Liebherr Deep Foundation equipment

We select LB, LRB and LRH rigs, HS carriers and LBX slurry wall equipment. Working configurations are coordinated with the foundation method and construction-site conditions.

LB drilling rigs

The LB series addresses drilling for deep foundation work. The carrier is coordinated with the selected drilling method and equipment. Rotary drive, crowd system, tooling and installed controls remain distinct parts of the project configuration.

LB drilling series
Working-tool drive
Drilling equipment
Method-specific configuration

LRB piling and drilling rigs

The LRB programme includes LRB 19, LRB 23 and LRB 355.1. Interchangeable equipment supports drilling, vibrating and impact-driving configurations. The construction method determines the installed tool and the related machine systems.

LRB 19 model
LRB 23 model
LRB 355.1 model
Drilling and pile installation

LRH leader systems

The LRH programme covers fixed and swinging leader arrangements. It describes LRH 600 as well as compact LRH 100 and LRH 200 machines. Leader, carrier and working tool are considered as one connected configuration.

LRH 600 system
LRH 100 / LRH 200 group
Fixed leader arrangement
Swinging leader configuration

HS carriers for foundation work

HS duty cycle machines serve as carriers for different foundation operations. The programme lists HS 8040.1, HS 8070.1, HS 8100.2 and HS 8200. A grab, leader or other attachment defines the working function of the selected package.

HS 8040.1 model
HS 8070.1 model
HS 8100.2 / HS 8200 models
Interchangeable working attachments

LBX slurry wall carriers

LBX 600 is listed with conventional and unplugged electric drive. Published limits include an 80 m working depth and a full grab weight up to 30 t. The modular boom supports different height configurations.

LBX 600 model
LBX 600 unplugged version
Maximum working depth: 80 m
Full grab weight up to 30 t

Hammers, vibrators and trench equipment

The foundation programme includes vibrators, hammers and slurry wall cutters. Each working tool is coordinated with the carrier and construction method. Connections, drive equipment and wear items are selected for the defined attachment configuration.

Vibrating equipment
Piling hammers
Slurry wall cutters
Drilling tools

Selecting the foundation method

A Liebherr drilling rig is selected around the specified foundation method. Drilling, pile installation, slurry wall construction and soil improvement place different demands on the carrier and working tool. Maximum depth or engine power cannot replace a description of the construction operation.

The specification connects the designed structure, site conditions, available space and selected equipment. Tool drive, crowd system and auxiliary mechanisms are considered separately.

This supports a comparison of complete equipment configurations, including accessories and connections, rather than a comparison based only on rig names.

Rotary drive and drilling equipment

The rotary drive operates the tool within a selected construction configuration. Its function is connected to the crowd system, interfaces and geometry of the installed equipment. Replacing an assembly requires those relationships to remain consistent with the actual drilling method.

The specification distinguishes the drive, connection items and tool. Cutting-element wear and a power-transfer fault can both reduce progress but require different work.

Separate package positions help the buyer define the correct equipment boundary and review its mounting interfaces before installation at the construction site.

Combined LRB applications

An LRB rig can be configured with different working equipment. Moving between drilling, vibrating and impact driving changes the tool package and its interfaces with the carrier. A supported method is not a complete specification for every possible attachment.

The supply scope considers the leader, working unit, crowd arrangement, connections and controls. It then distinguishes items shared between operations from items changed with the tool.

This provides a basis for comparing actual package content and defining installation work and checks before the machine enters the agreed operating mode.

LRH leader configurations

Fixed and swinging leader arrangements connect to the carrier in different ways. Leader position, working tool and construction task are considered together. Inclination and working radius belong to a particular configuration and cannot be assigned to an arbitrary equipment combination.

The specification separates the carrier, leader connections, guides and working assembly. A replacement component is identified by its position in that chain and its interaction with the controls.

This distinguishes restoration of an individual mechanism from a change to the full working arrangement and defines the checks following installation.

