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APFC Control Panel

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APFC Control Panel Specification

Operating Voltage
380-440 V

Thickness
1.6 mm

Protection Class
Class I

Rated Current
630 A

Panel Type
Automatic Power Factor Correction (APFC)

Control System
Microprocessor Based

Features
Auto/Manual Mode, Energy Efficient, Overload and Short Circuit Protection, Compact Design, Durable Build

Cooling System
Natural Air Ventilation

Connectivity Type
Terminal Connectors

Cover Material
Powder Coated MS

Way
Triple Phase

Current Rating
630 A

Rated Insulation Voltage
660 V

Cabinet Material
Mild Steel

Protection Level
IP55

Base Material
Mild Steel Sheet

Rated Operation Voltage
415 V AC

Components
APFC Relay, Capacitors, Contactor, Bus Bar, MCB/MCCB, Indication Lamps

Product Type
APFC Control Panel

Material
Mild Steel

Surface Finish
Powder Coated

Standard
IEC 61439

Surface Color
Grey

Rated Voltage
415 V AC

Frequency (MHz)
50 Hz

Maximum Output Current
630 A

Dimension (L*W*H)
Customizable

Application
Industrial Power Factor Control

IP Rating
IP55

Display Type
Digital Display

Phase
Three Phase

Programmable Settings
Support

Mounting Type
Floor Mounted

Panel Weight
150-320 Kg (Depending on configuration)

Enclosure Type
Rittal/Local Fabricated

Thermal Protection
Provided

Busbar Material
Electrolytic Copper

Capacitor Step Range
5 kVAR to 100 kVAR

Safety Protection
Earth Fault, Short Circuit, Overvoltage, Under-voltage

Relay Brand
Siemens/Schneider/EPCOS

Control Voltage
230 V AC

Operating Humidity
Up to 95% Non-Condensing

Cable Entry
Bottom/Top Entry

HMI Interface
Optional Touchscreen/Local Display

Ambient Temperature Range
-5C to +45C

Ingress Protection
IP55

Response Time
Less than 60 ms

APFC Control Panel Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
6 Pieces Per Day

Delivery Time
7 Days

About APFC Control Panel

The Auto Factor Correction Panel or APFC Control Panels offered by us are perfectly tested for installing at induction load areas. These panels stand right where the power factor varies or come down. We manufacture the most efficient range of panels that causes no disturbance or sound. The offered APFC Control Panels served by are easy to install. And, we specifically design them to perform prolifically even with minimal maintenance provided. Our offered Panels can work effectively under harsh weather conditions as well.

Advanced Power Factor Correction

The APFC control panel incorporates microprocessor-based technology for real-time, automatic power factor management. By dynamically adjusting capacitor banks, it keeps your facility within optimal power factor limits, ensuring compliance and efficiency. This automation reduces manual intervention and minimizes the risk of penalties for poor power factor.

Rugged and Customizable Design

Constructed with high-grade mild steel and finished with powder coating, the panel guarantees durability and resistance to industrial environments. The enclosure type can be Rittal or locally fabricated, with custom dimensions available for specific needs. IP55 ingress protection ensures dust-tight and water-resistant performance, ideal for challenging industrial settings.

Integrated Safety and User-Friendly Interface

Safety features include earth fault, short circuit, thermal, overvoltage, and under-voltage protection. The panel provides both auto and manual operational modes, digital display, and optional touchscreen HMI, allowing for easy monitoring and programmable settings. Clear indication lamps and accessible terminal connectors make operation straightforward and maintenance efficient.

FAQ's of APFC Control Panel:

Q: How does the APFC control panel improve power factor in industrial setups?

A: The APFC control panel automatically senses and corrects lagging power factor by switching capacitor banks in or out using a microprocessor-based control system. This optimized switching enhances overall power efficiency and helps reduce electricity bills.

Q: What are the safety protections included in this panel?

A: The panel incorporates protection against earth faults, short circuits, overvoltage, under-voltage, and thermal overload, ensuring safe and reliable operation for both the panel and connected equipment.

Q: When should the APFC panel be used in an industrial application?

A: The APFC panel is best utilized when consistent power factor improvement is needed to reduce energy losses, avoid utility penalties, and optimize power system performance, particularly in facilities with inductive loads or varying demand.

Q: Where is the APFC control panel typically installed?

A: It is generally floor-mounted in industrial electrical rooms or near distribution panels. It is designed for both bottom and top cable entries for flexibility in various industrial setups.

Q: What is the process for installing and commissioning the APFC control panel?

A: Installation involves securely fixing the floor-mounted panel, connecting power cables (top or bottom entry), grounding the unit, and configuring the programmable settings. Once connected, the microprocessor system and protection relays ensure safe start-up and operation.

Q: How does the user interface enhance operational efficiency?

A: The optional touchscreen HMI or local digital display streamlines monitoring, configuration, and diagnostics, providing clear feedback, real-time values, and access to auto/manual control modes for ease of use and rapid troubleshooting.

Q: What are the benefits of using a three-phase APFC panel with programmable settings?

A: Using a three-phase APFC panel enables tailored power factor correction across all phases, supporting dynamic load changes. Programmable settings allow customization for optimal performance, resulting in improved energy efficiency, lower electricity costs, and extended equipment life.

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