Fluid Process Control Trainer ED-FPC

Code: ED-FPC


 

Datasheet PDF, 0.86 Mb
     

Description

EXPERIMENTS

  • Sensor output characteristics by the change of physical volume
  • Basic control programming essential for instrumentation control
  • Level control using the Analog Ultrasonic Sensor
  • Measurement of a storage tank’s pressure using the Analog Pressure Sensor
  • Measurement of the fluid’s flow inside a pipe using the Analog Flow Sensor
  • Measurement of the water tank’s temperature using the Analog Temperature Sensor
  • Various control techniques using the PID Temperature Regulator

 

Features:

  • Control of pressure, flow, level and temperature which are essential for process control
  • Capable of stand-alone control and mixed combination in various types
  • Real-time measurement and monitoring using data collection and signal conditioning
  • Measurement of flow’s status and gain of the controlled data
  • Built-in temperature compensation system and correction system(Feedback System)
  • Analog element control using the pump’s speed control proportional control valve
  • Built-in PID control system
  • Standard Controller: PC based control(WAGO)
 

More products ED

EMBEDDED SOFTWARE DESIGN PLATFORM ED-255EK

• Basic to advanced learning courses for Embedded Linux
• Intel PXA255(400MHz) high-performance microprocessor
• 6.4TFT LCD, Ethernet 2port, Serial 3port, PCMCIA/CF/MMC interfaces
• FPGA Chip(Altera Cyclone 120,000Gate) mounted for SoC experiments
• Reliable hardware and abundant experiment contents for programming

 

4-AXIS RECTANGULAR COORDINATES ROBOT TRAINER ED-XYZ

• Experiments on the 4-axis Cartesian robot
• Teaching pendant in 7.5wide color touch panel
• Standard language for the international industrial robot
• Simulation software in three dimension

 

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

 

EMBEDDED & DSP DESIGN PLATFORM ED-DAVINCI

• One-stop training kit for embedded system, DSP and FPGA
• 7" Wide TFT LCD, 10/100 Ethernet 1Port, Serial 1Port, SD/MMC, ATA and other interfaces

 

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

 

PULSE/DIGITAL COMMUNICATION TRAINER ED-2920

• Modularized by each communicarion type
• PAM, PTM, PCM, DPCM, ADPCM, LDM, ADM, Delta-sigma
• No need to have additional generators (built-in power supply and signal source)
• Can display the test point and measure signals using an oscilloscope

 

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

 

UBIQUITOUS SENSOR NETWORK TRAINER ED-3160

• The optional Embedded System(ED-255EK) can be linked as a gateway
• ZigBee network can be built using TinyOS, F8WOS
• Capable of control and monitor through Ethernet
• The RFID Card Reader is supplied as a standard shipped component for applied experiments on security, home automation and robot

 

NETWORK TRAINING SYSTEM SERIES ED-NET4-X

• Step by step courses on the networks theories to train the engineers
• CISCO Router based training will help obtain CCNA, CCNP, CCIE certificates
• Functions and characteristics of network system(LAN Card, Router, L2 Switching Hub, L3 Switching Hub)
• 19Rack type structure for effective network configuration
• Optimized learning system for the Router based on one on one training(OPTION)

 

LOGIC CIRCUIT LAB ED-1006

• Hexadecimal number indicators
• Selectable pulse outputs
• Built-in DC power supp