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Informe equipos
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CONTENIDO
1.1. Scoops___________________________________________________________________________________ 3
1.1.1 Scoop 2.2 yd3 _______________________________________________________________________ 3
1.1.2 Scoop 2.5 yd3 _______________________________________________________________________ 5
1.1.3 Scoop 3.5 yd3 _______________________________________________________________________ 7
1.1.4 Scoop 4.0 yd3 _______________________________________________________________________ 9
1.1.5 Scoops [ resumen ] __________________________________________________________________ 11
1.2. Volquetes SECAM ________________________________________________________________________ 13
1.2.1. Capacidad – Tolva SECAM____________________________________________________________ 13
1.2.2. Comparación de Tiempos por ciclos [min] ________________________________________________ 14
1.2.3. Comparación de Velocidades [km/hora] __________________________________________________ 14
1.2.4. Producción promedio en Volquetes [TM/hora] _____________________________________________ 15
1.2.5. Producción promedio en Volquetes [TM/hora] – Cuadro de cálculos ____________________________ 15
1.2.6. Comparación #Volquetes - Producción [TM/hora] – Proyección________________________________ 16
1.2.7. Proyección Producción Mina: Tiempo [min] vs. Distancia [m] vs. Producción [TM/h]________________ 17
1.3. Comentario ______________________________________________________________________________ 18
Huber Huaman hhuaman@engineer.com Pág. 3 de 18
“ Informe equipos ”
1.1. Scoops
1.1.1 Scoop 2.2 yd3
1 yd
3
=0.75m
3
Scoop yd3
m3
P.e. TM/cuch. TM x 7cuch.
ST 2.2 2.2 1.66 2.05 3.40 23.79
Cuch. TM
1 3.40
2 6.80
3 10.20
4 13.59
5 16.99
6 20.39
7 23.79
8 27.19
9 30.59
10 33.99
11 37.38
12 40.78
TM x cuch. ST 2.2
0
5
10
15
20
25
30
35
40
45
0 2 4 6 8 10 12 14
Cuch.
TM
Huber Huaman hhuaman@engineer.com Pág. 4 de 18
ST 2.2
Promedio [TM/h] 31.00
Promedio [Dist. m] 130.00
Promedio [Ciclo min] 5.10
Distancia
[m]
Tiempo
[min]
ST 2.2
[TM/h]
50 1.96 948.24
100 3.92 474.12
150 5.88 316.08
200 7.85 237.06
250 9.81 189.65
300 11.77 158.04
350 13.73 135.46
400 15.69 118.53
450 17.65 105.36
500 19.62 94.82
550 21.58 86.20
600 23.54 79.02
650 25.50 72.94
700 27.46 67.73
750 29.42 63.22
800 31.38 59.26
850 33.35 55.78
900 35.31 52.68
950 37.27 49.91
1000 39.23 47.41
Curva productividad - ST 2.2
Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h]
0
100
200
300
400
500
600
700
800
900
1000
[m]
[TM/h]
0
5
10
15
20
25
30
35
40
45
[min]
ST 2.2 [TM /h] Tiempo [min]
Huber Huaman hhuaman@engineer.com Pág. 5 de 18
1.1.2 Scoop 2.5 yd3
1 yd3
=0.75m3
Scoop yd3
m3 P.e. TM/cuch. TM x 6cuch.
ST 2.5 2.5 1.88 2.05 3.86 23.17
Cuch. TM
1 3.86
2 7.72
3 11.59
4 15.45
5 19.31
6 23.17
7 27.03
8 30.90
9 34.76
10 38.62
11 42.48
12 46.34
TM x cuch. ST 2.5
0
5
10
15
20
25
30
35
40
45
50
0 2 4 6 8 10 12 14
Cuch.
TM
Huber Huaman hhuaman@engineer.com Pág. 6 de 18
ST 2.5
Promedio [TM/h] 44.00
Promedio [Dist. m] 130.00
Promedio [Ciclo min] 2.80
Distancia
[m]
Tiempo
[min]
ST 2.5
[TM/h]
50 1.08 2451.43
100 2.15 1225.71
150 3.23 817.14
200 4.31 612.86
250 5.38 490.29
300 6.46 408.57
350 7.54 350.20
400 8.62 306.43
450 9.69 272.38
500 10.77 245.14
550 11.85 222.86
600 12.92 204.29
650 14.00 188.57
700 15.08 175.10
750 16.15 163.43
800 17.23 153.21
850 18.31 144.20
900 19.38 136.19
950 20.46 129.02
1000 21.54 122.57
Curva productividad - ST 2.5
Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h]
0
500
1000
1500
2000
2500
3000
[m]
[TM/h]
0
5
10
15
20
25
[min]
ST 2.5 [TM /h] Tiempo [min]
Huber Huaman hhuaman@engineer.com Pág. 7 de 18
1.1.3 Scoop 3.5 yd3
1 yd3
=0.75m3
Scoop yd3
m3 P.e. TM/cuch. TM x 4cuch.
