el roble evaluacion circuitos de molienda - revision 2 (autoguardado) (1)

8/18/2019 El Roble Evaluacion Circuitos de Molienda - Revision 2 (Autoguardado) (1)

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PRIMARY BALL MILL

MAQUINAS

DIAMETER 2100 mm 6.87 PIES

LENGTH 2100 mm 6.87 pies

rpm 2.!

M"T"R 110 #$%ARGA B"L 10.! T"NS 11!27.66 20.10682&8

HP A'B'%'L A 21.&7 .8!2

21.&7 !.1(7

21.&7 !.1(7

21.&7 !.7&!

21.&7 !.7&!

M"LIENDA PRIMARIA

)80 8000 *m

P80 !00 *m

%

Diametro Longitud Motor A CARGA B

6.87 6.87 17! 22.0 2.!0 .8!8

6.87 6.87 17! 22.0 2.!0 .8!8

6.87 6.87 200 22.0 2.!0 .8!8

6.87 6.87 2!0 22.0 2.!0 .8!8

6.87 6.87 2!0 22.0 2.!0 .8!8

6.87 6.87 2!0 22.0 2.!0 .8!8

6.87 6.87 2!0 22.0 2.!0 .8!8

6.87 6.87 2!0 22.0 (8.00 !.222



6.87 6.87 2!0 22.0 (8.00 !.222

6.87 6.87 2!0 22.0 (8.!0 !.2!

6.87 6.87 2!0 22.0 (&.00 !.2(8

6.87 6.87 2!0 22.0 (&.00 !.2(8

6.87 6.87 2!0 22.0 (&.!0 !.261

6.87 6.87 2!0 22.0 (!.00 !.1(

6.87 6.87 2!0 22.0 (8.00 !.2226.87 6.87 2!0 22.0 (8.00 !.222

6.87 6.87 2!0 22.0 (8.00 !.222

6.87 6.87 2!0 22.0 (8.00 !.222

6.87 6.87 2!0 22.0 (8.00 !.222

SE%"NDARY BALL MILL

DIAMETER 2700 mm 8.8( pies

LENGTH 2700 mm 8.8( piesrpm 1&

M"T"R 20 #$

%ARGA B"L 21.! T"NS (1.(61!8! 281!.8(62

"+)L"$ A%T HP A'B'%'L (1.26 .8(0

A B

M"LIENDA SE%UNDARIA

)80 !00 *m 7!00 1177.(1&!!

P80 106 *m 106

)80 !00 *m 7!00 !&.62762(

P80 106 *m 106

%


8.8( 8.8( 10.0( (1. 2.(0 .8(6

8.8( 8.8( 10.0( (1. 2.(0 .8(6

8.8( 8.8( 10.0( (1. 2.(0 .8(6

8.8( 8.8( !00.00 (1. 8.00 (.877

8.8( 8.8( !00.00 (1. (8.00 !.222

8.8( 8.8( !00.00 (1. (6.00 !.16!

8.8( 8.8( !00.00 (1. (6.00 !.16!

8.8( 8.( !00.00 (1. (6.00 !.820

8.8( 8.( !00.00 (1. (8.00 !.8(0

8.8( 8.( !00.00 (1. (8.00 !.8(0

8.8( 8.( !00.00 (1. (8.00 !.80&



O´FLO EXP

8.8( 8.8( (1.26 (! !.11

O´FLO EXP (1.26 (8 !.21&

DIAFRAGMA (1.26 !.7&!

DIAFRAGMA (1.26 !.7&!

M"LIENDA SE%UNDARIA

)80 670 *m

P80 106 *m

PES" 0.1&!2 REM",ID" 0.1&!2

0.80(8 ALIMENT" 0.80(8

!0 TMS-/ 600

281.68 11.7( TMS-r (82.88

68.2 117.12

%

Diametro Longitud Motor A LOAD B

8.8( 8.8( 10.0( (1. 2.(0 .8(6

8.8( 8.8( 10.0( (1. 2.(0 .8(6

8.8( 8.8( 10.0( (1. 2!.00 (.018

8.8( 8.8( 10.0( (1. 6.00 (.786

8.8( 8.8( 10.0( (1. (8.00 !.222

8.8( 8.8( 10.0( (1. ((.00 !.10

8.8( 8.8( 10.0( (1. &.00 (.&20

8.8( 8.8( 10.0( (1. (.00 (.68

8.8( 8.8( 10.0( (1. 2.00 (.!68

8.8( 8.8( 10.0( (1. 6.00 (.786



8.8( 8.8( 10.0( (1. 1.00 (.!0(

REGRINDING MILL

)80 100

P80 ((

$EIGHT 118.! TMS- (.&12! TMS-r

1(01(2.02 !.&17!

