1. The two-dimensional air-gap field of squirrel-cage motors with open slots has been calculated.

2. This model is equivalent to one tooth pitch of the rotor of a squirrel cage induction motor.

3. This theory is based on the squirrel cage havingZ2-rotor circuits. The time-dependence of the voltages and currents is arbitrary.

4. The calculation of the starting current and torque of a.c. squirrel-cage motors is based on infinite permeability of the iron and on one-dimensional fields.

5. Industrial Blowers are the heart of any large ventilation system, and Grainger has the squirrel cage blower to meet your needs, from a radial blade to a backward-inclined blower

6. The voltage dependent starting currents and torques of a 2,800 kW 3-phase a.c. squirrel cage motor are calculated by the method of finite differences using a new block-SOR iteration technique.

7. Auto-transformer starter (Variable Autotransformer) can be used with any squirrel cage induction motor, motor supplied through taps of three-phase auto transformer starter.In Auto-transformer Starter, Motor is directly connected on secondary of Autotransformer.

8. Industrial drives with adjustable speed and a progressive torque speed characteristic may be built with a considerably higher efficiency by using the permanent magnet excited synchronous motor instead of the squirrel cage induction motor.

9. Bilge blowers are available to move air in two ways — some units feature a squirrel cage configuration, while others favor a "tunnel", or "in-line" design which utilizes a small fan

10. Centrifugal fans often contain a ducted housing to direct outgoing air in a specific direction or across a heat sink; such a fan is also called a blower, blower fan, biscuit blower [citation needed], or squirrel-cage fan (because it looks like a hamster wheel).