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How to Interlocking in Electrical System | contactor interlock | Motor connection

How to Interlocking in Electrical System | contactor interlock | Motor connection A technique called interlocking is used to prevent the contactors from being energized simultaneously or closing together and causing a short circuit.
An interlock is a feature that makes the state of two mechanisms or functions mutually dependent. It may be used to prevent undesired states in a finite-state machine and may consist of any electrical, electronic, or mechanical devices or systems.
►Find more details, circuit schematics and the source code here.

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Electrical elements are conceptual abstractions representing idealized electrical components, such as Electricity, Resistance, Capacitor, Diodes, LED, photo-diode, Rectifier, Zener-diode, SPST, SPDT, Relay, Transformer, inductors, Diac, Switches, Batteries, Breadboard, Mosfet, Logic-gate, AND, OR, NOT, NAND, NOR, EX-OR, Series-Circuit, parallel-Circuit, Touch-switch, BJT, FET, LDR , VDR & Transistors etc.

electrical components, such as 3-Phase-Induction-Motor, Substation, AC-Motors, Auto-Transformers, CT-Instrument-Transformers, PT-Instrument-Transformers, Dc-motor, DC-Generator, ELCB, MCB, no-load-current-transformer, Power-Factor, Power-Transformer, synchronous-motor, Current-Transformer & PLC, etc
used in the analysis of electrical networks by Engineer Jony Islam ( #Jonyislam )

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