NEW HOLLAND W80BTC COMPACT WHEEL LOADER Service Repair Manual

W50BTC - W60BTC - W70BTC - W80BTC
W50BTC
W60BTC
W70BTC
W80BTC
Print No. 87734623BPrint No. 87734623B
SERVICE MANUALSERVICE
MANUAL
COMPACT WHEEL LOADERS
Compact Wheel
Loaders

2
TO PREVENT ACCIDENTS
The majority of accidents and injuries which occur in industry, on the farm, at home or on the
road, are caused by the failure of some individual to follow simple and fundamental safety rules
or precautions. For this reason MOST ACCIDENTS CAN BE PREVENTED by recognizing the
real cause and taking the necessary precautions, before the accident occurs.
Regardless of the care used in design and construction of any type of equipment, there may be
conditions that cannot be completely safeguarded against, without interfering with reasonable
accessibility and efficient operation.
A careful operator and / or technician is the best insurance against accidents. The complete ob-
servance of one simple rule would prevent many thousands of serious injuries each year.
This rule is: never attempt to clean, lubricate or adjust a machine while it is in motion.
SWARNING
Before carrying out any maintenance operation, adjustment and or repair on machines equipped
with attachments, controlled hydraulically or mechanically, make sure that the attachment is low-
ered and safely set on the ground. If it is necessary to have the equipment partially or fully raised
to gain access to certain items, be sure the equipment is suitably supported by means other than

INDEX
SECTION 00 - INTRODUCTION
1. SAFETY INSTRUCTIONS............................................................................................................................ 1
2. GENERAL SAFETY INSTRUCTIONS.......................................................................................................... 2
3. TECHNICAL SPECIFICATIONS................................................................................................................. 12
SECTION 10 - ENGINE
1. DIESEL ENGINE .......................................................................................................................................... 1
2. FUEL SYSTEM............................................................................................................................................. 2
3. COLD START DEVICE (NORTH AMERICA) ............................................................................................... 5
SECTION 25 - FRONT AXLES
1. REMOVAL AND INSTALLATION ................................................................................................................. 1
2. DIMENSIONS ............................................................................................................................................... 3
3. TECHNICAL SPECIFICATIONS................................................................................................................... 5
4. OIL CHANGE................................................................................................................................................ 9
5. DISASSEMBLY AND ASSEMBLY.............................................................................................................. 12
5.1 DISC BRAKE ASSY............................................................................................................................. 12
5.2 BRAKE CALIPER ................................................................................................................................ 19
5.3 REDUCTION GEAR (W50BTC) .......................................................................................................... 27
5.4 REDUCTION UNIT (W60BTC, W70BTC, W80BTC)........................................................................... 30
5.5 WHEEL HUB (W50BTC)...................................................................................................................... 33
5.6 WHEEL HUB (W60BTC, W70BTC, W80BTC) .................................................................................... 42
5.7 WHEEL SHAFT (W60BTC, W70BTC, W80BTC) ................................................................................ 48
5.8 BRAKE AND WHEEL SHAFT (W60BTC, W70BTC, W80BTC “HIGH SPEED”)................................. 52
5.9 DIFFERENTIAL SUPPORT................................................................................................................. 60
5.10 DIFFERENTIAL ASSY....................................................................................................................... 68
5.11 PINION............................................................................................................................................... 75
6. TROUBLESHOOTING................................................................................................................................ 81
7. SPECIAL TOOLS........................................................................................................................................ 84
SECTION 27 - REAR AXLES
2. DIMENSIONS ............................................................................................................................................... 3
4. OIL CHANGE.............................................................................................................................................. 14
5.1 MOTOR TB150.................................................................................................................................... 18
5.2 MOTOR TB138.5 “HIGH SPEED” ....................................................................................................... 21
5.3 TRANSMISSION BOX TB150 ............................................................................................................. 25
5.4 TRANSMISSION TB138.5 “HIGH SPEED” ......................................................................................... 34

INDEX
5.7 WHEEL HUB (W50BTC)...................................................................................................................... 61
5.8 WHEEL HUB (W60BTC, W70BTC, W80BTC)..................................................................................... 70
5.10 DIFFERENTIAL SUPPORT ............................................................................................................... 80
5.12 LIMITED SLIP DIFFERENTIAL ASSY............................................................................................... 94
5.13 PINION............................................................................................................................................. 101
6. TROUBLESHOOTING.............................................................................................................................. 107
7. SPECIAL TOOLS...................................................................................................................................... 110
SECTION 33 - BRAKE SYSTEM
1. BRAKE SYSTEM DIAGRAM ........................................................................................................................ 1
1.1 STANDARD DIAGRAM.......................................................................................................................... 1
1.2 “HIGH SPEED” DIAGRAM..................................................................................................................... 2
2.1 BRAKE PEDAL VALVE.......................................................................................................................... 3
2.2 PRESSURE SWITCHES ....................................................................................................................... 3
3. OPERATION................................................................................................................................................. 4
3.1 SERVICE BRAKE OPERATION............................................................................................................ 6
3.2 PARKING BRAKE OPERATION............................................................................................................ 8
4. BRAKE PEDAL VALVE................................................................................................................................. 9
5. PRESSURE SWITCHES ............................................................................................................................ 11
6. BRAKE ACCUMULATOR ........................................................................................................................... 12
6.1 TECHNICAL SPECIFICATIONS.......................................................................................................... 12
7. CHECKS AND ADJUSTMENTS................................................................................................................. 13
7.1 SERVICE BRAKE SYSTEM PRESSURE CHECK.............................................................................. 13
7.2 ACCUMULATOR PRESSURE CHECK............................................................................................... 14
7.3 PEDAL ANGLE ADJUSTMENT........................................................................................................... 15
7.4 “INCHING” VALVE ADJUSTMENT...................................................................................................... 16
SECTION 35 - HYDRAULIC SYSTEM
1. HYDRAULIC DIAGRAMS ............................................................................................................................. 1
1.1 HYDRAULIC DIAGRAM FOR W50BTC ................................................................................................ 1
1.2 HYDRAULIC DIAGRAM FOR W50BTC WITH OPTIONAL OUTFITS................................................... 3
1.4 HYDRAULIC DIAGRAM FOR W60BTC WITH OPTIONAL OUTFITS................................................... 7
1.6 HYDRAULIC DIAGRAM FOR W70BTC WITH OPTIONAL OUTFITS................................................. 11
1.7 HYDRAULIC DIAGRAM FOR W80BTC .............................................................................................. 13
1.8 HYDRAULIC DIAGRAM FOR W80BTC WITH OPTIONAL OUTFITS................................................. 15
2. TRANSMISSION......................................................................................................................................... 17
2.1 HYDRAULIC DIAGRAM....................................................................................................................... 17
2.2 OPERATION........................................................................................................................................ 18
2.3 ADJUSTMENTS................................................................................................................................... 20
3. VARIABLE-DISPLACEMENT PISTON PUMP............................................................................................ 22
3.2 MAIN VALVES ..................................................................................................................................... 24

