Page 1
T 264Mining Truck
Gross Vehicle Weight (GVW): 393 t / 433 ton
Nominal Payload: 228 t / 251 ton
Page 2
T 264
Gross Vehicle Weight (GVW): 393 t / 433 ton
Nominal Payload: 228 t / 251 ton
T 264
2
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Productivity
Liebherr Mining Equipment enables superior productivity
by loading and hauling maximum tonnage in the shortest
amount of time.
Effi ciency
Liebherr combines the proven capabilities of previous
models with new features that improve operational
effi ciency.
Customer Support
Liebherr builds more than just mining equipment; Liebherr
also builds customer partnerships.
Safety
Mining demands an ever-vigilant focus on safety, and
Liebherr strictly adheres to industry standards. Liebherr
equipment is designed to diminish risk even under the
most extreme mining conditions.
Reliability
To maximize equipment reliability, Liebherr combines
manufacturing expertise with superior monitoring and
diagnostic capabilities.
Environment
Liebherr optimizes mining equipment for fuel economy,
emission compliance, and extended service intervals.
T 264
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Litronic Plus AC drive system
Liebherr’s effi cient drive system with
high power to ground ratios enables
fast acceleration and high speeds on
grade for increased productivity.
T 264
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Productivity
By maximizing payload while minimizing cycle times, Liebherr high-horsepower
equipment effectively moves more tons per hour.
Unmatched performance
The T 264 offers high performance on grade. It combines an effi cient Litronic Plus
AC drive system and a high power engine up to 2,013 kW (2,700 HP) to yield higher
speeds on grade. With its effi cient hydraulic design and fast cycle times, the T 264
moves more material.
Flexible engine options
The T 264 supports multiple engine options with power ratings up to 2,013 kW
(2,700 HP). With application-specifi c recommendations from Liebherr, Customers
are able to select the engine that will allow the truck to meet productivity targets
while minimizing fuel consumption.
Drivability
Liebherr is committed to designing mining trucks that operators want to drive.
The T 264 fulfi lls this commitment and promotes driver effi ciency with its superior
comfort, acceleration and handling.
Loading
This 240-ton class truck is well-matched with a variety of rope-shovels, hydraulic
excavators and wheel loaders. Loading the T 264 with either the Liebherr R 9800
or R 996 B hydraulic excavator offers a highly productive combination.
Extended operation
The T 264 is designed to operate for approximately 24 hours without refueling, dependent
upon application. The extended operation is
suppor ted by its low fuel consumption and
optional 4,920 liter (1,300 gallon) fuel capacity.
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Dynamic braking
The T 264 features high-powered, frictionless
dynamic braking. The AC drive system delivers up
to 3,300 kW (4,425 HP) of electric dynamic braking,
reducing engine loading and fuel consumption.
T 264
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Effi ciency
Effi ciency is a key ingredient for a successful mining operation. Liebherr mining
equipment enables Customers to enjoy unrivaled performance while reducing
cost per ton.
Litronic Plus technology
Developed and built by Liebherr, the proven Litronic Plus drive system determines
the optimal way to extract power from the diesel engine. Effi cient loading of the
engine is critical to minimize fuel consumption and maximize performance.
Serviceability
The T 264 reduces maintenance time by offering ground level service points
whenever possible. This feature allows more time to be spent in operation and
less time spent in the workshop.
Intelligent power usage
Engine power usage is optimized by running auxiliary components such as
pumps, fans and motors only when needed. Fuel is conserved when the engine
is idling and more power is available to accelerate the truck and climb grades
when necessary.
Wheel motors
The T 264’s AC induction motors
effi ciently convert electrical power
into mechanical torque.
Fewer electrical losses translate
into higher rimpull forces for faster
cycle times and increased fuel
economy.
Long life components
Components are built to perform in the most extreme mining conditions in order
to allow more time between overhauls and to reach their maximum operational life.
Engine / Fuel system
The T 264 offers reliable engine options with
the latest fuel injection technology for cleaner
combustion and reduced fuel consumption.
