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Electrical Power System In Electrical power system generators produce the electrical power (electricity) and through transmission lines transfer to the regions and cities where substations are further distributed to industries, home appliances and residential use. In electrical power system major components are considered i.e distributing networks, substations and generators, converters. In world the main generated … Read more
MCC meaning in electrical is motor control centre. Usually type of panel and combination of many components like feeders, electrical buses, circuit breaker and fuses etc with having common power bus. MCC is used in industrial and process applications where lots of motors are used with variable loads. This panel makes it centralized. In some places … Read more
In this article, we will explore what a GFCI is, how it works in GFCI outlets, and its various applications, including GFCI breakers and different types available for different scenarios. Understanding the importance and functionality of GFCIs is essential for homeowners, businesses, and industries to create safer electrical environments as per international codes and standards. … Read more
Here we just collected some symbols of Electronics & Electical engineering. Standard Symbols of Electronics & Electical. Standard Symbols of Electronics & Electical Frequently used symbols are Lighting Symbols are Facility Management symbols are Electrical Engine symbols are shown Electrical wiring diagram is shown Following all are the instrumentation and control symbols Digital electronics symbols are … Read more
Unveiling the Power of Switchgear: Safeguarding Electrical Distribution Switchgear, the backbone of power distribution, plays a crucial role in substations, ensuring seamless control and protection of electrical currents. In this article, we’ll explore the working principle and key components of switch gear systems, such as circuit breakers and relays, that safeguard critical equipment. Discover the … Read more
In the world of control engineering, maintaining precise control over industrial processes is paramount to achieving optimal performance, efficiency, and safety. Enter the PID (Proportional-Integral-Derivative) controller, a sophisticated and widely used control mechanism that has revolutionized automation and process control. In this comprehensive guide, we tried to explain the fundamentals of the PID controller, exploring … Read more
In the vast area of industrial automation and communication, the HART Protocol stands tall as a versatile and widely-used communication standard. From enhancing process control to optimizing efficiency, HART Protocol has proven its worth in various industries. In this comprehensive article, we go through the fundamentals of HART Protocol, its architecture, specifications, and how it … Read more