CASE IH Model 615 and 715 Combine Chassis Service Repair Manual Instant Download (Part Number GSS-1430) - PowerPoint PPT Presentation

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Title: CASE IH Model 615 and 715 Combine Chassis Service Repair Manual Instant Download (Part Number GSS-1430)


1
Model 615 and 715 Combine Chassis Service Manual
Gss-1430 With Revision 2
epr ted
2
General Contents Safe Work Rules, Standard Torque
Data for Nuts and Bolts, Metric Conversion
Tables, Standard Torque Data for Hydraulic Tubes
and Fittings, Special Service Tools Required,
Flangette Bearing Installation ...................
................
Page
IV XIV
SECTION IdxNsNs2êBIiNri0YAofx,lNsST41LNI0N
3
,y WORK SAFELY - FOLLOW THESE RULES This symbol
is used to call your attention to instructions
conznrning your personal safety. Be sure to
observe and follow these instructions.
4. When splitting tractors, or disassembling
machines, be sure to use safety stands and
adequate supports to prevent tipping or roll-
1. Always use safety stands in conjunction
over.
with hydraulic jacks or hoists. Do not rely on
the jack or hoist to carry the load, they could
fail.
5. Use a safety catch on all hoist hooks. Do not
take a chance, the load could slip off of the
hook. 2. Always wear safety glasses when using
a hammer, chisel or other tools that may cause
6. When using an acetylene torch always wear
welding goggles and gloves. Keep a "charged" fire
extinguisher within reach. Be sure the acetylene
and oxygen tanks are separated by a metal shield
and are chained to the cart. Do not weld or heat
areas near fuel tanks or fuel lines and utilize
proper shielding around hyd- raulic tanks or
hydraulic lines. Pcimed in Units So of Ameriw
3. Keep work area organized and clean. Wipe up
oil or spills of any kind. Keep tools and parts
off of the floor. Eliminate the possi ty of a
fall which could result in a serious
injury. GSS-1430 (Rev. No. 2)
4
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5
disconneming the lines or performing other work
on the hydraulic system. Make sure all connemions
are tight and hoses and lines are in good
condition before applying pressure to the system.
To locate a leak under pressure, use a small
piece of cardboard or wood. Never usg hands. J1.
When refueling, keep the hose and nozzle or the
funnel and container in contact with the metal of
the fuel tank to avoid the possibility of an
electric spark igniting the fuel. Do not over-
fill the fuel tank overflow creates fire
hazard. Do not smoke when refueling. Never refuel
when engine is hot or running. 12. Always use a
protective fixture when in- flating tubeless
tires that have been repaired or are loose on the
rim. Do not inflate over 30 psi to seat the tire
bead.
13. Use pullers to remove bearings, bushings,
gears, cylinder sleeves etc. when applicable. Use
hammers, punches and chisels only when absolutely
necessary. Then, be sure to wear safety glasses.
7. Always use a safety bar to block hydraulic
cylinders. Never rely on the machine hydraulic
system to hold when working on loaders etc. A
hydraulic line or cylinder could fail or
some- one could accidently strike the control
levers causing the loader to fall.
14. Never use trouble lights or electric powered
tools that have cut and/or damaged cords or
plugs. Be sure all electric tools are properly
grounded.
8. When reassembling subassemblies, parts, hoses,
hydraulic lines, fuel lines, wiring etc., be sure
they are positioned properly for align- ment and
clearance with related parts to their original
setting and/or position.
15. Be careful when using compressed air to dry
parts. Use approved air blow guns, do not exceed
30 psi, wear safety glasses or goggles and use
proper shielding to protect everyone in the work
area.
9. Electrical storage batteries give off highly
inflammable hydrogen gas when çharging and and
œntinue to do so for some time after rec- eiving
a steady charge. Do not under any cir- cumstanœs
allow an elemric spark or an open flame near the
battery. Do not lay tools across battery
terminals as this may result in a spark or short
circuit which may cause an explosion. Be careful
to avoid spilling any electrolyte on hands or
clothing.
16. Do not wear rings, wrist watches or loose
fitting clothing when working on machinery, they
could catch on moving parts causing ser- ious
injury.
10. Hydraulic fluid escaping under pressure can
have enough force to penetrate the skin.
Hydraulic fluid may also infect a minor cut or
opening in the skin. If injured by escap-
ain fluid lsee dtor oat on e Serious m-
17. Excessive or repeated skin contact with
sealants or solvents may cause skin irritation.
In case of skin contact, remove sealant or sol-
vent promptly by washing with soap and water.
te oin or orea can resu f medical treatment is
not given immediately.
IMPORTANT The above is only a partial list of
safe work rules. In addition, always refer to the
Operator's Manual for the specific machine for
additional safe work rules regarding the machine
operation. Printed in United Statæ of America
Oo not attempt to repair or tighten hoses that
are under pressure, when the boom is raised, or
with the tractor engine running. Cycle all hyd-
raulic œntrol valves to relieve all pressure
before GSG t430 (RDv. No. 2)
V
6
  • STANDARD TORQUE DATA FOR NUTS AND BOLTS FOOT
    POUNDS
  • ReCommanded torque for all Standard Application
    Nuts and Bolts, provided
  • All thread oarfmes are clean and lubricated with
    SAE-30 engine oil. (See NOTE.)
  • Joints are rigid, that is, no gaskats or
    compressible materials are used.
  • When reusing nuts or bolts use minimum torque
    values.
  • NOTE Multiply the standard torque by
  • .65 when finished jam nuts are used.
  • .70 when Molykote, white lead or similar mixtures
    are used as lubricants.
  • .75 when parkerized bolu or nuts are used.
  • .85 when cadmium plated bolu or nuts and zinc
    bolts w/waxed zinc nuts are used.
  • .90 when hardened surfaces are used under the nut
    or bolt head.
  • 1 FOOT POUND 1.355 NEWTON METERS

