HS 8200 Duty cycle crawler crane

Name: HS 8200 Duty cycle crawler crane
Brand: Liebherr

Based on the successful HS 895 HD, the HS 8200 is a new development that has been designed to specifically meet with customer requirements. The 200-tonne duty cycle crawler crane combines safety, performance and efficiency as well as a high level of control comfort. With a 10 % increase in lifting capacity as well as the use of 35-tonne free-fall winches, this design sets new standards for material handling.

Gallery loading.

liebherr-hs-8200-seilbagger-duty-cycle-crawler-crane-dragline-schuerfkuebel-.jpg

liebherr-hs-8200-seilbagger-duty-cycle-crawler-crane-transport-2.jpg

Max. lifting capacity	200 t
Engine power	750 kW
Max. winch line pull	2 x 350 kN
Max. main boom	68.00 m

Find sales contact Find service contact

Features

Transport

Detachable crawlers reduce the transport weight to under 47 tonnes. more

Safe access

Side platforms, railings and ladders are fully integrated in the machine design and no longer need to be removed for transport.

Engine

The latest Stage V (Tier 4f) engine from Liebherr convinces through reduced noise and exhaust emissions, as well as lower fuel consumption with a simultaneous increase in engine power. more

High service availability

A global service network with experienced technicians and fast access to spare parts ensure high machine availability and a long product service life. more

Designed for dynamic tasks

The uppercarriage with its robust design is mounted on a solid undercarriage featuring wide tracks and long crawlers for a high level of stability. more

Performance

Thanks to the optimization of the complete drive system the duty cycle crawler crane can perform even more efficiently.

Intelligent crane control

The crane control system offers a multitude of programme and control options. Color displays clearly provide service and machine data. All movements can be carried out simultaneously. The operator thus benefits from a facilitated handling of the rig. Furthermore, quick working cycles are achieved.

Flexibility in operation

Thanks to the modular concept in combination with a variety of equipment options, the crane can be conﬁgured for its special job: This includes working with slurry wall grab and casing oscillator, material loading with grab or drag bucket, dynamic soil compaction as well as dredging.

Max. lifting capacity	200 t
Min. transport width	3,500 mm
Min. transport height	3,450 mm
Min. transport weight	47 t
Engine power	750 kW
Max. winch line pull	2 x 350 kN
Max. main boom	68.00 m
Boom length in grab operation	50.00 m
Boom length in dragline operation	50.00 m
Operating weight	172 t
Travel speed	1.30 km/h
Max. depth dragline operation	22.00 m
Max. capacity of dragline bucket	7.60 m³
Max. capacity of clamshell	14.00 m³
at radius	20.00 m

Downloads

Customer service

Customer service for crawler cranes and foundation machines

PDF (7 MB)

Field Service

PDF (6.1 MB)

Upgrade: Earth Spike

PDF (1.2 MB)

Digital solutions

Crane Planner 2.0 flyer

PDF (3.7 MB)

Crane Planner 2.0 flyer (USA)

PDF (4 MB)

LiSIM - Training Simulators for Construction Machines

PDF (3.8 MB)

Fuel costs matter! Efficiency-enhancing engine features

PDF (227.8 KB)

LiDAT – Data transmission and tracking system for crawler cranes and deep foundation machines

PDF (4.6 MB)

Process data recording PDE and process data reporting PDR

PDF (161 KB)

Optional equipment

Flexible counterweight

Thanks to the modular counterweight system the duty cycle crawler crane can be individually equipped depending on the application. more

Eco silent mode

With the eco silent mode the engine speed can be reduced to a predefined, required level. With this feature a notable reduction in diesel consumption can be achieved without any impact on operational output. Noise emissions are thus also lowered.

Automatic engine stop

The machine can optionally be equipped with an automatic engine stop control. Thanks to this feature it automatically switches off during longer work breaks after evaluating several machine parameters. This is fuel saving and environmentally friendly.

Fleet management and teleservice

The data transmission and positioning system “LiDAT” provides important information on the operation of the machine. With these data the operation becomes more efficient. Various additional modules allow machine data reporting or access through service engineers via teleservice. more

Electronic evaluation of working processes

With the PDE process data recording system machine data is recorded during the working process. With PDR these data can be managed, displayed tabularly or graphically, and analyzed. In combination with the telematics system LiDAT these reports can be easily generated from the office.