INDEX
3.3 DISASSEMBLY.................................................................................................................................... 32
3.4 ASSEMBLY.......................................................................................................................................... 51
4. GEAR PUMP .............................................................................................................................................. 58
4.2 COMPONENTS ................................................................................................................................... 59
4.3 DISASSEMBLY AND ASSEMBLY....................................................................................................... 60
5. PRIORITY VALVE ...................................................................................................................................... 63
6. TRAVEL MOTOR........................................................................................................................................ 64
6.2 MAIN COMPONENTS ......................................................................................................................... 66
6.3 OPERATION........................................................................................................................................ 67
6.4 REMOVAL ........................................................................................................................................... 70
7. ONE-WAY DISTRIBUTOR VALVE............................................................................................................. 85
8. HYDRAULIC OIL TANK.............................................................................................................................. 86
8.1 OIL FILTER.......................................................................................................................................... 87
SECTION 39 - FRAME
1. ARTICULATED JOINT.................................................................................................................................. 1
1.1 COMPONENTS ..................................................................................................................................... 1
1.2 DISASSEMBLY AND ASSEMBLY......................................................................................................... 2
SECTION 41 - STEERING SYSTEM
1. OPERATION................................................................................................................................................. 1
1.1 EMERGENCY STEERING .................................................................................................................... 3
1.2 PRESSURE ADJUSTMENT.................................................................................................................. 4
2. POWER STEERING..................................................................................................................................... 5
2.1 TECHNICAL SPECIFICATIONS............................................................................................................ 6
2.2 COMPONENTS ..................................................................................................................................... 7
2.3 DISASSEMBLY AND ASSEMBLY......................................................................................................... 8
2.4 TROUBLESHOOTING......................................................................................................................... 24
2.5 SPECIAL TOOLS................................................................................................................................. 25
3. STEERING CYLINDER .............................................................................................................................. 26
3.1 REMOVAL AND INSTALLATION ........................................................................................................ 27
3.2 DISASSEMBLY.................................................................................................................................... 29
SECTION 50 - HEATING AND AIR CONDITIONING SYSTEM
1. HEATING...................................................................................................................................................... 1
2. AIR CONDITIONING .................................................................................................................................... 3

INDEX
SECTION 55 - ELECTRICAL SYSTEM
1. ELECTRICAL DIAGRAMS............................................................................................................................ 1
2. FUSES AND RELAYS ................................................................................................................................ 17
3. VOLTAGE AND CONTINUITY CHECK ...................................................................................................... 20
4. BATTERY.................................................................................................................................................... 21
4.1 REPLACEMENT .................................................................................................................................. 24
5. BULBS ........................................................................................................................................................ 25
SECTION 82 - WORKING EQUIPMENT
1. HYDRAULIC DIAGRAM................................................................................................................................ 2
2. OPERATION................................................................................................................................................. 3
4. QUICK TOOL COUPLER.............................................................................................................................. 6
4.1 COMPONENTS ..................................................................................................................................... 7
4.2 QUICK TOOL COUPLER CYLINDERS................................................................................................. 8
5. BUCKET........................................................................................................................................................ 9
5.1 ASSEMBLY............................................................................................................................................ 9
5.2 DISASSEMBLY.................................................................................................................................... 10
5.3 BUCKET TEETH - REPLACEMENT.................................................................................................... 11
6. FORKS........................................................................................................................................................ 12
6.2 CHECKS .............................................................................................................................................. 14
7. CYLINDERS................................................................................................................................................ 16
7.1 BOOM CYLINDER............................................................................................................................... 16
7.2 DUMPING CYLINDER......................................................................................................................... 20
8. CONTROL VALVE...................................................................................................................................... 24
9. LOAD HOLDING VALVE ............................................................................................................................ 27
10. TROUBLESHOOTING.............................................................................................................................. 28

1. SAFETY INSTRUCTIONS............................................................................................................................ 1
2. GENERAL SAFETY INSTRUCTIONS.......................................................................................................... 2
3. TECHNICAL SPECIFICATIONS................................................................................................................. 12
SECTION 00 - INTRODUCTION

SECTION 00 - INTRODUCTION 1
1. SAFETY INSTRUCTIONS
Carefully read the safety rules contained herein and
follow advised precautions to avoid potential haz-
ards and to safeguard your safety and personal in-
tegrity.
In this manual you will find the following indications:
S WARNING
This symbol warns about the possibility of potential
damages to the machine that can involve the opera-
tor’s safety.
S DANGER
With specific warnings about potential dangers for
the operator’s or other persons integrity directly or
indirectly involved.
The non compliance with the warning preceded by
the above mentioned key-words (WARNING and
DANGER) can cause serious accidents or even the
death of the persons involved.
Moreover in the present Manual have been given
some instructions with texts in italics, preceded by
the words NOTE and CAUTION, with following
meanings for machine protection:
NOTES: it emphasizes and underlines to the opera-
tor the correct technique or correct procedure to fol-
low.
S WARNING
It warns the operator of a possible hazard of machine
damage in case he does not follow a determined pro-
cedure.
Your safety and that of people around you depends
on you. It is essential that you understand this man-
ual for the correct operation, inspection, lubrication
and maintenance of this machine.

2 SECTION 00 - INTRODUCTION
2. GENERAL SAFETY INSTRUCTIONS
Carefully read this Manual before proceeding with
maintenance, repairs, refuelling or other machine
operations.
Repairs have to be carried out only by authorized
and instructed staff; specific precautions have to be
taken when grinding, welding or when using mallets
or heavy hammers.
Not authorized persons are not allowed to repair or
carry out maintenance on this machine. Do not carry
out any work on the equipment without prior authori-
zation.
Ask your employer about the safety instructions in
force and safety equipment.
Nobody is allowed to seat on the operator’s place
during machine maintenance unless he is a qualified
operator helping with the maintenance work.
If it is necessary to move the equipment to carry out
repairs or maintenance, do not lift or lower the equip-
ment from any other position than the operator’s
seat.
Never carry out any operation on the machine when
the engine is running, except when specifically indi-
cated.
Stop the engine and ensure that all pressure is re-
lieved from hydraulic circuits before removing caps,
covers, valves, etc.
All repair and maintenance operations should be
carried out with the greatest care and attention.
Service stairs and platforms used in a workshop or
in the field should be built in compliance with the
safety rules in force.
Any functional disorders, especially those affecting
the safety of the machine, should therefore be recti-
fied immediately.

2.1 EMERGENCY
Be prepared for emergencies. Always keep at dis-
posal on the machine a first aid kit and a fire extin-
guisher. Make sure that the fire extinguisher is
serviced in accordance with the manufacturer’s in-
structions.
2.2 EQUIPMENT
Wear close fitting clothing and safety equipment ap-
propriate for the job:
Z safety helmet;
Z safety shoes;
Z heavy gloves;
Z reflective clothing;
Z wet weather clothing.
If the environment conditions make it necessary, the
following personal safety equipment should be at
hand:
Z respirators (or dustproof masks);
Z ear plugs or acoustic ears protections;
Z goggles with lateral shield or masks for eyes pro-
tection.
Do not wear rings, wristwatches, jewels, unbuttoned
or flapping clothing such as ties, torn clothes,
scarves, open jackets or shirts with open zips which
could get caught into moving parts.

2.3 PLACING THE MACHINE IN SAFE CONDITIONS
Before carrying out any repair operation on this ma-
chine, place it in safe conditions.
Move the machine to a level and firm ground, away
from any soft ground, excavations or poorly shored
cavity.
Rest the bucket on the ground.
Place the direction-of-travel lever and gearshift lever
in neutral position.
Immobilize the machine by means of the parking
brake.
Stop the engine and remove the starter switch key.
Release the hydraulic pressure by operating the
control levers in all directions.
Place some wedges under the wheels so as to pre-
vent the machine from moving.
Make sure that the door and the engine guard are
correctly fastened and lock the operator’s compart-
ment door.
Check that no part of the machine is protruding onto
the public highway. If this cannot be avoided, install
signs in compliance with the relevant regulations.

