Several factors affecting the production capacity of jaw crusher
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Horizontal stroke of moving jaw outlet The horizontal stroke of the movable jaw discharge port is a key factor affecting the production capacity of the jaw crusher. When the horizontal stroke of the movable jaw outlet increases, the production capacity increases significantly. However, if it is too large, the phenomenon of overpressure of the material in the discharge layer will occur, the unevenness of the product particle size will increase, and even the interference phenomenon of the movable jaw and the fixed jaw will appear under the minimum discharge port. 2 horns Reducing the bite angle can improve the production capacity, and the bite angle is inversely proportional to the height of the crushing cavity and the production capacity. When the angle of bite decreases, the height of the jaw crusher increases, the weight of the machine increases, and the production capacity increases, so it is better to take a smaller value of the angle of bite. However, from the consideration of reducing the height of the crushing cavity, it is desirable to have a larger meshing angle. Therefore, when designing the crushing chamber, a design solution should be sought.
The horizontal stroke of the upper part of the movable jaw Because the bulk materials at the feeding port cannot be fully broken in one round trip of the movable jaw, the necessary horizontal stroke of the upper part of the movable jaw plays an important role in improving the production capacity.
Eccentric shaft speed The rotational speed of the eccentric shaft is one of the main performance parameters of the jaw crusher, and the rotational speed directly affects the production capacity, specific power consumption and the content of over-crushed products. Under given working conditions, jaw crusher production capacity increases with the increase of rotation speed, when the rotation speed reaches a certain value, the production capacity of jaw crusher is large. After that, when the rotational speed increases again, the production capacity drops sharply, and the content of over-crushed products also increases. The specific power consumption does not change much with the increase of rotational speed before reaching the maximum productivity, but after reaching the maximum production capacity, the power consumption increases sharply with the increase of the rotational speed. Increase. http://www.drobilkainc.com/en