X25 GeoLink®

1. ; . .

   Important: GeoLink .

2. , , :

   1. ; . .

   2. ; . .

3. .

4. , , ; . .

   Important: GeoLink, .

1. . ; . .

2. , (Figure 1).

   

   Figure 1

3. , (Figure 1).

4. .

   Предупреждение

   , .

   .

   • () () .

   • () () .

   , .

   • .

   • .

   • .

5. (Figure 2).

   Note: , .

   

   Figure 2

   3. ( )

6. .

1. 2- , (Figure 3).

   

   Figure 3

   1. 2- ( )

2. , (Figure 4).

   

   Figure 4

   2. ()

3. 2 , (Figure 5).

   

   Figure 5

   4. ( ).

4. 2 , (Figure 5).

5. (Figure 6).

   

   Figure 6

1. (Figure 7).

   

   Figure 7

2. (Figure 7).

1. 2 , (ROPS) (Figure 8).

   Note: .

   

   Figure 8

2. 3 (5/16 x 1 ) 3 (5/16 ), (Figure 9).

   

   Figure 9

   1. (5/16 )
   2. (5/16 x 1 )

3. .

   Note: ; , , .

4. 6 5 (9/16 x 1/2 ), (Figure 10).

   

   Figure 10

   3. (9/16 x 1/2 )

5. (Figure 11).

   Note: .

   

   Figure 11

6. , 1 – 5, .

1. 2 (2-) 2- (Figure 12).

   

   Figure 12

   2. 2- ( )
   3. 2- ()

2. 9 , (Figure 13).

   Note: , .

   

   Figure 13

3. (Figure 13).

   Note: .

1. , , (Figure 14).

   

   Figure 14

   2. ( )
   3. ( )
   4. ( )
   5. ( )
   7. ( )
   9. ( )

2. (Figure 15).

   

   Figure 15

3. (Figure 15).

4. , 23, 3 .

1. , , (Figure 16).

   

   Figure 16

   1. ( )
   2. ( )
   3. ( )
   4. ( )
   5. – ( – )
   7. – ( – )
   8. ( – )
   9. ( – )

2. , (Figure 16).

3. 4 (Figure 16).

1. , .

2. R- (Figure 17).

   

   Figure 17

   1. – ( )
   2. – ( )
   3. R-

3. , , , , .

1. , (Figure 18).

   

   Figure 18

   1. ( )

2. , () (Figure 19).

   

   Figure 19

   2. ()
   4. ( – )
   5. ( – )
   6. ()

3. , () (Figure 19).

4. .

5. (Figure 19).

   Note: , 1.

6. (Figure 20) ( 114-9553 Toro).

   

   Figure 20

   2. 26
   3. ( 114-9553 Toro)
   5. 77 102

7. .

8. , 26 , 7, () (Figure 20).

9. , , 10.

   Note: .

10. (Figure 20) 77 102 .

11. , 1 – 10, .

1. (Figure 21).

   

   Figure 21

   2. ()
   4. ( – )
   5. ( – )
   6. ()

2. (Figure 21).

3. (Figure 21).

4. , Figure 22.

   Important: , , .

   

   Figure 22

   1. ( )

5. , Figure 23.

   

   Figure 23

6. , Figure 22.

7. , , .

8. , 1 – 6, .

Note: , .

1. (Figure 27).

   

   Figure 27

   1. ( )

2. (Figure 27).

1. (Figure 28).

   

   Figure 28

   1. ( )
   3. ( )

2. (Figure 28).

   Note: .

1. , (Figure 33).

   

   Figure 33

   1. ( )
   5. R-

2. (Figure 33).

3. R- (Figure 33).

4. , 1 – 3, .

5. , (Figure 34).

   

   Figure 34

   3. ( )

6. , , , (Figure 35).

   Note: , 7 10.

   

   Figure 35

   1. ( )
   3. (– )

7. , (Figure 35).

   Note: , .

1. (Figure 37).

   

   Figure 36

   1. ( )
   2. C3 ( )
   3. C4 ( )
   4. ( )
   5. ( )
   6. ( )
   

   Figure 37

   1. ( )
   2. C3 ( )
   3. C4 ( )
   4. ( )
   5. ( )
   6. ( )

2. C2 C4 (Figure 37).

3. (Figure 37).

4. C1 C3 (Figure 37).

   Note: .

: 91

Note: , , .

1. .

2. , (Figure 38).

   Note: , .

   

   Figure 38

   2. ( )

3. (5/16 ) (5/16 x 3/4 ), (Figure 39).

   

   Figure 39

   1. (5/16 )
   3. (5/16 x 3/4 )

4. (Figure 39).

5. , .

: 91

Note: , .

Note: , , .

1. (5/16 x 1 ) (5/16 ), (Figure 40).

   

   Figure 40

   1. ( )
   3. (5/16 x 1 )
   5. ( )
   6. (5/16 )

2. (Figure 40).

   Note: , , .

3. (Figure 40).

4. 2 (Figure 40).

   Note: .

5. , 1 – 3, .

6. , 1 – 4 , .

1. :

   • : 2 (5/16 ) 2 (5/16 x 1 ), , (Figure 41).

     

     Figure 41

     1. ( )
     2. (5/16 )
     4. (5/16 x 1 )

   • : 2 (5/16 ) 2 (5/16 x 1 ), TEC , (Figure 42).

