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Tillage System Model 30Assembly and Parts Manual
Kelly EngineeringPO Box 100Booleroo CentreSouth Australia 5482P +61 8 8667 2253F +61 8 8667 2250W kellyengineering.com.au
Serial Number:
Revision M - September 2019
30
2
Thank you for choosing a Kelly Engineering product
We trust that you find the following manual clear and easy to follow. If you should require additional customer support or assistance, please do not hesitate to contact us.
Spare parts can be purchased, as required, through your local dealer or by contacting Kelly Engineering Australia or in the United States, Hood & Company.
Kelly Engineering welcomes feedback. Should you have any difficulties that you wish to raise, suggestions for improvement or modifications that you feel would enhance our products we look forward to hearing from you.
Australia Kelly Engineering PO Box 100Booleroo Centre SA 5482Phone: + 61 8 8667 2253Email: [email protected] Parts: [email protected]: www.kellyengineering.com.au
Europe Kelly Engineering Email: [email protected]: kellytillage.eu
United States Kelly Engineering 526 1st Street PO Box 121New Glarus WI 53574Phone: 608 527 2386Mobile: 316 304 6178Email: [email protected]: www.kellyharrows.com
Spare Parts Hood & Company Inc Springfield MOPhone: 417 865 2100Email: [email protected]
3
Contents
Page no
Section 1: Unpacking 5
Section 2: Parts 8
Section 3: Decal Application 106
Section 4: Light Kit 123
Section 5: Chain Assembly 133
Section 6: Diagrams & Charts 142
Section 6: Operation 149
This symbol indicates which bag the relevant fastners are in
This symbol indicates which bag the relevant hydraulics are in
This symbol indicates which way the machine is travelling
4
Bolt Torque Settings
Bolt Type Wheel nut U Bolt Grade 8.8 Bolt Grade 10.9 Bolt
Grade 8 Bolt
Bolt Size M18 M20 1/2” 9/16” M10 M12 M16 M10 M12 M16 M20 M24 M20 M24 1” UNF
Ft lb 255 265 90 100 22 36 55 32 48 140 190 270 300 350 849
Nm 345 360 125 140 30 50 75 44 65 190 260 370 406 475 1151
[1] When fitting a wheel & tire to a hub, do the wheel nuts up in rotation to the correct tension. To achieve this choose a wheel nut & tighten, then go clockwise to the next wheel nut & tighten & so on until all wheel nuts are tight. Then repeat the procedure to check that all nuts are tight. Do not use impact tools to tighten wheel nuts. For a guide to the correct tension of the wheel nuts please use the appropriate tension for your size wheel nuts from the Bolt Torque Settings table.
Torque values are for dry threads and surfaces however it is permissible to apply a small amount of anti corrosive oil to the threads.
5
Section 1Unpacking
6
Unpacking We recommend the use of suitable lifting equipment
for unloading and assembly
• Before unloading any loads please inspect exterior
for damage
CAUTIONTake care when opening doors as load may have shifted or restraints may have broken.
• Remove boxes from doorway of container one at a time using a forklift truck. Each box weighs approximately 2600 lbs (1200kg)
• Check strapping on each bundle before attempting to remove
• Attach chains to the packing frame using shackles and using suitable equipment (eg. fork-lift or tractor) drag framework bundles out of container. To move bundles away from front of container lift from side with forklift. Do not lift under angle iron frame, lift only under centre frame. Each bundle weighs approximately 7000 lb (3200 kg).
Connect chains to these points
!
!
7
We recommend the use of suitable lifting equipment
for unloading and assembly
CAUTIONBefore cutting straps attach slings or chains and take the weight of the frames to avoid them slipping or falling and causing injury.
CAUTIONWear eye and hand protection when cutting straps. Sharp edges are exposed as straps separate and may cause injury.
CAUTIONTo avoid falling or moving components, before cutting straps attach slings or chains to individual pieces and only cut the straps holding the piece to be lifted.
