What are the important components of a rolling mill?

The pressure transmitter of the rolling mill utilizes mature strain technology, combined with the characteristics of the hydraulic system of the rolling mill. It adopts 17-4PH stainless steel inductive diaphragm to transmit pressure deformation. The deformation of the strain beam is measured by four high-precision strain gauges, and a high-standard compensation and suppression circuit is used to output a 4-20mADC current signal. The rolling mill pressure sensor has high accuracy, shock resistance, fatigue resistance to frequent impacts, high overload capacity, high-frequency response, corrosion resistance, long-term stability, small size, and minimal temperature drift, ensuring an extended lifespan. This solution addresses the frequent hydraulic sensor damage issue in rolling and pressing equipment.

The product is applied in steel and aluminum rolling mills, ceramic brick presses, cement crushers, stamping, hydraulic systems for cold bending and forming brake systems, underwater submersible equipment and weapons, aircraft hydraulic systems, aerospace hydraulic and pneumatic systems, as well as hydraulic and pneumatic control systems in food factories, paper mills, power stations, hydraulic test benches, and other applications.

The main components of the rolling mill include: the main motor, rotating mechanism, and working machine. The main motor provides power for the rotation of the rollers. The rotating mechanism typically consists of a reducer, gear seat, connecting shaft, and coupling.

The working machine frame is a major component of the main machine, including: 1. Frame, with bearings installed in its window for mounting the rollers; 2. Rollers, where the material is compressed and extended; 3. Roller bearings, used to support and position the rollers; 4. Roller adjustment device and upper roller balancing device, the former adjusts the distance between the rollers, and the latter eliminates the gap between the upper bearing seat and the pressure-down system; 5. Guide device, used to accurately shape the material according to specified positions, directions, and conditions; 6. Track seat, the frame is mounted on the track seat, which is fixed on the foundation. The composition of the working machine frame is generally consistent across different types of rolling mills.

The structure of the three-roller rolling mill includes rollers, frame, rolling stand, roller bearings, roller adjustment device, guide plate, fixed crossbeam, and foundation plate, among other components. The composition of the working machine frame is generally consistent across different types of rolling mills.