     

     Figure 42

     1. ( )
     2. TEC
     3. (5/16 x 1 )
     5. (5/16 )

2. , .

   Note: , , , .

: 41

1. , .

2. (Figure 43).

   

   Figure 43

3. , 4 (1/2 x 1-1/4 ) 4 (1/2 ), (Figure 44).

   

   Figure 44

4. 4 (1/2 x 1-1/4 ) 4 (1/2 ), , (Figure 45).

   Note: .

   

   Figure 45

   1. (1/2 x 1-1/4 )
   2. ( )
   3. ( )
   4. (1/2 )

1. , (Figure 46Figure 47).

   Note: , 6.

   

   Figure 46

   1. (5/16 )
   2. (3/4 )
   4. ( 3/4 )
   5. (3/4 )
   

   Figure 47

   1. (5/16 )
   3. (5/16 x 3/4 – )

2. (12 x 1-1/4 ), (3/4 ) , (Figure 48).

   Note: , (5/16 x 3/4 , ); .

   

   Figure 48

   3. (5/16 x 3/4 , )
   4. (3/4 )
   5. ( )
   6. (12 x 1-1/4 )
   7. (3/4 )

3. (Figure 46Figure 47).

4. , 12, .

   Note: , , 67.

5. ( 3/4 ), , (Figure 46).

   Note: , , .

: 41

1. .

2. 2 (3/8 x 1 ) 2 (3/8 ), , (Figure 49).

   

   Figure 49

   1. (3/8 x 1 )
   3. ( )
   4. (3/8 )
   5. ( )

3. 2 (3/8 x 1 ) 2 (3/8 ), , (Figure 49).

   Note: , , 34.

1. (3/8 x 1 ) (3/8 ), (Figure 50).

   

   Figure 50

   2. (3/8 x 1 )
   4. (3/8 )

2. (1/2 x 1-1/4 ) (1/2 ), , (Figure 51).

   

   Figure 51

   1. (1/2 x 1-1/4 )
   2. ()
   4. (1/2 )
   5. ()

   Note: , , 27. .

3. .

1. (Figure 52).

   

   Figure 52

   1. (3/8 )
   2. ( )
   3. ( )
   4. (3/8 x 1 )

2. , , (Figure 52) (3/8 x 1 ) (3/8 ), 1.

3. (Figure 52).

4. , , (Figure 52) (3/8 x 1 ) (3/8 ) GeoLink (Figure 52).

5. (Figure 53).

   

   Figure 53

   3. ()
   5. (1/2 x 1-1/4 )
   6. ()
   7. (1/2 )

6. (Figure 53).

7. , , (1/2 x 1-1/4 ) (1/2 ), 2, 4 (1/2 x 1-1/4 ) 4 (1/2 ) GeoLink (Figure 53).

8. 3/8 37 45 ∙.

9. 1/2 91 113 ∙.

: 55

1. .

2. , Figure 54.

   

   Figure 54

   1. (3/8 x 1 )
   2. ( )
   3. ( )
   4. (3/8 )
   5. ( )
   6. ( )

3. (Figure 54) (3/8 x 1 ) (3/8 ), 23.

4. , 23, (Figure 54).

5. 37 45 ∙.

1. , .

2. GeoLink, , (Figure 55).

   

   Figure 55

   1. (5/16 x 3/4 , )
   4. (1/2 )
   5. (12 x 1-1/4 )

3. , 25 , ( 5 6), (Figure 55Figure 56).

   

   Figure 56

   1. 13 x 250 (1/2 x 10 – 5 6)
   3. 13 (1/2 )
   4. 13 x 810 (1/2 x 32 – 5 6)

4. (Figure 55) (1/2 ).

5. (Figure 55) (12 x 1-1/4 ); 14 18∙.

   Important: , 5.

   Note: , (5/16 x 3/4 ).

6. , , 12, , 35, (Figure 55Figure 56), 25 (10 ).

7. , 4, 35 ( 5 6) (Figure 55Figure 56).

1. 13 (10 ) (Figure 57).

   

   Figure 57

   1. 13 x 250 (1/2 x 10 )
   2. ( )
   3. 13 x 810 (1/2 x 32 )

2. (Figure 57).

3. (5/16 x 3/4 ) , , (5/16 ) GeoLink (Figure 58).

   

   Figure 58

   1. (5/16 )
   2. ()
   3. (5/16 x 3/4 , )

4. 13 (10 ) (Figure 57).

5. (Figure 57).

6. (5/16 x 3/4 ) (Figure 58) , , (5/16 ), 14.

7. 1978 2542 ∙.

8. 13 x 810 (1/2 x 32 ) (Figure 57).

9. , 1 – 8, (Figure 57Figure 58).

1. :

   • , (Figure 59).

     

     Figure 59

     1. ( )
     2. ( – )
     3. ()

   • , .

     

     Figure 60

     1. ( )
     3. ( )

2. , (Figure 61).

   Note: , .

   

   Figure 61

   2. ()

3. .

   Note: .

1. 3 , 3 , (Figure 62).

   

   Figure 62

2. , (Figure 62).

3. , (Figure 63).

   Note: . – .

   

   Figure 63

   1. ( )

4. 3 , 3 , (Figure 64).

   

   Figure 64

   2. – ( )
   3. ( )

5. (Figure 64).

