In order to deepen everyone’s understanding and understanding of the rolling machine, let’s talk about the output mode of the rolling machine again. Please see the following summary and explanation for this:
The gearbox of the rolling machine adopts a universal design scheme, which is widely used in rolling machines and also in wind turbines. It is also an important mechanical component that can be modified into an industry specific gearbox according to customer requirements. The output mode of the rolling machine is solid shaft with flat key, hollow shaft with flat key, hollow shaft connected by expansion plate, hollow shaft connected by spline, solid shaft connected by spline, and solid shaft connected by flange.
The rolling machine realizes parallel axis, orthogonal axis, vertical and horizontal universal boxes, with fewer parts and more specifications. Its installation methods include horizontal, vertical, swinging base, and torsion arm.
The equipment adopts a sound-absorbing box structure, with a large box surface area, a large fan, cylindrical gears, and spiral bevel gears all using improved grinding technology from previous generations, resulting in temperature rise, noise reduction, improved operational reliability, and increased transmission power of the entire machine.
The gearbox of the rolling machine bears the force from the wind wheel and the reaction force generated during gear transmission. Therefore, the rolling machine must have sufficient stiffness to withstand the forces and moments driven by the gearbox, prevent deformation, and ensure transmission quality.
