R 9200

Generation 7

Mining excavator

Technologies Powertrain options Backhoe configuration Face shovel configuration

– Assistance systems Cummins: 810 kW (FCO, Tier 4f) Overall weight: 205 tonnes Overall weight: 210 tonnes
– Liebherr power efficiency 1,086 HP 225 tons 231 tons
– Bucket filling assistant Electric: 850 kW (50 Hz, 60 Hz) Bucket payload: 22.5 tonnes Bucket payload: 22.5 tonnes
1,139 HP 25 tons 25 tons
Overview
R 9200
---
Diesel drive 810 kW / 1,086 HP
Electric drive 850 kW / 1,139 HP
Patented EVO bucket
BH 12.5 m³ / 16.4 yd3
FS 12.5 m3 / 16.4 yd3

BH 205 tonnes / 225 tons

FS 210 tonnes / 231 tons

Stress-relieved structure Standard heavy-duty bucket Perfect shovel truck match

The R 9200 is the optimal loading – Highest bucket capacity in its class 3 pass loading of 65 tonne trucks
excavator to load 65 t and 130 t off- with proven EVO bucket design 5 pass loading of 90-100 tonne trucks
highway trucks. The R 9200 can meet – Maximised payload with versatile 6 pass loading of 130 tonne trucks
any customer requirement thanks to Liebherr bucket solution
leading technology. High productivity, – Shift levers and bucket links with
exceptional reliability and true 200 t integrated greasing system
class performance make the R 9200
a world-class loading tool.

2 Mining excavator R 9200

 High performance execution

Latest cutting-edge
technologies

Sustainable &
efficient performance

Latest cabin generation Latest cutting-edge technologies Sustainable performance

Increased comfort and ergonomics – Liebherr assistance systems – US EPA Tier 4f / EU Stage V
– User-friendly operator station – Advanced machine monitoring compliant engine
– Elevated cab installation with modern 15" touchscreens – SCR after-treatment technology
– Suspended operator seat (day & night mode) – Serial implementation Liebherr
– Slim line dash and LED lighting – Permanent vision system power efficiency solutions
– Electric drive version

Mining excavator R 9200 3

Performance & sustainability
Powertrain
---

+25 %
Fuel efficiency
Diesel drive
Cummins QSK38
810 kW / 1,086 HP at 1,800 RPM
12 cylinder V-engine
Displacement 37.8 l / 2,307 in3

US EPA Tier 4f / EU Stage V

Using selective catalytic reduction
technology to comply with latest
emission regulations the R 9200
combines flexibility to meet customer
expectations without compromising
productivity.

Electric drive
Liebherr offers an alternative to No exhaust emission
diesel engines allowing customers to Liebherr electric R 9200 provides
balance performance with environ- class leading cycle times using elec-
mental consciousness. Building on tric motors without exposing people
30 years’ experience in electric drive and the environment to diesel exhaust
excavators, the electric drive option emissions. Complying with all Non
allows lower maintenance costs and Road Mobile Machinery (NRMM) emis-
reduced noise pollution. With high sion regulations, the R 9200 E can be
motor efficiency, the electric drive operated all around the world.
gives maximum performance.
Less noise level
– Lower maintenance costs Liebherr Electric driven machines can
– 6,000 V ( 50 Hz other voltage and be operated without restrictions in
­frequency on request) noise sensitive areas.
– Integrated design elements on all
machine structures
– Optional cable reeler

Mining excavator R 9200 5

Productivity
Attachment
---
Build for maximum productivity

12.5 m3
Backhoe 16.4 yd3

130 t Trucks 90-100 t Trucks 65 t Trucks

6 Pass 4 - 5 Pass 3 Pass

12.5 m3
Face shovel 16.4 yd3

130 t Trucks 90-100 t Trucks 65 t Trucks

7 Pass 5 Pass 3 Pass

Maximised payload
Designed for best force distribution, the attachment
design delivers high digging and hoisting forces, which
ensures maximum payload during each cycle. The EVO
bucket allows the operator to take advantage of each pass
and therefore increase productivity.

Optimised cost per tonne

Built to outperform all competitors in its class, the R 9200
is a perfect loader for 65 t up to 130 t off-highway trucks.