6. 180° (Figure 64).

7. 3 3 , 4 (Figure 64).

8. (Figure 65).

   

   Figure 65

   1. ( )

9. , 3 (Figure 65).

10. 3 , (Figure 62) , 1.

Note: GeoLink 10 , 3 .

1. (1/4 x 3/4 ) (1/4 ), (Figure 66).

   Note: 2 .

   

   Figure 66

   1. (1/4 x 3/4 )
   4. (1/4 )

2. (1/4 x 3/4 ) (1/4 ), (Figure 66).

3. 40–64 25 x 35 , (Figure 66).

   Note: 2 , 2 , , 3 .

   

   Figure 67

   2. ( )
   3. 25 x 35
   4. 40–64

4. 3 (Figure 67).

5. 3 (Figure 68).

   

   Figure 68

   2. ( )

6. 51 38 , (Figure 69).

   Note: , .

   

   Figure 69

   1. ()
   3. 51

1. 3- FLOW METER () 3- (Figure 70).

   

   Figure 70

   1. 3- ()
   2. 3- ( – )

2. 2 (Figure 70).

3. 4 (5/16 x 3/4 ), , (Figure 71).

   Note: 4 , ; .

   

   Figure 71

   1. (5/16 x 3/4)

1. (Figure 72).

   

   Figure 72

   1. (5/16 x 3/4)

2. 4 , 3, 1978 2542∙.

3. 2 (Figure 73).

   

   Figure 73

   1. (1/2 x 4-1/4 )
   4. (1/4 )

4. , 3 (Figure 73).

5. (Figure 73) 2 (1/4 x 4-1/2 ) 2 (1/4 ).

6. , 45, , 3.

7. 1017 1243 ∙.

Figure 74

1. 102 – ASC10 1 10
2. 89 – , , , ,
3. 457
4. 84 –

Figure 75

1. 61 –
2. 23 –
3. 60 – ,
4. 66 – ASC 10, 50, , . . 2 , ASC 10 CAN X25

1. 84 , 60 66 (Figure 74Figure 75).

2. 84 , 60 66 (Figure 76Figure 77).

   

   Figure 76

   1. 457
   2. 84, 60 66
   5. 102
   6. 89
   

   Figure 77

   2. 457
   3. 102 – ASC10 1 10
   4. 89 – , , , ,

3. 84, 60 66 (Figure 79Figure 80).

   

   Figure 78

   

   Figure 79

   1. 84 –
   2. 60 – ,
   3. 66 – ASC 10 ENABLE RELAY ( ASC 10), 50, , SW’D PWR FOR GEN 2 TOPCON ( . . 2 ), ASC 10 CAN X25
   4. 102 – ASC10 1 10
   5. 457
   

   Figure 80

   1. 457

4. 84, 60 66 (Figure 81).

   

   Figure 81

   1. 457
   3. 60 – ,

5. 84 , 60 66 , Figure 82.

   

   Figure 82

   2. 66 – ASC 10, 50, , . . 2 , ASC 10 CAN X25
   3. 60 – ,
   4. 457

6. , Figure 80, Figure 81Figure 82.

7. 89 , Figure 83.

   

   Figure 83

   2. 89 – , , , ,
   3. 3- (CENTER SPRAY [ ])
   4. 3- (NOZZLE VALVE 5 [ 5])
   5. 102 – ASC10 1 10
   6. 40- (ASC 10)

8. 102 , Figure 83.

1. 3- 89 LEFT SPRAY ( ) 3- LEFT SPRAY VALVE ( ) (Figure 84).

   

   Figure 84

   2. 3- – 89 (RIGHT SPRAY [ ])
   3. 3- ( – RIGHT SPRAY VALVE [ ])

2. 3- CENTER SPRAY ( ) 3- CENTER SPRAY VALVE ( ) (Figure 84).

3. 3- RIGHT SPRAY ( ) 3- RIGHT SPRAY VALVE ( )).

4. (Figure 84).

1. 3- 89 FLOW METER () 3- (Figure 85).

   

   Figure 85

   1. 3- ()
   2. 3- ( 89 – )

2. 3- 89 MASTER VALVE ( ) 3- MASTER SPRAY VALVE ( ) (Figure 86).

   

   Figure 86

   1. 3- (– )
   2. 3- ( 89 – MASTER VALVE [ ])
   3. 3- ( 89 – MASTER VALVE [ ])
   4. 3- ( – MASTER SPRAY VALVE [ ])

3. 3- 3- 89 MASTER VALVE ( ) (Figure 86).

4. 4- 4- 89 RATE VALVE ( ) (Figure 87).

   

   Figure 87

   1. 4- ( 89 – RATE VALVE [ ])
   2. 4- (– )

1. (1 x 5-3/4 ) (1 x 2 ) ( 3/4 1-1/2 ) (Figure 88).

   

   Figure 88

   1. (1 x 2 )
   2. ( 3/4 1-1/2 )
   3. (1 x 5-3/4 )
   5. (1 x 16 )

2. (1 x 5-3/4 ) , Figure 88, .

3. (1 x 16 ) (Figure 88).

1. (1 x 2 ) , 38 51 , 6.

   

   Figure 89

   1. ()
   2. 38
   3. 51
   4. (1 x 2 )

2. (Figure 89).

