- New
Training Module: Basics of Power Electronics
Reference :
- 570.050.530 – Power Electronics Panel
Overview
The Power Electronics Panel is a compact training system designed for performing experiments in power electronics on DC, single-phase AC, and three-phase AC circuits using a safe low-voltage approach.
The panel includes integrated resistive, inductive, and capacitive loads, enabling a comprehensive understanding of power electronics behavior and applications.
An optional motor/generator module can be added to extend the system capabilities to electromechanical and control system applications.
Single-phase AC Experiments
- Uncontrolled half-wave rectifier
- Uncontrolled bridge rectifier
- Half-controlled bridge rectifier
- Fully controlled bridge rectifier
- Line-commutated rectifier
- Pulse group control
Three-phase AC Experiments
- Uncontrolled rectifier M3
- Uncontrolled rectifier B6
- Controlled rectifier M3
- Controlled rectifier B6
DC Experiments
- Basic PWM circuits
- PWM with H-bridge (MOSFET)
GTO Experiments
- Trigger pulse manipulation
- GTO used as chopper
Technical Specifications
- Operating voltage: 220 to 240 V
- Frequency: 50 / 60 Hz
- Integrated sources:
- Three-phase AC source: 12 V / 20.5 V
- Single-phase AC source: 13 V
- DC source: +15 V, +10 V, -10 V, -15 V
- Integrated functions:
- Signal generator
- Adjustable voltage
- Control logic block
- Integrated loads: resistive, inductive, capacitive
- Dimensions: 532 × 297 mm (W × H)
Recommended Optional Module: Controlled Motor and Generator System
Overview
The motor panel can be used in combination with the main panel for advanced control and electromechanical experiments.
Learning Content (with main panel)
- DC motor with controlled/uncontrolled rectifier
- Load influence (high/low)
- Operation with or without smoothing choke
- Speed variation depending on control angle
- Multipulse triggering
- 3-quadrant H-bridge operation
- Counter torque
- No-load voltage / short-circuit current
- Load characteristics
Specifications
- DC motor: 12 V / 0.58 mA with current indication
- Plug-in mechanical load
- DC generator with tachogenerator
- Plug-in rotating mass
- Encoder for speed and direction measurement
- DC power amplifier for direct motor control (controller or PLL)
- Plug field for extensions (light, temperature)
- Operating voltage: 110 to 230 V
- Frequency: 50 / 60 Hz
- Dimensions: 266 × 297 mm (W × H)
Operation
An oscilloscope is required to perform experiments.
Ordering Information
- Ref. 570.050.530 – Power Electronics Panel
- Ref. 570.050.536 – 60 Hz version
- Ref. 570.058.001 – Manual with CD: Principles of Power Electronics
- Ref. 570.052.000 – Set of cables and connectors
- Ref. 570.030.520 – PID-C Motor Panel
- Ref. 570.038.001 – Manual with CD: Controlled Systems
- Ref. 590.126.500 – Oscilloscope
570.050.530
Data sheet
- HS
- 90230010
Specific References
- MPN
- 570.050.530
Reference :
- 570.050.530 – Power Electronics Panel
Overview
The Power Electronics Panel is a compact training system designed for performing experiments in power electronics on DC, single-phase AC, and three-phase AC circuits using a safe low-voltage approach.
The panel includes integrated resistive, inductive, and capacitive loads, enabling a comprehensive understanding of power electronics behavior and applications.
An optional motor/generator module can be added to extend the system capabilities to electromechanical and control system applications.
Single-phase AC Experiments
- Uncontrolled half-wave rectifier
- Uncontrolled bridge rectifier
- Half-controlled bridge rectifier
- Fully controlled bridge rectifier
- Line-commutated rectifier
- Pulse group control
Three-phase AC Experiments
- Uncontrolled rectifier M3
- Uncontrolled rectifier B6
- Controlled rectifier M3
- Controlled rectifier B6
DC Experiments
- Basic PWM circuits
- PWM with H-bridge (MOSFET)
GTO Experiments
- Trigger pulse manipulation
- GTO used as chopper