5. PREFACE
Machine performance must ultimately be measured Methods for estimating machine owning and oper-
in unit cost of material moved, a measure that includes ating costs vary widely, depending on locality, indus-
both production and costs. Factors bearing directly on try practices, owner preferences and other factors.
productivity include such things as weight to horse- One method is suggested in the Handbook section on
power ratio, capacity, type of transmission, speeds and Owning and Operating Costs. When used with good
operating costs. The Perfor mance Handbook consid- judgment, it has provided reasonably accurate estimates
ers these factors in detail. There are other less direct in the past. Included in the Owning and Operating
machine performance factors for which no tables, charts Section are guidelines, based on working conditions, to
or graphs are possible. Serviceability, parts availability assist in estimating consumption of fuel and lubricants,
and operator convenience are examples. In compar- tire life and repair costs for Cat machines. However,
ing machine performance, all factors should be con- what one Handbook user regards as “excellent” con-
sidered. This Handbook is intended as an aid which, ditions, another may consider “severe” or “average”,
when coupled with experience and a good knowledge depending on his own experience and basis of compari-
of local conditions, can assist in estimating true machine son. Therefore, these guidelines should be considered
performance. only approximations.
Many sections of the Handbook include tables or Caterpillar Inc. has made every effort to assure that
curves showing cycle times or hourly production figures the information contained in this Handbook is accurate
for Cat® machines under certain conditions. Statements and is a fair statement of the results to be achieved in the
of conditions always accompany or precede the curves circumstances indicated. However, because of the many
or tables. Before using any performance information variables involved in estimating the production or per-
in this Handbook, a complete understanding of the formance of earthmoving machinery, their consumption
qualifying conditions is essential. The data is based on of fuel and lubricants, tire life and repair costs, and the
field testing, computer analysis, laboratory research and possibility of inadvertent errors or omissions in assem-
experience; and every effort has been made to assure bling this data, Caterpillar cannot and does not imply
their correctness. that all data in this book are complete nor that this level
However, all such data is based upon 100% efficiency of performance will be achieved on a given job.
in operation — a status which cannot be achieved con- Specifications shown in this Handbook were current
tinuously even under ideal conditions. Thus, in using at time of printing. However, due to Caterpillar’s many
such performance and production data, it is necessary machine improvement programs, specifications and
to correct the results indicated in the handbook tables materials may change without notice. For current speci-
by appropriate factors. This allows for the anticipated fications relating to a machine’s performance, please
actual job efficiency, operator efficiency, material char- refer to the most recent Cat product specification sheet.
acteristics, haul road conditions, altitude and other fac-
tors which may reduce performance or production on a Caterpillar Inc.
particular job.
ENVIRONMENT AND SUSTAINABILITY
Caterpillar supports environmental responsibility our customers to use the products they purchase from
through sustainable development. Our products and ser- us in environmentally responsible ways. We take effec-
vices are intended to support sustainable development tive steps to continually increase the natural resources
of global resources and they will meet or exceed appli- efficiency and cleanliness of our facilities. When avail-
cable regulations and standards wherever they are ini- able, the various product groups have included rele-
tially sold. We establish and adhere to environmentally vant sustainability data with their content updates for
sound policies and practices in product design, engi- inclusion in the Performance Handbook.
neering, and manufacturing. We educate and encourage
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6. OPERATOR AND
MACHINE PROTECTION
A well trained operator, working under suitable con- I. Operator Training and Protection Practices
ditions, utilizing a modern, properly-equipped machine Remember that any kind of machine or mechanical device can
provides a machine-operator team capable of giving be hazardous if not kept in good condition, or if operated by
maximum production. These factors, along with appro- careless or improperly trained operators, or if operated in an
priate job site rules and communication procedures, are irresponsible manner.
essential to coordinate people and machines working
Listed below are some recommended basic steps that
together.
can be broadly applied to most work environments:
Appropriately protected and maintained machines ● Train operators for the job they are assigned to do.
are less likely to suffer premature component failure or
The length and type of training must comply with
damage, and give operators the confidence and assur-
governmental and local regulations wherever they
ance they need to carry out their work. Further more,
apply. As an example, machine operators in mining
training is not complete until the operator reads, under-
activities must be trained in accordance with Mine
stands and agrees to follow the instructions provided in
Safety and Health Administration (MSHA) regula-
the Operation and Maintenance Manual included with
tions. Where specific regulations do not apply, no
every Cat machine.
operator should be assigned to a job until he or she
Employers have a duty to provide a safe work place
meets the following minimum requirements:
for their employees. The purchaser of a Cat machine has
– Completes proper training to operate the assigned
a duty to review his/her particular application and job
machine and understands that seat belts must be
site for the machine to identify potential hazards inher-
worn whenever seated in operator’s compartment.
ent to that application or job site. Based on the results
SEAT BELTS SAVE LIVES!
of this hazard analysis, the appropriate operator and
– Reads and understands the Operation & Main-
machine protection configuration can be determined.
tenance manual for that machine, and knows that
Caterpillar designs, builds, and tests its products to
a copy of that manual is stored in the operator’s
ensure the safety of operators, maintenance persons, ser-
compartment.
vice persons, and bystanders. That means people in, on
– Reads and understands the AEM (Association of
and around Cat products. Caterpillar provides as stan-
Equipment Manufacturers), or any other furnished
dard equipment the appropriate operator and machine
manual related to rules for safe machine operation
protection for most applications. However, particular
and identification of hazards. For example, that
applications, including the use of some Work Tools, may
includes the Work Tool Operation and Maintenance
require additional operator and/or machine protection.