• Remove boxes from rear of container one at a time using a forklift truck. Each box weighs approximately 2600 lbs (1200 kg)
• Cut straps holding bundles and separate parts and place in assembly area
• Once all parts have been identified machines are ready for assembly
• Identify parts for each machine by serial no. or description and separate. Open parts box and check that all parts are accounted for against checklist
• Read assembly instructions before proceeding.
Lift under centre frame only
Do not lift under packing frame
!!!
8
Section 2Parts & Assembly
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
Section 3Decal Application
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
Section 4Light Kit
124
125
126
127
128
129
130
131
132
133
Section 5Chain Assembly
134
135
CL1 Disc Chain - CL47/35/7
136
CL2 Disc Chain - CL75/25/8
137
CL2 Chain Layout
138
W36 Disc Chain - W36/25/7
139
Spike Disc Chain - SD49/27/5
140
Assembly Update 005
Mounting Swivels Page 1 of 1
Fixed housing end of swivel should always face forward
Rotating seal end of swivel should always face rearward
Mounting like this prevents dirt getting forced into the seals of the swivel increasing longevity of the swivel
Swivels attached to the leading ends of the chains should have the rotating seal end attached to the chain like shown
Swivels attached to the trailing ends of the chains should have the fixed housing end attached to the chain like shown
For Example
Fixed housing end of swivel should always face forward
Rotating seal end of swivel should always face rearward
For example
Swivels attached to the leading ends of the chains should have the rotating seal end attached to the chain, as shown
Swivels attached to the trailing ends of the chains should have the fixed housing end attached to the chain, as shown
Mounting like this prevents dirt getting forced into the seals of the swivel increasing longevity of the swivel
Mounting swivels
141
` Fitting cast link retaining pins
Please install cast link retaining Pins (3/8” x 3” Roll Pin, part number 0262-3-8X3) on all cast disc links. Failure to do this could lead to the discs becoming dislodged during transport causing severe damage or injury.
142
Section 5Diagrams and Charts
143
Chains
144
Hydraulics
Before folding the machine for the first time, ensure all hydraulic cylinders are charged with oil.
To do this, run the hydraulics through the unfold sequence until the outer wings are straight and the centre cylinders are centred in the slots. (It may take a few minutes for the cylinders to charge completely).
Failure to do this could result in severe personal injury and/or damage to the machine.
!
Cylinders NOT charged
