IPH1300 Hydraulic Piling Hammer and Rig Main Features
The IPH1300 Hydraulic Piling Hammer and Rig is designed with advanced features that prioritise efficiency, flexibility, and ease of use in piling operations. Engineered to handle demanding project requirements, it eliminates the need for additional equipment such as cranes or power packs, while ensuring reliable performance and straightforward operation. Its patented components and practical design details further enhance durability, safety, and handling convenience, making it a trusted solution for contractors in various construction environments.
- Suitable for piles up to 12 meters in length.
- Crane-free mobilisation and demobilisation.
- No dismantling required during transportation.
- Mounted on an excavator-type superstructure.
- No power pack required. A hydraulic power source from the superstructure hydraulic system.
- Easy handling and flexibility.
- Hydraulic brakes for hammer and pile handling operations.
- Patented ball joint, hydraulic clutch, hammer ram and connectors.
- Patent pending for the hammer cylinder and hammer rod.
IPH1300 Hydraulic Piling Hammer and Rig Technical Data
Hydraulic Hammer
| Hydraulic Hammer Type: 12.0 tons | |||
|---|---|---|---|
| Hammer Total Weight | W1 | kg | 16000 |
| Ram Weight | kg | 12000 | |
| Drive Cap Weight | kg | 420 | |
| Max. Stroke | mm | 1000 | |
| Min. Stroke | mm | 100 | |
| Max. Energy | 1m Stroke | kNm | 127 |
| Blow Rate | bpm | 31++ | |
| Working Pressure | bar | 250 | |
| Max. Driven Pile Size | mm | RC Pile: 400 x 400 Spun Pile: Ø 600 | |
| Max. Driven Pile Length | m | 12 | |
Hydraulic Overdrive Working Principle
The piston design of the hammer cylinder features a differential area, with the top surface larger than the bottom. This difference generates a downward resultant force, termed ‘OVERDRIVE’, which acts on the hammer ram through the cylinder rod.
This force, calculated to be equivalent to 1 ton or 10 kN, accelerates the hammer ram at a rate faster than free fall, resulting in higher energy transfer to the pile with every blow.
* The superstructure mentioned is commonly used to fabricate; other equivalent superstructures can be used.
** Transportation dimensions are for reference only.