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WWW.CHELLINOCRANE.COM  

  

815-723-2829

WWW.CHELLINOCRANE.COM  

  

815-723-2829

915 ROWELL AVENUE

JOLIET, ILLINOIS 60433

915 ROWELL AVENUE

JOLIET, ILLINOIS 60433

815-723-2829

815-723-2829

GR-1000XL RATED LIFTING CAPACITIES (IN POUNDS)

ON RUBBER

A

Stationary

Creep

Over Front

360

o

Rotation

Over Front

39.4'

68.1'

96.8'

39.4'

68.1'

96.8'

39.4'

68.1'

96.8'

B

C

(12m)

C

(20.8m)

C

(29.5m)

C

(12m)

C

(20.8m)

C

(29.5m)

C

(12m)

C

(20.8m)

C

(29.5m)

12'

66

60,000

66

38,000

66

45,000

15'

61

49,600

61

28,500

61

36,600

20'

52

37,500

70

35,000

52

17,500

70

52

26,800

70

29,200

25'

41

28,500

65

29,500

74

22,900

40

10,400

65

73

14,000

40

20,500

65

22,800

74

22,900

30'

25

21,500

60

24,000

71

21,500

25

6,500

60

70

10,000

25

15,600

60

18,200

71

18,900

35'

55

19,200

67

19,500

55

67

7,400

55

14,800

67

15,500

40'

49

15,200

64

16,000

49

63

5,400

49

12,000

64

12,900

45'

43

12,200

60

13,000

43

60

3,900

43

9,800

60

10,600

50'

36

9,700

57

10,600

36

56

2,700

36

7,900

57

8,900

55'

27

8,000

53

8,800

53

1,700

27

6,500

53

7,300

60'

13

6,500

49

7,400

 13

5,200

49

6,100

65'

45

6,100

44

5,000

70'

40

5,000

40

4,100

75'

35

4,100

34

3,200

80'

28

3,400

28

2,500

85'

20

2,700

D

0

0

28

45

0

Telescoping conditions (%)

Tele.

mode

I, II

II

II

I, II

II

II

I, II

II

II

2nd boom

0

0

0

0

0

0

0

0

0

3rd boom

0

33

66

0

33

66

0

33

66

4th boom

0

33

66

0

33

66

0

33

66

Top boom

0

33

66

0

33

66

0

33

66

LIFTING CAPACITIES AT ZERO DEGREE BOOM ANGLE ON RUBBER OPERATION

A

Stationary

Creep

Over Front

360

o

Rotation

Over Front

39.4'

68.1'

96.8'

39.4'

39.4'

68.1'

96.8'

C

B

(12m)

B

(20.8m)

B

(29.5m)

B

(12m)

B

(12m)

B

(20.8m)

B

(29.5m)

0

32.2'

19,300

60.8'

6,300

89.1'

2,100

32.2'

5,100

32.2'

14,100

60.8'

5,000

89.1'

1,400

A

 :Boom length in feet

B

 :Load radius in feet

C

 :Loaded boom angle (

o

)

D

 :Minimum boom angle (

o

) for indicated length (no load)

NOTE: The lifting capacity data stored in the LOAD MOMENT INDICATOR (AML-C) is based 

on the standard number of parts of line listed in the chart.

Standard number of parts of line for rubber operation should be according to the 

following table.

Boom length in feet

39.4'

39.4' to 96.8'

Single top

(meters)

(12m)

(12m to 29.5m)

Jib

Number of parts of line

6

4

1

WARNING AND OPERATING INSTRUCTIONS

FOR ON RUBBER LIFTING CAPACITIES

1. Rated lifting capacities on rubber are in pounds and do not exceed

6. Over front operation shall be performed within two degrees in front of

75 % of tipping loads as determined by SAE J765-Crane Stability

chassis.

Test Code.

7. On rubber lifting with "jib" is not permitted. Maximum permissible

2. Rated lifting capacities shown in the chart are based on condition

boom length is 96.8 ft. (29.5m).

that crane is set on firm level surfaces with axle oscillation lockout 

8. When making lift on rubber stationary, set parking brake.

applied. Those above bold lines are based on tire capacity and 

9. For creep operation, boom must be centered over front of machine,

those below, on crane stability. They are based on actual load 

slewing lock engaged, and load restrained from slewing. Travel slowly

radius increased by tire deformation and boom deflection.

and keep the lifted load as close to the ground as possible, and

3. If the axle oscillation lockout cylinders contain air, the axle will not 

especially avoid any abrupt steering, accelerating or braking.

be locked completely and rated lifting capacities may not be 

10. Do not operate the crane while carrying the load.

obtainable. Bleed the cylinders according to the operation safety 

11. Creep is motion for crane not to travel more than 200' (60 m) in any

and maintenance manual.

30 minute period and to travel at the speed of less than 1 mph 

4. Rated lifting capacities are based on proper tire inflation, capacity

(1.6km/h).

and condition. Damaged tires are hazardous to safe operation of

12. For creep operation, choose the drive mode and proper gear

crane.

according to the road or working condition.

