Calculo de Explosivos Jack Leg

7/26/2019 Calculo de Explosivos Jack Leg

1/63

1.0 x 2.7 m

PARAMETROS DE PERF. N DE TAL. N.F. PC N.F. PL CANT. F

Tal. Alvio de arranque. 3

Tal. Arranque 3 1,10,1 1,1,!

Tal. 1 a"uda de arranque # !0 #

Tal. ! a"uda de arranque # $ 3

Tal. 3 a"uda de arranque 1 %, 10 #,3

Tal. A"uda de &a'(iale' ))) 10, 11 !,!

Tal. *a'(iale' + 1! #

Tal. A"uda de orona 1 13 #

Tal. Corona # 1# $

Tal. A"uda de arra'(re 1 11 !

Tal. Arra'(re 3 1+ +

- de (aladro' arado' 3/ # Nr'. / Nr'. # Fnl'.

- de (aladro' alivio. +3.

N. Tal. Carado' 27

N. To(al de (aladro' 30

1.5 x 2.7 m



Tal. Arranque 3 1,10,1 1,1,!

Tal. 1 a"uda de arranque # !0 #

Tal. ! a"uda de arranque # $ 3

Tal. 3 a"uda de arranque ! %, 10 #,3

Tal. A"uda de &a'(iale' )) 10, 11 !,!

Tal. *a'(iale' # 1! #

Tal. A"uda de orona 3 13 3

Tal. Corona # 1# +

Tal. A"uda de arra'(re ! 11 !

Tal. Arra'(re # 1+

- de (aladro' arado' 3/ # Nr'. / Nr'. #! Fnl'.


N. Tal. Carado' 30


1.5x 2.4 m


2/63



Tal. Arranque 3

Tal. 1 a"uda de arranque #

Tal. ! a"uda de arranque #

Tal. 3 a"uda de arranque 1

Tal. A"uda de &a'(iale' ))

Tal. *a'(iale' #

Tal. A"uda de orona !

Tal. Corona #

Tal. A"uda de arra'(re 3

Tal. Arra'(re #

- de (aladro' arado' 3/


N. Tal. Carado' 29


1.2 x 2.7 m



Tal. Arranque 3





Tal. *a'(iale' +


Tal. Corona #


Tal. Arra'(re 3



N. Tal. Carado' 28


3.0 x 3.0 m



3/63


Tal. Alvio de on(orno. +

Tal. Arranque 3 1,$,10 1,1,1

Tal. 1 a"uda de arranque # $ #

Tal. ! a"uda de arranque # % #

Tal. 3 a"uda de arranque 3 10 3

Tal. A"uda de &a'(iale' # 11 #

Tal. *a'(iale' + 1! +


Tal. Corona $ 1# $


Tal. Arra'(re 1+

- de (aladro' arado' 3/ 3 Nr' / Nr'. #1 Fln'.


N. Tal. Carado' 41


2.7 x 2.7



Tal. Alvio de on(orno. #

Tal. Arranque 3 1,$,10 1,1,1




Tal. A"uda de &a'(iale' ! 11 !

Tal. *a'(iale' # 1! #


Tal. Corona 1#

Tal. A"uda de arra'(re 3 11 3

Tal. Arra'(re 1+

- de (aladro' arado' 3/ 3 Nr' / Nr'. 3+ Fln'.


N. Tal. Carado' 36



4/63

PARAMETROS DE OL. 2P CLASFCACON 4EOMECANCA

Fa(or de ara 4.S. LF56, LF5R, F56

Cara lineal 7or e(ro 1.! 85l R.M.R +0 9 : /0

Fa(or de 7o(enia !.1 85(on

Tonelada' ro(a'. 11.1 (on

E;7lo'io'

Eulnor 000 1 ; 1! 55

Eulnor 3000 1 ; 1! 80 FC 5.2

To(al 8. 22.95 CL 15.3

A 1 FP 2.1

ALT. 2.7 TR 11.1

Lon. 1.65

P.e 2.5

A5D 1.5



Cara lineal 7or e(ro 1$.0 85l R.M.R +0 9 : /0

Fa(or de 7o(enia 1. 85(on

Tonelada' ro(a'. 1+.$ (on

E;7lo'io'

