220V 60Hz 3 Phase AC Voltage Stabilizer Solving voltage fluctuations
Rated Power: 3~3000KVA
Input Voltage: 220V±20%
Input Frequency: 60Hz±10%
Output Voltage: 220V
MOQ: 1 Set/Piece
Brand: WINZPOWER
Product Introduction
220V 60Hz 3 Phase AC Voltage Stabilizer (automatic voltage regulators) Solving voltage fluctuations Compatible with 200V 208V 240V.The product are generally used in Brazil, Venezuela and Philippine, where the local power supply follows the unique specifications of three-phase 200V/208V/220V/240V, 60Hz, which are significantly different from the common international standards. In these areas, electrical equipment is highly prone to operating failures or even damage due to unstable voltage. In order to effectively solve the problem of voltage fluctuations and based on the consideration of the demand for reliable power voltage stabilization in these areas, we have carefully developed and produced advanced industrial voltage regulation, also known as automatic voltage regulators. Therefore, the AVR for 60Hz grids is tailored for the local power grid and has a fast – response voltage stabilization mechanism that can instantly stabilize the fluctuating voltage within the standard range, providing stable and reliable power protection for various electrical equipment, greatly reducing equipment losses and extending equipment life.
Voltage stabilization characteristics
• High-precision voltage regulation: The output voltage of 3-phase 220V 60Hz voltage stabilizers can be stabilized at three-phase 220V, and the voltage regulation accuracy can usually reach ±1% to ±3%.
• Fast response: 3-phase 220V 60Hz voltage stabilizers can respond to voltage fluctuations in a very short time, and the general response time is 0.08s to 1s.
• Wide input voltage range: It can adapt to a wider input voltage range, generally in the range of 150V-290V or wider.
• High efficiency: The conversion efficiency is usually above 95% to 98%.
• Low waveform distortion: 3-phase 220V 60Hz voltage stabilizers will not cause obvious distortion to the input AC voltage waveform, and the waveform distortion rate is generally less than 0.01%.
• High reliability: AVR uses high-silicon silicon steel sheets, high-temperature resistant enameled wires, and high-temperature insulating paper. High-quality materials ensure safe and reliable operation in different environments.
• Automatic adjustment: It uses an intelligent control system to automatically adjust the output voltage according to changes in input voltage and load without manual intervention.
• Remote monitoring function: Some high-end three-phase 220V 60Hz voltage stabilizers support remote monitoring and management functions. Users can monitor the operating status of the voltage stabilizer anytime and anywhere through mobile phones, computers and other devices.
• Easy maintenance: The structural design is reasonable and the internal layout is compact, which is easy to install and maintain.
System control schematic diagram(3-phase 220V 60Hz voltage stabilizers)
three-phase 220V/60Hz voltage stabilizers control schematic diagram
The figure above explains in detail the workflow and functional modules of the 3-phase 220V 60Hz voltage stabilizers (automatic voltage regulator) from grid input to stable output.
The high-speed microcontroller based on the ARM Cortex M4 core collects the input and output voltages, and compares and calculates with the set output voltage. The servo motor adjusts the turns ratio of the autocoupler voltage regulator to accurately control the output voltage. It has LCD display, 485 communication and various protection functions.
Advanced protection features
• Overvoltage Protection (OV): When the output voltage of 3-phase 220V/60Hz voltage stabilizers exceeds the set overvoltage threshold, the power supply will be quickly cut off or voltage reduction measures will be taken, such as when it exceeds the rated voltage by 10%.
• Undervoltage Protection (UV): When the output voltage is lower than the set undervoltage threshold, such as lower than the rated voltage by 15%, the voltage regulator will take protective action.
• Overload Protection (OC): When the load current exceeds the rated capacity of the voltage regulator, the overload protection mechanism will be activated (it can be bypassed or set to cut off the output).