, :

1. (NPT 1 x 3/4 ).

   

   Figure 90

   1. (NPT 1 x 3/4 )
   2. (– 3/4 )
   4. ( 3/4 1-1/5 )
   5. (1 x 26 )
   6. (1 x 1 x 1 )

2. (– 3/4 ) (NPT 1-3/4), Figure 90.

3. (NPT 1-3/4) (1 x 26 ) (Figure 90).

4. , Figure 90, .

5. , 24, , .

6. (Figure 90).

1. 2 (Figure 91), , .

   

   Figure 91

   1. ()

2. (Figure 91).

3. , 1.

4. , 23, .

1. (Figure 92).

   

   Figure 92

   2. ( )

2. , 2.

1. ASC 10 , 4- (Figure 96).

   

   Figure 96

   1. (4 x 10 )
   2. 10
   3. ASC 10
   4. 4-
   5. (4 )

2. (Figure 96) 3 (4 x 10 ) 3 (4 ).

   Note: ASC 10.

3. 234 286 ∙.

1. , 1 7 (Figure 97).

   

   Figure 97

   1. ( 2 7)
   2. ( 1)
   4. ( 1)

2. 1 7 (Figure 97).

3. , 5 6, (Figure 98).

   Note: ; , .

   

   Figure 98

   1. – ( 5)
   2. ( )
   4. – ( 6)

4. , 1 7 (Figure 99).

   

   Figure 99

   1. –
   2. 1
   4. 5

5. 1 5 (Figure 99).

6. 180° (Figure 100).

   

   Figure 100

   1. – ( )
   2. 1

7. (Figure 100), 4.

8. , 57, 6 7 (Figure 101).

   

   Figure 101

   1. – ( )
   3. 7

9. 5 6 , (Figure 100).

   

   Figure 102

   2. ( )
   3. – ( 5)
   4. – ( 6)

10. 1 7 (Figure 97) , 1.

1. 3 (Figure 103), 8, 7 , 4.

   Important: , GeoLink : – 8, – 9, – 10.

   

   Figure 103

   1. – ( – 8)
   4. – 7 ( GeoLink)

2. 8 7 , , 8.

   

   Figure 104

   1. (– )

3. 10 (Figure 105Figure 106) 2 (1/4 x 3/4 ) 2 (1/4 ), 2.

   

   Figure 105

   1. (1/4 x 3/4 )
   2. 10
   3. (1/4 )
   5. ()
   

   Figure 106

   1. (1/4 x 3/4 )
   2. 10
   3. (1/4 )
   5. ()

4. 1017 1243∙.

: 23

1. , (Figure 107).

   

   Figure 107

2. (Figure 108).

   

   Figure 108

   1. ( )
   2. ( )
   3. (5/16 )
   4. (5/16 x 3/4 )

3. (Figure 108Figure 109) 4 (5/16 x 3/4 ) 4 (5/16 ).

   

   Figure 109

   1. (5/16 x 3/4 )
   2. ( )
   3. (5/16 )
   4. ( )

4. , 23, .

5. 1978 2542 ∙.

1. (1 x 16 ) (1 ), Figure 110.

   

   Figure 110

   1. (1 )
   3. (1 x 16 )
   4. ( )

2. (Figure 110).

3. / , Figure 110.

4. / (Figure 110) (1 x 16 ).

1. , 2.

2. 10 (Figure 111).

   

   Figure 111

   1. ( )
   2. –

3. (Figure 111).

4. , 13, 1.

1. () (Figure 112).

   

   Figure 112

   1. – ( 10)
   2. ( )

2. (Figure 112), 3 – .

3. , 12, .

1. (Figure 113).

   

   Figure 113

   1. ( )
   3. 3- ( – 10)
   4. 3- ( – 8)
   5. 3- ( – 9)
   

   Figure 114

   1. 3- ( – 1)
   2. 3- – 89 ( 1)
   3. ( 1)

2. 3- (Figure 114) 89 NOZZLE VALVE 1 ( 1) 3- ( 1).

   Note: 1 10 , .

3. 3- (Figure 114) 89 NOZZLE VALVE 2 ( 2) 3- ( 2).

4. 3- 89 3- (Figure 114).

   Note: , 3- .

1. , 3, 16 (5/8 ) (Figure 115).

   Note: , .

   

   Figure 115

   1. ( )
   3. (5/16 )
   4. (5/16 x 3/4 )

2. , (Figure 115).

3. 1978 2542 ∙.

4. , 13, .

1. , , (1/4 x 24-3/4 ) C3 (Figure 116).

   

   Figure 116

   1. ( )
   2. (1/4 x 24-3/4 )
   3. 3 ( )
   4. ( )
   5. 4 ( )

2. , , (1/4 x 24-3/4 ) C4 (Figure 116).

3. , , (1/4 x 24-3/4 ) C1 (Figure 117).

   

   Figure 117

   1. 1 ( )
   2. (1/4 x 24-3/4 )
   3. ( )
   4. 2 ( )
   5. ( )

4. , , (1/4 x 24-3/4 ) C2 (Figure 117).

5. (Figure 116Figure 117) 21 26 ∙.

6. , (Figure 116Figure 117), 24 30 ∙.

1. (Figure 118).

   

   Figure 118

   1. (5/16 )
   4. ( 3/4 )

2. (5/16 ), (Figure 118).