ST 3.5 3.5 2.64 2.05 5.41 21.63
Cuch. TM
1 5.41
2 10.81
3 16.22
4 21.63
5 27.03
6 32.44
7 37.85
8 43.25
9 48.66
10 54.07
11 59.48
12 64.88
TM x cuch. ST 3.5
0
10
20
30
40
50
60
70
0 2 4 6 8 10 12 14
Cuch.
TM
Huber Huaman hhuaman@engineer.com Pág. 8 de 18
ST 3.5
Promedio [TM/h] 55.00
Promedio [Dist. m] 176.00
Promedio [Ciclo min] 5.50
Distancia
[m]
Tiempo
[min]
ST 3.5
[TM/h]
50 1.56 2112.00
100 3.13 1056.00
150 4.69 704.00
200 6.25 528.00
250 7.81 422.40
300 9.38 352.00
350 10.94 301.71
400 12.50 264.00
450 14.06 234.67
500 15.63 211.20
550 17.19 192.00
600 18.75 176.00
650 20.31 162.46
700 21.88 150.86
750 23.44 140.80
800 25.00 132.00
850 26.56 124.24
900 28.13 117.33
950 29.69 111.16
1000 31.25 105.60
Curva productividad - ST 3.5
Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h]
0
500
1000
1500
2000
2500
[m]
[TM/h]
0
5
10
15
20
25
30
35
[min]
ST 3.5 [TM /h] Tiempo [min]
Huber Huaman hhuaman@engineer.com Pág. 9 de 18
1.1.4 Scoop 4.0 yd3
1 yd3
=0.75m3
Scoop yd3
m3
P.e. TM/cuch. TM x 4cuch.
ST 4.0 4 3.01 2.05 6.18 24.72
Cuch. TM
1 6.18
2 12.36
3 18.54
4 24.72
5 30.90
6 37.08
7 43.25
8 49.43
9 55.61
10 61.79
11 67.97
12 74.15
TM x cuch. ST 4.0
0
10
20
30
40
50
60
70
80
0 2 4 6 8 10 12 14
Cuch.
TM
Huber Huaman hhuaman@engineer.com Pág. 10 de 18
ST 4.0
Promedio [TM/h] 122.00
Promedio [Dist. m] 88.00
Promedio [Ciclo min] 2.40
Distancia
[m]
Tiempo
[min]
ST 4.0
[TM/h]
50 1.36 5368.00
100 2.73 2684.00
150 4.09 1789.33
200 5.45 1342.00
250 6.82 1073.60
300 8.18 894.67
350 9.55 766.86
400 10.91 671.00
450 12.27 596.44
500 13.64 536.80
550 15.00 488.00
600 16.36 447.33
650 17.73 412.92
700 19.09 383.43
750 20.45 357.87
800 21.82 335.50
850 23.18 315.76
900 24.55 298.22
950 25.91 282.53
1000 27.27 268.40
Curva productividad - ST 4.0
Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h]
0
1000
2000
3000
4000
5000
6000
[m]
[TM/h]
0
5
10
15
20
25
30
[min]
ST 4.0 [TM /h] Tiempo [min]
Huber Huaman hhuaman@engineer.com Pág. 11 de 18
1.1.5 Scoops [ resumen ]
Cuch. ST 2.2 (TM/cuch) ST 2.5 (TM/cuch) ST 3.5 (TM/cuch) ST 4.0 (TM/cuch)
1 3.40 3.86 5.41 6.18
2 6.80 7.72 10.81 12.36
3 10.20 11.59 16.22 18.54
4 13.59 15.45 21.63 24.72
5 16.99 19.31 27.03 30.90
6 20.39 23.17 32.44 37.08
7 23.79 27.03 37.85 43.25
8 27.19 30.90 43.25 49.43
9 30.59 34.76 48.66 55.61
10 33.99 38.62 54.07 61.79
11 37.38 42.48 59.48 67.97
12 40.78 46.34 64.88 74.15
TM / Cuch. 3.40 3.86 5.41 6.18
Comparación Scoops TM / Cuchara
0
10
20
30
40
50
60
70
80
0 2 4 6 8 10 12 14
Cuch.
