CALCULATE ARM OF GRAVITY OF BALL MILL

ARM OF GRAVITY OF BALL MILL

You can calculate the arm of gravity of ball mill using following input data:

1. Centre Distance (from mill center to media top layer)

2. Mill Effective diameter

you can also calculate following calculation by clicking them below:

1. FAN POWER CONSUMPTION

2. BAROMETRIC PRESSURE AT SEA LEVEL

3. RAW MIX TO CLINKER RATIO

4. PERCENTAGE DEGREE OF FILLING IN KILN

5. THERMAL LOADING IN KILN - FORMULA-1

6. THERMAL LOADING IN KILN - FORMULA-2

7. VOLUMETRIC LOADING IN KILN

8. MATERIAL RESIDENCE TIME IN KILN

9. CLINKER RESIDENCE TIME IN COOLER

10. EXCESS AIR CALCULATION

11. RADIATION HEAT LOSSES

12. CONVECTION HEAT LOSSES

13. FORCED CONVECTION HEAT LOSSES

14. PERCENTAGE ASH ABSORPTION IN CLINKER

15. RAW MIX TO CLINKER RATIO - DUST TO KILN

16. RAW MIX TO CLINKER RATIO - DUST TO SILO

17. HEAT OF REACTION TO PRODUCE 1KG OF CLINKER

18.  FALSE AIR W.R.T. MIX- Based on O2 Analysis

19.  FALSE AIR W.R.T. GAS- Based on O2 Analysis

20. FALSE AIR W.R.T. MIX- BASED ON CO2 ANALYSIS

21. FALSE AIR W.R.T. GAS- BASED ON CO2 ANALYSIS

	Calculate Arm of Gravity of Ball Mill
Input Data:
1	Centre Distance (from mill centre to media top layer) in Meters	h
2	Mill effective diameter in meters	Deff
3	h/Deff, ratio of centre distance to mill effective diameter	R
Formula:
	Arm of Gravity of Ball mill
Calculation
	Centre Distance (from mill centre to media top layer) in Meters
	Mill effective diameter in meters
	h/Deff, ratio of centre distance to mill effective diameter
	(0.666*(1-4*1.394^2)^1.5)
	(ATAN(0.5/1.394*(1-4*1.394^2)^0.5)-2*1.394*(1-4*1.394^2)^0.5)
	ARM OF GRAVITY = 0.578