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Automatic Power Factor Control Panel

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MOQ : 1 Piece

Automatic Power Factor Control Panel Specification

Current Rating
100A to 400A

Panel Type
Outdoor/Indoor

Base Material
CRCA Steel

Protection Level
IP54

Components
Intelligent Power Factor Controller, Contactors, MCB/MCCB, Fuses, Capacitors, Busbar, CTs

Control System
Microprocessor Based

Connectivity Type
Wired

Cabinet Material
MS (Mild Steel)

Rated Operation Voltage
415V

Thickness
1.6 mm

Way
3 Phase

Protection Class
Class I

Rated Insulation Voltage
690V

Features
Auto/Manual Operating Mode, Auto Step Switching, Auto Correction, Alarm Indication, Over Voltage Protection, Under Voltage Protection, High-Temperature Protection

Operating Voltage
380-440V

Cover Material
Powder Coated Sheet

Cooling System
Air Vented

Rated Current
200A, 400A (as per requirement)

Product Type
Automatic Power Factor Control Panel

Material
CRCA Sheet Steel

Surface Finish
Powder Coated

Standard
IS 8623, IEC 60439

Surface Color
Grey

Rated Voltage
415V AC

Frequency (MHz)
50 Hz

Maximum Output Current
400A

Dimension (L*W*H)
1200 x 800 x 300 mm (customized sizes available)

Application
Industrial/Commercial Power Factor Correction

IP Rating
IP54/IP55

Display Type
Digital (LED/LCD)

Operating Ambient Temperature
0C to 50C

Current Measurement Accuracy
1%

Busbar Material
Electrolytic Copper

Power Factor Range
Up to 0.99 lagging

Installation Type
Floor Mount/Wall Mount

Capacitor Steps
Configured as per load (Typically 5 to 12 Steps)

Panel Door Configuration
Single/Double Door

Fuse Type
HRC/MCB

Earthing Provision
Double Earthing

Compliance
CE, ISO 9001:2015 Certified

Voltage Measurement Accuracy
1%

Cable Entry
Bottom/Top

Relative Humidity
Up to 95% non-condensing

Communication Support
Optional RS485 Modbus

Automatic Power Factor Control Panel Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
1-7 Days

About Automatic Power Factor Control Panel

Automatic Power Factor Control (APFC) Panels are electrical systems designed to automatically maintain an optimal power factor in industrial and commercial installations. They use intelligent controllers and capacitor banks to regulate reactive power, reduce energy losses, lower electricity bills, and prevent utility penalties while ensuring efficient system performance.

Product specifications:

kVAR Rating1000 kVAR
Control Type Thyristor Switched
Rated Voltage440 V
Connected Load50 kW
Number of Stages8
Capacitor Duty Heavy Duty

Advanced Power Factor Correction

Our APFC panel delivers automatic and precise power factor correction, with intelligent controller algorithms adjusting up to 12 capacitor steps according to changing load demands. This seamless adjustment helps reduce reactive power, minimize utility penalties, and improve energy efficiency, making it ideal for industries and commercial establishments.

Flexible and Durable Construction

Designed for versatility, the panel supports both wall and floor mounting with a robust CRCA steel enclosure, powder coating, and up to IP55 protection for tough environments. The modular design allows custom sizes and adaptation to different wiring preferences, accommodating a broad range of installation requirements.

Comprehensive Protection and Connectivity

Equipped with advanced protection features-including over/under voltage, high temperature, and alarm indication-the APFC panel ensures operational safety. Optional RS485 Modbus supports remote communication, while digital (LED/LCD) displays provide real-time monitoring. Quality components like electrolytic copper busbars and double earthing enhance reliability.

FAQ's of Automatic Power Factor Control Panel:

Q: How does the Automatic Power Factor Control Panel function to improve energy efficiency?

A: The panel continuously monitors the power factor using intelligent microprocessor-based controllers and automatically switches capacitor banks in and out based on load requirements. This dynamic correction maintains a high power factor (up to 0.99 lagging), reducing losses, lowering utility charges, and improving overall power system efficiency.

Q: What environments and installation locations are suitable for this APFC panel?

A: Thanks to its robust CRCA steel structure, powder-coated finish, and IP54/IP55 protection, the panel is designed for both indoor and outdoor environments. It supports floor and wall mounting, with customizable entry points for cables, making it adaptable to diverse industrial or commercial installations.

Q: When should an APFC panel be used in an electrical system?

A: An APFC panel should be introduced when power consumption involves fluctuating inductive loads (like motors or heavy machinery), and the power factor regularly drops below utility requirements. Installing the APFC panel ensures automatic, reliable correction to maintain optimal power factor throughout variable operational cycles.

Q: Where can the panel's performance and status be monitored?

A: The APFC panel provides real-time performance monitoring via its digital LED/LCD display on the cabinet. For enhanced control, optional RS485 Modbus connectivity allows integration with building management systems for remote supervision and data logging.

Q: What is the process of configuring capacitor steps within the panel?

A: Capacitor steps are configured by analyzing the typical load profile and desired correction level. Usually, 5 to 12 steps are set up, automatically controlled to match load variations. The intelligent controller evaluates reactive power demand and switches the appropriate number of capacitors to maintain the target power factor.

Q: How does the APFC panel ensure operational safety and reliability?

A: The panel includes protections such as over and under voltage, high temperature, and alarm indications, with critical components like HRC fuses or MCBs, double earthing, and electrolytic copper busbars. Built to meet CE and ISO 9001:2015 standards, it assures safe and reliable operation under rigorous conditions.

Q: What are the principal benefits of using this APFC panel in industrial or commercial settings?

A: Utilizing the APFC panel results in reduced electricity bills through fewer reactive power losses, improved power quality, reduced strain on electrical equipment, and compliance with statutory requirements. Its automated operation greatly simplifies power management while offering robust protection and easy integration.

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