One big advantage of a squirrel cage motor is how easily you can change its speed-torque characteristics. This can be done by simply adjusting the shape of the bars in the rotor.

The important characteristics normally shown by a squirrel cage induction motors are crawling and cogging.

Two practical squirrel-cage induction motors The 5 hp induction motor However, because the torque-speed curve becomes flat it produces a rapid fall-.

Answer (1 of 3): Yes. Up to near about synchronous speed it may vary mainly depending on rotor design as it accelerates. . This range is transitional and not stable. Means - if torque is adequate will accelerate to near synchronous speed . If not will stall . Speed torque characteristic is non l

SECTION 7.6 VARIATIONS IN INDUCTION MOTOR TORQUE–SPEED CHARACTERISTICS. 395. FIGURE 7–25. Laminations from typical squirrel-cage induction motor rotors, 

One of the important features of an induction motor is its torque speed characteristics for both the squirrel cage and wound rotor type induction motors 

Abstract: Induction motors are widely used in various industrial applications with different torque-speed characteristics.

Due to these advantages induction machines have become more popular in industrial applications. For any motor load application, it is imperative to know the torque speed

Induction motors present a lagging (inductive) power factor to the power line. The power factor in large fully loaded high-speed motors can be as favorable as 

Initialize a three-phase induction motor as part of a load flow analysis. When initializing an induction machine that is directly connected to an AC network, in steady state there is one degree of freedom which can be set by any one of shaft torque, shaft power, motor speed or electrical power.

The full-load speed is a function of the motor design and power and is usually in the range of 94–99% of the synchronous speed; the difference is the “slip.”