Basic Motor Control Technology TP 1221 – Overview
Laboratory Equipment, Training Programmes, Computer-based Learning Systems, Web-based Learning Systems, Simulation Training Software and Modular Multimedia Educational Programs, for Educational Institutions and Industries with Learning Factories.
Manufacturers specializing in this field:
Indicative products applicable to Educational Systems (click on a product's title for details):
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Festo Equipment set TP 1221: Basic Motor Control TechnologyThe fundamentals of electric motor controllers With the shift toward industrial electrification, control systems for electric motors are vital to the performance and protection of factory equipment. These systems range from the simple starting and stopping of electric motors to directing energy flows in an automated factory. Many types of technical workers, primarily industrial electricians, industrial maintenance technicians, and mechatronics technicians, need to understand, install, maintain, and troubleshoot control circuits and their main controllers such as manual starters, automatic starters, reversing starters, reduced voltage starters. The equipment set Basic Motor Control Technology builds knowledge and skills in the fundamentals of industrial electric motor controllers. The curriculum is specially designed to develop soft skills in addition to technical skills. Equipment allows teachers to insert various faults to develop troubleshooting skills – a must for a good preparation for the workplace. The course first familiarizes students with the operation of individual components, then provides hands-on application opportunities to use them in realistic, industrial motor control circuits. Upon completion of this course, students will be able to install, commission and troubleshoot the most common electric motor controllers using contactors and relays. **Benefits** - Innovative design for power switchgear from SIEMENS with safe and faultable connection boxes - Faultable components to develop troubleshooting skills - Curriculum with high focus on soft skills development along with technical skills - Realistic training using industrial-grade equipment - Safe grounding method PE+more...
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Festo Learning Systems for Industry 4.0**Industry 4.0: the fourth industrial revolution** Find your perfect entry into Industry 4.0/Industrial Internet of Things—tailored to your learning level and your course requirements. For standardized training content, the modular mechatronic production system, MPS® 203 I4.0, advances to the cyber-physical learning laboratory CP Lab and then to the smart universal training factory, CP Factory for Industry 4.0/the Industrial Internet of Things (IIoT). Expand your existing systems to the next equipment level at any time. **What are the features of the production of the future?** - Entire production plants will be digitally networked: - Intelligent components with plug-and-produce capability - The plant has a virtual emulation – this will enable automatic start-up and reconfiguration - Rapid balancing of capacity utilisation in a production network - Automatic adaptation of production lines to ordering capacities through simple, rapid extension or reduction of the manufacturing facilities - Simple compensation for defective production units - Control of production is becoming more intelligent and adaptable - Automatic start-up and reconfiguration of facilities - Customer-specific production - Humans and technology are cooperating to an increasing extentPractice-oriented learning system to teach Industry 4.0 applicationsmore...
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Festo MPS PA Compact WorkstationThe MPS PA Compact Workstation offers Huge flexibility. Controllers and operating units are not permanently installed, but are simply clicked into place in the ER mounting frame. This enables the controller, operating unit or touch panel to be replaced in next to no time. Option: refrigeration engineering The standard version of the MPS PA Compact Workstation provides 4 control loops. In addition, a cooling unit with heat exchanger and a water/air cooler are available. This results in even more options for temperature control. Networked technologies An increasing number of valves with pneumatic drives are being used in water supply and disposal. This is safer and more energy efficient. Therefore, no modern learning system should be without a 2-way ball valve with pneumatic process drive and signal box. It represents the increasing integration of different technologies in process automation. Professional performance recording. The Sentron PAC3200 multifunction measuring unit from Siemens records and saves measured values such as voltage, current and energy consumption, allowing analysis of the network quality. The unit can be incorporated into master control systems and energy management systems via Ethernet. On the trail of waste Identifying potential savings means first of all: measuring current consumption. The Wattmeter acts as a smart meter for training systems with a 24 V DC power supply and a maximum of 120 Watts. A switchable interface for 0 – 10 V DC or 4 – 20 mA is integrated for data transmission. Ethernet is available as an option. Hot topic: energy efficiency As everywhere in automation, software plays an outstanding role in the Compact Workstation, e.g. in measuring technology. The process data can be clearly visualized using the measuring software and then analyzed by either the whole class or as group work.more...
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Festo Robotino 4The Festo Robotino 4 conveys topics such as mechatronics, programming, sensors, motor and drive technology, closed-loop control technology and image processing in a simple and straightforward manner. It offers various interfaces for many external devices and media. This extendibility enables interesting learning scenarios. The integrated learning system consists of hardware, software and workbooks. **Mobile robots for flexible production** With the electric gripper kit for the Robotino, we provide you with the right building blocks to flexibly expand the MPS 400 learning fields to include the topic of mobile robotics. The accessory kit for the installation and commissioning of an electric gripper is designed to be mounted on Robotino generation 3 or later. It contains all hardware components necessary for operation in between current MPS stations and sample programs for Robotino.more...
