various levels of load to be defined, @ a set of flexes. The working diagram shows how to connecting to the safety sockets: @ the control and signalling sequence, @ the speed controller inputs/outputs, @ the motor terminals. The general control and protection sequences are pre-wired.

To order MD1AA580FP: Altivar training variable speed drive bench


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Altivar speed controller training bench



Powder brake speed controller bench Teaching objectives @ To drive an asynchronous motor with a frequency converter. @ Commition speed controller. @ To study thermal protection. @ To study torque/speed laws by simulating different loads. @ Behaviour in the braking phase.

Electrical and mechanical data @ Power supply: 400 V 3-phase + N + ground / 2 kVA @ Size (H x W x D) - weight: 1500 x 630 x 680 mm - 143 kg


Package description The bench is designed to study an asynchronous motor drive solution by simulating constant, proportional and quadratic-torque loads, which correspond to various load types (pump, fan, hoisting etc.). It includes: @ a 1.5 kW asynchronous motor with an inertia wheel, @ an Altivar (ATV71U15N4 or equivalent) with braking resistance, @ a fan cooled FRAT650 powder brake load system, @ a TSX Micro PLC to simulate different types of loads, @ a speed controller control sequence (selection switches and signalling lamps), @ testing safety sockets to read data: _ main voltage and current, _ motor voltage and current, _ motor temperature (PT100 probe), _ speed feedback voltage, _ powder brake torque. There is also a switch to simulate simple breakdowns to run the Altivar diagnostic data.

To order MD1AA570: Altivar bench with powder brake

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Educational objectives @ To discover the basic principles of a frequency inverter for three-phase asynchronous and synchronous motors. @ To study and implement a variable speed controller. @ To use the start-up and operating SoMove software.


Principal industries @ Industrial Science @ Electrotechnical engineering

Other industry concerned @ Electrical engineering

Presentation of the kit The Altivar 32 drive is a frequency inverter for three-phase asynchronous and synchronous motors. The drive integrates different motor control regulations for the threephase asynchronous motors. It also uses a control regulations specifically dedicated to motors synchonized with permanent magnets. The drive has an integrated Bluetooth connection and six digital inputs, three analog inputs, one digital/analog output and two relay outputs. Operation This institutional equipment enables the following topics to be addressed: @ Configurations: standard or customized, @ Settings: factory or machine manufacturer, @ Application-specific functions (conveying, cutting, hoisting, etc.), @ optimization of servo control through regulation of switching frequency, The setup software SoMove associated with the case enables: @ the preparation of the configurations, @ the commissioning of the OED, @ and maintenance. This software provides quick access to device data (information about the equipment, configuration, faults, etc.) and has an oscilloscope function. The SoMove software can communicate wirelessly through Bluetooth with the integrated connection in the controller. (requires a PC equipped with a Bluetooth connection).

To order MD1ATV32FA: case for asynchronous motors MD1ATV32FS: case for synchronous motors Educational solutions catalogue 2013-2014

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Altivar 32 case



Brushless motor case Educational objectives @ To study a transport system incorporating a brushless motor. @ To study and configure positioning.


Principal industries @ Energy and environmentengineering @ High school engineering science

Other industries concerned @ Electrotechnical engineering @ Maintenance

Presentation of the package This case enables the study of the characteristics of a linear motion system incorporating a brushless motor and addresses the functional approach of an energy chain. Contents This bag consists of a linear movement axis that is comprised of a movable shaft structure and a stationary motor element. The type of movable shaft structure of the drive is made using a notched belt and the type of guide is formed by rollers. Motion control consists of a motor and integrated electronics. This command is controlled by a CANopen communication interface linked to a Twido PLC. The engine is equipped with a single-turn encoder with 0.02° precision. A laser pointing system allows problems and the performance of the axis positioning to be visually highlighted. A human - machine communication terminal enables the data to be visualized, ensures the parameterization, and impacts control, depending on the mode selected. The case is furnished with software to enable the curves to be viewed on a PC and the storage of the values onto an Excel spreadsheet.

To order MD1AAVBRUSH: Brushless case

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Axis X and Z test bench Educational objectives @ To study the movement and positioning controlled by a speed controller. @ To study the concepts of dynamics, inertia, speed/positioning and the torque of a system. @ To perform measurements.

Electrical and mechanical features @ Power supply: 400 V three-phase + Neutral + Earth @ Dimensions (H x L x D) - weight: Operative part: 2150 x 2250 x 1300 mm 290 kg Command part: 1000 x 800 x 300 mm 30 kg


Presentation of the package This patented system is representative of equipment or industrial machines using electric motors. It allows a comparative study of two servo technologies by an asynchronous motor in an open or closed loop (in speed and position) commonly found on automated production lines. Depending on the successive positions of the robot, the axis of displacement may change, resulting in the adjustment of the engine speed according to the vertical, inclined or horizontal position. Contents Operative part _ motor-supported trolley moving on a ballbearing slide mounted on an inclinable girder, @ the drive is implemented by a complete rack and pinion system: _ a torque meter, _ a 2048 point incremental encoder, @ motor: _ parallel shaft gear reducer, AC brake, reversible movement, 0.37 kW power, motor equipped with a 1024 point encoder (for the flux vector control card). Control part A control box containing: @ 1 programmable controller, @ 1 Altivar 71 speed controller + encoder card, Ethernet card, @ 1 touchscreen XBTR terminal to control in automatic mode, @ On/Off pushbutton, reset and manual control, @ 1 auto/manual switch, @ signaling lights, @ 1 RJ 45 (Ethernet) network connector. Data reading along BNC connectors: @ Speed and distance using a 2048 point incremental encoder, A and B channel outputs, analog outputs +/- 10 V, @ force: from a 20 Nm torque meter, analog output in +/- 10 V. Measurements on the dual-well material safety data sheets: @ upstream and downstream voltage of the inverter and inverter output current.

To order MD1AA410AXZ01M: Test bench and axis X and Z study


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Asynchronous motor with flux vector control


Axis Z test bench Drive and motion control

Synchronous or asynchronous servo-motor Educational objectives @ To study the movement and position controlled by a speed controller. @ To study the concepts of dynamics, inertia, speed/position and the torque of a system. @ To perform measurements.

Electrical and mechanical features @ Power supply: 400 V three-phase + Neutral + Earth @ Dimensions (H x L x D) - weight: Operative part: 2100 x 1200 x 700 mm 290 kg Command part: 900 x 700 x 300 x 30 kg


Presentation of the package This product is adapted from a Ledent Machines & Equipements system This system is representative of a machine tool with axis movements controlled either by synchronous or asynchronous motor allowing simulation of a machine tool moving along a vertical Z axis. It allows implementation of practical exercises in moving areas, positioning, and servo-driven control by a variable speed drive. Contents Operative part: _ principle of a motor-supported trolley traveling on a girder representing a traveling condition called the "axis" of vertical movement (according to the machine tool terminology''). The trolley is mounted on ball bearing slides and has adjustable fixing triangles (machine tool type), _ rack and pinion drive, 0 to 8m/min speed or 0 to10 m/min depending on the version. @ For the brushless version: _ brushless motor with parallel shaft, reversible movement, 2500 rev/min, 18 Nm torque, equipped with a multi-turn resolver, parking brake for a lack of power, 1 power and 1 resolver shielded cables. @ For the asynchronous version: _ Parallel shaft gear reducer, AC brake, reversible movement, 0.37 kW power, 230/400 V supply voltage. Type of brake: lack of current, 196 V DC supply voltage, integrated power supply, IP 40 brake protection, cable and multipin outlet. Motor equipped with a 1024 point encoder (for the flux vector control card), PTC sensors. @ girder: _ 2 m long, 1.50 m effective travel, positioned vertically, mounted on a base to ensure the stability of the system. @ the movements are limited at the ends: _ by limit switches: inductive sensors on the deceleration ramp allowing pendular movement, shutdown varies according to the setting of the variable ramps, _ overtravel security by: dry contact roller type on a safety clasp, _ by "tamperproof" mechanical limit stops with damping pads, _ possibility of mounting intermediate inductive sensors. @ protection unit: _ steel tube frame design, "Makrolon" translucent bay, _ the door opens by turning the central handle after unlocking the security release using a key. @ the building: _ fabricated lightweight steel structure, painted with hot fix epoxy, light gray and dark gray base with security signs. Control part: _ 1 ventilated electrical cabinet, translucent door, mounted on a stand with a shelf, _ connection to the operative part through an industrial type multispindle (separate power and control). _ upper part: safety buckle with lockable switch, Preventa 30 mA relay circuit breaker, emergency stop, overtravel limit key release and door opening. @ lower part: control panel specific to the motorization containing: _ 1 Lexium LXM 32 or Altivar 71 axis card depending on the version, _ 1 Twido Ethernet PLC+ battery and PC cable.

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Installed programs: _ 1 pendular cycle for swing limit switches, adjustable setting, _ 1 progressive cycle: source at the lower switch limit: - a short distance at a low speed, - a medium distance at medium speed, - a long distance at a rapid speed. Readings and measurements can also be made dynamically. Measurement and network connections: _ outputs at the clamp for the clamp-on ammeter: motor current _ outputs on the material safety data sheets: encoder, _ outputs on the material safety data sheets: tachometer, _ outputs on the material safety data sheets: thermal sensor, _ 1 RJ 45 (Ethernet) network connector, _ 1 PC/PLC link USB connector. Compliance The equipment is designed and manufactured to meet the technical design and construction requirements of European Directive 2006/4/EC. Reference to the AFNOR standards: EN 60 204 – 01– EN 294 – EN 292 – 1 and 2. The system is the object of the CE manufacturer mark, from an audit report by an approved organization.

To order MD1AA410AZ02BM: Z axis educational test best with brushless motor. MD1AA410AZ02AM: Z axis educational test best with synchronous motor. Educational solutions catalogue 2013-2014

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Mini hoisting system Drive and motion control

ML03 cable winch Educational objectives @ To study movement using a cable winch with directly suspended load. @ To implement control panels. @ To test, adjustment, data statements.



Presentation of the package This mini-lift is intended for plate wiring work to be performed by the students, according to the diagrams provided by the manufacturer. It is used to: perform voltage - current measurements, variable according to the load lifted showing the operation of the drive train of a winch system, its switch limit and overtravel system, and the role of hoisting a pulley system. Includes: @ industrial type winch consisting of a brake motor, reversible parallel shaft gearbox, three-phase asynchronous motor 250 W 400 V + Neutral / speed 1450 r/min., parking brake (for a lack of power), system of top and bottom dry contact limit switches with rollers, high security over-travel (double contact), low security over-travel (single contact), @ winch drum with rollers with non-rotating cable equipped with a safety swivel hook, @ capacity: 250 kg, cart with safety latch. Load of 5 iron dumbbells of 10 kg, reeving, @ welded steel frame (disassembled), @ steel protection unit. The set is painted with hot fix epoxy. The control box is pre-equipped for a direct starting sequence. Lift control on manual mode is through a push button control type crane outside of the enclosure. A variant is with an Altivar 312 inverter and a Twido PLC allowing the connection to a low voltage switchboard through the Ethernet network. Data statement on the material safety data sheets: motor voltage and current.

To order MD1AA400ML03 : micro lifting bench with direct starting. MD1AA400ML03TA: micro lifting bench with Twido PLC and Altivar 312 inverter.

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Vertical displacement load test bench Educational objectives @ To study the performance of a lifting assembly using a speed controller/ asynchronous motor operating in an open-loop function.

Electrical and mechanical features @ Power supply: 400 V three-phase + Neutral + Earth @ Dimensions (H x L x D) - weight: 1850 x 1200 x 1000 - 250 kg


Other industry concerned @ Industrial maintenance

Presentation of the package System allows the evaluation or measures the performances of an motor, with a variable load directly suspended (dynamic: torque) capacity 10 to 80 kg, speed of de 0 to 20 m/min. The system highlights the benefits of using an inverter in an open-loop and in comparing the measures taken in direct control The system is equipped with speed measurement on the fast shaft of the motor using a tachogenerator. Optional reeving allows doubling of the unwinding path of the winch. Contents Technology: winch, hoisting application performed according to the Machinery Directive 2006/42/EC. Load directly suspended from a cable (non-rotating swivel hook) winded on a drum (high density polyethylene) mounted directly on the shaft of a reducer (reversible parallel shafts ) which is coupled to an asynchronous motor. The latter is equipped with a fan, temperature sensor, a parking brake when de-energized and a 1024 point encoder. The output terminals of the motor (three-phase AC motor 0.75 kW, 1450 r / min, 400 V, 50 Hz) are linked to safety sockets to achieve coupling. Speed variation control of velocity in open loop using an Altivar 71. Load sensors (optional). Transmission of data along the connectors: @ speed from the encoder linked to the BNC card, @ force: from the load sensor option linked to the BNC sockets, @ temperature: through the thermal sensor connected to the double sink cards. Measurements on the dual-well material safety data sheets: @ voltage, @ motor current.

To order MD1AA400SL02M: 0.75 kW lifting bench with pulley system and commissioning. MD1AA400SL02CM: 0.75 kW lifting bench with load sensor and commissioning Educational solutions catalogue 2013-2014

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SL02 cable winch


SL71 lifting application test bench Drive and motion control

Guidance by flux vector control Educational objectives @ To study the behavior of a lifting system controlled by a flux vector control drive. @ To commission and operate the system and perform the reading of data. @ Highlight the performance and benefits of feedforward and feedback control. @ To study the mechanics of the starting and braking phases.



Presentation of the kit This patented lifting winch system evaluates the behavior of an asynchronous motor in the case of a directly suspended load between 0 and 150 kg. Contents Technology: A cable winch used on cranes, a gantry crane, lifting hoist, lifting application, performed according to the Machinery Safety Directive 2006/42/EC. Offered in 2 versions: @ DOL starter or speed variation control, @ Speed variation control with load sensors. System allows the evaluation or measures the performances of a motor, with a variable load directly suspended (dynamic torque and in real-time) capacity 10 to 150 kg, speed 0-33 m/min. The effects of overload, rebounding and positioning accuracy are visible at the motor mount, hinged onto damping pads. The system highlights the benefits of using a feedback configurated, flux vector control drive, compared to a feedforward configurated control drive (unstable at the zero setpoint). In the load sensor version, the system allows comparison of the load measurement to that calculated by the speed controller. The system is equipped with a speed or positioning measurement encoder with dual display and configurable meter, It can be connected to a communicating finite-state machine (optional). Operative part: @ 1 gear motor/brake, 1.5 kW, 400 V AC, three-phase, self-ventilated, 1500 t/min, temperature sensors and incremental encoder, 1024 points for the FVC feedback card, @ 1 reversible movement winch drum. Summary of data on material safety data sheets, information on the displays: @ speed and distance: 100 point incremental encoder, A and B channel outputs, analog outputs +/- 10 V, @ force: torque meter, +/- 10 V ANA output, @ temperature of the PTC motor temperature sensors: in ohms. Measurements on the dual-well material safety data sheets: @ upstream and downstream voltage of the drive, @ drive output current.

To order MD1AA400SL71DM: Lifting bench with a ATV71 DOL starter and commissioning MD1AA400SL71CM: Lifting bench with a ATV71 load sensor and commissioning MD1AA409MF: hauling option

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Swing control system Educational objectives @ The study the movement and positioning controlled by a speed controller. @ To study the concepts of dynamics, inertia, speed/positioning and torque of a system. @ To study anti-sway control.

