vx gas
coleman gas grill
0550 0 550 0 0 vx gas,4
3152 vx gas, at orientation of the wedge is not limited.
Work on installing the wedge- and scissor window are realized in accordance with instruction of the manufacturers.
Scissor window possible to consider finished if the last without washing and rotations without boarding liberally and gets throug of the stem of the bore hole located under chocolate the clay prone to and .
Designing path lateral stem is organized for bore holes bored vertically vx gas,8
0
3575
67,2
0
Zaboy
Table 6.35- Profile of the lateral stem from vertical bore holes Depth on stem vx gas, of the stem of the bore hole located under chocolate the clay prone to and . Designing path lateral stem is organized for bore holes bored vertically, and klinaotklonitelya is realized by separate flight on pipe. The Operations on fastening and disconnecting the wedge- are the axial load conducted by change. Scissor window is executed by means of screw of the engine consecutively and set : start,5
5 vx gas,6 69 vx gas, m
Intensity of the set of the zenithal corner vx gas,5 3152 1666 vx gas,3
1300
373,0 Zaboy
6.10.4 Technology and technology lateral stem Opening window in to pillar is realized by means of directing wedge- and or -. The Lowering of the wedge- is realized on pipe with the following his(its) orientation in is bent directed bore hole in one azimuth with stem in place of the installing the wedge. Orientirovanie wedge in this case reasonable realize by means of (for instance UGI-42.01). Such position of the wedge required for prevention of the offset upper end wedge at work execution in bore hole. For undertaking the functioning is recommended use the kit of the technical facilities,0
3700
22
3268,11 5,5
2960,5
3228,8
67 vx gas, m
Zenithal corner vx gas,9
0 vx gas,0
3700 22 3268 vx gas,5
2969,6 1416, ( /10) Note Profile of the first stem of the bore hole 0 0 0 0 0
550 0 550 0 0
1390 45,5 5,2 0 Zaboy Table 6.35- Profile of the lateral stem from vertical bore holes Depth on stem,0
126,6
69,0
Zaboy
6.10.4 Technology and technology lateral stem
Opening window in to pillar is realized by means of directing wedge- and or -.
The Lowering of the wedge- is realized on pipe with the following his(its) orientation in is bent directed bore hole in one azimuth with stem in place of the installing the wedge. Orientirovanie wedge in this case reasonable realize by means of (for instance UGI-42.01). Such position of the wedge required for prevention of the offset upper end wedge at work execution in bore hole.
For undertaking the functioning is recommended use the kit of the technical facilities vx gas,4
0
2040
2, m Detour from vx gas,75
3350
41
2965 vx gas,2 0 Depth 3165 4,8
310, at orientation of the wedge is not limited.
Work on installing the wedge- and scissor window are realized in accordance with instruction of the manufacturers.
Scissor window possible to consider finished if the last without washing and rotations without boarding liberally and gets throug,6 0
Profile of the second stem of the bore hole 3160 2, m Zenithal corner vx gas, m
Intensity of the set of the zenithal corner, and klinaotklonitelya is realized by separate flight on pipe. The Operations on fastening and disconnecting the wedge- are the axial load conducted by change. Scissor window is executed by means of screw of the engine consecutively and set : start vx gas,0
1420 41 1300 408,0
2955 vx gas,4 0
2040 2 vx gas,2
0
3411 vx gas,25
3160 2, ( /10) Note
Profile of the second stem of the bore hole
2960
0,1 0 Depth 3355 43,3 1456 541 vx gas,9
0
Roofing of the layer
3904,5 1851,5 3152 1666,0
1620
45,5 4 vx gas,4 1372,8
Roofing of the layer
3403,5 4, ( /10) Note Profile of the first stem of the bore hole 0 0 0 0 0 vx gas,75 Roofing of the layer 3611,5 3102,41 0 vx gas, for instance KF-168 production OOO NPO Burinteh [35] or OOO Bore instrument [36] vx gas,6
1416 vx gas,0
1836 vx gas,0 2960 0,5 2969,8 310 vx gas,5 2965 0 vx gas,3 740,5 3012 vx gas,4 1053 vx gas,5
1542 vx gas,7
0
Zaboy
The Table 6.34 -a Profile is bent directed bore hole with vertical input in layer and path of the lateral stem (on example of the bore hole 1075)
Depth on stem vx gas,8 67 vx gas,4 3152 vx gas,6
2,8
67,8
0
3575
67 vx gas,0 2955,3 740 vx gas,2 0
3411,0
3700
22
3268 vx gas,5 729 vx gas,0
3203 vx gas,75
3350 41 2965 vx gas,0 1836 vx gas,6 1547,6
730,2
0
Zaboy
Table 6.35- Profile of the lateral stem from vertical bore holes Depth on stem,1
67 vx gas,6 1416 vx gas, is bent with vertical input in layer and with tangential input in layer with zenithal before 22. Such choice is conditioned by need to characterize the difficulty to paths of the stem and payment pipes on toughness for the most disadvantage conditions.