Manual if a Cat Work Tool is involved in the given
Caterpillar offers related options for most such applica-
application.
tions. However, there may be very special applications
– Has appropriate personal safety equipment and
where the Cat dealer or the Purchaser may want to fabri-
knows how to use it. This includes such things as
cate, or request Caterpillar to provide, custom or special
hard hat, gloves, safety glasses, hearing protection,
guarding. Your Cat dealer can help you with this hazard
high-visibility vest, and safety shoes.
analysis and guarding configuration process.
– Knows what the job requirements are, what other
machines are working in the area, and is aware of
any hazardous conditions that may arise.
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7. ● Be sure operators are alert and in proper physical and ● Make sure the machine is properly maintained. The
mental condition to perform their work assignments operator at the beginning of each shift should per-
safely. No machine should be operated by a person form a walk-around inspection before the machine is
who is drowsy, under the affect of medicines or drugs, placed in operation. This process is described in the
suffers blackouts, or is suffering from any physical or machine and Work Tool Operation and Maintenance
mental distraction that could contribute to unsafe Manual. If this inspection reveals any problems that
operation. could affect safety, the machine or Work Tool must
● Maintain proper job conditions and working proce- not be operated until these problems are corrected.
dures. Check the job for possible hazards, both above Some examples include:
and below ground level. Look for all possible sources – Loose, bent or missing grab irons, railings or steps;
of danger to the operator and others in the area. – Worn, cut or missing seat belts (any seat belt over
When operating in hazardous conditions the door three (3) years old must be replaced regardless of
and windows must always be closed. Pay particular condition);
attention to conditions which may be hazardous or – Damaged windows in the operator’s compartment;
near the operating limits of the machine: e.g., side – Worn, rubbing or abraded electrical insulation and
slopes, steep grades, potential overloads, etc. Examine hydraulic hoses;
the work site for restricted traffic patterns, obstructed – Material or unwanted debris accumulation;
views, congestion, underground power or gas lines, – Incompatibility of the component attachments
etc. If the machine is equipped with a Quick Coupler, (Quick Couplers);
always make sure the Work Tool is properly attached – Hydraulic leaks that could impair the lock/secure
by conducting an attachment test as directed in the feature of a Quick Coupler or other securing devices;
Quick Coupler Operation and Maintenance Manual. – Any fluid leaks; and
Hazardous work conditions should be corrected – Missing or damaged guards.
wherever possible and adequate warnings should be ● Know the limits of your machine and equipment.
posted when applicable. With certain Work Tool combinations, including
● Provide the correct machine to handle the job and Quick Couplers, the Work Tool can hit the cab or the
equip it properly for the job to provide the neces- machine. Always check for interference limits when
sary operator protection. Check for compliance with first operating.
all applicable governmental and local regulations. It ● It is the machine owner’s or employer’s responsibility
is the legal responsibility of the machine owner or to ensure the machine is properly maintained. Your
employer to see that his equipment complies with, and Cat dealer will be glad to assist you in selecting and
is operated in accordance with, all such requirements. equipping the machine best suited for your job and in
providing maintenance for your machines.
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8. II. Machine Modifications IV. Machine Protection
Modifications must not be made to the machine that: Check the job for unusually demanding conditions
– Interfere with operator visibility; that could cause premature failure or excessive wear
– Interfere with ingress or egress from the machine; of machine components. Additional protective devices
– Exceed the rated payload or gross combination such as heavy-duty radiator guards, crankcase guards,
weight of the machine resulting in overloading the engine enclosures, track roller guards and/or brake
braking and/or steering system or the roll-over pro- shields may be needed. Also, consider the use of anti-
tective structure (ROPS) capacity rating (shown on vandalism devices, such as cap locks and instrument
a plate affixed to the ROPS); or panel guards. The failure to provide proper guarding in
– Place objects in the cab that intrude into the oper- some of these applications can lead to machine damage,
ator’s space or that are not firmly fixed into place. personal injury or death. Contact your Cat dealer for
– Are not authorized by Caterpillar. machine-protection and vandalism-prevention options
for your machine.