Eulnor 000 1 ; 1! 58

Eulnor 3000 1 ; 1! 92 FC 3.8

To(al 8. 25.5 CL 17

A 1.5 FP 1.5

ALT. 2.7 TR 16.7

Lon. 1.65

P.e 2.5

Av5Di'7 1.5

.! 853

3./ 853


5/63



Cara lineal 7or e(ro 1+.# 85l R.M.R +0 9 : /0

Fa(or de 7o(enia 1.$ 85(on

Tonelada' ro(a'. 1#.% (on

E;7lo'io'

Eulnor 000 1 ; 1! 57

Eulnor 3000 1 ; 1! 88 FC 4.1

To(al 8. 24.65 CL 16.4

A 1.5 FP 1.7

ALT. 2.4 TR 14.9

Lon. 1.65

P.e 2.5

Av5Di'7 1.5



Cara lineal 7or e(ro 1.3 85l R.M.R +0 9 : /0


Tonelada' ro(a'. 13.# (on

E;7lo'io'

Eulnor 000 1 ; 1! 56

Eulnor 3000 1 ; 1! 84 FC 4.5

To(al 8. 23.8 CL 15.9

A 1.2 FP 1.8

ALT. 2.7 TR 13.4

Lon. 1.65

P.e 2.5

Av5Di'7 1.5


#.1 853

#.3 853


6/63


Cara lineal 7or e(ro !3.! 85l R.M.R +0 9 : /0

Fa(or de 7o(enia 1.0 85(on

Tonelada' ro(a'. 3.+ (on

E;7lo'io'

Eulnor 000 1 ; 1! 69

Eulnor 3000 1 ; 1! 136 FC 2.3

To(al 8. 34.85 CL 23.2

A 3 FP 1.0

ALT. 3 TR 35.6

Lon. 1.65

P.e 2.4

Av5Di'7 1.5



Cara lineal 7or e(ro !0.# 85l R.M.R +0 9 : /0


Tonelada' ro(a'. !/.% (on

E;7lo'io'

Eulnor 000 1 ; 1! 64

Eulnor 3000 1 ; 1! 116 FC 2.5

To(al 8. 30.6 CL 20.4

A 2.7 FP 1.1

ALT. 2.7 TR 28.9

Lon. 1.65

P.e 2.4

Av5Di'7 1.5

!.3 853

!. 853


7/63

1.0 x 2.7 m



Tal. Arranque 3




Tal. A"uda de &a'(iale' )))

Tal. *a'(iale' +

Tal. A"uda de orona 1

Tal. Corona #

Tal. A"uda de arra'(re ))

Tal. Arra'(re 3



N. Tal. Carado' 26


1.5 x 2.7 m



Tal. Arranque 3





Tal. *a'(iale' #


Tal. Corona #


Tal. Arra'(re #



N. Tal. Carado' 27


1.5 x 2.4 m


8/63



Tal. Arranque 3



Tal. 3 a"uda de arranque ))


Tal. *a'(iale' #


Tal. Corona #

Tal. A"uda de arra'(re !

Tal. Arra'(re #



N. Tal. Carado' 27


1.2 x 2.7m



Tal. Arranque 3





Tal. *a'(iale' #


Tal. Corona #


Tal. Arra'(re 3



N. Tal. Carado' 23


3.0 x 3.0 adicional



9/63


Tal. Alvio de on(orno. !

Tal. Arranque 3 1,$,10 1,1,1




Tal. A"uda de &a'(iale' # 11 #

Tal. *a'(iale' # 1! #


Tal. Corona # 1# #


Tal. Arra'(re 1+

- de (aladro' arado' 3/ 3 Nr' / Nr'. 3# Fln'.