Virtual crane operation plan

Confined spatial conditions, as well as special ground conditions, are key factors for the configuration of the device. As a solution, with the "Crane Planner" Liebherr offers software for selecting the optimal crawler crane and the appropriate configuration for the respective use. more

Control system for dragline operation

The "interlock" control system for dragline operations ensures powered lowering with drag winch, while lifting of the bucket with the hoist winch. This reduces fuel consumption and minimizes wear of the free fall brake.

Backup control

The backup control allows for limited operation of the machine in case of a partial or full break down of the control system.

Applications

Slurry wall installation with grab

A clamshell grab excavates the slurry wall panels. more

Slurry wall installation with hydromill

With the help of cutting wheels the building ground is broken up and crushed. more

Dragline operation

Typical applications with dragline bucket include the excavation of various bulk goods, such as gravel and sand, from rivers or quarries. more

Grab operation

Fitted with a range of different mechanical or hydraulic grabs, duty cycle crawler cranes are used for typical material handling tasks with large working radii. more

Drilling with bored pile grab

Drilling with bored pile grab is a dry drilling method loosening the building ground either by cutting or by impacting – depending on the working tool used. more

Dredging

Dredging is necessary when sediment settles and leads to shallow water, which impairs the shipping industry. more

Impact compaction

For impact compaction a tamper weight is dropped to the ground from a great height.

Reverse circulation air injection drilling

Reverse circulation air injection drilling is a jetting-assisted drilling method applied to produce boreholes of very large diameters and enormous depths.

Vibro-flotation

For deep compaction the building ground is compacted and so improved using vibration.

Sales and Service

Our customers can rely on a worldwide sales and service network. Search here for the right contact partner. Find your contact person

Customer service

Our Customer Service aims to effectively help in maintaining Liebherr equipment at its best. Customer service for crawler cranes

Application technology

Our application specialists assist with the correct choice of application and the most suitable machine conﬁguration. Application technology

Used machines

Do you prefer a used machine? Find construction machines persuasive by experience. Used machines

Brochure

Our new brochure “Solutions for Deep Foundation Work” contains details of machines, tools and applications. Solutions for Deep Foundation Work

Digital solutions

We offer a number of IT solutions, which provide substantial support for all those involved in the construction site. Digital solutions

Job report

Dredging work in Piombino to remove deposited sediment from the mouth of the port. Job report port dredging

Foundation methods

Deep foundation machines from Liebherr can be applied for all common drilling methods, for slurry wall installation and soil improvement. Methods and applications

HS 8200 Duty cycle crawler crane

Features

Transport

Safe access

Engine

High service availability

Designed for dynamic tasks

Performance

Technical data

Downloads

Technical data – HS 8200 duty cycle crawler crane

Technical data – HS 8200 duty cycle crawler crane (USA)

Overview HS series duty cycle crawler cranes

Overview HS series (USA) duty cycle crawler cranes

Solutions for deep foundation work

Solutions for Material Handling

Customer service for crawler cranes and foundation machines

Field Service

Upgrade: Earth Spike

Crane Planner 2.0 flyer

Crane Planner 2.0 flyer (USA)

LiSIM - Training Simulators for Construction Machines

Fuel costs matter! Efficiency-enhancing engine features

LiDAT – Data transmission and tracking system for crawler cranes and deep foundation machines

Process data recording PDE and process data reporting PDR

Optional equipment

Flexible counterweight

Eco silent mode

Automatic engine stop

Fleet management and teleservice

Electronic evaluation of working processes

Virtual crane operation plan

Applications

Slurry wall installation with grab

Slurry wall installation with hydromill

Dragline operation

Grab operation

Drilling with bored pile grab

Dredging

Videos

HS 8200 in dragline operation

New HS 8200 - doing what we do best

Duty cycle crawler cranes - range of applications

Training

Video - Automatic engine stop control explained

Dredging Assistant

Best of HS dragline

Diagnosis screen and remote control

Sales and Service

Customer service

Application technology

Used machines

Brochure

Digital solutions

Job report

Foundation methods