TM
ST 2.2 (TM/cuch) ST 2.5 (TM/cuch) ST 3.5 (TM/cuch) ST 4.0 (TM/cuch)
Huber Huaman hhuaman@engineer.com Pág. 12 de 18
Distancia
[m]
ST 2.2
[TM/h]
ST 2.5
[TM/h]
ST 3.5
[TM/h]
ST 4.0
[TM/h]
50 948 2451 2112 5368
100 474 1226 1056 2684
150 316 817 704 1789
200 237 613 528 1342
250 190 490 422 1074
300 158 409 352 895
350 135 350 302 767
400 119 306 264 671
450 105 272 235 596
500 95 245 211 537
550 86 223 192 488
600 79 204 176 447
650 73 189 162 413
700 68 175 151 383
750 63 163 141 358
800 59 153 132 336
850 56 144 124 316
900 53 136 117 298
950 50 129 111 283
1000 47 123 106 268
Curvas productividad - Scoops MS
Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h]
0
1000
2000
3000
4000
5000
6000
50
100
150
200
250
300
350
400
450
500
550
600
650
700
750
800
850
900
950
1000
[m]
[TM/h]
ST 2.2 [TM /h] ST 2.5 [TM /h] ST 3.5 [TM /h] ST 4.0 [TM /h]
Huber Huaman hhuaman@engineer.com Pág. 13 de 18
1.2. Volquetes SECAM
1.2.1. Capacidad – Tolva SECAM
Huber Huaman hhuaman@engineer.com Pág. 14 de 18
1.2.2. Comparación de Tiempos por ciclos [min]
A continuación, diferencias en ingreso y salida de volquetes por resaltar. Derivará en
velocidades también.
Comparación Tiempos Ciclos [ min ]
12.70 13.10 13.00 12.95 13.05 12.90 13.28
41.00
2.00 2.00 2.00 2.00 2.00 2.00 2.00
14.9214.8514.8014.7514.6514.6014.52
40.5540.6540.5040.4540.5040.02
10.810.810.8 10.8 10.8 10.8 10.8
0
5
10
15
20
25
30
35
40
45
50
0 1 2 3 4 5 6 7 8
Obs
[min]
Total salida [min] Total ingreso [min] Total [min] descarga [min] carguío [min]
1.2.3. Comparación de Velocidades [km/hora]
Comparación Velocidades [ km/hora ]
8.98 9.05 9.08 9.01
9.12
8.86
8.10 8.05 7.97 7.95 7.92 7.88
9.26
8.03
7.5
8.0
8.5
9.0
9.5
10.0
0 1 2 3 4 5 6 7 8
Obs
[km/hora]
vel. ingreso [km/h] vel. salida [km/h]
prom. vel. salida prom. vel. ingreso
Velocidades de ingreso a Rp. -007 se muestran mayores frente a las de salida.
Huber Huaman hhuaman@engineer.com Pág. 15 de 18
1.2.4. Producción promedio en Volquetes [TM/hora]
Producción Promedio en Volquetes [ TM/hora ]
15
35
55
75
95
115
135
0 1 2 3 4 5 6 7 8
Obs
[TM/hora]
1 volq. [TM/h]
2 volq. [TM/h]
3 volq. [TM/h]
prom. 1 volq.
prom. 2 volq.
prom. 3 volq.
1.2.5. Producción promedio en Volquetes [TM/hora] – Cuadro de cálculos
Datos Productividad [TM/hora]
Test
[Nro]
Total
salida
[min]
descarga
[min]
Total
ingreso
[min]
carguío
[min]
Total
[min]
Distancia
[m]
vel.
salida
[km/h]
vel.
ingreso
[km/h]
1 volq.
[TM/h]
2 volq.
[TM/h]
3 volq.
[TM/h]
4 volq.
[TM/h]
5 volq.
[TM/h]
6 volq.
[TM/h]
1 14.52 2.00 12.70 10.8 40.02 1960 8.10 9.26 36.55 73.10 109.64 146.19 182.74 219.29
2 14.60 2.00 13.10 10.8 40.50 1960 8.05 8.98 36.11 72.23 108.34 144.46 180.57 216.69
3 14.65 2.00 13.00 10.8 40.45 1960 8.03 9.05 36.16 72.32 108.48 144.64 180.80 216.96
4 14.75 2.00 12.95 10.8 40.50 1960 7.97 9.08 36.11 72.23 108.34 144.46 180.57 216.69
5 14.80 2.00 13.05 10.8 40.65 1960 7.95 9.01 35.98 71.96 107.94 143.93 179.91 215.89
6 14.85 2.00 12.90 10.8 40.55 1960 7.92 9.12 36.07 72.14 108.21 144.28 180.35 216.42
7 14.92 2.00 13.28 10.8 41.00 1960 7.88 8.86 35.67 71.35 107.02 142.70 178.37 214.05
Promedio 40.52 1960 7.99 9.05 36.09 72.19 108.28 144.38 180.47 216.57
Tiempos en minutos
* [ 2.7 min/cuch. x 4 cuch. = 10.80 min ] que resulta en tiempo de carguío en las mejores condiciones (Ca. )
** salida = al subir; *** ingreso = al bajar
** ***
*
Huber Huaman hhuaman@engineer.com Pág. 16 de 18
1.2.6. Comparación #Volquetes - Producción [TM/hora] – Proyección
Hora 1 Volq.
