GICL17 Gear Coupling | Custom Production Company Technical Parameters

Key Takeaways:

介绍GICL17鼓形齿式联轴器的额定转矩、许可转速、轴孔范围与典型应用。

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GICL17 gear coupling GICL17 crowned tooth coupling gear type coupling custom production company GICL17 coupling specifications and selection tips
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GICL17 Gear Coupling | Custom Production Company Technical Parameters

The GICL17 is a size in the GICL drum gear coupling series, rated at 280000 N·m nominal torque with a permissible speed of 980 r/min and bores of 220 mm.

As an important flexible coupling family, GICL drum gear couplings are widely adopted for their adaptability and stable running, combining the reliability of rigid power transmission with the flexibility of misalignment compensation.

Main Technical Parameters

Nominal torque Tn: 280000 N·m
Permissible speed [n]: 980 r/min
Bore diameter d: 220 mm
Structure: crowned external teeth meshing with an internal gear ring

This is a heavy, low-speed, high-torque size used for high-load transmission in the shaft systems of large main machines. When selecting, verify that the calculated torque does not exceed the rating, that the working speed stays below the permissible speed, and that the shaft misalignment is within the compensation range.

With its well-designed tooth form and material selection, the GICL17 operates reliably at its load class and, with proper maintenance, delivers a long service life.

The GICL17 is a size in the GICL drum gear coupling series, rated at 280000 N·m nominal torque with a permissible speed of 980 r/min and bores of 220 mm.

As an important flexible coupling family, GICL drum gear couplings are widely adopted for their adaptability and stable running, combining the reliability of rigid power transmission with the flexibility of misalignment compensation.

Main Technical Parameters

Nominal torque Tn: 280000 N·m
Permissible speed [n]: 980 r/min
Bore diameter d: 220 mm
Structure: crowned external teeth meshing with an internal gear ring

This is a heavy, low-speed, high-torque size used for high-load transmission in the shaft systems of large main machines. When selecting, verify that the calculated torque does not exceed the rating, that the working speed stays below the permissible speed, and that the shaft misalignment is within the compensation range.

With its well-designed tooth form and material selection, the GICL17 operates reliably at its load class and, with proper maintenance, delivers a long service life.