+4 %
Loading capacity*
*Liebherr EVO bucket compared
to competitorʼs average bucket capacity.

6 Mining excavator R 9200

Automation

Bucket filling assistant

The first automation product of the Liebherr hydraulic
excavator portfolio allows easier bucket filling and
consistent bucket fill factors, especially in blocky or
hard digging conditions. As a result overall productivity
improves while operatorʼs fatigue decreases.

Anti-stalling function
Prevents the bucket from being
stalled during the digging phase.

Semi-automatic bucket filling function

Allows the machine electronic to realise
fully automatic attachment movements.

Discover more.

Mining excavator R 9200 7

Comfort
Operator cabin
---

Enhanced
comfort &
ergonomics

Advanced machine monitoring Superior comfort Vision system

– Modern and large touchscreens – Tinted laminated safety glass The R 9200 offers superior visibility of
– State-of-the-art on-board – Armored front window the machine’s surroundings. The dedi-
­technologies – Adjustable air suspended seat cated monitor inside the cabin provides
– Long term data storage – Foldable trainer seat continuous rear and side vision around
for maintenance – Pressurised A / C system the machine, from the two cameras
– User-friendly piloting station (single or double) strategically fixed on the uppercar-
– On-board diagnostics to service staff riage.

8 Mining excavator R 9200

Working environment
Operator comfort
Operator comfort and safety were the main concerns when
designing the R 9200 cabin: a panoramic view, low noise
level, strong structure (FOPS) and high safety standards.
In addition Liebherr provides options to adapt the cab to
specific thermal conditions or requirements.

Optional
– Double A / C system
– External louvers
– Premium heated seats
– Four point harness
– Sliding hatch window
– Front protective grid
– HEPA filtration system

Mining excavator R 9200 9

Assistance systems
The best performance. Easy.
---
Get the best out of your Liebherr mining excavator
Available today on the R 9200, the Liebherr assistance systems are advanced
onboard applications designed to support operators to become more efficient
through analytics and actionable insights. Systems will assist the operator
to obtain optimal productivity and efficiency by providing realtime operational
information. Want to live the
real experience?

Measure and analyse every bucket Data visualised within different views
payload for optimal truck loading & advanced filtering

Display targeted productivity and Provide transparency of performance,

actual payload with 99 % accuracy operating time and fuel efficiency

Identify operational conformance and State-of-the-art on-board

improve operator effectiveness touchscreen displays

Make informed decisions Increase productivity

 Truck loading assistant Performance monitoring
Assists the operator to obtain target truck payloads. Measures and analyses the overall performance.

With 99 % measurement accuracy Using KPIs, histograms and time-related charts

– Measures instantaneously the bucket payload – Production KPIs
– Provides real-time information to the operator – Loading indicators
– Strategises the number of passes required – Time distribution
– Computes the best truck loading strategy – Energy efficiency
– Automatic truck recognition (optional)

Want to live the

real experience?

Application severity Operational conformance

Quantifies application, reports severity indicators and Detects and counts events to improve
provides an overall application severity score. operator effectiveness.

KPIs to indicate and display the application as Several filtering criteria to identify
sensed by the machine specific events
– Underfoot and digging conditions – Swinging into digging face
– Abrasiveness and travel ratio – Digging with swing brake activated
– Engine load factor and temperature variation – Turning the machine with the attachment
– Machine inclination, loading, etc. – Bucket hitting track pads, etc.

Mining excavator R 9200 11

Performance
Advanced hydraulic system
---

Highest
digging force

650 kN
Breakout force

740 kN
in its class

Fast & precise movement

Intelligent power management system Independent cooling system
The Liebherr R 9200 mining excavator is equipped with Oil and water cooling fans are independently and elec-
a closed loop swing circuit. Kinetic energy is recovered tronically managed. The oversized cooling systems reduce
when the swing motion is used during deceleration to parasitic demand on engine horsepower ensuring maximum
drive the main and auxiliary pumps resulting in fuel available horsepower is provided to the excavator working
­consumption reduction. circuits.
Cylinder dampening through IMUs provides smoother
attachment movements without affecting attachment Valve bank control system
speed. – Under slung arch hoses to improve lifetime
– Flow optimized hose fittings
– Less hydraulic pressure losses by design
– Pilot valves integrated into valve blocks