III. Operator-related Equipment Options
Each job presents unique conditions that must be V. Fire Prevention
taken into account. Consider direct dangers to the Remember that most fluids on your machine are flammable!
operator as well as all possible sources of distraction To minimize the risk of fire, Caterpillar recommends
that could reduce operator efficiency and increase the following these basic steps:
chances of costly and dangerous mistakes. Climate- – Always perform the Walk-Around Inspection
controlled, sound-suppressed cabs, and special exterior described in Part I. It can identify many of the fire
lighting are options available from Caterpillar that can hazards described below.
address requirements of special working environments. – Remove trash (leaves, twigs, papers, etc.) that may
“Flexible” machines include hydraulic excavators accumulate in the engine compartment or around
(track-type, wheel-type, and compact), skid-steer load- other hot parts on the product.
ers, backhoe loaders and integrated tool-carriers can – Do not operate a machine if leakage of flamma-
utilize interchangeable “Work Tools” to accomplish spe- ble fluids is noticed. Repair leaks before resum-
cific tasks. Work Tools or any tool used in hazardous ing machine operation. Most fluids used in Cat
applications like demolition, quarry, logging, stump machines should be considered flammable.
grinding, scrap handling, milling, and scaling, can create – Keep access doors to major machine compartments
a need for special operator guarding. When flying debris in working order to permit the use of fire fighting
from impact, cutting, shearing or sweeping attachments is equipment, should a fire occur.
present, additional protective devices such as a front screen, – Avoid attaching electrical wiring to hoses and tubes
Falling Object Guarding System (FOGS, includes top that contain flammable or combustible fluids. Hydrau-
& front guarding), thick polycarbonate windshields or lic hoses can move during machine operation and
a combination of these is recommended by Caterpillar. abrade wires and other hoses if improperly secured.
The failure to provide proper operator/machine guarding – Replace any rubbing, damaged, frayed, kinked or
in some of these applications can lead to machine dam- leaking hydraulic hoses or fittings. Use genuine Cat
age, personal injury or death. Contact your Cat dealer for parts or their equivalent, including both pressure and
operator guarding options on your machine. temperature limit capabilities.
– Follow safe fueling practices as described in Cat
Operation and Maintenance Manuals, AEM Safety
Manuals, and local regulations. Never store flam-
mable fluids in the machine operator’s compart-
ment, nor smoke while fueling the machine.
– As an additional safety measure, keep a fire extin-
guisher on the machine in a location as specified in
the Operation and Maintenance Manual.
– Consider installation of an after-market fire-sup-
pression system (FSS) on the equipment if the appli-
cation and working conditions warrant it.
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9. VI. Safety Regulations VII. Sound Suppression
Regulations vary from country to country and often Different marketing areas have different noise emis-
within country. Your Cat dealer can assist you in prop- sion requirements. Noise regulations usually specify
erly equipping your machine to meet applicable require- limits for operators and spectators.
ments. Note: The general summaries given below are not
substitutes for Owners or Employers reading and being (a) United States
familiar with the appropriate local laws. OSHA and MSHA noise-control regulations set per-
missible noise-exposure limits for machine operators
(a) United States (US) and employees. Operator protection from machine noise
With a few exceptions, all machine operations in the can be achieved by use of factory-built cabs as offered
United States are covered by federal and/or state regula- in the Caterpillar Price List. These cabs, when properly
tions. If the machine is used in mining activities, the reg- maintained and operated with the doors and windows
ulations are administered by the Mine Safety and Health closed, reduce the operator sound level for an eight-
Administration (MSHA). Other activities, including hour operating period to meet the OSHA and MSHA
construction, are under regulations administered by noise-exposure limits in effect at the date of manufac-
the Occupational Safety and Health Administration ture. Variables that may be encountered on the job site,
(OSHA). These agencies require employers to provide a such as other nearby noise sources or noise-reflecting
safe working environment for employees. Caterpillar has surfaces, may reduce the allowable work hours. If this
the same objective. occurs, ear protective devices may be required. This is
OSHA and MSHA have adopted criteria for ROPS, especially true if a machine is not equipped with a closed
Falling Object Protective Structures (FOPS), seat belts, cab. For example if the machine has no cab, or is being
warning horns, back-up alarms, operator sound lev- operated with the doors or windows opened.
els, steering systems, and braking systems. Additional
operator’s compartment protection may be required (b) European Union
for machines engaged in logging, demolition and other Operator sound-exposure requirements for machines
special applications. in Europe are very similar to the OSHA and MSHA
regulations mentioned above. In addition to operator
(b) European Union (EU) sound-exposure requirements, most types of Cat machines
The EU Machinery Safety Directive applies to Cat are subject to European Commission regulations for
machines and most work tools. It requires that the exterior sound levels. Caterpillar ensures its products sold
“CE mark” be applied to the product and that a man- in the EU comply with the applicable noise regulations.
ufacturer’s declaration be provided. The “CE mark”
indicates that safety issues have been addressed by apply- VIII. Replacement Parts for your Cat Machine
ing the appropriate safety standards in the design and
manufacture of the machine. The objective of the Safety
Directive is to protect operators, spectators and main-
tenance personnel. Caterpillar fully supports this objec-
WARNING
When replacement parts are required for this product,
tive. This is especially true if a machine is not equipped Caterpillar recommends using Cat replacement parts or
with a closed cab. For example if the machine has no cab, parts with equivalent specifications including, but not
or is being operated with the doors or windows opened. limited to, physical dimensions, type, strength and material.