Customers can expect reduced maintenance
and lower fuel costs.
T 264
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Frame
The T 264’s frame is designed according to
international weld fatigue guidelines, and
is fabricated according to American Welding Society standards. This steel structure
includes cast components in strategic areas
and hollow box rails with fully welded internal
stiffeners. These choices ensure the most
durable, lightweight frame available.
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Reliability
Liebherr draws upon a wealth of experience while incorporating new technologies
into its products to provide Customers with high quality equipment and services.
Quality products
With a long history of hydraulic excavators, haulage trucks and support equipment
operating in the harshest mining environments, Liebherr has a proven record of
providing Customers with reliable products. The T 264’s design is based on the
experience gained from millions of operating hours on Liebherr trucks.
Advanced engineering tools
Liebherr’s structural design process includes various techniques and advanced
software tools to ensure that the T 264 will perform reliably under the most
demanding operating conditions. Some of the tools include:
• Multi-body Dynamic Simulations
• 3D modeling
• Finite Element Analysis (FEA)
• Structural Fatigue Life prediction software
Diagnostics
The integrated electronic system monitors, records, and outputs vital truck health
and performance data. Data is stored and available for download to perform
detailed analysis. This system supports predictive maintenance strategies to
minimize unscheduled downtime.
Truck data is readily available to fl eet dispatch or monitoring systems through a
dedicated port using open communication protocols. This allows Customers the
fl exibility to choose systems which support their maintenance, operations, and
business process requirements.
Integrated dash display
The monitoring system includes an onboard
30 cm (12”) touch-screen display. Intuitive menus
and user-friendly screens provide operators and
technicians with real-time truck information.
In addition to the standard operator screen,
password protected diagnostic screens display
live data such as temperatures and pressures
for detailed troubleshooting.
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10
Extended component life
Liebherr Mining exchange components enable
Customers to minimize the total lifecycle cost
of owning and operating a Liebherr mining
truck or excavator while maintaining peak
productivity and reliability.
All exchange components are built to OEM
standards, offering same-as-new warranties.
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Customer Support
Liebherr is committed to maintaining a full life cycle service organization as well as
a global parts warehousing and remanufacturing network.
Product support
Liebherr product support provides the vital interface between the Customer and
Liebherr. There are different levels of product support available:
• Assembly
• Maintenance advice
• Troubleshooting assistance
• Technical expertise
Product support personnel work with Customers from the assembly of a truck
throughout its operating life. Liebherr understands the importance of proper
service and support, and will be there for the life of the equipment.
Product upgrade programs
Liebherr offers component and system upgrades as advances in technology,
innovation in design, and manufacturing improvements become available. The
product upgrades can improve performance, reliability and safety.
Parts support and logistics
Liebherr forecasts parts requirements on a global basis and optimizes inventories
to meet Customers’ needs. Liebherr offers a 24/ 7 on- call service to ensure prompt
response.
Tra ini ng
The Liebherr Mining Training System
provides operator and fi eld service
technicians with world-class operational
and technical training.
• Operator training
• Basic and advanced service
technician training
• Hands-on troubleshooting training
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12
T 264
Operator assist features (optional)
• Vision system provides the additional
viewing angles around the truck to
eliminate blind spots
• Detection system alerts the operator
when an object is in close proximity
to the stationary truck
• Fatigue system provides real-time
monitoring of the operator for fatigue
and distraction events while the truck
is in motion.
FRONT
LEFT RIGHT
REAR
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Safety
Liebherr designs and builds safety into every piece of mining equipment, and is
committed to providing a safe and healthy working environment for the operator
and service personnel.
Operator safety
The T 264 cab is ergonomically designed to be a safe, comfortable and productive
environment for operators. The cab provides maximum visibility and is certifi ed for
roll-over and falling-object protection. All Liebherr trucks offer at least two safety
routes from the cab to the ground.