Cylinders charged
145
Hydraulic fitting identification
0323
-S12
-121
2
0323
-S15
-121
203
23-S
71-0
812
0323
-S74
-081
2
0323
-S88
-121
2
0323
-S91
-121
2
0323
-S90
-121
203
24-S
19-1
2121
203
24-S
67-1
2121
2
0324
-S68
-121
212
0324
-S92
-121
212
0325
-R91
-08M
0343
-924
0012
6103
25-H
G-P
T24E
25R
Gre
en 1
/2" N
PT H
ydra
G
rip P
air (
Exte
nd /
Ret)
0325
-HG
-PT2
5E25
RYe
llow
1/2
" NPT
Hyd
ra
Grip
Pai
r (Ex
tend
/Re
t)Bl
ue 1
/2" N
PT H
ydra
G
rip P
air (
Exte
nd /
Ret)
0325
-HG
-PT2
0E20
R
3/4"
JIC
Mal
e - 3
/4"U
NO
Mal
e Ex
tend
ed 9
0 E
lbow
3/4"
JIC
Mal
e - 3
/4"U
NO
Mal
e 90
Elb
ow
3/4"
JIC
Mal
e - 3
/4"U
NO
Mal
e 45
Elb
ow
3/4"
JIC
Mal
e - 3
/4"J
IC F
emal
e 90
Elb
ow1/
2"BS
PP O
Rin
g M
ale
- 3/4
"JIC
Fem
ale
Ad
apto
r1/
2"BS
PP O
Rin
g M
ale
- 3/4
"JIC
Mal
e A
dap
tor
3/4"
JIC
Mal
e - 3
/4"U
NO
Mal
e A
dap
tor
3/4"
JIC
Mal
e Te
e
3/4"
JIC
Mal
e - 3
/4"J
IC F
emal
e - 3
/4"J
IC M
ale
Tee
3/4"
JIC
Mal
e - 3
/4"J
IC F
emal
e - 3
/4"U
NO
M
ale
Tee
3/4"
JIC
Mal
e - 3
/4"J
IC F
emal
e - 3
/4"J
IC
Fem
ale
Tee
1/2"
BSP
P Q
uick
Rel
ease
Bal
l Cou
plin
g
1/2"
BSP
P 60
mic
ron
inlin
e fil
ter
max
flow
60L
/M &
500
0psi
max
pre
ssur
e
Hydr
aulic
Fitt
ings
Par
ts In
form
atio
nFo
r Mac
hine
s Bui
lt:
BRe
visio
nPa
rt N
umbe
rD
escr
iptio
n
146
Electrical layout
Gro
und
Gro
und
5 C
ore
wire
@ 3
.8m
5 C
ore
wire
@ 2
.8m
5 C
ore
wire
@ 1
.5m
5 C
ore
wire
@ 2
.9m
2 C
ore
wire
@1.
4m
2 C
ore
wire
@ 1
.45m
2 C
ore
wire
@ 2
.85m
2 C
ore
wire
@ 3
m
2 C
ore
wire
@ 1
.45m
2 C
ore
wire
@ 2
.85m
Heav
y D
uty
Met
al 7
Pin
Plu
g
LED
Ind
icat
or L
amp
110R
M R
ubbe
r Gro
mm
et
LED
110
RM L
oom
Plu
g
4 Pi
n C
onne
ctor
0413
-2C
4CW
0413
-821
94
0412
-LED
110A
M4
PLA
CES
0412
-531
01RG
6 PL
AC
ES
0412
-LED
110R
M2
PLA
CES
0412
-110
RMLP
6 PL
AC
ES
D C B A
Yello
w
Whi
te
Brow
n
Gre
enG
reen
Brow
n
Whi
te
Yello
w
Whi
te
Yello
w
Gre
en
Whi
te
Gre
en
Brow
n
Whi
te
Yello
w
3 1 6 5
Yello
w
Whi
te
Brow
n
Gre
en
RH T
urn
RH Turn
Ground
RH Turn
GroundGround
LH T
urn
LH Turn
Ground
LH Turn
Tail Tail
LED
Sto
p Ta
il Lam
p
ITEM
NO
.PA
RT N
UMBE
RSW
Pipe
Leng
thRe
visio
nD
ESC
RIPT
ION
Fram e
hid
den
/Q TY.
108
30-1
00HY
D1
1.1
Tub
e_1-
0830
-100
HYD
11.
1.1
0
321-
T204
-061
2?
21.
1.2
0
332-
T26A
4631
.1m
m1
1.2
Tub
e_2-
0830
-100
HYD
11.
2.1
0
321-
T204
-061
2?
21.
2.2
0
332-
T26A
3778
.93m
m1
1.3
Tub
e_3-
0830
-100
HYD
11.
3.1
0
321-
T204
-061
2?
21.
3.2
0
332-
T26A
4524
.41m
m1
1.4
Tub
e_4-
0830
-100
HYD
11.
4.1
0
321-
T204
-061
2?
21.
4.2
0
332-
T26A
3683
.77m
m1
1.5
Tub
e_5-
0830
-100
HYD
11.
5.1
0
321-
T204
-061
2?
21.
5.2
0
332-
T26A
2200
.62m
m1
1.6
Tub
e_6-
0830
-100
HYD
11.
6.1
0
321-
T204
-061
2?
21.
6.2
0
332-
T26A
2103
.16m
m1
1.7
Tub
e_7-
0830
-100
HYD
11.