12 Mining excavator R 9200

 Moving more with less
Patented Liebherr power efficiency
Specific engine and hydraulic management, drastically
reducing fuel consumption without any compromise on
machine productivity.
– Adapted piloting processes according to operator
requirements and machine condition
– Electronically controlled pressure and oil flow
– Reduce hydraulic throttling and load profile
of the engine for increased component lifetime

Fuel consumption (g / KWh)

POWER Mode

ECO Mode

LPE

Productivity (tonnes)

Previous R 9200 G6
R 9200 G7

Up to 20 %
less fuel consumption

"Adapt the power and the

hydraulic flow specifically
to the load profile."

Mining excavator R 9200 13

Safety
Protecting your most important asset
---

Machine accessibility Wide catwalks for inspection Emergency stops and emergency exits
The R 9200 is fitted with an ergonomic Enlarged walkways allow easy and Emergency stops are specifically
hydraulically controlled 45 degree safe access for inspection and located throughout the machine,
stairway with handrails, providing maintenance around engine, fans, increasing safety. A emergency drop-
safe access to the uppercarriage. and pumps. All routine service items down ladder guaranties safe and quick
Single side access to all service have been located to allow effortless exit from the machine.
points. inspection and replacement.

Advanced engine fire protection LED lighting system Safe surrounding area
After treatment systems and turbo­ Thanks to LED long-reach lights Horn, LED working lights, LED service
chargers are heat shielded. The located on attachment, uppercar- lights, LED access lights, flashing
engines are mechanically segregated riage and counterweight, the machine lights and travel alarm guarantee safe
from hydraulic components, further offers best visibility to the operator 24 / 7 operation and maintenance
improving on machine safety. and to the people / equipment around. conditions.

14 Mining excavator R 9200

Maintenance
Easy & safe operations
---

24 / 7
Operations
Centralised service & service flap
Uppercarriage of the R 9200 has been designed for easier R 9200 are easily accessed from the upperstructure or
maintenance and quicker servicing. The central service area directly from the ground with the service flap equipped
provides accessibility to uppercarriage fluid compartments with fast couplings and depressurized valves.
reducing machine downtime. Refill and drain points of the

Automatic greasing system Superior engine accessibility Ease of troubleshooting

– Grease tank for the attachment, – Central service area – Control system hardware and
­uppercarriage and swing ring bearing – Maintenance-friendly maintenance ­software completely developed
– Grease tank for the swing ring teeth items installation and managed by Liebherr
– Simplified component layout – Wide catwalks with slip-resistant – Reduced number of connections
– Automatic greasing cycles surfaces and connectors
– Reduced number of injectors & hoses
– Electric shut-off valve in the refill line

Optional
– Rock protection for swing gear – Steel grease lines on swing ring – Banlaw or Wiggins couplings
– Undercarriage bottom cover – Swing ring scrapers – Piston rod guards
– Kidney loop filtration system

Mining excavator R 9200 17

45,000
Operational hours
Reliability
Long-lasting performances
---
Vertical integration Mining know-how
As an OEM, Liebherr has built a solid reputation for its Liebherr mining excavators are conceptualised, designed
development and production of high quality strategic and dedicated to the mining industry.
mining components. The R 9200 integrates robust and The engineering department uses specific 3D simulation
reliable mining optimised components that are developed solutions in order to meet possible requirements, such as
and manufactured by Liebherr, which ensures the best finite element and fatigue life analysis.
reliability and highest performance.
Super structure
Quality: the Liebherr trademark – Optimised welding penetration
Providing reliable machinery is the highest priority for – Increased structural rigidity and life
Liebherr mining. Utilised in tough mining applications all – Heavy duty conception through advanced 3D design
around the world, our R 9200 is built to last over 45,000 and validation softwares
operational hours. Liebherrʼs engineering expertise and
continuous improvement programs combine to deliver Robust undercarriage
industry leading machines. – Heavy-duty conception with durable side frame links
– Fatigue resistant steel structure design
– Travel motors with standard rock protection
– Large track pads choice

