Square Wave
HFC 50kW Heavy-Duty Frequency Converter | 460V/108.7A Square Wave Output
Designed for high-power industrial applications, the HFC 50kW Frequency Converter delivers robust 108.7A output with pure square wave generation, engineered for motor testing, power electronics validation, and heavy electrical system diagnostics.
Power Specifications
Parameter | Specification |
---|---|
Input Power | 380V±10%/-5% (3-phase, 50Hz), 76A |
Output Power | 50kW continuous |
Output Voltage | 0-460V AC (single-phase) |
Output Current | 108.7A max |
Frequency Range | 20Hz-300Hz adjustable |
Industrial Performance Features
Waveform Type: Pure square wave output (ideal for motor drives)
Voltage Stability: ≤1% deviation under full 108.7A load
Frequency Control: 0.1Hz resolution, ±0.02Hz stability
Thermal Management: 60 minutes continuous operation at full load
Acoustic Performance: <75dB(A) noise level
Output Consistency: Stable voltage during frequency adjustments
Control System
Operation Panel
Emergency stop with hardware interlock
Dual-range voltage control (coarse/fine with programmable slew rates)
Precision frequency adjustment (0.1Hz steps)
Automatic cooling fan direction control
Advanced Testing Modes
Automated Sequences:
Programmable voltage ramping (0-460V adjustable rate)
Precision timing control (0-99min, ±0.1s accuracy)
Audible test completion alarm
Manual Operation: Custom test configurations with auto-tuning
Protection Systems
Adjustable overvoltage protection (50-460V range)
Configurable overcurrent protection (10-108A range)
Real-time output monitoring and diagnostics
Heavy-Duty Applications
Industrial motor drive system testing
High-power electronics validation
Electrical component stress testing
Manufacturing equipment diagnostics
Power system research and development
High-current laboratory testing
With its 50kW capacity and precise square wave generation, the HFC Frequency Converter meets the demanding requirements of industrial power testing applications, delivering reliable performance for high-current AC power needs.