REGRINDING BALL MILL

DIAMETER 1!00 mm (.&1 pies

LENGTH 1!00 mm (.&1 pies

rpm 2!.!

M"T"R 7 #$

%ARGA B"L !.! T"NS

"+)L"$ A%T HP A'B'%'L &.(8 .10&

A B

%


(.&1 (.&1 7 &.! 18.& .11!

(.&1 (.&1 !0 &.! 0.00 (.(7

(.&1 (.&1 7! &.! (0.00 (.&60

(.&1 (.&1 7! &.! (!.00 !.1(

(.&1 (.&1 7! &.! (!.00 !.1(

(.&1 (.&1 7! &.! (!.00 !.1(

(.&1 (.&1 7! &.! (8.00 !.222

(.&1 (.&1 7! &.! (6.00 !.16!

(.&1 (.&1 7! &.! (8.00 !.222

(.&1 (.&1 7! &.! (&.00 !.2(8

(.&1 (.&1 7! &.! !0.00 !.27(

(.&1 (.&1 7! &.! !0.00 !.27(

6.00 6.00 1!0 1!.7 (8.00 !.222

6.00 8.00 200 1!.7 (8.00 !.222

6.00 12.00 2!0 1!.7 (8.00 !.222

AU

0.028 1.0286 0.&1!8 0.00000122 1.07

0.26! 1.10&( 0.&1!8 0.000001(( 1.56

0.10 .(8! 0.&1!8 0.00002!07 1.19

0.0(( 8.6&0& 0.&1!8 0.00007&7 1.13

0.017 2.12&( 0.&1!8 0.0001( 1.80



S"LID"S PES" DILU%I"N pie/hr pie2/tcs*d

ALIMENT" UNDER)L"$ ALIMENT" UNDER)L"$

! 60 1&.000 0.667 2!.26 0.&7

10 60 &.000 0.667 2(.!6 0.(!

1! 60 !.667 0.667 (2.!7 0.16

20 60 (.000 0.667 !!.66 0.08

%

A LOAD B

22.0 (!.00 !.1(

22.0 (8.00 !.222

22.0 (8.00 !.222

22.0 (&.!0 !.261

22.0 (8.00 !.222

%

A LOAD B

(1. (6.00 !.16!

(1. (8.00 !.222

(1. (8.00 !.222

(1. (8.00 !.222

%A LOAD B

&.! (6.00 !.16!

&.! (8.00 !.222

&.! (&.00 !.2(8

&.! !0.00 !.27(

&.! !0.00 !.27(

1!.7 (8.00 !.222

1!.7 (8.00 !.222

1!.7 (8.00 !.222



REP"RTE

7+4 7+

2.! 2&.26168!! 80.7&88&!8

110 #$ 1(8.282.!