Failure to heed this warning can lead to premature failures,
product damage, personal injury or death of persons on,
or around, the product.
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10. Nomenclature
THE CAT PRODUCT LINE
TRACK-TYPE TRACTORS *Waste Handling Arrangements (WHA)
Flywheel power 55 to 634 kW (74 to 850 hp) available for sanitary landfill applications
D3K XL (LRC) D4K XL (LRC) D5K XL (LRC) D5N XL D6K XL D6N XL
D3K LGP (LRC) D4K LGP (LRC) D5K LGP (LRC) D5N LGP D6K LGP D6N LGP
D3K2 XL D4K2 XL D5K2 XL
D3K2 LGP D4K2 LGP D5K2 LGP
D6R D6R Series 3* D6T* D7E D7G Series 2 D7R Series 2*
D6R XL D6R XL Series 3* D6T XL D7E LGP D7R XR Series 2*
D6R LGP D6R XW Series 3* D6T XW D7R LGP Series 2*
D6R LGP Series 3* D6T LGP
D7R D8R D9R D10T* D11T
D8T* D9T* D11T CD
D8R LGP
D8T LGP
MOTOR GRADERS *All Wheel Drive.
Flywheel power 104 to 397 kW (140 to 533 hp)
120K 120M Global 12K 12M Global 140K 140M Global
120M Global 140M Global
with AWD* option with AWD* option
160K 160M Global 14M Global 16M Global 24M Global
160M Global
with AWD* option
SKID STEER LOADERS/MULTI TERRAIN LOADERS/COMPACT TRACK LOADERS
Operating Weight 2600 to 4865 kg (5710 to 10,730 lb)
Skid Steer Skid Steer Multi Terrain Multi Terrain Multi Terrain Compact Track
216B3 246C 247B3 277C 259B3 279C
226B3 256C 257B3 287C 289C
242B3 262C 297C 299C
236B3 272C
252B3
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11. HYDRAULIC EXCAVATORS
Operating Weight 1650 to 316 600 kg (3640 to 698,000 lb)
Track Models
301.6C 302.5C 303C CR 304C CR 307C 308D CR 311D LRR 312D
301.8C 303.5C CR 305C CR 307D 308C CR SB 312D L
305.5
313C CR 314C CR 315D L 319D L 320D 320D L 323D L
313C SR 314C LCR 319D LN 320D RR 320D LRR 323D LN
321D LCR 324D 329D 336D 349D
324D L 329D L 336D L 349D L – FIX
324E 329E 336D LN 349D L – VG
324E L 329E L 336E 349E
324E LN 329E LN 340D HD WH 349E L – FIX
336E L 349E L – VG
336E LN
374D 390D
Front Shovels Wheel Models
Operating Weight 74 300 to 318 500 kg (163,803 to 702,000 lb)
M313D M315D
385C FS
M316D M318D M322D
BACKHOE LOADERS
Digging depth 4420 to 6528 mm (14'6" to 21'5")
416E 420E/420E IT 422E 428E 430E/430E IT 432E 442E 434E MECHANICAL 450E
434E PILOT
444E
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19. Track-Type Tractors Features
● Common Rail fuel injection system on D6K, D6N, D6T ● SystemOne Undercarriage extends undercarriage sys-
and D7E as well as D3K, D4K and D5K; optimizes tem life, improves reliability, and reduces owning and
performance and fuel consumption, minimizes heat operating costs. Optional on D6T (all sources), D6K
rejection, and lowers emissions. and D6N, optional on D8T and D8R (East Peoria
●
sourced), D3K, D4K, D5K.
Oil cooled steering clutches and brakes standard on
D9R, D10T and D11T. ● Elevated sprockets (not on D6K or D7E) eliminate
●
final drive stress induced by roller frame movement
Finger Tip Controls (FTC) of transmission, steering
and ground impact loads. Final drives pull chain only.
clutches and brakes on D10T and D11T.
Seals moved up out of dirt, sand and water for longer
● Differential steering allows infinitely variable turning life. Blade visibility improved because operator sits
radius. Standard on the D6N, D6T, D7R Series 2, higher.
D7E, D8R and D8T, allows the tractor to make a ● Resilient mounted bogie undercarriage on D8R, D8T,
“power turn” keeping both tracks working for more
D9T, D10T and D11T reduces shock transmitted to
traction and higher performance.
tractor. Allows track to conform to rough ground
● Electronic Hydrostatic Power Train System on D3K for better traction.
thru D6K allows power turns, stepless speed range, ● Solid mounted undercarriage standard on D3K through
smooth modulation, dynamic hydrostatic braking, supe-
D5K provides stable platform for low impact, and high
rior maneuverability and excellent controllability.
abrasion applications. Provides optimum finish grad-
● Electric Drive Power Train System on D7E allows step- ing performance.
less speed range, smooth modulation, and excellent ● Oscillating undercarriage on D6K through D7E and
efficiency. When coupled with differential steer it pro-
optional on the D8R and D8T decreases ground shock
vides superior maneuverability with locked-track pivot
to the machine and provides a smoother, more com-
turn capability and excellent controllability.
fortable ride for the operator.
