Crusher Motors
GAMAK crusher motors are designed to withstand the heavy operating conditions required by the industry from 132 kW to 355 kW in 315 and 355 types. Crusher motors designed in fixed base …
Rock Crusher Motors
Our Crusher Duty Motors are engineered for continuous, reliable performance and have exceptional high starting and breakdown torques, ideal for cone, jaw, roller crushers and …
How to Size a Cone Crusher Motor
Determine impact strength of material by laboratory tests or estimate by use of tables below. From Graph No. 2, find the horsepower hours per short ton at the reduction ratio of 5:1. Locate the product size as …
Premium Eficient Motors for Severe Duty Crusher …
In addition to Crusher Duty motors, WorldWide Electric supplies heavy duty variable frequency drives to manage crushing and feeding applications and shaft mount reducers for conveyor …
Choosing the Right Motor for Crusher Machines
Selecting the right motor for crushers involves evaluating power needs, motor type and efficiency. Consider the starting current and environmental conditions as well. The motor should match …
Crusher motor should be how to select
Selecting the right motor for a crusher is a critical decision that impacts the performance, efficiency, and reliability of the equipment. Factors such as power requirements, speed, torque, motor type, enclosure, efficiency, and …
Choosing the Right Motor for Crusher Machines
Selecting the right motor for crushers involves evaluating power needs, motor type and efficiency. Consider the starting current and environmental conditions as well. The motor …
CRUSHERS
Advanced alternatives with open table designs, multi-port rotor and large bearings are the main reasons for our crushers to provide high value solutions and deliver high performance. Max. …
Capacity Tables
The electric motor power rating in HP or KW needs to be carefully sized to the desired production rate. The REMco capacity charts are based on machine drive powers followed over many years and hundreds of installations.
Calculation of impact crusher capacity and power
The formula for calculating the power requirement of an impact crusher is as follows: Power = (Capacity x Energy Consumption Factor) / Motor Efficiency The energy …