3. , 21, .

   Note: , .

   Note: , , .

4. , 2 – 3, .

5. 8 , 1, (12 x 1-1/4 ), (3/4 ) , (Figure 119).

   Note: (5/16 x 3/4 , ); .

   

   Figure 119

   3. (5/16 x 3/4 , )
   4. (3/4 )
   6. (# 12 x 1-1/4 )
   7. ( 3/4 )

: 91

1. , .

2. 31,8 (1-1/4 ) (Figure 120).

   

   Figure 120

   2. ( )

3. (Figure 121).

   

   Figure 121

   1. ( )
   2. (5/16 x 1 )
   4. ( )
   5. (5/16 )

4. , , (5/16 x 1 ) (5/16 ), 2.

5. 1978 2542 ∙.

6. 25 (1 ) (Figure 122).

   

   Figure 122

   2. ( )
   4. 25 (1 ) –

7. (Figure 122), 2.

8. , 1 – 7, .

(Figure 123) , :

Note: . Figure 124 1 4, Figure 125 5 6Figure 126 7 10.

Figure 123

1. 279 — 1
2. 188 — 4
3. 1
4. 10
5. 188 — 9
6. 279 — 12
7. 234 — 2
8. 188 — 3
9. 81 — 5 6
10. 81 — 7 8
11. 188 — 10
12. 234 — 11

1. 279 1 (Figure 124).

   Note: , .

   

   Figure 124

   1. 1
   2. 2
   3. 3
   4. 4
   6. 279
   7. 234
   8. 188
   9. 188

2. (Figure 124).

3. 234 2 (Figure 124).

   Note: , .

4. (Figure 124).

5. 188 3 (Figure 124).

   Note: , .

6. (Figure 124).

7. 188 4 (Figure 124).

   Note: , .

8. (Figure 124).

Note: 81 .

1. 81 5 (Figure 125).

   Note: , .

   

   Figure 125

   1. 5
   3. 6
   4. 81
   5. 81

2. (Figure 125).

3. 81 6 (Figure 125).

   Note: , .

4. (Figure 125).

1. 188 7 (Figure 126).

   Note: , .

   

   Figure 126

   2. 7
   3. 8
   4. 9
   5. 10
   6. 188
   7. 188
   8. 234
   9. 279

2. (Figure 126).

3. 188 8 (Figure 126).

   Note: , .

4. (Figure 126).

5. 234 9 (Figure 126).

   Note: , .

6. (Figure 126).

7. 279 10 (Figure 126).

   Note: , .

8. (Figure 126).

1. 1, 2, 3 4 R- (Figure 127Figure 128).

   

   Figure 127

   

   Figure 128

   3. R-
   5. (1/2 )
   7. R-
   8. R-

2. 7, 8, 9 10 R- (Figure 127Figure 128).

3. 279 (3/4 ) 1 10, Figure 127Figure 128.

4. 234 (3/4 ) 2 9, Figure 127Figure 128.

5. 188 (3/4 ) 3 8, Figure 127Figure 128.

   Note: .

6. 188 (3/4 ) 4 7, Figure 127Figure 128.

   Note: .

7. 4 , Figure 128.

1. (Figure 129) (1/2 ).

   

   Figure 129

   1. (5/16 x 3/4 – )
   4. (1/2 )
   5. (# 12 x 1-1/4 )

2. (Figure 129) (12 x 1-1/4 ); 14 18∙.

   Note: , (5/16 x 3/4 ).

3. :

   • 1 4 ( A Figure 130) (5/16 ), 2.

   • 2 3 ( A B Figure 130) (5/16 ), 2.

   

   Figure 130

   1. (5/16 )
   5. ( 5/16 x 3/4 )

4. 1978 2542 ∙.

5. , 14, .

6. , 1 – 5, .

1. 3- 61 PRESSURE TRANSDUCER GREEN WEDGE ( ) 3- (Figure 131).

   

   Figure 131

   1. 3- – 61 (PRESSURE TRANSDUCER GREEN WEDGE ( ))
   2. 3- ( )

2. 40- 102 40- ASC 10 (Figure 132).

   

   Figure 132

   1. 40- ( ASC 10)
   2. 40- ( 102)

3. 40- ASC 10 (Figure 132).

4. 4- TO ASC 10 ( ASC 10) 4- ASC 10 (Figure 133).

   

   Figure 133

   1. 4- (TO ASC 10 ( ASC 10))
   2. 4- ( ASC 10)

1. () (Figure 134).

   

   Figure 134

   1. ( )
   2. ( )

2. (Figure 134).

1. , 10 (Figure 135).

   

   Figure 135

   1. ()
   4. ( 10)
   5. ( )

2. , (Figure 135).

   

   Figure 136

   2. ()
   3. ( )

3. , 2, (Figure 136).

4. 10 , , 1, (Figure 137).

   

   Figure 137

   2. ( )
   3. ( 10)

5. () (Figure 138).

   

   Figure 138

   1. ( – )
   2. ( )

6. (Figure 138).

1. R- (Figure 140).

   

   Figure 139

   , 2016.

   1. – ( )
   2. – ( )
   3. R-
   5. ( )
   

   Figure 140

   , 2017.

   1. – ( )
   2. – ( )
   3. R-
   5. ( )

2. , (Figure 140).

3. 4 , Figure 140.