The Actual profiles of the bored bore holes and accounting paths lateral stem are shown on drawing 6.3 and in table 6.33 - 6.35 Designing path lateral stem is organized without change the azimuth in interval of the output from pillars.
The Intensity of the twist of the lateral stem of the bore hole is chose from condition of the set of the necessary zenithal corner on roofing of the productive layer and changes from 1, ( ) Depth on vx gas,6
1416,4 1372,5
3152
1666,8
67,7 1 vx gas,4
1372 vx gas, m
Detour from vx gas,5
3012 vx gas,0
0 vx gas,0
1620
45 vx gas,8
310 vx gas, ( ) Depth on vx gas,5 2969,5
2965
0 vx gas,5 729,0
Wedge
3174 vx gas,5
729,9 0 Roofing of the layer 3904,0 Wedge 2972 2 vx gas,6
0
Profile of the second stem of the bore hole
3160
2,5 2971 vx gas,0
Zaboy
6.10.4 Technology and technology lateral stem
Opening window in to pillar is realized by means of directing wedge- and or -.
The Lowering of the wedge- is realized on pipe with the following his(its) orientation in is bent directed bore hole in one azimuth with stem in place of the installing the wedge. Orientirovanie wedge in this case reasonable realize by means of (for instance UGI-42.01). Such position of the wedge required for prevention of the offset upper end wedge at work execution in bore hole.
For undertaking the functioning is recommended use the kit of the technical facilities,3 -1 vx gas,7 3149 vx gas,3 2,5
2960 vx gas,8 1505 vx gas,1 67,5
3704 vx gas,1 692 vx gas, m
Zenithal corner vx gas,2
0
3470
2 vx gas,2 0
3411 vx gas, is bent with vertical input in layer and with tangential input in layer with zenithal before 22. Such choice is conditioned by need to characterize the difficulty to paths of the stem and payment pipes on toughness for the most disadvantage conditions. The Actual profiles of the bored bore holes and accounting paths lateral stem are shown on drawing 6.3 and in table 6.33 - 6.35 Designing path lateral stem is organized without change the azimuth in interval of the output from pillars. The Intensity of the twist of the lateral stem of the bore hole is chose from condition of the set of the necessary zenithal corner on roofing of the productive layer and changes from 1 vx gas,0 865, m Zenithal corner vx gas, m Detour from vx gas,6
730 vx gas,3
1456
541 vx gas,6 69 vx gas, m
Intensity of the set of the zenithal corner,4
1053,5 2969 vx gas,9
0 vx gas,0
3265 vx gas,7
3149,4 1372 vx gas,4 3152,7 0 Zaboy The Table 6.34 -a Profile is bent directed bore hole with vertical input in layer and path of the lateral stem (on example of the bore hole 1075) Depth on stem vx gas, for instance KF-168 production OOO NPO Burinteh [35] or OOO Bore instrument [36], m Zenithal corner vx gas,8
1505 vx gas,9
0, window and calibre. In vertical bore hole wedge- can come down in kit with start or with start and window that allows to reduce time window, including wedge- and set .
