SMC Mechanical Training System

SMC MEC-200

SMC Mechanical Training System
Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System
SMC Mechanical Training System

Model #MEC-200

SMC Mechanical Training System

The SMC MEC-200 Mechanical Training system provides participants with hardware allowing for hands-on experiments in the use, troubleshooting, installation, and maintenance of mechanical drive technologies.

Topic coverage includes mechanical shaft alignment, pulley alignment, belt installation, sprocket alignment, chain installation, gear alignment practices and speed ratios, and is all based around practical, real-world activities and tasks.

Learners will practice industry-driven hands-on skills such as leveling an electric motor, calculating mechanical efficiency, installation of jaw couplings, and installation and alignment of a sleeve coupling and shaft, and more.

Pricing upon request

Configuration

Add-On Options

Product Documents

Description

The SMC Mechanical Training system provides participants with hardware allowing for hands-on experiments in the use, troubleshooting, installation, and maintenance of mechanical drive technologies. Topic coverage includes mechanical shaft alignment, pulley alignment, belt installation, sprocket alignment, chain installation, gear alignment practices and speed ratios, and is all based around practical, real-world activities and tasks.

Our sleek, maple top workbench, under-mounted variable speed drive and electrical disconnect with integrated component drawers keeps all tools and components easily accessible and safely stored.

System includes: Shafts, Bearings, Pulleys, Belts, Sprockets, Chain, Torque Plate, Motor, Motor Tensioning Base, Chain and Belt Tensioning Idler.

Mechanical TOPIC Coverage

  • – Mechanical Concepts
  • – Fasteners
  • – Measurement Devices
  • – Belt Drives
  • – Chain Drives
  • – Gear Drives
  • – Speed Ratios
  • – Shaft Alignment
  • – Torque Patterns

MEC-210: BELT DRIVE TRAINING SYSTEM

The configuration of the trainer as a belt-driven training system consists of the use of a power transmission system, which uses a combination of pulleys and belts to transmit mechanical power between shafts. The rotational force is transmitted to a drive shaft through the use of an electric motor. So that this mechanical rotational force can be distributed to the rest of the components assembled in the trainer.

This application allows students to explore and analyze the installation, alignment, tension and speed relationships associated with belt drives.

MEC-220: CHAIN DRIVE TRAINING SYSTEM

The configuration of the trainer as a chain drive training system involves the use of a power transmission system, which uses a combination of sprockets and chains to transmit mechanical power between shafts. The rotational force is transmitted to a drive shaft, which contains a sprocket, through the use of an electric motor. This mechanical rotational force can then be distributed to the rest of the components assembled in the trainer.

This application allows students to explore and analyze the installation, alignment, tension and speed relationships associated with chain drives.

MEC-230: GEAR TRANSMISSION TRAINING SYSTEM

The configuration of the trainer as a gear-driven training system consists of the use of a power transmission system, which uses a combination of gears to transmit mechanical power between shafts. The rotational force is transmitted to a drive shaft, which contains a gear wheel, through the use of an electric motor. So that this mechanical rotational force can be distributed to the rest of the components assembled in the trainer.

It allows students to explore and analyze the installation, alignment, gearing, backlash measurement and speed ratios associated with gears.

MEC-240: BEARING INSTALLATION TRAINING SYSTEM

The trainer configuration as a bearing installation system consists of a separate bearing training unit. This unit can be mounted in the frame of other mechanical configurations or can be mounted directly on a workbench.

This application allows students to explore and analyze the installation, removal and adjustment considerations associated with bearing applications.

MEC-250: SHAFT ALIGNMENT TRAINING SYSTEM

The configuration of the trainer as a training system for shaft alignment consists of the use of an alignment and coupling system between shafts to enable the transmission of mechanical power. The rotational force is transmitted to a drive shaft, which incorporates a coupler at its free end, through the use of an electric motor. In such a way that this mechanical rotational force can be distributed to the rest of the components assembled in the trainer.

This application allows students to explore and analyze shaft coupling and alignment methods for mechanical transmission systems.