N. Tal. Carado' 36



10/63



Cara lineal 7or e(ro 1#.$ 85l R.M.R #0 9 : +0

Fa(or de 7o(enia !.0 85(on


E;7lo'io'

Eulnor 000 1 ; 1! 54

Eulnor 3000 1 ; 1! 76 FC 5.0

To(al 8. 22.1 CL 14.7

A 1 FP 2.0

ALT. 2.7 TR 11.1

Lon. 1.65

P.e 2.5

A5D 1.5



Cara lineal 7or e(ro 1.3 85l R.M.R #0 9 : +0

Fa(or de 7o(enia 1.# 85(on


E;7lo'io'

Eulnor 000 1 ; 1! 55

Eulnor 3000 1 ; 1! 80 FC 3.4

To(al 8. 22.95 CL 15.3

A 1.5 FP 1.4

ALT. 2.7 TR 16.7

Lon. 1.65

P.e 2.5

Av5Di'7 1.5

.0 853

3.# 853


11/63





Tonelada' ro(a'. 1#.% (on

E;7lo'io'

Eulnor 000 1 ; 1! 55

Eulnor 3000 1 ; 1! 80 FC 3.9

To(al 8. 22.95 CL 15.3

A 1.5 FP 1.5

ALT. 2.4 TR 14.9

Lon. 1.65

P.e 2.5

Av5Di'7 1.5





Tonelada' ro(a'. 13.#

E;7lo'io'

Eulnor 000 1 ; 1! 51

Eulnor 3000 1 ; 1! 64 FC 3.7

To(al 8. 19.55 CL 13.0

A 1.2 FP 1.5

ALT. 2.7 TR 13.4

Lon. 1.65

P.e 2.5

Av5Di'7 1.5


3.% 853

3.$ 853


12/63


Cara lineal 7or e(ro !0.# 85l R.M.R #0 9 : +0

Fa(or de 7o(enia 0.% 85(on

Tonelada' ro(a'. 3.+ (on

E;7lo'io'

Eulnor 000 1 ; 1! 64

Eulnor 3000 1 ; 1! 116 FC 2.1

To(al 8. 30.6 CL 20.4

A 3 FP 0.9

ALT. 3 TR 35.6

Lon. 1.65

P.e 2.4

Av5Di'7 1.5

!.1 853


13/63

1.0 x 2.7 m



Tal. Arranque 3


Tal. ! a"uda de arranque !


Tal. *a'(iale' +


Tal. Corona 3


Tal. Arra'(re 3

Tal. Alivio on(orno #



N. Tal. Carado' 23


1.5 x 2.7 m



Tal. Arranque 3




Tal. *a'(iale' #


Tal. Corona 3


Tal. Arra'(re 3

Tal. Alivio de on(orno #



N. Tal. Carado' 22


1.5 x 2.4 m


14/63



Tal. Arranque 3




Tal. *a'(iale' #


Tal. Corona 3


Tal. Arra'(re 3

Tal. Alivio de on(orno #



N. Tal. Carado' 21


1.2 x 2.7 m



Tal. Arranque 3




Tal. *a'(iale' #


Tal. Corona 3


Tal. Arra'(re 3

Tal. Alivio de on(orno +



N. Tal. Carado' 22


4.5 x 4.0 m



15/63

Tal. Alvio de arranque.

Tal. Arranque

Tal. 1 a"uda de arranque

Tal. ! a"uda de arranque

Tal. 3 a"uda de arranque

Tal. *a'(iale'

Tal. A"uda de orona

Tal. Corona

Tal. A"uda de arra'(re

Tal. Arra'(re

Tal. Alivio de on(orno

- de (aladro' arado'

- de (aladro' alivio.

N. Tal. Carado'

N. To(al de (aladro'


16/63



Cara lineal 7or e(ro 1!.+ 85l R.M.R !0 9 : #0



E;7lo'io'

Eulnor 1000 1 ; 1! 36

Eulnor 3000 1 ; 1! 75 FC 4.2

To(al 8. 18.87 CL 12.6

A 1 FP 1.7

ALT. 2.7 TR 11.1

Lon. 1.65

P.e 2.5

A5D 1.5



Cara lineal 7or e(ro 1!. 85l R.M.R !0 9 : #0



E;7lo'io'

Eulnor 1000 1 ; 1! 60

Eulnor 3000 1 ; 1! 50 FC 2.8

To(al 8. 18.7 CL 12.5

A 1.5 FP 1.1

ALT. 2.7 TR 16.7

Lon. 1.65

P.e 2.5

Av5Di'7 1.5

#.! 853

!./ 853


17/63



Cara lineal 7or e(ro 11.% 85l R.M.R !0 9 : #0



E;7lo'io'

