MCS type plum shaped elastic coupling (Q/YM 35014X-2018)

MCS type plum blossom shaped elastic coupling (complying with Q/YM 35014X-2018 standard) features a double flange structure, mainly consisting of two flange half couplings with protruding claws, flange connectors, plum blossom shaped elastic elements, and matching bolts, nuts, and washers. Its core advantage lies in the fact that both ends are equipped with flanges, which can be directly combined with the flanges or installation surfaces of other equipment through bolted connections. This design not only significantly enhances the convenience and stability of installation, but also ensures high coaxiality between the coupling and the equipment through the physical structure. As a high-performance flexible transmission component, it utilizes plum blossom elastic elements placed between the convex claws to achieve axial connection while ensuring flexible and reliable power transmission.

In terms of performance and application adaptability, this coupling has strong multi-directional displacement compensation capability, which can automatically compensate for radial, angular, and axial offsets between shaft systems through the physical deformation of elastic elements, and the transmission efficiency can reach over 99%. Its excellent elastic buffering characteristics can effectively absorb vibrations and impacts during operation, reduce mechanical noise, and extend equipment life. At the same time, its good electrical insulation performance effectively avoids the impact of electromagnetic interference on system operation. The MCS series is suitable for working environments ranging from -35 ℃ to+80 ℃, with a nominal torque range covering 28 N · m to 14000 N · m, a maximum allowable speed of 8500 r/min, and is compatible with various shaft hole diameters ranging from 12mm to 160mm. With the characteristics of no lubrication, low maintenance, and support for frequent starting and forward and reverse rotation, this product is widely used in heavy industrial fields such as metallurgy, mining, water conservancy, lifting and transportation, and papermaking machinery that require extremely high reliability.