Service personnel safety
Liebherr mining trucks are equipped with ladders designed for easy engine access.
The low working heights of maintenance areas provide safe and effi cient service
access.
• Access to the engine and alternator from both sides of the chassis
• Ground level fi lling points for fuel, hydraulic oil, grease and coolant
• Hydraulic fi lters and battery isolation box accessible from ground level
• Dual access into axle box for maintenance and inspection
• Tie offs for safety harnesses
• Centralized access to all cab electrical connections
from the superstructure fl oor
Operational safety
In order to maintain a safe working environment, the T 264 offers the following
features.
• Payload overload warnings
• Anti-roll back feature active in forward and reverse
• Certifi ed steering and braking accumulators
• High visibility LED running and service lights
• Emergency stop buttons in cab and at ground level
Stability and control
The advanced Traction Control System with four-wheel
speed sensing capability automatically adjusts torque
to the rear wheels to maximize traction when cornering,
accelerating from a standstill, or traveling down wet or
icy roads. Developed by Liebherr exclusively for mining
trucks, this system enables operators to consistently
maintain steering control and truck stability.
T 264
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Fewer carbon-based consumables
Liebherr’s AC drive technology allows the
T 264 to use fewer consumables compared to similar class trucks. It requires
less service time and reduces the costs
of handling and disposing of waste.
T 264
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Environment
In order to minimize the impact on the environment, Liebherr designs and builds
mining equipment with the smallest possible environmental footprint.
Low emissions
By partnering with the leading providers of high speed diesel engines, Liebherr is
able to offer engine options for the T 264 with the latest emission technology to
satisfy US EPA emissions requirements.
Fuel effi ciency
Liebherr’s Litronic Plus drive system paired with the latest engine technology
provides excellent fuel economy. Lowering the fuel consumption of the truck fl eet
can signifi cantly reduce the carbon footprint of the entire operation.
Component exchange
The Liebherr exchange program extends component life cycles. The program
employs condition-based replacements that reduce unplanned maintenance.
Liebherr also reduces waste by overhauling components using original core parts.
Environmental awareness
Liebherr is committed to the protection of the environment and takes the necessary
steps to meet various regulatory requirements in our manufacturing process to
restrict the use of hazardous substances. This includes the use of alternative
coatings and plating that reduce the overall impact on the environment.
Tire life
Liebherr’s independent, double A-Arm
front suspensions minimize lateral
tire forces by keeping it in contact
with the ground over uneven roads or
while turning the truck. Optimized for
reduced wear when the truck is driving
loaded, this suspension arrangement is
designed to get the most useful life out
of each tire.
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Technical Data
Engine
_____________________________
Model
Gross horsepower @
1,900 rpm **
No. of cylinders
Displacement
Wet weight
Crankcase
Cooling system
* Standard engine setting is USA/EPA Tier 2 compliant in emission-optimized (EO)
mode. Fuel-optimized mode (FO) is optional for non-emission regulated countries.
** Gross power definition according to SAE J 1995 standard conditions.
Model
Gross horsepower @
1,800 rpm **
No. of cylinders
Displacement
Wet weight
Crankcase
Cooling system
* Standard engine setting is USA/EPA Tier 2 compliant in emission-optimized (EO)
mode. Fuel-optimized mode (FO) is optional for non-emission regulated countries.