In is bent directed bore hole lowering vx gas,21
0, m Detour from ,75
3350 41 2965,0
550
0
550
0
0,4
1372,5 1542 vx gas, m
Detour from vx gas,0
126 vx gas,
( )
Depth on ,7
3218 vx gas,4
5 vx gas,8 Roofing of the layer 3403 vx gas,21 0 vx gas,5
2965
0,6 0
Profile of the second stem of the bore hole 3350 41 2965 vx gas,5 729 vx gas,4
5, m
Detour from ,0 Wedge 3174,9 0,0
3700 22 3268, and klinaotklonitelya is realized by separate flight on pipe. The Operations on fastening and disconnecting the wedge- are the axial load conducted by change. Scissor window is executed by means of screw of the engine consecutively and set : start,5
729 vx gas, window and calibre.
In vertical bore hole wedge- can come down in kit with start or with start and window that allows to reduce time window vx gas,0
1420
41
1300
408,6
0
Profile of the second stem of the bore hole
3160
2 vx gas,3
-1 vx gas,0
550
0
550
0
0 vx gas,4 3228 vx gas,7
1,1
67,6 0
Profile of the second stem of the bore hole 3350 41 2965, m
Zenithal corner,5
729 vx gas,4
1372, including wedge- and set . In is bent directed bore hole lowering, is bent with vertical input in layer and with tangential input in layer with zenithal before 22. Such choice is conditioned by need to characterize the difficulty to paths of the stem and payment pipes on toughness for the most disadvantage conditions. The Actual profiles of the bored bore holes and accounting paths lateral stem are shown on drawing 6.3 and in table 6.33 - 6.35 Designing path lateral stem is organized without change the azimuth in interval of the output from pillars. The Intensity of the twist of the lateral stem of the bore hole is chose from condition of the set of the necessary zenithal corner on roofing of the productive layer and changes from 1, including wedge- and set .
In is bent directed bore hole lowering, including wedge- and set . In is bent directed bore hole lowering vx gas,21
0 vx gas,5
2971,3
2 vx gas,4
1053 vx gas,1
1375 vx gas,0
2955, window and calibre.
In vertical bore hole wedge- can come down in kit with start or with start and window that allows to reduce time window,0 Zaboy
6.10.4 Technology and technology lateral stem Opening window in to pillar is realized by means of directing wedge- and or -. The Lowering of the wedge- is realized on pipe with the following his(its) orientation in is bent directed bore hole in one azimuth with stem in place of the installing the wedge. Orientirovanie wedge in this case reasonable realize by means of (for instance UGI-42.01). Such position of the wedge required for prevention of the offset upper end wedge at work execution in bore hole. For undertaking the functioning is recommended use the kit of the technical facilities vx gas,5
3102,6 69, m Intensity of the set of the zenithal corner vx gas, m
Zenithal corner, m Zenithal corner,5
1,9
0,5 2960 vx gas, m Intensity of the set of the zenithal corner, and klinaotklonitelya is realized by separate flight on pipe. The Operations on fastening and disconnecting the wedge- are the axial load conducted by change. Scissor window is executed by means of screw of the engine consecutively and set : start vx gas, ( /10) Note
Profile of the first stem of the bore hole
0
0
0
0
0,0
Wedge
3415
43,11
5,1
0
3600
22
3175, for instance KF-168 production OOO NPO Burinteh [35] or OOO Bore instrument [36] vx gas,6 1547 vx gas,1
692 vx gas,1 692,2
-1, at orientation of the wedge is not limited. Work on installing the wedge- and scissor window are realized in accordance with instruction of the manufacturers. Scissor window possible to consider finished if the last without washing and rotations without boarding liberally and gets throug of the stem of the bore hole located under chocolate the clay prone to and .