0.20! 118.&&! 88.7( 5 Mi9

&!.080 5 M:r

127.!02 HP

8!.&& 3 UTIL

0.20! 1!&.002 118.!68 5

1(6.10( 5

1&!.&2! HP

2!0.00

78.70.22! 17(.&60 10.(67 5

160.767 5

21!.!88 HP

2!0.00

86.2(

0.20! 166.001 12.787 5 Mi9

1!2.!! 5 M:r

20(.!(& HP

27!.00

7(.8

0.22! 182.661 16.210 5 Mi9

167.8( 5 M:r

22!.077 HP

00.00

7!.0

M"LIN" M"T"R #$;HR-T%S um

% VELOC CRIT C HP HP Wi F8

80.80 0.20! 11&.2 1(6.86 11.000 8000

80.80 0.20! 11&.2 127.70 11.000 8000

80.80 0.20! 11&.2 1(6.86 11.000 6000

80.80 0.20! 11&.2 1(6.86 11.000 !000

80.80 0.20! 11&.2 1(6.86 11.000 (000

80.80 0.20! 11&.2 1(6.86 11.000 (000

80.80 0.20! 11&.2 1(6.86 11.000 (000

81.(06 0.20& 16(.8 20.0! 1(.200 (000



86.!7 0.2 18.2 22!.80 1(.200 (000

86.87& 0.2( 18!.0 227.&& 1(.200 (000

86.!7 0.2 18(.2 226.&6 1(.200 (!00

86.!7 0.2 18(.2 226.&6 1(.200 (000

86.!7 0.2 18(.6 227.!2 1(.200 (000

78.670 0.1&8 1!.1 188.66 1(.200 !000

82.0&0 0.212 167.1 20!.&! 1(.200 (!008!.!11 0.228 17&.( 221.06 1(.200 (000

86.!7 0.2 18.2 22!.80 1(.200 (000

80.80 0.20! 161. 1&8.78 1(.200 (000

8!.!11 0.228 17&.( 221.06 1(.200 (000

&+4 &+

1& 2!.77(!81 7.71&2(&&!

20 #$ 10.0( HP

2.(

0.178 2(&.7&& 186.27! 5 Mi9

% 1&&.!&6 5 M:r

267.6!8 HP

86. 3 UTIL

107.8181818

% VELOCIDAD M"LIN" M"T"R #$;HR-T%S um

C HP HP Wi F8

7.71& 0.178 2!0.2 268.08 17.70 1177

7.71& 0.178 2!0.2 268.08 17.70 1177

7.71& 0.178 2!0.2 268.08 17.70 122!

7.71& 0.178 17. &.&! 17.70 670

7.71& 0.178 &.7 6.&( 17.70 670

77.!&& 0.1& 6(.1 ((8.60 17.70 122!

81.(7& 0.20& &(.! (86.11 17.70 122!

7.71& 0.178 !7.1 ((0.0& 17.70 122!

77.!&& 0.1& 88.( (78.!! 17.70 122!

81.(7& 0.20& (20.8 !18.!7 17.70 122!

8.(1& 0.218 (!.8 !6.&7 17.70 122!



7.71& 0.178 .717 2(8.8!2 5

06.6(! 5(11.211 HP

!00.00

82.2( 3

0.178 &.(67 2!.1(0 5

11.&28 5

(18.2&6 HP

600.00

6&.72 3

0.178 !.&2( 26.&21 5 Mi9

2!.21 5 M:r(6.110 HP

600.00

72.6& 3 UTIL

0.22! ((7.016 .& 5 Mi9

(10.7! 5 M:r

!!0.81& HP

700.00

78.6& 3 UTIL

REM",ID" 0.1&!2 REM",ID"

ALIMENT" 0.80(8 ALIMENT"

TMS-/ !00 TMS-/

20.12 TMS-r (02.( 16.77 TMS-r

&7.6


C HP HP Wi F8

7.71& 0.178 2!0.2 268.08 22.860 !00

7.71& 0.178 2!0.2 268.08 17.6!0 178(

7.71& 0.178 261.( 22.06 1(.200 !80

7.71& 0.178 11. 8.!8 1(.200 610

78.7! 0.1&6 7(.0 (60.88 1(.200 670

80.1! 0.20( 80.! (68.8( 1(.200 670

81.867 0.211 78.8 (66.78 1(.200 670

8.807 0.220 7!.( (62.!2 1(.200 670

8!.!& 0.227 78.1 (6!.8! 1(.200 670

8.807 0.220 8.6 (72.66 1(.200 670



8(.1&! 0.222 6.& ((8.(! 1(.200 670

!.06(

!+4 !+

2!.! (.!826(88 7.76(28&!

7 #$ (&.876 HP

2.(

0.178 (6.!11 (.68 5 Mi9 (6.7!