Electrical and mechanical features @ Power supply: 400 V three-phase + Neutral + Earth @ Dimensions (H x L x D) - weight: Operative part: 2150 x 2250 x 1300 - 290 kg Command part: 1000 x 800 x 300 - 30 kg


Presentation of the kit This patented system is a multipurpose machine for translatory lifting representative of industrial handling equipment. This system allows the study of the movements and positioning of a load that can be equipped with an anti-sway control system and be completed by a sway-controlled system. Contents Lifting technology by cable winch (100% by overhead cranes) and translatory suspension using a rack and pinion system. Operative part: @ lifting using a cable winch: _ 100 kg capacity, maximum speed 20 m/min, hooking route length 1.50 m, 1.20 m with weight, suspended by an asynchronous electric brake motor 0.37 kW, reversible parallel shafts fitted with a switch limit system on cams: 2 switch limits and 2 over-travel devices (machine-tool type roller contactors). Encoder arrangement. Lifting of the load (10 to 80 kg) using an anti-swivel cable with a safety swivel hook, either directly or through reeving (easily interchangeable device, allowing to double the lifting winch time). @ lifting by carriage: _ Suspended lifting using a 0.25 kW asynchronous brake gear motor, reversible spiroplan, maximum speed 20 m/min, rack and pinion system and linear rail guides and track rollers. Switch limit system on cams: 2 switch limits, 2 over-travel devices (machine-tool type roller contactors). Control part: manually by crane bridge type button control box, automated on the console: _ Lifting part using Altivar 312 drive, _ Lifting part by DOL starter. Automation provided by a programmable controller + Ethernet communication. Security and labor code: @ CE marking – Machine Safety Directive 2006/42/CE, @ Load: Commercial dumbells, @ Switch limits and over-travel security devices along the two directions, @ independent safety enclosure and inaccessible to students. Instructional use Containment box in which can be mounted interchangeable plates (DOL starting, variable speed, automation) or cable wiring by the students. Mounting of the encoders and intermediate sensors is possible.

To order MD1AA400SLT01AM: Translatory lifting bench with pulley system and commissioning. MD1AA400SLT01BM: Translatory lifting bench without pulley system, with swing control and commissioning. Educational solutions catalogue 2013-2014

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SLT01 suspended load


Industrial automation and communication

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Industrial automation and communication TSXBT control desk ........................................................................................................................100 HMI case ................................................................................................................................................100 PLC packages .....................................................................................................................................101 Training PLCs ....................................................................................................................................102 Automation modular offer .........................................................................................................104 Automation modular offer, operative part ......................................................................105 RFID modules, card game n ....................................................................................................106 RFID case ..............................................................................................................................................107 RFID package ......................................................................................................................................108 Human - machine dialog package n ...................................................................................108 ZELIO - GSM / Ethernet / Modbus package n ................................................................109 Bac Pro wiring base plate, intermediate certification n .........................................110 Didaflex baseplates ........................................................................................................................111 Communication case ....................................................................................................................112 Comsi case ..........................................................................................................................................113 Communications case for teaching n ...............................................................................113 3D simulator n .................................................................................................................................114 Industrial shrink wrapper simulator n ...............................................................................115

Products complying with the provisions of of the European Directives Compliance report available on request All of our products are delivered with: @ a hard copy of the technical manual and practical exercise book @ a CD with the same documents in a PDF format and the PLC applications


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TSXBT control desk Educational objectives @ To use a control panel to control an operative part. @ To program a TSX Micro PLC using PL7 Micro PL7 Junior or PL7 Pro software. @ To program the Magelis type dialog terminal using XBTL1003 software.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth / < 150 VA @ Dimensions (H x L x D) - weight: 620 x 624 x 380 mm - 21 kg


Other industries concerned @ Mechanical engineering @ Industrial technology

Presentation of the package The console includes a Magelis dialog terminal, a TSX Micro or M340 PLC with inputs/outputs connected to safety sockets or connectors to be linked with your operating sections. TSX Micro is equipped with: @ a discrete 16I/12O TSXDMZ28DR card @ an analog 4I TSXAEZ400 card @ an analog 2O TSXASZ200 card @ a TSXETZ510 Ethernet module M340 version equipped with: @ an Ethernet/Modbus CPU @ a BMXDDM32 card (16I/16O) @ a BMXAMM0600 card (analog 4I/2O) Cables supplied: @ set of I/O cables with Jaeger plugs, @ PC/PLC link cable, @ PC/TSX link cable. Operator dialog: @ Magelis XBTR with 4 lines of 20 characters, @ 12 function keys and 6 service keys. There is a switch to use the Magelis without altering the wiring: @ in programming mode from a PC equipped with XBTL software (not included), @ in operating mode from the PLC.

To order MD1AE160ETH: TSX Micro panel + Ethernet plug in version MD1AE165: M340 Micro panel with Modbus and Ethernet plug in version MD1AE169: simulator for the TSX Micro panel

HMI case Educational objectives @ To understand and master the fundamental principles of communication. @ To implement exchanges between an operator dialog and a communicating system. @ To have a monitoring approach.

Presentation of the package This HMI console is supplied with a 5"7 touchscreen, a 24 V DC power supply and an industrial Ethernet switch. All of the HMI connections are offered (USB, Ethernet and RS485). A 230 VAC device to power up and network connexion also equips the panel.


To order MD1AEHMI85: HMI panel

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Educational objectives @ To study and implement different types of PLCs. @ To program a PLC. @ To understand the fundamental principles of communication.

Principal industries @ Electrical engineering @ Industrial and maintenance engineering

Other industry concerned @ Mechanical engineering

Presentation of the package The PLC kit offer tackles the different types of PLCs (Twido, M340 and Premium), SoMachine and industrial buses and networks (Modbus, CANopen, ASi, Ethernet). Depending on the choice, the user can explore various types of programming, the different communication functions and control functions. The offer includes: @ a package with a Twido or M340 PLC, @ control kit or ASi for M340, @ Premium package, @ SoMachine package, @ Software package The packages consist of: For the Twido package @ a compact Twido 40 I/O with Ethernet link, @ TwidoSuite software, @ a USB cable

M340 - MD1AP34MEC package

For the packages with M340 and Premium PLCs @ a processor with Modbus or CANopen and/or Ethernet depending on the version, @ 220 V power supply, @ one or two 16 input modules according to version with screw terminal, @ a 16 output relay module with screw terminal, @ an 8-slot, non-expandable rack, @ a PC USB cable to the API, @ an Ethernet coupler according to version. For the SoMachine package @ an M238, M258, XBTXC or LMC058 depending on the version, @ a human - machine dialog terminal, @ a 312 Altivar or Altivar 32 speed controller depending on version, @ a controller / PC cable, @ a set of necessary cables for the correct use of the package.

Premium PLC

For the software packages @ Unity M software package, site license for a 1 year subscription, @ Unity XL software package, site license for a 1 year subscription, @ PL7 Pro M software package, site license for a 1 year subscription, @ SoMachine software package, The software packages are supplied without PC/PLC cable. The descriptions and contents of these packages are available on the website.

To order

Twido PLC

MD1APTW: Twido package MD1AP34M: M340 Modbus package MD1AP34ME: Ethernet Modbus M340 package MD1AP34R: Control M340 package MD1AP34MEC: CANopen Ethernet M340 package MD1AP34ASI: ASi M340 package MD1APPL7P: Premium + PL7 Pro package MD1APPL7P5: Premium 5 package MD1APUTYM: Premium Unity + Unity M package MD1APUTY5: 5 Premium Unity package MD1APUTYXL: Premium + Unity XL package MD1AP238STU: M238 logic controller package MD1AP258STU: M258 logic controller package MD1APHMIXBTGC: Magelis XBTGC HMI controller package MD1AP058: Movement control LMC058 package FSACSACDESUTYM: Unity package FSACSACDESUTYXL: Unity XL package FSACSACDENSXP7P: PL7 Pro package FSACSACDXSOMAC: SoMachine software,

M258 controller Educational solutions catalogue 2013-2014

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PLC packages



Training PLCs Teaching objectives @ Zelio: to program in Ladder language or logic with Zelio Soft 2 software. @ Twido: to program in TwidoSuite language (List, Ladder or Grafcet). @ Micro, M340 and Premium: to program in PL7 Micro, Unity or PL7 Pro language.

Electrical and mechanical data @ Power supply: 230 V AC _ TSX Micro: 150 VA _ Twido: 80 VA _ Zelio: 72 VA _ Premium: 100 VA _ M340: 120 VA @ Size (H x W x D) - weight: _ TSX Micro: 220 x 400 x 410 mm - 5 kg _ Twido: 150 x 290 x 310 mm - 3 kg _ Zelio: 130 x 290 x 310 mm - 2 kg _ Premium and M340: 230 x 410 x 470 mm - 7 kg

Presentation of baseplates These kits are used to teach PLC programming languages (List, Ladder, Grafcet or Structured Text) using Zelio Soft, TwidoSuite, PL7 Micro, PL7 Pro or Unity software. They allow trainees to perform debugging operations on automation systems of increasing complexity, by working with different functions (time delay, comparator, register, calculations, process controls, communication, etc.). The baseplates are equipped with: @ a PLC, @ a simulator for the inputs (except on the Zelio baseplate), @ safety sockets connected to the inputs/outputs, @ a Phaseo 24 V DC, 3 A power supply, @ a PC/PLC cable. Baseplate contents: Zelio baseplate: @ a Zelio 12 in/8 out module (without simulator), @ Zelio Soft programming software.

Main industry @ Industrial science and technology

Twido baseplate: @ a compact 14 in/10 out Twido PLC, @ TwidoSuite programming software.

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TSX Micro baseplate: @ a Micro TSX3722 PLC, @ 16 inputs and 16 outputs linked to sockets, @ 3 analogue inputs and 1 analogue output linked to sockets.

M340 baseplate: @ a 6-slot rack, @ an Ethernet/Modbus processor, @ 16 inputs and 16 outputs linked to sockets, @ 4 analogue inputs and 2 analogue outputs linked to sockets.

Premium baseplate: @ an 8-slot rack, @ an Ethernet processor (PL7 or Unity), @ 16 inputs and 16 outputs linked to sockets, @ 4 analogue inputs and 4 analogue outputs linked to sockets.

For the M340 and Premium baseplates, it is possible to adapt the I/O cards or intelligent modules on request. The programming software is not provided except for Zelio and Twido.

To order MD1AE110: TSX Micro baseplate MD1AE120: Twido baseplate MD1AE125: Zelio baseplate MD1AE130: Premium baseplate MD1AE150: M340 baseplate MD1AE130UTY: Premium + Unity baseplate Educational solutions catalogue 2013-2014

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Automation modular offer Teaching objectives @ To study and use different types of PLC. @ To study human-machine dialogue. @ To understand the fundamental principles of communication.

Electrical and mechanical data @ Power supply: 230 V AC + E @ Size (H x W x D) - weight: 1200 x 500 x 950 mm - 20 kg


Other industry @ Industrial science and technology

Package description The automation modular offer demonstrates: @ different types of PLC (Twido, M340 and Premium), @ industrial buses and networks (Modbus, CANopen, ASi, Ethernet), @ different human-machine operator interface terminals, @ communication between PLCs, variable speed drives, networked motor @ starters and human-machine dialogue tools. According to choice, trainees will be able to study various programming software, communication or process control functions. They can use this offer to build automation architectures using the most common components and communication networks. The standard offers include: @ a Twido discovery kit containing: _ a Twido module with 24 inputs and 16 outputs, _ a module with 16 discrete inputs with cabled connector, _ a module with 16 discrete outputs with cabled connector, _ a 24 V DC, 2.5 A power supply module with cable, _ a Magelis XBTR 411 module, _ a machine control module, _ a support frame. @ an M340 discovery kit containing: _ an M340 module with 1 card with 16 inputs and 16 outputs, _ a module with 16 discrete inputs with cabled connector, _ a module with 16 discrete outputs with cabled connector, _ a 24 V DC, 2.5 A power supply module with cable, _ a Magelis XBTR 411 module, _ a machine control module, _ a support frame. This offer can be customised by obtaining modules separately (see the offer details on the website).

M340 module

XBTR411 module

To order MD1AMLTW: Twido discovery kit MD1AMLMR: M340 discovery kit

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Automation modular offer: Teaching objectives @ To connect an operational part to a PLC. @ To use a basic system to simulate the operation of a PLC.

Electrical and mechanical data @ Power supply: _ 230/400 V AC + E for the motor and the conveyor _ 24 V DC or 48 V DC depending on module @ Size (H x W x D) - weight: _ conveyor belt: 1000 x 600 x 500 mm - 20 kg _ motor: 250 x 390 x 205 mm - 7 kg _ modules: 70 x 110 x 250 mm - 1 kg


Other industry @ Industrial science and technology

Package description The operational parts of the automation system modular offer are used to connect a control section to a system simulating a real basic process. The different operational parts provided are: @ a 230/400 V – 180 W base-mounted asynchronous motor for connection to a starter, variable speed drive or DOL starter, @ a 400/690 V – 180 W base-mounted asynchronous motor for connection to a starter, variable speed drive or DOL starter, @ a 230/400 V – 180 W fan motor with column and ball (from energy efficiency case), @ a table-mounted conveyor belt with asynchronous motor, equipped with 2 sensors, for connection to the PLC I/O, @ a traffic management module. This operational part represents a set of traffic lights at crossroads and is intended for the study of industrial PLC programming, @ an automatic barrier for simulating operation of a real system, taking in account safety features, @ a temperature controller. This operational part represents an oven in which the heating element is an incandescent lamp. It integrates a PT100 probe and a measurement transmitter. The lamp is controlled over a range of 0-10 V. This module is intended for process control studies, @ an electric shutter controlled by two commands - raise and lower. Automatic cut-out is provided at the upper position (shutter open) and the lower position (shutter closed), @ a process control module that simulates a punching system. All these operational parts can be connected in complete safety to all the modules in the modular offer.

Traffic management

Conveyor belt

Column and ball

To order

Automatic barrier

Process control

MD1AMP001: 230/400 V motor MD1AMP013: 400/690 V motor MD1AMP014: 230/400 V fan motor with column and ball MD1AMP002: conveyor belt MD1AMP003: traffic management MD1AMP004: 15 W lamp MD1AMP005: automatic barrier MD1AMP006: temperature controller MD1AMP007: electric shutter MD1AMP008: process control Educational solutions catalogue 2013-2014

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operational part



RFID modules Card game Educational objectives @ To understand the technology of RFID wireless data transmission. @ To understand the mechanisms of communication between Modbus/TCP computer equipment. @ To view Modbus frames and write data in 16-bits in a badge.


Principal industries concerned @ Technical high school @ Vocational high school


Presentation of the kit This module allows studying and understanding of RFID (Radio Frequency Identification) a wireless technology on the basis of a game of interactive cards. It also helps one learn about communication between computer equipment in Modbus/TCP. A computer connection is possible whether using cables or Wi-Fi. The computer can then enable the viewing of frames and data transmitted along the bus. An application using Android for Tablets is provided. Operation This institutional equipment enables the following topics to be addressed: @ addressing a sensor identification reader, @ reading a coded badge (calculation of a data item, coding), @ visualization of Modbus frames and a response analysis on 16 bits, @ interactive card games, programming on Windows and JavaScript using Magelis. Composition of the MD1AMLRFID package: @ an RFID interface module includes: _ a reader, _ a Modbus/Ethernet gateway, _ a color graphic Magelis touchscreen terminal, _ a RJ45 connector to connect to a computer, @ a 24 V DC power supply module, @ a WIFI router module, @ all applications (games and teaching) and documentation are supplied on CD. Micro computer not provided.

To order MD1AMLRFID: RFID card game module

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Teaching objectives @ To understand the concepts of traceability and identification. @ To install and use the components. @ To program and confi gure the various elements.

