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10kVA 15KVA 20KVA 3-Phase to Single-Phase Frequency Converter 60/50hz 400hz AC Power Supply for Electronics Industry
Product Description
10kVA 15KVA 20KVA 3-Phase to Single-Phase Frequency Converter
60/50Hz 400Hz AC Power Supply for Electronics Industry
60/50Hz 400Hz AC Power Supply for Electronics Industry
⚠️ Friendly Reminder:
The prices shown on this page are for reference only. The final transaction price will be recalculated and quoted by our sales staff based on your actual needs, purchase quantity, and market conditions. The online prices are for your preliminary budget reference only and do not constitute a final transaction commitment.
The prices shown on this page are for reference only. The final transaction price will be recalculated and quoted by our sales staff based on your actual needs, purchase quantity, and market conditions. The online prices are for your preliminary budget reference only and do not constitute a final transaction commitment.
✔Complete isolation of input and output technology, safe and reliable power supply
✔SPWM sine wave pulse width modulation technology is adopted, with fast response speed and stable output
✔IGBT high-frequency static inverter, small size, lightweight, low noise, and high efficiency
✔Unique double-loop control mode for instantaneous and effective values, providing high precision and waveform quality
✔Strong overload capacity and low loss using high power IGBT modules
✔Suitable for resistive, inductive, rectifier, and other various loads
✔Multiple protection functions: overheating, overcurrent, and short circuit
✔Setting parameter memory function with 10-groups shortcut key operation
✔Online adjustable power supply voltage and frequency in real-time
Home appliances
Motors
Power tools
Switching power supplies
Power adapters
UPS Systems
Photovoltaic
Lamps
Electronic transformers
Electronic components
Low-voltage distribution
Communication Infrastructure
IPS-FC6102 (2KVA 1.6KW)
Single-phase Input & Output
IPS-FC6250 (50KVA 40KW)
3-Phase Input / Single-phase Output
IPS-FC6310 (10KVA 8KW)
Single-phase Input / 3-Phase Output
IPS-FC6330 (30KVA 24KW)
Single-phase Input / 3-Phase Output
IPS-FC68100 (100KVA 80KW)
3-Phase Input / 3-Phase Output
IPS-FC68200 (200KVA 160KW)
3-Phase Input / 3-Phase Output
| Model | IPS-FC61005 | IPS-FC6101 | IPS-FC6102 | IPS-FC6103 |
| Output capacity (KVA) | 0.5KVA | 1KVA | 2KVA | 3KVA |
| Rated power output(KW) | 0.4KW | 0.8KW | 1.6KW | 2.4KW |
| AC Output Max Current (Low) | 4.2A | 8.4A | 17A | 25A |
| AC Output Max Current (High) | 2.1A | 4.2A | 8.4A | 12.5A |
| Circuit Mode | IGBT/SPWM Pulse Width Modulation | |||
| Frequency Range | 40.0Hz ~ 499.9Hz (Software adjustable) | |||
| Series | Capacity Range | Input Phase | Output Phase | Output Voltage |
| IPS-FC61 | 2KVA - 15KVA | Single-phase | Single-phase | 0-300V, 40-500Hz |
| IPS-FC62 | 10KVA - 60KVA | Three-phase | Single-phase | 0-300V, 40-500Hz |
| IPS-FC63 | 6KVA - 30KVA | Single-phase | Three-phase | 0-520V, 40-500Hz |
| IPS-FC68 | 10KVA - 200KVA | Three-phase | Three-phase | 0-520V, 40-500Hz |
Why do some countries use 50Hz and others 60Hz?
The frequency was selected arbitrarily when power systems were stand-alone. Europe settled on 50Hz while the US chose 60Hz. This practice spread globally based on areas of influence. You can use a static frequency converter to bridge the difference between these systems.
What is a 3-phase to single-phase frequency converter?
It is an AC power supply that takes a 3-phase input and converts it into a stable, adjustable single-phase output. It allows for the adjustment of both voltage (0-300V) and frequency (40-499.9Hz) to suit specific testing or industrial requirements.
Can these converters handle inductive loads like motors?
Yes, our converters are designed with SPWM modulation and high-power IGBT modules, making them suitable for resistive, inductive, rectifier, and complex loads commonly found in the electronics and motor industries.
What kind of protection does the unit offer?
The system includes comprehensive electronic circuit protection for over-voltage, over-current, overload, over-temperature, and short-circuits, featuring an automatic jump protection and alarm device.
Are the output parameters adjustable during operation?
Yes, the power supply voltage and frequency can be adjusted online through the software interface, and the frequency can change in real-time to simulate various power grid conditions.
What is the waveform quality of the output power?
The output provides a pure sine wave with low harmonic distortion (typically ≤2% for linear loads), ensuring safe operation for sensitive electronic components and laboratory equipment.