2.4 ENGINE - RADIATOR
Never leave the engine run in closed spaces without
ventilation and not able to evacuate toxic exhaust
gases. Keep the exhaust manifold and tube free
from combustion materials.
Do not refuel with the engine running, especially if
hot, as this increases fire hazard in case of fuel spill-
age.
Never attempt to check or adjust the fan belts when
the engine is running.
Never lubricate the machine with the engine run-
ning.
Pay attention to rotary pieces and do not allow to an-
yone to approach to avoid becoming entangled.
If hands, clothes or tools get caught in the fan blades
or in the transmission belt, this can cause amputa-
tions, violent tears and generate condition of serious
danger; for this reason avoid touching or to come
close to all rotary or moving parts.
A violent jet of the coolant from the radiator can
cause damages and scalds.
If you are to check the coolant level, you have to shut
off the engine previously and to let cool down the ra-
diator and its pipes. Slowly unscrew the cap to re-
lease the inside pressure.
If necessary, remove the cap with hot engine, wear
safety clothes and equipment, then loosen the cap
slowly to relieve the pressure gradually.
When checking the fuel, oil and coolant levels, use
exclusively explosion proof classified lamps. If this
kind of lamps are not used fires or explosions may
occur.

2.5 HYDRAULIC SYSTEMS
Splashes of fluids under pressure can penetrate the
skin causing serious injuries.
Avoid this hazard by relieving pressure before dis-
connecting hydraulic or other lines.
Relieve the residual pressure by moving the hydrau-
lic control levers several times.
Tighten all connections before applying pressure.
To protect the eyes wear a facial shield or safety
goggles.
Protect your hands and body from possible splashes
of fluids under pressure.
Swallowing hydraulic oil is a severe health hazard.
When hydraulic oil has been swallowed, avoid vom-
iting, but consult a doctor or go to a hospital.
If an accident occurs, see a doctor familiar with this
type of injury immediately.
Any fluid penetrating the skin must be removed with-
in few hours to avoid serious infections.
Flammable splashes may originate because of the
heat near pipes with fluids under pressure, with the
result of serious scalds for the persons hit. Do not
weld or use torches near pipes containing fluids or
other flammable materials.
Pipes under pressure can accidentally be pierced
when the heat expands beyond the area immediate-
ly heated.
Arrange for fire resistant temporary shields to pro-
tect hoses or other components during welding.
Have any visible leakage repaired immediately.
Escaping oil pollutes the environment. Soak up any
oil that has escaped with a proper binding agent.
Sweep up binding agent and dispose of it separately
from other waste.
Never search for leakages with the fingers, but use a
piece of cardboard and always wear goggles.
Never repair damaged piping; always replace it. Re-
place hydraulic hoses immediately on detecting any
damage or leak.
Always store hydraulic oil in the original containers.

HOSES AND TUBES
Always replace hoses and tubes if the cone end or
the end connections on the hose are damaged.
When installing a new hose, loosely connect each
end and make sure the hose takes up the designed
position before tightening the connections. Clamps
should be tightened sufficiently to hold the hose with-
out crushing and to prevent chafing.
After hose replacement to a moving component,
check that the hose does not foul by moving the
component through the complete range of travel.
Be sure any hose which has been installed is not
kinked or twisted.
Hose connections which are damaged, dented,
crushed or leaking, restrict oil flow and the productiv-
ity of the components being served. Connectors
which show signs of movement from the original po-
sition have failed and will ultimately separate com-
pletely.
A hose with a frayed outer sheath will allow the water
penetration. Concealed corrosion of the wire rein-
forcement will subsequently occur along the hose
length with resultant hose failure.
Ballooning of the hose indicates an internal leakage
due to structural failure. This condition rapidly deteri-
orates and total hose failure soon occurs.
Kinked, crushed, stretched or deformed hoses gen-
erally suffer internal structural damage which can re-
sult in oil restriction, a reduction in the speed of
operation and ultimate hose failure.
Free-moving, unsupported hoses must never be al-
lowed to touch each other or related working surfac-
es. This causes chafing which reduces hose life.
O-RINGS
Replace O-rings, seal rings and gaskets whenever
they are disassembled.
Never mix new and old seals or O-rings, regardless
of condition. Always lubricate new seal rings and O-
rings with hydraulic oil before installation to relevant
seats.
This will prevent the O-rings from rolling over and
twisting during mounting which will jeopardize seal-
ing.

2.6 BATTERY
Batteries give off explosive gases.
Never handle naked flames and unshielded light
sources near batteries, never smoke.
To prevent any risk of explosion, observe the follow-
ing instructions:
Z when disconnecting the battery cables, always dis-
connect the negative (-) cable first;
Z to reconnect the battery cables, always connect the
negative (-) cable last;
Z never short-circuit the battery terminals with metal
objects;
Z do not weld, grind or smoke near a battery.
Battery electrolyte causes severe burns. The battery
contains sulphuric acid. Avoid any contact with the
skin, eyes or clothing.
Antidote:
Z EXTERNAL: rinse well with water, removing any
soiled clothing.
Z INTERNAL: avoid vomiting. Drink water to rinse
your mouth. Consult a doctor.
Z EYES: rinse abundantly with water for 15 minutes
and consult a doctor.
Z When the electrolyte of a battery is frozen, it can
explode if you attempt to charge the battery or if
you try to start the engine using a booster battery.
Always keep the battery charged to prevent the
electrolyte freezing.
Provide good ventilation when changing a battery or
using a battery in an enclosed space. Always protect
your eyes when working near a battery.
Never set tools down on the battery. They may in-
duce a short circuit, causing irreparable damage to
the battery and injuring persons.
Never wear metal necklaces, bracelets or watch-
straps when working on the battery. The metal parts
may induce a short circuit resulting in burns.
Dispose of used batteries separately from other
waste in the interests of environmental protection.

2.7 FLAMMABLE LIQUIDS
When handling flammable liquids:
Z do not smoke;
Z keep away from unshielded light sources and na-
ked flames.
Fuels often have a low flash point and are readily ig-
nited.
Never attempt to extinguish burning liquids with wa-
ter. Use:
Z dry powder;
Z with carbon dioxide;
Z with foam.
Water used for extinguishing purposes would vapor-
ize instantaneously on contact with burning sub-
stances and spread burning oil, for example, over a
wide area. Water generates short circuits in the elec-
trical system, possibly producing new hazards.
Stay away from open flames during refilling of hy-
draulic oil or fuel.
Fuel or oil splashes can cause slipping and therefore
accidents; clean immediately and accurately the ar-
eas eventually smeared.
Always tighten the safety plugs of fuel tank and hy-
draulic oil tank firmly.
Never use fuel to clean the machine parts eventually
smeared with oil or dust.
Use a non-inflammable product for cleaning parts.
Always perform fuel or oil refilling in well aired and
ventilated areas.
During refuelling hold the pistol firmly and keep it al-
ways in contact with the filler neck until the end of the
refuelling, to avoid sparkles due to static electricity.
Do not overfill the tank but leave a space for fuel ex-
pansion.
Never refuel when the engine is running.
Take all the necessary safety measures when weld-
ing, grinding or when working near a naked flame.