● Combined hand lever steering located left of operator ● Accessible modular design on D6N XL and up greatly
provides easier operation on D9R.
reduces drive train removal and installation time result-
● Standard Tractors designed for heavy dozing and gen- ing in reduced repair costs.
eral grading. ● Tag link on D7R Series 2 and up; L-shaped push arms
● XL Tractor D6T offers higher horsepower and longer on D6N, D6T and D7E. Both designs allow closer
roller frames for increased finish grading capability, mounting of dozer blades. This reduces total tractor
flotation and productivity. length, improves maneuverability, balance, blade pen-
●
etration and pryout.
Extra Wide (XW) gauge on D6T length roller frame
provides wider shoes for greater flotation and stabil- ● Low ground pressure (LGP) tractors offer greater flo-
ity for steep slope grading. tation in soft, swampy conditions. Available on D3K
●
through D8T.
Sealed and Lubricated Track reduces pin and bush-
ing wear for lower undercarriage repair costs. Sealed
and lubricated track is standard on the D3K, D4K,
and D5K while heavy duty track chain is available
on D6N, D6T, D7R Series 2 and D7E improves wear
life and reduces pin/bore stretching and cracking.
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20. Specifications Track-Type Tractors
1
MODEL D3K XL (LRC) D3K LGP (LRC) D3K2 XL D3K2 LGP
Flywheel Power 55.2 kW 74 hp 55.2 kW 74 hp 59.7 kW 80 hp 59.7 kW 80 hp
Operating Weight* 7795 kg 17,185 lb 8093 kg 17,842 lb 7958 kg 17,544 lb 8403 kg 18,525 lb
Engine Model C4.4 ACERT™ C4.4 ACERT C4.4 ACERT C4.4 ACERT
Rated Engine RPM 1900 1900 2200 2200
No. of Cylinders 4 4 4 4
Bore 105 mm 4.13" 105 mm 4.13" 105 mm 4.13" 105 mm 4.13"
Stroke 127 mm 5.0" 127 mm 5.0" 127 mm 5.0" 127 mm 5.0"
Displacement 4.4 L 269 in3 4.4 L 269 in3 4.4 L 269 in3 4.4 L 269 in3
Track Rollers (Each Side) 6 6 6 6
Width of Standard Track Shoe 406 mm 16" 635 mm 25" 406 mm 16" 635 mm 25"
Length of Track on Ground 2095 mm 83" 2095 mm 83" 2248 mm 89" 2248 mm 89"
Ground Contact Area
(w/Std. Shoe) 17 011 cm2 2637 in2 26 607 cm2 4124 in2 18 254 cm2 2848 in2 28 550 cm2 4425 in2
Track Gauge 1495 mm 59" 1725 mm 68" 1495 mm 59" 1725 mm 68"
GENERAL DIMENSIONS:
Height (To Top of ROPS) 2763 mm 108.8" 2763 mm 108.8" 2763 mm 108.8" 2763 mm 108.8"
Overall Length (with P blade) 4266 mm 168" 4255 mm 167.6" 4266 mm 168" 4266 mm 168"
(without Blade) 3275 mm 128.9" 3275 mm 128.9" 3275 mm 128.9" 3275 mm 128.9"
Width (w/o Trunnion and Blade
— Std. Shoe) 1901 mm 74.8" 2360 mm 92.9" 1901 mm 74.8" 2360 mm 92.9"
Ground Clearance 332 mm 13" 332 mm 13" 332 mm 13" 332 mm 13"
Blade Types and Widths:
VPAT, Straight 2646 mm 104.1" 3149 mm 124.0" 2646 mm 104.1" 3149 mm 124"
VPAT, Angled 25° 2417 mm 95.1" 2874 mm 113" 2417 mm 95.1" 2874 mm 113"
Fuel Tank Refill Capacity 195 L 51.5 195 L 51.5 195 L 51.5 195 L 51.5
U.S. gal U.S. gal U.S. gal U.S. gal
*Operating weight includes ROPS canopy, operator, lubricants, coolant, full fuel tank, hydraulic controls and fluids, back-up alarm, seat belts, lights, rigid
drawbar, front pull device and standard service crankcase guard.
