VIBRA Installatie en Klantbezoek op locatie

Andere video's
December 15, 2020
Categorieverbinding: Stapeldriver lange boom
Kort: Volg mee voor een praktische demonstratie die de prestatiepunten van de VIBRA High Precision Pile Driver belicht, waarbij het installatieproces en de toepassing ervan in de praktijk op een zonne-energiecentrale worden getoond.
Gerelateerde Productkenmerken:
  • Specifically engineered for photovoltaic industry requirements with optimized performance for light-capacity excavators.
  • Compact structure with lightweight design for enhanced maneuverability on solar farm sites.
  • High-performance hydraulic motors deliver powerful and efficient operation.
  • Premium German FAG bearings ensure long-lasting reliability and reduced maintenance.
  • Imported international brand components guarantee superior quality and performance.
  • 3200 RPM vibration frequency provides exceptional driving force for various soil conditions.
  • Enhanced eccentric moment (2.8-7.4 kgm) delivers superior vibration momentum.
  • Maximum pile length capacity up to 18 meters accommodates diverse project requirements.
FAQ's:
  • What makes your pile drivers suitable for solar projects?
    Our specialized FV series is designed specifically for photovoltaic construction with optimized performance for light excavators, featuring compact design and strong vibration momentum ideal for solar farm applications.
  • What is the warranty period for the VIBRA pile driver?
    We provide a 12-month warranty on main components from the installation date, ensuring reliable performance and peace of mind for your projects.
  • Can the equipment be customized for specific project requirements?
    Yes, we offer logo customization and technical adaptations to meet your specific project needs while maintaining the core performance characteristics.
  • What is the delivery time for the VIBRA pile driver?
    Delivery typically takes 7-35 days to Shanghai port, plus additional overseas shipping time depending on your location and shipping method.