Eulnor 1000 1 ; 1! 56

Eulnor 3000 1 ; 1! 49 FC 2.7

To(al 8. 17.85 CL 11.9

A 1.5 FP 1.1

ALT. 2.7 TR 16.7

Lon. 1.65

P.e 2.5

Av5Di'7 1.5



Cara lineal 7or e(ro 1!. 85l R.M.R !0 9 : #0

Fa(or de 7o(enia 1.# 85(on

Tonelada' ro(a'. 13.# (on

E;7lo'io'

Eulnor 1000 1 ; 1! 60

Eulnor 3000 1 ; 1! 50 FC 3.5

To(al 8. 18.7 CL 12.5

A 1.2 FP 1.4

ALT. 2.7 TR 13.4

Lon. 1.65

P.e 2.5

Av5Di'7 1.5


!.$ 853

3. 853


18/63


Cara lineal 7or e(ro R.M.R !0 9 : #0

Fa(or de 7o(enia

Tonelada' ro(a'.


19/63


20/63

1& a#d. "an$%e 9 4 9.7 36

2& a#d. "an$%e 8 3 6.5 24

3& a#d. "an$%e 1 7 7 15.1 7

'a!tiale! 1 6 4 7.6 4

"#d. 'a!tiale! 1 7 4 8.6 4

"#d. "a!te 1 8 2 4.9 2

"a!te! 10 5 13.5 50

Total 154 184 42 91.3 154

41.58

2.7 x 2.7

TotaldeKg

Coona! 5 5 6.8 0

"#d. Coona! 1 7 2 4.3 2

"an$%e 10 4 10.8 40

1& a#d. "an$%e 9 4 9.7 36

2& a#d. "an$%e 1 8 3 7.3 3

'a!tiale! 1 6 4 7.6 4

"#d. 'a!tiale! 1 7 2 4.3 2

"#d. "a!te 1 8 2 4.9 2

"a!te! 2 8 4 10.8 8

(m%l!ion

500011)4

x12

(m%l!ion

300011)4

x12

*+meode

talado!


21/63

Total 97 149 30 66.4 97

26.19


22/63

ROCA INTERMEDIA LONG. 11 PIES

4.5 x 4.0

3000 TotaldeKg

35 Coona! 4 7 7.6

28 "#d. Coona! 1 7 4 8.6

16 "an$%e 2 8 4 10.8

0 1& a#d. "an$%e 9 4 9.7

0 2& a#d. "an$%e 2 6 3 6.5

49 3& a#d. "an$%e 1 7 5 10.8

24 'a!tiale! 7 4 7.6

28 "#d. 'a!tiale! 1 7 4 8.6

16 "#d. "a!te 1 8 2 4.9

0 "a!te! 2 8 5 13.5

196 Total 75 253 42 88.6

4.0 x 4.0

T

otaldeKg

30 Coona! 4 6 6.5

21 "#d. Coona! 1 7 4 8.6

16 "an$%e 2 8 4 10.8

(m%l!ion

500011)4

x12

(m%l!ion

300011)4

x12

*+meode

talado!

(m%l!ion

5

00011)4

x12

(m%l!ion

3

00011)4

x12

*

+meode

talado!


23/63

0 1& a#d. "an$%e 9 4 9.7

0 2& a#d. "an$%e 1 7 3 6.5

49 3& a#d. "an$%e 1 7 5 10.8

24 'a!tiale! 8 4 8.6

28 "#d. 'a!tiale! 1 7 4 8.6

16 "#d. "a!te 1 8 2 4.9

0 "a!te! 2 8 5 13.5

184 Total 72 256 41 88.6

49.68

2.7 x 2.7

TotaldeKg

25 Coona! 4 5 5.4

14 "#d. Coona! 1 7 2 4.3

0 "an$%e 2 8 4 10.8

0 1& a#d. "an$%e 9 4 9.7

24 2& a#d. "an$%e 1 8 3 7.3

24 'a!tiale! 7 4 7.6

14 "#d. 'a!tiale! 1 7 2 4.3

16 "#d. "a!te 1 8 2 4.9

32 "a!te! 2 8 4 10.8

(m%l!ion

500011)4

x12

(m%l!ion

300011)4

x12

*+meode

talado!


