ACE SA 250 W

ACE SA 250 W Piling Rig is particularly well-suited for a variety of applications, including the oil and gas industry, where its powerful drilling capabilities are essential for establishing stable foundations for drilling rigs and other infrastructure. SA 250 W Pilling Rig is highly effective for highway and railway projects, ensuring deep and reliable foundations that meet the stringent requirements of modern transportation systems. Additionally, ACE SA 250 W excels in waterfront construction, where precision and stability are paramount for projects involving piers, docks, and other marine structures. The ACE SA 250 W is also adept at drilling through sand layers, providing contractors with the versatility needed to tackle different soil conditions effectively.

ACE SA 250 W is powered by a robust 242 KW engine, delivering outstanding performance that ensures swift and effective drilling operations across a range of soil types. Weighing 80 tons, SA 250 W Pilling Rig is provides excellent stability, which is critical for maintaining precision during deep drilling tasks. With a maximum drilling diameter of 1800 mm and a drilling depth capability of 56 to 67 meters, the ACE SA 250 W is specifically designed to handle extensive foundation work, making it an ideal choice for large-scale infrastructure projects.

ACE SA 250 W Piling Rig utilizes the CFA Method (Continuous Flight Auger), allowing for efficient and continuous drilling operations that reduce the risk of soil collapse and ensure a reliable borehole. Additionally, SA 250 W Pilling Rig incorporates the CO Method (Casing Oscillator), providing enhanced versatility and adaptability in difficult ground conditions, enabling operators to tackle a variety of drilling challenges with ease. ACE SA 250 W is also equipped with a patented driving key installation method, effectively addressing the common issue of bolt fractures during installation and maintenance. Furthermore, the ACE SA 250 W features a reducer with independent oil lubrication, minimizing environmental pollution while ensuring optimal performance and longevity of critical components.