Mining excavator R 9200 19

The four pillars of
the Liebherr mining division
---
With more than 50 years of experience in the mining industry, Liebherr has
identified four key factors of customer satisfaction: Performance, Safety,
Service, and Sustainability. These pillars provide structure and focus for
all our activities, and embody Liebherrʼs customer commitments.
Performance Safety
Productive, efficient and reliable Protecting your most important assets

Service Sustainability
Where you need it, when you need it Committed to our future
Technical data
---
Powertrain Electro-hydraulic controls
1 Cummins diesel engine independent, electric over hydraulic proportional controls of
Servo circuit
Rating per SAE J1995 810 kW (1,086 HP) at 1,800 rpm each function
via accumulator for all attachment functions with stopped
Cummins QSK38 Emergency control
engine
Model (US EPA Tier 4f / EU Stage V compliant or fuel consumption
optimized setting) via monoblock control valves with integrated primary relief
Power distribution
valves and flanged on secondary valves, 4 independent circuits
Type 12 cylinder V-engine
Flow summation attachment and travel drive
Bore / Stroke 159 / 159 mm / 6.26 / 6.26 in
Attachment and swing proportional via electronic joystick levers
Displacement 37.8 l / 2,307 in3
Travel proportional via electronic pedals or removable hand levers
Aspiration turbocharged after cooled
Shovel flap functions proportional via electronic pedals
Fuel tank 4,500 l / 1,189 gal
Electronic dampening Liebherr designed electronic control of cylinder position via
Electrical system
system i­nertial measurement units
Voltage 24 V, 25 V additional
Batteries 4 x 180 Ah / 12 V
Alternator 24 V / 260 Amp
Liebherr Power Efficiency engine management systems adapting the power specifi- Swing drive
– Engine Control cally to the load profile Hydraulic motor 2 Liebherr axial piston motors
Automatic engine Swing gear 2 Liebherr planetary reduction gears
engine self-controlled shut off 3 min.
shut off protection
Swing ring Liebherr, sealed triple roller swing ring, internal teeth
cooler with temperature controlled fans driven via hydraulic
Water cooler Swing speed 0 – 5.0 rpm
piston motor
or hydraulically actuated, maintenance-free, multi-disc brakes
Swing-holding brake
integrated in each swing gear
1 electric motor
Power output 850 kW (1,139 HP)
Type 3-phase AC squirrel cage motor
Voltage 6,000 V, other voltage on request Hydraulic system
Frequency 50 Hz (or 60 Hz) Hydraulic pump
Revolutions 1,500 rpm or 1,800 rpm for attachment
4 variable flow axial piston pumps
Motor cooling integrated air-to-air heat exchanger and travel drive

Starting method inrush current limited to 2.2 full load current Max. flow 4 x 512 l/min. / 4 x 135 gpm
Max. pressure 350 bar / 5,076 psi
for swing drive 1 reversible swashplate pump, closed-loop circuit
Max. flow 1 x 640 l/min. / 1 x 169 gpm
Max. pressure 350 bar / 5,076 psi
electronically controlled pressure, flow and power management
Pump management
with oil flow optimisation
Hydraulic tank capacity 1,800 l / 475 gal
Hydraulic system capacity 3,400 l / 900 gal
1 high pressure safety filter after each high pressure pump +
Hydraulic oil filter extra-fine filtration of entire return flow with integrated by-pass
filtration (15 / 5 μm) + dedicated leak-oil filtration
cooler with temperature controlled fans driven via hydraulic
Hydraulic oil cooler
piston motor, reverse fan function
Liebherr Power Efficiency hydraulic management system adapting the hydraulic flow
– Hydraulic Control ­specifically to the load profile

22 Mining excavator R 9200

 Electric system Undercarriage
Electric isolation easy accessible battery isolators 3-piece undercarriage, box-type structures for center piece and
Design
high brightness LED lights: side frames, stress relieved
– 4 on cabin Hydraulic motor 1 axial piston motor per side frame
– 2 on working attachment with grid protection Travel gear Liebherr planetery reduction gear
Working lights – 3 on RHS of uppercarriage
– 3 on LHS of uppercarriage Travel speed 0 – 2.8 km/h / 0 – 1.70 mph
other: hydraulically actuated, maintenance-free, multi-disc brakes for
Parking brake
– LED service lights with timer 20 min. each travel motor
at ground level, in hydraulic compartment, in engine compart- Track components B 11, maintenance-free, forged double grouser pad
Emergency stop switches
ment and in operator cab Track rollers /
8 / 2 per side frame
heavy duty execution in IP 65 standard for operating conditions Carrier rollers
Electrical wiring
of – 50 °C to 100 °C / – 58 °F to 212 °F Track tensioner hydraulic and grease tensioner
Transport undercarriage side frames are removable

