Minerals Classification and Dewatering Decanter Centrifuge

1.Minerals Classification and Dewatering Decanter Centrifuge 2.SS321 3.PLC control 4.continuous operate 5.scroll discharge

Minerals Classification and Dewatering Decanter Centrifuge 

Working Principle

The feed enters the bowl through a stationary inlet tube and is accelerated smoothly by an inlet rotor. The resulting centrifugal forces make the solids collect on the wall of the bowl. The conveyor and the bowl rotate in the same direction, but at different speeds, which has the effect of moving the solids towards the conical end of the bowl for removal.

  

Applications

Features

The decanter centrifuge can be adjusted to suit individual requirements by varying:

1. Bowl speed to ensure the exact relative centrifugal force required for optimized separation.

2. Differential speed, for optimized balance between liquid clarity and solids discharge capacity.

3. Pond depth in the bowl for optimized balance between liquid clarity and solid dryness. 

   

Technical Parameter

Models	Bowl Diameter (mm)	L/D Ratio	Bowl Speed (r/min)	G-Force	Main Motor Power (kW)	Weight (kg)	Overall Size (L×W×H) (mm)
LW220×880	220	4	4800	2840	7.5-11	1000	1850×1200×750
LW220×1000	220	4.5	4300	2280	11	1100	1970×1200×750
LW300×1140	300	3.8	3750	2370	15	1500	2100×1300×650
LW355×1460	350	4	4000	3100	22	2020	3365×920×1060
LW400×1200	400	3	3600	2880	22	2200	2400×1650×900
LW400×1600	400	4	3600	2880	30	3000	3100×1650×900
LW450×1800	450	4	3500	3080	30-37	3500	4200×1090×1250
LW450×2050	450	4.5	3600	3260	30-37	3800	4200×1090×1250
LW530×2120	530	4	3200	3040	45-55	4200	4885×1230×1350
LW530×2650	530	5	2500	2150	37-55	4500	5050×1230×1350
LW630×2300	630	3.65	2500	2205	75	8000	5110×1440×1750
LW720×2665	720	3.7	2000	1600	160	12000	5365×3160×1510

Minerals Classification and Dewatering Decanter Centrifuge