YA系列圆振动筛

圆振动筛概述

YA型圆振动筛运动轨迹为圆,可供选煤、选矿、建材、电力及化工等部门作物料分级用。筛机坚固耐用,振动噪音小,维修方便。

选用须知 

  1. 筛机分单层和双层,并有轻型和重型之分。 
  2. 筛网材质有编织网、冲孔筛板、聚胺酯筛网等。如果选用铁篦式筛板可按要求设计。 
  3. 双层筛上层筛面选定的筛孔尺寸超过技术性能及参数中规定的筛孔尺寸时,按要求设计。 
  4. 电动机可安装在左侧或右侧,无特殊要求按安装图表安装、供货。 
  5. 给料箱为选择件,用户如有要求,可供给料箱。 
  6. 在选用时如有改变筛面倾角的要求,可另行设计。 
  7. 基础螺栓由用户自备。 

型号示例



技术参数

表一:

型号筛    面给料处理量振次双振幅电动机外型尺寸总重每支点工作Zui大动负荷
粒度t/h次/分mm长×宽×高kg动负荷
层数面积倾角筛孔尺寸结 构mm   型号功率mm 给料端排料端给料端排料端
m2omm    kW  N NN N
YA123614.3206-50编织≤20080-2408459.5Y160M-4113757X2364X24564905±802±802±4008±4008
2YA123624.3206-50≤20080-2408459.5Y160M-4113757X2364X24565311±802±802±4008±4008
下编织
YA153014.5206-50编织≤20080-2408459.5Y160M-4113184X2670X22804975±843±843±4214±4214
YA153615.4206-50编织≤200100-3508459.5Y160M-4113757X2670X24195137±843±843±4165±4165
2YA153625.4206-50≤200100-3508459.5Y160L-4153757X3715X24375624±802±802±4008±4008
下编织
YAH153615.42030-150冲孔≤400160-65075511Y160M-4113757X2670X24375621±931±931±4655±4655
2YAH153625.42030-200上冲孔≤400160-65075511Y160L-4153757X2715X24376045±931±931±4655±4655
6-50下编织
YA154216.5206-50编织≤200110-3858459.5Y160M-4114331X2670X26555515±802±802±4008±4008
2YA154226.52030-150≤200110-3858459.5Y160L-4154331X2715X26756098±802±802±4008±4008
下编织
YA154817.2206-50编织≤200120-4208459.5Y160L-4154904X2715X28545918±847±847±4234±4234
2YA154827.2206-50≤200120-4208459.5Y160L-4154904X2715X28616321±847±847±4234±4234
下编织
YAH154817.22030-150冲孔≤400200-78075511Y160L-4154904X2715X29436842±1392±1392±6958±6958
2YAH154827.22030-150上冲孔≤400200-78075511Y160L-4154904X2715X29437910±1392±1392±6958±6958
下编织
YA183616.52030-150编织≤200140-2208459.5Y160M-4113757X2975X24195205±892±892±4460±4460
2YA183626.52030-150≤200140-2208459.5Y160L-4153757X2975X24195946±847±847±4234±4234
下编织
YAH183616.52030-150冲孔≤400220-91075511Y160M-4113757X2975X24375900±980±980±4900±4900
2YAH183626.52030-150上冲孔≤400220-90075511Y160L-4153757X3020X24376350±980±980±4900±4900
6-50下编织
YA184217.6206-150编织≤200140-4908459.5Y160L-4154331X3020X26755829±847±847±4234±4234
2YA184227.6206-150≤200140-4908459.5Y160L-4154331X3020X26756437±847±847±4234±4234
下编织
YAH184217.62030-150冲孔≤400450-80075511Y160L-4154331X3020X27006352±928±928±4640±4640
2YAH184227.62030-150上冲孔≤400450-80075511Y160L-4154331X3020X27007037±928±928±4640±4640
下编织
YA184818.6206-50编织≤200150-5258459.5Y160L-4154904X3020X28616289±847±847±4234±4234

 处理量为参考值,以精煤的散密度为计算依据
 
续表一:

型号筛面给料处理量振次双振幅电动机外型尺寸总重每支点工作Zui大动负荷
粒度t/h次/分mm长×宽×高kg动负荷
层数面积倾角筛孔尺结 构mm   型号功率mm 给料端排料端给料端排料端
m2o    kW   N N N N
  mm           
2YA184828.6206-50≤200150-5258459.5Y160L-4154904X3023X28616624±847±847±4234±4234
下编织
YAH184818.62030-150冲孔≤400250-100075511Y160L-4154940X3023X29437122±1392±1392±6958±6958
2YAH184828.62030-150上冲孔≤400250-100075511Y160L-4154904X3023X29437740±1392±1392±6958±6958
下编织
YA2148110206-50编织≤200180-6307489.5Y180M-418.54945X3423X35159033±1675±1675±8379±8379
2YA2148210206-50≤200180-6307489.5Y180L-4224945X3463X351510532±1675±1675±8379±8379
下编织
YAH21481102013-500冲孔≤400270-120070811Y180M-418.54945X3423X350110430±2889±2889±14445±14445
2YAH21482102030-150上冲孔≤400270-120070811Y180L-4226092X3423X367411190±2889±2889±14445±14445
下编织
YA2160112.6203-80编织≤200230-8007489.5Y180M-418.56092X3463X36749926±2495±2495±12475±12475
2YA2160212.6206-50≤200230-8007489.5Y180L-4226116X3619X384911249±2495±2495±12475±12475
下编织
YAH2160112.62030-150冲孔≤400350-150070811Y200L-4306116X3619X384912490±2889±2889±14445±14445
2YAH2160212.62030-150上冲孔≤400350-150070811Y200L-4306116X3619X384914800±2889±2889±14445±14445
下编织
YA2448111.5206-50编织≤200200-7007489.5Y180M-418.54945X3729X34739907±2495±2495±12475±12475
YAH2448111.5206-50冲孔≤400310-130070811Y200L-4304970X3925X363811830±2889±2889±14445±14445
2YAH2448211.52030-150上冲孔≤400310-130070811Y200L-4304970X3925X363813012±2889±2889±14445±14445
下编织
YA2460114.4206-50编织≤200260-7807489.5Y200L-4306091X3925X385012240±2495±2495±12475±12475
2YA2460214.4206-50≤200260-7807489.5Y200L-4306091X3925X385013583±2495±2495±12475±12475
下编织
YAH2460114.42030-150冲孔≤400400-170070811Y200L-4306091X3925X384613096±2889±2889±14445±14445
2YAH2460214.42030-150上冲孔≤400400-170070811Y200L-4306091X3925X384615100±2889±2899±14445±14445
下编织

处理量为参考值,以精煤的散密度为计算依据