Tire-type conical mobile crushing station-Henan Andean Intelligent Equipment Co., LTD

The tire-type conical mobile crushing station is more efficient for coarse and medium fine crushing operations. It is equipped with a sturdy and movable frame, suitable for driving on ordinary roads and rough mountain roads, making it convenient to enter the work site. It adopts the design of "eccentric shaft sleeve rotating around a fixed axis", which enhances the strength of the main shaft. It not only improves production capacity and crushing efficiency, but also expands the application range. From limestone to basalt, from stone production to various ore crushing, it can provide crushing performance in various coarse crushing, medium crushing and fine crushing operations. Suitable for processing hard ores.

Features of the ZHPY series tire-type new cone Crushing Station

1. A mature hydraulic system with strong stability and good operational performance.

2. It adopts PLC intelligent electrical control operation, which is convenient and reliable.

3. The high-performance cone crusher is designed to be sturdy, compact, easy to transport, with a short assembly time, and can quickly enter the working state.

4. The transmission components adopt high-quality electric motors, which are powerful and quiet, providing power guarantee for the operation of the crusher.

Technical parameters of ZHPY series Tire-type New Cone Crushing Station

Model	ZHPY-200	ZHPY-300	ZHPY-400	ZHPY-500
New model of HPY cone crusher	HPY-200	HPY-300	HPY-400	HPY-500
Cone crusher power (kw)	160	225	315	400
Maximum feed particle size (mm)	185	230	300	330
Production capacity (t/h)	50-250	100-400	120-500	150-700
Vibrating screen model	3YK1854	3YK2160	3YK2260	3YK2460
Vibrating screen power (kw)	22	30	37	37
Belt conveyor under the screen	B800L6	B1000L8	B1000L8	B12008
Power (kw)	5.5	7.5	7.5	11
Hydraulic system	YZ20	YZ30	YZ30	YZ30

Note: The above data are all the instantaneous production capacity of the crusher. The bulk density of the raw materials is based on the average value of medium-hardness materials with a density of 1.6t/m³. Materials of different hardness will have significant differences in production capacity under different feeding conditions.