** Gross power definition according to ISO 3046 (ratings also correspond to
SAE J 1995 standard conditions)
Consult factory for other engine options
____________________
_______________
__________________
______________________
______________________
_______________
_____________________________
____________________
_______________
__________________
______________________
______________________
_______________
Cummins QSK 60*
1,864 kW / 2,500 HP
16
60 l / 3,661 in
3
8,750 kg / 18,893 lb
260 l / 68.8 gal
757 l / 200 gal
MTU 16V4000 C23R*
2,013 kW / 2,700 HP
16
76.3 l / 4,656 in
3
8,844 kg / 19,498 lb
300 l / 79.3 gal
833 l / 220 gal
Electric Drive System
Control System
Control box
Traction control
Main alternator
Wheel motors
Gear ratio
Cooling system
_______________
_____________________
______________
________________
_________________
_______________________
_______________
Liebherr Litronic Plus AC drive system with
IGBT technology
Liquid cooled power components, pressu-
rized cabinet
Litronic Plus traction control system,
Computer controlled in propel and dynamic
braking, forward and reverse, all wheel
speed sensing
AC brushless, direct drive, forced air
cooling
Litronic Plus AC induction motors, forced
air cooling
Standard 32.4 to 1 gear ratio (64 km/h /
40 mph)
Variable speed AC motor with twin impeller
radial cooling fans
Braking Systems
Electric dynamic braking, forced air over quiet stainless steel resistor
grids with dry disc service and secondary braking system.
Electric dynamic braking
__
Max: 3,300 kW / 4,425 HP
Full dynamic braking down to zero. Singlepedal, automatic brake blending with service brakes from 0.8 km/hr / 0.5 mph to
zero
Dynamic braking
speed control
Adjustable speed limits
__________________
____
Operator adjustable, automatically limits
truck speed on downhill grade when set
Automatic speed limits for empty and
loaded truck adjustable for site require-
Traction control
_______________
ments
Litronic Plus traction control system.
Computer controlled in propel and dynamic
braking, forward and reverse, all-wheel
speed sensing
Service brakes front
Service brakes rear
Hydraulic accumulators
_________
Outboard single disc, wheel speed, four
calipers per wheel
__________
Single disc per side, two calipers per disc,
armature speed
____
Separate piston type accumulators:
Front Brake Supply (1 x 27 l / 7.1 gal )
Front Brake Pilot (1 x 4 l / 1 gal)
Rear Brake Supply (1 x 7.6 l / 2 gal)
Rear Brake Pilot (1 x 4 l / 1 gal)
Park brakes
Filtration
_________________________
_____________________
Pump control (7.6 l / 2 gal)
Spring applied, pressure released, two
calipers per each rear disc
Cleanliness level ISO 15/13/11
Steering
Ackermann center point lever system, full hydraulic power steering
with accumulator safety backup. Isolated from dump hydraulic system.
Two double-acting hydraulic cylinders.
Hydraulic accumulator
Filtration
Turning radius (ISO 7457) –
Tire centerline
Vehicle clearance radius
(ISO 5010)
_________________________
__________________
_______________________
_____
2 x 88 l / 23.2 gal (Piston type)
Cleanliness level ISO 15/13/11
15.0 m / 49' 2"
16.5 m / 54' 2"
16 T 264
Dump System
Two double-stage, double-acting hoist cylinders with inter-stage and
end cushioning in both directions. Electronic joystick with integrated
engine high-idle switch and full modulating control in both extend and
retract.
Dump angle
Cycle times
Remote dump
Filtration
____________________
_____________________
_________________
_________________________
49° (45° with optional kick-out switch)
20 seconds – Power Extend “Power Up”
11 seconds – Power Retract “Power Down”
14 seconds – Retract to Frame
Quick disconnects for external power
dumping (buddy dump) accessible from
ground level
Cleanliness level ISO 15/13/11
Page 17
Technical Data
Suspensions System
______________________________
Front
Double A-Arm with inclined king pin pivot,
spindle, and nitrogen over oil suspensions
______________________________
Rear
with integral damping
Three bar linkage comprised of triangular
upper link plus two bottom drag links and
nitrogen over oil suspensions with integral
damping
Tires
_______________________________
Tires
46/90 R57 Standard
40.00 R57 Optional
______________________________
Rims
29" x 57" bolt on rims
Frame
Design ����������������� Closed box structure with multiple torque
Welding ���������������� Frame girders welded inside and out with
tube cross members, internal stiffeners and
integrated front bumper.