[TM/h]
2 Volq.
[TM/h]
3 Volq.
[TM/h]
4 Volq.
[TM/h]
5 Volq.
[TM/h]
6 Volq.
[TM/h]
1 36 72 108 144 180 217
2 72 144 217 289 361 433
3 108 217 325 433 541 650
4 144 289 433 578 722 866
5 180 361 541 722 902 1083
6 217 433 650 866 1083 1299
7 253 505 758 1011 1263 1516
8 289 578 866 1155 1444 1733
9 325 650 975 1299 1624 1949
10 361 722 1083 1444 1805 2166
11 397 794 1191 1588 1985 2382
12 433 866 1299 1733 2166 2599
13 469 938 1408 1877 2346 2815
14 505 1011 1516 2021 2527 3032
15 541 1083 1624 2166 2707 3249
16 578 1155 1733 2310 2888 3465
17 614 1227 1841 2454 3068 3682
18 650 1299 1949 2599 3249 3898
19 686 1372 2057 2743 3429 4115
20 722 1444 2166 2888 3609 4331
21 758 1516 2274 3032 3790 4548
22 794 1588 2382 3176 3970 4765
23 830 1660 2491 3321 4151 4981
24 866 1733 2599 3465 4331 5198
Comparación Volquetes - Producción [ TM/hora ]
0
1000
2000
3000
4000
5000
6000
0 2 4 6 8 10 12 14 16 18 20 22 24 26
horas
[TM/hora]
1Volq. [TM /h] 2 Volq. [TM /h] 3 Volq. [TM /h] 4 Volq. [TM /h] 5 Volq. [TM /h] 6 Volq. [TM /h]
Huber Huaman hhuaman@engineer.com Pág. 17 de 18
1.2.7. Proyección Producción Mina: Tiempo [min] vs. Distancia [m] vs.
Producción [TM/h]
1 volq 2 volq 3 volq 4 volq 5 volq 6 volq
Promedios [TM/h] 36.09 72.19 108.28 144.38 180.47 216.57
Distancia
[m]
Tiempo
[min]
1 volq.
[TM/h]
2 volq.
[TM/h]
3 volq.
[TM/h]
4 volq.
[TM/h]
5 volq.
[TM/h]
6 volq.
[TM/h]
200 4.13 523.79 1047.57 1571.36 2095.14 2618.93 3142.71
400 8.27 261.89 523.79 785.68 1047.57 1309.46 1571.36
600 12.40 174.60 349.19 523.79 698.38 872.98 1047.57
800 16.54 130.95 261.89 392.84 523.79 654.73 785.68
1000 20.67 104.76 209.51 314.27 419.03 523.79 628.54
1200 24.81 87.30 174.60 261.89 349.19 436.49 523.79
1400 28.94 74.83 149.65 224.48 299.31 374.13 448.96
1600 33.08 65.47 130.95 196.42 261.89 327.37 392.84
1800 37.21 58.20 116.40 174.60 232.79 290.99 349.19
2000 41.35 52.38 104.76 157.14 209.51 261.89 314.27
2200 45.48 47.62 95.23 142.85 190.47 238.08 285.70
2400 49.62 43.65 87.30 130.95 174.60 218.24 261.89
2600 53.75 40.29 80.58 120.87 161.16 201.46 241.75
2800 57.89 37.41 74.83 112.24 149.65 187.07 224.48
3000 62.02 34.92 69.84 104.76 139.68 174.60 209.51
3200 66.16 32.74 65.47 98.21 130.95 163.68 196.42
3400 70.29 30.81 61.62 92.43 123.24 154.05 184.87
3600 74.42 29.10 58.20 87.30 116.40 145.50 174.60
3800 78.56 27.57 55.14 82.70 110.27 137.84 165.41
4000 82.69 26.19 52.38 78.57 104.76 130.95 157.14
Volquetes - Proyección
Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h]
0
500
1000
1500
2000
2500
3000
3500
200
400
600
800
1000
1200
1400
1600
1800
2000
2200
2400
2600
2800
3000
3200
3400
3600
3800
4000
[m]
[TM/h]
0
10
20
30
40
50
60
70
80
90
[min]
1 volq. [TM/h] 2 volq. [TM/h] 3 volq. [TM/h] 4 volq. [TM/h] 5 volq. [TM/h] 6 volq. [TM/h] Tiempo [min]
Huber Huaman hhuaman@engineer.com Pág. 18 de 18
1.3. Comentario
Los análisis e interpretaciones son deducibles; ya que los cuadros grafican conductas de
producción teniendo en cuenta parámetros de tiempo, distancia, producción y términos de
ritmos de extracción que se han realizado con el afán de cubrir variantes sobre equipos de
producción en número.