Learning Topics

  • Manufacturing
  • Mechanical

Grade/Skill Level

Designed for:

  • High School
  • Industry
  • K-8
  • Technical College
  • University

Additional information

Dimensions 60 × 30 × 30 in
Manufacturer

Features

Compact Training System, Industrial Components, Project-Based Activities and Curriculum, Student and Instructor Manuals, Modular Design, Student Safe, Industry-Based Certification, eLearning

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SMC Automation Corporation
From industry to education

A Global Manufacturing Leader

The World's Largest Manufacturer of Automation and Pneumatic Control Technologies for industrial companies brings its industrial know-how and innovation to technical training programs.

Every SMC training system features all industrial components commonly found in manufacturing settings across the globe, including SMC's industry-leading Directional Control equipment, Actuators, modular Filters, Regulators, and Lubricators, Air Preparation equipment, Fittings and Tubings, Flow Control equipment, Solenoid Valves, Digital Pressure Switches, and Electric equipment.

The equipment and technologies students train on in the classroom, are the very same equipment and technologies they will see and use in their future workplace(s).

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SMC Skills Gap

Our SMC Training Systems are designed around SKILLS.

The skills needed by students, technicians, and engineers to be successful in industry today;

The skills for a changing workforce and rapidly evolving industrial future; and,

The skills to create the future leaders of industry.

SMC Training Systems are focused on critical thinking skills and technical mastery of technologies and concepts - our goal is NOT to train students on how to follow instructions; but rather how to empower oneself with the tools (technical aptitude) to be successful in the career of their choosing.

TECHNOLOGY TRAINERS

SMC's Technology Trainers are built upon the principle that a solid foundation is paramount to creating students with technical expertise in their field, regardless of how advanced it may be.

SMC Technology Trainers are best-in-class modular training platforms that are complete with step-by-step curriculum and user manuals, simulation tools, and engaging digital solutions to further expand student understanding.

  • Basic Electrical Trainers - AC, DC, and Solid State
  • Pneumatics and Electro-Pneumatics
  • Hydraulics and Electro-Hydraulics
  • Mechanical Drives
  • Programmable Logic Controllers and Human Machine Interfaces
  • Industrial Robotics
  • Industrial (Motor) Controls
  • Process Control
  • Sensors and Smart Sensors
  • Vacuum Technology
MECHATRONICS SYSTEMS
INDUSTRY 4.0 SYSTEMS
CUSTOM TRAINING SYSTEMS

Award Winning Simulation Software - autoSIM-200

SMC's autoSIM-200 software is the best turn-key software package for designing, viewing, simulating, monitoring and controlling Pneumatic, Hydraulic, Electrical, and Electronic Circuits.

autoSIM-200 is a one-for-one complement of SMC's hands-on training systems, allowing students to train by wiring circuits and programming systems virtually before applying them to the physical system.

The 2D and 3D packages allow for students to complete actual lab activities and curriculum exercises in the virtual simulator before completing them on the hands-on training equipment.

Comprehensive eLearning

Our engaging and interactive, web-based eLearning represents a major achievement of providing students "hands-on" training access in a virtual environment.

All major areas of Automation are taught in easy-to-digest bite-sized nuggets broken up into different topics such as Alternating Currents, Direct Currents, Solid State Devices, Pneumatics, Hydraulics, Robotics, PLCs, Sensors, Process Control and More!

Looking for Soft Skills eLearning, Trades-focused eLearning, Measurement, Tools, etc? Just Ask!

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THE SMC DIFFERENCE

COMPLETE CURRICULUM

All SMC International Training products are complete with all learning materials for successful implementation in the classroom and/or lab. All training systems include user manuals, activity guides, and access to wiring, electrical, and mechanical schematics, in addition to complete PLC programs and diagrams.

SMC curriculum is designed to meet you at your level, with as much hand-holding as necessary, and take you to our standard: industry.

Industry Driven

All SMC Training Systems are made up entirely of industrial components and systems.

As the global leader in such technologies, it is likely that the components your students use on our training systems will in fact be the same technologies and components they see when they enter the workforce.

Our reference is industry.

From Industry. For Industry.

GET CERTIFIED

SMC Training Systems and associated Curriculum are designed to be aligned with most industry-recognized credentials, including SMC's Industry 4.0 Specialist Certification Pathway, and all associated micro-credentials.

Our Skills-Driven approach to technical training means each course can be cross-walked and aligned with industry-validated micro-credentials.