ED-1450 : PC Based RFID Trainer
- Number of Modules : 2ea
- Module Dimension : 290(W) x 210(H) x 26(D)mm
Required System
- DS-1410 : Docking Station(Option)
  - Please refer to page 24 on DS-1410 specifications
- CBIS-1400 : Computer Based Instrument System(Option)
  - Please refer to page 22 on CBIS-1400 specifications
- Computer(Option)

Features:

The PC based RFID Trainer ED-1450 is a complete training system of total 2 Experimental Modules for RFID basic principles and application experiments.
Basically, ED-1450 model is designed for use by connecting to DS-1410 Docking Station(Option). PC connection through the Docking Station enables contact control on MMI(HMI) based software. It is also used together with CBIS-1400(Option) for realtime measurements on the computer screen.
The electronic manual operable on PC comes with ED-1450 and e-learning is optimized by remote control of student’s operating program and evaluation of student’s online report in real time.
Through DS-1410, it provides Variable Power Supply(VPS), Function Generator(FG), Analog Output, Digital Output needed for experiments.
ISO/IEC 14443/15693/1800-3
Operating Range : 125kHz(within 70mm), 13.56MHz(within 70mm)
Anti Collision function
Tag : 125kHz(Read Only Tag), 13.56MHz(Read / Write Tag)

More products ED

TELECOMMUNICATION TRAINER ED-2960

• 7 experimental modules with a mainframe console
• Harmonic Analysis and Superheterodyne Receiver experiments
• PCM(TDM), Sample Hold, and Delta Modulation experiments

LON DEVICE DEVELOPMENT KIT ED-5960

• Home network based experiments suitable for ubiquitous computing
• Integrated ubiquitous device using ZigBee/RFID and finger print recognition
• Designed to help develop home network on the ground of Lon Protocol
• Equipped with each PLC module(Power Line Communication) for home network
• Related experiments through Neuron C and MICOM programming

SEQUENCE CONTROL TRAINER ED-4010

• Realistic arrangement of materials used for contact sequence
• Indication of each element’s symbol on the panel

HYDRAULICS TRAINER ED-7960

• Convenient parts fixation by �one-touch lever’ bases and aluminum profile structure
• Efficient space utilization by mounting parts horizontally/vertically
• 64 hydraulic and electrical/electronic parts plus 20 types of optional components.
• Various hydraulic devices and components for Flexible Manufacturing System

INVERTER TRAINER ED-4280M

• Aluminum hard case structure for mobility
• Applied experiments on the motor’s rotation characteristics
• AC motor control technology using the inverter
• Interlocking experiments with Programmable Logic Controller

PORTABLE PLC TRAINER ED-4260P

• Composed of essential devices for Programmable Logic Controller I/O commands
• LD (Ladder Diagram), IL (Instruction List), SFC (Sequential Function)
• Built-in Simulator to train on the encoder’s principle and functions
• Stepping motor and DC motor installed as standard (forward/reverse rotation, linear movement)
• Capable of network configuration by CPU and Remote I/C Link

ALLEN-BRADLEY SLC-500 MODULAR PLC TRAINER ED-4260AB

• ALLEN-BRADLEY SLC-500 PLC programming and execution
• Modularization of the devices essential for PLC I/O commands
• Experiments for basic command and various application program
• Binary data experiments with 4digits digital switch and display unit
• Customizable for various types of SLC-500 Series CPU upon request

AC SERVO MOTOR TRAINER ED-4303

• Experiments on Servo Motor control techniques using Servo Driver
• Aluminum carrying case for convenient storage and mobility
• JOG operation, PLC control operation, PC control operation
• Various types of control elements easily to be mounted
• Capable of checking normal operating voltage / over current by voltmeter and ammeter

INVERTER MOTOR TRAINER ED-4304

• Practical training on inverter and 3-phase induction motor operations
• Control experiments using a PLC module (in use of D/A module)
• Feasible contact-type PLC control
• Carrying case type structure for convenient storage and mobility

DC MOTOR/AC GENERATOR MG-5214

• DC motor’s load characteristics
• DC motor’s loss and efficiency
• Alteration of the motor’s rotative directions
• Motor’s speed and torque