Hydraulic Casing Oscillator for Pile Drilling Applications
The Hydraulic Casing Oscillator is an advanced drilling tool engineered specifically for casing oscillator pile drilling operations. Designed to deliver superior performance and reliability, this machine is essential for modern drilling projects requiring precision and efficiency in pile foundation work.
Engineered to withstand demanding field conditions, the Hydraulic Casing Oscillator operates within a service pressure range of 160 to 250 Bar, ensuring robust power delivery for challenging drilling tasks.
Key Features
- Product Name: Hydraulic Casing Oscillators
- Fixed center distance between slide box and casing oscillator L2: 4250 mm
- Maximum embracing force: 5120 KN
- Maximum oscillator torque: 7560 KN.m
- Tighten cylinder force: 25700 KN
- Maximum casing diameter: 3000 mm (φ)
- Designed specifically for use as a Drilling Rig Oscillator Machine
- High performance suitable for heavy-duty drilling operations
Technical Specifications
| Max. working pressure (Bar) |
320 |
| Lifting stroke (mm) |
500 |
| Rotation angle (°) |
26° |
| Max. Casing diameter (φ) (mm) |
3000 |
| Tighten thickness of clamp (mm) |
800 |
| Install side with fixed slide box distance from ground H2 (mm) |
400 |
| Weight (Kg) |
50000 |
| Max. Lifting force (KN) |
5410 |
| Fixed center distance between slide box and casing oscillator L2 (mm) |
4250 |
| Clamp side jaw distance from ground H1 (mm) |
1560 |
Applications
The Hydraulic Casing Oscillator is designed for large-scale construction projects requiring deep foundation piles, including bridge construction, high-rise building foundations, and civil engineering projects. These oscillators work in conjunction with drilling rigs to ensure smooth casing penetration, reducing friction and minimizing casing damage.
With a robust clamp mechanism capable of handling casings up to 800 mm thick and a stable chassis design, the oscillator provides secure clamping and optimal performance during demanding drilling operations. The precise oscillation capabilities reduce wear on drilling components and improve overall efficiency in pile driving processes.