7.1
0
321-
T207
-061
2?
11.
7.2
0
321-
T204
-061
2?
11.
7.3
0
332-
T26A
315.
49m
m1
1.8
Tub
e_8-
0830
-100
HYD
11.
8.1
0
321-
T204
-061
2?
21.
8.2
0
332-
T26A
391.
68m
m1
1.9
Tub
e_10
-083
0-10
0HYD
11.
9.1
0
321-
T204
-061
2?
11.
9.2
0
321-
T207
-061
2?
11.
9.3
0
332-
T26A
1279
.8m
m1
1.10
Tub
e_12
-083
0-10
0HYD
11.
10.1
0
321-
T204
-061
2?
11.
10.2
0
321-
T207
-061
2?
11.
10.3
0
332-
T26A
1371
.44m
m1
1.11
Tub
e_14
-083
0-10
0HYD
11.
11.1
0
321-
T204
-061
2?
21.
11.2
0
332-
T26A
1139
.27m
m1
1.12
Tub
e_15
-083
0-10
0HYD
11.
12.1
0
321-
T204
-061
2?
21.
12.2
0
332-
T26A
991.
19m
m1
1.13
Tub
e_16
-083
0-10
0HYD
-00
11
1.13
.1
032
1-T2
04-0
612
?2
1.13
.2
033
2-T2
6A22
96.4
3mm
11.
14 T
ube_
17-0
830-
100H
YD1
1.14
.1
032
1-T2
04-0
612
?2
1.14
.2
033
2-T2
6A21
68.0
5mm
11.
15 T
ube_
18-0
830-
100H
YD1
1.15
.1
032
1-T2
04-0
612
?2
1.15
.2
033
2-T2
6A23
37.1
6mm
11.
16 T
ube_
19-0
830-
100H
YD1
1.16
.1
032
1-T2
04-0
612
?2
1.16
.2
033
2-T2
6A25
51.4
7mm
11.
17 T
ube_
20-0
830-
100H
YD1
1.17
.1
032
1-T2
04-0
612
?2
1.17
.2
033
2-T2
6A44
70m
m1
1.18
Tub
e_21
-083
0-10
0HYD
-00
11
1.18
.1
032
1-T2
04-0
612
?2
1.18
.2
033
2-T2
6A45
70.3
8mm
11.
19 T
ube_
22-0
830-
100H
YD-
001
11.
19.1
0
321-
T201
-060
8BS
PT M
ale
Cou
plin
g1
1.19
.2
032
1-T2
04-0
612
?1
1.19
.3
033
2-T2
6A10
717m
m1
1.20
Tub
e_23
-083
0-10
0HYD
-00
11
1.20
.1
032
1-T2
01-0
608
BSPT
Mal
e C
oupl
ing
11.
20.2
0
321-
T204
-061
2?
11.
20.3
0
332-
T26A
1077
5.12
mm
11.
21 T
ube_
24-0
830-
100H
YD1
1.21
.1
032
1-T2
01-0
608
BSPT
Mal
e C
oupl
ing
11.
21.2
0
321-
T204
-061
2?
11.
21.3
0
332-
T26A
3133
.61m
m1
1.22
Tub
e_25
-083
0-10
0HYD
11.
22.1
0
321-
T204
-061
2?
11.
22.2
0
321-
T201
-060
8BS
PT M
ale
Cou
plin
g1
1.22
.3
033
2-T2
6A31
72.7
9mm
12
Tube
_28-
0830
-100
ELEC
12.
1 0
413-
8219
4He
avy
Dut
y M
etal
7 P
in P
lug
12.
2 0
413-
2C4C
W-F
4 Pi
ni C
onne
ctor
Fem
ale
12.
3 0
411-
5C3M
M38
62.8
8mm
13
Tube
_29-
0830
-100
ELEC
13.
1 0
413-
2C4C
W-M
4 Pi
n C
onne
ctor
Mal
e1
3.2
041
1-5C
3MM
6055
.06m
m1
4Tu
be_3
0-08
30-1
00EL
EC-
001
14.
