DC Motor/ Generator MG-5211

• Obstacle avoidance and autonomous traveling using eight ultrasonic sensors
• Various types of robot configuration by combining each module
• Remote control by the controller
• Precise operation by DC Servo Motor
• Flow chart based programming software

 

• Mountable 5pieces MCU(8051,PIC, ATmega128, ATmega8535, upd78F0547)
• Practice of various communications such as RS-232 USB and Ethernet
• SoC experiments using the default FPGA (EP1C4F324)
• Storage of sensor data display and excel data using UI(LabVIEW)

 

• Aluminum Profile-based work table structure for mounting the components
• Manufacturing electrical composition elements in modular type using actual components
• Wiring practices and circuit composition to configure sequence composition elements on the working board
• Various contents linked with e-learning such as wiring, operation and etc.

 

• 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

 

• Belt-type conveyor simulator
• Control Modes : manual or automatic by programmable Logic Controller
• Three photo sensors and two motion solenoids

 

• Display of the rotational speed and angle data using LCD
• PC control and waveform output functions
• Portable type with Aluminum Carrying Case

 

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

 

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

 

• Comprehension of basic production automation processes such as transfer, fabrication, classification, inspection and storage
• Convenient wiring and pipe arrangement with a label of each component such as sensors and actuators
• PLC training system function(various types of sequence actions through a change in PLC control program
• Counter/timer function and motor control by PLC or without PLC(electrical method)
• Aluminum profile worktable & control modules for easy mounting

 

• 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