EXPERIMENTS

• Position control by step operation
• Position control by continuous operation
• Angle control by step operation
• Angle control by photo sensor
• Characteristics by phase excitation changes
• Dynamic torque characteristics of stepping motor using frequency modulation
• Wave form measurement using oscilloscope
• Speed control by control S/W
• Angle control by simulation S/W

SPECIFICATIONS

COMPUTER CONTROL

• Step/continuous operation by Control Program
• Direct/reverse rotation operation by Control Program
• Output pulse frequency operation by Control Program
• On-line, real time control by RS-232C

STEPPING MOTOR : 2EA

• 2-phase HB type, unipolar operation, 0~2000PPS
• PWM constant-current driver
• LM GUIDE operation(position control) and Circular Board operation(angle control)
• LM GUIDE(1set)
• Ball screw distance : Over 200mm
• Protection Circuit By Photo Sensor for exceeding the Range
• Rotary Encoder
• 400/Rev, built-in signal output terminal
• LCD display device(rotation angle and motion step indication)

MANUAL CONTROL

• Step/continuous operation by the values set manually
• Direct/reverse rotation operation by the values set manually
• Output pulse frequency Operation by the values set manually

ACCESSORIES

• PC Software : 1ea
• AC Power Cord : 1ea
• Experimental Manual : 1ea

Features:

• Graphical display of functonal block diagram on the system suface
• Real-time monitoring and control by PC Control Program
• LM Guide and Rotary Encoder for position control
• Displays moving distance and angle data using LCD