新乡市振英机械设备有限公司

此页面上的内容需要较新版本的 Adobe Flash Player。

获取 Adobe Flash Player

    HIGH-EFFICIENCY IMPACT SAND MAKER

     

    Description:

    I.Introduction
    With the digestion and absorption of the advanced technology and connecting the working conditions of the ralated industries, the Reaction High-efficiency Sand Maker is newly researched and high efficient sand maker. It is widely used in fine crushing of many minerals, such as granite, basalt, limestone, cobble, cement clinker, quartzite, iron ore and bauxite etc. And it also can produce the superior aggregate materials for the using areas of high-level road, railway, hydroelectricity, airport, cement, resistance materials and metallurgy, etc.
    The High-Efficiency Impact Sand Maker has the advantages of small and equal feeding out size, high production capacity, long service life of hammer head, low supporting power, changing the three grades crushing to two grades crushing, work simplification, simple structure, easy maintenance and stable operation. It is the new type of energy saving sander maker.
    This is kind of continuous operation equipment. When operating, the rotor is running at a high speed by the drive of motor, and materials enter into the 1st cavity to be crushed, and then get into the 2nd fineness cavity to be broken, finally being discharged from the discharging opening.
    II.FEATURE
     This series equipment are with the features of stable and reliable operation, easy maintaining, small volume, light weight, easy replacement of parts, easy moving, work simplication, simple structure, changing 3-class crushing to 2-class crushing, high capacity, high output, long service life of hammer, energy-saving, etc. It is widely applicable to the fine crushing of various materials such as granite, basalt, quartzite, carborundum, numerous minerals, bauxite, and cobble, etc.
    III.MAIN PARAMETER
    Model
    Feed
    Opening Sizemm
    Max Feed
    Sizemm
    Discharging
    Size
    mm
    Range Of
    Discharging
    Opening Gapmm
    capacityt/h
    Power
    Kw
     
     
     
     
     
    Cement
    Clinker
    Limestone
    Glass Sand
     
    800×400
    400×230
    120
    ≤5
    5-20
    20-30
    30-45
    35-45
    22-37
    800×600
    600×230
    180
    ≤5
    5-20
    35-40
    40-55
    45-55
    37-45
    800×800
    800×230
    180
    ≤5
    5-20
    35-45
    60-65
    55-65
    45-55
    1010×1010
    1000×330
    180
    ≤5
    5-20
    45-55
    60-75
    65-75
    55-75
    1200×1000
    1200×330
    180
    ≤5
    5-20
    80-110
    80-100
    80-100
    90-110
    1200×1200
    1200×420
    180
    ≤5
    5-20
    100-110
    90-100
    90-120
    110-132
    1400×1400
    1400×420
    190
    ≤5
    5-20
    100-150
    100-150
    120-150
    160
    1600×1600
    1600×520
    190
    ≤5
    5-20
    170-210
    190-250
    190-250
    250
    1800×1800
    1800×520
    190
    ≤5
    5-20
    250-270
    280-310
    280-310
    315
     
    IV.THE ITEM NEEDING TO ATTEND
    The tensioning force of transmitting texrope should be adjusted properly so that the texrope can be stressed uniformly and finally keeping the high efficiency and energy-saving of the fine crusher. When dual motor drive, texrope on each side should be matched in grouping, and making length of each group the same as possible. And open the observing gate and check the wearing condition of the inner sand maker as well as the central feeding pipe, up/down flow plate of  impeller, circle plate, and the wear-resisting blocks at certain time. If they are in the bad condition, the parts should be replaced or repaired immediately. When replacing the wear-resisting blocks, make sure that the weight of all the blocks the same. The observing gate must not be opened for the working condition when machine is at work in case of the danger happening. If the impeller get wearing, get them replaced or repaired by the manufactory. And the machine should be lubricated every 400 hours' working time, and the main shaft assembly should be opened and get the bearing cleaned every 2000 hours working hours. The bearing should be replaced every 7200 hours.
    V.STRUCTURE DRAWING PICTURE
     

     

Chat with me  Rachel