4. 2 , Figure 140.

1. , Figure 141.

   

   Figure 141

   2. ( )
   3. ( )
   4. ( )
   5. ( )
   7. ( )
   9. ( )

2. (Figure 141Figure 142).

   

   Figure 142

3. (Figure 141Figure 142).

4. , Figure 141.

5. (Figure 141Figure 142).

6. (Figure 141Figure 142).

1. , 9, (Figure 143).

   

   Figure 143

   1. – ( – )
   2. – ( – )
   4. – ( – )
   5. – ( – )

2. (Figure 143).

3. (Figure 143).

4. (Figure 143).

5. ( ) , (Figure 144).

   

   Figure 144

   1. – ( – )
   2. – ( – )
   3. ( – )
   4. ( – )

6. (Figure 144).

7. (Figure 144).

8. (Figure 144).

9. (Figure 140).

1. 5 , 11 (Figure 146), ( ) 11 , 2 ( 11 ) .

   

   Figure 146

   1. 11
   2. 5 (3/16 )
   3. (3/16 x 1/2)
   4. ( )

2. , 11 (3/16 ) 11 (Figure 146).

   Note: , , 56.

3. ( ) 11 (Figure 147).

   

   Figure 147

   1. 11
   2. ( )

4. 11 (Figure 148) 11 ( 114439 Toro)

   

   Figure 148

   1. 11
   2. ( )
   3. ( 114439 Toro)

5. ( ), 2, (Figure 149).

   

   Figure 149

   1. 11
   3. ( 114439 Toro)
   4. (3/16 )
   5. ( )

6. 11 ( 114439 Toro) 11 (3/16 ), 5.

   Note: (3/16 ) .

1. 4 ( 94-2413 Toro) ( 131-3703–03 Toro), Figure 150.

   

   Figure 150

   1. ( 94-2413 Toro)
   2. ( — 131-3703–03 Toro)

2. 2 25 (Figure 151).

   

   Figure 151

   1. ( )
   2. — 131-3703-03 Toro ( )
   3. ( )
   4. (3/8 — 104-8301 Toro)
   5. (3/8 x 1-1/4 — 110-5050 Toro)

3. ( 131-3703-03 Toro) , 2, , ; . Figure 151.

4. (Figure 151) 4 (3/8 x 1-1/4 — 110-5050 Toro) 4 (3/8 — 104-8301 Toro).

5. , 24, 2 , .

6. 37 45 .

1. (Figure 152).

   

   Figure 152

   4. (5/16 x 1-1/4 )

2. , 1 ( 11 ) , (Figure 152).

3. 4 (5/16 x 1-1/4 ), 1 ( 11 ) .

4. 2 ( 120-0629 Toro) 4 4 (Figure 152).

5. (Figure 152) 4 (5/16 x 1-1/4 — 323-36 Toro).

6. 1978 2542∙.

1. , (3/8 x 1 ) (Figure 153).

   

   Figure 153

   1. (3/8 x 3-1/4 )
   2. (3/8 x 13/16 )
   4. (3/8 )
   5. (3/8 x 1 )
   7. (3/8)
   8. (5/16 )
   9. (5/16 x 3/4 )

2. (3/8 x 3-1/4), (3/8 ), (3/8 x 13/16) (3/8 ), Figure 153.

3. (5/16 x 3/4 ) (5/16 ) (Figure 153).

4. , .

1. (3/8 x 7/16 ) (3/8 x 1-1/2), Figure 154.

   

   Figure 154

   1. ( [ROPS])
   2. (3/8 x 7/16 )
   4. (3/8 x 1-1/2 )

2. , .

3. (Figure 155).

   

   Figure 155

4. (5/16 x 3/4 ) (5/16 ) 1978 2542∙.

5. (Figure 155).

6. (3/8 x 3-1/4 ) (3/8 ) 37 45∙.

1. (Figure 156).

   

   Figure 156

   3. (5 )
   4. (5 x 16 )

2. (Figure 156) (5 x 16 ) (5 ).

3. 3 576 712 ∙.

Note: RTK, CDMA GSM RTK.

1. RTK , (Figure 157).

   Note: , RTK.

   

   Figure 157

   4. RTK ( )

2. (Figure 157).

3. RTK (Figure 158).

   

   Figure 158

   1. ( CDMA GSM)
   3. RTK

4. , , (Figure 158).

5. CDMA GSM (Figure 158).

6. CDMA GSM (Figure 158).

7. .

1. (Figure 159).

   

   Figure 159

   2. (5/8)
   3. (5/8 )
   5. ( )

2. (Figure 159).

3. (5/8) (5/8), , (Figure 159).

1. , Figure 160.

   

   Figure 160

2. (Figure 161) 3 (6 x 12 ).

   

   Figure 161

   2. (6 x 12)
   3. ( )

3. (Figure 162) U- (5/16 ).

   

   Figure 162

   1. (5/16 )
   2. ( )
   3. ( )
   4. U- (5/16 )

4. 3 (6 x 12 ) 972 1198∙; 1978 2542∙.

1. (Figure 163).

   

   Figure 163

   2. (5/8)
   3. (5/8 )
   5. ( )

2. (Figure 163) (5/8) (5/8), 3.

3. 206 254 ∙.

4. , 2, (Figure 169).

1. (Figure 164) (5/16 x 3/4 ) (5/16 ).