5. Tires shall be inflated to correct air pressure.

Tires

Air Pressure

29.5-25 34PR

57 psi (400kPa)

1,800

20,000

14,000

9,500

6,500

4,500

3,000

15

Summary of Contents for GR-1000XL

Page 1: ...Dimension is with boom angle at 1 5 degree Feet Meters Turning radius 4 wheel steer 22 4 6 8 2 wheel steer 39 1 11 9 Tail swing of counterweight 13 9 4 19 Specifications are subject to change without...

Page 2: ...n motor through planetary slewing speed reducer Continuous 360 o full circle slewing on ball bearing turn Left side 1 man type steel construction with sliding door access table at 1 5min 1 rpm Equippe...

Page 3: ...t mesh TIRES 29 5 25 34PR OR 3 speeds high range 2 wheel drive 4 wheel drive 3 speeds low range 4 wheel drive OUTRIGGERS Four hydraulic beam and jack outriggers Vertical jack cylinders equipped with i...

Page 4: ...tric system Roof window wiper and washer 7 3 ton 6 6 metric ton hook ball with swivel Power window cab door 100 ton 90 7 metric ton 8 sheaves with swivel hook block Rear view mirrors right and left si...

Page 5: ...CHELLINOCRANE COM 815 723 2829 WWW CHELLINOCRANE COM 815 723 2829 915 ROWELL AVENUE JOLIET ILLINOIS 60433 915 ROWELL AVENUE JOLIET ILLINOIS 60433 815 723 2829 815 723 2829 GR 1000XL WORKING RANGE CHAR...

Page 6: ...CHELLINOCRANE COM 815 723 2829 WWW CHELLINOCRANE COM 815 723 2829 915 ROWELL AVENUE JOLIET ILLINOIS 60433 915 ROWELL AVENUE JOLIET ILLINOIS 60433 815 723 2829 815 723 2829 GR 1000XL WORKING RANGE CHAR...

Page 7: ...23 14 600 40 11 600 41 15 000 49 12 300 50 15 200 56 12 700 56 13 800 61 13 200 61 14 300 65 13 400 75 7 8 900 5 11 700 35 9 800 35 13 200 45 10 600 46 13 400 53 10 900 53 12 700 58 11 400 59 12 500...

Page 8: ...0 91 0 7 100 100 0 6 400 103 0 6 100 60 109 0 5 100 124 0 4 300 129 0 4 000 58 96 0 6 600 104 0 6 000 107 0 5 800 58 114 0 4 700 129 0 4 000 133 0 3 800 55 103 0 6 000 111 0 5 500 113 0 5 300 55 122 0...

Page 9: ...500 53 13 400 58 11 000 59 13 600 63 11 300 63 12 500 67 11 600 70 23 7 000 23 11 000 40 8 000 40 11 400 49 8 700 49 11 600 55 9 200 56 11 800 60 9 600 61 10 700 64 9 900 75 5 5 600 5 9 500 35 6 500...

Page 10: ...105 0 4 700 68 70 4 9 700 80 6 8 400 84 9 7 800 68 85 2 7 100 103 0 5 300 110 0 4 600 65 78 4 8 600 88 1 7 500 91 7 7 100 65 94 2 6 200 112 0 5 100 118 0 4 600 63 83 7 7 900 93 0 7 000 96 4 6 700 63...

Page 11: ...11 700 65 9 500 65 10 700 68 9 800 65 32 5 200 32 9 100 45 6 200 45 9 500 52 6 900 52 9 800 58 7 500 58 10 000 62 7 800 63 9 000 66 8 100 70 23 3 800 23 7 700 40 4 800 40 8 100 48 5 500 49 8 300 55 6...

Page 12: ...1 500 67 0 9 500 72 6 8 700 73 67 0 7 300 88 2 5 700 97 7 4 900 70 64 6 10 200 74 9 8 600 79 7 7 800 70 78 3 7 300 97 5 5 400 105 0 4 700 68 69 3 8 500 79 7 7 300 84 0 6 700 68 83 8 6 100 103 0 5 000...

Page 13: ...4 4 500 64 7 300 68 5 000 68 7 500 71 5 400 71 6 500 73 5 600 50 36 4 300 49 1 100 49 4 900 56 2 100 56 5 300 61 2 800 61 5 600 65 3 300 65 5 800 68 3 700 69 4 800 71 4 000 55 27 2 900 44 3 500 53 3 9...

Page 14: ...boom length 125 5 38 3m or less with jib rated lifting capacities determined from the formula Rated Lifting Capacities are determined by loaded boom angle only in the column headed Tipping Load 0 1 x...

Page 15: ...he chart Standard number of parts of line for rubber operation should be according to the following table Boom length in feet 39 4 39 4 to 96 8 Single top meters 12m 12m to 29 5m Jib Number of parts o...

Page 16: ...e AML C are based on freely suspended loads and make no indicative symbol comes on Each time the outrigger mode allowance for such factors as the effect of wind sudden select key is pressed the status...

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