IT-910 Power Electronics Trainer

Features:

  • Covers essential circuits needed to practice power electronics circuits
  • Modular type with aluminum carrying case
  • Optional rack to be customized upon request

Technical Features:

  • Linear H bridge to have full motor control
  • Dual optical sensor for speed and direction
  • Main Motor/Generator 12 V, 3000 rpm, 1.2 A, 3.2 Ncm
  • Load to be connected to the secondary Motor/Generator
  • Shunt to limit and measure the current

General Specification:

  • SCR: Gate drive IC
  • IGBT: GATE Drive IC
  • DIODE: 600V 10A
  • IGBT: 1000V 25A
  • SCR: 1000V 10A
  • Input Power:
  • AC 220V (Single-phase 60Hz)
  • AC 380V (3-phase) 60Hz

Description

To train technicians to be able to install and maintain electronic equipment becomes important now a days. A good technician should always follow state-of-the-art technology and rapid innovation of new products. Our system has been designed to satisfy the technical educational demand. In fact, IT-910 is adapted to theoretical and practical courses for studying power electronics and industrial electronics trainer.

Module Experiments
IT-910A
Single Phase Half, Full-Wave Rectifier      
  • You may understand the principle and characteristic commutation circuit converting the AC to DC by using thediode characteristic
  • Input Power: AC 220V
  • Output Load: Resistance Load 10W 100ohm
  • Diode: 600V 10A
  • Input AC Wave, Output Voltage Wave
  • Check Terminal: Measures output current and diode counter voltage.
IT-910B
Three Phase Half/Full-Wave Rectifier
  • You may understand principle and characteristic of 3-phase commutating circuit through the experiment to get the complete DC output from the 3-phase AC Voltage by using the characteristic of diode.
  • Input Power: AC 3-phase 380V
  • Output Load: 10W 100ohm
  • Diode: 600V 10A
  • Check Terminal: Measuring input AC Wave output voltage wave, output current.
  • Voltage at each phase and current.
IT-910C
Single Phase Half/Full-Wave Phase Controlled Rectifier
  • Understanding the principle of phase control and characteristic of SCR through the experiment on phase control of commutating circuit and gate circuit, and characteristic of SCR.
  • Input Power: AC 220V
  • Output Load: 10W 100ohm
  • SCR Module: 100V 10A
  • Drive IC: SCR gate trigger circuit.
  • Check Terminal: Measuring the input AC Wave.
  • Output voltage wave.
  • Output current and counter voltage of SCR.
IT-910D
Three Phase Half/Full-Wave Phase Controlled Rectifier
  • Experiment on how to control the average voltage of output to the ideal DC power, and phase control of SCR characteristic, gate circuit and commutating circuit.
  • Input Power: AC 3-phase 380V
  • Output Load: 10W 100ohm
  • SCR Module: 1000V 10A
  • Drive IC: SCR gate trigger circuit.
  • Check Terminal: Measuring the input AC Wave.
  • Output voltage wave.
  • Output current, voltage of each phase and current wave.
IT-910E
Buck (Step-Down) Converter
  • Experiments on how to control DC loa with low output voltage using DC voltage as the power source and characteristic of IGBT which is commonly used as control element, and drive circuit.
  • Input Power: AC Single-phase 220V
  • Output Load: 10W 100ohm
  • GBT: 1000V 25A
  • Drive IC: IGBT Gate Trigger Circuit
  • Check Terminal: Measures input voltage
  • Current wave output voltage wave and output current
IT-910F
Boost (Step-Up) Converter
  • Experiment to acquire the higher output voltage by returning the energy accumulated at the position of L of the power source.
  • Input Power: AC Single-phase 220V
  • Output load: 10W 100 ohm
  • GBT: 1000V 25A
  • Drive IC: IGBT Gate trigger circuit
  • Check Terminal: Measures the input voltage, current wave.
  • Output Voltage wave and output current.
IT-910G
PWM Wave Voltage Inverter
  • The Experiment to acquire AC output which is more closer to sine wave by providing the control output for converting DC Voltage to AC Voltage in the form of PWM.
  • Input Power: AC Single-phase 220V
  • Output Load: 10W 100ohm
  • GBT: 1000V 25A
  • Drive IC: IGBT gate trigger circuit
  • Check Terminal: Measures input voltage, current wave.
  • Output voltage wave and output current.
IT-910H
Square Wave Voltage Inverter
  • Experiment on AC Load by authorizing the control signal for converting the current voltage to AC voltage as the square wave.
  • Input Power: AC Single-phase 220V
  • Output Load: 10W 100ohm
  • GBT: 1000V 10A
  • Drive IC: SCR gate trigger circuit.
  • Check Terminal: Measures the input voltage, current wave.
  • Output voltage wave and output current.

 

IT-910I
Single Phase Cyclo Converter
  • Experiment on the frequency converter converting the AC Power of input frequency to the other AC Power directly
  • Input Power: AC Single-phase 220V
  • Output Load: 10W 100ohm
  • GBT: 1000V 25A
  • Drive IC: SCR gate trigger circuit.
  • Check Terminal: Measures the input voltage, current wave.
  • Output voltage wave and output current.
IT-910J
Single Phase AC Control
  • Experiment on AC output control by changing the voltage value through the control of phase when the induction motor and AC output are required.
  • Input Power: AC Single-phase 220V
  • Output Load: 10W 100ohm
  • GBT: 1000V 10A
  • Drive IC: SCR gate trigger circuit.
  • Check Terminal: Measures the input voltage, current wave.
  • Output voltage wave and output current.
IT-910K-1
3-Phase Inverter
  • Discrete control from single high frequency clock. (9.6KHz)
  • Three phase generation with 120 degree inter phase angle delay from Johnson Counter technique.
  • Each phase sine generation with PWM technique.
IT-910K-2
3-Phase Inverter
  • Experiment on 3-phase inverter with IGBT module.
  • Input Power:  AC Single-phase 220V
  • Output Load:  24VA
  • MOSFET driver: 55V, 49Amp
  • Check Terminal: Measures the output voltage, current / observe PWM signal at driver input.
  • Output voltage and current three phase: 40V (line voltage)
IT-910M
Motor Module
  • Universal speed control system.
  • With integrated four-quadrant display.
  • With variable centrifugal mass.
  • Dual-channel encoder.
  • Built-in four-quadrant amplifier.