Sin Wave
HFC 5kW High-Precision Frequency Converter
Designed for demanding industrial applications, this 5kW frequency converter delivers laboratory-grade precision with robust power capacity for high-voltage testing systems.
Key Performance Highlights
▲ 0-350V continuously adjustable output
▲ 30Hz-300Hz range with 0.01Hz resolution
▲ 14.2A max current capacity
▲ <5pC partial discharge at full load
▲ Fiber-optic isolated control system
▲ MIL-STD-461G compliant EMI shielding
1. Technical Specifications
Parameter | Specification | Industry Benchmark |
---|---|---|
Input Power | 380V±10% 3-phase 50Hz/60Hz 13.1A input current | ±15% typical |
Output Capacity | 5kW continuous 0-350V adjustable 14.2A max current | 3-5kW class |
Frequency Control | 30-300Hz range ±0.05% stability 0.01Hz resolution | ±0.1% typical |
Waveform Quality | Pure sine wave ≤1.0% voltage instability ≤80dB noise | ≤3% THD typical |
2. Advanced System Architecture
2.1 Military-Grade Protection
◉ Electromagnetic Shielding
High-permeability magnetic alloy wiring
Triple-layer chassis shielding
Fiber-optic control isolation
◉ Safety Systems
Over-voltage protection (user-adjustable)
Over-current trip (<100ms response)
Automatic thermal derating
2.2 Modular Design Benefits
Separated components: Power mainframe (IP54) + portable control unit
Optical isolation: 100kV breakdown protection between modules
Service-friendly: Hot-swappable cooling fans with auto-direction
3. Precision Control Interface
3.1 Voltage Adjustment
Coarse control: 10V steps (0-350V range)
Fine adjustment: 0.1V resolution
Programmable ramping: 0.1-10V/s adjustable rate
3.2 Frequency Control
30.00Hz to 300.00Hz range
0.01Hz digital resolution
Auto-sweep with resonance detection
Control Cabinet Features
◉ Emergency stop button (ISO 13850 compliant)
◉ Dual-mode operation (Auto/Manual)
◉ Precision timer (0-99min, ±0.1s)
◉ Audible/visual alarm system
◉ Test sequence memory (10 profiles)
4. Industrial Test Applications
Application | Testing Parameters | Converter Benefits |
---|---|---|
Power Transformer Testing | • Sweep frequency response analysis • Partial discharge measurement | • Stable output during frequency sweeps • Ultra-low noise for PD detection |
HV Cable Diagnostics | • Tan delta testing • 0.1Hz resolution for dielectric analysis | • Precise frequency control • Minimal waveform distortion |
Aerospace Components | • MIL-STD-704 power quality tests • 400Hz system validation | • 300Hz+ frequency capability • EMI-hardened design |
Note: All specifications meet IEC 60060-1, IEEE Std 4-2013, and EN 61010-1 standards. Recommended calibration interval: 12 months or 500 operating hours.