1 0
411-
5C3M
M27
54.9
6mm
15
Tube
_31-
0830
-100
ELEC
15.
1 0
412-
110R
MLP
LED
110R
M L
oom
Plu
g (5
3102
)1
5.2
041
1-5C
3MM
1511
.34m
m1
6Tu
be_3
2-08
30-1
00EL
EC1
6.1
041
2-11
0RM
LPLE
D11
0RM
Loo
m P
lug
(531
02)
16.
2 0
411-
5C3M
M28
86.6
mm
17
Tube
_33-
0830
-100
ELEC
17.
1 0
412-
110R
MLP
LED
110R
M L
oom
Plu
g (5
3102
)1
7.2
041
1-2C
3MM
2785
.03m
m1
8Tu
be_3
4-08
30-1
00EL
EC1
8.1
041
1-2C
3MM
1473
.76m
m1
9Tu
be_3
5-08
30-1
00EL
EC1
9.1
041
2-11
0RM
LPLE
D11
0RM
Loo
m P
lug
(531
02)
19.
2 0
411-
2C3M
M13
33.2
3mm
110
Tube
_36-
0830
-100
ELEC
110
.1 0
412-
110R
MLP
LED
110R
M L
oom
Plu
g (5
3102
)1
10.2
041
1-2C
3MM
2778
.85m
m1
11Tu
be_3
7-08
30-1
00EL
EC1
11.1
041
2-11
0RM
LPLE
D11
0RM
Loo
m P
lug
(531
02)
111
.2 0
411-
2C3M
M13
32.6
9mm
112
Tube
_38-
0830
-100
ELEC
112
.1 0
411-
2C3M
M30
68.5
8mm
1
0802
-USL
K30
US 3
0' L
ight
Kit
For M
achi
nes B
uilt:
BRe
visio
nPa
rt N
umbe
rD
escr
iptio
n
0416
-117
50B
Elec
trica
l Plu
g Ke
eper
2X02
11-M
620M
ZPHT
FM
6 x
20 T
rilob
e se
lf ta
ppin
g Sc
ew
NO
TE K
IT A
LSO
INC
LUDE
S1
x El
ectri
cal P
lug
Keep
er2
x M
6 x
20 T
rilob
e Se
lf Ta
ppin
g Sc
rew
5 C
ore
wire
@ 6
.1m
147
Specifications
Operating speeds
Operating speeds for normal conditionsChain type SpeedPrickle Chain 6-10 Mph / 10-16 kmphDisc Mulch Chain 6-8 Mph / 10-12 kmphTransport / towing on roads 15 Mph / 25 kmph
Tire pressure
Tire size Ply PSI KPA16.5L x 16.1 14 36 250H40 x 14.5-19 26 60 41011L - 15 10 44 30015.5/80/24 16 58 40016.5/85/24 16 55 380550/60/22.5 16 40 280400/60/22.5 16 50 35012.5/80/18 14 85 59015.0/70/18 14 71 490
Chain Harrow specifications
Model 30’/9m
Working width 29.7’/9.0m
Transport width 11.5’/3.5m
Transport height 13.1’/4.0m
Transport length 40.7’/12.4m
148
Specifications
Disc Chain lengths
Model 30 Length CL2 CL1 W36 R300 SD49 Prickle chain
CL2 disc chain also
requires CL1 disc chain
30’ Front right 19’/5.8m CL2 - 25 CL1 - 2
35 35 46 46 64
Front left 19’/5.8m CL2 - 25 CL1 - 2
35 35 46 46 64
Rear right 24.4’/7.45m CL2 - 25 CL1 - 15
48 47 63 63 87
Rear left 19’/5.8m CL2 - 25 CL1 - 2
36 35 46 46 64
Modules front 7.4’/2.25m CL2 - 8 CL1 - 3
14 14 19 19 26
Modules rear 5.9’/1.8m CL2 - 8 CL1 - 2
12 12 16 16 22
149
Section 6Operation
150
Basic operation and chain tension
Model inches mm
30 12.9 330
When less than 4” (100mm) of thread remains visible on the adjustor bolt then a link must be removed from the chain
Basic OperationUnfolding:1. Walk around and inspect the machine. a. Check that chains are not hooked on framework b. Check swivel bolts are in place and not broken c. Check th at height adjusting chains have not fallen out of their slotted plates during transport. d.Ensure front lift cylinder depth stops are fully engaged on cylinder shaft.2. Lower front A frame to working height.3. Unfold wings holding the hydraulic lever until both the main center cylinder pins have centered in their slots. (If chain pulls tight during unfold, stop and inspect if chain is hooked) 4. Lower rear tail by holding hydraulic lever until tail and modules are completely lowered to working position.5. Walk around and check that all chain links are straight and that working height of all swivels is correct for field conditions. Adjust if neccessary.6. Move off with all chains in working position. If neccessary it is acceptabe to raise front A pull to transport height. This will lift the front chains off the ground and reduce the load on the tractor. Lower the front A pull once moving satisfactorily.
