IN
Engineered to optimize power quality, this power factor panel monitors load variations in real time and automatically switches capacitor banks to offset inductive reactive loads. The intelligent micro-controller continuously calculates the phase angle difference between voltage and current, maintaining the power factor close to unity under fluctuating industrial loads. Its heavy-duty MPP capacitors are shielded by detuned reactors to absorb harmful electrical harmonics, preventing resonance and protecting sensitive downstream equipment. Housed in a dust-proof powder-coated steel cabinet with forced-air cooling, this panel cuts utility power penalty charges, reduces maximum kVA demand, and minimizes line losses across manufacturing facilities and large commercial complexes.
| Key Attributes | |
|---|---|
| Rating Capacity | 10 kVAr to 1000 kVAr Customized Bank Capacity |
| Controller Unit | Microprocessor-Based APFC Controller Relay |
| Phase Support | Three Phase 415V AC / 50 Hz |
| Capacitor Type | Heavy-Duty Metallized Polypropylene (MPP) / Gas-Filled |
| Switching Device | Heavy-Duty Capacitor Duty Contactors / Thyristors |
| Protection Features | Overvoltage, Overcurrent, Harmonic Distortion, Thermal Overload |
| Additional Information | |
|---|---|
| Country of Origin | India |
Maintains target power factor automatically in heavy manufacturing and engineering facilities.
Eliminates low power factor penalty charges imposed by utility companies on commercial facilities.
Reduces overall system kVA demand on electrical distribution transformers and switchgear.
Filters harmful electrical harmonics using integrated detuned reactors in dynamic load setups.
Stabilizes line voltage levels and minimizes resistive power losses across internal cables.
Tamil Nadu, IndiaIt automatically switches capacitor banks in and out to balance inductive loads, keeping the overall power factor close to unity.
By maintaining a high power factor, it avoids low power factor penalties, reduces kVA demand charges, and minimizes energy losses in your electrical system.
Contactor switching works for standard loads with slow variations, whereas thyristor switching provides ultra-fast, sparkless switching for rapidly fluctuating loads.
Detuned reactors prevent harmonic resonance between capacitors and system transformers, protecting the capacitors from overheating and early breakdown.
Yes, the internal microprocessor controller continuously tracks real-time power parameters and switches appropriate capacitor steps automatically.
Shipping fee and delivery date to be negotiated. Contact supplier now for more details.
Tamil Nadu, India