Uppercarriage
Design
torque resistant designed upper frame in boxtype construction Service flap
for superior strength and durability
manually actuated service flap, easily accessible from ground
Attachment mounting parallel longitudinal main girders in box section construction level to allow:
hydraulically operated 45° access stair, full controlled descent, – fuel fast refill
Machine access in case of emergency stop additional emergency ladder fitted – engine oil quick change
near the cab – attachment / swing ring bearing grease barrel refilling via
Design
grease filter
– 2 x swing gear oil refill
– 2 x swing gear oil draining
Cab – splitterbox oil change
other coupler type on request
resiliently mounted, sound insulated, large windows for all
Design around visibility, integrated falling object protection FOPS
(ISO 10262)
suspended pneumatic seat, body-contoured with shock absorber, Central lubrication system
Operator’s seat adjustable to operator’s weight, seat heating, additional “retract-
able passenger / trainer seat” single-line lubrication system, for the entire attachment / swing
Type
ring bearing and teeth
tinted armored glass for front window and right-hand side
windows, all other windows in tinted safety glass, wind- hydraulic grease pump for the attachment / swing ring bearing,
Cabin windows Grease pumps
shield-washer system 30 l / 8 gal watertank, sun louvers on all electric grease pump for the swing ring teeth
windows in heavy duty design optional and frontguard optional 200 l / 53 gal bulk container for attachment / swing ring bearing,
Capacity
heavy duty, fully automatic, high output air conditioner and separated 15 l / 4.0 gal bulk container for swing ring teeth
heater unit, contains fluorinated greenhouse gases HFC 134a Refill via the service flap for both containers, fill line with grease filters
with a Global Warming Potential (GWP) of 1430, the AC circuit
Heating system / Monitoring via a specific Liebherr control module with data memory
contains 3.6 kg / 7.9 lb of HFC-134 representing an equivalent
Air conditioning
of 5.1 tonnes / 5.6 tons of CO2, the 2nd AC circuit (optional)
contains 2.2 kg / 4.8 lb of HFC-134 representing an equivalent
of 3.1 tonnes / 3.4 tons of CO2
Cabin pressurization ventilation with filter Attachment
Controls joystick levers integrated into armrest of seat box-type structure with large steel castings in all high-stress
Design
areas
Monitoring via LCD-display, data memory
Stick wear protection underneath lower beam plate
camera installation on counterweight and right-hand side of the
Rear vision system Hydraulic cylinder Liebherr design, electronically controlled end-cushioning
uppercarriage, displayed on the monitoring display
Noise level (ISO 6396) Diesel: LpA (inside cab) = 71 dB(A) Hydraulic connections pipes and hoses equipped with SAE flange connections
Pivots bucket-to-stick
O-ring sealed and completely enclosed
Pivots bucket-to-link
Liebherr parallel face shovel attachment geometry, electronic
Kinematics
controlled end-cushioning

 Mining excavator R 920023

Dimensions
---
A2
A1
F D A

W 92 C
OEL 9200 H2
H

K P
Q
M0099
L N
U S
Z B
V G
X

mm / ft in mm / ft in mm / ft in mm / ft in
A 5,400 / 17'9" D 5,800 / 19' L 5,862 / 19'3" U 7,600 / 24'11"
A1 6,920 / 22'8" F 2,158 / 7'1" N 800 / 2'7" V 10,700 / 35' 1"
A2 7,400 / 24'3" H 4,440 / 14'7" P 2,040 / 6'8" W 6,780 / 22' 3"
B 5,930 / 19'5" H2 5,815 / 19'1" Q 837 / 2'9" X 16,700 / 54' 9"
C 7,175 / 23'6" K 2,175 / 7'2" S 4,700 / 15'5" Z 9,600 / 31' 6"
OEL (Operator’s eye level) 6,117 / 20' 1"

