Motor Control
Centers (MCC)
EPCS Switchgear has established a state-of-the-art facility in manufacturing LT Switchgear, Panel Boards. We are specialized in meeting the technical requirements through design, manufacture, test and supply of 415 V MCC Panel Boards with all accessories for efficient and trouble free operations. Motor Control Centers are the panel assemblies suc that all the motors of wide variety installed at different places for different applications in a workstation can be operated from one place with all the protection devices provided in the panels. These are available in a wide variety from Single DOL panel for individual machines to as many DOL's as required by you in a single panel. We have the facility to manufacture MCC panels from M.S sheet duly powder coated these are manufactured in Indoor Type, Outdoor type, Flush type and Desk according to its application.
Our MCC involves following features:
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Remote control operation facility
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MCCB for protection
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Bus Bars of proper rating duly covered with acrylic
sheet for safety.
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Copper strip for earthing
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Panel light and fan for ventilation.
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Custom Design
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Fixed type, free standing, floor mounting
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Extendable to both sides
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Cubical type compartmentalized construction
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Designed to meet climatic conditions
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Powder-coating with imported electrostatic powder
gun and fully conveyors powder-coating plant
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Automatic Power Factor Improvement Plant
We are manufacturing PFI panels that offers a power factor from 0.95 to 0.99. The panel comprises of mains bus bars, mains MCCB, and MCB, tactor, Relay HRC Fuse and Capacitor of proper rating for every bank. The stages depend upon the power load on that bank. Along with capacitors, Reactors are provided if there exists harmonics caused by non-linear power supply in the system.
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| Power Factor Concept
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The power transmitted from the power plant to the power stations, from the power stations to the industries and from the industries to the machines results in large power losses due to the inductive loads. The pure inductive loads results in lagging power factor while the pure capacitive loads results in leading power factor and the pure resistive load do not have any effect on power factor.
Maximum motors offer Inductive loads, thus increasing the power losses. Watt = Voltage x Current x Power Factor Power Factor = cos ø where ø is the angle between voltage wave & current wave called the phase angle. Smaller the phase angle, smaller will be the power losses. To improve the power factor, capacitors are installed in parallel with the mains supply that offer leading power factor, and thus neutralize the effect of lagging power factor due to inductive loads.
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