% 7.16 5 M:r !0.0&6(&.86 HP

&&.&2 3 UTIL


C HP HP Wi F8

7.76 0.178 2!.& 27.7( 1!.000 1(0

78.6 0.1&6 (0.6 (.(7 1!.000 1(0

78.6 0.1&6 (!.( (8.60 1!.000 1(0

78.6 0.1&6 (7.0 !0.1 1!.000 1(0

81.2!! 0.208 (&.& !.(2 1!.000 1(0

87.08 0.2! !6.2 60.21 1!.000 1(0

&0.21& 0.2!1 61.0 6!.(0 1!.000 1(0

78.6 0.1&6 (7.2 !8.20 1!.000 81

81.2!! 0.208 !0.7 62.(7 1!.000 81

8(.1(6 0.221 !(.1 66.66 1!.000 81

87.08 0.2! !7.7 71.12 1!.000 81

78.6 0.1&6 (8.2 !&.( 1!.000 81

86.06 0.21 11.! 1&.&0 1!.000 81

7&.!& 0.201 11.7 162.( 1!.000 81

76.&7 0.18& 18!.0 227.&2 1!.000 81

pie-r pie2-:

1284.2 112.100!86! .&&(76E;006 0.01(811( 10.(!!!27!

1867.3 16.00!2067 (.71!1E;006 0.016&7((6 1!.20!87

1422.5

12(.17&11!8 8.208&1E;00! 0.2&!!206 11.!8208181354.9 118.278627& 0.000260&6& 0.&&(8&1& 11.017(8

2157.5 188.&!(88 0.000(6828 1.68!6!81! 17.!66271!



AREA DIAMETR"

pie2 PIES

2!!&.!0 !7.0& 17.((18128

11&6.6! &.0 11.&208!60&

(1(.2 22.&7 7.01616672

211.17 16.(0 !.00776121

MILL M"T"R #$;HR-T%S

% CRITI !PEED C HP HP Wi F8

78.670 0.1&8 1!.1 188.66

82.0&0 0.212 167.1 20!.&!

8!.!11 0.228 17&.( 221.06

8!.!11 0.228 180.8 222.7

80.80 0.20! 161. 1&8.78

MILL M"T"R #$;HR-T%S um

% CRITI !PEED C HP HP Wi F8

7.71& 0.178 6.0 !&.&8 17.270 !80

77.!&& 0.1& 68.1 &(.8 17.270 !80

7&.!& 0.201 8.1 (72.12 17.270 !80

8.(1& 0.218 (1!.2 !11.60 17.270 !80

MILL M"T"R% CRITI !PEED C HP HP

78.6 0.1&6 (7.2 !8.20

81.2!! 0.208 !0.7 62.(7

8(.1(6 0.221 !(.1 66.66

87.08 0.2! !7.7 71.12

78.6 0.1&6 (8.2 !&.(

86.06 0.21 11.! 1&.&0

7&.!& 0.201 11.7 162.(

76.&7 0.18& 18!.0 227.&2



"M #W$HRTC!

P8 W CF&

!00 0.((7 0.112 0.! .6&0 1.2

!00 0.((7 0.112 0.! .6&0 1.2

!00 0.((7 0.12& 0.18 .(&& 1.2

!00 0.((7 0.1(1 0.06 .6( 1.2

!00 0.((7 0.1!8 0.28& .180 1.2

(00 0.!00 0.1!8 0.(2 .761 1.2

(!0 0.(71 0.1!8 0.1 .((6 1.2

!00 0.((7 0.1!8 0.28& (.10! 1.2



!!0 0.(26 0.1!8 0.268 .810 1.2

66! 0.88 0.1!8 0.20 .261 1.2

!00 0.((7 0.1(& 0.2&8 (.2( 1.2

!(0 0.(0 0.1!8 0.272 .86! 1.2

66! 0.88 0.1!8 0.20 .261 1.2

!00 0.((7 0.1(1 0.06 (.(2 1.2

!00 0.((7 0.1(& 0.2&8 (.2( 1.2!00 0.((7 0.1!8 0.28& (.10! 1.2

(!0 0.(71 0.1!8 0.1 (.((& 1.2

(60 0.(66 0.1!8 0.08 (.76 1.2

(10 0.(&( 0.1!8 0.6 (.768 1.2

"M #W$HRTC!