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21. Track-Type Tractors Specifications
MODEL D4K XL (LRC) D4K LGP (LRC) D4K2 XL D4K2 LGP
Flywheel Power 62.6 kW 84 hp 62.6 kW 84 hp 68.8 kW 92 hp 68.8 kW 92 hp
Operating Weight* 8147 kg 17,961 lb 8501 kg 18,742 lb 8201 kg 18,080 lb 8510 kg 18,761 lb
Engine Model C4.4 ACERT C4.4 ACERT C4.4 ACERT C4.4 ACERT
Rated Engine RPM 1900 1900 2200 2200
No. of Cylinders 4 4 4 4
Bore 105 mm 4.13" 105 mm 4.13" 105 mm 4.13" 105 mm 4.13"
Stroke 127 mm 5.0" 127 mm 5.0" 127 mm 5.0" 127 mm 5.0"
Displacement 4.4 L 269 in3 4.4 L 269 in3 4.4 L 269 in3 4.4 L 269 in3
Track Rollers (Each Side) 7 7 7 7
Width of Standard Track Shoe 460 mm 18" 635 mm 25" 460 mm 18" 635 mm 25"
Length of Track on Ground 2248 mm 89" 2248 mm 89" 2248 mm 89" 2248 89"
Ground Contact Area
(w/Std. Shoe) 20 682 cm2 3206 in2 28 550 cm2 4425 in2 20 862 cm2 3206 in2 28 550 cm2 4425 in2
Track Gauge 1550 mm 61" 1725 mm 68" 1550 mm 61" 1725 mm 68"
GENERAL DIMENSIONS:
Height (To Top of ROPS) 2763 mm 108.8" 2763 mm 108.8" 2763 mm 108.8" 2763 mm 108.8"
Overall Length (with P blade) 4274 mm 168" 4266 mm 168" 4266 mm 168" 4266 mm 168"
(without Blade) 3275 mm 128.9" 3275 mm 128.9" 3275 mm 128.9" 3275 mm 128.9"
Width (w/o Trunnion and Blade
— Std. Shoe) 2010 mm 79.1" 2360 mm 92.9" 2010 mm 79.1" 2360 mm 92.9"
Ground Clearance 332 mm 13" 332 mm 13" 332 mm 13" 332 mm 13"
Blade Types and Widths:
VPAT, Straight 2782 mm 109.5" 3149 mm 124.0" 2782 mm 109.5" 3149 mm 124"
VPAT, Angled 25° 2542 mm 100.1" 2874 mm 113" 2542 mm 100.1" 2874 mm 113"
Fuel Tank Refill Capacity 195 L 51.5 195 L 51.5 195 L 51.5 195 L 51.5
U.S. gal U.S. gal U.S. gal U.S. gal
*Operating weight includes ROPS canopy, operator, lubricants, coolant, full fuel tank, hydraulic controls and fluids, back-up alarm, seat belts, lights, rigid
drawbar, front pull device and standard service crankcase guard.
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22. Specifications Track-Type Tractors
1
MODEL D5K XL (LRC) D5K LGP (LRC) D5K2 XL D5K2 LGP
Flywheel Power:
Hydrostatic 71.6 kW 96 hp 71.6 kW 96 hp 77.6 kW 104 hp 77.6 kW 104 hp
Operating Weight:*
Hydrostatic 9408 kg 20,741 lb 9683 kg 21,347 lb 9314 kg 20,534 lb 9646 kg 21,266 lb
Engine Model C4.4 ACERT C4.4 ACERT C4.4 ACERT C4.4 ACERT
Rated Engine RPM 1900 1900 2100 2100
No. of Cylinders 4 4 4 4
Bore 105 mm 4.13" 105 mm 4.13" 105 mm 4.13" 105 mm 4.13"
Stroke 127 mm 5.0" 127 mm 5.0" 127 mm 5.0" 127 mm 5.0"
Displacement 4.4 L 269 in3 4.4 L 269 in3 4.4 L 269 in3 4.4 L 269 in3
Track Rollers (Each Side) 7 7 7 7
Width of Standard Track Shoe 510 mm 20" 660 mm 26" 510 mm 20" 660 mm 26"
Length of Track on Ground 2310 mm 91" 2310 mm 91" 2310 mm 91" 2310 mm 91"
Ground Contact Area
(w/Std. Shoe) 23 562 cm2 3652 in2 30 492 cm2 4726 in2 23 562 cm2 3652 in2 30 492 cm2 4726 in2
Track Gauge 1600 mm 63" 1750 mm 69" 1600 mm 63" 1750 mm 69"
GENERAL DIMENSIONS:
Height (To Top of ROPS Canopy) 2769 mm 109.0" 2769 mm 109.0" 2769 mm 109.0" 2769 mm 109.0"
Height (To Top of ROPS Cab) 2769 mm 109.0" 2769 mm 109.0" 2769 mm 109.0" 2769 mm 109.0"
Overall Length (with P Blade) 4321 mm 170.1" 4294 mm 169.1" 4321 mm 170.1" 4321 mm 170.1"
(without Blade) 3199 mm 125.9" 3265 mm 128.5" 3199 mm 125.9" 3265 mm 128.5"
Width (w/o Trunnion and Blade
— Std. Shoe) 2110 mm 83.1" 2410 mm 94.9" 2110 mm 83.1" 2410 mm 94.9"
Ground Clearance 332 mm 13" 332 mm 13" 332 mm 13" 332 mm 13"
Blade Types and Widths:
VPAT, Straight 2782 mm 109.5" 3220 mm 126.7" 2782 mm 109.5" 3220 mm 126.7"
VPAT, Angled 25° 2636 mm 103.8" 2940 mm 115.8" 2636 mm 103.8" 2940 mm 115.8"
Fuel Tank Refill Capacity 195 L 51.5 195 L 51.5 195 L 51.5 195 L 51.5
U.S. gal U.S. gal U.S. gal U.S. gal
*Operating weight includes ROPS canopy, operator, lubricants, coolant, full fuel tank, hydraulic controls and fluids, back-up alarm, seat belts, lights, rigid
drawbar, front pull device and standard service crankcase guard.
