1 / 5
100KVA 150KVA 3-Phase 380V Variable Frequency Power Supply 40.00-499.9Hz Static Frequency Converter
Product Description
100KVA 150KVA 3-Phase 380V Variable Frequency Power Supply
40.00-499.9Hz Static Frequency Converter
⚠️ Friendly Reminder:
The prices shown on this page are for reference only. The final transaction price will be recalculated based on your actual needs, purchase quantity, and market conditions. Online prices are for preliminary budget reference only.
Product Features
🛡️
Complete isolation of input and output technology, safe and reliable power supply.
⚡
SPWM sine wave pulse width modulation technology for fast response and stable output.
📉
IGBT high-frequency static inverter: small size, lightweight, low noise, and high efficiency.
🔄
Unique double-loop control mode for high precision and superior waveform quality.
💪
High power IGBT module with strong overload capacity and low loss.
🔌
Suitable for resistive, inductive, rectifier, and various other loads.
🚨
Multiple protection: overheating, overcurrent, and short circuit functions.
💾
Parameter memory function with 10-group shortcut key operation.
⚙️
Online real-time adjustment of voltage and frequency.
Application Scope
Home appliancesMotorsPower tools
Switching power suppliesPower adaptersUPS
Information & CommunicationPhotovoltaicLamps
Electronic transformersElectronic componentsLow-voltage distribution
Technical Specifications
| FC61 Series (Single Phase) | ||||
|---|---|---|---|---|
| Model | IPS-FC61005 | IPS-FC6101 | IPS-FC6102 | IPS-FC6103 |
| Output Capacity | 0.5KVA | 1KVA | 2KVA | 3KVA |
| Rated Power | 0.4KW | 0.8KW | 1.6KW | 2.4KW |
| Max Current (Low) | 4.2A | 8.4A | 17A | 25A |
| Max Current (High) | 2.1A | 4.2A | 8.4A | 12.5A |
| Dimensions (cm) | 43*18*44CM | 43*18*47CM | 43*65*52CM | |
| FC62 Series (Three Phase Input) | ||||
|---|---|---|---|---|
| Model | IPS-FC62100 | IPS-FC62120 | IPS-FC62150 | IPS-FC62200 |
| Output Capacity | 100KVA | 120KVA | 150KVA | 200KVA |
| Rated Power | 80KW | 96KW | 120KW | 160KW |
| Max Current (Low) | 834A | 1000A | 1250A | 1667A |
| Max Current (High) | 417A | 500A | 625A | 834A |
| Dimensions (cm) | 80*120*150CM | 100*150*160CM | ||
Hot Selling Models
IPS-FC6102
Single-phase 2KVA 1.6KW
IPS-FC6250
3-phase Input / Single Output 50KVA
IPS-FC6310
Single Input / 3-phase Output 10KVA
Product Detail Images
Industry Applications
Profile & Capabilities
We specialize in customizing AC/DC/AC power supplies to meet your specific requirements. With customized solutions for any kind of frequency converters, our offerings range up to 2000KVA. Our dedicated team endeavors to respond to inquiries promptly.
Frequently Asked Questions
Why is there a need for both 50Hz and 60Hz conversion?
Frequency standards (50Hz in Europe/Asia, 60Hz in Americas) originated from independent electrical systems. Many industrial machines or military bases require a specific frequency different from the local grid. Static frequency converters allow seamless operation across these standards.
What are the main advantages of using IGBT technology?
IGBT high-frequency static inverters offer smaller size, lighter weight, and lower noise compared to traditional methods. They provide high efficiency and strong overload capacity for demanding industrial loads.
Can these power supplies handle inductive loads like motors?
Yes, these units are specifically designed to adapt to various loads, including resistive, inductive (like motors and tools), and rectifier loads, thanks to the SPWM modulation technology.
Is the output voltage and frequency adjustable?
Absolutely. The power supply voltage and frequency can be adjusted online in real-time. The frequency can typically be set between 40.00Hz and 499.9Hz via the software control.
What safety protections are included in these converters?
Units feature comprehensive protection including overvoltage, overcurrent, overload, over-temperature, and short-circuit protection, complete with automatic jump protection and alarm devices.
Does this unit provide electrical isolation?
Yes, the system employs complete isolation technology between input and output, ensuring a safe and stable power environment for sensitive electronic equipment.
