New & Renewable Energy Trainer ED-9710

• High-performance digital synthesizer method
• Wide Frequency Coverage : 9 kHz ~ 3.0 GHz
• Superior Resolution : Minimum 1 Hz
• Compact & Portable size
• Pre Amp as standard
• Wide Input Dynamic Range : -130 ~ 20 dBm
• Various and Convenient Interfaces : USB, LAN

 

• 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

 

• Load characteristics of shunt-wound and compound generators
• Generator’s speed and output by winding type
• Loss and efficiency comparisons by winding type

 

• 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

 

• 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

 

• Inverse current protection
• Built-in charge controller and bulit-in battery
• Overcurrent/electric discharge protection
• 360° rotation by the direction of wind
• Configurable composite structure by adding optional

 

• 14 experimental boards with mounting rack and storage cabinet
• Analysis of DC and AC circuits
• Electromagnetics experiments

 

• 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

 

• 5 experimental modules for power electronics covering basic theory and applied experiments
• Capable of real-time measurements on PC by linking it to CBIS-1400 model
• By connecting PC to the Docking station, contact control is implemented on MMI(HMI) based software
• Report on experimental results & electronic manual on PC

 

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