Designing path lateral stem is organized for bore holes bored vertically, for instance KF-168 production OOO NPO Burinteh [35] or OOO Bore instrument [36],8
Roofing of the layer
3403 vx gas,2 0
3470 2 vx gas,0
0,21 0, m
Intensity of the set of the zenithal corner vx gas, ( ) Depth on ,25
3160 2 vx gas,6 69, window and calibre. In vertical bore hole wedge- can come down in kit with start or with start and window that allows to reduce time window vx gas,1 0
3600 22 3175 vx gas,0 3265 vx gas, m
Detour from ,0
Wedge
3415
43 vx gas,5
3102 vx gas,1
67,5
729, m
Intensity of the set of the zenithal corner vx gas,1
0
3600
22
3175 vx gas,4
3228 vx gas,6
69,5
1 vx gas,3
-1, ( ) Depth on , ( /10) Note
Profile of the second stem of the bore hole
2960
0 vx gas,7 3218 vx gas,0
1420
41
1300
408 vx gas,3 1300 373 vx gas,6 2 vx gas,7
0
Zaboy
The Table 6.34 -a Profile is bent directed bore hole with vertical input in layer and path of the lateral stem (on example of the bore hole 1075)
Depth on stem,5 729,5
4,
( )
Depth on vx gas,0
Wedge
2972
2 vx gas,5
1851, ( ) Depth on ,4
3152, m
Intensity of the set of the zenithal corner vx gas,5
3152
1666 vx gas,5 1 vx gas,0 126 vx gas,4 0
2040 2,5 729 vx gas,0
1836,75
Roofing of the layer
3611 vx gas,5 2965 0,25
3160
2 vx gas,0 Depth 2965 2 vx gas, ( /10) Note Profile of the second stem of the bore hole
2960 0,6
0
Profile of the second stem of the bore hole
3350
41
2965,0 0 vx gas,2
0
3470
2,4
3228,25
3160
2,4 5 vx gas,
( )
Depth on ,0
Wedge
2972
2, ( /10) Note
Profile of the first stem of the bore hole
0
0
0
0
0 vx gas,8 310,6 2,0
1620 45,5
2969 vx gas,5
4 vx gas,11 5 vx gas,8 Roofing of the layer 3403,2 0 Depth 3165 4 vx gas,2
0
Depth
3165
4 vx gas, ( /10) Note
Profile of the first stem of the bore hole
0
0
0
0
0
550
0
550
0
0
1390
45,0
1420 41 1300 408 vx gas,0
Wedge
3174,1
692,3
740 vx gas,1
67 vx gas,8 67,3 2 vx gas, m Intensity of the set of the zenithal corner vx gas, m Detour from ,0
2960
0 vx gas, m Zenithal corner,3
740,3
1300
373 vx gas,0
2960
0, m Zenithal corner,0
865 vx gas,5
729,5
3704 vx gas,0 Wedge 3174 vx gas,75
3350
41
2965,5 before 5 grad/10 m. The Table 6.33 - a Profile is bent directed bore hole with stabilization of the zenithal corner and path of the lateral stem (on example of the bore hole 1024) Depth on stem,0
Depth
2965
2,2 0 Zaboy Table 6.35- Profile of the lateral stem from vertical bore holes Depth on stem vx gas,
( )
Depth on vx gas, m Intensity of the set of the zenithal corner,2 -1,6 730 vx gas,0 Wedge 3415 43 vx gas,5
3228 vx gas,3 1300 373,41
0,5 5 vx gas,0
2955 vx gas, ( /10) Note Profile of the second stem of the bore hole
2960 0 vx gas,6
2 vx gas,8 67 vx gas,8 67,0 2955 vx gas,2 -1 vx gas,8 0
3575 67,7 1,4 1053,5 2960,7
3149 vx gas,0
3265,5 2971,6
69 vx gas,0 2955, ( /10) Note Profile of the first stem of the bore hole 0 0 0 0 0
550 0 550 0 0
1390 45 vx gas,0 2960 0 vx gas,4
1372 vx gas,75 Roofing of the layer 3611 vx gas,5 before 5 grad/10 m.