Steel castings are used in high stress areas.
ultrasonic inspection aligned with AWS
D1.1
Cab
Deluxe cab with integrated ROPS, FOPS, and double wall design for
optimum insulation. Fully adjustable air suspension operator seat
with double lumbar support and full-size second seat for training requirements. Operator comfort controls include a tilt and telescoping
steering wheel, heater, defroster and standard AC. Real-time vital truck
information is easily displayed to the operator and also recorded for
download.
Weights
With standard 46/90 R57 tires
Nominal Payload
Gross Vehicle
Weight (GVW)
Chassis weight *
Body weight
Weight distribution
* Standard truck (less options), 100% fluids (fuel tanks, hydraulic tank, gears, suspensi-
ons, crankcase, coolant, grease and charged accumulators)
With optional 40.00 R57 tires
Nominal Payload
Gross Vehicle
Weight (GVW)
Chassis weight *
Body weight
Weight distribution
* Standard truck (less options), 100% fluids (fuel tanks, hydraulic tank, gears, suspensi-
ons, crankcase, coolant, grease and charged accumulators)
_______________
___________________
_______________
_____________________
_____________
_______________
___________________
________________
_____________________
_____________
228 t / 251 ton
393 t / 433 ton
139 t / 153 ton
26t / 29 ton
Empty – front 50 % / rear 50 %
Loaded – front 33 % / rear 67 %
222 t / 244 ton
385 t / 424 ton
137 t / 151 ton
26t / 29 ton
Empty – front 50 % / rear 50 %
Loaded – front 33 % / rear 67 %
Fluid Capacities
Fuel tank
Hydraulic system (brake, steering and hoist)
–
Tank
–
System
Planetary gear sets,
each (2)
Front wheels, each (2)
Grease tank
_________________________
____________________________
________________________
___________________________
________
_____________________
3,028 l / 800 gal
969 l / 256 gal
1,060 l / 280 gal
175 l / 46.2 gal
52 l / 13.7 gal
55 kg / 120 lb
Body
Body sizes are custom designed to fit Customer requirements and
specific applications. Please contact factory for options.
Sound
Interior cab noise level
(per ISO 6394:2008)
T 264 17
_________
75 dB(A) sound pressure
Page 18
Technical Data
Dimensions
J
N
L
B
A
T264T264
E
H
C
Dimensions mm / ft in
A Outside Body Width 7,841 mm / 25'7"
B Overall Truck Width 8,621 mm / 28'3"
C Centerline Front Tire Width 6,254 mm / 20'5"
D Bumper Ground Clearance 1,149 mm /
E Crossmember Ground Clearance 1,036 mm /
F Overall Tire Width 7,632 mm / 25'0"
G Centerline Rear Dual Width 3,670 mm / 12'0"
D
3'8"
3'4"
Q
M
K
I
G
F
Dimensions mm / ft in
H Rear Axle Clearance 797 mm /
I Front Canopy Height 7,171 mm / 23'
J Overall Truck Length 14,197 mm / 46'
K Wheelbase 6,119 mm / 20'
L Loading Height 6,280 mm / 20'
M Dump Clearance 1,321 mm /
N Body Raised Height 14,005 mm / 45'10"
2'
4'
6"
5"
6"
1"
6"
3"
18 T 264
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Performance Curves
1600
1500
1400
1300
1200
110 0
1000
Rimpull
GVW x 1000
кН
Lbf x 1000
360
340
320
320
300
280
260
240
900
200
180
800
160
700
140
600
120
500
100
400
80
300
60
200
40
100
20
0
0
0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 mph
100
A
5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80
200
250
350
300
450
400
EVW
B
300
550
650
500
600
400
750
700
850
800
900
GVW
Speed
GVW x 1000
500
950
1150
110 0
1200
1050
1000
kg
600
lb
1250
1350
1300
1400
R0178
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
km/h0
Percent effective grade
1600
1500
1400
1300
1200
110 0
1000
Rimpull
кН
Lbf x 1000
360
340
320
320
300
280
260
240
900
200
180
800
160
700
140
600
120
500
100
400
80
300
60
200
40
100
20
0
0
0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 mph
100
200
250
350
300
450
400
EVW
300
550
650
500
600
400
750
700
850
800
500
950
900
1150
110 0
1050
1000
GVW
A
B
5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80
Speed
1200
kg
600
lb
1250
1350
1300
1400
R0179
24
23
22
21
20
19
18
17
16
15
14
13
12
11
Percent effective grade
10
9
8
7
6
5
4
3
2
1
km/h0
Performance Chart Parameters
Gross Power
Net Power
Tire Size
Gear Ratio
Reference Curves
Note
The propulsion curve is calculated using net horsepower, therefore site
specific and climatic variables will have an effect on the parasitic loss
estimations.