P8 W CF& CF' Fo Rr

106 11.808 1 0.&8 (60.(( 11.10

106 11.808 1 0.&8 (60.(( 11.10

106 11.&08 1 0.&8 (60.(( 11.!6

106 10.161 1 0.&8 (60.(( 6.2

106 10.161 1 0.&8 (60.(( 6.2

106 11.&08 1 0.&8 (60.(( 11.!6

106 11.&08 1 0.&8 (60.(( 11.!6

106 11.&08 1 0.&8 (60.(( 11.!6

106 11.&08 1 0.&8 (60.(( 11.!6

106 11.&08 1 0.&8 (60.(( 11.!6

106 11.&08 1 0.&8 (60.(( 11.!6



26.7 (1.00(

!77.27

0.1&!2 REM",ID" 0.1&!2 REM",ID"

0.80(8 ALIMENT" 0.80(8 ALIMENT"

700 TMS-/ !0 TMS-/

!6.6 2.(7 281.68 11.7(

16.6( 68.2

"M #W$HRTC!

P8 W CF& CF' Fo Rr

106 11.&80 1 0.&8 016.( (.72

106 12.&6( 1 0.&8 (2.8& 16.8

7( 10.611 1 0.&8 827.26 7.8(

7( 10.7!8 1 0.&8 827.26 8.2(

7( 11.021 1 0.&8 827.26 &.0!

7( 11.021 1 0.&8 827.26 &.0!

7( 11.021 1 0.&8 827.26 &.0!

7( 11.021 1 0.&8 827.26 &.0!

7( 11.021 1 0.&8 827.26 &.0!

7( 11.021 1 0.&8 827.26 &.0!



7( 11.021 1 0.&8 827.26 &.0!

"M #W$HRTC!

P8 W CF& CF' Fo Rr

(( &.&6 1 1.10 72.80 .18

(( &.&6 1 1.10 72.80 .18

(( &.&6 1 1.10 72.80 .18

(( &.&6 1 1.10 72.80 .18

(( &.&6 1 1.10 72.80 .18

(( &.&6 1 1.10 72.80 .18

(( &.&6 1 1.10 72.80 .18

(( !.&(7 1 1.10 72.80 1.8(

! .&7 1 1.10 72.80 1.!

!8 .02& 1 1.10 72.80 1.(0

60 2.6&8 1 1.10 72.80 1.!

62 2.8 1 1.10 72.80 1.1

(( !.&(7 1 1.06 72.80 1.8(

(( !.&(7 1 1.06 72.80 1.8(

(( !.&(7 1 1.06 72.80 1.8(

180.1!6 128&.&

20110.&(8 187!.68

1!20.1(! 1(28.&11(!&2.!! 161.02

22!.&61 2167.20



P8

"M

P8

7(

7(

7(

7(



1&.!8&2&7 1.20&&11

16.00

E<E M"LIN"

#W$HRTC! HP$HRTC!

CF' Fo Rr CF( )W*+CF&+CF'+CF(

1.0 ((8.(6 16.00 1.21 !.!2 7.(1

1.0 ((8.(6 16.00 1.21 !.!2 7.(1

1.0 ((8.(6 12.00 1.1 (.88 6.!(

1.0 ((8.(6 10.00 1.06 (.(1 !.&1

1.0 ((8.(6 8.00 0.&6 .78 !.06

1.0 ((8.(6 10.00 0.&7 (.!0 6.0(

1.0 ((8.(6 8.8& 0.&6 (.11 !.!1

1.0 827.26 8.00 1.0( !.28 7.0&



1.0 827.26 7.27 1.0( (.&2 6.60

1.0 827.26 6.02 1.0! (.2! !.70

1.0 827.26 &.00 1.1( !.&7 8.01

1.0 827.26 7.(1 1.0( (.&& 6.6&

1.0 827.26 6.02 1.0! (.2! !.70

1.0 827.26 10.00 1.22 6.!6 8.7&

1.0 827.26 &.00 1.1( !.&7 8.011.0 827.26 8.00 1.0( !.28 7.0&

1.0 827.26 8.8& 1.0( !.70 7.6!

1.0 827.26 8.70 1.04 !.62 7.!

1.0 827.26 &.76 1.0 6.0& 8.17

E<E M"LIN"

#W$HRTC! HP$HRTC! CAPACIDAD

CF( )W*+CF&+CF'+CF( TC!,r #W$HRTC!