Edition 42 1-5
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23. Track-Type Tractors Specifications
MODEL D6K XL D6K LGP D6K XL D6K LGP
Engine Emissions Tier — — Tier 4 Interim/ Tier 4 Interim/
Stage IIIB Stage IIIB
Flywheel Power:
Hydrostatic 93.2 kW 125 hp 93.2 kW 125 hp 93.2 kW 125 hp 93.2 kW 125 hp
Operating Weight:
Hydrostatic 12 886 kg 28,409 lb 13 467 kg 29,690 lb 12 866 kg 28,409 lb 13 467 kg 29,690 lb
Engine Model C6.6 ACERT C6.6 ACERT C6.6 ACERT C6.6 ACERT
Rated Engine RPM 2100 2100 2100 2100
No. of Cylinders 6 6 6 6
Bore 105 mm 4.13" 105 mm 4.13" 105 mm 4.13" 105 mm 4.13"
Stroke 127 mm 5.0" 127 mm 5.0" 127 mm 5.0" 127 mm 5.0"
Displacement 6.6 L 403 in3 6.6 L 403 in3 6.6 L 403 in3 6.6 L 403 in3
Track Rollers (Each Side) 7 7 7 7
Width of Standard Track Shoe 560 mm 22" 760 mm 30" 560 mm 22" 760 mm 30"
Length of Track on Ground 2645 mm 104" 2645 mm 104" 2645 mm 104" 2645 mm 104"
Ground Contact Area
(w/Std. Shoe) 3.0 m2 4650 in2 4.0 m2 6200 in2 3.0 m2 4650 in2 4.0 m2 6200 in2
Track Gauge 1770 mm 70" 2000 mm 79" 1770 mm 70" 2000 mm 79"
GENERAL DIMENSIONS:
Height (To Top of ROPS Canopy) 2958 mm 116.5" 2958 mm 116.5" 2958 mm 116.5" 2958 mm 116.5"
Height (To Top of ROPS Cab) 2958 mm 116.5" 2958 mm 116.5" 2958 mm 116.5" 2958 mm 116.5"
Overall Length
(with VPAT Blade) 4688 mm 185" 4688 mm 185" 4688 mm 185" 4688 mm 185"
(without Blade) 4220 mm 166" 4220 mm 166" 4220 mm 166" 4220 mm 166"
Width (w/o Trunnion and Blade
— Std. Shoe)* 2330 mm 91.7" 2760 mm 108.7" 2330 mm 91.7" 2760 mm 108.7"
Ground Clearance 360.4 mm 14.2" 360.4 mm 14.2" 360.4 mm 14.2" 360.4 mm 14.2"
Blade Types and Widths:
VPAT 3077 mm 121.1" 3360 mm 132.3" 3195 mm 125.8" 3683 mm 145"
Fuel Tank Refill Capacity 275 L 72.6 275 L 72.6 275 L 72.6 275 L 72.6
U.S. gal U.S. gal U.S. gal U.S. gal
*Width (w/o Trunnion — Std. Shoe) is also w/o VPAT Blade.
