Deceleration transmission device - cross steering gear

A cross turn gear is a deceleration transmission device that uses a gear speed converter to reduce the number of rotations of a motor to the desired number of rotations and obtain a larger torque. Among the mechanisms currently used for transmitting power and motion, the application range of cross turn gear is quite extensive.

Cross shaped steering gear with high torque, low backlash, high allowable torque output, and long service life can be used with precision servo. It adopts an integrated alloy steel body to ensure maximum rigidity and corrosion resistance. Multiple precision machined surfaces are easy to install, and the actual use of multiple alloy steel output input shafts meets the needs of various industries. It has maintenance free and no need to replace lubricating oil, with a long continuous service life.

The main function of a precision cross steering gear is to achieve effective transmission of variable angle power, especially suitable for positions that require changing the direction of the transmission axis, making the drive system more flexible and agile during operation. The design software adopts a worm gear umbrella gear, and the optimized design allows for high torque output with uniform contact tooth surface load. The gears are made of high-strength carburizing alloy steel, and the grinding precision meets the DN5 level standard.

The precision dual output shaft cross steering gear with planetary reducer can have a reduction ratio of up to 500:1, which is suitable for various industrial applications. For example, in the manufacturing and processing of industrial robots, it can accurately and quickly locate the robot and complete a large number of complex tasks. It is applied in the aviation industry or the movement of aviation equipment. Accurate steering makes the flight process smoother and can also improve the safety of navigation. When applied in medical equipment, such as MR and CT machines, they can greatly improve the accuracy of radiation technology, accurately and quickly search for fine structures and lesions, and accurately track patients. It can also be applied to large ocean navigation. Large ships will use cross steering gear to clarify the flight of the ship. Location and finding the best sailing route.

A dual axle cross steering gear generally consists of four main components: shaft, bearing, axle box, and axle ball. The axle box fixes the bearing and shaft together, allowing them to rotate reliably. The bearing is used to support and support the shaft, and allows the shaft to rotate upward in the horizontal or vertical direction. The axle ball is used to connect the shaft and axle box together, so that the axis can rotate upward in the horizontal or vertical direction, whether to turn right or left.

When using a high-precision cross steering gear, attention should be paid to protecting the cross steering gear from damage caused by external forces. The center of the cross steering gear should be placed at the center point where it needs to be turned for more accurate steering. It is necessary to control the steering force to avoid damaging the cross steering gear due to excessive force. When using the cross steering gear, attention should be paid to cleaning the tools to avoid affecting the effectiveness of the cross steering gear due to dirt.

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