1.00 11.!7 1!.!2 16.12 *&-( 1(.62

1.00 11.!7 1!.!2 16.12 *&-( 1(.62

1.00 11.67 1!.6! 1!.&8 *&-.* 1(.!0

1.00 &.&6 1.6 2.7! *-/0 21.!!

1.00 &.&6 1.6 2!.( *-/0 2.07

1.00 11.67 1!.6! 2.26 *(-'8 21.10

1.00 11.67 1!.6! 2!.20 *(-'8 22.86

1.00 11.67 1!.6! 22.82 *(-'8 20.70

1.00 11.67 1!.6! 2(.81 *(-'8 22.!1

1.00 11.67 1!.6! 26.88 *(-'8 2(.&

1.00 11.67 1!.6! 27.8( *(-'8 2!.2!



E<E M"LIN"

#W$HRTC! HP$HRTC! CAPACIDAD

CF( )W*+CF&+CF'+CF( TC!,r #W$HRTC!

1.00 11.7( 1!.7! 16.08 *&-(' 1(.!&

1.00 12.71 17.0( 1(.86 *'-(. 1.(8

1.00 10.(0 1.&! 18.&6 *&-// 17.20

1.00 10.!! 1(.1( 22.28 *&-8( 20.21

1.00 10.80 1(.(& 26.1 *'-*. 2.70

1.00 10.80 1(.(& 26.!8 *'-*. 2(.11

1.00 10.80 1(.(& 26.(6 *'-*. 2(.01

1.00 10.80 1(.(& 26.22 *'-*. 2.7&

1.00 10.80 1(.(& 26.(1 *'-*. 2.&6

1.00 10.80 1(.(& 26.80 *'-*. 2(.1



1.00 10.80 1(.(& 2!.(2 *'-*. 2.06

E<E M"LIN"

#W$HRTC! HP$HRTC!

CF. CF0 W)W*+CF&+CF'+CF(+CF/

1.08 1.00 1.00 1.00 11.81 1!.8

1.08 1.00 1.00 1.00 11.81 1!.8

1.08 1.00 1.00 1.00 11.81 1!.8

1.08 1.00 1.00 1.00 11.81 1!.8

1.08 1.00 1.00 1.00 11.81 1!.8

1.08 1.00 1.00 1.00 11.81 1!.8

1.08 1.00 1.00 1.00 11.81 1!.8

1.08 12.(2 &.82 1.26 7.07 &.(8

1.0( 6.17 .!7 1.7 (.! 6.07

1.0 .! 0.& .7& .(( (.61

1.02 2.60 0.00 =DI,-0> .0( (.08

1.02 1.7 ;0.87 ;1.&& 2.68 .!&

1.08 1.00 1.00 1.00 6.7& &.10

1.08 1.00 1.00 1.00 6.7& &.10

1.08 1.00 1.00 1.00 6.7& &.10



22.&6(!8

CAPACIDAD

TC!,r #W$HRTC! TM!Hr

16.0& /-8* 1(.60 !0.8

16.0& .-1& 1(.60 !0.8 12.0

18.22 /-* 16.! &6.7!

20.1! .-(' 18.28 (8.70 &6.06(&!2

2.! (-/. 21.! !12.7

1&.7 .-.. 17.&0 (2&.68

21.6 .-/ 1&.62 (70.8(

2.2! /-.* 21.0& !06.2



27.7! /-0 2!.18 60(.26

2.(( .-&( 2&.( 706.(0

22.&& 0-'/ 20.86 !00.!7

27.!1 /-*. 2(.&6 !&&.0!

2.8 .-&( 2&.7 70(.&2

17.(1 8-8 1!.80 7&.11

20.86 0-'/ 18.& (!(.22!.1 /-.* 22.&6 !!1.12

2.&! 0-' 21.7 !21.!2

21.(2 /-1& 1&.( (66.(

21.&! 0-.* 1&.&1 (77.&0

!0.&( 1! !00 7!00

!0.&( 2.!71(28!7 2600 668!.71(2&

(7.&& 17.!71(286 807.1707 1(18!.71(

!17.18

!!.6&

!06.6

!(8.71

(&6.7!

!(0.17

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12.1

el roble evaluacion circuitos de molienda - revision 2 (autoguardado) (1)

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