Daq(Data Acquisition) Trainer ED-4110

• HF band(3.5~12MHz)
• Transmitter and Receiver modules for each circuit stage
• Graphical latour of the block diagrams, plus LEDs and test points
• Covers Push-to-Talk and helps understand short wave communications

 

• Panel type structure for good grasp of entire network configuration
• Learning about the functions and characteristics of basic network equipments such as NIC, HUB, Router and DSU, plus installation and maintenance
• Interlocking experiments with Internet for clear understanding a real network
• Capable of conneting to the open network on campus

 

• Analog feedback loop & DC servo system
• Modularized by the function of servo circuits
• Overload protection for the servo amp's and power supply's output

 

• 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

 

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

 

• Conversion experiments on the produced energy(power production/processing)
• Characteristics of Solar Cell module’s voltage and current
• Alarm beep for wrong wire placement
• Voltmeter and ammeter as included for measuring AC and DC
• Control by PC and waveform and graph output

 

• Disassembly and assembly practices for the robot actuators
• Utilization of a robot being used in the industry, so to apply a job site after graduation
• Simulation software provided to make assembly or disassembly easily
• Enables basic operation and testing practices on the assembled unit using a controller

 

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

 

• Small size type suitable for traning on automation system’s installation and operation
• Mechanism and installation methods through assembly and disassembly per process
• Enhancement of application programming techniques through PLC control

 

• Conversion processing experiments on the produced energy(power production / processing)
• Energy efficiency experiments followed by energy production and conversion
• Voltage and current characteristics curve
• Standalone or integrated operation of the energy experimental module
• Enriched teaching aids such as simulation software for power production