Pull out 1500mm Double Wall Casing with 1500mm Hydraulic Casing Oscillator

Pull out 1500mm double wall casing with 1500mm hydraulic casing oscillator Hydraulic casing oscillators are used to drive and to extract large steel casings with diameters ranging from 800 to 2500 mm up to depths of 70 m. The required hydraulic power is supplied either by the excavating machine (hydraulic crawler crane or drilling rig) or by a separate power pack the hydraulic casing oscillators are designed as front-end attachments to rotary drilling rigs. When mounted to the under carriage of the drilling rig of liebherr-lb28, the torque can be transferred to the casing string. In the case of connections with an additional adapter, the weight of the drilling rig can also be activated as a reaction force to the vertical forces generated during installation of the casings. In the case of connections without an adapter, this is realized via the rotary drive and crowd. allows casing oscillators to be installed on a wide variety of drilling rigs. The clamping collar is made up of different segments. This construction ensures the forces generated are transferred evenly to the double wall casing. The tianjin huachang xingye technology co ltd casing oscillators can easily be adapted on site for use with smaller casing diameters by appropriate sets of reduction inserts. The hydraulic power supply is provided by the hydraulic system of the drilling rig. As an alternative, the casing oscillator can also be powered by an external hydraulic power pack. It can then be operated by remote control independently from the drilling rig Main components Integrated hydraulic casing clamp Clamp rotation cylinder Lifting cylinder Base frame Clamp cylinder Centering rod Work process of 1500mm casing oscillator Inserting the casing pulling out the casing Technical specifications 1,specification of 1500mm hydraulic casing oscillator MODEL: BCG1500D REMARK CASING DIAMETER (mm) 600~1500 MAX LIFT FORCE (kN) 2000 OSCLLATE ANGEL (°) 18° TORQUE (KN·m) 1950 STOKE(mm) 450 CLAMP FORCE(kN) 1500 OVER SIZE(L×W×H)(mm) 4800×3000×1650 WEIGHT (kg) 16500 2,specification of casing oscillator power pack MODEL: DL180 REMARK DIESEL ENGINE MODEL: 6CT8.3-C240 TIER3 EMISSION EUROPE3 STANDARD ENGINE POWER kW 180 DISCHARGE CAPACITY l/min 2x170 WORKING PRESSURE:MPa 27 OIL TANK SIZE L 1200 OVER SIZE (L×W×H)(mm) 3500×2000×1850 WEIGHT (kg) 3500 1. What is the tianjin huachang xingye technology co ltd Oscillator original for? Tianjin huachang xingye technology co ltd casing Oscillator is a heavy-duty piece of equipment designed for efficient pile driving and soil stabilization in deep foundation construction projects. Perfect for large infrastructure projects such as bridges, marine structures, and high-rise buildings. Original to improve soil compaction and provide enhanced foundation support. 2. What are the key features of the tianjin huachang xingye technology co ltd Oscillator? High-frequency oscillation for fast and precise pile driving. Robust design suited for both land and marine construction. Powered by an advanced hydraulic system for consistent power delivery. Designed to operate in the most challenging soil and environmental conditions. 3. What is the maximum operating depth of the tianjin huachang xingye technology co ltd casing Oscillator? The tianjin huachang xingye technology co ltd casin Oscillator is capable of reaching a maximum depth of 75 meters, making it ideal for deep foundation work in a variety of soil conditions. 4. What is the maximum pile diameter the casing oscillator can handle? The tianjin huachang xingye technology co ltd BCG 1500 can drive piles with a maximum diameter of up to 1500 mm making it perfect for large-scale construction projects that require large-diameter piles. What type of engine powers the TIANJIN HUACHANG XINGYE TECHNOLOGY CO LTD CASING Oscillator? The TIANJIN HUACHANG XINGYE TECHNOLOGY CO LTD BCG CASING Oscillator is powered by a high-performance diesel engine, HAVE EURO TIER3 EMISSIONS DIESEL ENGINE POWER PACK , EURO TIER5 DIESEL ENGINE POWER PACK providing the necessary energy to efficiently drive piles and stabilize soil in demanding construction environments.