Electrical and mechanical data @ Power supply: 230 V single-phase @ Size (H x W x D) - weight: 155 x 600 x 450 mm - 8 kg

Main industry @ Electronics

Other industries @ Electrical engineering @ Industrial engineering and maintenance

Package description The RFID case demonstrates the concepts of traceability and identification used in numerous applications, such as in logistics, access control and baggage tracking and sorting. The RFID case includes a PLC connected to two compact read/write stations via an Ethernet connection box. A Magelis human-machine interface tool is used to write and/or read information from electronic tags. The case contains: @ ten badges, @ five labels, @ two compact read/write stations, @ Ethernet connection box, @ Twido Ethernet PLC, @ 24 V power supply, @ XBTN Magelis terminal, @ two protection circuit breakers, @ a set of cables, @ Ethernet switch. This kit is supplied with technical and training documentation in both printed and electronic format (CD).

To order MD1AAVRFID: RFID case


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RFID case



RFID package Educational objectives @ To understanding the concepts of traceability and identification. @ To install and implement components. @ To program and configure the different components.

Principal industry @ Electronics


Presentation of the package The RFID package enables the study and understanding of the concepts of traceability and identification used in many applications (logistics, access control, monitoring and baggage sorting). The package includes: @ ten badges, @ five labels, @ two compact read/write stations, @ an Ethernet connection box, @ a Twido Ethernet PLC, @ TwidoSuite software, @ a set of necessary cables for correct use of the package.

@ Electrical engineering @ Industrial and maintenance engineering

To order MD1PACKRFID: RFID package

Human - machine dialog package Educational objectives @ To study and implement different types of touchscreen terminals. @ To discover Vijeo Designer software.


Other industry concerned @ Mechanical engineering

Presentation of the package The offer of the human - machine dialog packages tackles the different types of graphic terminals with Magelis touchscreens (HMISTU, XBTGT and XBTGTW) and the programming software Vijeo Designer. Depending on the choice, the user can explore various programming possibilities and different communication functions. The offer of the human/machine dialog package consists of: @ HMISTU 3.5" version package: _ a Vijeo Designer V6 license for the exclusive use with HMISTU/STO _ a BMXXCAUSBH018 cable (USB cable for PC connection), _ an HMISTU655 terminal @ HMISTU 5.7" version package: _ Vijeo Designer V6 site version license, _ a BMXXCAUSBH018 cable (USB cable for PC connection), _ an HMISTU855 terminal @ XBTGTW 5.7", 7.5" and 10.4" packages: _ an Ethernet TCP/IP USB port color touchscreen terminal, _ a memory card (120 MB) with cable and power supply. @ GTW 8.4" version: _ a Windows Ethernet TCP/IP USB port color touchscreen terminal, _ a memory card (1 GB) with cable and power supply.

To order MD1APHMI655: 3.5" HMI package VJDEDUSTU855: 5.7" HMI pack MD1APHMI05B: 5.7" XBT pack MD1APHMI07: 7.5" XBT pack MD1APHMI10: 10.4" XBT pack MD1APHMI08W: XBTGTW pack

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Educational objectives @ To learn and master the programming of a Zelio to send and receive information via a GSM phone, or an Ethernet or Modbus network. @ To implement the configuration for Zelio blocks of communication. @ To implement the architectural base of communication for Zelio.

Electrical and mechanical features @ Power supply: 230 V single phase @ Weight: 3 kg

Principal industry @ Digital Information systems engineering

Other industries concerned @ Electrotechnical engineering @ Maintenance @ Control Systems of Automated Production

Presentation of the package The Zelio programmable modules enable an understanding of the different modes of communication that exist in most industrial applications. The package enables the communication via a Modbus or Ethernet network, or through a GSM connection to be addressed. The package includes: @ a Zelio 24 V DC module, @ a Modbus communication module @ an Ethernet communication module @ a GSM communication interface module @ 220 V DC, 5 A power supply @ an XBTN401 terminal @ a 3 A circuit breaker @ an analog proximity sensor 0-10 V to simulate the input signal, @ a Bluetooth adapter for Zelio. Colored signals, air vent mount and cables are supplied. Example of operation Measure the level of water of a mansion, and when the threshold is exceeded send an alarm SMS and remotely control starting of a pump. Package comes with technical documentation and its own cabling diagram. Educational support is in the course of development. Tablet, telephone and SIM card are not provided. Example of practical exercise possibilities: @ cabling of the set, @ becoming familiar with the (Zelio) logic module, @ analysis of a photoelectric sensor (measurement report/analog output), @ analysis of scaling in a controller, @ management of an Ethernet interface, @ implementation with a controller, @ configuration of a WIFI terminal, @ management of an industrial application in a smartphone, @ management of a GSM interface, @ programming an automatic SMS alarm upon a triggering event, @ management of an SMS response to an industrial machine, @ management of a human - machine dialog terminal.

To order MD1AEZELIOGSM: GSM Zelio package Educational support will be available in the 1st quarter of 2013


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Zelio - GSM / Ethernet / Modbus pack



Bac pro wiring base plate Intermediate certification Educational objectives @ Power wiring. @ Weak current wiring. @ Configurating a power-monitoring unit. @ Implementation of Modbus and Ethernet network. @ Implementation of Ethernet cables.


Principal industry @ Electrotechnical Energy Equipment and Communicating vocational high school


Presentation of the kit The regulation of the vocational three year french degree provides a certification requirement, an intermediate level V for school candidates. Certification is achieved, among other things, based on two professional units, UP1 and UP2: @ UP1: theoretical verification of skills (preparation for the implementation of an electrical installation), @ UP2: verification of know-how (implementation and verification of the operation of an electrical installation), Operation This educational equipment reproduces a conveyor system on 2 slides. It allows for the implementation of high current wiring (power), low current wiring (control and communication network) and the implementation by the student of Ethernet network cables with the appropriate tools. It includes: @ three-phase mains through a switch, @ a distribution busbar, @ a power-monitoring unit linked to 3 current transformers, @ a programmable Twido controller enabling the management of automation and communication of the package, @ a communicating Tesys U motor starter, @ a reversing starter protected by a magneto-thermal circuit breaker, @ the transformer and DC power supply are necessary for the correct functioning, @ the protection circuit breakers (monitoring unit, power supply, transformer, controller). The monitoring unit and communicating Tesys U motor starter are connected by a Modbus network to the PLC. The controller is equipped with an Ethernet port. The base plate is offered in 2 versions: @ Mounted, cabled base plate. The student must in this case implement the settings to ensure communication between the components. The Ethernet cables must also be implemented, @ Non-wired base plate. Equipment provided in bulk. The student must perform installation, cabling, Modbus and Ethernet cabling and configuration of the different communicating devices. A complete record of the cabling is supplied with the base plate, whether wired or unwired.

To order MD1AAPCBPNC: Non wired base plate (bulk batch) MD1AAPCBP: Wired base plate

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Teaching objectives @ To study pneumatic and electro-pneumatic technologies. @ To install and control pneumatic automation system functions. @ To wire electro-pneumatic components.

Electrical and mechanical data @ Power supply: 24 V DC and compressed air at 6 bars @ Size (H x W x D) - weight: 600 x 450 x 250 mm - 25 kg

Package description Didaflex baseplates on a magnetic board are used to demonstrate the various implementation technologies to create automation functions on electropneumatic machines. Three technologies are covered: @ pneumatic: single-acting and double-acting cylinders, monostable or bistable solenoid valves and isolation valve with regulator, @ electro-pneumatic: magnetic or roller limit switch sensors and verification of directional control valves using a control station, @ automation system: programming various languages on different PLCs. These kits can also be combined with the range of PLCs in the modular offer. Didaflex kit contents: description pneumo-electric interface pneumatic limit switch sensor with rollers electric limit switch sensor with rollers magnetic cylinder position sensor 3/2 monostable solenoid valve 4/2 monostable solenoid valve 4/2 bistable solenoid valve single-acting cylinder D16-C50 mm dual-acting cylinder D16-C100 with 2 sensors dual-acting cylinder 16-C100 mm magnetic board and frame control station: 1ES-2PB-1C3P - 1 green LED isolating valve + regulator double 3/2 solenoid valve

Didaflex baseplate

Didaflex kit MD1PMXZTW 2 2 2 2 1 1 2 1 1 2 1 1 1 -

MD1PMXTSX 2 2 2 5 1 1 2 1 1 3 1 1 1 1

M340 baseplate

To order MD1PMXZTW: kit for use with Zelio and Twido training PLCs MD1PMXTSX: kit for use with TSX Micro, Premium and M340 training PLCs


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Didaflex baseplates



Communication case Teaching objectives @ To learn and master the basic principles of communication. @ To implement exchanges between modems, PLCs and display units. @ To study the features of PLCs and view the contents of different protocols. @ To handle examples of communication architecture in industrial machines.

Electrical and mechanical data @ Power supply: _ communication case: 230 V + ground single-phase / < 120 VA _ PABX case: 230 V + ground Single-phase @ Size (H x W x D) - weight: _ communication case: 560 x 470 x 330 mm - 20 kg _ PABX case: 600 x 500 x 250 mm - 10 kg



Package description The main case containing a Premium, an Ethernet Twido and a Magelis display unit is used to study: @ RS232 point-to-point local communication: ASCII characters, format, output, control, PC and PLC configuration, @ sensor actuator ASi bus: master/slave, addressing, polling principles, @ multipoint industrial UniTelway and Modbus bus: protocol, transparency and system query principles, @ exchange between a PC and a PLC: dialogue construction, @ internet technology on Ethernet LAN with TSX Web server function: PC and internet browser configuration, site update and creation of HTML pages, @ OFS, OPC Factory Server: object concept enabling computer applications (VB, C++) to access a PLC memory, @ remote access to a PLC via a LAN: Xway addressing, IP, use of XIP driver on Ethernet, @ exchanges between PLCs via an Ethernet LAN: data read/write on remote system, @ internet technologies on an Ethernet LAN: IP address, subnetwork name, SNTP server, @ remote maintenance or programming with HTML pages or PL7 Pro software and XIP driver.

There are two optional units with two V92 (MD1AE848) modems and a private automatic branch exchange (MD1AE849) to learn: @ the Hayes protocol (modem-to-modem communication standard), @ modem configuration and operation, @ remote access to a system, creation and configuration of a remote connection on a computer, @ configuration and use of an internet browser, @ remote maintenance via the phone network, @ internet technology on a switched telephone network; computer, web server and internet browser configuration. The PABX provides an independent phone network, which leaves real lines free and gives a wider spectrum of opportunities for practices. It is also possible to analyse exchange frames using the provided testing points.

To order MD1AE845TW: communication case MD1AE849: PABX case MD1AE848: set of 2 modems

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Educational objectives @ To study the Ethernet communication and ASi tools. @ To program the PLC using PL7.

Electrical and mechanical features @ Power supply: 230 V single phase / < 150 VA @ Dimensions (H x L x D) - weight: _ Comsi case: 500 x 450 x 270 mm - 12 kg _ ASi field bus: 220 x 290 x 310 mm - 3 kg

Principal industry @ Industrial technology

Other industries concerned @ Mechanical engineering @ Electrical engineering

Presentation of the kit This case is adapted from the MD1AE845 communication case for industrial engineering and technology applications. This compact case enables: @ easy connections to a local system and network, @ a connection to a local network by TCP/IP protocol, @ the use of HTML pages linked to the module’s built-in website via the FactoryCast software tool supplied with the product. In the basic version, the case contains: @ a TSX Micro (3722) PLC, @ a TSX DMZ 28DR (16 in/12 out) I/O card, @ a TSX ETZ 510 module supplied with the FactoryCast software, @ an RS485 cable suitable for the PLC AUX socket, @ a hub and two standard RJ45 cables, @ Card of 16 digital inputs/12 digital outputs and 4 analog inputs and 1 analog output on safety sockets, @ a D-sub connector connected to the PLC counter channels. Additional hardware is available as an option to study the ASi fieldbus. This kit consists of: @ a TSX SAZ 10 ASi master module, @ a plate incorporating an ASi bus power supply module (TSX SUP A05), @ a Telefast SB2 intelligent interface (8S44SBB1), @ a control station for the ASi bus with two spring return flush pushbuttons (XAL S2003), @ a BNC connector for the display of the ASi signals when connecting an oscilloscope.

To order MD1AE845SI2: Comsi case MD1AE848SI: ASi field bus

Communications case for teaching Educational objectives @ Understand and master the fundamental principles of communication. @ Implement exchanges between PLC and displays. @ Use basic equipment for academic training concerning communication-capable low voltage distribution panels.

Electrical and mechanical features @ Power supply: 230 V single phase / < 150 VA @ Dimensions (H x L x D) - weight: 500 x 450 x 270 mm - 12 kg

Principal industry @ Electrotechnical engineering

Other industry concerned @ Electrotechnical professional university school

Presentation of the kit This case includes communication solutions for pedagogic low voltage switchboards. It allows the experimentation and exchange of data in subsystems characterized by a Zelio and Twido to a TSX Micro PLC. This information can be visualized on a display or a supervisory station. This tool is intended for students as well as teachers who will participate in academic training with uniform equipment and personnel. Description: @ the inter-PLC dialog is an RS485 Modbus link, @ connection to a PC (communications port, USB, Ethernet), @ a switch enabling the selection of the display link (XBT to the PC or XBT to the TSX Micro), @ a 14 input simulator is provided on the Twido, @ all of the patch cords are provided as well as a CD with various software tools necessary for kit operation. Comments: @ programming software is not included, @ the TSX Micro PLC contains 8 analog inputs/1 analog output + 2 10 kHz input tension channels, @ communication-capable TeSys U motor starter slot (optional).

To order MD1AE845BPR: Communications case for vocational diploma teaching


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Comsi case



3D simulator Educational objectives @ To interactively simulate the operative parts. @ To understand PLC programming on the TSX Micro, M340 or Premium PLCs.

Recommended configuration @ Processor: Pentium IV or AMD K8 at 1 GHz @ RAM: 256 MB @ Disk space: 200 MB of removable disk space @ Operating system: Windows, XP (Service Pack 2), Vista or 7 @ Graphics card: Compatible with Direct X 9.0, 64 MB and supporting vertex/pixel shader 1.1 @ USB: 2 USB 1.1/2.0 ports @ API: An API with 16 discrete inputs and 10 discrete outputs


Other industries concerned @ All industrial science and technology industries @ Electrotechnical industries @ Maintenance industries

Presentation of the package The 3D simulator is an educational software package to learn how to program TSX Micro, M340 and Premium industrial PLCs and a SoMachine controller. The virtual environments used are very realistic because of the total interactivity offered on one hand and the quality of the real-time 3D graphic animations, dynamics and sound on the other. The result is a simulated environment made up of several systems that can be connected to a PLC. The operative parts offered are: @ a sorting system, for transporting boxes from a feed conveyor to goods lifts, sorting them by size, @ a mixer simulating a paint mixing process. The purpose is to mix the three primary colors (red, green and blue) to obtain the desired color, @ an automatic palletizer to create pallets with a maximum of three levels of boxes, @ a “Pick & Place” system, which places parts inside of a box using a three-axis manipulator, @ an automated warehouse, which moves, stores and retrieves boxes on the shelves. The five virtual models have common features, such as: @ supply and removal areas where moving objects (pallets, boxes, parts) are automatically added or removed from the area @ the number of objects present in the area is limited to 16. Should this number be exceeded, the first object added will automatically be removed @ the maximum number of sensors (PLC inputs) is 16 and the number of actuators (PLC outputs) is 10 @ an operator panel with an AUTO mode, an emergency stop and 3 pushbuttons (START, STOP, RESET) @ five predefined camera positions and the possibility of moving the camera viewpoint within the area @ the 3D sound produced depends on the position of the camera. Four versions are offered: @ a complete PLC with 16 inputs and 16 outputs, pre-wired terminals, the necessary software and interfaces @ a 16-input card, a 16-ouput card, pre-wired terminals, the necessary software and interfaces, @ pre-wired terminals, and the necessary software and interfaces. @ SoMachine version with systems controlled by the Modicon M238 logic controller: compelte controller with 14 inputs and 10 outputs, 1 I/O module, cables, software and interfaces.