24/63

149 Total 61 180 30 65.1

40.23


25/63

ROCA DURA LONG. 13 PIES

4.5 x 4.0

0 28 Coona! 6 7

4 28 "#d. Coona! 1 9 4

8 32 "an$%e 7 5 4

36 0 1& a#d. "an$%e 12 4

6 18 2& a#d. "an$%e 11 3

5 35 3& a#d. "an$%e 1 10 7

0 28 'a!tiale! 1 8 4

4 28 "#d. 'a!tiale! 1 9 4

2 16 "#d. "a!te 1 11 2

10 40 "a!te! 12 6

75 253 Total 202 258 45

20.25 68.31

4.0 x 4.0

0 24 Coona! 6 6

4 28 "#d. Coona! 1 9 3

8 32 "an$%e 7 5 4

(m%l!ion

500011)4

x12

(m%l!ion

300011)4

x12

*+meode

talado!

(m%l!ion

5

00011)4

x12

(m%l!ion

3

00011)4

x12

*

+meode

talado!


26/63

36 0 1& a#d. "an$%e 11 4

3 21 2& a#d. "an$%e 10 3

5 35 3& a#d. "an$%e 1 9 7

0 32 'a!tiale! 1 8 4

4 28 "#d. 'a!tiale! 1 8 4

2 16 "#d. "a!te 1 9 2

10 40 "a!te! 12 5

72 256 Total 182 228 42

19.44 69.12

0 20

2 14

8 32

36 0

3 24

0 28

2 14

2 16

8 32


27/63

61 180

16.47 48.6


28/63

ROCA INTE

TotaldeKg

11.3 0 42 Coona!

9.7 4 36 "#d. Coona!

13.0 28 20 "an$%e

13.0 48 0 1& a#d. "an$%e

8.9 33 0 2& a#d. "an$%e

18.9 7 70 3& a#d. "an$%e

8.6 4 32 'a!tiale!

9.7 4 36 "#d. 'a!tiale!

5.9 2 22 "#d. "a!te

19.4 72 0 "a!te!

118.5 202 258 Total

54.54 69.66

T

otaldeKg

9.7 0 36 Coona!

8.1 3 27 "#d. Coona!

13.0 28 20 "an$%e


29/63

11.9 44 0 1& a#d. "an$%e

8.1 30 0 2& a#d. "an$%e

18.9 7 63 3& a#d. "an$%e

9.7 4 32 'a!tiale!

9.7 4 32 "#d. 'a!tiale!

5.4 2 18 "#d. "a!te

16.2 60 0 "a!te!

110.7 182 228 Total

49.14 61.56


30/63


31/63

RMEDIA LONG. 13 PIES

4.5 x 4.0

TotaldeKg

6 7 11.3 0 42

1 9 4 10.8 4 36

2 10 4 13.0 8 40

11 4 11.9 44 0

2 9 3 8.9 6 27

1 10 5 14.9 5 50

9 4 9.7 0 36

1 9 4 10.8 4 36

1 11 2 6.5 2 22

2 10 5 16.2 10 50

83 339 42 113.9 83 339

22.41 91.53

4.0 x 4.0

T

otaldeKg

6 6 9.7 0 36

1 9 4 10.8 4 36

2 10 4 13.0 8 40

(m%l!ion

500011)4

x12

(m%l!ion

300011)4

x12

*+meode

talado!

(m%l!ion

5

00011)4

x12

(m%l!ion

3

00011)4

x12

*

+meode

talado!


32/63

11 4 11.9 44 0

1 9 3 8.1 3 27

1 9 5 13.5 5 45

10 4 10.8 0 40

1 9 4 10.8 4 36

1 10 2 5.9 2 20

2 10 5 16.2 10 50

80 330 41 110.7 80 330

21.6 89.1


33/63


34/63


#. ; #.0

PARAMETROS

De'ri7iroa de 7roduiroa de riado 10!