1-6 Edition 42
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24. Specifications Track-Type Tractors
1
MODEL D6N XL D6N LGP D6N XL D6N LGP
Engine Emissions Tier — — Tier 4 Interim/ Tier 4 Interim/
Stage IIIB Stage IIIB
Flywheel Power:
Power Shift 111.8 kW 150 hp 111.8 kW 150 hp 111.8 kW 150 hp 111.8 kW 150 hp
Operating Weight:
Power Shift Differential Steer 16 668 kg 36,747 lb 17 997 kg 39,712 lb 16 668 kg 36,747 lb 17 997 kg 39,712 lb
Engine Model C6.6 ACERT C6.6 ACERT C6.6 ACERT C6.6 ACERT
Rated Engine RPM 2200 2200 2200 2200
No. of Cylinders 6 6 6 6
Bore 105 mm 4.13" 105 mm 4.13" 105 mm 4.13" 105 mm 4.13"
Stroke 127 mm 5.0" 127 mm 5.0" 127 mm 5.0" 127 mm 5.0"
Displacement 6.6 L 403 in3 6.6 L 403 in3 6.6 L 403 in3 6.6 L 403 in3
Track Rollers (Each Side) 7 8 7 8
Width of Standard Track Shoe 610 mm 24" 840 mm 33" 610 mm 24" 840 mm 33"
Length of Track on Ground 2611 mm 103" 3113 mm 123" 2611 mm 103" 3113 mm 123"
Ground Contact Area
(w/Std. Shoe) 3.18 m2 4929 in2 5.24 m2 8122 in2 3.18 m2 4929 in2 5.24 m2 8122 in2
Track Gauge 1890 mm 74.4" 2160 mm 85" 1890 mm 74.4" 2160 mm 85"
GENERAL DIMENSIONS:
Height (To Top of ROPS Canopy) 3040 mm 119.7" 3144 mm 123.8" — —
Height (To Top of ROPS Cab) 3095 mm 121.9" 3200 mm 126" 3095 mm 121.9" 3200 mm 126"
Overall Length
(with VPAT Blade) 4903 mm 193" 5369 mm 211.4" 5035 mm 198.2" 5398 mm 212.5"
(without Blade) 3740 mm 147.2" 4165 mm 164" 3740 mm 147.2" 4165 mm 164"
(with SU Blade) 5157 mm 203" — 5157 mm 203" —
Width (over Trunnion) 2630 mm 103.5" — 2630 mm 103.5" —
Width (w/o Trunnion —
Std. Shoe)* 2500 mm 98.4" 3000 mm 118" 2500 mm 98.4" 3000 mm 118"
Ground Clearance 394 mm 15.5" 507 mm 20.0" 394 mm 15.5" 507 mm 20.0"
Blade Types and Widths:
Semi-U 3154 mm 124" — 3154 mm 124" —
VPAT 3272 mm 128.8" 4080 mm 160.6" 3272 mm 128.8" 4082 mm 160.7"
Fuel Tank Refill Capacity 300 L 79.3 300 L 79.3 300 L 79.3 300 L 79.3
U.S. gal U.S. gal U.S. gal U.S. gal
*Width (w/o Trunnion — Std. Shoe) is also w/o VPAT Blade.
Edition 42 1-7
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25. Track-Type Tractors Specifications
MODEL D6R D6R XL D6R LGP
Flywheel Power 130 kW 175 hp 145 kW 195 hp 145 kW 195 hp
Operating Weight:*
Power Shift 18 325 kg 40,400 lb 20 080 kg 44,270 lb 21 716 kg 47,874 lb
Engine Model C9 C9 C9
Rated Engine RPM: Power Shift 2000 2000 2000
No. of Cylinders 6 6 6
Bore 112 mm 4.4" 112 mm 4.4" 112 mm 4.4"
Stroke 149 mm 5.9" 149 mm 5.9" 149 mm 5.9"
Displacement 8.8 L 537 in3 8.8 L 537 in3 8.8 L 537 in3
Track Rollers (Each Side) 6 7 8
Width of Standard Track Shoe 560 mm 22" 560 mm 22" 915 mm 36"
Length of Track on Ground 2664 mm 105" 2871 mm 113" 3275 mm 129"
Ground Contact Area (w/Std. Shoe) 2.98 m2 4620 in2 3.22 m2 4972 in2 5.99 m2 9288 in2
Track Gauge 1880 mm 74" 1880 mm 74" 2286 mm 90"
GENERAL DIMENSIONS:
Height (Stripped Top)** 3143 mm 10'4" 3143 mm 10'4" 3193 mm 10'6"
Height (To Top of ROPS Canopy) 3195 mm 10'6" 3195 mm 10'6" 3245 mm 10'8"
Height (To Top of ROPS Cab) 3195 mm 10'6" 3195 mm 10'6" 3245 mm 10'8"
Overall Length (without Blade) 3860 mm 12'8" 3860 mm 12'8" 4247 mm 13'11"
with S Blade 4903 mm 16'0" — 5465 mm 17'9"
with SU Blade 5095 mm 16'7" 5332 mm 17'5" —
with Angle Blade 5007 mm 16'4" — —
Width (over Trunnion) 2640 mm 8'8" 2640 mm 8'8" 3491 mm 11'5"
Width (w/o Trunnion — Std. Track) 2440 mm 8'0" 2440 mm 8'0" 3201 mm 10'6"
Ground Clearance 383 mm 1'3" 383 mm 1'3" 433 mm 1'5"
Blade Types and Widths:
Straight 3360 mm 11'0" — 4063 mm 13'4"
Angle Straight 4166 mm 13'8" 4166 mm 13'8" —
Semi-U 3260 mm 10'8" 3260 mm 10'8" —
Fuel Tank Refill Capacity 424 L 112 U.S. gal 424 L 112 U.S. gal 424 L 112 U.S. gal
**Operating weight includes ROPS canopy, operator, lubricants, coolant, full fuel tank, hydraulic controls and fluid, SU blade, horn, back-up alarm, retrieval
hitch and front pull hook.
**Height (Stripped Top) — without ROPS canopy, exhaust, seat back or other easily removed encumbrances.
1-8 Edition 42
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