Related products

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  SH-30

  The hydromill module is constituted by a heavy steel frame on which two milling drums and a centrifugal mud pump are mounted. In order to correct the module verticality deviation, 12 independent mobile flaps are positioned on the module surface. Furthermore, a simultaneous or independent tilting plate can be installed as optional for the best verticality correction, especially in case of leaned layers of rock. All Soilmec modules are set with a 2D or 3D sensor developed for the module positioning control, which is managed by the Hydromill DMS. Soilmec has designed all its modules with a rotation system conceived for T-panel execution or for other module orientations. This specific feature gives the possibility to facilitate the job site operations, leading to a reduction in terms of cost and time. The 30 t class module is especially designed for Cougar version and urban job sites. It can be fitted with a cutting unit up to 102 kNm torque in order to cover the major requests in terms of panel dimensions and soil stratigraphy. The module rotation system is included as a standard.

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  SF-65

  The <strong>SF-65 </strong>drilling rig, is the evolution of the already existing equipment dedicated to Continuous Flight Auger drilling technique. The upper structure of the <strong>SF-65 </strong>is mounted on Soilmec base carrier and has been designed to perform: - <a href="http://www.soilmec.com/en/products/cfa_piling_rigs/viewdoc.asp?co_id=3600"><strong>CFA </strong></a>(Continuous Flight Auger) piles by means of long auger string. The <strong>SF-65 </strong>is equipped with the DRILLING MATE SYSTEM (DMS) on 12' touch screen for monitoring and control of the rig performances and operating parameters.

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  SH-50

  The hydromill module is constituted by a heavy steel frame on which two milling drums and a centrifugal mud pump are mounted. In order to correct the module verticality deviation, 12 independent mobile flaps are positioned on the module surface. Furthermore, a simultaneous or independent tilting plate can be installed as optional for the best verticality correction, especially in case of leaned layers of rock. All Soilmec modules are set with a 2D or 3D sensor developed for the module positioning control which is managed by the Hydromill DMS. Soilmec has designed all its modules with a rotation system conceived for T-panel execution or for other module orientations. This specific feature gives the possibility to facilitate the job site operations, leading to a reduction in terms of cost and time. The 50 t class module is conceived for special projects. Its body length and weight guarantee a high verticality level and panel dimensions up to 3200x2000 mm in different soil conditions and at the highest depths (up to 250 m). The module rotation system is included as a standard

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  SC-120

  The demand for diaphragm wall equipment suitable to urban areas and the stringent requirement of verticality make the hydromill Cougar a good and easy option to meet the customer’s needs. The Hose Wheels Design (HWD) is positioned below the cathead so that it can easily follow the hydromill movements with a tensioning and rewinding automatic system. It arises from the need to move simultaneously the hydraulic and bentonite mud circulation hoses to the cutting unit. The SC-120 Cougar is the high performance HWD series, which excavates more than 60 m of depth with approx. 900 HP ensuring a great level of production rates. The SC-120, complying with CE requests of EN16228 upon request, has been conceived to offer the best possible safety solutions. The equipment presents a new safe anti-falling system, handrails and ladders, lashing points, remote control boards and reduced speed mode in order to carry out the main assembly/disassembly operations and maintenance procedures in safe conditions. The DMS (Drilling Mate System), developed by Soilmec and installed on all the products of the range, allows the real-time monitoring of all the operating parameters and of the production process, including a dual-axis positioning sensor (triple-axis version as optional) that controls the geometry of the panel with 2D and 3D graphics print out.

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