To order MD1S3DTSX37API: software + interfaces + TSX Micro MD1S3DTSX37ES: software + interfaces + I/O cards for TSX Micro MD1S3DTSX37BORN: software + interfaces + I/O terminals for TSX Micro MD1S3DM340API: software + interfaces + M340 MD1S3DM340ES: software + interfaces + I/O cards for M340 Micro MD1S3DM340BORN: software + interfaces + I/O terminals for M340 Micro MD1S3DTSX57API: software + interfaces + Premium MD1S3DTSX57ES: software + interfaces + I/O cards for Premium MD1S3DTSX57BORN: software + interfaces + I/O terminals for Premium MD1S3DM238API: M238 complete configuration

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Educational objectives @ To interactively simulate an industrial shrinkwrapper. @ To test the PLC programs. @ To simulate failures.

Recommended configuration @ Processor: AMD K10 multi-core or Intel Core i5 @ RAM: 1.5 GB under Windows XP, 2 GB under Windows Seven or Vista @ Disk space: 100 MB of removable disk space @ Operating system: Windows, XP (Service Pack 3), Vista or 7 @ Network: 1 Ethernet port + TCP/IP V4 for Modbus communication @ Graphics card: compatible with DirectX 10 with a minimum of 1 GB RAM

Principal industries @ Engineering sciences @ Electrotechnical engineering @ Industrial Maintenance

Presentation of the package The simulator of an industrial shrinkwrapper is an educational software adressed to teachers and students in technical fields, especially those working with PLCs. It features a 3D scenario that communicates in real time with an industrial PLC. This software communicates via an I/O compact interface (Advantis OTB) using Modbus TCP/IP. Therefore, it is compatible with most Schneider Electric PLCs (e.g., Twido, Premium, M340). The maximum number of inputs/outputs depends only on the virtual scenario and the PLC. The operative part is a shrinkwrapper, an industrial machine for food conditionning. It enables to pack milk cartons or canned food with plastic shrink-wrap. The application communicates with a 12 input and 8 output OTB + a 16 output TM2 module. The application currently has 24 virtual sensors and responds to 10 discrete commands. The user can monitor and control the discrete variables from a panel to simulate failures. The display of the names of the sensors and actuators in the 3D scene is accessible from the buttons. A manual mode (without PLC or OTB interface) allows control of the actuators of the shrinkwrapper. The control cabinet itself is simulated in the 3D scene. Contents of the industrial shrink wrapper simulator: @ 1 simulation software @ 1 OTB1E0DM9LP 12I/8O module, @ 1 TM2DDI16DK module, @ 1 user manual, @ the necessary cables for the correct use. PC not supplied.

To order MD1SIMFARD: Industrial shrink wrapper simulator


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Industrial shrink wrapper simulator


Automated systems

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Automated systems Zelio case ........................................................................................................................... 118 Traffic management ....................................................................................................... 118 Lift ........................................................................................................................................ 119 Hanged cage surface treatment equipment .......................................................... 119 Numerical axis ................................................................................................................. 120 Nivoreg: process control bench .................................................................................. 121 Xylophonis: Brushless axis ...........................................................................................122 2-axis laser machine n ..................................................................................................123 Pneumatic manipulator with rotary base ................................................................124 5 axis manipulator ............................................................................................................125 Formatris: automatic part sorting system ..............................................................126 “Pick and place” system ................................................................................................127 Tapiris: Sorting belt .........................................................................................................128 Vision system, suitable for Tapiris or PLC n ...........................................................129 Percetris: Automated machining system ............................................................... 130 Hoist elevator ................................................................................................................... 131 Overhead gantry crane .................................................................................................132 Productis: Integrated production system ...............................................................134 Industrial shrink wrapping machine ..........................................................................136 Industrial packing machine n .....................................................................................137 Industrial filler/screwer machine n ...........................................................................138 Accumulation table industrial machine n ...............................................................139 Flexible packaging line n ............................................................................................. 140 Flexible dosage line n .................................................................................................... 141 Hydrolis: hydraulic unit ..................................................................................................142 Hydraulic lift n .................................................................................................................143 Air treatment unit ........................................................................................................... 144 Air source heat pump n ................................................................................................145 Products complying with the provisions of of the European Directives Compliance report available on request All of our products are delivered with: @ a hard copy of the technical manual and practical exercise book @ a CD with the same documents in a PDF format and the PLC applications Educational solutions catalogue 2013-2014

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Automated systems

Bluetooth Zelio case Teaching objectives @ To learn about programmed logic. @ To program an automated system.

Electrical and mechanical data @ Power supply: 230 V single-phase + E / < 30 VA @ Size (H x W x D) - weight: 130 x 350 x 380 mm - 3.5 kg

Package description The case comprises: @ Zelio 10 I/O module with wired input and output switches linked to indicator lights, @ programming software and computer wiring, @ complete gradual teaching method using different programming systems (Ladder, Grafcet, FBD functions) to learn about the performances of the Zelio module.


Other industries @ Civil engineering @ Mechanical engineering @ Industrial technology

To order MD1ZELIO : Zelio case MD1ZELIOB : bluetooth Zelio case

Traffic control Teaching objectives @ To study the operation of traffic lights at a road junction. @ To indicate a pedestrian crossing.

Electrical and mechanical data @ Power supply: _ 230 V single phase + ground / < 30 VA @ Size (H x W x D) - weight: _ Control unit: 300 x 290 x 210 mm - 4 kg _ Operating unit: 270 x 350 x 80 mm - 2 kg

Package description _ The complete package includes: @ a control unit: _ a traffic light to control according to day and night conditions _ pedestrian calls, priority choices, etc. @ an operating unit: _ a control unit: TSX Micro (16I/12O) or Twido (28I/16O) or Zelio (16I/10O) or M340 (32I/32O) PLC, _ PLC and wires for connection to the operating unit.


Other industries @ Civil engineering @ Mechanical engineering

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To order MD1AE214 : traffic management operational part MD1AE216 : TSX Micro control part MD1AE217 : TSX Micro complete assembly MD1AE216MR : M340 control part MD1AE217MR : M340 complete assembly MD1AE713TW : Twido control part MD1AE715TW : Twido complete assembly MD1AE713ZL : Zelio control part MD1AE715ZL : Zelio complete assembly Educational solutions catalogue 2013-2014


Lift @ To understand how to program and implement a PLC. @ To study the timer, counter and storage functions of a Grafcet. @ To manage priorities and allocate tasks.

Electrical and mechanical data @ Power supply: 230 V single phase + ground / < 150 VA @ Size (H x W x D) - weight: _ control unit: 300 x 290 x 210 mm - 5 kg _ operational unit: 1015 x 615 x 635 mm - 24 kg

Package description

Automated systems

Teaching objectives

Operating unit: @ a 5-fl oor lift with: _ landing door contact, _ car floor call control, _ landing call buttons, _ car arrival sensors. Control unit: @ a PLC mounted and wired to a support: _ TSX Micro or Twido or M340, _ two ribbon cables for quick connection to the operating unit.


Other industries

To control

@ Electrical engineering @ Mechanical engineering

MD1AE254: lift operational part MD1AE257: TSX Micro complete lift MD1AE257MR: M340 complete lift MD1AE257TW: Twido complete lift For the control part only, please consult us.

Hanged cage surface treatment equipment Teaching objectives @ To approach sequencial programming. @ To manage the stop/start modes of an automated system (DGOSM). @ To study the Grafcet and its timer, counter and storage functions.

Package description The operating unit modelling a surface treatment system includes: @ a double-motion hanged cage, @ a loading/unloading station. The control unit includes: @ a TSX Micro or Twido or M340 PLC, @ a base with connection layers.

Electrical and mechanical data @ Power supply: 230 V single phase + ground / < 100 VA @ Size (H x W x D) - weight: _ micro control unit: 210 x 380 x 350 mm - 5 kg _ Twido control unit: 170 x 290 x 310 mm - 2 kg _ operating unit: 400 x 700 x 350 mm - 18 kg

Main industries @ Electrical engineering @ Mechanical engineering


To order MD1AE224: surface treatment operational part MD1AE227: TSX Micro complete lift MD1AE227MR: M340 complete lift MD1AE227TW: Twido complete lift For the control part only, please consult us. Educational solutions catalogue 2013-2014

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Automated systems

Numerical axis Teaching objectives @ To highlight the influence of mechanical and energetic stress in metered or close looped positioning of a moving part. @ To implement an axis card.

Electrical and mechanical data @ Power supply: 230 V single-phase + ground / < 400 VA @ Size (H x W x D) - weight: _ operating section: 400 x 920 x 430 mm - 40 kg _ control section: 600 x 560 x 310 mm - 30 kg

Package description The axis control teaching module consists of two subunits. The operating section includes: @ an 800 mm long axis with inertia of 2 to 70.10-4 kg/m2, @ a moving part driven by a stainless steel ball screw and nut system, diameter: 16 mm, thread: 5 mm, travel: 600 mm, @ a variable load of 1-5 kg, @ a DC motor (3000 rpm - 200 W) with built-in tacho-generator (7 V/1000 rpm), transmission by pulleys and notched belt, @ an electronic speed controller, @ a rotating incremental encoder fitted at the end of the axis (definition 400 ppr), @ a protective case with opening detection, @ a diagram with testing points on regulation loop elements: set point, motor current and voltage, speed feedback.

Main industries

This subunit can be used in a horizontal or vertical position.

@ Electrical engineering @ Mechanical engineering

The control box includes: @ a Premium PLC equipped with discrete 16I/16O and a TSXCAY21 axis control module, @ a Magelis XBT dialogue terminal, @ protection and power supply circuits, @ plug-in connectors for connection to the operating section.

Operative section

Control enclosure

load detail

To order MD1AE794: operating section of numerical axis MD1AE795: complete numerical axis

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Teaching objectives @ To study the behaviour of a process control system with or without pure time delay. @ To study simple, cascaded or feedforward control loops. @ To study the accuracy and stabilisation parameters of a process.

Electrical and mechanical data @ Power supply: 230 V AC / 200 VA @ Size (H x W x D) - weight: 800 x 600 x 600 mm - 25 kg

Main industries

Package description Nivoreg allows trainees to analyse, understand and implement a control command system linked to a simple process. This control bench is made up of a monobloc frame containing: @ an operational part made up of two water columns, @ a control part with an M340 PLC, @ a Magelis XBTGT terminal for control, configuration and display of the curves needed to identify the process. The Nivoreg system covers the following types of loop: @ P, PI, PD, PID with digital output, @ two states ON/OFF with discrete output, @ three states ON/OFF with outputs, @ hot/cool with digital outputs, @ split-range with digital outputs, @ IMC (model-based controller) with digital output, @ feedforward (predictive control) with digital output.

@ Electrical engineering @ Energy engineering

To order MD1AE885: Nivoreg process control bench


121

Automated systems

Nivoreg process control bench


Xylophonis: Automated systems

brushless axis Teaching objectives @ To discover and use the specific features and capacities of the brushless motor. @ To implement a Lexium 05 servo controller. @ To study the interlocking principles. @ To highlight the kinematic positioning problems of a mobile on a real system.

Electrical and mechanical data @ Power supply: 230 V 1Ph + ground / 200 VA @ Size (H x W x D) - weight: 680 x 780 x 500 mm - 50 kg

Main industries @ Mechanical engineering @ Electrical engineering


Package description Xylophonis is made up of a brushless numerical axis, a mobile electromagnet, a xylophone and a control part. This simple but complete package is designed to verify the qualities of this motor family combining dynamics, performance and compact size. A number of subjects are dealt with: @ monitoring and configuration in local mode (directly on the controller or using the PowerSuite software), @ CANopen remote control, @ the various operating modes: positioning, speed or current, @ safety (cabled, programmed, operating modes…), @ kinematic calculation and overall sizing: controller - motor - reduction gear - braking resistance… The operative part contains: @ a xylophone with fourteen notes requiring rapid movement of an electromechanical striker to respect tune and tempo, @ a motional vertical axis trolley enables to study kinematics and positioning on four quadrants. Trolley useful travel is 330 mm, @ a trolley guided by two shafts equipped with linear ball bearings, driven by a notched belt. Trolley weight varies additioning one or two weights (trolley weight = 1.3 kg / 2.2 kg / 3.1 kg), @ a 8:1 planetary gear unit, @ a BSH 0551T brushless servo motor (6000 rpm - peak torque 1.4 Nm) equipped with a parking brake, @ a safety proof case with opening detection. The control part consists of: @ a Twido or M340 PLC equipped with 14 discrete inputs and 10 discrete outputs and a CANopen communication module, @ a CANopen servo controller with setpoint accounting countdowns as one millisecond, @ a dialogue and control terminal to manage operating modes, compose a specific tune, configure motion characteristics and visualize position.

To order MD1AE965TW: Xylophonis, Twido version MD1AE965MR: Xylophonis, M340 version

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Educational objectives @ To study position control. @ To study linear interpolations. @ To study a CO laser2.


Principal industries @ Electrotechnical industries @ Maintenance industries

Presentation of the kit The system enables the study of: @ movement control, @ trajectory control, @ motor control. You can: @ adjust the parameters of this system and develop a manufacturing process, @ program and ensure the monitoring in the creation of prototypes. Includes: @ the mechanical part is made up of of a Berger Lahr robot-type, 2-axis bridge crane, @ a laser, located on the Z axis, allows cutting, @ on X and Y axes are located two brushless motors with Lexium 32M speed controllers, @ a human-machine dialog interface allows you to control and view information, @ the kit is programmed by a M340 Programmable Automation Controller specifically designed for the control and positioning of axes containing automation functions, @ the Unity software solution that allows developing, configurating and launching of the entire machine in a single software environment.

To order MD1AELAS: 2-axis laser machine


123

Automated systems

2-axis laser machine


Automated systems

Pneumatic manipulator with rotary base Teaching objectives @ To understand an electropneumatic components handling system. @ To learn about the techniques of application. @ To program and develop the machine cycle sequences. @ To study the operating and failure modes (GEMMA) of an industrial system.

Electrical and mechanical data @ Power supply: 230 V 1Ph + 5 bar filtered dry air @ Size (H x W x D) - weight: _ operational part: 300 x 400 x 500 mm - 14 kg _ control desk: 130 x 300 x 250 mm - 2 kg

Main industries @ Mechanical engineering @ Industrial technology

Package description This manipulator arm is used to handle parts weighing up to 1 kg according to five axes. Based on a specification sheet, the trainee will be responsible for creating his/her own application: cabling and programming. This equipment consists of three complementary parts. The operative part, consisting of: @ a set of five pneumatic actuators: rotating body, vertical axis, horizontal axis, clamp rotation and clamp, @ two gripping positions, @ a 3/2, 24 V DC valve, @ a progressive starter with pressure gauge and manual isolating valve, @ a monocontact detection pressure switch, @ a group of five 5/2 bistable 24 V DC distributors, @ two detection types: electrical and electropneumatic, @ 4 mm safety sockets and/or sub-D connector for system monitoring and control. The control section is made up of one of the educational programmable logic controllers from our range. Choose a PLC containing at least 16 inputs and 16 outputs, equipped with sockets or sub-D connector. Possibility to control the system by PC via a socket interface. The console, consisting of: @ a box equipped with a connection operating diagram and safety switches, @ control and indicating devices allowing cabling of the safety circuit and management of operating modes (automatic, manual and fault indication).