Folding:1. Lower the front A frame to working height. (This is important to ensure that all chains locate correctly in their transport rests).2. Raise the Rear Tail and modules by holding the hydraulic lever until they come to a complete stop.3. Fold the wings. They should move as follows; main center cylinders will retract, one or both, until the wings stand vertically. The left outer wing then the right outer wing will fold down.4. Raise front A frame to transport height.5. Walk around and check that chains have located correctly in transport rests. (30’ only, close wing transport lock valves).
Setting for correct chain tensionWingsUse the spanner supplied. Loosen the lock nut adjacent to the tensioner assembly body.Turn the tension bolt clockwise to compress the coil spring. Correct tension is acheived when spring retains its set length when operator rolls the chain fore and aft on the ground. Retighten the lock nut.
See table below
Spring Compression Length
151
Module and chain tension
ModulesLoosen the lock nut on the draw bolt.Tighten the adjusting nut clockwise until the outer face of the spring retaining washer is flush with the body of the module tensioning unit.Retighten the lock nut.If more than 8” (200mm) of thread is exposed then a link should be removed to maintain correct adjustment.
Importance of chain tensionOperationalIt is imperative that the correct adjustment be maintained. Only through correct adjustment can a smooth and level finish be achieved in field working. Loose chains lead to :• Uneven performance across the width of the machine • Uneven weed control• Unsatisfactory incorporation• Ineffective levelling• Accelerated or premature chain wear• Chains failing to engage with transport locators when folded• Machine damage when folding or unfolding• Uneven field surface with ridges and furrows being created. The leading 1/3rd of a loose chain is much more aggressive than the trailing 1/3rd and the center. This will mean that middle of the machine’s front pair of chains will aggressively move soil outwards. The machine’s rear pair of chains, if loose, have their aggressive 1/3rd near the wing extremity. It follows then that as the front discs push soil outwards, the least aggressive portion of the rear chain follows them and does not balance the soil movement. This is exacerbated at the wings, effectively creating a broad ridge about halfway out each wing. It won’t be evident in one pass, but is possible if care is not taken over time. A correctly adjusted machine will not cause this phenomenon.
152
Correct working height
Settings for correct working height
To adjust the swivel height at the wings, relocate one of the polyurethane spacers either above or below the fixed mounting tube.
Adjustment
1 Loosen chain tension completely
2 Undo self tapping screw from corresponding spacer then prise open the spacer and spring it off of the drop leg tube
3 Replace it in the selected position after raising or lowering the drop leg
4 Reinstall the self tapping screw and re-tension the chain
It is possible to install all spacers either above or below the mounting tube giving a maximum of 4” (100mm) of adjustment.
153
Notes
154KEASM - 30
Issue M
30/09/2019