Basic Electronics and Electrical Engineering: Chapter 5: Induction Motors

Condition for Maximum Torque Under Running Conditions

Three Phase Induction Motors

Home | Department: ECE Department | Ist Year | Subject: Basic Electronics and Electrical Engineering |

Three Phase Induction Motors: Condition for Maximum Torque Under Running Conditions

CONDITION FOR MAXIMUM TORQUE UNDER RUNNING CONDITIONS

The torque of a motor under running condition is

The condition for maximum torque may be obtained by differentiating the above expression with respect to Slip s and then putting it equal to zero. Therefore,

R₂ =sX₂

Thus for maximum torque (T_m) under running condition,

Rotor resistance/phase = slip × rotor reactance/phase at standstill.

Basic Electronics and Electrical Engineering: Chapter 5: Induction Motors : Tag: Basic Engineering : Three Phase Induction Motors - Condition for Maximum Torque Under Running Conditions

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Basic Electronics and Electrical Engineering: Chapter 5: Induction Motors

Induction Motors: Introduction

Advantages and Disadvantages of Three Phase Induction Motors

Construction of 3-phase Induction Motor

Advantages of Squirrel Cage and Slip Ring Rotors - Induction Motor

Production of Rotating Magnetic Field in Three Phase Induction Motor

Operational Principle of Three Phase Induction Motor

Slip - Definition, Formula | Induction Motors

Frequency of Rotor Current - Induction Motor

Rotor Current in Three Phase Induction Motor

Equivalent Circuit of Three Phase Induction Motor

Rotor Torque in Three Phase Induction Motor

Starting Torque in Three Phase Induction Motor

Condition for Maximum Starting Torque - Three Phase Induction Motors

Torque Under Running Conditions - Three Phase Induction Motors

Condition for Maximum Torque Under Running Conditions - Three Phase Induction Motors

Torque-Slip Characteristics in Three Phase Induction Motors

Power Stages in an Induction Motor

Induction Motor Torque

Rotor Output of Induction Motor

Speed Control of Induction Motors

Starting of Induction Motors

Introduction of Single Phase Induction Motors

Types of Single Phase Motor

Making Single Phase Induction Motor Self Starting

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