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Description

The APFC panel functions via a microprocessor controller that processes voltage and current feedback from line Current Transformers (CTs) to compute real-time reactive power (kVAR) requirements. It systematically connects or disconnects capacitor stages using electromagnetic contactors or fast-acting thyristors to offset lagging currents from motors and transformers. Integrated detuned reactors mitigate harmonic resonance and safeguard capacitors from premature degradation. Compartmentalized CRCA sheet-steel enclosures, equipped with forced-air cooling and thermal cut-offs, preserve internal component stability during high ambient operations. Overall, it lowers power operational overheads while prolonging the working life of heavy processing machinery.

Specifications

Key Attributes
Operating Voltage380V / 415V / 440V 3-Phase AC (50/60 Hz)
Capacity Range20 kVAR to 1250 kVAR
Controller TypeMicroprocessor Digital APFC Relay (6 to 16 Steps)
Target Power FactorAdjustable 0.95 Lagging to 0.99 Leading
Switching MechanismHeavy-Duty Contactors or Thyristor Modules
Capacitor TypeHeavy-Duty MPP / APP / Gas-Filled Capacitors
Capacitor BankMulti-Step Power Capacitor Bank*
MonitoringPower Factor, Voltage, Current & Electrical Parameters*
Key FeaturesAutomatic PF Correction, Load-Based Switching & Protection
Product TypeAutomatic Power Factor Correction (APFC) Control Panel
Additional Information
Country of OriginIndia

Application

Manufacturing Industry

Textile & Process Industry

Commercial Buildings & Facilities

Steel, Cement & Heavy Engineering

Industrial Power & Electrical Distribution

Trade Details

Available StockIn Stock
Sample AvailabilityNo

Payment Terms

Payment Terms
  • Cash on Delivery (COD, if applicable)

Shipping & Logistics

Port of DispatchCoimbatore, Tamil Nadu, India

Company Profile

RJ Automations
RJ Automations, Tamil Nadu
TruBasic
IndiaTamil Nadu, India
Manufacturer•Trading Company•Importer•Exporter
Factory Details
Factory SizeBelow 1000 sqm
Frequently Asked Questions
1
What is the primary function of an industrial APFC panel?

It automatically switches capacitor banks on and off to maintain a high power factor close to unity under changing electrical loads.

2
What is the difference between contactor-based and thyristor-based APFC panels?

Contactor switching suits steady or slowly changing loads, while thyristor switching provides ultra-fast, wear-free engagement for rapidly fluctuating industrial loads.

3
Why are detuned reactors necessary in some APFC panels?

Detuned reactors prevent harmonic resonance created by non-linear loads (such as VFDs and rectifiers) from damaging the capacitor banks.

4
Can an APFC panel overcorrect the power factor?

Modern microprocessor controllers automatically disconnect capacitor stages when loads decrease to prevent leading power factor conditions and overvoltage.

5
What routine maintenance is required for an APFC panel?

Maintenance involves inspecting capacitors for swelling or oil leakage, checking contactor contacts, cleaning dust filters, and verifying CT/PT wiring tightness.

APFC Control Panel

An Industrial APFC (Automatic Power Factor Correction) Panel maintains a target power factor near unity by automatically switching capacitor banks in response to varying inductive loads. Operating primarily at 415V AC in 3-phase systems, it lowers reactive power losses, improves transformer and cable utilization, and prevents heavy low-power-factor penalties on industrial utility bills.

Min. Order Quantity: 1 piece

Shipping

Shipping fee and delivery date to be negotiated. Contact supplier now for more details.

RJ Automations
TruBasic
IndiaTamil Nadu, India
Manufacturer

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