Views: 0 Author: Site Editor Publish Time: 2026-02-13 Origin: Site
The configuration upgrade of rotary drilling rigs needs to take into account practicality, economy, and scene adaptability. Blind selection can easily lead to cost waste, and precise selection of core functions is necessary to achieve "adding money is adding value". Based on the current construction scenario requirements and equipment technology upgrade trends, the following types of optional functions can not only improve construction efficiency and ensure operational safety, but also reduce long-term operating costs, and are worth investing in.
The intelligent control function is the core cost-effective option, which can significantly reduce the operating threshold and improve construction accuracy. It is recommended to add an L2 level intelligent control system, which includes automated functions such as automatic drilling, soil throwing, and rotation, to reduce the intensity of manual operation and avoid drilling deviations caused by human errors. It is especially suitable for complex geological formations or high-precision pile foundation construction needs. Paired with high-definition touch screen and pressure table display function, it can accurately guide the locking and unlocking of the drill rod pressure table, reduce drill rod wear, and prevent rod jamming accidents. At the same time, it can provide real-time feedback on construction parameters, achieve visual control, indirectly improve construction efficiency by about 30%, and have outstanding long-term cost-effectiveness. In addition, remote monitoring and fault diagnosis functions are also worth choosing. Through the mobile app, the device location, energy consumption, and component status can be viewed in real time, enabling remote fault diagnosis and one click call service, reducing equipment downtime and waiting time, and lowering maintenance costs.
Upgraded power and energy-saving functions, suitable for high load construction scenarios, balancing environmental protection and economy. For equipment that is used for long-term deep pile and hard rock construction, high-strength upgraded drill rods, such as the sixth generation 580 drill rod, can be selected at an additional cost. Through material upgrades and structural optimization, the strength and impact resistance have been increased by more than 25%, and the pressure and rock penetration capabilities have been significantly enhanced. The 5-section machine lock rod can drill hard rock up to 88 meters deep, effectively addressing the challenges of complex geological construction and extending the service life of drilling tools. At the same time, the configuration of new energy power is worth considering, and the optional triple power mode of plug-in/hybrid/pure electric can be selected. It can adapt to scenarios in remote mountainous areas without stable power supply, as well as switch to plug-in mode in construction sites with sufficient power supply, reducing energy consumption costs by 50% -70%, and achieving zero emissions and low noise. It is suitable for construction scenarios with high environmental protection requirements such as old urban areas and medical industrial parks, and can also enjoy the benefits of relevant environmental policies. In addition, the main winch potential energy recovery technology can recover over 20% of energy, further achieving energy efficiency balance and reducing energy waste.
The safety protection and convenient maintenance functions, although not directly improving construction efficiency, can reduce safety risks and operating costs, which are indispensable. In terms of safety configuration, it is recommended to choose a permanent magnet synchronous motor with IP68 protection, which has excellent fire resistance, water resistance, and electric shock resistance. It can adapt to harsh weather conditions such as heavy rain, waterlogging, high cold and high humidity, and avoid equipment failures that may cause safety accidents; At the same time, intelligent monitoring equipment can be installed to monitor the verticality of the drilling rig, the settlement of surrounding buildings, and the operation status of the equipment in real time, and to timely warn of safety hazards. In terms of maintenance convenience, configurations such as automatic centralized lubrication and stacked adjustable counterweights are worth choosing, which can reduce equipment disassembly and maintenance time, improve transition efficiency, and reduce maintenance labor costs; For long-term outdoor construction equipment, customized waterproof and dustproof devices can be added at an extra cost to extend the service life of the equipment's core components and reduce maintenance costs in the later stages.
The core principle of selection is to "choose according to needs" and avoid blindly pursuing high-end configurations. Priority should be given to selecting intelligent control and new energy power functions for low to medium load and high environmental protection scenarios such as urban municipal and old urban area renovation; In high-intensity and complex geological construction scenarios such as mines and deep piles, emphasis is placed on upgrading drilling rods and configuring safety protection measures. Overall, the core of the optional features worth adding money to is the ability to solve practical construction pain points, improve equipment adaptability, while also considering long-term operational economy, achieving triple optimization of construction efficiency, safety, and cost, and providing guarantees for the smooth progress of the project.