Huber Huaman
hhuaman@engineer.com

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informe-evaluacion-de-rendimientos-sobre-equipos-en-produccion

  • 2. Huber Huaman hhuaman@engineer.com Pág. 2 de 18 CONTENIDO 1.1. Scoops___________________________________________________________________________________ 3 1.1.1 Scoop 2.2 yd3 _______________________________________________________________________ 3 1.1.2 Scoop 2.5 yd3 _______________________________________________________________________ 5 1.1.3 Scoop 3.5 yd3 _______________________________________________________________________ 7 1.1.4 Scoop 4.0 yd3 _______________________________________________________________________ 9 1.1.5 Scoops [ resumen ] __________________________________________________________________ 11 1.2. Volquetes SECAM ________________________________________________________________________ 13 1.2.1. Capacidad – Tolva SECAM____________________________________________________________ 13 1.2.2. Comparación de Tiempos por ciclos [min] ________________________________________________ 14 1.2.3. Comparación de Velocidades [km/hora] __________________________________________________ 14 1.2.4. Producción promedio en Volquetes [TM/hora] _____________________________________________ 15 1.2.5. Producción promedio en Volquetes [TM/hora] – Cuadro de cálculos ____________________________ 15 1.2.6. Comparación #Volquetes - Producción [TM/hora] – Proyección________________________________ 16 1.2.7. Proyección Producción Mina: Tiempo [min] vs. Distancia [m] vs. Producción [TM/h]________________ 17 1.3. Comentario ______________________________________________________________________________ 18
  • 3. Huber Huaman hhuaman@engineer.com Pág. 3 de 18 “ Informe equipos ” 1.1. Scoops 1.1.1 Scoop 2.2 yd3 1 yd 3 =0.75m 3 Scoop yd3 m3 P.e. TM/cuch. TM x 7cuch. ST 2.2 2.2 1.66 2.05 3.40 23.79 Cuch. TM 1 3.40 2 6.80 3 10.20 4 13.59 5 16.99 6 20.39 7 23.79 8 27.19 9 30.59 10 33.99 11 37.38 12 40.78 TM x cuch. ST 2.2 0 5 10 15 20 25 30 35 40 45 0 2 4 6 8 10 12 14 Cuch. TM
  • 4. Huber Huaman hhuaman@engineer.com Pág. 4 de 18 ST 2.2 Promedio [TM/h] 31.00 Promedio [Dist. m] 130.00 Promedio [Ciclo min] 5.10 Distancia [m] Tiempo [min] ST 2.2 [TM/h] 50 1.96 948.24 100 3.92 474.12 150 5.88 316.08 200 7.85 237.06 250 9.81 189.65 300 11.77 158.04 350 13.73 135.46 400 15.69 118.53 450 17.65 105.36 500 19.62 94.82 550 21.58 86.20 600 23.54 79.02 650 25.50 72.94 700 27.46 67.73 750 29.42 63.22 800 31.38 59.26 850 33.35 55.78 900 35.31 52.68 950 37.27 49.91 1000 39.23 47.41 Curva productividad - ST 2.2 Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h] 0 100 200 300 400 500 600 700 800 900 1000 [m] [TM/h] 0 5 10 15 20 25 30 35 40 45 [min] ST 2.2 [TM /h] Tiempo [min]
  • 5. Huber Huaman hhuaman@engineer.com Pág. 5 de 18 1.1.2 Scoop 2.5 yd3 1 yd3 =0.75m3 Scoop yd3 m3 P.e. TM/cuch. TM x 6cuch. ST 2.5 2.5 1.88 2.05 3.86 23.17 Cuch. TM 1 3.86 2 7.72 3 11.59 4 15.45 5 19.31 6 23.17 7 27.03 8 30.90 9 34.76 10 38.62 11 42.48 12 46.34 TM x cuch. ST 2.5 0 5 10 15 20 25 30 35 40 45 50 0 2 4 6 8 10 12 14 Cuch. TM