A2
A1
F D A

W 92 C
OEL 9200 H2
H

K P
Q
M0100
L N
U S
Z B
V G
X

mm / ft in mm / ft in mm / ft in mm / ft in
A 5,400 / 17'9" D 5,800 / 19' L 5,862 / 19'3" U 7,600 / 24'11"
A1 6,920 / 22'8" F 2,158 / 7'1" N 800 / 2'7" V 14,500 / 47' 7"
A2 7,400 / 24'3" H 4,440 / 14'7" P 2,040 / 6'8" W 6,500 / 21' 4"
B 5,930 / 19'5" H2 5,815 / 19'1" Q 837 / 2'9" X 18,700 / 61' 4"
C 7,175 / 23'6" K 2,175 / 7'2" S 4,700 / 15'5" Z 9,600 / 31' 6"
OEL (Operator’s eye level) 6,117 / 20' 1"

24 Mining excavator R 9200

Backhoe attachment (standard)
---
with mono boom 8.50 m / 27'9"

ft m
16 M0101 Digging envelope
50
m 3.80
14 Stick length
45 ft in 12'5"
40 m 8.30
12 R 3000 Max. digging depth
ft in 27'2"
35 m 14.80
10 Max. reach at ground level
30 ft in 48'7"
8 m 9.70
25 Max. dumping height
ft in 31'10"
20 6 m 14.00
Max. teeth height
15 ft in 46'
4 92
10 9200
2
5
Forces
0 0
kN 650
-5 Max. digging force (ISO 6015)
-2 lbf 146,126
-10 kN 740
Max. breakout force (ISO 6015)
-4 lbf 166,359
-15
-20 -6

-25 -8
Operating weight and ground pressure
-30
18 16 14 12 10 8 6 4 2 0m The operating weight includes the basic machine with backhoe attachment and backhoe
bucket 12.50 m3 / 16.35 yd3.
60 55 50 45 40 35 30 25 20 15 10 5 0 ft mm 800
Pad width
ft in 2'6"
t 205
Weight
sh tn 225
kg/cm2 1.98
Ground pressure*
psi 28.16
* according to ISO 16754

Backhoe buckets
For materials class according to VOB,
<5 <5 <5 5–6 5–6 5–6 7–8 7–8 7–8 7–8
Section C, DIN 18300
Typical operation according to VOB,
GP GP GP HD HD HD XHD XHD XHD XHD
Section C, DIN 18300
m3 15.50 14.00 12.50 14.00 12.50 11.50 12.50 11.50 10.50 10.00
Capacity ISO 7451
yd3 20.3 18.3 16.4 18.3 16.4 15.0 16.4 15.0 13.7 13.1
Suitable for material up to t/m3 1.45 1.68 1.90 1.60 1.80 1.95 1.70 1.95 2.15 2.30
a specific weight of lb/yd3 2,445 2,833 3,204 2,698 3,035 3,288 2,867 3,288 3,626 3,879
mm 3,100 2,900 2,800 2,900 2,800 2,650 2,800 2,750 2,700 2,500
Cutting width
ft in 10'2" 9'6" 9'2" 9'6" 9'2" 8'8" 9'2" 9' 8'10" 8'2"
kg 11,900 10,900 10,700 11,900 11,560 11,700 13,200 12,050 11,900 11,600
Weight
lb 26,235 24,030 23,589 26,235 25,485 25,794 29,101 26,566 26,235 25,574
GP: Loading bucket with Liebherr Z110 teeth
HD: Heavy-duty bucket with Liebherr Z120 teeth
XHD: Heavy-duty rock bucket with Liebherr Z120 teeth

 Mining excavator R 920025

Face shovel attachment
---
with shovel boom 6.00 m / 19'7"

ft m M0102
Digging envelope
45 14 m 4.37
Stick length
ft in 14'4"
R 3245
40 12 m 12.60
Max. reach at ground level
ft in 41'4"
35
10 m 9.00
Max. dumping height
30 ft in 29'5"
T m 4.20
8 Max. crowd length
25 ft in 13'8"

