Skip to content
Electrical Volt

Electrical Volt

  • Home
  • Q & A
    • Interview
      • Electrical
        • Induction Motor
        • DC Motor
        • DC Generator
        • Synchronous Machine
        • Transformer
      • Instrumentation
      • Electronics
    • MCQ
  • Measure
    • Basics
    • Control Valve
    • Temperature
    • Analyzers
    • Calibration
    • Flow
    • Level
    • Pressure
    • Solenoid Valves
    • Switches
    • Conductivity
    • Humidity
  • Electrical
    • Basics
      • Basic Electrical
      • Utilities
      • Circuit Theory
      • Electrical Laws
      • Electrical Materials
      • Batteries
      • Measurement
      • Maintenance Engg.
    • Machines
      • DC Motor
      • DC Generator
      • Induction Motor
      • Transformer
      • Electrical Drives
    • Power System
      • Generation
      • Switchgear
      • Distribution
      • Transmission
      • Protection
      • Electrical Safety
      • Power Quality
      • cable
  • Automation
    • Communication
    • Control System
    • Fire and Gas System
    • PLC
    • Safety Instrumented System (SIS)
  • Electronics
    • Analog Electronics
    • Communication
    • Digital Electronics
    • Electronic Devices
    • Medical Electronics
    • Power Electronics
    • VLSI
    • Computer

plugging mechanism of dc motor

plugging of separately excited dc motor with braking resistor

What is Plugging or Reverse Current Braking of DC Motor?

In Plugging or Reverse Current Braking, supply polarity of armature voltage of  DC motor is reversed to rapid stop the motor. The armature voltage(V) and back EMF (Eb)

RECENT POSTS

  • Solenoid Valve: Construction, Parts Working, Selection, Applications
  • Difference Between Solenoid and Actuator
  • Wound Current Transformer (WCT)
  • Current Transformer (CT): Definition, Working and Applications
  • Types of Current Transformers (CT): Classification, Working, Applications, Advantages & Comparison
Copyright © 2026 Electrical Volt Contact Us ▪ About Us ▪ Privacy-Policy ▪ Disclaimer