【型号及规格参数】

型号	卧螺双级活塞推料离心机					分离因素（w2r/g）	电机功率（kw）	整机重量（kg）	外形尺寸（mm）
	直径（mm）	过滤长度（mm）	进料次数（次/min）	处理量（T/h）	转速（r/min）
HR400	400	160/160	1-75	1-2	2200	1857	11-5.5	3800	2500*1300*1155
HR500	500	200/200	40-80	2-5	1800	1050	37-22	4200	3000*1600*1200
HR630	630	240/240	40-108	5-10	1800	1150	45-30	5500	3130*1840*1265

 
 
【主要特点】
HR系列离心机是一种卧式活塞推料、连续操作过滤离心机。
本机能在全速运转下，连续进行进料、分离、洗涤、卸料等工序。
具有连续操作、运转平稳、操作简便、生产能力大、洗涤效果好、滤饼含湿率较低等特点。
 
 
【主要用途】
适合分离含固相物颗粒度大于0.1mm，浓度大于40%的悬浮液。
适用于化工、化肥、制碱、制盐等行业，特别适用于盐酸氢铵、氯化铵、芒硝、棉花籽酸洗等固液分离。
 
 
【工作原理】
主电机带动转鼓全速运转，物料由进料管连续引入，均匀分布到转鼓内段滤网壁上，在离心力作用下，液相物穿过滤网和转鼓壁滤孔排出转鼓，经机壳排液管排出机外，固相物截留在转鼓内，形成环形滤饼层。
推料盘与转鼓同速旋转的同时，在活塞推动下，连续轴向往复运动，推动滤饼层间歇不断的向转鼓外端移动排出转鼓，从前机壳底部排出机外。


Horizontal screw double-stage piston push centrifuge
 
【Specification】

Model	Horizontal screw double-stage piston push centrifuge					Separation factor（w2r/g）	Motor power（kw）	Overall weight（kg）	External dimensions（mm）
	Diameter（mm）	Filter length（mm）	Feed times (t /min)	Capacity (T/h)	Speed（r/min）
HR400	400	160/160	1-75	1-2	2200	1857	11-5.5	3800	2500*1300*1155
HR500	500	200/200	40-80	2-5	1800	1050	37-22	4200	3000*1600*1200
HR630	630	240/240	40-108	5-10	1800	1150	45-30	5500	3130*1840*1265

 
 
【Characteristics】
HR Series Centrifuge is a horizontal piston pushing and continuous operation filtering centrifuge.
This machine can continuously feed, separate, wash and discharge at full speed.
It has the characteristics of continuous operation, stable operation, simple operation, large production capacity, good washing effect, low moisture content of filter cake, etc.
 
 
【Applications】
It is suitable for separating suspension with particle size greater than 0.1mm and concentration greater than 40%.
It is suitable for chemical industry, chemical fertilizer, alkali making, salt making and other industries, especially for solid-liquid separation such as ammonium bicarbonate, ammonium chloride, mirabilite, cotton seed pickling, etc.
 
 
【Principle】
The main motor drives the rotating drum to run at full speed, and the materials are continuously introduced by the feed pipe and evenly distributed on the filter screen wall of the inner section of the rotating drum. Under the action of centrifugal force, liquid substances pass through the filter screen and the filter holes of the wall of the rotating drum to be discharged out of the machine through the liquid discharge pipe of the casing, and solid substances are trapped in the rotating drum to form an annular filter cake layer.
At the same time of rotating at the same speed as the rotating drum, the material pushing disc continuously reciprocates axially under the push of the piston, pushing the filter cake layer to intermittently and continuously move to the outer end of the rotating drum to discharge the rotating drum from the bottom of the front casing.