POWER PARAMETERS THE ELECTRIC DRIVE OF THE PASSENGER LIFT WITH THE TWO-HIGH-SPEED ASYNCHRONOUS MOTOR

The results of quality research of energy electromechanical transformation in the mechanism of the passenger lift with the two-high-speed asynchronous motor by a method of mathematical modeling are submitted. The variable parameters of an equivalent circuit are taken into account at job of the asynchronous motor on high and low speeds, variable meaning of а reducer efficiency, load of a cabin, direction and real structure of a motion cycle of the lift. The power diagrams of the rise established movement of a nominal cargo and the power diagrams for a moving cycle of a cabin with different loading on one floor are given. The results of modeling prove to be true by experimental data.