The duty cycle carrier

An HS carrier connects winches, boom and attachment in one operating cycle. A grab, leader or another tool creates particular requirements for the rope arrangement and installed mechanisms. The series name alone does not define the complete foundation equipment package.

Assembly selection considers rope connections, drive equipment, controls and the mechanism’s position in the selected configuration. Procurement separates attachment components, rope-related equipment and carrier assemblies.

This structure defines replacement scope and relates the subsequent functional check to the operation for which the equipment is installed at the construction site.

Slurry wall equipment and headroom

A slurry wall installation requires consideration of the machine’s working space as well as depth. The modular LBX boom allows different height configurations to be considered. The selected arrangement must fit the actual operating area and installed grab.

The project separates the carrier, grab, rope system and auxiliary equipment. When an assembly is replaced, its dimensions and interfaces are considered alongside the installed boom version.

This supports a coordinated supply package and installation plan without treating the maximum rating of one arrangement as a rating for every possible machine configuration.

Battery-powered unplugged machines

The unplugged configurations form a separate part of the foundation equipment programme. The published list includes LB 25 unplugged, LB 30 unplugged, LRH 100.1 unplugged, LRH 200 unplugged and LBX 600 unplugged.

These names identify different machines rather than a shared complete energy installation. A project considers power supply, charging arrangements, operating cycle and site placement. The boundary between machine supply and electrical infrastructure is agreed separately.

This connects equipment selection to construction-site conditions and allows complete project options to be compared, including connection and commissioning preparation.

Tooling and wear components

Tools and attachments are selected for the construction operation and actual carrier configuration. Cutting elements, working surfaces, connections and drives belong to different parts of the equipment. A general reduction in rig output is insufficient to assess their individual condition.

The parts schedule distinguishes specified wear items from mechanism components requiring inspection. Tool interfaces are coordinated with the installed drive and service lines.

This defines a connected package that can be checked after installation and separates replacement of consumable items from restoration of an assembly or a change in the chosen construction method.

Process information and machine condition

The published MyJobsite programme brings together process, machine, construction-site and position information. A technical assessment connects a record to a machine, time and operation. Data can describe operating circumstances without establishing the physical cause of a component fault.

A digital project defines available sources, functions and interfaces with the operator’s systems. For a repair decision, the records are considered alongside inspection and measurements.

This connects the observed symptom with the actual configuration and a verifiable next step, allowing the parties to agree the necessary examination and restoration scope.

The construction project package

A supply project connects the carrier, working equipment and construction-site conditions. Tooling, interfaces and auxiliary systems are considered alongside the rig. Package boundaries follow the selected method and the project specification.

Before proposals are compared, the scope distinguishes supplied equipment, site preparation and installation activities. Energy arrangements for an electric configuration are agreed separately. A system and accessory schedule supports responsibility boundaries and commissioning requirements.

It defines which items are included and how the complete package will demonstrate readiness for the specified operation under the conditions available at the site.

Logistics and rig installation

A large rig, leader sections and working assemblies require delivery planning to reflect the location. Movement route, access to the assembly position and installation sequence affect project organisation. Equipment configuration is connected to placement and future maintenance access.

The specification distinguishes transport, ground preparation, lifting and system connections. Responsibility for each part is established before assembly starts. A check programme then considers the installed tool and construction operation.

This treats supply as a completed technical configuration at the location and provides a practical review point beyond the arrival of the carrier.

Acceptance of the selected configuration

Acceptance begins with the functions and parameters agreed for the selected equipment. Machine, working tool and required connections are checked against the project specification. A single nominal rating cannot replace a review of the complete package.

The test programme reflects the prepared site, available conditions and applicable documentation. The record identifies completed checks, remaining observations and actual readiness for the stated operations.

This creates a clear handover point and initial information for maintenance and subsequent observation. The conclusion remains limited to the scope that was actually included in the agreed acceptance programme.

Liebherr Deep Foundation and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Liebherr Deep Foundation and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.