An AC induction motor is the most commonly used AC motor in industrial applications because of its simplicity, rugged construction, and relatively low manufacturing costs. The reason that the AC induction motor has these characteristics is because the rotor is a self-contained unit, with no external connections. This type of motor derives its name from the fact that AC currents are induced into the rotor by a rotating magnetic field. The AC induction motor is made of a laminated cylinder with slots in its surface. The windings in the slots are one of two types. The most commonly used is the squirrel cage rotor. This rotor is made of heavy copper bars that are connected at each end by a metal ring made of copper or brass. No insulation is required between the core and the bars because of the low voltages induced into the rotor bars. The size of the air gap between the rotor bars and stator windings necessary to obtain the maximum field strength is small.

AC Motor Dispersers have open motor with in-power of 10A, 110V, 60 Hz and power cord. It has fused variable transformer, digital tachometer and sensor. They have on/off, speed control knob. They are suitable for bench top operation.

AC Motor Homogenizers have standard torque, heavy duty with variable speed. It has 1 HP open motor and variable transformer controller. They have 3″ HSF high shear blade lift on 1″dia. adjustable rod and plate stand & carbon steel. It has forward and reversible on/off switches, interchangeable heads and reversible flow modes.

AC Motor Mixers have variable speed, heavy duty, standard torque and integral digital tachometer. It has transformer controller, mixing shaft, high shear blades, which is lifted on 1″dia adjustable rod. They have plate stand, retort stand optional and carbon steel.

AC Parallel Shaft Gearmotor is a permanent split capacitor. It is categorized into non-synchronous and normal slip. Its ambient temp is 40c and 2.87″ of length.