ACE SA 490 W

ACE SA 490 W Piling Rig is specifically designed for a diverse range of applications. In rock layer drilling, its powerful engine and advanced features enable it to penetrate tough geological formations effectively. SA 490 W Pilling Rig excels in marine construction, where precision and reliability are critical for establishing stable foundations for piers, docks, and other structures in challenging aquatic environments. Additionally, its capabilities extend to bridge construction, providing deep and reliable foundations necessary for supporting heavy loads and ensuring the structural integrity of bridge designs. The ACE SA 490 W is also adept at drilling through rock strata, making it an essential tool for projects that require substantial foundation work.

ACE SA 490 W features a robust 447 KW engine, delivering impressive power and efficiency that enable it to handle extensive drilling tasks with ease. Weighing 158 tons, SA 490 W Pilling Rig offers exceptional stability and control during operations, ensuring precision even in the most challenging conditions. With a maximum drilling diameter of 3000 mm and a maximum drilling depth capability of 77 to 121 meters, the ACE SA 490 W is designed to excel in various ground conditions, providing deep and reliable foundations for a multitude of applications.

ACE SA 490 W Piling Rig features a multi-purpose auxiliary mast foot, which enhances the rig’s adaptability and versatility across different construction scenarios. SA 490 W Pilling Rig incorporates an energy-saving and safe hydraulic system, ensuring efficient operation while minimizing environmental impact and enhancing safety for operators. The rig is equipped with a tailored strong rotary table that features a reliable lubrication system, which enhances the longevity and performance of critical components. Additionally, the ACE SA 490 W boasts strong technology development capabilities and a robust quality assurance system, ensuring that it meets the highest industry standards for safety and reliability.