GICL drum gear coupling has larger inner teeth width, which can transfer torque while compensating for larger axial displacement. It is designed with integral structure, compact size, and light weight. The gear teeth are drum-shaped with suitable tooth profile modification to allow certain angular displacement. Technical Drawing Specifications Features Larger inner teeth width for better torque transmission Compensates for larger axial displacement Compact integral structure design Drum-shaped gear teeth with optimized tooth profile Allows certain angular displacement between shafts Available in 30 models (GICL1 – GICL30) covering rated torque from 0.8 to 3200 kN·m Applications GICL drum gear couplings are widely used in metallurgy, mining, hoisting, transportation, petroleum, chemical industry, textile, agricultural machinery and other mechanical drive systems. They are suitable for connecting two horizontal shafts and can compensate for relative angular and radial displacement.

GICL drum gear coupling has larger inner teeth width, which can transfer torque while compensating for larger axial displacement. It is designed with integral structure, compact size, and light weight. The gear teeth are drum-shaped with suitable tooth profile modification to allow certain angular displacement. Technical Drawing Specifications Features Larger inner teeth width for better torque transmission Compensates for larger axial displacement Compact integral structure design Drum-shaped gear teeth with optimized tooth profile Allows certain angular displacement between shafts Available in 30 models (GICL1 – GICL30) covering rated torque from 0.8 to 3200 kN·m Applications GICL drum gear couplings are widely used in metallurgy, mining, hoisting, transportation, petroleum, chemical industry, textile, agricultural machinery and other mechanical drive systems. They are suitable for connecting two horizontal shafts and can compensate for relative angular and radial displacement.