Vfd 220v Single Phase to 3 Phase 380v Frequency Converter Inverter 50KVA Ac Power Supply for Motor and Electronics Industry

Product Description

3 Phases Input Single Phase Output frequency converter inverter 50KVA ac power supply for Motor and Electronics Industry

Product Description
PERFORMANCE CHARACTERISTICS
1Complete isolation of input and output technology, safe and reliable power supply
2SPWM sine wave pulse width modulation technology is adopted, with fast response speed and stable output
3IGBT high-frequency static inverter, small size, lightweight, low noise, and high efficiency
4The unique double-loop control mode of instantaneous value and effective value is adopted, with high control precision and good waveform quality
5High power IGBT module and highly integrated module drive circuit, reliable operation, strong overload capacity
6Suitable for resistive, inductive, rectifier, and other loads
7Multiple protection functions for abnormal conditions such as overheating, overcurrent, and short circuit
8Function of setting parameter memory, (10-groups) shortcut key operation
9Power supply voltage and frequency can be adjusted online, and frequency can change in real-time
APPLICATION
Home appliances
Photovoltaic
Motors
Lamps
Power tools
Electronic transformers
Switching power supplies
Electronic components
Power adapters
Low-voltage distribution
UPS
Power Industry
Information and communication
Other industries
Technical Specifications
IPS-FC61: SINGLE-PHASE INPUT SINGLE-PHASE OUTPUT
Model (IPS-FC61) 610056101610261036105610661106115
Output capacity (KVA)0.5123561015
Rated power output(KW)0.40.81.62.444.8812
Circuit modeIGBT/SPWM
AC inputSingle-phase 220V/50Hz or 60Hz
Voltage RangeLow: 0~150V / High: 0~300V Adjustable
Frequency40~499.9HZ can be setting by software
ProtectionOvervoltage, over current, overload, over temperature and short-circuit
IPS-FC62: SINGLE-PHASE INPUT TRI-PHASE OUTPUT
Model (IPS-FC62) 6220623062456260621006212062150
Output capacity (KVA)20304560100120150
Rated power output(KW)162436488096120
AC inputTri-phase 220V/50Hz or 60Hz
AC output phase3-phases 380V
IPS-FC63: 3-PHASES INPUT SINGLE-PHASE OUTPUT
Model (IPS-FC63) 631063206330634563606310063120
Rated Capacity (KVA)1020304560100120
AC InputSingle phase 220VTri phase 380V
Output Frequency40~499.9HZ programmable
IPS-FC68: 3-PHASES INPUT 3-PHASES OUTPUT
Model (IPS-FC68) 6805681068156820683068456860
Rated Capacity (KVA)5101520304560
AC InputTri-phase 380V/50Hz,60Hz
Frequency Stability≤±0.1%
Product Showcase
Inverter 50KVA
AC Power Supply
Frequency Converter
Frequency Converter Detail
Power Supply Back
Power Supply Internal
Dimensions
Component View
Control Panel
Product Overview
Model Comparison List
Model Table 1
Model Table 2
Frequently Asked Questions (FAQ)
Q1: What is the main advantage of the SPWM technology used in this inverter?

A: SPWM (Sine Wave Pulse Width Modulation) technology provides a fast response speed and high stability for the output voltage, ensuring a clean sine wave waveform suitable for sensitive electronic equipment.

Q2: Can this power supply handle inductive loads like motors?

A: Yes, these frequency converters are specifically designed to adapt to various loads, including resistive, inductive (like motors), and rectifier loads, thanks to their robust IGBT high-frequency static inverter design.

Q3: What safety protections are built into the device?

A: The device features comprehensive protection for abnormal conditions, including overvoltage, overcurrent, overload, over temperature, and short-circuit protection, along with automatic jump protection and alarm systems.

Q4: Is it possible to adjust the output frequency while the system is running?

A: Yes, the power supply voltage and frequency can be adjusted online. The frequency can be set between 40Hz and 499.9Hz via software and can change in real-time as per your requirements.

Q5: Does the inverter include any memory functions for specific settings?

A: Yes, the unit includes a parameter memory function with 10 groups of shortcut key operations, allowing you to quickly recall frequently used settings for different testing or industrial processes.

Q6: How does the cooling system operate?

A: The system utilizes a forced fan cooling method to maintain an optimal working temperature between 0℃ and 45℃, ensuring long-term reliability even under high-load conditions.

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