___________________
_______________________
__________________________
_______________________
_____________
1,864 kW / 2,500 HP (A)
1,816 kW / 2,435 HP (A)
46/90 R57
32.4 to 1
A: Propulsion 1,864 kW / 2,500 HP
B: Dynamic Braking (Retard)
Performance Chart Parameters
Gross Power
Net Power
Tire Size
Gear Ratio
Reference Curves
Note
The propulsion curve is calculated using net horsepower, therefore site
specific and climatic variables will have an effect on the parasitic loss
estimations.
____________________
_______________________
__________________________
_______________________
_____________
2,013 kW / 2,700 HP (A)
1,965 kW / 2,635 HP (A)
46/90 R57
32.4 to 1
A: Propulsion 2,013 kW / 2,700 HP
B: Dynamic Braking (Retard)
T 264 19
Page 20
Loading Charts
0
m
2 4 6 8 10 12 14 16
ftm
22
20
18
16
14
12
10
8
6
4
2
0
-2
-4
18
T 264 mining truck loaded by the Liebherr R 996 B
hydraulic excavator in face shovel configuration
70
Maximum dump height 12.9 m / 42'3"
Truck loading height 6.3 m / 20'8"
60
Passes to fill
(given a 1.8 t/m
50
95% bucket fill factor) 4 passes
40
30
20
10
0
-10
3
density at
0ft
m
0
2 4 6 8 10 12 14 16
0ft
50 60 6540302010
50 6040302010
18 20 22
m
ft
T 264 mining truck loaded by the Liebherr R 996 B
60
18
16
14
12
10
8
6
4
2
0
-2
-4
-6
-8
hydraulic excavator in backhoe configuration
Maximum dump height 10.7 m / 34'11"
50
Truck loading height 6.3 m / 20' 8"
Passes to fill
40
(given a 1.8 t/m
3
density at
95% bucket fill factor) 4 passes
30
20
10
0
-10
-20
-30
20 T 264
Page 21
Loading Charts
-10
mft
22
70
20
60
18
16
50
14
40
12
10
30
8
20
6
4
10
2
0
0
-2
-4
20 18 16 14 12 10 8 6 4 2 0
60 50 40 30 20 10 0
m
ft
T 264 mining truck loaded by the Liebherr R 9800
hydraulic excavator in face shovel configuration
Maximum dump height 13 m / 42'6"
Truck loading height 6.3 m / 20'8"
Passes to fill
(given a 1.8 t/m
3
density at
95% bucket fill factor) 3 passes
-10
-20
-30
mft
60
18
16
50
14
40
12
10
30
8
20
6
4
10
2
0
0
-2
-4
-6
-8
-10
202224 18 16 14 12 10 8 6 4 2 0
60 507080 40 30 20 10 0
m
ft
T 264 mining truck loaded by the Liebherr R 9800
hydraulic excavator in backhoe configuration
Maximum dump height 10.9 m / 35'9"
Truck loading height 6.3 m / 20'8"
Passes to fill
(given a 1.8 t/m
3
density at
95% bucket fill factor) 3 passes
T 264 21
Page 22
Standard Equipment
Standard Equipment
Engine
Air cleaner dust ejectors – automatic
Air cleaners – two units with 2 elements per unit with electronic
restriction monitoring in cab
Engine “roll over” protection switch
Exhaust – side-mounted mufflers with insulated exhaust pipes
Fan clutch – variable speed, temperature controlled
Fuel/water separator
Oil centrifuge filter
Prelube – pre-start engine oil pressurization to reduce dry
engine turnover
Primary and secondary fuel filters
Radiator – L & M (Mesabi) flexible core, with center-mounted
level gauge on front face of surge tank
