Electrical Panels

We are one of the leading manufacturers of ACB Panels in the market. Using innovative technology we have created a wide range of ACB panels, which are fabricated using finest quality raw materials. Widely used in a variety of industries the ACB.

AMF i.e. Automatic Mains Failure panel. Which makes power switch to emergency standby generator during malns failure. We deslgn, manufacture 8. test our own as well as customIzed AFVF panels wttb our own manufacturIng set up. We manufacture AMF panel for all range of Genset rating.

APFC Panel has microcontroller based programmable controller which switches the capacitor banks of suitable capacity automatically in multiple stages by directly reading the reactive load (RKVA) which works in the principle of VAR sensing tends to maintain the PF to 0.99 Lag.

A Capacitor Bank is a group of several capacitors of the same rating that are connected in series or parallel with each other to store electrical energy . The resulting bank is then used to counteract or correct a power factor lag or phase shift in an alternating current (AC) power supply.

LT Panel is an electrical distribution board that receives power from generator or transformer and distributes the same to various electronic devices and distribution boards. Such panels are used in industries both for internal and external use and, therefore, they are quite rugged to withstand different climatic conditions.
Our LT panels are designed to work with low electricity consumption that makes them cost effective.

MCC stands for motor control center. It consists of feeders for motors and blowers. Feeders are designed according to the motor rating. In most of the MCCs, auto/manual provision will be there. With manual provision motors can be operated manually. In auto provision external signal is required to start the motor. The signal is given by the control panel. Indicators for the motor operation also will be present in control panel..

A vacuum circuit breaker is such kind of circuit breaker where the arc quenching takes place in vacuum. The technology is suitable for mainly medium voltage application. For higher voltage vacuum technology has been developed but not commercially viable.

The operation of opening and closing of current carrying contacts and associated arc interruption take place in a vacuum chamber in the breaker    which is called vacuum interrupter. The vacuum interrupter consists of a steel arc chamber in the centre symmetrically arranged ceramic insulators.