Manipulator

Control desk

PLC Control (see page 59)

To order MD1AE973: control desk MD1AE974: manipulator MD1AE975: manipulator with desk

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Teaching objectives @ To learn about industrial manipulators and defaults. @ To study start and stop modes (DGOSM) in an assembly machine. @ To program and adjust machine cycle sequences. @ To maintain the system: create and identify breakdowns.

Electrical and mechanical data @ Power supply: 230 V single-phase + ground / < 30 VA @ Compressed air supply: 6 bars @ Size (H x W x D) - weight: 570 x 800 x 510 mm - 32 kg

Main industries @ Mechanical engineering @ Industrial technology

Automated systems

5-axis manipulator Package description This equipment is based on an industrial electro-pneumatic assembly station. Very comprehensive, it is designed to help trainees to learn to starting and restarting modes (automatic, manual step-by-step). The operating section includes: @ a product feed station, @ a 5-axis pneumatic manipulator (X, Y, Z, rotation and grip), @ a swaging station, @ a parts outlet station, @ a set of parts, @ a control panel. The assembly is provided in an encased structure with secured access. The control section includes:

@ a TSX Micro or M340 with a discrete 32I/24O, @ a set of ribbon layers for connection. The design is used to study: @ pneumatic technology with 3/2, 4/2 double-acting cylinders and distributor, @ mechanical translational movement guidance, @ a rack gripper system, @ inductive, magnetic, photo-electric and electro-pneumatic detection.

To order MD1AE913: TSX Micro control part MD1AE914: operational part only MD1AE915: complete manipulator in TSX Micro MD1AE916MR: M340 control section MD1AE917MR: complete manipulator in M340 Educational solutions catalogue 2013-2014

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Formatris: Automated systems

automatic part sorting system Teaching objectives @ Introduction to an actual industrial system for controlling and sorting parts (control section, interface and operating section). @ To customize and implement the different identification technologies. @ To programme and fine-tune the different machine cycle sequences.

Electrical and mechanical data @ Power supply: 230 V single phase + 6-bar filtered dry air @ Size (H x W x D) - weight: 460 x 850 x 640 mm - 46 kg

Main industry @ Mechanical engineering


Package description This equipment sorts parts according to the following criteria: @ type of material (plastic or metallic), @ dimension (presence of hole and/or groove), @ weight of the part. The machine is fed with 12 different parts. At the control console, the operator chooses the criteria which he or she uses to define “a correct part”. Then, he or she puts the products on a conveyor belt. The machine segregates the products, one by one, and moves them to a control station equipped with three on-off sensors of different types of technology and two analogue sensors. The product is then moved to the output of the machine and directed, depending on the test result, either to the correct product feeder or the incorrect one. In particular, with the dialogue terminal it is possible to monitor the result of the measurements and to adjust the analogic measurement device. The supplied application controls the complete system and proposes three types of operating modes: automatic, step-by-step and manual. The programming software (not supplied), allows to customise the operation, offers a dynamic display of the Grafcet cycle and the data tables. Control unit: @ a TSX Micro PLC or M340. (Grafcet language, Ladder logic and structured literal) and a programmable LCD dialogue terminal, @ 4/2 bistable electropneumatic interfaces and control relays. Operating unit: @ a conveyor belt equipped with a gear motor, @ four bistable pneumatic cylinders, @ a photoelectric cell, an induction sensor, two capacitive sensors, a 0-10 travel analogical sensor, an analogical weight sensor, 4 - 20 mA.

To order MD1AE955MI: complete system in Micro MD1AE955MR: complete system in M340

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Educational objectives @ To study a movement mechanism by means of cams and levers. @ To perform tuning operations and maintenance on the mechanisms. @ To optimize the rate of operation of two synchronized subsets. @ To Remotely observe the operation of the corresponding real system.

Electrical and mechanical features @ Power supply: 230 V single phase @ Dimensions (H x L x D) - weight: _ Tray: 250 x 600 x 800 mm - 22 kg _ Arms: 800 x 1200 x 800 mm - 36 kg

Principal industries @ Electrical engineering @ Industrial and maintenance engineering @ Mechanical engineering

Other industries concerned @ All industrial science and technology industries

The conveyor tray part consists of a rotating tray with two sets of tracks receiving the moving metal parts to be placed. A geared motor controlled by a Zelio module and an Altivar speed controller rotate the tray that stops automatically upon detection of a piece to authorize the transfer arm to perform a "pick and place" cycle. The tray operation in the PLC mode enables the modification of the settings of the speed controller and the inductive sensors of the pieces to change the speed of conveyance.

Presentation of the kit This equipment reproduces the functions of the "pick and place" systems used in automated contact assembly lines at the industrial site of Schneider Electric at Cognac - Merpins. These systems are based on the command by rotating cams of automated arms transferring parts. One of these systems of the industrial site is equipped with measuring instruments where the readings are sent simultaneously to the web server www.tpline.fr : @ voltage and current of the electric motor of the cam rotation, @ torque and angular position of the cam axis, @ accelerations of the horizontal and vertical movements of the arms. The "Pick and place" training system gives local access same functionalities as the industrial system: remote observation and the educational activities offered on the site www.tpline.fr are easily transferable. In addition, the training system allows design operations and the manufacturing of new cams, as well as maintenance and control necessary for the proper operation of the automated mechanism set. The system consists of two automated subassemblies linked electrically and mechanically: a tray conveyor, which brings and removes the parts, and arm transfer which moves the parts from the finishing line (pick) to the end point (place). The transfer arm part includes: A magnetic gripping tool that slides horizontally and vertically on two slides driven by two rotating cams and a lever system. The rotation of the cams is guided by a geared motor controlled by a Twido PLC, an Altivar speed controller and an absolute encoder mounted on the cam rotation axis to control the pick and place cycle. The operation of the arms in the PLC mode allows you to adjust the Twido program to the profile of the cams used. Replacing the cams enables the simulation of changes to a manufacturing range using one or the other track series of the tray conveyor. This subset is designed to receive a torque meter (optional) on the motor shaft to provide measures necessary for the dynamic characterization of the pick and place cycle, identical to the measurements taken on a real system through www.tpline.fr.

To order MD1AE985: complete system


127

Automated systems

“Pick and place” system


Tapiris: Automated systems

sorting belt Teaching objectives @ To implement automated management of a sorting system. @ To study communication via ASi, CANopen and Ethernet. @ To communicate between a PLC and a PC (database).

Electrical and mechanical data @ Power supply: 230 V single phase + ground / 150 VA @ Compressed air supply: 6 bars @ Size (H x W x D) - weight: _ operational unit: 500 x 1400 x 400 mm - 40 kg _ control panel: 230 x 410 x 470 mm - 5 kg

Main industries @ Electrical engineering @ IT engineering

Other industries @ Industrial engineering and maintenance @ All STI subjects

Package description Tapiris simulates a unit to sort parcels identified by a barcode or a digital code. The operating unit includes: @ a conveyor belt 1.4 metres long with a 180 W speed reducer, @ an Altivar speed controller, @ an automatic parcel loading unit, @ XUD photoelectric cells to detect parcel presence, @ a barcode sensor to identify the parcels, @ outlet cylinder units, @ a set of parcels with identity labels. The control unit includes: @ a TSX Micro 16I/12O or M340 or Prenium, @ an ASi or CANopen plug-in, @ an Ethernet plug-in, @ a control button box and a XBT. The teaching analysis involves automated management of a sorting system: @ parcel identification and directing, @ study and installment of automated components (sensors, cylinders, speed controllers), @ study and installment of an ASi or CANopen bus. For the IT industry (IRIS), the analysis also includes study and installment of API and PC data exchange. The parcel management database can be used (real-time reading, display) via: @ the built-in Ethernet plug-in Web server, @ the OPC (OFS) server (Excel, Visual Basic), @ the Factory Cast program (html, Java).

Premium baseplate

Link panel: MD1AE854T b b

MD1AE858 MD1AE858P MD1AE858MR MD1AE858MRA

MD1AE854TC

b b

To order MD1AE854T: Tapiris operational part in ASi MD1AE854TC: Tapiris operational part in CANopen MD1AE858: Tapiris control section in TSX Micro MD1AE858P: Tapiris control section in Premium MD1AE858MR: Tapiris control section in M340 Canopen MD1AE858MRA: Tapiris control section in M340 ASi

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Educational objectives @ To study an intelligent sensor. @ To turn on and configure the system. @ To highlight the performance of camera surveillance.

Electrical and mechanical features @ Power supply: 230 V single phase + Earth @ Dimensions (H x L x D) - weight: Module: 70 x 150 x 245 mm - 0.7 kg Camera: 44 x 44 x 44 mm - 0.5 kg

Principal industries @ Professional school

Other industries concerned @ Electrical engineering @ Maintenance engineering

Presentation of the kit The vision kit allows the study of the implementation and configuration of a vision system. This system can be easily adapted to the Tapiris system (see page 128) or can be used independently. Composition: @ the control module of the vision system is directly powered by 230 V AC and includes the wiring interface of the camera. This enables the manual launching of the camera (via LV for the test), @ this system is thus entirely autonomous and can be easily adapted onto the Tapiris system or operated on a table, @ the connection with the PLC (for Tapiris) and/or the computer (Tapiris or PLC) is done in direct Ethernet, and the camera includes an embedded web server, @ in the Tapiris case, the launching of the camera is launched through the network. The kit includes: @ 1 color intelligent DALSA BOA 640*480 camera with embedded web server and f1.4/12.5 mm lens, @ an I/O cable interface containing a pushbutton allowing the local launch of the camera. This interface is mounted on an OFMOD concept box powered on 230 V AC, @ a white LED ring lighting system, @ a mechanical support kit for the camera/lens/ring light, @ AS-i and CANopen PLC (Premium or M340) applications, @ an Excel application for the printing of labels, @ the necessary cables for proper functioning.


129

Automated systems

Vision system Suitable for Tapiris or PLC


Automated systems

Percetris: automated machine tool Teaching objectives @ To operate a multiple-technology industrial system. @ To learn to control production cycles. @ To adopt a mechanical safety approach. @ To choose and size electrical and mechanical actuators. @ To program a PLC.

Electrical and mechanical data @ Power supply: 230 V + ground single-phase / < 3 kVA @ Compressed air supply: 6 bars @ Size (H x W x D) - weight: 1820 x 1450 x 600 mm - 195 kg


Other industries @ Electrical engineering @ Industrial technology

Package description This industrial equipment is used to build the following production cycle: @ control the arrival of parts on the control station, @ control part placing, @ detect various materials, @ control the size of parts, @ carry out drilling or not, @ sort and off-load depending on the features chosen by the operator. The module consists of a monoblock framework containing: @ a part’s conveyor belt, @ a buffer, @ a part of control station (presence and depth of groove), @ a drilling unit, @ a sorting and off-load station, @ a control box with the automated devices required for operating the machine. The package is designed for optimised use of the equipment in "Industrial Technology" work. This is why it includes: @ different sensor technologies and characteristics (inductive, capacitive, photoelectric, linear, analogue, magnetic and pressure), @ pneumatic automated devices (cylinders and distributors), @ a complete human/machine interface (button, selector, led, version MD1AE825 only) and a Magelis dialogue terminal (help in choosing message, configuration, etc.), @ a Premium PLC, @ an Altivar speed controller driving the motor of the 0.18 kW drilling unit, @ safety switches with Preventa module, @ a set of parts. A simplified version with XTB incorporated and fewer functions is also offered for a lower cost.

To order MD1AE825 : Percetris system MD1AE825L : Percetris system, simplified version

130



Teaching objectives @ To learn how a lift operates. @ To maintain a lift. @ To configure and adjust a dedicated Lift drive. @ To study the safety standards related to governing lift manufacture and installation.

Electrical and mechanical data @ Electrical power supply: 240 V single-phase or 400 V three-phase depending on model, 1 kVA @ Size (H x W x D) - weight: 2400 x 820 x 885 mm - 200 g

Main industries @ Electrical engineering @ Industrial and maintenance engineering Mechanical sub-system: @ module with guillotine door: mechanically welded structure with expanded metal on four sides including: _ a guillotine door on partition wall 400 x 500 mm wide, _ a mechanical lock with shunt opening control, _ an aluminium control panel on the front equipped with anti-vandal pushbuttons, a fault indicator and a car presence indicator, _ a floor stop shaft contact. @ module with swing door: mechanicallywelded structure with expanded metal on four sides including: _ a sheet metal door 400 x 500 mm wide, _ a mechanical lock with shunt opening control, _ an aluminium control panel on the front equipped with anti-vandal pushbuttons, a fault indicator and a car presence indicator, _ a floor stop shaft contact. @ module with suspense failure safety gear system: mechanically-welded structure with expanded metal on four sides including: _ an aluminium control panel on the front equipped with a red fault indicator light during operation of the safety gear, _ a cable slack contact on the car frame.

Package description The basic version includes two user levels and one machine room level with two types of door technology (swing door and guillotine door). The control enclosure for the basic version employs electromechanical technology with an Altivar variable speed drive. An 0.55 or 0.75 kW asynchronous motor is used for motorisation. The lift load is 25 kg. The safety gear is designed for 80 kg. This system incorporates standard lift technologies: @ swing door for level 0, @ guillotine door for level 1, @ machine room door on the top section, @ full length inspection panel on the left side. The lift car is driven between guide rails by a motor with a 165 mm diameter drum driven by a variable speed drive. There is a 165 mm diameter rope pulley, a suspension failure safety gear and an electric roller contact on the roof of the lift car The landing control column includes: @ upper and lower floor stop, @ upper and lower limit switch, @ upper and lower deceleration contacts, @ safety gear reset contact, @ junction boxes. The landing control stations include: @ green presence indicator light, @ red fault indicator light, @ presence buzzer, @ anti-vandal lift call button, @ anti-vandal lift return button. Main basic enclosure: @ electromechanical technology, @ Altivar 12 servo drive. The following alternative options are also available: @ Twido PLC with Ethernet connection to communicate with the low voltage switchboard for professional school teaching, @ Altivar 31 Lift or Altivar 312 variable speed drive, @ control station sets specific to the type of lift installation: _ lift pit control station, _ inspection control station, _ maintenance control station.

To order MD1ASCB : 2 levels lift + machine room - Altivar 12 MD1ASCBOPT1 : ASCB Lift + specific control station set MD1ASCBOPT2 : ASCBOPT1 Lift + Altivar 31 Lift MD1ASCBOPT3 : ASCBOPT2 Lift + Ethernet Twido PLC MD1ASCOPTPG : guillotine door subsystem MD1ASCOPTPB : swing door subsystem MD1ASCOPTPRS : suspense failure safety gear subsystem Educational solutions catalogue 2013-2014

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Automated systems

Goods lift


Automated systems

Overhead gantry crane Educational objectives @ To prepare a site. @ To set up safely. @ To set up and disassemble an installation. @ To engage in a mechanical and kinematic study of a hoist. @ To configure and adjust a drive. @ To launch and maintain the system.

