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High screening efficiency Roller Screening Machine 520-1280 TPH
Throughput
Product Description
As an indispensable equipment in the mine crushing production line,
the Roller Screening Machine can screen materials stably and evenly
to meet the purpose of screening the size of materials required by
customers. The model of this Roller Screening Machine is XCDRS1410,
and its throughput is in the range of 520-1280 tons per hour, which
is applicable to the crushing production line of medium and large
mines.
In order to achieve better screening effect, we recommend that the
feed side length of the ore be less than 700 mm, and adjust the gap
of the roller shaft to 25-100 mm according to the customer's
material demand (after placing the order, communicate with the
staff to determine the gap value, which cannot be changed after the
production is completed).
Equipment Principle
A roller screening mahcine consists of a series of cylindrical
shafts or rollers that are arranged in a parallel configuration.
These rollers are equipped with screening elements, such as metal
bars or perforated plates, which allow for the passage of particles
of a certain size. The material to be sorted, in this case, soil
and rocks, is fed onto the rollers and moves along their length due
to the rotational motion of the shafts. As the material travels
across the rollers, particles smaller than the screening elements
pass through, while larger particles are retained and transported
to the end of the roller screen.
Technical Reference Data
Model | Roll surface width (mm) | Number of axes | Throughput (t/h) | Feed side length (mm) | Roll shaft clearance (mm) | Screening efficiency (%) | Installed power | Flap drive push rod (optional for for electro hydraulic users) | |||
Power (kw) | Number | Model | Thrust (kgf) | Power (w) | |||||||
XCDRS1008 | 1000 | 8 | 200-550 | ≤500 | 25-100 | 80 | 2-4 | 8 | DT or DTY | 300 | 370 |
XCDRS1010 | 10 | 240-700 | 85 | 3-3.5 | 10 | ||||||
XCDRS1012 | 12 | 300-850 | 90 | 12 | |||||||
XCDRS1408 | 1400 | 8 | 420-1000 | ≤700 | 35-120 | 80 | 8 | DT or DTY | 500 | 750 | |
XCDRS1410 | 10 | 520-1280 | 85 | 3-7.5 | 10 | ||||||
XCDRS1412 | 12 | 650-1500 | 90 | 12 |
Introduction to Types of Screening Equipment
The screening equipment mainly uses methods such as rotation,
vibration, reciprocating, and swinging to screen the raw materials
through the sieve, and classify them into different grades based on
particle size, or remove moisture, impurities, etc. for subsequent
processing. Screening machinery can be classified into circular
vibrating screens, linear vibrating screens, resonance screens,
fixed screens, shaft screens, equal thickness screens, cylindrical
screens, etc. based on its appearance, screening principles, and
field of use.
Resonant screen is a type of vibrating screen, whose natural vibration frequency
is consistent with the screen surface (including feeding). This
system can fully utilize the inherent frequency of the device to
operate in a resonant state, resulting in very low power
consumption. However, the structure of the resonance screen is
relatively complex, difficult to debug, has a high failure rate,
and has many structural strength issues.
The working component of a cylindrical sieve is cylindrical, and its entire sieve rotates around the
cylindrical axis. Usually, the main shaft is installed at a small
tilt angle. The material enters from one end of the cylinder,
granular material passes through the sieve holes of the cylinder,
and coarse material flows out from the other end of the cylinder.
This screen has the characteristics of low rotational speed, smooth
operation, and dynamic balance. But its sieve holes are prone to
clogging, screening efficiency is low, operating area is small, and
production is low.
The working surface of a roller screen is composed of horizontally arranged rollers. There is a plate on
the rotating shaft, and fine materials can pass through the drum or
plate. Large pieces of material are transported to the other end
through a drum and then sent out from the end. The screen shaft of
the drum screen is set at different working angles, and the speed
is faster when the material is in a position with a higher working
angle of the drum screen; At lower working angles, the
transportation of materials will be slower. When two types of
materials meet at a certain point on the screen surface, axial
movement occurs, achieving uniform distribution of materials on the
screen surface and improving screening efficiency.
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