• Short – circuit protection: When a short – circuit fault occurs at the output end, the circuit can be instantly cut off to prevent the short – circuit current from damaging the equipment and lines.
• Lightning protection: Some 3-phase 220V/60Hz voltage stabilizers are equipped with lightning protection modules, which can effectively suppress the damage to the equipment caused by lightning overvoltage.
• Phase – loss and reverse phase detection protection: 3-phase 220V/60Hz voltage stabilizers can monitor the three – phase input and output voltages in real – time. Once the fault is detected, rapidly take protection action to prevent the motor and other equipment from being damaged due to phase – loss operation.
System main circuit diagram(Three-phase 220V 60Hz voltage stabilizers)
List Of Three-phase 220V 60Hz voltage stabilizers Technical Parameters
Input Technical Parameters |
|
Item | Technical Indicators |
Rated Voltage(Vac) | Three Phase 200/208/220V |
Input Voltage Range(%) | 220V ±20%.(Customizable other ranges ±30% 40%) |
Input Frequency(Hz) | Default 60Hz |
Efficiency | 98% |
Output isolation transformer | optional configuration(△/Y or Y/Y) |
Output Technical Parameters | |
Voltage Regulation Mode | Series Compensated Voltage Regulator |
Output voltage(Vac) | Three-phase 220V (±3% adjustable) |
Output voltage stability (average accuracy) | ±1-5% (2-5% for normal products) |
Dynamic Response time | 80ms(Relative AC input voltage) |
Output THD Increase | <0.1%(static and dynamic) |
Output Frequency | Same as input frequency |
Three-phase imbalance | Synchronicity(NO) and Dissonance(YES) |
Applicable load type | Any load type (resistive, inductive, capacitive) |
Overload capacity | 120% 10min 150% 1min |
Bypass function | Manual bypass |
Controller parameters | |
Control Mode | Full digital control |
Main control unit | The main chip uses STM32F4XX for control and measurement |
Control strategy | Digital Hysteresis Comparator & PID |
Motor Drive Mode | Thyristor driver(zero-crossing trigger) |
Stabilization Time | The input voltage ratings relative to the Range change of 10%, stable time less than 1 second |
Voltage and current measurement methods | True RMS sampling (three-phase synchronization) |
Voltage & Current Control Strategy | PID double closed loop control |
Communication interface | RS485/232/MODBUS-RTU Protocol |
Display parameters | |
Display Media | Multi function LCD segment code |
Display electrical parameters |
Input three-phase voltage and frequency; Output three-phase line voltage and frequency; Output line voltage average value; Output power factor;Output three-phase current; Output active power and apparent power; |
Display alarm information |
Overvoltage (OV), overcurrent (OC); Undervoltage (UV); Fuse failure; Overload;Phase sequence fault; and other fault information |
Display accuracy | The accuracy is Class 0.5s |
Voltage display resolution | 0.1V |
Current display resolution | 0.1A |
Protection | |
Protection List | Overvoltage (OV), Overcurrent (OC); Undervoltage (UV);Overheat; and Short Circuit. |
Protection Action | Cut off output and alarm;Automatic bypass;Automatically start after failure recovery |
The Environment | |
Working Temperature(℃) | -35℃+55℃ |
Relative Humidity(RH) | 10%-90%(20℃±5℃) |
Altitude | <3000m |
IP Class | IP20 |
Noise Level(dB) | <55dB |
Other special requirements can be communicated with winzele |
Applicable scenarios
Industrial field: Applicable to various industrial equipment, such as laser cutting machines, welding machines, CNC machine tools, automated production lines, etc.
Commercial field: Can be used in shopping malls, hotels, office buildings and other places to provide stable power for air conditioners, lighting systems, elevators and other equipment.
Medical field: Provide stable power support for medical equipment such as CT machines and MRI equipment to ensure the precise operation of medical equipment.
Communication field: Ensure stable power supply for communication equipment such as communication base stations and switches to avoid communication interruptions due to voltage fluctuations.
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