We hold expertise in offering a range of automatic power factor control panels commonly known as apfc panels and thyristorised apfc panels which are used to maintain the power factor of power systems automatically by switching the capacitor banks as per the needs of system. These are installed at the induction load areas where the power factor is low. Manufactured using cutting edge technology, these panels are easy to install, require low maintenance and safe to use. Further, we also test these panels on various standards before delivering to our clients.
|Application Type||Chemical Industry|
We have with us a range of APFC panels that are designed in compliance with international quality standards. These are incorporated with advanced microprocessor relay to ensure accurate power factor correction in the installation. Manufactured using best quality material, our range is appreciated for easy installation, safe usage and low maintenance.
Salient features of “Standard” APFC panels are:
Modular concept, expandable design.
Advanced microprocessor relay to ensure accurate power factor correction in the installation.
Best quality switch gear & capacitors.
Aesthetically designed enclosure, vermin & dust protected.
Flush mounted meters to indicate line voltage and current.
Protection against high inrush current at the time of switching.
Easy availability of spares.
Ready to use design confirming to latest standards.
Backed by efficient after-sale service.
|Minimum Order Quantity||1 Piece|
We offer Thyristorised APFC panels, which are designed using cutting edge technology. Our range is known for power quality improvement, safe usage and low maintenance cost. Quality tested on various measures, our panels are standard compliant and available at highly competitive prices.
Following are the prominent characteristics of the thyristor PFC modules offered by us:
We manufacture Thyristorised APFC Panels for power factor correction. The transmission effect created by electro-mechanical switched system is avoided by smooth connection and dis-connection of capacitors to and from the network. The switches are resistant to wear and tear during the continuous process and thus capacitors remain safe. By taking into consideration advanced closed loop and measuring unit, the power factor is controlled very precisely. Reduction of inrush current protects the capacitors from exploding, thus resulting in longer life.