   

   Figure 164

   1. ( )
   2. (5/16 x 3/4 )
   4. (5/16 )

2. 1978 2542 ∙.

3. (Figure 165).

   

   Figure 165

   1. ()

4. , , (Figure 165).

1. 2 2 , (Figure 169).

   

   Figure 169

   1. (1/4 )
   4. (300 A)

2. (Figure 169).

   Note: , (300) .

3. (10-24 x 3/4 ) (10-24), (Figure 170).

   Note: (10-24 x 3/4 ) (10-24) , (540).

   

   Figure 170

   3. (3/8 x 3/4 )
   4. (10-24 x 3/4 )

4. 2 (3/8 x 3/4 ), (Figure 170).

   Note: (3/8 x 3/4 ) , (540).

5. 2 (Figure 171).

   

   Figure 171

6. (Figure 172).

   Note: , .

   

   Figure 172

1. (Figure 173).

   

   Figure 173

2. (Figure 174) (3/8 x 3/4 ), 4 (300) ..

   

   Figure 174

   4. (10-24 x 3/4 )
   5. (3/8 x 3/4 )

3. 37 45 ∙.

4. (Figure 174) (10–24 x 3/4 ) (10-24), 3 (300) ..

5. , (5/16 x 1-3/4 ), (5/16 ), (5/16 ), Figure 175.

   

   Figure 175

   1. (540)
   3. (5/16 x 1-3/4 )
   4. (5/16 )
   6. (5/16 )

6. 1978 2542 ∙.

1. , 11 , 2 , Figure 176, 7 10 .

   Note: .

   

   Figure 176

   1. ( )
   2. ( 11 )

2. , 1, Figure 177.

   

   Figure 177

   2. ( )

3. 61 75∙.

1. (Figure 178).

   Note: .

   

   Figure 178

   1. ()
   2. ( )

2. , (Figure 178).

3. 4 (1/4 x 1 ) 4 (1/4 ), (Figure 179).

   Important: .

   Note: .

   

   Figure 179

   1. (1/4 x 1 )
   2. (1/4)
   3. ( )

4. ( ) (Figure 180).

   

   Figure 180

   1. 279
   2. ( )
   3. (1/4 x 2-1/4 )
   4. (1/4)

5. (1/4 x 2-1/4 ) (1/4 ).

6. 1017 1243 ∙.

7. , 9,5 4,5 .

   

   Figure 181

   1. ()
   2. ( )

8. 37 44 ∙.

1. (60 A) (Figure 182) (3/8 x 1-1/2 ).

   

   Figure 182

   1. (8)– (60)
   2. ( )
   3. (8 x 25)
   4. (3/8 x 1-1/2 )
   5. ( 10 [3/8 ])– (60 A)
   6. (3/8-16)–

2. (Figure 182) (8 x 25).

3. 279 (Figure 183).

   

   Figure 183

   1. (– 60 A)
   3. 279

4. (Figure 184) , 9,5 4,5 279.

   

   Figure 184

   1. (8 x 25)
   2. (3/8 x 1-1/2 )
   3. 9,5

5. (8 x 25) 23 29∙.

6. (3/8 x 1-1/2 ) 37 45∙.

1. 2- 57 (Figure 185) 2- (50).

   

   Figure 185

   1. 2- – (50)
   2. 2- – , , 57

2. .

3. (Figure 186) (50).

   

   Figure 186

   1. (– 6)
   3. – (50)

4. 6 (50) (Figure 186).

5. .

6. 47 57 ∙.

7. (Figure 186).

1. 5- 5- (Figure 187) ASC 10 ENABLE RELAY ( ASC 10).

   

   Figure 187

   1. ( )
   4. 5- (ASC 10 ENABLE RELAY [ ASC 10])

2. (Figure 187).

1. .

2. 3 4 ( ) 2, Figure 188.

   

   Figure 188

   1. 3 ()
   3. 2– 4 ( )

3. 10, 2– 4.

   

   Figure 189

   3. ( 10)

4. , , 3 (Figure 189).

5. , 4, 51 (Figure 190).

   

   Figure 190

   1. ( 10)
   2. – 51

6. (15) 2 3 (Figure 191).

   

   Figure 191

   1. 2 ( 3)
   2. (15A)

7. (50) (Figure 192).

   

   Figure 192

   2. (50A)

Figure 193

1. () 100
2. 100
3. 220
4. ( ) 100
5. ( ) 390
6. ( ) 13
7. ( ) 220

Important: . .

3- ( ) 3- ( ) (Figure 193).

Figure 194

1. 3- – (SYSTEM POWER SEPARATION [ ])
2. 3- – ( )

Figure 195

1. 12- () ( )
2. 12- () ( )
3. ( ) 390

1. 390 .

   

   Figure 196

   2. 12- – 390

2. 390 ROPS , 12- () 12- () , (Figure 197).

   

   Figure 197

   1. 12- , () —
   2. 12- , () —
   3. 12- () —
   5. 12- (-) —
   7. 390

3. - 12- () 12- (Figure 198).

   Note: ; .

   

   Figure 198

   1. – ( () 12- – )
   2. – ( () 12- – )
   3. – ( 12- – )
   4. – (- 12- – )

4. - 12- () 12- , (Figure 198).

5. 12- () 12- (Figure 198).