  • 6. Huber Huaman hhuaman@engineer.com Pág. 6 de 18 ST 2.5 Promedio [TM/h] 44.00 Promedio [Dist. m] 130.00 Promedio [Ciclo min] 2.80 Distancia [m] Tiempo [min] ST 2.5 [TM/h] 50 1.08 2451.43 100 2.15 1225.71 150 3.23 817.14 200 4.31 612.86 250 5.38 490.29 300 6.46 408.57 350 7.54 350.20 400 8.62 306.43 450 9.69 272.38 500 10.77 245.14 550 11.85 222.86 600 12.92 204.29 650 14.00 188.57 700 15.08 175.10 750 16.15 163.43 800 17.23 153.21 850 18.31 144.20 900 19.38 136.19 950 20.46 129.02 1000 21.54 122.57 Curva productividad - ST 2.5 Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h] 0 500 1000 1500 2000 2500 3000 [m] [TM/h] 0 5 10 15 20 25 [min] ST 2.5 [TM /h] Tiempo [min]
  • 7. Huber Huaman hhuaman@engineer.com Pág. 7 de 18 1.1.3 Scoop 3.5 yd3 1 yd3 =0.75m3 Scoop yd3 m3 P.e. TM/cuch. TM x 4cuch. ST 3.5 3.5 2.64 2.05 5.41 21.63 Cuch. TM 1 5.41 2 10.81 3 16.22 4 21.63 5 27.03 6 32.44 7 37.85 8 43.25 9 48.66 10 54.07 11 59.48 12 64.88 TM x cuch. ST 3.5 0 10 20 30 40 50 60 70 0 2 4 6 8 10 12 14 Cuch. TM
  • 8. Huber Huaman hhuaman@engineer.com Pág. 8 de 18 ST 3.5 Promedio [TM/h] 55.00 Promedio [Dist. m] 176.00 Promedio [Ciclo min] 5.50 Distancia [m] Tiempo [min] ST 3.5 [TM/h] 50 1.56 2112.00 100 3.13 1056.00 150 4.69 704.00 200 6.25 528.00 250 7.81 422.40 300 9.38 352.00 350 10.94 301.71 400 12.50 264.00 450 14.06 234.67 500 15.63 211.20 550 17.19 192.00 600 18.75 176.00 650 20.31 162.46 700 21.88 150.86 750 23.44 140.80 800 25.00 132.00 850 26.56 124.24 900 28.13 117.33 950 29.69 111.16 1000 31.25 105.60 Curva productividad - ST 3.5 Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h] 0 500 1000 1500 2000 2500 [m] [TM/h] 0 5 10 15 20 25 30 35 [min] ST 3.5 [TM /h] Tiempo [min]
  • 9. Huber Huaman hhuaman@engineer.com Pág. 9 de 18 1.1.4 Scoop 4.0 yd3 1 yd3 =0.75m3 Scoop yd3 m3 P.e. TM/cuch. TM x 4cuch. ST 4.0 4 3.01 2.05 6.18 24.72 Cuch. TM 1 6.18 2 12.36 3 18.54 4 24.72 5 30.90 6 37.08 7 43.25 8 49.43 9 55.61 10 61.79 11 67.97 12 74.15 TM x cuch. ST 4.0 0 10 20 30 40 50 60 70 80 0 2 4 6 8 10 12 14 Cuch. TM
  • 10. Huber Huaman hhuaman@engineer.com Pág. 10 de 18 ST 4.0 Promedio [TM/h] 122.00 Promedio [Dist. m] 88.00 Promedio [Ciclo min] 2.40 Distancia [m] Tiempo [min] ST 4.0 [TM/h] 50 1.36 5368.00 100 2.73 2684.00 150 4.09 1789.33 200 5.45 1342.00 250 6.82 1073.60 300 8.18 894.67 350 9.55 766.86 400 10.91 671.00 450 12.27 596.44 500 13.64 536.80 550 15.00 488.00 600 16.36 447.33 650 17.73 412.92 700 19.09 383.43 750 20.45 357.87 800 21.82 335.50 850 23.18 315.76 900 24.55 298.22 950 25.91 282.53 1000 27.27 268.40 Curva productividad - ST 4.0 Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h] 0 1000 2000 3000 4000 5000 6000 [m] [TM/h] 0 5 10 15 20 25 30 [min] ST 4.0 [TM /h] Tiempo [min]
  • 11. Huber Huaman hhuaman@engineer.com Pág. 11 de 18 1.1.5 Scoops [ resumen ] Cuch. ST 2.2 (TM/cuch) ST 2.5 (TM/cuch) ST 3.5 (TM/cuch) ST 4.0 (TM/cuch) 1 3.40 3.86 5.41 6.18 2 6.80 7.72 10.81 12.36 3 10.20 11.59 16.22 18.54 4 13.59 15.45 21.63 24.72 5 16.99 19.31 27.03 30.90 6 20.39 23.17 32.44 37.08 7 23.79 27.03 37.85 43.25 8 27.19 30.90 43.25 49.43 9 30.59 34.76 48.66 55.61 10 33.99 38.62 54.07 61.79 11 37.38 42.48 59.48 67.97 12 40.78 46.34 64.88 74.15 TM / Cuch. 3.40 3.86 5.41 6.18 Comparación Scoops TM / Cuchara 0 10 20 30 40 50 60 70 80 0 2 4 6 8 10 12 14 Cuch. TM ST 2.2 (TM/cuch) ST 2.5 (TM/cuch) ST 3.5 (TM/cuch) ST 4.0 (TM/cuch)
