Power Factor Control Panel/ Capacitor Panel
We are a distinguished manufacturer and supplier of high-quality Power Factor Control Panel/Capacitor Panels. Our range includes AHPFC Panel, RTPFC Panel, Power Factor Control Panel and Automatic Power Factor Improvement System. Clients can procure these products from us at the most affordable prices in the market.
Our range comprises:
We are highly specialized in manufacturing of the APFC Panels. Our APFC Panels are manufactured from high quality raw material. The power factor controller of our APFC Panels monitors the reactive power which inturn helps in saving energy. APFC Panels are available with capacitors which have built in protective devices for cutting extra power. APFC Panels manufactured by us are in accordance of requite norms and standards.
APFC Panel features:
Our APFC Panel is made from rust proof steel material
Circuits are equipped with independent fuses in our APFC Panels
APFC Panels are equipped with capacitors with series reactors for minimizing harmonic current which may alter system voltage & current
We are instrumental in offering technically advanced range of RTPFC Panels. These panels are modern power factor correction systems having ability of correcting power factor in real time. Our RTPFC Panels are incorporated with high-end measuring and computation circuits that are microcomputer based. We have equipped a quickly responsive and advanced computing software in these panels. In a short span of 1 to 2 cycles of AC waveform, this software helps in easy management of complex & analytical computations on the current and voltage waveform. The required compensation is injected into the system within 2 to 3 cycles with the help of electronic switching of the capacitor groups. These systems are ideal for fast changing loads.
Power Factor Control Panel
Our domain expertise allows us to design and fabricate superior quality Power Factor Control Panels. These Automatic Power Factor Control Panels are highly energy efficient and have been precision engineered for saving electricity. A power factor controller is equipped in these panels, which monitors the reactive power accurately in these systems for saving energy. Further, power factor controllers are also helpful in monitoring the power factor of different electrical systems. We assemble various kinds of capacitors in these panels like MCB, MCCB. Capacity duty contractors work like an in-built protective device for cutting off extra power. We provide capacitors along with series reactors, which reduce harmonic current and also can alter system voltage and current. These equipment are moulded in a power coated metal box for ensuring their long-lasting and trouble-free operation.
Automatic Power Factor Improvement System
We are engaged in manufacturing automatic power factor correction panel in range from 400- 600 KVAR. The zero voltage switching (zvs) card gets the on and off signal from this regulator, which is based on the power factor set in the regulator. The thyristor module is triggered by ZVS card which ensures the zero voltage (+10v) and eventually helps in switching on the capacitor bank. Our automatic power correction panels helps in equalizing power and demand i.e. KW =KVAR. The power factor can be maintained at unit (1.00) regularly with the automatic power correction panel and in some cases the contrast demand can be selected appropriately. Furthermore, these are manufactured in accordance with necessary standards and can be delivered within stipulated time frame. Following are its salient features:
• Helps in equalizing power and demand,
i.e. KW = KVAR
• Helps in reduction in load current
• Low maintenance cost
P F Control Panle
P.F. Control Panels
We We are one of the leading manufacturers and suppliers of P.F. Control Panels that are widely used in various industries and mills. These panels are used for correcting the power factor of the load with inductive lagging PF. The power factor control panel uses the concept of sensing the load current, voltage, phase difference between them and then analyzing the system using microprocessor and correcting the phase angle between the voltages