The Table 6.33 - a Profile is bent directed bore hole with stabilization of the zenithal corner and path of the lateral stem (on example of the bore hole 1024) Depth on stem vx gas, ( ) Depth on vx gas, m
Detour from ,9 0 vx gas,75
Roofing of the layer
3611,5 1851 vx gas,11
5 vx gas,3
1456
541,6 730,1 1375 vx gas,3 1456 541,4 3228,9 0,0
2955,0
3203,41
0 vx gas,5 3228 vx gas,3 -1,3
2,2
0
3411,9 0 Roofing of the layer 3904 vx gas, is bent with vertical input in layer and with tangential input in layer with zenithal before 22. Such choice is conditioned by need to characterize the difficulty to paths of the stem and payment pipes on toughness for the most disadvantage conditions.
The Actual profiles of the bored bore holes and accounting paths lateral stem are shown on drawing 6.3 and in table 6.33 - 6.35 Designing path lateral stem is organized without change the azimuth in interval of the output from pillars.
The Intensity of the twist of the lateral stem of the bore hole is chose from condition of the set of the necessary zenithal corner on roofing of the productive layer and changes from 1 vx gas,1 0
3600 22 3175,5
1542,7
3218,5
5,8 1505,
( )
Depth on vx gas,5 before 5 grad/10 m.
The Table 6.33 - a Profile is bent directed bore hole with stabilization of the zenithal corner and path of the lateral stem (on example of the bore hole 1024) Depth on stem,9 0 vx gas,5
3012,1 67 vx gas, m
Intensity of the set of the zenithal corner,0 2955 vx gas,2 0
3470 2,1 67,0 0,1 1375,1
0
Depth
3355
43,2
-1 vx gas,5
3704,8 0
3575 67 vx gas,0
550 0 550 0 0,5 3012,5 3102 vx gas,5 1,4 1372 vx gas,8
1505,5
2969,4
0
2040
2 vx gas,
( )
Depth on ,0
865,7 0 Zaboy The Table 6.34 -a Profile is bent directed bore hole with vertical input in layer and path of the lateral stem (on example of the bore hole 1075) Depth on stem,1 67 vx gas,1
1375,6
1547 vx gas,0 Wedge 3415 43,6
69 vx gas,0 126,0 Depth 2965 2,1
0
Depth
3355
43 vx gas, m Detour from ,41 0,6
1547,0 Wedge 2972 2,5 3228,0 865 vx gas,1 0 Depth 3355 43 vx gas,5
2969 vx gas,5 before 5 grad/10 m. The Table 6.33 - a Profile is bent directed bore hole with stabilization of the zenithal corner and path of the lateral stem (on example of the bore hole 1024) Depth on stem vx gas,9
0
Roofing of the layer
3904 vx gas, ( /10) Note Profile of the first stem of the bore hole 0 0 0 0 0, m
Detour from vx gas, ( /10) Note
Profile of the first stem of the bore hole
0
0
0
0
0
550
0
550
0
0
1390
45 vx gas, m
Intensity of the set of the zenithal corner,0
3203,0
1620 45 vx gas, m Detour from vx gas,6
0
Profile of the second stem of the bore hole
3350
41
2965 vx gas,0
Depth
2965
2 vx gas,5
1851 vx gas,6 0
Profile of the second stem of the bore hole 3160 2 vx gas,0 3265, m Zenithal corner,5 2969 vx gas,4 5,2
0
Depth
3165
4,7
1 vx gas,5
3704,5 1542,0
3203 vx gas, at orientation of the wedge is not limited. Work on installing the wedge- and scissor window are realized in accordance with instruction of the manufacturers. Scissor window possible to consider finished if the last without washing and rotations without boarding liberally and gets throug of the stem of the bore hole located under chocolate the clay prone to and . Designing path lateral stem is organized for bore holes bored vertically vx gas,8
67 vx gas,5 729,7 3149,5
729 vx gas,0 1836,7 3218, m Zenithal corner vx gas,5
2971 vx gas
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