  • 12. Huber Huaman hhuaman@engineer.com Pág. 12 de 18 Distancia [m] ST 2.2 [TM/h] ST 2.5 [TM/h] ST 3.5 [TM/h] ST 4.0 [TM/h] 50 948 2451 2112 5368 100 474 1226 1056 2684 150 316 817 704 1789 200 237 613 528 1342 250 190 490 422 1074 300 158 409 352 895 350 135 350 302 767 400 119 306 264 671 450 105 272 235 596 500 95 245 211 537 550 86 223 192 488 600 79 204 176 447 650 73 189 162 413 700 68 175 151 383 750 63 163 141 358 800 59 153 132 336 850 56 144 124 316 900 53 136 117 298 950 50 129 111 283 1000 47 123 106 268 Curvas productividad - Scoops MS Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h] 0 1000 2000 3000 4000 5000 6000 50 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 [m] [TM/h] ST 2.2 [TM /h] ST 2.5 [TM /h] ST 3.5 [TM /h] ST 4.0 [TM /h]
  • 13. Huber Huaman hhuaman@engineer.com Pág. 13 de 18 1.2. Volquetes SECAM 1.2.1. Capacidad – Tolva SECAM
  • 14. Huber Huaman hhuaman@engineer.com Pág. 14 de 18 1.2.2. Comparación de Tiempos por ciclos [min] A continuación, diferencias en ingreso y salida de volquetes por resaltar. Derivará en velocidades también. Comparación Tiempos Ciclos [ min ] 12.70 13.10 13.00 12.95 13.05 12.90 13.28 41.00 2.00 2.00 2.00 2.00 2.00 2.00 2.00 14.9214.8514.8014.7514.6514.6014.52 40.5540.6540.5040.4540.5040.02 10.810.810.8 10.8 10.8 10.8 10.8 0 5 10 15 20 25 30 35 40 45 50 0 1 2 3 4 5 6 7 8 Obs [min] Total salida [min] Total ingreso [min] Total [min] descarga [min] carguío [min] 1.2.3. Comparación de Velocidades [km/hora] Comparación Velocidades [ km/hora ] 8.98 9.05 9.08 9.01 9.12 8.86 8.10 8.05 7.97 7.95 7.92 7.88 9.26 8.03 7.5 8.0 8.5 9.0 9.5 10.0 0 1 2 3 4 5 6 7 8 Obs [km/hora] vel. ingreso [km/h] vel. salida [km/h] prom. vel. salida prom. vel. ingreso Velocidades de ingreso a Rp. -007 se muestran mayores frente a las de salida.
  • 15. Huber Huaman hhuaman@engineer.com Pág. 15 de 18 1.2.4. Producción promedio en Volquetes [TM/hora] Producción Promedio en Volquetes [ TM/hora ] 15 35 55 75 95 115 135 0 1 2 3 4 5 6 7 8 Obs [TM/hora] 1 volq. [TM/h] 2 volq. [TM/h] 3 volq. [TM/h] prom. 1 volq. prom. 2 volq. prom. 3 volq. 1.2.5. Producción promedio en Volquetes [TM/hora] – Cuadro de cálculos Datos Productividad [TM/hora] Test [Nro] Total salida [min] descarga [min] Total ingreso [min] carguío [min] Total [min] Distancia [m] vel. salida [km/h] vel. ingreso [km/h] 1 volq. [TM/h] 2 volq. [TM/h] 3 volq. [TM/h] 4 volq. [TM/h] 5 volq. [TM/h] 6 volq. [TM/h] 1 14.52 2.00 12.70 10.8 40.02 1960 8.10 9.26 36.55 73.10 109.64 146.19 182.74 219.29 2 14.60 2.00 13.10 10.8 40.50 1960 8.05 8.98 36.11 72.23 108.34 144.46 180.57 216.69 3 14.65 2.00 13.00 10.8 40.45 1960 8.03 9.05 36.16 72.32 108.48 144.64 180.80 216.96 4 14.75 2.00 12.95 10.8 40.50 1960 7.97 9.08 36.11 72.23 108.34 144.46 180.57 216.69 5 14.80 2.00 13.05 10.8 40.65 1960 7.95 9.01 35.98 71.96 107.94 143.93 179.91 215.89 6 14.85 2.00 12.90 10.8 40.55 1960 7.92 9.12 36.07 72.14 108.21 144.28 180.35 216.42 7 14.92 2.00 13.28 10.8 41.00 1960 7.88 8.86 35.67 71.35 107.02 142.70 178.37 214.05 Promedio 40.52 1960 7.99 9.05 36.09 72.19 108.28 144.38 180.47 216.57 Tiempos en minutos * [ 2.7 min/cuch. x 4 cuch. = 10.80 min ] que resulta en tiempo de carguío en las mejores condiciones (Ca. ) ** salida = al subir; *** ingreso = al bajar ** *** *