2.8 TYRES
Before inflating the tyres, always check the condition
of rims and the outer condition of tyres to find out the
presence of dents, cuts, tears of reinforcement plies
or other faults. Before inflating a tyre, make sure that
there are no nearby persons, then position yourself
at tread side.
Make sure that the inflating pressure of tyres is the
same prescribed by manufacturer and that the pres-
sure of the right tyre corresponds to the pressure of
the left tyre.
Never use reconditioned rims because possible
welds, heat treatments or brazings not performed
correctly can weaken the wheels and cause follow-
ing damages or failures. Deflate the tyres before
their disassembly.
Before taking out possible jammed objects from the
rims, it is necessary to deflate the tyres. Inflate tyres
by means of a pistol complete with extension and
pressure switch of control.
2.9 CLEANING
Clean the exterior of all components before carrying
out any form of repair. Dirt and dust can reduce the
efficient working life of a component and lead to
costly replacement.
Solvents should be checked that they are suitable
for the cleaning of components and also that they do
not risk the personal safety of the user.
Dirt from oil or grease and scattered tools or faulty
pieces are dangerous for persons, because they can
generate slipping or falls.
For the machine cleaning, use a jet of warm water or
steam under pressure and commercial detergents.
Never use fuel, petroleum or solvents, because the
first ones leave an oily layer that favours the sticking
of dust, while solvents (even if weak) damage the
paint and favour the formation of rust.
Never use water jets or steam on sensors, connec-
tors or other electric components.
Prevent that the water jet penetrates inside the cab.

2.10 WASTE DISPOSAL
Improperly disposing of waste can threaten the envi-
ronment.
Each country has its own Regulations on this sub-
ject. It is therefore advisable to prepare suitable con-
tainers to collect and store momentarily all solid and
fluid materials that must not be scattered in the envi-
ronment to avoid pollution.
At preset intervals these products will be delivered to
disposal stations legally recognized and present in
this Country.
Hereunder are listed some products of the machine
requiring disposal:
Z lubricating oil;
Z brake system oil;
Z coolant mixture, condensation rests and pure anti-
freeze;
Z fuel;
Z oil and fuel filter elements;
Z air filter elements;
Z battery.
Also polluting rags, paper, sawdust and gloves must
be disposed in compliance with the same proce-
dures.
Do not use food or beverage containers that may
mislead someone into drinking from them. Do not
pour waste onto the ground, down a drain, or into
any water source. Air conditioning refrigerants es-
caping into the air can damage the Earth’s atmos-
phere. Government regulations may require a
certified air conditioning service centre to recover
and recycle used air conditioning refrigerants. Ob-
tain information on the proper way to recycle or dis-
pose of waste from your local environmental or
recycling centre, or from your Dealer.

3. TECHNICAL SPECIFICATIONS
3.1 MAIN COMPONENTS
1. Wheel loader bucket
2. Tilt dumping cylinder
3. Lifting cylinder
4. Fuel tank
5. Cab
6. Hydraulic oil tank
7. Air filter
8. Diesel engine
9. Hydraulic pumps
10. Battery
11. Rear axle
12. Transmission
13. Steering cylinder
14. Front axle
15. Working attachment
16. Attachment quick coupler

3.2 DIMENSIONS AND PERFORMANCE WITH BUCKET
(*) these dimensions apply when considering 12.5-20 tyres for W50BTC and 14.5-20 tyres for W60BTC - W70BTC -
W80BTC
BUCKET - DIMENSIONS W50BTC W60BTC W70BTC W80BTC
A Total length mm (in) 5360 (211.02) 5490 (216.14) 5590 (220.07) 5650 (222.44)
B Cab height mm (in) 2710 (107.70) 2790 (109.84) 2790 (109.84) 2790 (109.84)
C Bucket width mm (in) 1900 (74.80) 2050 (80.70) 2100 (88.70) 2100 (82.70)
D Wheel width mm (in) 1841 (72.48) 1910 (75.19) 1910 (75.19) 1954 (76.92)
E Dumping height mm (in) 2525 (99.40) 2550 (100.39) 2570 (101.18) 2616 (102.99)
F Dumping reach mm (in) 825 (32.50) 785 (30.90) 845 (33.26) 890 (35.03)
G Maximum height of bucket pin mm (in) 3240 (127.55) 3267 (128.62) 3360 (132.28) 3440 (135.43)
H Dumping depth mm (in) 93 (3.66) 96 (3.77) 107 (4.21) 106 (4.17)
I Wheel base mm (in) 2182 (85.90) 2250 (88.60) 2350 (92.51) 2350 (92.51)
J Track mm (in) 1480 (58.26) 1526 (60.07) 1526 (60.07) 1570 (61.81)
K Clearance from ground to axle mm (in) 330 (13) 330 (13) 330 (13) 330 (13)
L Rear overhang mm (in) 1203 (47.36) 1267 (49.88) 1267 (49.88) 1267 (49.88)
M Tyre width (*) mm (in) 361 (14.21) 384 (15.11) 384 (15.11) 384 (15.11)
R Tyre radius (*) mm (in) 483 (19.01) 508 (19.99) 508 (19.99) 508 (19.99)
W Clearance from ground to drive
shaft
mm (in) 400 (15.74) 415 (16.33) 415 (16.33) 415 (16.33)
Operating weight (with standard
bucket)
kg (lb) 4615 (10153) 4920 (10824) 5430 (11946) 5770 (12695)
BUCKET - PERFORMANCE W50BTC W60BTC W70BTC W80BTC
Standard bucket capacity m3 (ft3) 0.7 (24.7) 0.8 (28.2) 1 (35.3) 1.1 (38.8)
Tensile force kg (lb) 3800 (8360) 4550 (10010) 4410 (10010) 5100 (11220)
Dumping load - ISO axis kg (lb) 3345 (7359) 3495 (7689) 4245 (9339) 4420 (9724)
Dumping load - turned by 40° ISO kg (lb) 2945 (6500) 3100 (6820) 3630 (7986) 3755 (8261)
Bucket width mm (in) 1900 (74.80) 2050 (80.70) 2100 (88.70) 2100 (88.70)
Lifting capacity at ground mm (in) 4260 (167.71) 5520 (217.32) 4410 (173.62) 6060 (238.58)

3.3 DIMENSIONS AND PERFORMANCE WITH FORKS
(*) this dimension applies when considering 12.5-20 tyres for W50BTC and 14.5-20 tyres for W60BTC - W70BTC -
W80BTC
BUCKET WITH FORKS - DIMENSIONS W50BTC W60BTC W70BTC W80BTC
Total length with forks mm (in) 1200 (47.24) 1200 (47.24) 1200 (47.24) 1200 (47.24)
Width of fork support mm (in) 1450 (57.08) 1450 (57.08) 1450 (57.08) 1450 (57.08)
Fork weight kg (lb) 336 (741) 336 (741) 336 (741) 336 (741)
A Clearance from ground mm (in) 100 (3.93) 100 (3.93) 100 (3.93) 100 (3.93)
B Height with maximum outreach mm (in) 1311 (51.61) 1336 (52.59) 1393 (54.84) 1393 (54.84)
C Maximum height mm (in) 2960 (116.53) 2987 (117.59) 3080 (121.25) 3160 (124.40)
D Outreach at ground mm (in) 771 (30.35) 731 (28.77) 731 (28.77) 798 (31.41)
E Maximum outreach mm (in) 1335 (52.55) 1315 (51.77) 1340 (52.75) 1390 (54.72)
F Outreach at maximum height mm (in) 600 (23.62) 580 (22.83) 610 (24.01) 587 (23.11)
G Outreach of coupler pin of bucket
with forks
mm (in) 1630 (64.17) 1630 (64.17) 1650 (64.96) 1700 (66.92)
H Coupler pin switch and centre of
gravity
mm (in) 340 (13.38) 340 (13.38) 340 (13.38) 340 (13.38)
R Tyre radius (*) mm (in) 543 (21.37) 562 (22.12) 562 (22.12) 562 (22.12)
Payload on level ground kg (lb) 1640 (3608) 1780 (3916) 2120 (4664) 2215 (4873)
Payload on rough ground kg (lb) 1230 (2706) 1335 (2937) 1590 (3498) 1660 (3652)
Operating weight kg (lb) 4655 (10241) 4895 (10769) 5370 (11814) 5690 (12518)
LIFTING LOADS W50BTC W60BTC W70BTC W80BTC
At L1 = 500 mm (19.68 in) kg
(lb)
1600
(3520)
1700
(3740)
1950
(4290)
2250
(4950)
At L2 = 800 mm (31.49 in) kg
(lb)
1400
(3080)
1500
(3300)
1550
(3410)
1550
(3410)
At L3 = 1000 mm (39.37 in) kg
(lb)
1250
(2750)
1250
(2750)
1250
(2750)
1250
(2750)
At L4 = 1200 mm (47.24 in) kg
(lb)
1000
(2200)
1000
(2200)
1000
(2200)
1000
(2200)