Roll out power module – engine, main alternator and hydraulic pump
directly mounts to frame using removable tool system
Starter – electric
24 V Electrical
Batteries – 6 x 12 Volt (3 series of 2), 1,300 CCA each at -18°C
(0°F, 1,560 CCA at 0°C (32°F)
Battery box lockouts – ground level, battery, propel and starter
(single pole)
Electrical system – 24 VDC with circuit breaker protection
Engine Shutdown Switch – in-cab and ground level
Operator Environment
Climate control – combined heater and air conditioner w/multiple
air ducts and filtered air
Cup holder – 2 center console mounted
Diagnostics interface – CANopen, Ethernet, Wi-Fi, USB
Display screen – dimmable color touch screen w/operator
information and warning
Dual overhead LED dome lights that illuminate when the door is opened
Integrated ROPS (ISO 3471:2008) and FOPS (ISO 3449:2005, Level II)
Mirrors – drivers side (flat), offside (convex) and access ladder (convex)
Power outlets – 2 x 120V AC
Power windows – driver and passenger
Pressurized cab – with fan on
Radio ready – wiring, speakers and DIN fitting
Seat belt – high visibility orange 3 point 2 inch wide
Seats – fully adjustable driver and passenger heated seats
with air suspension
Speedometer – km/h / mph
Steering wheel – tilting and telescopic with horn and wiper control
Storage shelves and storage compartment located behind seats
Sun visors – 2 windshield sun visors and 1 driver‘s door pull down blind
Windows – tempered and tinted glass 6.3 mm
Windshield – laminated safety glass and tinted 9.5 mm
Wipers – two speed electric and intermittent with dual wiper arms
AC Drive System and Controls
Anti-roll back – in forward and reverse
Brakes – dynamic braking w/automatic hydraulic brake blending
and hydraulic service brakes
Gear assembly – Liebherr gears and wheel motors
Gear ratio – 32.4:1
Grid box – resistor grid control system and constant AC grid box
blower motor
Litronic Plus control cabinet – IGBT technology, liquid cooled,
pressurized, filtered air inlet, ground fault warning and detection
Traction control system with four-wheel speed sensing
Lighting
Access lights – 3 ladder, 1 superstructure
Brake warning lights (cab mounted external) – forward facing retard
and service brake (LED)
Headlights – 4 x high beam, 4 x low beam (LED)
Reverse lights – 2 x axle box, 1 x driver‘s side superstructure (LED)
Service lights – 2 x engine bay, 2 x axle box (LED)
Truck lights – tail, brake, retarder and clearance/directional indicators
Other
Access ladders – 45° diagonal stair (drivers side access)
with two side ladders w/flexible step
Accumulators (Certified)
Steering (2 x 88 l / 23.2 gal)
Front Brake Supply (1 x 27 l / 7.1 gal )
Front Brake Pilot (1 x 4 l / 1 gal) Pump control (7.6 l / 2 gal)
Axle box – dual entry service access and rear air exhaust
Centralized service station – ground level, driver side, with fuel
gauge and pressureless fast fill system.
