Motor Rotor Crusher

Product Overview

The crushing ratio of the waste motor rotor crusher is relatively large, and the maximum crushing ratio can reach the discharge particle size, which can be adjusted arbitrarily and is not affected by the wear of the hammer and liner; there is no screen bar setting; the waste motor rotor crusher adopts an elastic adjustment mechanism, and the uncrushable objects that enter can be automatically discharged without causing equipment damage; the bearings are arranged horizontally and have a long service life; the rotor body has a unique structure, and the rotor body is almost not worn when crushing materials; the rear cavity is equipped with a screw or hydraulic opening mechanism, and the wearing parts can be easily replaced without starting the main equipment.

Features

• It has the advantages of large torque, high output, no noise, and wear resistance.  
• It can greatly reduce the volume occupied by chips. The chips can be fed continuously or intermittently.   
• The motor rotor crusher can make the drying, briquetting, smelting, crushing, and preliminary treatment and transportation of chemical fireproof materials simple and easy.   
• It has the advantages of large crushing ratio, high production efficiency, and small discharge particle size.   
• The machine drive device is equipped with safety electrical protection, which can effectively prevent accidental failures from causing equipment damage.   
• It can be fed continuously or intermittently.   
• The use of the motor rotor crusher facilitates the subsequent processing of chips, effectively reduces the volume of chips, and saves storage space.

Working Principle

During the production of the motor rotor crusher, the waste motor rotor falls vertically from the upper part of the machine into the high-speed rotating impeller. Under the action of high-speed centrifugal force, it collides and crushes with the other part of the material that is diverted around the impeller in an umbrella-shaped form. After the materials collide with each other, they will form eddy currents between the impeller and the casing, and then collide and rub against each other many times to be crushed. They are discharged directly from the bottom, forming a closed circuit for multiple cycles, and the screening equipment controls the required finished product particle size.

Technical Parameters