PRODUCTS - AUTOMATION & ROBOTICS
Programmable Logic Controller (3240)
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The Lab-Volt Programmable Logic Controller, Model 3240-20, enables students to develop competence in operating, programming, and troubleshooting modern PLC-controlled systems.
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RoboCIM 5150 Software (5173)
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RoboCIM 5150 Software allows students to control or simulate the motion of the Robot System. The software provides a three-dimensional, virtual environment and an easy-to-use interface allowing students to easily learn the fundamentals of robotics.
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RoboCIM 5250 Software (5251)
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RoboCIM 5250 software simulates and controls the operation of the Servo Robot System and external devices, such as a gravity feeder and a linear slide.
The software is also used to create programs. Sophisticated mathematical models accurately simulate the mechanical and electrical characteristics of the equipment.
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Robot System (5150)
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The Lab-Volt Robot System, Model 5150, provides complete and affordable training in the programming and operation of industrial robots.
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Servo Robot System (5250)
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Through the curriculum and hands-on experience with the Servo Robot System, students learn to create automated work cells ideal for Flexible Manufacturing Systems (FMS) and Computer Integrated Manufacturing (CIM).
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Fabricus (5460)
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Fabricus is an easy-to-use, entry-level CAD/CAM software that allows users to design parts graphically. The program then generates G and M code files that are used by the 5400 and 5600 CNC Mills.
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Flexible Manufacturing System (Models 5901-30 and 5901-40)
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The Flexible Manufacturing System provides hands on training in the area of Automation & Controls. These systems allow students to familiarize themselves with manufacturing applications commonly encountered in modern facilities.
The modular construction of the FMS permits a wide variety of setups allowing students to reproduce the operation of an industrial production line.
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PLC Application - Traffic Light System (8075-10)
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Programmable Logic Controllers (PLCs) represent state-of-the-art microprocessor-based electronics that make up technologically advanced control systems with applications in virtually every segment of industry where automation is required.
The traffic light system provides a well known classic PLC application that integrates with Lab Volt's PLC training systems.
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PLC Application - Electro-Pneumatic System (8075-20)
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Programmable Logic Controllers (PLCs) represent state-of-the-art microprocessor-based electronics that make up technologically advanced control systems with applications in virtually every segment of industry where automation is required.
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PLC Application - Electro-Mechanical System/DC Motor (8075-30)
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Programmable Logic Controllers (PLCs) represent state-of-the-art microprocessor-based electronics that make up technologically advanced control systems with applications in virtually every segment of industry where automation is required.
The Electromechanical System with DC Motor provides a real world application that integrates into Lab Volt's PLC Training Systems.
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PLC Application - Wind Turbine System (8075-50)
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Programmable Logic Controllers (PLCs) represent state-of-the-art microprocessor-based electronics that make up technologically advanced control systems with applications in virtually every segment of industry where automation is required.
The Wind Turbine System provides a real world application that integrates into Lab Volt's PLC Training Systems.
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PLC Application - Bottling Process System (8075-70)
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Programmable Logic Controllers (PLCs) represent state-of-the-art microprocessor-based electronics that make up technologically advanced control systems with applications in virtually every segment of industry where automation is required.
The Bottling Process System provides a real world application that integrates into Lab Volt's PLC Training Systems.
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AUTOMATE-200
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AUTOMATE-200 gives students the ability to study the basic principles of automation easily and intuitevely. All the components are industrial, which guarantees durability and significant learning.
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MAP-200 Handling System
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The study of the handling techniques in a series of didactic equipment which reproduces the most common handling applications in an industrial environment using electro-pneumatic technology.
The MAP system reproduces the most common handling applications in an industrial environment using electro-pneumatic technology. The technologies studied include Pneumatics, Electro-Pnuematics, PLC's, Sensors, etc.
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IPC-200 Industrial Process Control
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Fully modular and flexible equipment, comprised of three modules which can work individually or as a whole. The training system provides applications in the the areas of Temperature, Level, Pressure, and Flow.
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MAS-200 Modular Assembly System
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MAS-200 is a modular training system which simulates a real industrial assembly process, incorporating the technologies required by today's automated industry.
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FMS-200 Flexible Integrated Assembly System
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This system is the ideal answer to integral training in industrial automation. The technologies included in its different assembly stations, as well as the assembly process with several variants, allow the user to develop the professional skills required by today's automated industry.
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HAS-200 Highly Automated System
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The HAS-200 system has been devised based on the training requirements in industries with a high level of automation. Its versatility and attractive design allow the reproduction/emulation of the operation of a real factory, thus allowing the study of different scenarios.
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ITS-200 Innovative Training System
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The ITS-200 includes the latest technology in sensors, electrical, and pneumatic actuators. The system runs continuously without having to add raw materials, and we provide solutions with different PLC brands.
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FAS-200 Flexible Assembly System
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FAS-200 integrates multiple technologies used in automated processes in to one single trainer. All of the components are industrial, which guarantee durability and real world learning.
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VAC-200 Vacuum Technology
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Given the increasing demand by companies for qualification in vacuum techniques, we have designed VAC-200, a didactic system specially devised for the development of skills related to this technology.
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MAP-207 Automated Handling System
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The MAP-207 is built with real industrial components. It is small and easy to transport. The fully opened architecture allows controlling the unit from different external devices.
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KR 5 SIXX R650
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Fast, reliable and powerful 6-axis robot with a reach of 650 mm. This compact robot combines short cycle times and high accuracy with the dependable and user-friendly KUKA PC-based controller.
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KR 5 SIXX R850
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With a reach of 850 mm, this compact, space-saving 6-axis robot combines high speed and accuracy with a long range. And it goes without saying that it also utilizes all the advantages of the world’s most dependable and best-selling PC-based control platform from KUKA.
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KR 5 SCARA R350
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The KR 5 scara R350 has a reach of 350 mm with a payload of 5 kg and a high positioning accuracy of under 0.02 mm. The robot itself only has a footprint of approx. 150 x 150 mm. And it goes without saying that this diverse range of 4-axis and 6-axis KUKA robots can be freely combined within a single system – always with the benefits of using the same control platform.
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KR 5 SCARA R550
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The KR 5 scara R550 has a reach of 550 mm with a payload of 5 kg and a high positioning accuracy of under 0.02 mm. The KUKA SCARAs combine the world’s fastest and best-selling SCARA manipulators with the world’s most dependable and best-selling PC-based robot controller.
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KR 5 ARC
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The new KUKA KR 5 arc rounds off the range of KUKA robots at the lower end. Its payload of 5 kg makes it outstandingly well-suited to standard arc welding tasks. With its attractive price and compact dimensions, it is the ideal choice for your application too. Whether mounted on the floor or inverted overhead, the KR 5 arc always performs its tasks reliably.
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Motor Starting Module
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The starting module is used to teach two and three wire motor control. This module may be used in conjunction with other modules to teach more advanced timing circuits.
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Reversing Starting Module
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The reversing module is used to teach two and three wire motor control, reversing starter control circuits using pushbutton interlocks, and may be used in conjunction with other modules to teach more advanced timing circuits.
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Sequence Control Module
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The Real World Trainers by M.C.I. are a set of five Motor Control Modules designed to teach Three Phase Motor Control using Single Phase 110 Volts AC.
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4 Phase Motor Control Trainer
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The M.C.I. 3 Phase Motor Control Trainer uses “Real World” components to teach motor control. The components are industry standard components. The curriculum guides the student through basic start-stop functions through reversing, jogging, Hand/Off/Auto and timer functions, as well as audible alarms and signal lights, always stressing safety.
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