  • 16. Huber Huaman hhuaman@engineer.com Pág. 16 de 18 1.2.6. Comparación #Volquetes - Producción [TM/hora] – Proyección Hora 1 Volq. [TM/h] 2 Volq. [TM/h] 3 Volq. [TM/h] 4 Volq. [TM/h] 5 Volq. [TM/h] 6 Volq. [TM/h] 1 36 72 108 144 180 217 2 72 144 217 289 361 433 3 108 217 325 433 541 650 4 144 289 433 578 722 866 5 180 361 541 722 902 1083 6 217 433 650 866 1083 1299 7 253 505 758 1011 1263 1516 8 289 578 866 1155 1444 1733 9 325 650 975 1299 1624 1949 10 361 722 1083 1444 1805 2166 11 397 794 1191 1588 1985 2382 12 433 866 1299 1733 2166 2599 13 469 938 1408 1877 2346 2815 14 505 1011 1516 2021 2527 3032 15 541 1083 1624 2166 2707 3249 16 578 1155 1733 2310 2888 3465 17 614 1227 1841 2454 3068 3682 18 650 1299 1949 2599 3249 3898 19 686 1372 2057 2743 3429 4115 20 722 1444 2166 2888 3609 4331 21 758 1516 2274 3032 3790 4548 22 794 1588 2382 3176 3970 4765 23 830 1660 2491 3321 4151 4981 24 866 1733 2599 3465 4331 5198 Comparación Volquetes - Producción [ TM/hora ] 0 1000 2000 3000 4000 5000 6000 0 2 4 6 8 10 12 14 16 18 20 22 24 26 horas [TM/hora] 1Volq. [TM /h] 2 Volq. [TM /h] 3 Volq. [TM /h] 4 Volq. [TM /h] 5 Volq. [TM /h] 6 Volq. [TM /h]
  • 17. Huber Huaman hhuaman@engineer.com Pág. 17 de 18 1.2.7. Proyección Producción Mina: Tiempo [min] vs. Distancia [m] vs. Producción [TM/h] 1 volq 2 volq 3 volq 4 volq 5 volq 6 volq Promedios [TM/h] 36.09 72.19 108.28 144.38 180.47 216.57 Distancia [m] Tiempo [min] 1 volq. [TM/h] 2 volq. [TM/h] 3 volq. [TM/h] 4 volq. [TM/h] 5 volq. [TM/h] 6 volq. [TM/h] 200 4.13 523.79 1047.57 1571.36 2095.14 2618.93 3142.71 400 8.27 261.89 523.79 785.68 1047.57 1309.46 1571.36 600 12.40 174.60 349.19 523.79 698.38 872.98 1047.57 800 16.54 130.95 261.89 392.84 523.79 654.73 785.68 1000 20.67 104.76 209.51 314.27 419.03 523.79 628.54 1200 24.81 87.30 174.60 261.89 349.19 436.49 523.79 1400 28.94 74.83 149.65 224.48 299.31 374.13 448.96 1600 33.08 65.47 130.95 196.42 261.89 327.37 392.84 1800 37.21 58.20 116.40 174.60 232.79 290.99 349.19 2000 41.35 52.38 104.76 157.14 209.51 261.89 314.27 2200 45.48 47.62 95.23 142.85 190.47 238.08 285.70 2400 49.62 43.65 87.30 130.95 174.60 218.24 261.89 2600 53.75 40.29 80.58 120.87 161.16 201.46 241.75 2800 57.89 37.41 74.83 112.24 149.65 187.07 224.48 3000 62.02 34.92 69.84 104.76 139.68 174.60 209.51 3200 66.16 32.74 65.47 98.21 130.95 163.68 196.42 3400 70.29 30.81 61.62 92.43 123.24 154.05 184.87 3600 74.42 29.10 58.20 87.30 116.40 145.50 174.60 3800 78.56 27.57 55.14 82.70 110.27 137.84 165.41 4000 82.69 26.19 52.38 78.57 104.76 130.95 157.14 Volquetes - Proyección Tiempo [min] vs. Distancia [m] vs. Rendimientos [TM/h] 0 500 1000 1500 2000 2500 3000 3500 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 3000 3200 3400 3600 3800 4000 [m] [TM/h] 0 10 20 30 40 50 60 70 80 90 [min] 1 volq. [TM/h] 2 volq. [TM/h] 3 volq. [TM/h] 4 volq. [TM/h] 5 volq. [TM/h] 6 volq. [TM/h] Tiempo [min]
  • 18. Huber Huaman hhuaman@engineer.com Pág. 18 de 18 1.3. Comentario Los análisis e interpretaciones son deducibles; ya que los cuadros grafican conductas de producción teniendo en cuenta parámetros de tiempo, distancia, producción y términos de ritmos de extracción que se han realizado con el afán de cubrir variantes sobre equipos de producción en número. Huber Huaman hhuaman@engineer.com