ZCD type conical shaft hole elastic pin gear coupling Core Feature
1. Excellent cone hole fit: One end is a conical shaft hole, which is tightened by the conical surface, achieving high alignment accuracy and convenient installation and disassembly. It is suitable for direct connection with the conical output shaft of the motor/gear reducer, ensuring stable and reliable torque transmission.
2. Heavy-duty and efficient torque transmission: The nominal torque range is wide (up to several hundred thousand N·m), with a smaller turning diameter, smaller volume, and lighter weight under the same torque, which can partially replace the tooth-type coupling.
3. Three-dimensional compensation capability: The elastic pin and the tooth groove can compensate for axial (about 1.5~2.5mm), radial (about 0.3~0.6mm), and angular (about 0.5°) deviations, adapting to installation errors and working condition deformations.
4. Maintenance-free and low noise: The nylon pin is self-lubricating, requiring no additional lubrication, and is clean and environmentally friendly; the structure is simple, and the pin can be replaced by removing the guard plate, with low maintenance costs.
5. Simple structure and easy manufacturing: Few parts, no high-precision gear processing required, short manufacturing cycle, and lower cost.
6. Working conditions and limitations: Working temperature range is -20℃ to +70℃, suitable for general machinery with medium to heavy loads and frequent start-stop;vibration and noise reduction are average, not suitable for occasions with strict requirements for vibration/noise control, high speed, or extreme temperatures.
7. Overload protection: When overloaded, the elastic pin can deform or break to protect the main transmission components (such as the motor, reducer).
Summary
With the conical shaft hole, high-precision alignment and convenient assembly/disassembly are achieved. It also features heavy-load transmission and torsion, as well as three-element compensation. It is lubrication-free and easy to maintain, making it a cost-effective choice for medium and heavy-duty conical shaft extension systems.