3.4 WEIGHTS
3.5 NOISE
3.6 DIESEL ENGINE
W50BTC W60BTC W70BTC W80BTC
Engine kg (lb) 300 (660)
Front axle kg (lb) 230 (506) 318 (700)
Rear axle (gearbox included)
and travel motor
kg (lb) 312 (686) 251 (552) 315 (693)
Cab kg (lb) 470 (1034)
Variable-displacement pump kg (lb) 30 (66)
Hydraulic motor kg (lb) 35 (77)
Lifting equipment kg (lb) 420 (942) 600 (1320)
Lifting cylinder kg (lb) 30 (66)
Cylinder for quick coupler kg (lb) 12 (26)
Counterweight kg (lb) 393 (865) 415 (913) 650 (1433) 760 (1676)
External noise level LWA 98 dB (A) 100 dB (A)
Internal noise level LpA 75 dB (A)
Iveco model F5C E9454 C* A F5C E9454 D* A F5C E9454 A* A F5C E9454 B* A
Operation 4-stroke diesel engine
Number of cylinders 4
Bore mm (in) 99 (3.89)
Stroke mm (in) 104 (4.09)
Total displacement cm3
(in3
) 3202 (195.36)
Maximum torque (at
1400 rpm)
Nm 220 (162.26) 260 (191.76) 275 (202.82) 310 (228.64)
Power
ISO 9249
kW/CV 40 / 54 48 / 64 55 / 74 61 / 82
Rated rpm rpm 2300 2300 2500 2500
Ignition order 1,3,4,2
Compression ratio 17 ± 0.5 : 1
Weight kg (lb) 300 (660)

TIGHTENING TORQUES
Component Tightening torque (Nm) (lbf·ft)
Oil pan plug 50 (36.87)
1/8 G plug (crankcase) 40 (29.50)
3/8 G plug (crankcase) 15 (11.06)
Water drain plug (crankcase) 40 (29.50)
Inspection covers 25 (18.43)
Timing gearbox cover 25 (18.43)
Timing gearbox 25 (18.43)
Flywheel case (M8) 35 (25.81)
Flywheel case (M12) 120 (88.50)
Cylinder head - 1st phase (M12) 65 (47.94)
Cylinder head - 2nd phase (M12) 90 (66.38)
Cylinder head - 3rd phase (M12) 60 (44.25)
Rocker shaft assy 25 (18.43)
Head cover 25 (18.43)
Valve adjusting nut 20 (14.75)
Suction manifold 25 (18.43)
Exhaust manifold 15 (11.06)
Heat exchanger 25 (18.43)
Drive shaft pulley 350 (258.14)
Flywheel 30 (22.12)
Injectors (screw) 25 (18.43)
Injectors (nut) 30 (22.12)
Fuel filter 25 (18.43)
Oil filter 25 (18.43)
Oil pump 25 (18.43)
Water pump 25 (18.43)
Alternator 50 (36.87)
Fuel pump 25 (18.43)
Sensors (oil pressure, water temperature, etc.) 25 (18.43)

3.7 BRAKES SYSTEM
BRAKE PEDAL VALVE
Allowable service pressure .................................................................................................... 175 bar (2538 psi)
Adjusted pressure...................................................................................................................... 55 bar (797 psi)
Pressure of brake on disc .......................................................................................................... 55 bar (797 psi)
Accumulator charging valve
Preloading pressure............................................................................................................... 175 bar (2537 psi)
“Cut-in” pressure.................................................................................................................... 120 bar (1740 psi)
“Cut-off” pressure................................................................................................................... 150 bar (2175 psi)
PRESSURE SWITCHES
Brake light pressure switch
Infeed pressure........................................................................................................................... 3.5 bar (51 psi)
Function ..........................................................................................................................................when closing
Brake accumulator charge pressure switch
Infeed pressure........................................................................................................................ 80 bar (1160 psi)
Function ........................................................................................................................................... bidirectional

3.8 STEERING SYSTEM
System pressure .................................................................................................................... 175 bar (2537 psi)
POWER STEERING
Tightening torques
STEERING CYLINDER
3.9 HYDRAULIC SYSTEM
PRESSURE ADJUSTMENT
Working attachment
Primary safety pressure .........................................................................................................250 bar (3625 psi)
Secondary safety pressure - tilt dumping cylinder bottom side.............................................. 280 bar (4059 psi)
Secondary safety pressure - tilt dumping cylinder rod side.................................................... 250 bar (3625 psi)
Secondary safety pressure - boom cylinder bottom side ....................................................... 280 bar (4059 psi)
W50BTC - W60BTC -
W70BTC
W80BTC
Model OSPC200LS OSPC315LS
Displacement cm3
/rev (in3
/rev) 200 (12.20) 315 (19.22)
Rated oil flow l/min (gal/min) 20 (5.30) 32 (8.40)
Weight kg (lb) 5.8 (13) 6.2 (14)
Relief valve adjustment bar (psi) 240 (3840) 240 (3840)
Steering wheel nut 55 (40.56)
Steering column bracket 23 (16.97)
End cover 30 (22.12)
Connector 45 (33.19)
Adaptors 55 (40.56)
Check valve 30 (22.12)
Quantity 1
Ø rod mm (in) 32 (1.25) 40 (1.57)
Ø piston mm (in) 70 (2.75) 80 (3.14)
Stroke mm (in) 300 (11.81) 300 (11.81)

VARIABLE-DISPLACEMENT PUMP
GEAR PUMP
System Pump with adjustment depending on engine rpm
Model
AV4VG40DA1D2
/ 32R
A4VG56DA1D2
/ 32R
A4VG56DA1D2
/ 32R
A4VG71DA1D2
/ 32R
Displacement
cm3
/rev
(in3
/rev)
40
(2.44)
56.0
(3.41)
56.0
(3.41)
71.0
(4.33)
Power kW (hp) 35.7 (46.1) 38.0 (51) 48.3 (61.8) 52.8 (70.8)
Transmission through diesel engine direct drive, i = 1.0
Service revolutions
(= engine rated speed)
rpm 2300 2300 2500 2500
Maximum oil delivery
l/min
(gal/min)
88.8 (23.40) 131.3 (34.60) 136.0 (35.80) 173.4 (45.70)
Supply pressure
(rotation speed at full load)
bar (psi) 25 (362) 27 (391) 27 (391) 27 (391)
Adjustment start bar (psi)
50 (725)
(at 1100 rpm)
50 (725)
(at 1100 rpm)
50 (725)
(at 1100 rpm)
50 (725)
(at 1100 rpm)
Adjustment end bar (psi)
400 (5801)
(at 1800 rpm)
400 (5801)
(at 1900 rpm)
400 (5801)
(at 1900 rpm)
400 (5801)
(at 1900 rpm)
Pressure cut-off bar (psi) 430 (6234)
High-pressure relief valves
- opening -
bar (psi) 465 (6744) 467 (6773) 467 (6773) 467 (6773)
Hydraulic motor adjustment
start
bar (psi) 245 (3553) 190 (2755)
245 (3553)
(190 (2755)
“high speed”
models)
215 (3118)
Voltage V 12
Model 022R0020KB 032R0020KB 028R0020KB 032R0020KB
Displacement cm3
/rev
(in3
/rev)
22.5
(1.37)
32
(1.95)
28
(1.7)
32
(1.95)
Maximum pressure bar (psi) 270 (3914)

