MCC Panel
The Centre Location for Controlling Electrical AC Motors by the Electrical Components Known as Motor Control Centre (MCC) Panel. Which has Circuit barker, Motor Protection Devise, Power Disconnected, Motor Starter, VFD (Variable Frequency Drive) PLC (programmable logic controller) all the Components used based on the customer needs and Operation function of Motor to Control the Motor like Reverse, Forward, Speed Control, gradually Speed increase, Operate the AC Motor alternatively. We are the Reputed Manufacturer in Kolkata.
There are various types of Motor Control Center in our Production line like
*When it added with PLC with the MCC (Motor Control Centre) Panel it known as Intelligent MCC Panel or PLC Cum MCC Panel
*When AC motors required to Start and Increase the Speed slowly then add on to Soft Starter
*When AC Motor Required to Speed increase / Decrease or to run the Motor Revers/ Forward the VFD (Variable Frequency Drive) Drive added and it known as MCC Cum VFD Panel , Fire Fighting MCC Panel
Application: Protection and Control of Motor Control Center.
AC Rating Volts: 0 – 500V.
AC Rating Amps: 100 – 4000A.( Based on customer’s requirement.).
AC Rating Frequency: 50Hz.
Rated Insulated Voltage: 690V.
Temp. Rise Up to: 35°C Rise over 50°C ambient.
Degree of Protection: IP 52, 54, , 55, 65
Power Busbar Size: Al. or Cu. Busbar.
Overcurrent Protection: Properly.
Enclosure Painting: 7 tank Powder Coated Paint and as per Client’s requirement.
Panel Mounting: Floor / Ground Mounted, Wall Mounted, Mounted on Angle Frame, Desk Type MCC Panel.
Current Monitoring: Possible.
Phase Monitoring: Possible.
Configuration: Based on customer’s requirement.
Type Test performance: Short Circuit with Stand temp. rise with stand, Degree of Protection.
Product Warranty: At least 12 Month.
interpretation on MCC Panel
Functions, Operations and uses of MCC Panel in Electrical?
Large industrial and commercial power distribution networks can be extremely complex. Power distribution can be accomplished by switchboards, switchgear, panel boards and transformers. Turning the motor on and off is the most fundamental method of alternating current (AC) motor control. This is usually done with a motor starter that consists of an overload relay and a contactor.