APFC Panels

Name: APFC Panels
Brand: J. N. I. Electrotech Private Limited
Price: 10000 INR
Availability: InStock

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MOQ : 01 Piece

APFC Panels Specification

Product Type
Automatic Power Factor Correction (APFC) Panel

Material
CRCA Sheet Steel

Power
Upto 5000 kVAR

Frequency (MHz)
50 Hz (0.05 MHz)

Working Temperature
0C to 50C

Speed Regulation Method
Automatic Switching via Microprocessor Controller

Noise Level
Less than 65 dB

Dimension (L*W*H)
As per customer requirement / typically 1200mm x 800mm x 300mm

Weight
Approx. 200 kg (depends on rating)

Color
Siemens Grey / RAL7032 or as per requirement

APFC Panels Trade Information

Minimum Order Quantity
01 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
2 Days

About APFC Panels

Our company counted among the most prominent trader and supplier of APFC Panels in India. These are made at our vendor's advanced manufacturing unit using optimum quality raw and latest machinery in synchronization with defined industrial norms. These are available to our valuable customer at a market reasonable price. This APFC Panels is made by using iron material which makes it corrosion resistant. These are well known for its durability.

Superior Engineering for Reliable Performance

Our APFC panels are meticulously designed with electroplated copper or aluminum bus bars and robust compartmentalized steel enclosures for enhanced longevity and safety. The implementation of microprocessor-based relays ensures precise and automatic regulation of power factorproviding consistent energy efficiency and minimizing utility penalty charges.

Flexible Solutions Tailored to Your Needs

Adapt the panel specifications to your site requirements with flexible dimensions, enclosure ratings, and material choices. Our solutions cater to a wide range of industrial and commercial facilities, offering protection grades up to IP54 and power ratings up to 5000 kVAR to meet varying scales of electrical demand and environmental conditions.

FAQs of APFC Panels:

Q: How does the APFC panel automatically regulate power factor in industrial applications?

A: The APFC panel uses a microprocessor-based relay to continuously monitor the system power factor. It automatically switches capacitor banks in and out of the circuit via contactors or breakers, maintaining the optimal power factor and reducing losses without manual intervention.

Q: What advantages do heavy-duty APP/MPP capacitors offer in these panels?

A: Heavy-duty APP/MPP capacitors are highly durable, ensuring stable performance even under fluctuating load conditions. Their robust design extends the lifespan of the APFC panel and reduces the risk of premature failure, thereby providing reliable long-term operation for your facility.

Q: When should an APFC panel be installed in a facility?

A: An APFC panel should be installed whenever a site regularly experiences low power factor due to inductive loads, such as motors and transformers. Early installation helps in maintaining compliance with electricity boards, avoiding penalties, and optimizing power use.

Q: Where can these APFC panels be used effectively?

A: These APFC panels are ideal for deployment in industries, commercial buildings, and any facilities with significant inductive loads. They are suitable for installation both indoors and in environments requiring up to IP54 enclosure protection.

Q: What is the process for configuring an APFC panel for a new installation?

A: Panel configuration starts with assessing your total load, required power factor improvement, and site conditions. Based on these parameters, the number and rating of capacitor steps, controller type, cooling method, and enclosure level are selected for optimal performance.

Q: How does the digital display contribute to panel operation and maintenance?

A: The digital LCD/LED display provides real-time monitoring of power factor, voltage, and current. This enables operators to quickly detect anomalies, assess panel performance, and execute timely maintenance, increasing both safety and electrical efficiency.

Q: What are the main benefits of using a microprocessor-based APFC relay over traditional methods?

A: Microprocessor-based relays offer precise and automatic step switching, faster response to load changes, and enhanced measurement accuracy. This leads to better energy savings, minimal manual intervention, and greater system reliability compared to conventional systems.

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