Electrical and mechanical features @ Power supply: 400 V three-phase @ Compressed air pressure: 6 bars @ Dimensions (H x L x D): Gantry crane: 2500 x 2500 x 2500 mm Grillage: 300 x 1710 x 1710 mm Control desk: 1150 x 800 x 505 mm

Principal industries @ Industrial maintenance


132

Presentation of the package This equipment is intended for maintenance work for all of the professional School sectors. This representative system concerns a professional activity in the industrial world or entertainment and can address maintenance apprenticing situations. The system created by the company Electrona consists of, in its basic MD1AA770 version: @ a removable portico on the base made of 3 triangular aluminum beams of 290 mm sections, @ a mobile cage controlled in speed and positioned by 4 motors with encoders, @ four chain hoists, including reeving and connecting the fixed and movable parts through slings and clamps. The unit is assembled by couplings and conical pins requiring no special tools and is intended for frequent interventions, @ a command panel with a Twido PLC, Altivar controllers on a CANopen bus and graphic terminal to control the motors and allow adjustment and positioning of the cage. The package is provided with: @ a 150 daN strain gauge loading cell, analog output 0-10 V and a set of connecting cables with connectors, @ a chain hoist for assembly/disassembly work tasks, @ sets of connecting cables with connectors. Transport and storage boxes are provided. @ The set cames together with documentation that gathers the diagrams, mounting instructions and the list of maintenance performances. @ Parts of the frame and cage are supplied in a storage cart on brake wheels. @ Five hoists and a set of cables are supplied in a storage locker mounted on brake wheels. @ The control panel is mounted on a stand with brake wheels.



A spotlight control program and two programs operating the cage are located in the PLC. Six practical exercises are offered: @ maintenance of the hoist, @ implementation of the lighting (requires related options), @ installation and commissioning of the gantry, @ functional approach of the system, @ study of the command portion of the system: _ the programmable PLC, _ the graphics terminal, _ speed controllers, _ CANopen connection, _ protections, _ personal safety. @ simulation of a fault or malfunction with the help of the intervention cabinet (cabinet and intervention option required). Possible extension: It is possible to extend the gantry structure in height and/or length. (See possible structures examples with the basic structure + extensions. Figure 1) For these extensions, it is possible to acquire aluminum beam lengths of 1 m, 1.50 m or 2 m, with the necessary accessories for installation.

Example of practical exercise offered by the system

To order Figure 1

MD1AA770: Basic version of the overhead gantry crane UEHGJSL: set of spotlights UEHGCOFINT: intervention cabinet for the expansion of your system, consult your usual reseller Educational solutions catalogue 2013-2014

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Automated systems

Possible options: @ a set of LED spotlights @ a pre-wired "intervention" cabinet to simulate troubleshooting a hoist.


Productis: Automated systems

integrated production system Teaching objectives @ To operate, manage, maintain, adjust and control an integrated production and packaging system for tablets. @ To ensure multi-product production management with a combination of manual and automatic workstations. @ To study a workshop's organisation methods (operation time management, production changeovers, quality monitoring). @ To control maintenance with replacement or addition of sensors. @ To carry out maintenance operations.

Electrical and mechanical data @ Power supply: 400 V three-phase + N + E / 2.6 kVA @ Supply of compressed air: 6 bars @ Size (H x W x D) - weight: 1850 x 1150 x 2150 mm - 340 kg


Other industry @ Electrical engineering

Package description Productis is constructed around a computer-integrated pallet transfer system used in an industrial environment. It is designed to fill tablet bottles and includes: @ a mechanically welded frame with a slat conveyor for transferring of pallets, @ a 90 W asynchronous motor, @ removable transparent protective casings with safety switches, @ two fixed sub-assemblies for filling and closing of the bottles, which perform the tablet counting, bottle capping and faulty product rejection functions, @ two equivalent, removable sub-assemblies for carrying out maintenance, dismantling/assembly and adjustment operations under production conditions, @ a Premium or M340 PLC, @ an Ethernet-based communication architecture, @ a human-machine interface enclosure for controlling and monitoring of production using a Magelis terminal, @ a set of accessories (pallets, ball bearing and bottles with caps). The following steps are carried out during the production process: @ manual loading of the pallet (bottle and cap), @ dosing by counting the tablets, @ closing the bottle and inspection, @ removal of the pallet. The removable sub-assemblies are independent and operate by replacing the reference functions for the dynamic test. The Productis production management system developed in the training course is used to: @ set up a multi-product production system with a combination of manual or automatic workstations, @ study a workshop's organisation methods (operation time management, production changeovers, quality monitoring), @ dismantle or re-assemble sub-assemblies and adjust operation settings (moving units, cylinders and sensors), @ troubleshoot and repair workstations (including machine assistance with possibility of inhibition) using the operating modes dedicated to maintenance teams included in the workstation programming.

Workstation

Premium PLC

134



RFID option This option allows you to assign an electronic product code (manufacturing order number) to a memory integrated in the pallets. This code is used at the workstations to manage operations and track production depending on the different types of packaging. All the configurations are made by the operator from the operator terminal.

Description of sub-systems Both sub-systems are supplied with cables and support frames. They can be connected to a training PLC to provide independent, standalone operation of the Productis machine. The bottle filling station includes: @ a transparent hopper to store tablets, with two separating disks for their distribution, @ a photo-electric sensor to control the level of tablets in the hopper, @ a double-acting rotary cylinder to position the discs and distribute the tablets, @ a fiber optic sensor to count the tablets, @ two inductive sensors to control the position of the cylinder, @ a convergent optical head to check the presence of bottles on the workstation, @ a photo-electric sensor to check if the bottle is capped. The bottle closing station includes: @ two inductive sensors for the presence of pallets, @ a pneumatic manipulator with dual axis gantry (horizontal and vertical) along with four sensors to check the position of movements, @ a venturi system for picking and placing the caps on the bottles.

Bottle closing station

Bottling station

To order MD1AE905MR: Productis M340 with 4 workstations MD1AE905MRP2: Productis M340 with 2 workstations MD1AE905TSX: Productis Premium with 4 workstations MD1AE905TSXP2: Productis Premium with 2 workstations MD1AE909RFID: RFID option MD1AE903:bottle filling station MD1AE904: bottle closing station Educational solutions catalogue 2013-2014

135

Automated systems

The Productis system can be supplied either with 2 fixed workstations (bottle filling and closing), or with 4 workstations (2 fixed workstations and 2 removable workstations). Changing from a 2-workstation to a 4-workstation version is easily done by acquiring the 2 removable sub-assemblies.


Automated systems

Industrial shrink wrapping machine Teaching objectives @ To operate, manage and adjust a packaging machine. @ To make production changeovers. @ To carry out maintenance operations. @ To use the ASi bus.

Electrical and mechanical data @ Power supply: 400 V three-phase + E / 12 kVA @ Supply of compressed air: 6 bars @ Size (H x W x D) - weight: 2000 x 3500 x 1800 mm - 800 kg

Main industries @ Industrial engineering and maintenance @ Electrical engineering

Package description The shrink wrapper is a manually-loaded industrial packaging machine. This system includes: @ an operational part containing the six following elements: _ input conveyor, _ loader, _ welding station, _ shrink tunnel, _ output conveyor, _ film feeder. @ an electrical control cabinet controlling the 6 motors, the oven and the pneumatic actuators. The system is controlled by a TSX Micro, M340 or Premium PLC. The belt motor is controlled by an Altivar 312 variable speed drive and the human-machine interface is provided by a Magelis XBTGT touch screen terminal. The bus and networks available on the machine are: @ Ethernet TCP-IP, @ Modbus TCP-IP, @ ASi bus. This complete system allows trainees to study the main components of an automation system: @ commissioning, @ change of product range (adjustments, parameter settings), @ troubleshooting - electrical, pneumatic, automation system and mechanical breakdowns, @ communication network (Ethernet TCP-IP, ASi), @ operator terminal with supervision (XBTGT and Vijeo Designer), @ industrial maintenance, @ program modification depending on product ranges. Two sub-systems are available: @ a supply conveyor, @ a film dispenser. Rolls of film are also available separately.

To order MD1FARDTSX37 : TSX Micro shrink wrapping machine MD1FARDM340 : M340 shrink wrapping machine MD1FARDTSX57 : Premium PLC shrink wrapping machine MD1FARDCA : power supply subsystem MD1FARDSD : film dispenser subsystem MD1FARDFS : rolls of film

136



Educational objectives @ To discover an industrial system and identify its components. @ To operate, manage and adjust an industrial machine. @ To perform pneumatic and electrical maintenance operations. @ To study motor starts and brushless motors (configuration and control). @ To study the automation and networking of an industrial machine.

Electrical and mechanical features @ Power supply: 400 V three-phase + Earth, 6 kVA @ Compressed air pressure: 6 bars @ Dimensions (H x L x D) - weight: 1700 x 1200 x 2000 mm - 300 kg

Principal industries @ Industrial and maintenance engineering @ Electrical engineering @ Control of the production line

Presentation of the kit The packer is an industrial machine that performs the automatic packing of products like milk cartons in 3x4 trays in one or two layers before bundling. The system includes: @ An operative part consists of: _ a welded frame with secure access doors and an electric cabinet, _ a motorized inlet brick conveyor, _ a motorized traversing conveyor for the transfer of the trays, _ a three-axis manipulator for the packing of products, _ two additional brick removal zones, @ an electric control cabinet that verifies the conveyor motors and the three-axis manipulator. The control is provided by a programmable PLC (M340 or Premium) or a SoMachine controller (M258 and LMC058). The conveyor motors are controlled by variable speed drives and a manipulator by brushless motors. The human - machine dialog is provided by a Magelis touch screen. The available bus and networks available on the machine are: @ TCP-IP Ethernet, @ CANopen. This system enables the main components of an industrial packer to be addressed and analized: @ supply tray: removal, transfer, control, @ supply of the bricks: removal, transfer and referencing, control and identification, @ packing: gripping, handling and filling of the tray, @ evacuation of the filled tray. Arriving product conveyor subsystems or an arrival box conveyor are also available.

To order MD1ENCM340: packer with M340 PLC MD1ENCTSX57: packer with Premium PLC MD1ENCSOMAC: packer using SoMachine MD1ENCCONVP: in a product arrival conveyor system MD1ENCCONVC: in a box arrival conveyor system Educational solutions catalogue 2013-2014

137

Automated systems

Industrial packing machine


Automated systems

Industrial Filler / Screwer machine Educational objectives @ To discover an industrial system and identify its components. @ To operate, manage and adjust an industrial machine. @ To perform pneumatic and electrical maintenance operations. @ To study motor starts and brushless motors (configuration and control). @ To studying the automation and networking of an industrial machine.

Electrical and mechanical features @ Power supply: 400 V three-phase + Earth, 6 kVA @ Compressed air pressure: 6 bars @ Dimensions (H x L x D) - weight: 2520 x 2200 x 3800 mm - 1200 kg

Principal industries @ Industrial and maintenance engineering @ Electrical engineering @ Control of the production system

Presentation of the package The filler-capper is an industrial machine that performs the filling of PET bottles (plastic) and ensures positioning and screwing of the cap. A single operator manages the powering of two input conveyors (loading the bottles and caps). The bottles are provided in a rotating carousel to be positioned successively in a filling station and a plugging/screwing station. They then emerge on an ouput conveyor to be discharged from the machine. The dosage is performed by a mechanical scale to precisely control the weight of the liquid poured into the bottle. The system includes: @ An operative part consists of: _ a stainless steel frame machine enclosed by painted steel. _ a motorized conveyor with a conveyor belt to place the empty bottles and transfer them to the machine, _ a polyethylene transfer disc with 4 compartments adapted to the size of the package, _ a buffer tank with level control equipment, _ a mechanical scale to weigh the dosage, _ a motorized conveyor with a conveyor belt to release the filled bottles. @ the control is provided by a programmable PLC (M340 or Premium) or a SoMachine controller (M258 and LMC058) @ the human - machine dialog is provided by a Magelis touch screen. The available bus and networks available on the machine are: @ TCP-IP Ethernet, @ CANopen. This system enables the main components of an industrial filler-capper to be addressed and studied: @ supply of the bottles: removal, transfer and supervision, @ supply of the caps: deposit and transfer, @ filling: control of the spout and weighed for accurate dosage, @ plugging: management of the screwing spindle. Subsystems can also be offered.

To order MD1REMPM340: filler with M340 PLC MD1REMPTSX57: filler with Premium PLC MD1REMPSOMAC: filler using SoMachine

138



Educational objectives @ To discover an industrial system and identify its components. @ To operate, manage and adjust an industrial machine. @ To perform maintenance operations. @ To study the automation and networking of a simple industrial machine.

Electrical and mechanical features @ Power supply: 400 V three-phase + Earth, 4 kVA @ Dimensions (H x L x D) - weight: 900 x 1000 x 700 mm - 300 kg


Presentation of the package The accumulation table industrial system can accumulate products to temporarily store them between machines in order to ensure a constant flow of products to the next stations. This system can be inserted between the filling and wrapping machine. The system includes: @ a rotating table and two conveyors (an input conveyor and an output conveyor). Description of the rotating table: @ painted steel structure, @ white polyethylene tray, @ central gear motor, @ feed device with adjustable deflectors on brackets. Description of the conveyors: @ a 700 mm long input conveyor, @ a 1000 mm long output conveyor, @ painted steel structure, @ an 82.5 mm pallet chain, @ feeding shelves in the inputs and ouputs of the rotating table, @ pendulum mount hollow shaft gearmotor. A control cabinet includes: @ variable speed drives for the motors and conveyors,, @ Twido PLC with analog outputs for drive control, @ TCP/IP Ethernet communication network.

To order MD1ACCTWD: accumulation table with Twido


139

Automated systems

Accumulation table Industrial machine


Automated systems

Flexible packaging line Educational objectives @ To discover a flexible industrial line. @ To operate, maintain, adjust and manage a flexible industrial line. @ To perform pneumatic and electrical maintenance operations. @ To manage workflow and routing. @ To study the automation and networking of an industrial line.

Electrical and mechanical features @ Power supply: 400 V three-phase + Neutral + Earth, 12 kVA @ Compressed air pressure: 6 bars @ Dimensions (H x L x D) - weight: depending on the desired configuration


Presentation of the package The industrial flexible line concept contributes to the students learning in areas related to production. All industrial activity sectors (automotive, electronic, cosmetic, food, chemical, etc.) are affected by this type of manufacturing process. The industrial flexible line, fundamentally designed for the packing of products in the food industry (filling machines, shrink wrapping, packing) can be modified according to your needs and built in a scalable manner. It provides an opening to employment areas such as in design process and production, industrialization methods, maintenance, production management and production line supervision. Your Schneider Electric correspondent will help you define the composition best suited to your needs, knowing that the basic elements consist of: @ an industrial filler /capper machine, @ an accumulation table, @ an industrial shrink wrapper, @ an industrial packing machine. The concept of a flexible packaging line enables a multitude of possibilities and is adaptable to all types of instruction. Example of an implementation: @ filler / capper – packer and accumulation table - shrink wrapper, @ the input conveyor of the filler / capper allows for the machine's supply to be flask, cans or empty bottles. The products loading on the conveyor is done manually by an operator, @ The filler is designed to be installed upstream of the shrinkwrapper. @ the output conveyor enables the unloading of the filled products or the evacuation to the shrink wrapper via the accumulation table when the application warrants it, @ the shrink wrapper is supplied by the exit conveyor of the filler / capper or the exit conveyor of the collection table, @ once the products are wrapped with shrink wrap, they are carried out to the discharge conveyor to be manually unloaded. On an automated level, the line highlights the communication aspects between the machine (Ethernet, Modbus, CANopen, ASi bus), and various mechanical and electrical technologies used in industrial machinery. For technical vocational students studying Control of a Line of Production, the line allows you to control a production line, manage production orders, and perform the maintenance operations and regulations that the line of production operators tend to encounter.

Filler / Capper

Packer

Shrinkwrapper

To order UEHGLFC: Flexible packaging line

140



Educational objectives @ To discover a flexible industrial line. @ To operate, maintain, adjust and manage a flexible industrial line. @ To perform pneumatic and electrical maintenance operations. @ To manage workflow and routing. @ To study the automation and networking of an industrial line.