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Lucas Neulle EEM 3-1 AC Machines 1KW**EEM 3-1 AC MACHINES 1KW** Electrical machines convert electrical energy into mechanical energy or vice versa. A fundamental distinction can be drawn between DC, AC and three-phase machines. The machines used for training in electrical engineering are designed so that nearly all of the circuitry and drives found in industry, commerce and at home can be conveyed in a didactic fashion in hands-on training. Using the servo drive and braking system it is possible to easily determine all of the relevant data for electrical machines. Universal motors are static converter machines and serve as drives for electrical tools and household appliances. They feature a power level of up to around 2 kW. Thanks to their simple speed control, universal motors make up a significant proportion of all AC machines. **Training contents:** - Connection, wiring and putting into operation - Reversing rotation direction - Recording of the speed-torque operating response - Operation with various load machinery like e.g. ventilators - Measurement evaluationMachine Test Bench [3] | Load Emulationmore...
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Lucas Neulle EWG 1 Wind Power Plant With DFIG**EWG 1 WIND POWER PLANT WITH DFIG** This wind trainer is used to investigate the design and operation of modern wind power stations with double-fed induction generators.The effect of wind force and the mechanical design of wind power stations can be emulated in realistic detail using the servo machine testing stand and the WindSim software. The control unit for the double-feed asynchronous machine (as a generator for the wind power plant) ensures user-friendly operation and visualisation during the experiments. The corresponding Interactive Lab Assistant Multimedia course is designed to convey knowledge and provide interactive support for carrying out the experiments and allows for PC-assisted evaluation of the measured data. **Training systems on the generation, distribution and management of electrical energy**: - Power engineering training system, distribution training system - Energy generation training system, renewable energy generation training system - Transformer training system, high-voltage transmission lines training system, protective systems training system - Energy management training system, smart grid training systemsWind Power Plant Training Systemmore...
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Lucas Neulle Field Programmable Gate Array "FPGA"**Field Programmable Gate Array "FPGA" ** Over the course of the last few years, the computing power of electronic systems has grown at an exponential rate, while the circuitry has been getting smaller and smaller. As a result of such developments, it is now possible to provide even complex and demanding technical functionality in an easily portable housing. The beginning of this "technical revolution" was marked by the introduction of standard components. However, since they were only able to provide a limited number of functions, it was necessary to connect multiple components together to accomplish more complex tasks. PLDs (programmable logic devices) are the solution to this problem, in particular field programmable gate arrays (FPGAs). With the aid of such logic circuits, it is now possible to implement highly complex functionality with a minimum of wiring. **Training systems on microcomputer technology based on UniTrain** - Microcontroller trainer, computer trainer, microprocessor trainer - Intel, Microchip and ARM processors - FPGA Lattice XP2 and Altera Cyclone IV - Integrated development environment, modular component system for experimentsmore...
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Lucas Neulle Robotics**Lucas Neulle Robotics** Robots play a key role in modern, highly automated and efficient production processes. The experiment sets for robotics technology guide automation or mechatronics engineers of the future step by step from the fundamentals, through handling the equipment and on to programming of robots. It also demonstrates optimised interaction with automated plant. Benefits to you: - Simple introduction to robotics - High-precision training robot - It is possible to work with the training robot without the need for protective measures such as a safety door or light curtain - Professional 3D software for online and offline programming - Industry-like, text-based programming capability with extensive functionality - Easily understood graphical programming tool - Easy connection and communication with a PLC system - Easy transfer and introduction to industrial robotsThe IMS Factory App - Available for iOSmore...
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Lucas Neulle UniTrain**UniTrain System** The Lucas Neulle UniTrain is a multimedia e-learning system with integrated, mobile electronics lab for general education and advanced training in electrical engineering and electronics. **Features** - Computer-based training and experimentation system for vocational and further training and education - Multimedia combines cognitive and hands-on (haptic) training units into a comprehensive unified concept - Areas of basic and advanced electrical engineering, electronics and automotive technology - Enabling students to acquire skills in the handling of equipment - Wide range of multimedia courses available for study in school or in professional and advanced training - Self-contained and usable anywhere at any time - Multimedia learning environment with high degrees of motivation - Maximum learning effectiveness in laboratories, at work or at home - Guarantor for effective and efficient study - Instruments with virtual display together with experiment hardware - LabSoft, an open experiment delivery platform - Courses teach the theoretical building blocks and provide experiments - Intelligent measurement interface supplies analog and digital measuring and control I/O - High quality item of laboratory equipment with virtual instruments - Students' progress monitored and electronically documented on the basis of fault finding experiments - Faults simulated by the hardware as well as tests of knowledgeHow To... Setup UniTrainmore...
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OptoSci Principles of Physical Optics**ED-OPTICS: Principles of Physical Optics** The four modules in ED-OPTICS (polarisation, reflection and refraction, diffraction, interference & coherence) examine various topics in physical optics and provide a solid grounding in the fundamental optical principles that are applied in various optical systems and instruments. The four modules (POL, R&R, DIFF, I&C) can be supplied individually, or combined as a modular / complete package. **Experiments Examine**: **//Polarisation//** Malus’ Law, Properties of half, quarter & arbitrary wave plates, States of polarisation, Strain birefringence & sensing **//Reflection & Refraction//** Snell’s Law, Fresnel Equations, Brewster’s Angle, Critical angle, TIR, Refractive index determination **//Diffraction//** Fraunhofer & Fresnel diffraction at slits / apertures, Reflection and transmission gratings, Laser wavelength determination **//Interference and Coherence//** Michelson interferometer, Optical surface quality, Optical element measurements, Laser coherence & cavity length measurementsmore...