Bolt or Stud Diameter Bolt or Stud Diameter Type 1 Studs Only Type 1 Studs Only Type 1 Bolts 6 length or Iess Type 1 Bolts 6 length or Iess Type 1 Bolts longer than 6 Type 1 Bolts longer than 6 Type 5 (all lengths) Type 5 (all lengths) Type 8 (all lengths) Type 8 (all lengths) Type 8 (all lengths) Type 8 (all lengths) Type 8 (all lengths) Type 8 (all lengths)
Bolt or Stud Diameter Bolt or Stud Diameter Type 1 Studs Only Type 1 Studs Only Type 1 Bolts 6 length or Iess Type 1 Bolts 6 length or Iess Type 1 Bolts longer than 6 Type 1 Bolts longer than 6 Type 5 (all lengths) Type 5 (all lengths) Only when used in cast (gray) iron Only when used in cast (gray) iron Only when used in cast (gray) iron Only when used in cast (gray) iron All other applications All other applications
Inches MM Min. Max. t Min. t Max. Min. Max. Min. Max. Min. Min. Max. Max. Min. Max.
1/4 6.4 5 6 5 6 3 3 9 10 11 11 12
3/8 9.5 21 24 21 24 11 13 33 37 45 50
5/8 15.9 98 110 98 110 57 63 160 180 210 210 230 230 220 250

1-1/8 28.6 600 660 350 380 350 380 850 950 1200 1200 1350 1350 1380 15W
aha aha ées s4o 4Xt s4o 1zoi zso f7at f7at zBo. zBo. tggo.
aha aha ées s4o 4Xt s4o 1zoi zso f7at f7at zBo. zBo. tggo.
1-3/8 34.9 1100 1230 640 710 640 710 1570 1760 2300 2300 2500 2500 2600 2800
(4 ,. 1-3/4 ? 44.5 ?O 2350 0 2450 850 1330 M0 1490 TO 1330 8 O 1490 D 3300 3700 gt 4700 gt 4700 5Ž00 5Ž00 W0. 5300 3t 6000
so.8 3soo 39ao 2Q0o 2200 2o00 2200 5Qxi Ssc0 xo xo 7eai 7eai san
!When bolt penetration is 1- 1 /2 times the
diameter of the bol t.
BOLT TYPE IDENTIFICATION CHART
IH TYPE S.A.E. GRADE DESCRIPTION BOLT HEAD MARKING
1 1 - Or - 2 WILL HAVE A STANDARD MONOGRAM IN THE CENTER OF THE HEAD Low or Medium Carbon Steel Not Heat Treated
5 WILL HAVE A AND 3 RADIAL LINES Quenched and Tempered Medium Carbon Steel
8 8 WILL HAVE A AND 6 RADIAL LINES Quenched and Tempered Special Carbon or Alloy Steel
The center marking identifies the bolt
manufacturer. The monogram is currently used.
Some bolts may still have an IH or a raised dot
which previously identified IH bolts.
GSE-1430 (Rav. No. 2)
Printed in United State of Asia
VI
7
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8
  • STANDARD TORQUE DATA FOR NUTS AND BOLTS
  • NEWTON METERS
  • Recommended torque for all Standard Application
    Nuts and Bolt, provided
  • All thread surfaces are claan and lubricated with
    SAE-30 engine oil. (Sea NOTE.)
  • Joint are rigid, that is, no gaskets or
    compressible materials are used.
  • When reusing nuO or bolts uce minimum torque
    values.
  • NOTE Multiply the standard torque by
  • .65 when finished jam nuts are used.
  • .70 when Molykote, white laad or similar mixtures
    are used as lubricants.
  • .75 when parkerized bolts or nuu are used.
  • .85 when cadmium plated bolo or nuts and zinc
    bolts w/waxed zinc nuts are used.
  • .90 when hardened surfaces are used under the nut
    or bolt head.
  • 1 NEWTON METER 0.738 FOOT POUND