Electrical and mechanical features @ Power supply: 400 V three-phase + Neutral + Earth, 12 kVA @ Compressed air pressure: 6 bars @ Dimensions (H x L x D) - weight: depending on the desired configuration


Presentation of the package The dosage line is a set of three complementary machines (the "pick and place" manipulator, Productis, and the logistical storage unit). They communicate with each other using the Modbus / TCP-IP protocol. The management of the workshop is conducted through a PCVue supervision (32 to 250 variables). This allows all of the data to be accessed via Ethernet. Process of the flexible line: @ automatic feeding of bottles and caps, @ distribution of the tablets to the bottles, @ bottles closing using capping and removal of poor declared products, @ packaging of closed bottles into a carton, @ automatic discharge of the carton, @ storage in defined areas. Process material (pills, flacks, paper and the cartons are reusable). Detailed description of the stations: @ “the Pick and place” system: Implement the supply, unloading and automatic setting of the bottles issued from the Productis system into cardboard. It includes: _ six supply stocks, _ a 3-axis manipulator that loads and unloads all of the components (possible management of two simultaneous productions), _ a filling region that enables the reception of receiving two cartons. The X and Y axes use brushless technology. The Z axis uses pneumatic technology. Control by PLC and human - machine dialog. @ Productis system: Performs the packaging of tablets into bottles. (See page 134 and 135), @ logistical stacker: Dispatches the cardboard packaging in 5 different storage areas based on the programmed storage orders or orders issued from upstream production units. It is connected to the Pick and Place control panel. It includes: _ a three phase motorized carrier, _ five stockers, _ five pneumatic indexers controlled by a valve island. (Control via the CANopen network). Options: @ labeling with barcode printing software, @ automatic placement of the label on the box.

“Pick and place” manipulator

Logistical stacker:

To order UEHGLFDOS: flexible dosage line UEHGLFDOSIMP: labeling Educational solutions catalogue 2013-2014

141

Automated systems

Flexible dosage line


Automated systems

Hydrolis Hydraulic unit Educational objectives @ To operate an industrial multi-technology system. @ To discover the generation of electricity from hydropower. @ To study the conversion of energy.

Electrical and mechanical features @ Power supply: 400 V three-phase + Earth, 5 kVA


Other industry concerned @ Industrial and maintenance engineering

Presentation of the package This product is adapted from a system of the Bema company. The Hydrolis unit simulates a waterfall from a height of about 20 meters, and examines issues related to the conversion of hydraulic energy into electrical energy using a turbine. This equipment includes: @ a reserve and waterfall that integrates: _ a tank of about 250 liters, _ a 4 kW pump, flow rate of 45 to 70 m3/hour, _ a valve and purge hydraulic circuit, _ an electrical cabinet equipped with a Altivar 312 inverter on the CANopen bus and its protection. @ a power meter composed of: _ a 20 buckets Turgo wheel, _ two injection nozzles with flow control valve, _ an asynchronous generator with encoder for speed control, _ a hydraulic circuit with analog flow and pressure sensors. @ An electric cabinet consisting of: _ pushbuttons and the components necessary for safe and efficient operation, _ a user socket, _ a capacitor bank, _ three root mean square current transformers connected to a type PM750 power meter, _ a programmable Twido or M340 with TCP/IP and CANopen to control automation, _ a graphic touchscreen Magelis XBTGT dialog terminal, _ a voltage regulator (to recover energy and the creation of three-phase), _ a production counter Options: @ 25 or 75 variable supervision depending on the option, @ Ethernet interface, @ EdF counting.

Twido

Magelis

COPLA module

PM750 power meter

Capacitor bank

To order MD1HYDROTW: Hydrolis with Twido MD1HYDROM340: Hydrolis using M340 MD1HYDSPV25: Hydrolis 25 variable supervision MD1HYDSPV75: Hydrolis 75 variable supervision MD1HYDINTETH: Ethernet interface MD1HYDCPTEDF: EdF counting

142



Educational objectives @ To discover the basic principles of a hydraulic system. @ To conduct the maintenance of the system @ To configure and adjust a hydraulic unit group.


Principal industries @ Maintenance of Industrial Equipment


Presentation of the package The hydraulic lifts belong to the family of unaccompanied industrial hoists or elevators used for a particular purpose. Customized according to different criteria for implementation, they enable the transfer of any type of vertical load between several superimposed levels, but are prohibited to transporting people. These applications are becoming increasingly popular because of the pursuit of the optimization of production or storage areas. The hydraulic lift is a commonly used piece of equipment used in breweries and restaurants in major cities with a storage of liquids in the basement. The device is hydraulically moved by a lift cylinder connected to two hoisting chains. The system includes: @ a hydraulic unit (motor power of 1.5 kW), @ a lifting cylinder (hard chrome plated) @ 2 SEDIS lifting chains, tensile strength 3700 kg, @ a door hinged at the bottom provided with a mechanical lock (600 mm free passage), @ a trap door embedded at the high level, @ a slack chain detector, @ high overtravel protection, @ trap door contact, @ remote control with continued finger pressing, @ indicator of the presence of a low level, @ a push button box (up-down), @ a control panel with Twido PLC, @ a hoistway box The assembly is installed in a lattice tower. Cabin and duct lighting are included. Possible option includes: @ 3 levels, @ cabin door with presence detector, @ additional landing door.

Chain lifting cylinder

Hydraulic group

Safety switch

To order MD1ASCHYD: Hydraulic lift MD1ASCHYDPC: cabin door has presence detector MD1ASCHYDPP: landing door MD1ASCHYD3L: level 3 option Educational solutions catalogue 2013-2014

143

Automated systems

Hydraulic lift


Automated systems

Air treatment unit Educational objectives @ To study the functions of an air treatment unit. @ To study the PLCs and communication networks of the building. @ To launch, configure and maintain an operation. @ To study the cooling unit, ventilation and electrical systems. @ To perform an energy assessment and calculate the performance coefficients.

Electrical and mechanical features @ Power supply: _ 400 V three-phase + Neutral _ 3 to 12 kW depending on the options @ Dimensions: Consult with us.


Presentation of the package This product is adapted from an instructional air treatment unit from the company ERM. The proposed system enables, in its basic version, discovery and implementation of a single stream air handling unit with filtration, heating, cooling, humidification and dehumidification. The single stream air handling unit, in its basic version, is comprised of: @ pre-filtration and filtration units, @ fan ventilation unit (fan ventilation and sound absorber), @ control panel with centralized technical management. The control unit allows you to control and monitor the operation of the air processing unit. It consists mainly of: @ one TAC Xenta 721 PLC of communication management (web server) allowing the control of: The motorized valves on the two coils, motors and drives record speed on both fans. @ a human - machine interface for on-site programming (portable operating console), @ monitoring software associated with the PCL / webserver providing remote control and monitoring of operations. The interaction between the PLC and the sensors / actuators is done using a LonWorks fieldbus. Possible option: @ chilled water coil box, @ duct heater box, @ hot water coil box, @ steam humidification system, @ heat pump cool battery or heat battery system. All data from the sensors placed within the boxes is brought to the controller/web server via the LonWorks fieldbus. In addition, a customized measurement box with temperature sensors, humidity and pressure related to the CMU can be placed between the other boxes, it is composed of: @ a pressure differential sensor, @ a temperature sensor, @ a relative humidity sensor. The measurement points with field instruments are provided on all of the housings. Two measurement instrument packages are available: @ The first kit includes: a thermometer/hygrometer, a thermometer/ anemometer and a manometer. @ The second kit includes: a pressure, flow, humidity and temperature reader/writer. For more details: please consult our website.

Xenta 711 module

To order

detailed diagram of the basic version

144

MD1ERMSF: Single stream air treatment unit MD1ERMWT00 : chilled water coil box option MD1ERMWT01: duct heater box option MD1ERMWT02: hot water coil box option MD1ERMWT00: steam humidification system option MD1ERMWT05: heat pump to cool or heat coil system MD1ERMWM00: sensor boxes with measuring temperature, humidity and pressure connected to the CMS (Central Management System). MD1ERMWM01: instruments to measure pressure, flow, temperature and humidity MD1ERMWM02: instruments to measure and record pressure, flow, temperature and humidity Educational solutions catalogue 2013-2014


Educational objectives @ To discover the basic principles of an air source heat pump. @ The main operation of an air source heat pump. @ Energy savings with an air source heat pump. @ Layout and use of the Mollier diagram.


Principal industries @ Electrotechnical engineering @ Energy and communication engineering


Presentation of the package An air source heat pump uses calories naturaly present in the air to return it in the form of heat inside a home. The heat pump thus uses natural, free and abundant energy. For 1 kWh of electricity consumed, the heat source pump can return between 3 and 4 kWh in the house. The offered system allows to study the characteristics and principles of a system implementing a heat pump made from the standard commercially available parts for heat pumps. Operation This educational equipment enables the following topics to be addressed: @ the identification of the components of an air source heat pump, @ the operation of an air source heat pump, @ the coefficient of performance, @ the configuration of the regulator for optimal operation, @ the performance of the Mollier diagram (used to determine the quantity of heat produced or consumed by a change in temperature and/or state of a fluid). Composition of the bench This bench is composed of an instructional wheeled and instrumented heat pump. The heat pump is composed of: @ a compressor, @ a capacitor, @ a pressure regulator, @ an evaporator, @ four gas contact temperature probes (entry into and outlet from the condenser and entry into and output from the evaporator), @ an ambient air temperature sensor, @ a temperature probe to measure the freezing of the evaporator, @ a high pressure sensor and a low pressure sensor. The air source heat pump is supervised by a controller containing a program dedicated to the heat pump combined and linked to a control and display unit allowing the control and display of temperatures, automatic defrost, and control of the alarms.

To order MD1AAPACAA168: Air source heat pump with M168 control MD1AAPACAA238: Air source heat pump with M238 control Educational solutions catalogue 2013-2014

145

Automated systems

Air source heat pump

Products and services

146

Products and services Design and operation of MV/LV networks laboratory n .................... 148 Renewable energy and energy management laboratory n ............... 150 Our publications ..................................................................................... 152 Services ................................................................................................... 152 Website ................................................................................................... 153 Index by name ........................................................................................ 154 Index by reference ................................................................................. 156

Products complying with the provisions of of the European Directives Compliance report available on request All of our products are delivered with: @ a hard copy of the technical manual and practical exercise book @ a CD with the same documents in a PDF format and the PLC applications Educational solutions catalogue 2013-2014

147


Design and operation of MV/LV networks laboratory Objectives @ Training in the engineering of of MV/LV networks. @ Performance of maintenance operations.

Skills developed: @ To identify and understand the different materials. @ To operate powered on equipment in compliance with safety regulations. @ To set protection devices @ To implement a secure power system. @ To recognize the different earthing diagrams. @ To maintain and operate an installation. @ To define and write the procedures for the commissioning, operation and maintenance of a delivery station. @ To prepare test records and intervention reports. @ To diagnose the cause of a failure affecting a MV/LV delivery station. @ To become authorized or follow courses in the renewal of electrical certification.

Other industries concerned: @ Electrotechnical engineering

Presentation of the offer: The electrical distribution laboratory we offer is drawn from a real power system: that of a medical center. This example offers the advantage of the essential features of electrical distribution. Students will be led to study on a 500 kVA installation: @ the concept of a power supply loop in the network, @ use of different earthing systems continuity of service purpose, @ the implementation of various systems to protect the power supply, @ the size of a system that is located on a remote site, @ the importance of an excellent level of maintenance. The medical center's power supply is provided by a transformer station that distributes energy in two buildings separated 300 m from each other: @ The first is the office building with a low need of continuity of service, @ the second building concerns the reception and care of patients, which requires a high availability level of energy. Our laboratory offers the study of the power supply station, the distribution station of the administrative building and distribution station of the building in which care is provided. Other instructional facilities complete this installation enabling the study of all of the peculiarities of the business. Presentation of our MV/LV offer In the first two rooms of the laboratory, we can see the center of the supply of the high and low voltage distribution. The students work on a real installation at low power. In addition to the basic equipment, we also offer many subassemblies or components to make the teaching of some of these technologies more attractive and educational.

Building 1: care center High voltage loop

Distribution

Switch cells High voltage counting cell

Operating rooms

HIgh voltage cells UPS

Protection cell Transformer protection

Network rooms

Low voltage switchboard

Transformer

High voltage output

Generator

Distance : 300m

Non priority rooms

Dry transformer

LV switchboard

Building 2: administrative center Distribution

High voltage input Transformer protection

High voltage cells

148

Transformer

Oil transformater


Low voltage switchboard

Offices (non priority areas)

LV switchboard


Complementary offer The third room offers students a comprehensive range of bench studies to master the problems encountered on a distribution network and electrical installation. It covers areas related to: @ design, @ the quality of the power and continuity of service, @ the optimization of energy consumption, @ operation and maintenance, @ electrical safety (electrical protection and authorization), The instructional equipment and measuring instruments offered are designed to have students work in groups of two. They are provided with a detailed technical manual and practical exercises developed by the teachers of the French Ministry of Education.


149


Renewable energy and energy management laboratory Objectives @ Designing new facilities. @ Rehabilitating of existing spaces.

Skills developed: @ To lead and implement a project. @ To justify and debate eco-friendly technical choices. @ To implement solutions that meet environmental standards. @ To develop energy prospectives and operating reports. @ To assess the energy efficiency of a system and propose optimization solutions. @ To manage and scale the installations using renewable energy sources. @ To ensure operating results or energy savings.

Presentation of the offer: This laboratory uses multiple energy sources including the national grid, solar, wind and hydropower. It is equipped with an inverter which allows two operation modes with the network: @ connected: with a re-injection of the energy produced, @ not-connected: independent operation. The educational objectives of this installation are: @ To study different energy sources, @ To implement several types of installations, @ To achieve the necessary clearances for photovoltaic and wind installations, @ To utilize centralized data from a computer. This package permits the external installation of solar panels and wind, taking into account all of the mounting precautions: @ optimizing the orientation and inclination of the panels, @ overall level of sunshine, @ speed and direction of wind. The laboratory is equipped with a PLC that provides the ability to control the installation remotely. Multi-source production laboratory: Production

Consumption

Management

Power distributor

Local or remote acces

Solar panels

PLC source management

Lighting

DC

Out

150

In 1 In 2

XW

Wind turbines

UPS

Hydroelectric power plant

Batteries


Energy efficiency cabinet

Heating / Air conditioning

Others


Renewable energies We also offer in this laboratory in-depth teaching of different technologies on several subsystems. These subsystems allow the study of different solar panels with a photovoltaic inverter and the management of placement of the electrical grid, wind turbines and their power management.

Energy management In this energy management laboratory, we enable the study of energy optimization consumption solutions: @ to analyze energy losses generated by harmonics and reactive energy, @ to implement compensation solutions, @ to manage public lighting and air handling units in an optimal manner, @ to optimize the consumption of heating and lighting.


151


Our publications Guides: @ Standard NF C 15-100, @ EVlink charging solution for electric vehicles, @ MV and LV electricity, @ Electrical installation guide, @ Automation solutions, @ Building safety, @ safety equipment, processes and infrastructure, @ Network infrastructure of a building, @ 2012 thermal regulations, analysis and solutions, @ Electrical diagnostics and safety, @ lightning protection, @ LexCom Home residential multimedia network. Downloadable from the site www.schneider-electric.fr White paper: @ energy efficiency, @ the services associated with the charging terminals for electric vehicles, @ energy efficiency of machines, @ energy savings in refrigeration plants, @ considerations for the optimal energy efficiency of conveyors, @ on the road to green machines, @ optimizing the productivity of lifting appliances. Downloadable from the site www.schneider-electric.fr

Services To help you with installing and handling educational equipment, we offer you commissioning services and/or training.

