The Computer-Integrated Manufacturing System (ED-CIM) is an educational purpose, training system that demonstrates the logistics system based system approach that is being used currently by industry. Th ED-CIM comes with powerful user friendly software that integrates the Programmable Logic Controller (PLC) related control with the PC to offer real-time system monitoring. This feature allows users to set up experiments that use advanced control methods for controlling mechanical elements in the system. The ED-CIM course materials and experiments are designed to encourage student interested in current manufacturing systems. Students will perform various activities that will guide students on how to set up, control, perform trouble shooting and adapt various command languages to control systems within the CIM. Students will gain a greater understanding of how these systems are used in real world industrial applications.

Features:

Computer-Integrated Manufacturing Training System under the application of advanced control technology for real field experiences
Capable of "per unit" configuration into the two or more processes, or entire processes for customized experiments by combining each process
Gives students an insight into the production mechanism through firsthand practices in disassembly and assembly of hardware components
Excellent "per process" configuration(Supply Inspection Fabrication Classification Robot Assembly Storage)
Palette transport by conveyors which are the distributional basis of production system
Transport and supply by an industrial robot in the robot processing

Alte produse ED

FLEXIBLE MANUFACTURING SYSTEM ED-FMS1

• Stores at the cell designated by crane
• Stores according to color and materials
• Selecting and taking at the time of cell is full

COMPUTER-INTEGRATED MANUFACTURING TRAINER ED-CIM

• Computer-Integrated Manufacturing Training System under the application of advanced control technology for real field experiences
• Capable of "per unit" configuration into the two or more processes, or entire processes for customized experiments by combining each process

SCR TRAINER ED-5060

• SCR characteristics
• Rectifier and phase control
• Trigger and gate control
• Motor speed control

ELECTRICAL MACHINE TRAINER ED-5300

• 19 types of modules & graphic boards
• 25 types of electrical machine assembly
• Experimental board rack & storage trolley

HOME NETWORK DESIGN PLATFORM ED-5965

• Designed to help develop network devices on the basis of Lon Protocol
• Control of each device installed in the field through power line communication
• Related experiments through Neuron C and MICOM programming
• Home network control in utilization of LabVIEW

MINI MPS (MODULAR PRODUCTION SYSTEM) ED-9160

• Organization of various control elements in complexity for applied technology
• Total of 6 processes comprising supply, Sensor, Stopper, Absorption & Transfer, Conveyor and Loading
• Built-in control elements covering mechanics, electricity, and electronics
• Control circuit for simple and high speed data transmission in the USB type

5-AXIS ARM ROBOT TRAINER ED-7255

• Consists of one gripper and 5-axis vertical multi joints
• Absolute-type RVDT Position Sensor applied to each axis and requires no Limit switch
• High performance CPU enables real-time control of each axis
• PID gain tuning and real-time control

SENSOR APPLICATION TRAINER ED-6800B

• Inverting, Non-inverting and Differential Amplifiers
• Comparator Circuit
• Voltage and Current Circuit

SQUIRREL CAGE INDUCTION MOTOR/ DC GENERATOR MG-5212

• Start and load characteristics of squirrel cage induction motor
• Alteration of the rotative directions of squirrel cage Induction Motor
• Slip speed and torque of induction motor
• Induction motor’s no-load power factor and load power facto

CDMA TRAINING KIT ED-2945

• Rich experiments devoted to IS95 standard
• Easy-to-follow structure as main functions are itemized in modules