Color – white / gray
Fall protection – multiple personnel tie off points
Fluid sampling – multi-sampling ports close to components
Grease system – automatic lubrication system
Hydraulic coolers – 1 x hoist system, 1 x HVAC system,
2 x final drive gear oil
Hydraulic filters – high pressure for brake, steering and hoist
w/electronic monitoring
LED payload display – 2 x superstructure mounted
Mud flaps – front and rear of fuel tanks, superstructure and
battery control box
Park brake – spring applied pressure release
Recovery system – auxiliary connectors for brake, steering and hoist
“buddy system”
Reverse alarm
Rims – bolt on, 2 x double gutter, 4 x single gutter
Rock ejectors – bar type
Service access ladders – right and left engine bay ladders
w/ flexible steps
Shut off valves – brake/steering and hoist w/electronic monitoring
Sight gauges – hydraulic tank, radiator, control box and front wheel hub
Towing points – front, rear and center tow haul receptacle
Rear Brake Supply (1 x 7.6 l / 2 gal)
Rear Brake Pilot (1 x 4 l / 1 gal)
22 T 264
Page 23
Optional Equipment
Optional Equipment
Access stair – powered retractable stair to main diagonal stairway
*Advanced camera system – multi-view, integrated into dashboard
touchscreen
Battery box lockouts – ground level, battery (double pole),
propel and starter (single pole)
Blue Truck identifier light (power on) – grill mounted
Brake covers – 2 x front wheel
Centered dashboard gauge panel in metric and imperial
Cold climate – diesel type engine heater, w/automatic control
Color – Liebherr yellow / grey
Curb / berm cornering lights (LED) – forward facing, superstructure
mounted (DS and ODS)
Dump body – liners, heated, tailgates, rock deflectors
Dump body raise limit – 45° kick out switch
*Fatigue monitoring system
Fire suppression systems
Fog lights (HID) – 4 x bumper mounted
Fuel tanks (4,921 l / 1,300 Gal)
Grill illumination light (LED)
Heated mirrors
Standard and optional equipment are subject to change at
manufacturer’s discretion.
Please contact your local representative for further information.
*High altitude package (HAP)
Hill cresting lights (LED) – 2 x top grill mounted
Hydraulic return line filtration (3 x hydraulic filters)
Multiple language decals
Overspeed light – externally mounted blue strobe on top of cab
Park brake off / truck in neutral warning light (LED) –
externally mounted on top of cab
*Proximity awareness – camera and radar system integrated into
dashboard touchscreen
Quick fill connection (Fuel) – 568 lpm / 150 gpm, 757 lpm / 200 gpm
Reverse light (LED) – off driver‘s side superstructure
Rock ejectors – chain type
Service lights – 2 x rear engine bay
*Sound attenuation package
*Trolley capable
Undercarriage protection – engine belly pans
*Consult factory for further details
T 264 23
Page 24
The Liebherr Group of Companies
Wide Product Range
The Liebherr Group is one of the largest construction
equipment manufacturers in the world. Liebherr’s
high-value products and services enjoy a high reputation
in many other fields. The wide range includes domestic
appliances, aerospace and transportation systems,
machine tools and maritime cranes.
Exceptional Customer Benefit
Every product line provides a complete range of models
in many different versions. With both their technical
excel lence and acknowledged quality, Liebherr products
offer a maximum of customer benefits in practical
application.
State-of-the-art Technology
To provide consistent, top quality products, Liebherr
attaches great importance to each product area, its
components and core technologies. Important modules
and components are developed and manufactured
in-house, for instance the entire drive and control
techno logyfor construction equipment.
Worldwide and Independent
Hans Liebherr founded the Liebherr family company in
1949. Since that time, the enterprise has steadily grown
to a group of more than 130 companies with over
38,000employees located on all continents. The corporate
headquarters of the Group is Liebherr-International AG
inBulle, Switzerland. The Liebherr family is the sole owner
of the company.
www.liebherr.com
Liebherr Mining Equipment Newport News Co.
4100 Chestnut Avenue, Newport News, VA 23607, USA
+1 (757) 245 5251, Fax +1 (757) 928 8755
www.liebherr.us, E-Mail: info.lme@liebherr.com
www.facebook.com/LiebherrConstruction
Printed in Germany by Eberl BK-RP LME 11481629-0.85-02.14�enGB
All illustrations and data may differ from standard equipment. Subject to change without notice.
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