Reference number to order at the same time as the products: @ MD1SMIF: Flat rate on commissioning and training for the use of the equipment (2 to 4 hours depending on the complexity of the equipment). @ MD1SCTL: on-site machine conformity control measure.

152

For the establishment of communication of your equipment: (LV switchboard towards your existing system), we offer our services: @ taking into account your needs and existing systems @ study and modification of the system programs to have them communicate and update of the XBT pages @ on-site installation, test and commissioning of the equipment Consult your instructional representative. For the development of your equipment: we can offer you our services: @ taking into account your needs and existing systems @ study and modification of the systems, @ on-site installation, test and commissioning. Example of implementations: @ the upgrade of lifting systems, @ the upgrade of pumping systems, @ development of the Habilis, low voltage switchboard in the Energy Management Panel.




Website Discover the range of the Schneider Electric offer on its internet site:

www.schneider-electric.com

The heading Education gives you access: @ to the details of the instructional solutions: _ technical supplement _ practical exercises. @ to the discovery of the job opportunities at Schneider Electric @ to the representatives contact details.

Energy University The training modules enable the acquisition of the necessary skills to measure, analyze, control and reduce consumption. The solutions presented in the context of Energy University allow the achievement of savings of up to 30% of the energy bill. A significant percentage when you consider that the cost of energy will substantially increase in the coming years, particularly due to the increasing demand of emerging countries.

Discover Energy University at the website:

www.myenergyuniversity.com


153

Index by name Reference

Page

Reference

Page

2-axis laser machine n 3D simulator n 5 axis manipulator Accumulation table industrial machine n Additional electrical certification case for Habilis system n

123 114 125 139 20

Harmotris: three-phase network harmonic interference

60

HD network camera pack, PELCO security imaging n

36

Addressable fire security bench n Air source heat pump n Air treatment unit Altivar 32 case n Altivar speed controller training bench Alvidis case Automation modular offer Automation modular offer, operative part Axis X and Z test bench, asynchronous motor with flux vector control n

33 145 144 89 87 32 104 105 91

56 100 131 108 143 142 73 138 137 136 115 38

Axis Z test bench, synchronous or asynchronous servo-motor n

92

Heating control bench HMI case Hoist elevator Human - machine dialog package n Hydraulic lift n Hydrolis: hydraulic unit Industrial component wiring bench Industrial filler/capper machine n Industrial packing machine n Industrial shrink wrapper packaging machine Industrial shrink wrapper simulator n Instruction of the energy efficiency of buildings n

Bac Pro wiring base plate, intermediate certification n

110

BAES Dardo Plus case n Brushless motor case n Communication case Communications case for teaching n Communicating low voltage switchboard n Comsi case Compensation of reactive energy bench Containment cabinet Controller case Design and operation of MV/LV networks laboratory n

35 90 112 113 10 113 58 72 85 148

Instrumented solar panel bench n iRio telemeter modular offer n IT system cabinet and distribution boards IT system with fault search n KNX case n KNX modular offer KNX package KNX panel n Lift Load bench Load terminals for electric vehicles n Load test bench with vertical displacement, Winch, SL02 cable n

49 45 13 14 27 26 30 28 119 86 62 95 12

Detection workshop Development of the LV switchboard into the energy management switchboard n

79 57

Low voltage switchboard for professional school

Didaflex baseplates Didalub: management of public lighting Earthing diagram (ED) bench Educational controllers Energy efficiency case Energy efficiency case n Energy efficiency KNX modular offer n Energy management solutions applied to industry areasn

111 55 16 85 67 46 43 39

Lubio system Machine security modular offer Measurement and control bench Medium voltage switchboards Minibat: instructional mini building n Minharmotris: harmonic interferences in a three-phase installation

54 78 80 8 29 61

Mini hoisting system, ML03 cable winch n Modular offer and kit for the modeling and prototyping n

94 37

Flexible dosage line n Flexible packaging line n Formatris: automatic part sorting system Habilis system Hanged cage surface treatment equipment Harmocem: electromagnetic disturbances

141 140 126 19 119 59

154

Catalogue des solutions didactiques 2013-2014

Modular offer for residential and small indutries 42 energy efficiency n Motor starter bench Motor starter modular offer Motor starter package Nivoreg: process control bench Numerical axis

77 75 74 121 120 www.schneider-electric.fr

Reference

Page

Odace radio frequency discovery kit n Overhead gantry crane Percetris: Automated machining system Photovoltaic installation, isolated and non-isolated site n

31 132 130 65

"Pick and place" system PLC packages Pneumatic manipulator with rotary base Powder brake speed controller bench Productis: integrated production system Protection selectivity bench Qualification test-bench n Renewable energy and energy management laboratory n

127 101 124 88 134 17 18 150

Residential and small service industry offer RFID case RFID modules, card gamen RFID package Securis case SL71 lifting application test bench, guidance by flux vector control

24 107 106 108 21 96

Smart Grid application n Solar modular offer Solar water heater Soleolis: solar panels and wind turbine SolEzy bench n Speed controller and starter packs Swing control system, SLT01 suspended load n

64 48 53 50 51 84 97

Tapiris: Sorting belt Traffic management Training motors Training PLCs TSXBT control desk Tube solar water heater n Valhabilis n VDI 19’’ package Ventilation system Vision system, suitable for Tapiris or PLC n

128 118 76 102 100 52 20 34 47 129

Vizelia offer n Wireless, batteryless biometric button package n

66 81

Wiser kit, RT2012 application n Xylophonis: Brushless axis Zelio case ZELIO - GSM / Ethernet / Modbus package n ZigBee case n

44 122 118 109 81

Catalogue des solutions didactiques 2013-2014

155

Index of references Reference

Page

Reference

Page

Reference

Page

Reference

Page

FSACSACDENSXP7P

101

MD1AA750A6

47

MD1AE845TW

112

MD1AMLIRIO

37

FSACSACDESUTYM

101

MD1AA770

133

MD1AE848

112

MD1AMLIRIO

45

FSACSACDESUTYXL

101

MD1AA775

53

MD1AE848SI

113

MD1AMLMR

104

FSACSACDXSOMAC

101

MD1AA776

53

MD1AE849

112

MD1AMLRFID

37

MD1AA200

73

MD1AACHESOL

52

MD1AE854T

128

MD1AMLRFID

106

MD1AA209

73

MD1AAHABIL

18

MD1AE854TC

128

MD1AMLSECU

78

MD1AA400ML03

94

MD1AAHABILAV

18

MD1AE858

128

MD1AMLSOL

48

MD1AA400ML03TA

94

MD1AAHABILAVNC

18

MD1AE858MR

128

MD1AMLTW

104

MD1AA400SL02CM

95

MD1AAHABILNC

18

MD1AE858MRA

128

MD1AMP001

76

MD1AA400SL02M

95

MD1AAKNXVR

37

MD1AE858P

128

MD1AMP001

105

MD1AA400SL71CM

96

MD1AAKNXVR

30

MD1AE859VIS

129

MD1AMP002

105

MD1AA400SL71DM

96

MD1AAPACAA168

145

MD1AE885

121

MD1AMP003

105

MD1AA400SLT01AM

97

MD1AAPACAA238

145

MD1AE895PR

56

MD1AMP004

105

MD1AA400SLT01BM

97

MD1AAPCBP

110

MD1AE903

135

MD1AMP005

105

MD1AA409MF

96

MD1AAPCBPNC

110

MD1AE904

135

MD1AMP006

105

MD1AA410AXZ01M

91

MD1AAPZIGBIOM

81

MD1AE905MR

135

MD1AMP007

105

MD1AA410AZ02AM

93

MD1AASTORE

30

MD1AE905MRP2

135

MD1AMP008

105

MD1AA410AZ02BM

93

MD1AAVBRUSH

90

MD1AE905TSX

135

MD1AMP010

28

MD1AA500

79

MD1AAVOLETR

30

MD1AE905TSXP2

135

MD1AMP011

78

MD1AA501

79

MD1AAVRFID

107

MD1AE909RFID

135

MD1AMP013

105

MD1AA502

79

MD1ACAVR

79

MD1AE913

125

MD1AMP014

105

MD1AA509

79

MD1ACCTWD

139

MD1AE914

125

MD1AP058

101

MD1AA513

19

MD1AE110

103

MD1AE915

125

MD1AP238STU

101

MD1AA514

19

MD1AE120

103

MD1AE916MR

125

MD1AP258STU

101

MD1AA516

19

MD1AE125

103

MD1AE917MR

125

MD1AP34ASI

101

MD1AA516MR

19

MD1AE130

103

MD1AE955MI

126

MD1AP34M-

101

MD1AA518

19

MD1AE130UTY

103

MD1AE955MR

126

MD1AP34ME

101

MD1AA529

76

MD1AE150

103

MD1AE965MR

122

MD1AP34MEC

101

MD1AA529LT

76

MD1AE160ETH

100

MD1AE965TW

122

MD1AP34R

101

MD1AA540

77

MD1AE165

100

MD1AE973

124

MD1APATS01

84

MD1AA570

88

MD1AE169

100

MD1AE974

124

MD1APATS015

84

MD1AA580FP

87

MD1AE214

118

MD1AE975

124

MD1APATS22

84

MD1AA585

85

MD1AE216

118

MD1AE985

127

MD1APATS48

84

MD1AA595

86

MD1AE216MR

118

MD1AEHMI85

100

MD1APATV12M

84

MD1AA620

80

MD1AE217

118

MD1AELAS

123

MD1APATV12T

84

MD1AA638

20

MD1AE217MR

118

MD1AEZELIOGSM

109

MD1APATV312M

84

MD1AA639

18

MD1AE224

119

MD1AG150H

59

MD1APATV312T

84

MD1AA685

72

MD1AE227

119

MD1AG190H

60

MD1APATV32M

84

MD1AA700TDS

13

MD1AE227MR

119

MD1AG195

61

MD1APATV32T

84

MD1AA700TDT

13

MD1AE227TW

119

MD1ALVDIC19

34

MD1APATVM

84

MD1AA700TIT

13

MD1AE254

119

MD1ALVIDISA

32

MD1APATVT

84

MD1AA710

15

MD1AE257

119

MD1AM3BA

26

MD1APESADR

35

MD1AA719

15

MD1AE257MR

119

MD1AM3EE

37

MD1APESPRT

35

MD1AA720

12

MD1AE257TW

119

MD1AM3EE

43

MD1APHMI05B

108

MD1AA720NC

12

MD1AE713TW

118

MD1AM6121

25

MD1APHMI07

108

MD1AA728

12

MD1AE713ZL

118

MD1AM6122

25

MD1APHMI08W

108

MD1AA728P4

12

MD1AE715TW

118

MD1AM6123

25

MD1APHMI10

108

MD1AA729

12

MD1AE715ZL

118

MD1AM6126

25

MD1APHMI655

108

MD1AA730PE

11

MD1AE794

120

MD1AM6130

37

MD1APHMIXBTGC

101

MD1AA739

11

MD1AE795

120

MD1AM6130

42

MD1APPL7P

101

MD1AA740

74

MD1AE825

130

MD1AMATVEE

37

MD1APPL7P5

101

MD1AA740T

74

MD1AE825L

130

MD1AMLATV312

75

MD1APTW

101

MD1AA740V

74

MD1AE845BPR

113

MD1AMLATVEE

46

MD1APUTY5

101

MD1AA750A2

47

MD1AE845SI2

113

MD1AMLDM

75

MD1APUTYM

101

156



Reference

Page

Reference

Page

Reference

Page

MD1APUTYXL

101

MD1REMPTSX57

138

MDG99WISER

44

MD1ASCB

131

MD1S3DM238API

114

MDGIRIOCC

57

MD1ASCBOPT1

131

MD1S3DM340API

114

MDGIRIOME

11

MD1ASCBOPT2

131

MD1S3DM340BORN

114

MDGIRIOME

57

MD1ASCBOPT3

131

MD1S3DM340ES

114

MDGVBAES

35

MD1ASCHYD

143

MD1S3DTSX37API

114

MDGVE100

63

MD1ASCHYD3L

143

MD1S3DTSX37BORN

114

MDGVE100BM

63

MD1ASCHYDPC

143

MD1S3DTSX37ES

114

MDGVE100T3

63

MD1ASCHYDPP

143

MD1S3DTSX57API

114

UEHGAA665CH

11

MD1ASCOPTPB

131

MD1S3DTSX57BORN

114

UEHGAA665ECL

11

MD1ASCOPTPG

131

MD1S3DTSX57ES

114

UEHGAA665INT

11

MD1ASCOPTPRS

131

MD1SCTL

152

UEHGACCppp

9

MD1ATV32FA

89

MD1SIMFARD

115

UEHGCOFINT

133

MD1ATV32FS

89

MD1SMIF

152

UEHGHTAppp

9

MD1ATVEE

46

MD1VSE1F

21

UEHGJSL

133

MD1AVKNX

27

MD1ZELIO

118

UEHGLFC

140

MD1ENCCONVC

137

MD1ZELIOB

118

UEHGLFDOS

141

MD1ENCCONVP

137

MDG99120

25

UEHGLFDOSIMP

141

MD1ENCM340

137

MDG99130A

33

UEHGTGBT

11

MD1ENCSOMAC

137

MDG99140

67

UEHGTGE

11

MD1ENCTSX57

137

MDG99150

59

UEHGTRppp

9

MD1ERMSF

144

MDG99158

59

VJDEDUSTU855

108

MD1ERMWH00

144

MDG99159

60

MD1ERMWM00

144

MDG99159

59

MD1ERMWM01

144

MDG99160

58

MD1ERMWM02

144

MDG99169

58

MD1ERMWT00

144

MDG99190

60

MD1ERMWT01

144

MDG99195

61

MD1ERMWT02

144

MDG99198

60

MD1ERMWT05

144

MDG99198

59

MD1FARDCA

136

MDG99199

61

MD1FARDFS

136

MDG99215

50

MD1FARDM340

136

MDG99225A

51

MD1FARDSD

136

MDG99225SA

51

MD1FARDTSX37

136

MDG99239

49

MD1FARDTSX57

136

MDG99300

55

MD1HYDCPTEDF

142

MDG99308

55

MD1HYDINTETH

142

MDG99309

55

MD1HYDROM340

142

MDG99325

49

MD1HYDROTW

142

MDG993EB

29

MD1HYDSPV25

142

MDG993EB

38

MD1HYDSPV75

142

MDG993EBCL

38

MD1PACKLUBIO

54

MDG993IRIO

38

MD1PACKRFID

37

MDG993WISER

38

MD1PACKRFID

108

MDG99603

16

MD1PELCOCLAV

36

MDG99605

16

MD1PELCOEXT

36

MDG99609

16

MD1PELCOHARD

36

MDG99610

17

MD1PELCOMONIT

36

MDG99DOMKNX

28

MD1PELCOPACK1

36

MDG99DOMKNXLITE

28

MD1PMXTSX

111

MDG99ODACE

31

MD1PMXZTW

111

MDG99VEL

64

MD1REMPM340

138

MDG99VZBAT

66

MD1REMPSOMAC

138

MDG99WISER

37


157

Notes

158



Notes


159

Need more information? A website to inform you www.schneider-electric.com [email protected] Fax: +33 (0)1 41 39 60 76

Schneider Electric France Operating Division Technical and Higher Education 35, rue Joseph Monier CS 30323 92506 Rueil-Malmaison Cedex FRANCE

Due to changes in standards and equipment, properties indicated in texts and images within this documents are binding only after confirmation by our departments.

Design, production: Jérémie Brachet, Schneider Electric Photos: Schneider Electric Edition: Altavia Saint-Etienne 10-31-1247

ZZ4781

02/2013

Educational solutions from Schneider Electric

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