Introducing the exceptional Drum-Type Coupling, a robust and precise engineering marvel. This coupling is a rigid yet flexible solution with unparalleled radial, axial, and angular axis deviation compensation capabilities. In stark contrast to the traditional CL type straight-type coupling, our drum-type coupling boasts a sleek, compact structure with a remarkably small turning radius. It delivers astounding bearing capacity, superior transmission efficiency, minimal noise output, and an extended maintenance cycle for long-lasting performance.
Basic Introduction
- Discover the GICL and GIICL series drum gear couplings, meticulously crafted for demanding low-speed and heavy-duty applications. These couplings are the ideal choice for industries such as metallurgy, mining, lifting, and transportation. Moreover, they seamlessly integrate into petroleum, chemical, and general machinery shafting drives, ensuring versatile functionality.
Equipment Characteristics
Explore the outstanding characteristics of the drum-type coupling that set it apart from its straight-type counterpart.
- 1. Exceptional Load-Bearing Capacity: With identical outer diameters for the inner gear sleeve and coupling, the drum gear coupling demonstrates a remarkable 15-20% increase in load-bearing capacity compared to the average straight gear coupling.
- 2. Superior Angular Displacement Compensation: While maintaining zero radial displacement, the straight-gear coupling permits an angular displacement of 1º. In contrast, the innovative drum-type coupling allows an angular displacement of 1º 30', a significant 50% enhancement given the same modulus, tooth count, and tooth width.
- 3. Enhanced Contact Conditions: The drum tooth surface optimizes the interaction between inner and outer teeth, effectively countering the drawbacks of straight tooth end-edge extrusion and stress concentration during angular displacement. This enhancement reduces friction and wear, lowers noise, and extends maintenance intervals. Additionally, under identical modulus, tooth count, and width, the drum teeth exhibit greater allowable angular displacement compared to straight teeth.
- 4. Simplified Assembly and Disassembly: The outer tooth sleeve features a horn shape, ensuring effortless assembly and disassembly of inner and outer teeth.
- 5. Supreme Transmission Efficiency: Achieving an impressive transmission efficiency of up to 99.7%, drum teeth have become the preferred choice globally, replacing traditional straight gear couplings. UMA offers a comprehensive range of drum gear couplings that adhere to stringent industry standards.
Please note, while the drum gear coupling offers rigidity and flexibility, it lacks elasticity, making it unsuitable for applications requiring vibration reduction, buffering, or stringent two-axis alignment.
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