
German Rueckle coupling Rueckle model Rueckle price
Rueckle coupling is a widely used coupling, also known as a jaw coupling, consisting of two metal jaw hubs and an elastomer. The two metal jaw hubs are generally made of 45 steel, but aluminum alloy is also used when load sensitivity is required. Rueckle coupling introduction If there is any misalignment in the system, it will lead to premature damage to the shaft, bearings, or coupling, which means it cannot be used in high-speed environments because it cannot compensate for the relative shaft displacement caused by high temperatures generated during high-speed operation. Of course, if the relative displacement can be successfully controlled,
- SKU
- _P004474737
- Category
- stieber clutch, R+W coupling, mayr brake
- Brand
- Rueckle
- Tags
- Bearing / Coupling / Clutch / Brake / Drive Shaft / Germany Rueckle
Rueckle coupling introduction
If there is any misalignment in the system, it will lead to premature damage to the shaft, bearings, or coupling, which means it cannot be used in high-speed environments because it cannot compensate for the relative shaft displacement caused by high temperatures generated during high-speed operation. Of course, if the relative displacement can be successfully controlled, rigid couplings can also perform excellently in servo system applications. In particular, small-sized rigid couplings have the advantages of light weight, ultra-low inertia, and high sensitivity. In practical applications, rigid couplings are maintenance-free and offer superior oil resistance and corrosion resistance. Although people previously disagreed with using rigid couplings in servo drives, due to their high torque capacity, rigidity, and zero-backlash performance, small-sized aluminum alloy rigid couplings are increasingly being used in motion control fields.
Rueckle coupling classification
Rigid couplings are divided into flange couplings, radial key flange couplings, sleeve couplings, split-shell couplings, and parallel shaft couplings. Flange coupling: A coupling that connects two shafts by bolting the flanges of two half-couplings together. Radial key flange coupling: A coupling that connects two half-couplings using a radial key and standard bolts. Sleeve coupling: A coupling that connects two shafts using a common sleeve in a certain manner. Split-shell coupling: A coupling that connects two shafts by clamping two axially split shells in a certain manner. Parallel shaft coupling: A coupling that connects two parallel shafts using an intermediate disc and pin shafts.
Rueckle coupling mechanical properties
The heating temperature for rigid couplings is typically 560~600℃, with a hardness requirement of HRC22~34. Since the purpose of quenching and tempering is to achieve comprehensive mechanical properties, the hardness range is relatively wide. However, if the drawing specifies hardness requirements, the tempering temperature must be adjusted according to the drawing requirements to ensure the desired hardness. For example, some shaft parts require high strength and thus high hardness; while some gears and shaft parts with keyways require lower hardness because milling and broaching processes are performed after quenching and tempering. Regarding the tempering holding time, it depends on the hardness requirements and workpiece size. We believe that the hardness after tempering depends on the tempering temperature and has little relation to the tempering time, but the workpiece must be thoroughly tempered. Generally, the tempering holding time for workpieces is over one hour. Cr can increase the hardenability of rigid couplings, improve the strength and tempering stability of steel, and provide excellent mechanical properties. For large cross-section dimensions or important quenched and tempered workpieces, Cr steel should be used. However, Cr steel exhibits second-type temper brittleness. From the perspective of international development trends, new-generation CNC machine tools are moving towards ultra-high speeds to improve production efficiency, using new functional components (such as electric spindles and linear motors) to achieve ultra-high-speed machining. The electric spindles and linear motors required for rigid couplings connect the motor directly to the main shaft via expansion tightening coupling sleeves, eliminating intermediate components such as gearboxes to achieve ultra-high speeds. A single CNC machine tool requires at least five to six sets of couplings, and up to fifty to sixty sets. This indicates a very large market. The German Rueckle rigid coupling industry is becoming increasingly popular. Coupled with factors such as corporate management, we will analyze what trends the coupling industry will present in the near future.
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