HYDRAULIC CYLINDERS
ACCUMULATORS
BRAKE ACCUMULATOR
Capacity ............................................................................................................................. 0.32 litres (0.10 gal)
Maximum pressure................................................................................................................ 210 bar (3045 psi)
Service temperature.....................................................................................-10 °C / +80 °C (+14 °F / +176 °F)
Filling gas.............................................................................................................................................. nitrogen
Filling gas overpressure.............................................................................................. 25 ± 1 bar (362 ± 15 psi)
Weight ............................................................................................................................................. 1.3 kg (3 lb)
QUICK COUPLER CYLINDER ACCUMULATOR
Capacity ............................................................................................................................... 0.6 litres (0.15 gal)
Precharge pressure..................................................................................................... 50 ± 1 bar (724 ± 15 psi)
Weight ............................................................................................................................................. 3.3 kg (7 lb)
RIDE CONTROL ACCUMULATOR
Capacity ............................................................................................................................. 0.75 litres (0.20 gal)
Filling gas overpressure.............................................................................................. 25 ± 1 bar (362 ± 15 psi)
Weight ................................................................................................................................................ 4 kg (9 lb)
Lifting cylinder
Quantity 1
Ø rod mm (in) 50 (1.96) 55 (2.16) 55 (2.16) 60 (2.36)
Ø piston mm (in) 90 (3.54) 100 (3.93) 100 (3.93) 110 (4.33)
Stroke mm (in) 721 (28.38) 728 (28.66) 718 (28.26) 730 (28.74)
Tilt dumping cylinder
Quantity 1
Ø rod mm (in) 50 (1.96) 55 (2.16) 55 (2.16) 60 (2.36)
Ø piston mm (in) 90 (3.54) 100 (3.93) 100 (3.93) 110 (4.33)
Stroke mm (in) 459 (18.07) 454 (17.87) 490 (19.29) 490 (19.29)
Quick coupler cylinder
Quantity 1
Ø rod mm (in) 25 (0.98) 25 (0.98) 25 (0.98) 25 (0.98)
Ø piston mm (in) 40 (1.57) 40 (1.57) 40 (1.57) 40 (1.57)
Stroke mm (in) 60 (2.36) 60 (2.36) 60 (2.36) 60 (2.36)

TRAVEL MOTOR
TRAVEL MOTOR “HIGH SPEED”
3.10 ELECTRICAL SYSTEM (EUROPE MODELS)
STANDARD ELECTRICAL SYSTEM
Service voltage ............................................................................................................................................12 V
Battery (quantity 1)
Capacity (20 h)........................................................................................................................................... 95 Ah
Discharge current.......................................................................................................................................900 A
Weight (with electrolyte).................................................................................................................. 25 kg (55 lb)
ELECTRICAL SYSTEM WITH COLD START DEVICE
Battery (quantity 2)
Capacity (20 h)........................................................................................................................................... 74 Ah
Discharge current.......................................................................................................................................680 A
Weight (with electrolyte).................................................................................................................. 18 kg (40 lb)
3.11 ELECTRICAL SYSTEM (NORTH AMERICA MODELS)
Battery
Capacity (20 h)........................................................................................................................................... 95 Ah
Critical current............................................................................................................................................ 900 A
Weight............................................................................................................................................. 25 kg (55 lb)
Type A6VM80HA1U1 / 63W A6VM107HA1U1 / 63W
Displacement Qmax / Qmin cm3
(in3
)
80 / 18.8
(4.88 / 1.14)
80 / 23.7
(4.88 / 1.44)
80 / 24.8
(4.88 / 1.51)
107 / 34.5
(6.52 / 2.10)
Maximum speed rpm 4352 5289 5289 4811
Delivery pressure bar
(psi)
25
(362)
25
(362)
25
(362)
25
(362)
Service pressure bar
(psi)
245
(3552)
190
(2755)
245
(3552)
215
(3117)
Pressure increasing spring bar
(psi)
10
(145)
10
(145)
10
(145)
10
(145)
Voltage V 12
W60BTC W70BTC W80BTC
Type A6VM80HA1R1 / 63W
Displacement Qmax / Qmin cm3 (in3) 80 / 26.5 (4.88 / 1.62) 80 / 29.2 (4.88 / 1.78) 80 / 35.4 (4.88 / 2.16)
Maximum speed rpm 4770 4770 4770
Delivery pressure
bar (psi)
25
(362)
25
(362)
25
(362)
Service pressure
bar (psi)
190
(2755)
190
(2755)
215
(3117)
Pressure increasing spring
bar (psi)
10
(145)
10
(145)
10
(145)
Voltage V 12

3.12 BUCKETS
3.13 AXLES
FRONT AXLE
“HIGH SPEED” FRONT AXLE
SAE capacity m3
(ft3
)
0.65
(22.95)
0.70
(24.72)
0.80
(28.25)
0.80
(28.25)
0.90
(31.78)
0.90
(31.78)
1.00
(35.31)
1.00
(35.31)
1.10
(38.84)
1.20
(42.37)
Width mm
(in)
1800
(70.86)
1900
(74.80)
1900
(74.80)
2050
(80.70)
2050
(80.70)
2050
(80.70)
2100
(82.67)
2100
(82.67)
2100
(82.67)
2100
(82.67)
Weight kg
(lb)
250
(550)
265
(583)
295
(650)
315
(693)
335
(737)
335
(737)
365
(803)
365
(803)
370
(814)
410
(902)
W50BTC W60BTC - W70BTC -
W80BTC
Model 28.16 (CA147195) 28.25 (CA150144)
Differential type limited slip
Bevel gear reduction ratio 2.90 / 1 3.66 / 1
Reduction gear ratio 6.00 / 1 6.00 / 1
Total reduction ratio 17.45 / 1 22.00 / 1
Input rotation direction clockwise
Bevel gear play 0.17 ÷ 0.24 mm (0.006 ÷ 0.009 in)
Pinion bearing preload
(measured on D = 34.5 mm (1.35 in) without seal
rings)
P = 9.2 ÷ 13.7 daN (20.68 ÷ 30.79 lbf)
Ring gear-pinion bearing total preload
(measured on D = 34.5 mm (1.35 in) without seal
rings)
T= (P+3.1)+(P+4.7) daN
T= (P+0.96)+(P+10.56) lbf
T= (P+2.5)+(P+3.8) daN
T= (P+5.62)+(P+8.54) lbf
Dynamic load 55000 Nm (40565 lbf·ft)
Static load 137500 Nm (101415 lbf·ft)
Service brake torque 980 Nm (722 lbf·ft)
Parking brake torque 780 Nm (575 lbf·ft)
Maximum service pressure 55 bar (797 psi)
W60BTC - W70BTC - W80BTC
Model 28.25 (CA147188)
Bevel gear reduction ratio 3.66 /1
Reduction gear ratio 6.00 / 1
Total reduction ratio 22.00 / 1
Bevel gear play
0.17 ÷ 0.24 mm
(0.006 ÷ 0.009 in)
(measured on D = 34.5 mm (1.35 in) without seal rings)
P = 9.2 ÷ 13.7 daN
(P = 20.68 ÷ 30.80 lbf)
T= (P+2.5)+(P+3.8) daN
T= (P+5.62)+(P+8.54) lbf