20 m 2.20
6 Bucket opening width T
ft in 7'1"
15
4
92
10 9200

5
2 Forces
kN 868
0 0 Max. crowd force at ground level (ISO 6015)
lbf 195,134
4180 kN 924
-5 Max. crowd force (ISO 6015)
-2 lbf 207,723
-10 kN 750
Max. breakout force (ISO 6015)
-4 lbf 168,606
14 12 10 8 6 4 2 0m

45 40 35 30 25 20 15 10 5 0 ft
Operating weight and ground pressure
The operating weight includes the basic machine with shovel attachment and bucket 12.50 m3 /
16.35 yd3.
mm 800
Pad width
ft in 2'6"
t 210
Weight
sh tn 231
kg/cm2 2.02
Ground pressure*
psi 28.73
* according to ISO 16754

Face shovel buckets

For materials class according to VOB,
<5 <5 5–6 5–6 5–6 7–8 7–8 7–8
Section C, DIN 18300
Typical operation according to VOB,
GP GP HD HD HD XHD XHD XHD
Section C, DIN 18300
m3 14.00 13.50 13.50 12.50 11.50 12.50 11.50 10.00
Capacity ISO 7451
yd3 18.3 17.7 17.7 16.4 15.0 16.4 15.0 13.1
Suitable for material up to t/m3 1.6 1.7 1.6 1.8 2.0 1.7 1.9 2.2
a specific weight of lb/yd3 2,698 2,867 2,698 3,035 3,373 2,867 3,204 3,710
mm 3,050 3,050 3,050 3,050 3,050 3,050 3,050 3,050
Cutting width
ft in 10' 10' 10' 10' 10' 10' 10' 10'
kg 17,600 17,000 18,400 17,500 17,000 18,750 18,150 17,500
Weight
lb 38,801 37,479 40,565 38,581 37,479 41,337 40,014 38,581
GP: Loading bucket with Liebherr Z110 teeth
HD: Heavy-duty bucket with Liebherr Z120 teeth
XHD: Heavy-duty rock bucket with Liebherr Z120 teeth

26 Mining excavator R 9200

Optional equipment
---
Undercarriage Cab
Undercarriage bottom cover Front protective grid
Rock protection for travel drive Double A/C system
External louvers on back and side cab windows
Operator comfort package
Sliding hatch window on door
Uppercarriage
Fast fueling system with Multiflo Hydrau-Flo®
Wiggins / Banlaw counter plugs for fuel / lube trucks
Rock protection for swing gear Attachment
Steel grease lines on swing ring Piston rod guard for bucket cylinder (BH)
Semi-automatic swing brake with joystick control Piston rod guard for hoist cylinder (BH / FS)
Swing ring scrapers
External grease refill station (hydraulic-powered)
Hydraulic connection with quick coupler for external grease refill station
Specific solutions
Arctic package (– 20 °C / – 4 °F, – 35 °C / – 31 °F, – 50 °C / – 58 °F)
Sound attenuation package
Hydraulic system High altitude package
Bio-degradable hydraulic oil
Oil cooler inlet screens

Safety
Automatic fire suppression system
Assistance systems Isolation & energy dissipation system – MDG 41 compliant
Truck Loading Assistant
Operational Analytics

General
Maritime transport packaging
Automation
Bucket Filling Assistant

Electric drive
Automatic cable reeler

 Mining excavator R 920027

 Mining excavator Mining truck Mining dozer Mining dragline Service tools Customer service

Printed in Germany by DHW • RG-BK • LEC/SP-11657947-0.5-09.22_enGB-US

Quality commitment

– Liebherr-Mining Equipment Colmar, France, ISO 9001 certified

– Compliance of materials tested in laboratory
– Quality control during all stages of production
– CE certified, MDG 15 & MDG 41 compliant

Subject to technical modifications. All comparisons and claims of performance are made with respect to the prior Liebherr model unless specifically stated.

Liebherr-Mining Equipment Colmar SAS

49 rue Frédéric Hartmann • 68025 Colmar Cedex, France • Phone +33 369 49 20 00
info.lec@liebherr.com • www.liebherr.com • www.facebook.com/LiebherrMining