Low Voltage Electrical Systems
Low voltage electrical systems are the electrical systems which operates at 11kV or below voltage levels. To monitor and control LV systems, it is necessary to learn about PCC, MCC and PMCC panels.
These panels act as a central unit to monitor and regulate the voltage and for distribution of the Power. These LV panels are offered with various designs and distributes electrical power from the main power source to various equipment and sub panels.
In addition, it consists of several motors starting methods including DOL, Star-Delta starters.
This course is designed for engineers, electricians, and technicians who want to enhance their knowledge of LV power distribution, safety standards, and system design.
By the end of this course, you will gain the knowledge in LV systems components, LV systems designing, Technical BOQ Preparation, Testing.
What will you learn
Importance of LV Systems.
Types & Applications of LV Industrial panels (MCC/PCC/PMCC).
Class-C Equipment: – Common panel equip., application circuits, Selection & BoQ with Spec.
Class-B Equipment: – Project specific equip., application circuits, Selection & BoQ with Spec.
Class-A Equipment: – Project specific equip., application circuits, Selection & BoQ with Spec.
Understanding of Customer requirement, Specification, application and SLDs.
Design of Feeders in Panel General Arrangement – Front Views.
Design of Feeders in Panel General Arrangement – Internal Views.
Designing of Power & Control Circuits of Incoming Feeders.
Designing of Power & Control Circuits of Outgoing Feeders.
Designing of Power & Control Circuits of Motor Starters -DOL type Feeders.
Designing of Power & Control Circuits of Motor Starters -Star/Delta type Feeders.
Practicing of Live projects designing according to customer inputs.
Testing of Incoming & outgoing power & Control circuits of all feeders.
Knowledge on Electrical Circuits
Knowledge on AC Machines
Knowledge on Power systems (switch Gear and Protection)
Many industrial processes require a large number of motors, so Motor Control Centre (MCC) panels are used to regulate them all. With the Motor control Centre, the control components can be plugged in or unplugged, eliminating the need for wiring. A motor control centre would consist of a bus bar and other control equipment to control the motor’s operation and integrate the components into a panel. Motor control Centre supports several motors starting methods, including DOL and star-delta starters. A motor control centre includes feeders for motors and blowers. Feeders are designed based on motor power ratings. The majority of Motor control Centres will have auto/manual options. It is possible to operate motors manually with manual provision.
What will you learn
Types & Application of Industrial MCC panels (MCC/PCC/PMCC).
Class-C Equipment:- Common panel equip., application circuits, Selection & BoQ with Spec.
Class-B Equipment:- Project specific equip., application circuits, Selection & BoQ with Spec.
Class-A Equipment:- Project specific equip., application circuits, Selection & BoQ with Spec.
Understanding of Customer requirement, Specification, application and SLDs.
Design of Feeders in Panel General Arrangement – Front Views.
Design of Feeders in Panel General Arrangement – Internal Views.
Design Engineering of Power & Control Circuits of Motor Starters -DOL type Feeders.
Design Engineering of Power & Control Circuits of Motor Starters -SD type Feeders.
Design Engineering of Power & Control Circuits of Motor Starters -Incoming Feeders.
Design Engineering of copper/aluminium bars for Main-Busbars & Feeder-busbars.
Design Engineering of copper bars or cables for Feeders.
Testing of Incoming & outgoing power circuits of all feeders (Incoming & outgoing).
Testing of control & logic circuits of all feeders (Incoming & outgoing).
Knowledge on Electrical Circuits
Knowledge on AC Machines
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