   Note: ; .

6. 12- () 12- , (Figure 198).

7. 390 ROPS , Figure 197.

   Note: 12- .

Figure 199

1. 1- – (***IMPORTANT*** ONLY CONNECT THIS WIRE TO SWITCHED 12V POWER SOURCE [*** !***– 12])
2. ( ) 100

Figure 200

1. 4- (CAN 2/ASC10 BUS [ CAN 2/ ASC10])
2. ( ) 13

1. (Figure 201).

   

   Figure 201

   1. 220 ( [ ] 100 )
   2. ( ) 390
   3. ( )

2. 390 , Figure 201.

3. 1- ***IMPORTANT*** ONLY CONNECT THIS WIRE TO SWITCHED 12V POWER SOURCE [*** !*** 12] 1- 66 (Figure 202) SW’D PWR FOR GEN 2 TOPCON ( . . 2 ).

   

   Figure 202

   1. 1- – (***IMPORTANT*** ONLY CONNECT THIS WIRE TO SWITCHED 12V POWER SOURCE [*** !*** 12])
   3. 4- – 66 (ASC 10 PWR & CAN FROM X30 [ ASC 10 CAN X30])
   5. 1- – 66 (SW’D PWR FOR GEN 2 TOPCON [ . . 2 ])
   6. 4- – (CAN 2/ASC10 BUS [ CAN 2/ASC10])

4. 4- 66 ASC 10 PWR & CAN FROM X30 ( ASC 10 CAN X30) 4- CAN 2/ASC10 BUS [ CAN 2/ASC10] (Figure 202).

5. 390 (Figure 201Figure 203).

   

   Figure 203

   1. ( ) 220
   2. 220
   5. ( ) 390

6. (Figure 203) 220 .

7. 220 (Figure 203).

   Note: , 100 ( ) .

8. ( 26- ) 220 (Figure 203).

Figure 204

1. 26- — ( )
2. ( ) 220

1. ( 26- ) 220 (Figure 205).

   

   Figure 205

   1. ()
   2. 220 —

2. 220 (Figure 205).

3. 26- 26- , (Figure 206).

   

   Figure 206

   1. 26- ( )
   2. 26- — ( )

4. 220 , , Figure 205.

1. (Figure 207).

   

   Figure 207

   2. (1/4 – )
   3. (1/4 – )
   5. ( )
   6. ( )

2. (Figure 208).

   

   Figure 208

   1. ( )

3. , , Figure 207.

4. (Figure 208).

   Note: , , .

5. , 24, .

Figure 209

1. 220
2. 10 A ()
3. ()

1. , , Figure 210.

   

   Figure 210

   1. ( – , )

2. (Figure 211) :

   Note: , () , , .

   1. – 22 BATTERY (+) [(+) ]

   2. – 220 ***IMPORTANT*** CONNECT THIS WIRE TO POSITIVE ON BATTERY (*** !*** )

   3. – 60 TO BATTERY POSITIVE ( )

   4. ()– (50A)

   5. ()–

   

   Figure 211

   1. ()– (50A)
   2. ()–
   3. (1/4 – )
   4. (1/4 – )
   5. – 60 (TO BATTERY POSITIVE [ ])
   6. – 220 (***IMPORTANT*** CONNECT THIS WIRE TO POSITIVE ON BATTERY [*** !*** ])
   7. ( )
   8. – 22 (BATTERY (+) [(+) ])

3. (1/4) (1/4) 1017 1234∙.

4. , , (Figure 211).

5. (Figure 212) :

   Note: , () , , .

   1. – 220 (***IMPORTANT*** CONNECT THIS WIRE TO – VE TERMINAL OF BATTERY WHICH IS CONNECTED TO TRACTOR FRAME) [*** !*** , ])

   2. – 60 –

   3. ()–

   

   Figure 212

   1. ()–
   2. (1/4 – )
   3. (1/4 – )
   4. – 60 –
   5. – 220 (***IMPORTANT*** CONNECT THIS WIRE TO – VE TERMINAL OF BATTERY WHICH IS CONNECTED TO TRACTOR FRAME) [*** !*** , ])).
   6. ( )

1. , (Figure 213).

   

   Figure 213

2. (Figure 213).

3. (Figure 213).

4. , , .

   , .

1. (Figure 214).

   

   Figure 214

2. 9 (Figure 214).

3. 2 (2-) 2- (Figure 215).

   

   Figure 215

   2. 2- ( )
   3. 2- ()

1. (Figure 215).

   

   Figure 216

   5. (9/16 x 1/2 )

2. 6 (Figure 216).

3. , Figure 216.

   

   Figure 217

   1. (5/16 )
   2. (5/16 x 1 )

4. , , (Figure 217) (5/16 x 1 ) (5/16 ), 2.

5. (Figure 218).

   

   Figure 218

6. (5/16 x 1 ) 1978 2542 ∙.

7. , 1 – 6, .

1. (Figure 219).

   

   Figure 219

2. (Figure 219).

3. , (Figure 219).

1. (Figure 220).

   

   Figure 220

2. (Figure 221).

   

   Figure 221

   4. ( ).

3. (Figure 221).

4. (Figure 221).

5. (Figure 222).

   

   Figure 222

   2. ()

6. 2- , (Figure 223).

   

   Figure 223

   1. 2- ( )

7. , , , .