
Vibrator pcf-450 of prefabricated modular design
Centrifugal force 535 kn, confirmed by real objects
High frequency drive 3300 rpm
Compatible with excavators weighing 47–55 t
Fully unified component architecture
Driving piles to a depth of up to 18 m
Modular bolted box construction
Quick change bearing module for field service
PCF-450 - vibratory hammer of prefabricated modular design | Centrifugal force 535 kN, confirmed by operational practice | High-frequency drive 3300 rpm for excavators 47–55 t with a unified system of components
PCF-450 is a heavy-duty, professional-grade vibratory hammer designed for contractors who require not only high productivity, but also the ability to quickly repair directly on the construction site. Unlike fully welded enclosures, which require the equipment to be sent to the factory for major repairs, the PCF-450 features a modular, bolt-on box design. The side panels are bolted to the main frame, allowing quick access to internal components without cutting metal or re-welding.
The basis of productivity iscentrifugal force 535 kN, created at rotational speed3300 rpm.
This combination of power and high frequency effectively drives 15 to 18 meter steel sheet piles, heavy I-beams and large diameter tubular piles into dense clay soils, gravel deposits and weathered rock.
Maximum immersion depth up to18 meters makes PCF-450 an effective solution for constructing deep pits, constructing berthing structures, bridge supports and other objects that require increased load-bearing capacity of pile structures.
The design of the vibratory loader ensures full compatibility with excavators weighing47–55 tons. The vibration unit's own weight is3150 kg, weight of the suspended boom -820 kg, which allows the equipment to be used on machines such asCaterpillar 349–352, Komatsu PC490 and Hitachi ZX470. The universal mounting adapter is installed directly into the standard boom mountings without the need to make design changes to the base machine.
The main advantage of the model iscompletely unified architecture of components. Bearings, seals, eccentric shafts and even hydraulic motors can be replaced with analogues from various suppliers due to compliance with standard Taiwanese dimensions and fitting parameters. This approach eliminates dependence on a single manufacturer of spare parts and significantly reduces repair time.
The modular box design also allows the usequick-change bearing cartridges. Bearing units are pre-assembled as separate modules. To replace it, simply dismantle the side panel, remove the worn module and install a new one. The entire procedure takes less than two hours and is performed with a standard set of tools directly on site.
For remote construction sites, this is a major benefit as equipment downtime is reduced from days to hours.
High frequency drive3300 rpm creates powerful vertical vibrations with a minimal level of lateral vibrations. This reduces the load on the excavator, reduces operator fatigue and increases the service life of the base machine. The eccentric shaft undergoes dynamic balancing and is mounted on reinforced roller bearings with a centralized lubrication system.
Practical operating experience shows that the PCF-450 centrifugal force vibrator535 kN capable of driving a Larsen sheet pile length15 meters in less than 80 seconds in silt-clay soils.
The gripping system is made according to a two-cam design and provides holding force490 kN. The design allows you to work with sheet piles, I-beams and tubular piles with a diameter of up to600 mm. Replaceable jaws are made of wear-resistant steel and can be used on both sides, increasing their service life and reducing operating costs.
For contractors working in regions with complex spare parts logistics,PCF-450 represents the optimal combination of the power of a modern high-frequency vibratory hammer and ease of maintenance. Thanks to centrifugal force535 kN, high frequency drive3300 rpm, a completely unified design of components, a modular housing with bolted joints and quick-change bearing cartridges, the PCF-450 ensures stable operation of equipment even in the most remote regions, where the nearest service center can be hundreds of kilometers away.