Type 8 (all lengths)
Type 1 Bolts 6 length or less Min. Max. 7 8
Type 1 Bolts longer than 6 Min. Max. 4 4
Type 5 (all lengths) Min. Max. 12 J4
Bolt or Stud Diameter Inches MM 1/4 6.4
Type 1 Studs Only Min. Max. 7 8
Only when usedI in cast (gray) iron Min. Max. 15 J
8
All other applications Min. Max. 16 19
3/8 9.5
29
33
29
33
15
18
45
50
58
64
61
68
12.7
71
79
71
79
39
43
J08
122
141
159
t56
176
5/8 15.9
133
149
133
133
77
85
220
245
285
3J0
300
340
850 gt. J830
7/8 22.0
400
450
220
245
220
245
570
640
770
880
990
1-1/8
28.6
810
900
470
5J 0
470
510 1150
1290
1630
1870 2100
w- o ee' 7zo 870 960 870 960 27O t tsc 1
7o 44.5 3200 3300 1800 2000 1800 2000
'z' 2400 3Too 5000
1-3/8
34.9 1490 1670
3500 3800
2zn 4500
,4feot 6400 7000
L3/4
7100 8100
!When bolt penetration is 1-1/2 times the
diameter of the bolt.
BOLT TYPE lDENTlfilCATlON CHART
IH TYPE S.A.E. GRADE DESCRIPTION BOLT HEA0 MARKING
1 WILL HAVE A STANDARD MONOGRAM IN THE CENTER OF THE HEAD Low or Medium Carbon Steel Not Heat Treated
5 5 WILL HAVE A AND 3 RADIAL LINES Quenched and Tempered Medium Carbon Steel
8 8 WILL HAVE A '' AND 6 RADIAL LINES Quenched and Tempered Special Carbon or Alloy Steel
The center marking identifies the bolt
manufacturer. The monogram is currently used.
Some bolts may still have an IH or a raised dot
which previously identified IH bolts.
GSS-1430 (Rw. No. 2)
Printed in Unfted Ststas of A iaa
VH
9
CONVERSION TABLE
inches to millimeters
Inehea Mtlltmetera Inchea Millimeters lnchea Millimeters lnchea Mlllimetera
1 3 3 4 5 6 7 8 9 10 II 12 13 14 15 16 17 18 19 20 31 23 23 24 35 35.4 50.8 76.3 101.6 127.0 152. 4 177.8 203.2 238. 6 254. 0 279.4 304.8 330.2 255.6 381.0 406.4 431.8 457.2 482.6 508.0 533. 4 558.8 584. 3 609.6 635. 0 36 27 28 39 30 31 32 32 34 35 36 37 28 39 40 43 43 44 45 46 47 48 49 50 660.4 685.8 /t1.2 736.6 762.0 787.4 812.8 838.2 862.6 889.0 914.4 939.8 965.2 990.6 t016.0 1066. 8 1092.2 1117.6 1143.0 1168. 4 1193. 8 1219.2 1244.6 1270.0 51 52 53 54 55 56 57 S8 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 1295.4 1320.8 1346.2 1371.6 1397.0 1423.1 1447.8 1473.2 1498.6 1534.0 1549.4 1574.8 1600.2 1625.6 1651.0 1676.4 1701.8 1727.2 1752.6 1778.0 1803.4 1828.8 1854.2 1879.6 1905.0 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 1930.4 1955.8 1981.2 2006.6 2032.0 2057. 4 2083.8 2108.2 2133. 6 2159. 0 2184.4 2209.8 2235.2 2260.6 2286.0 3311.4 2336.8 2362.3 2387.6 2413.0 2438.4 2463.8 2489.3 2514.6 2540.0
1 inch 25.4 millimeters To convert inches to
millimeters, the inch value to be converted
should be written down, carried to as many
decimal places as the desired accuracy requires.
It ehould then be aplit into groups of not more
than two figures each. The equivalent of each
group should then be taken from the table, proper
regard being glven to the position of the decimal
point in each case, and the equivalent of thg
inch value given. For example, to convert 2.4635
inches to millimeters
2.0000 iztches .4600 Iccbes .0035 lacbes
50.80000 zoTt1lmetezs 11.68400 .08890
2.4635 iocles 62.57290 mlllizoeters Correct to
3 decimal places. 2.4635 tncbes 62.573
millimeters Printwl in United Statw of America VRI
GSSt430 fRw. No. 2)
10
https//www.ebooklibonline.com Hello dear
friend! Thank you very much for reading. Enter
the link into your browser. The full manual is
available for immediate download. https//www.ebo
oklibonline.com
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