REAR AXLE
“HIGH SPEED” REAR AXLE
W50BTC W60BTC - W70BTC W80BTC
Model
CA147194+CA150145
28.16 + TB150
CA147189+CA150146
28.20 + TB150
CA147186+CA150147
28.20 + TB150
Differential type
CA147194: standard
CA150145: limited slip
CA147189: standard
CA147186: standard
Bevel gear reduction ratio 2.91 / 1 3.66 / 1 3.66 / 1
Reduction gear ratio 6.00 / 1 6.00 / 1 6.00 / 1
Transmission box reduc-
tion ratio
2.257 / 1 2.257 / 1 2.053 / 1
Total reduction ratio 39.38 / 1 49.65 / 1 45.156 / 1
Input rotation direction counterclockwise
Bevel gear play
0.18 ÷ 0.23 mm
(0.007 ÷ 0.0090 in)
0.17 ÷ 0.24 mm
(0.006 ÷ 0.0094 in)
(measured on D =
34.8 mm (1.37 in) without
seal rings)
P = 9.2 ÷ 13.7 daN
(P = 20.68 ÷ 30.80 lbf)
Ring gear-pinion bearing
total preload
(measured on D =
34.8 mm (1.37 in) without
seal rings)
T= (P+3.1)+(P+4.7) daN
T= (P+6.96)+(P+10.56) lbf
T= (P+2.5)+(P+3.8) daN
T= (P+5.62)+(P+8.54) lbf
W60BTC - W70BTC - W80BTC
Model CA147187
28.20 + TB138.5
Dry weight /
Bevel gear reduction ratio 3.66 /1
Transmission box reduction (1°) 2.75 / 1
Total reduction (1°) 60.5 / 1
Transmission box reduction (2°) 1.163 / 1
Total reduction (2°) 25.28 / 1
Input rotation direction counterclockwise
Bevel gear play 0.17 ÷ 0.24 mm
(0.0066 ÷ 0.0094 in)
P = 9.2 ÷ 13.7 daN
(P = 20.68 ÷ 30.80 lbf)
T= (P+2.5)+(P+3.8) daN
T= (P+5.62)+(P+8.54) lbf

TIGHTENING TORQUES
Wheel nuts 550 (405.65)
Cardan shaft 34 (25.07)
Front axle fastening 350 (258.14)
Front axle fastening (pin retainer) 79 (58.26)
Rear axle fastening 350 (258.14)
Fastening of variable-displacement pump to engine 250 (184.40)
Fastening of travel motor to transmission 725 (534.73)
Counterweight 390 (287.64)
Engine supports 140 (103.25)
Cab elastic supports 240 (177.01)

3.14 SUPPLY CHART
Component to refill Suggested product
New Holland
Standard
International
Standard
Viscosity
Quantity (litres)
Window washer tank Water and alcohol - - - 2.2 (0.60)
Cooling system
AMBRA Agriflu
antifreeze 50% water
50%
NH 900 A
CUNA NC
956-16
- 16.5 (4.30)
Fuel system
Decanted and filtered
diesel fuel
- - - 95 (25)
Engine (without filter)
Oil AMBRA SUPER
GOLD
or oil
AMBRA
MASTERGOLD HSP
NH 330 G
NH 330 H
API CF-4
MIL-L-2104 F
LEVEL
API CF-4/CH-4
ACEA E7/E5
SAE
15W40
8.5 (2.20)
Brake system
see
Hydraulic system
- - - -
Oil tank
Hydraulic system
HYDROSYSTEM 68
(-10 to + 50 °C)
(-14 to +122 °F)
NH 668
ISO VG 68
DIN 51524
-
40 (10.5)
56 (14.8)
40 (10.5)
67 (17.7)
40 (10.5)
67 (17.7)
40 (10.5)
74 (19.5)
HYDROSYSTEM 32
(-25 to + 20 °C)
(-13 to + 68 °F)
NH 632
ISO VG 32
DIN 51524
-
40 (10.5)
56 (14.8)
40 (10.5)
67 (17.7)
40 (10.5)
67 (17.7)
40 (10.5)
74 (19.5)
HYDROSYSTEM
46 HV
(-20 to + 40 °C)
(-4 to +104 °F)
NH 646 H
ISO VG 46
DIN 51524
-
40 (10.5)
56 (14.8)
40 (10.5)
67 (17.7)
40 (10.5)
67 (17.7)
40 (10.5)
74 (19.5)
HYDROSYSTEM 46
BIO-S
Biodegradable Oil
(special equipment)
NH 646 BS
ISO VG 46
DIN 51524
-
40 (10.5)
56 (14.8)
40 (10.5)
67 (17.7)
40 (10.5)
67 (17.7)
40 (10.5)
74 (19.5)
Front axle:
- differential
- side gearboxes
Rear axle:
- differential
- side gearboxes
- gear box
AMBRA HYPOIDE
90 LS Oil
NH 520 B API GL5
SAE
80W-90
7.5
(1.98)
2x0.7
(2x0.18)
7.5
(1.98)
2x0.7
(2x0.18)
0.75
(0.20)
8
(2.11)
2x0.6
(2x0.16)
8
(2.11)
2x0.7
(2x0.18)
0.75
(0.20)
8
(2.11)
2x0.6
(2x0.16)
8
(2.11)
2x0.7
(2x0.18)
0.75
(0.20)
8
(2.11)
2x0.6
(2x0.16)
8
(2.11)
2x0.7
(2x0.18)
0.75
(0.20)
Air conditioning
system:
- coolant
- oil (compressor)
R 134a
PAG SP 20
-
-
-
-
-
-
1.05 (0.30)
135 cm3 (8.26 in3)
Greasing of grease
nipples
AMBRA GR9
Multi purpose grease
NH 710 A NLGI2 - -

NOTES:

1. DIESEL ENGINE .......................................................................................................................................... 1
2. FUEL SYSTEM............................................................................................................................................. 2
3. COLD START DEVICE (NORTH AMERICA) ............................................................................................... 5
SECTION 10 - ENGINE

SECTION 10 - ENGINE 1
1. DIESEL ENGINE
Refer to the REPAIR MANUAL of the IVECO ENGINE
Print number 87736548A

2 SECTION 10 - ENGINE
2. FUEL SYSTEM
The fuel system consists simply of a tank (3) ensur-
ing fuel supply to diesel engine (1) by means of pipes
(2).

2.1 FUEL TANK
System capacity: 95 litres
1. Fuel tank
2. Screw
3. Washer
4. Washer
5. Nut
6. Washer
7. Nut
8. Washer
9. Screw
10. Plate
11. Ring
12. Sleeve
13. Plug
14. Gauge
15. Washer
16. Screw
17. Rod
18. Rod

4 SECTION 10 - ENGINE
2.2 FUEL
Use commercially available diesel fuel with less than
0.5% sulphur content. If the sulphur content is high-
er, oil change intervals should be reduced. The fol-
lowing fuel specifications / standards are approved:
Z DIN EN 590
Z BS 2869
Z ASTM D 975-96; 1-D and 2-D
Z NATO Code F-54 / F-34 / F-44 and XF 63
Exhaust emission values which may be determined
in the case of type approval tests always refer to the
fuels prescribed by the authorities for the type ap-
proval test.
WINTER-GRADE FUEL
Waxing may occur at low temperatures, clogging the
fuel system and reducing engine efficiency.
If the ambient temperature is less than 0 °C (+32 °F)
use winter-grade fuel, suitable down to -15 °C
(+5 °F) should be used; this fuel is available at the
filling stations well in advance of the cold season.
Diesel fuel containing additives (Super diesel) is of-
ten available, for use down to -20 °C (-4 °F) approx-
imately.
Z At temperatures below -15 °C (+5 °F) or -20 °C
(-4 °F), add petroleum to diesel fuel. The rele-
vant percentages are given in the adjacent dia-
gram.
If summer-grade diesel fuel must be used at temper-
atures below 0 °C (+32 °F), up to 60% petroleum can
be added (see diagram).
In most cases, adequate resistance to cold can also
be obtained by adding a fluidizing additive for winter
operation:
Legend:
I Summer-grade diesel fuel
II Winter-grade diesel fuel
A Outer temperature
B Percentage of petroleum
SCAUTION
Diesel fuels must never be mixed with gasoline.

