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High-Performance Active Voltage Conditioner with Real-Time Voltage Monitoring and Modular Design

Product Details
Current Type: AC
Phase: Three Phase
Frequency Characteristics: Power Frequency
  • High-Performance Active Voltage Conditioner with Real-Time Voltage Monitoring and Modular Design
  • High-Performance Active Voltage Conditioner with Real-Time Voltage Monitoring and Modular Design
  • High-Performance Active Voltage Conditioner with Real-Time Voltage Monitoring and Modular Design
  • High-Performance Active Voltage Conditioner with Real-Time Voltage Monitoring and Modular Design
  • High-Performance Active Voltage Conditioner with Real-Time Voltage Monitoring and Modular Design
  • High-Performance Active Voltage Conditioner with Real-Time Voltage Monitoring and Modular Design
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  • Overview
  • Product Description
  • Working Principle
  • Features
  • Technical Specifications
  • Product Parameters
Overview

Basic Info.

Model NO.
AVC
Usage
SVC, SBW
Frequency
50Hz/60Hz
Size
Large
Brand
Ark
Output Voltage
380V/220V
Output Voltage Accuracy
1-5%(Can Be Adjusted)
Efficiency
98%
Insulation Resistance
5momega
Transport Package
Wood Packing
Trademark
ARK
Origin
China

Product Description

Produ
Product Description

Voltage fluctuations can lead to unplanned production line shutdowns, causing the production line to operate abnormally and product quality to decline. It can also lead to serious consequences caused by production line disorder and disorderly start-up. In addition, the wear and tear on the machine is increased, which in turn shortens the service life and even damages the equipment. The Automatic Voltage Controller (AVC) developed by our company is an inverter-based system used to protect sensitive industrial and commercial loads from voltage fluctuations. This product can quickly and accurately compensate for voltage sags and swells, and can provide continuous voltage regulation and load voltage compensation functions. At the same time, the product has a power-off protection function, and the internal clock and user-set parameters are not fected by system power outages. The automatic voltage regulator is a three-phase five-wire single-phase compensation transformer-type voltage regulating output, which is suitable for situations where the voltage is unbalanced.

Working Principle

The automatic voltage regulator is composed of AC-AC converter, knife switch QS (interlock circuit breaker), molded case circuit breaker QF, contactor KM and compensation transformer. The AC-AC converter uses fully controlled power electronics to enable bidirectional energy flow. Knife switch QS (interlock circuit breaker) is used for maintenance and switches to the bypass state. Contactor KM is used to disconnect or connect the load in the compensation state. The automatic voltage regulator monitors whether the grid voltage deviates from the set value in real time by sampling the grid
voltage. Once it deviates from the set value, it controls the AC-AC converter to output a voltage of the same polarity or opposite polarity to the grid voltage, and regulates the voltage in series. The voltage amplitude and polarity of the compensation transformer in the main circuit are adjusted to ensure that the load terminal voltage meets the set value.


Features
1. Perfectly compensates 60-120% residual voltage to 100% rated voltage
2. Fast switching time is less than 100us, complete response time is less than 5ms (typical value is 2ms) 3. Powerful overvoltage regulation capability, the rated voltage can be set between -20% and 20% 4. Smart HMI control and monitor, event capture and waveform recording
The AVC offering:
1. Suitable for a variety of industries and applications
2. Faster ROI (return on investment)
3. A range of connectivity options
4. Reduce costs and protect your equipment
5. Industry leading power density
Technical Specifications
 
Type Series 220V Series 380V
Norminal Voltage AC220V (±20%) AC380V (±20%)
Rated Frequency 50Hz±5%

Compensating Current

 

30kVA

30kVA, 45kVA, 60kVA, 80kVA,

100kVA, 120kVA, 250kVA, 500kVA

Network L/N 3P4W
Current Harmonic Distortion Rate Increment ≤1%
Voltage Harmonic Distortion Rate Increment ≤1%
Output Voltage 220V±1%
Voltage Regulating Way Stepless, Breakerless
Regulating Way Separate phase regulation
Power Factor 0.5 lag to 0.7 lead
Machine Efficiency ≥95%
SCR Bypass

SCR Bypass

Yes, with Relay

Display

7-inch touch screen, providing parameter settings, power information

display, fault records, historical curves, etc.

Protection Function

Input overvoltage/undervoltage protection, output

overvoltage/undervoltage protection, input overcurrent protection,

transformer overtemperature protection, output overload protection, etc.

Communication Methods

Four-channel RS485 communication interface

(support GPRS/WIFI wireless communication), Ethernet, USB

Altitude without Derating <2000m
Temperature -20ºC ~ 50ºC
Humidity <90% RH
Pollution Level Below level 3
Noise ≤65dB
Inlet Way Top entry
Protection Grade IP20
 
Product Parameters
 
Model
 
 
 
 
Compensation
Capacity
(kVA)
System
Voltage
(V)
Size (W*D*H)
(mm)
Cooling Mode
AVC-0.4-30k
30
 
400
700*550*1200
Forced Air Cooling
AVC-0.4-45k
45
400
700*550*1200
Forced Air Cooling
AVC-0.4-60k
60
400
700*550*1200
Forced Air Cooling
AVC-0.4-80k
80
400
720*550*1200
Forced Air Cooling
AVC-0.4-100k
100
400
720*550*1200
Forced Air Cooling
AVC-0.4-120k
120
400
720*550*1200
Forced Air Cooling
AVC-0.4-250k
250
400
800*1000*2100
Forced Air Cooling
AVC-0.4-500k
500
400
1200*1000*2100
Forced Air Cooling

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