| Load weight: | 1000 kg |
| Impact energy: | 9 kJ |
| Cross-section of driven piles | up to 200 mm |
| Driven pile length | up to 5 m |
| Load weight: | 1100 kg |
| Impact energy: | 16 kJ |
| Cross-section of driven piles | up to 300 mm |
| Driven pile length | up to 6 m |
| Load weight: | 1500 kg |
| Impact energy: | 21 kJ |
| Cross-section of driven piles | up to 350 mm |
| Driven pile length | up to 9 m |
Control software for equipment that does not require special knowledge and skills. Its use allows:
A geodetic engineer can visit the site only twice: 1) Geodetic control network acceptance and System calibration, 2) Final survey.
It is enough to configure the system once for any number of settings for the current site.
Remote control of work execution, data is available to both the project manager in the office, as well as the foreman. It is impossible to abandon the project without carrying out the required amount of work.
If deviations increase more than permissible values during pile driving, it is possible to quickly take control measures and change the situation. The pile is entirely traced while drilling.
Zero defects and total control over the construction process eliminates the need for pile foundation “alterations,” the customer receives a correspondingly high quality of work, and for the executor, there are no unscheduled costs.
Baumatik is the only manufacturer that adopts this system in the production of piling rigs. The load accelerates 1.4-1.8 times faster than that of similar models from other manufacturers. Owing to this technical solution, a huge impact energy was obtained. With small dimensions and weight, the equipment has enormous power and efficiency.
The touch panel of the control system is designed at an intuitive and user-friendly level. Sensor operator is Weintek. The Siemens control unit allows selecting and adjusting the equipment operating mode. The operator can set the frequency of impacts and the driving power. This option is especially useful when working on different types of soil.
Owing to this technological solution, the pile driver can move up and down by 1 m. It is possible to move the unit center of gravity at any moment, which provides the machine with high mobility and passing ability on a compound relief form. Besides, the “Slider” allows the “dismantling” the machine from the pile when working on a complex uneven ground.
The likelihood of dangerous situations during the operation of the installation is excluded.
The frame is made of low-alloy steel, which is stable for operation in subzero temperatures. The supporting elements are welded with high precision without errors. Metal sheets are cut on a laser cutting machine with minimal tolerance- 0.1 mm.
Loads are simulated in a solid fuel simulation environment. The durability of every component increased with the increased reliability of the installations.
Special insertions prevent the unit from swinging and tilting during operation. Piling equipment is set up very quickly for precise sight and verticality owing to electronic control. The pile height is easily controlled during driving.
The engine cooling system is heat up by Webasto. Heating up is cut off as soon as oil reaches a temperature of 30°. Therefore, we increased the resource of the hydraulic system.