3. COLD START DEVICE (NORTH AMERICA)
The engine can be provided with an optional heating
device for starting at particularly low temperatures.
1. Heater
2. Cable

2. DIMENSIONS ............................................................................................................................................... 3
4. OIL CHANGE................................................................................................................................................ 9
5.1 DISC BRAKE ASSY............................................................................................................................. 12
5.2 BRAKE CALIPER ................................................................................................................................ 19
5.5 WHEEL HUB (W50BTC)...................................................................................................................... 33
5.6 WHEEL HUB (W60BTC, W70BTC, W80BTC) .................................................................................... 42
5.8 BRAKE AND WHEEL SHAFT (W60BTC, W70BTC, W80BTC “HIGH SPEED”)................................. 52
5.9 DIFFERENTIAL SUPPORT................................................................................................................. 60
5.11 PINION............................................................................................................................................... 75
7. SPECIAL TOOLS........................................................................................................................................ 84
SECTION 25 - FRONT AXLES

SECTION 25 - FRONT AXLES 1
The wheel loaders can be equipped with different
types of front axles:
1. REMOVAL AND INSTALLATION
1. Front axle
2. Plate
3. Screw
4. Nut
5. Locknut
6. Brake tie-rod
7. Nut
8. Cup
9. Wheel
10. Cardan shaft
CA147195 Z / / /
CA150144 / Z Z Z
CA147188 (“HIGH SPEED”) / Z Z Z

2 SECTION 25 - FRONT AXLES
REMOVAL
Move the machine to a level and firm ground, away
from any soft ground, excavations or poorly shored
cavity.
Rest the bucket on the ground.
Place the direction-of-travel lever and gearshift lever
in neutral position.
Immobilize the machine by means of the parking
brake.
Stop the engine and remove the starter switch key.
Release the hydraulic pressure by operating the con-
trol levers in all directions.
Remove the cups (8) and unscrew nuts (7) from both
sides.
Remove the two wheels (9).
Disconnect the cardan joint (10).
Position the fork-lift truck laterally with the forks un-
der front axle (1), lift the front axle and support it.
Release the tie-rod (6) from the brake disc.
Disconnect the pipes of the disc brake (W50BTC)
and of the multi-plate brake (W60BTC, W70B,
W80B).
Unscrew and remove the nuts (4) and (5).
Remove the screws (3) and the plates (2).
Lower the forks and remove the front axle (1).
INSTALLATION
The assembly of the front axle is to be carried out in
the reverse order.
Tighten the nuts (4) and (5) to the prescribed torque
350 Nm (258.14 lbf·ft) and the wheel nuts (7) to the
prescribed torque 500 Nm (368.78 lbf·ft).
Fill oil in the hubs and in the axle reduction gears
(see Operator’s manual).
Bleed air from the multi-plate brake (W60BTC,
W70BTC, W80BTC).
Adjust the parking brake.

2. DIMENSIONS
CA147195 (W50BTC)
CA150144 (W60BTC, W70BTC, W80BTC)

CA147188 “HIGH SPEED” (W60BTC, W70BTC, W80BTC)

3. TECHNICAL SPECIFICATIONS
FRONT AXLE CA147195 (W50BTC)
FRONT AXLE CA150144 (W60BTC, W70BTC, W80BTC)
Model 28.16
Dry weight 230 kg (506 lb)
Bevel gear reduction ratio 2.90 / 1
(0.006 ÷ 0.009 in)
P = 9.2 ÷ 13.7 daN
(P = 20.68 ÷ 30.80 lbf)
T = (P + 3.1) ÷ (P + 4.7) daN
T = (P + 6.96) ÷ (P + 10.56) lbf
Differential oil capacity 7.5 litres (2 gal)
Reduction gear oil capacity (each side) 0.7 litres (0.18 gal)
Model 28.25
(0.006 ÷ 0.009 in)
P = 9.2 ÷ 13.7 daN
(P = 20.68 ÷ 30.80 lbf)
T = (P + 2.5) ÷ (P + 3.8) daN
T = (P + 5.62) ÷ (P + 8.54) lbf
Differential oil capacity 8 litres (2.10 gal)

FRONT AXLE “HIGH SPEED” CA147188 (W60BTC, W70BTC, W80BTC)
Model 28.25
(0.006 ÷ 0.009 in)
P = 9.2 ÷ 13.7 daN
(P = 20.68 ÷ 30.80 lbf)
T = (P + 2.5) ÷ (P + 3.8) daN
T = (P + 5.62) ÷ (P + 8.54) lbf
Differential oil capacity 8 litres (2.10 gal)

TIGHTENING TORQUES

BRAKE DISC THICKNESS
LIMITED SLIP DIFFERENTIAL DISCS THICKNESS
New friction disc thickness = 11.7 ± 0.05 mm
(0.46 ± 0.001 in)
New counterdisc thickness = 1.5 ± 0.03 mm (0.059 ± 0.001 in)
Worn counterdisc minimum thickness = 1.4 mm (0.055 in)
New friction disc thickness = 1.6 ± 0.03 mm
(0.062 ± 0.001 in)
Worn disc minimum thickness = 1.45 mm (0.057 in)
Disc ref. CA110643 - q.ty 10 Disc ref. CA110644 - q.ty 8
Disc ref. CA110642 - q.ty 2
New friction disc thickness = 2.8 ± 0.03 mm (0.11 ± 0.001 in)
New friction disc thickness = 10 ± 0.1 mm (0.39 ± 0.003 in)
Disc ref. CA119682 - q.ty 1 Disc ref. CA125584 - q.ty 1

4. OIL CHANGE
Oil filler and level plug 1
Oil drain plug 2
Air breather valve 3
Filler, level and drain plug for reduction gear oil 4
Brake oil bleeding 5

Before draining the oil from the central axle body,
operate the relevant air breather valve (3) to elimi-
nate any possible internal pressure.
To drain the oil from the central axle body, unscrew
the level plug (1) first, then the drain plug (2).
Drain the oil completely.
Clean the drain plug (2) and screw it back in.
Always operate the relevant air breather valve (3) to
eliminate any possible internal pressure.
Unscrew the oil filler plug (1) and fill in specified oil
up to the level hole.
Wait for the oil to flow into the axle, then check the
level and top up, if necessary.
Screw in the filler plug (1) again.
Before draining the oil from the reduction gear, turn
the gear so that the plug (4) is in the highest possi-
ble position [position A].
Partially unscrew the plug to release any possible
internal pressure.
Rotate the reduction gear with the plug (4) oriented
downwards [position B].
Remove the plug and drain the oil completely.

Rotate the reduction gear until the hole of the plug
(4) is in horizontal position.
Fill in. The oil level should be flush with the hole.
Tighten the plug (4) again.

5. DISASSEMBLY AND ASSEMBLY
Some of the following pictures could not show exact-
ly the installed axle, but the procedure is the same.
5.1 DISC BRAKE ASSY
DISASSEMBLY
Remove the breather valve (1). Loosen the screw
(14). Remove the connector (13) and the breather
pipe (3) from the brake caliper (5).

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