An&o #.

Al(o #

Loni(ud de >arra 3.3

E?iienia de 7er?orai


35/63


An&o #Al(o #




36/63

An&o !.$

Al(o !.$




37/63

DSTR6=CON DE SEC=ENCA DE SALDAS CON FANEL MS G LP.

SERE. MS 1 10 1 !0 SERE .LP $ % 10 11 1! 13

CANT. 1 1 ! # CANT. 3 # # # #


38/63


39/63


40/63

ROCA INTERMEDIA LONG.

#. ; #.0

PARAMETROS

De'ri7iroa de 7roduiroa de riado

An&o

Al(o

Loni(ud de >arra



41/63


An&oAl(o

Loni(ud de >arra



42/63


43/63

11 PIES

=nidad Can(.DSTR6=CON DE SEC=ENCA DE SA

SERE. MS 1 10 1 !0 SERE .LP

# CANT. 1 1 ! # CANT.

10!

#.

#

3.3

@ %!@

@ %@

3.1

!.%

unid 1$

unid

unid #$

unid

!.$

!.#

+/.

(n 1!+.

85l 30.!

1.+/

unid /.

85 !3.3

85 +.%

3

3

853


44/63

=nidad Can(. DSTR6=CON DE SEC=ENCA DE SA


# CANT. 1 1 ! # CANT.

10!

# #

3.3

@ %!@

@ %@

3.1

!.%

unid 0+

unid

unid #+

unid

#+./

!.#

+0.%

(n 11!.#

85l 30.!

1./%

unid /.

85 !3.+1

85 +.+#


SERE. MS 1 $ 1 SERE .LP

# CANT. 1 1 ! CANT.

10!

3

3

853


45/63

!.$

!.$

3.3

@ %!@

@ %@ 3.1

!.%

unid 3/

unid

unid 3

unid

!1.3

!.#

!$.$

(n 1.!

85l !!.!

3.0

unid /.

85 1+.+

85 .+

3

3

853


46/63

DAS CON FANEL MS G LP.

$ % 10 11 1! 13 1# 1+

3 # 3 # # # $ +


47/63


$ % 10 11 1! 13 1# 1+

3 # 3 # # # +


$ % 10 11 1! 13 1#

# 3 # ! # #


48/63


49/63


#. ; #.0

PARAMETROS


An&o #.

Al(o #

Loni(ud de >arra 3.%+



50/63


An&o #Al(o #

Loni(ud de >arra 3.%+



51/63


52/63


SERE. MS 1 10 1 !0 SERE .LP $ % 10 11 1! 13 1# 1+

CANT. 1 1 ! # CANT. 3 # # # # $ +


53/63


SERE. MS 1 10 1 !0 SERE .LP $ % 10 11 1! 13 1# 1+

CANT. 1 1 ! # CANT. 3 # # # 3 +


54/63


55/63

ROCA INTERMEDIA LO

#. ; #.0

PARAMETROS


An&o

Al(o

Loni(ud de >arra



56/63


An&oAl(o

Loni(ud de >arra



57/63


58/63

G. 13 PIES

=nidad Can(.DSTR6=CON DE SEC=ENCA DE SA


# CANT. 1 1 ! # CANT.

10!

#.

#

3.%+

@ %@

@ %@

3./

3.+

unid +11

unid +

unid #$

unid

+#.#

!.#

/3.$

(n 1#.

85l 31.%

1.$$

unid 10

85 !.+

85 +.3

3

3

853


59/63



# CANT. 1 1 ! # CANT.

10!

# #

3.%+

@ %@

@ %@

3./

3.+

unid %/

unid +

unid #+

unid

$.!

!.#

$#.#

(n 13$.3

85l 30.%+

1.%3

unid 10

85 !#.%!

85 +.0#

3

3

853


60/63


61/63


$ % 10 11 1! 13 1# 1+

3 # 3 # # # $ +


62/63


$ % 10 11 1! 13 1# 1+

3 # 3 # # # +


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Calculo de Explosivos Jack Leg

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Transcript of Calculo de Explosivos Jack Leg