What are the characteristics of hydraulic pipe twisting machine
The hydraulic pipe twisting machine has the following characteristics:
1. Efficient and labor-saving
Mechanized operation: The hydraulic pipe twisting machine is driven by a hydraulic system, which can replace manual labor to unscrew and unload drill rods, greatly reducing the labor intensity of workers. Especially in drilling operations where drilling tools are frequently used, the effect
The hydraulic pipe twisting machine has the following characteristics:
1. Efficient and labor-saving
Mechanized operation: The hydraulic pipe twisting machine is driven by a hydraulic system, which can replace manual labor to unscrew and unload drill rods, greatly reducing the labor intensity of workers. Especially in drilling operations where drilling tools are frequently used, the effect is more significant and can effectively improve work efficiency
Quick disassembly: Its disassembly speed of the drill rod is relatively high, for example, the disassembly speed of the NY-1 hydraulic pipe twisting machine is 75r/min, which can complete the connection or disassembly of the drill rod in a short time, saving operation time
2. High torque and adjustable
Powerful torque output: The hydraulic system can provide a large torque for the pipe twisting machine, which is sufficient to meet the twisting and unloading needs of various specifications of drill rods, ensuring that the drill rods are firmly connected and will not loosen during the drilling process. The low-end torque of YXSQ130/10 hydraulic pipe twisting machine can reach 10kN. m, making it easy to unscrew thicker or harder drill rods
Convenient torque adjustment: By adjusting the pressure and other parameters of the hydraulic system, the output torque of the pipe twisting machine can be correctly adjusted according to different materials, specifications, and work requirements of the drill rod, in order to achieve good loosening effect and ensure the tightness and safety of the drill rod connection
3. Safe and reliable
Stable working performance: The hydraulic system runs smoothly, and the transmission between various components is correct and reliable, reducing the risk of safety accidents caused by mechanical failures. At the same time, the structural design of the pipe twisting machine is reasonable, with good stability and durability, and can work stably for a long time in harsh drilling environments
Overload protection function: Some hydraulic pipe twisting machines are equipped with overload protection devices such as overflow valves. When the system pressure exceeds the set value, the overflow valve will automatically open to unload, preventing damage to equipment components such as pipe twisting machines or drill rods due to overload, effectively protecting the safety of equipment and personnel
4. Easy to operate
Simple control method: Hydraulic pipe twisting machines usually use simple control components such as manual directional valves, which are easy and fast to operate. Workers only need to undergo simple training to master their operation methods proficiently, and can quickly and correctly complete the drilling rod twisting and unloading operation
Flexible usage: The opening size of the clamp head of the pipe twisting machine is generally large, and some models of clamp heads are equipped with automatic opening and closing safety doors at the opening, which facilitate the entry and exit of drill rods and can adapt to drill rods of different diameters. In addition, some hydraulic pipe twisting machines also have functions such as suspension and floating, making them more flexible and easy to use in conjunction with other drilling equipment
5. Compact structure
Small size and light weight: The overall structure of the hydraulic pipe twisting machine is relatively compact, with small size and light weight, making it easy to transport and install, especially suitable for use in drilling sites with limited space. For example, the YXSQ114/8 hydraulic power tong weighs only 220kg, which does not occupy too much space and is also easy to transfer between different working areas
Integrated design: Organically integrating hydraulic systems, transmission mechanisms, clamping mechanisms, and other components together reduces equipment footprint, improves overall performance and reliability, and facilitates maintenance and upkeep of the equipment