Shaft Coupling KUP-0610-S | 6mm & 10mm Diameter | 10,000 RPM Max Speed | 80 Ncm Torque | by SICK
The KUP-0610-S shaft coupling is designed for mechanical shaft adaptation in industrial automation, accommodating shaft diameters of 6 mm and 10 mm. With a maximum speed of 10,000 rpm and a torque capacity of 80 Ncm, it ensures precise torque transmission and compensates for shaft misalignment, making it ideal for various machinery applications.
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- Shaft diameter: 6 mm / 10 mm
- Max. shaft offset: radial ±0.3 mm, axial ±0.3 mm, angular ±3°
- Max. speed: 10,000 rpm
- Operating temperature: -10° to +80 °C
- Max. torque: 80 Ncm
- Material: fiber-glass reinforced polyamide, aluminum hub
- Torsional spring stiffness: 38 Nm/rad
- Radial spring stiffness: 115 N/mm
- Moment of inertia: 7 gcm²
- Max. clamping torque: 150 Ncm
- Dimensions (H x L x W): 20mm x 50mm x 30mm
- Weight: 0.1 kg
- Bar coupling for shaft diameters 6 mm and 10 mm
- Maximum shaft offset: radial ±0.3 mm, axial ±0.3 mm, angular ±3°
- Maximum speed up to 10,000 rpm
- Operating temperature range from -10° to +80 °C
- Maximum torque capacity of 80 Ncm
- Material: fiber-glass reinforced polyamide with aluminum hub
- Torsional spring stiffness of 38 Nm/rad
- Radial spring stiffness of 115 N/mm
- Moment of inertia: 7 gcm²
- Maximum clamping torque: 150 Ncm
- Installation by qualified mechanical technician recommended to ensure proper shaft alignment and torque settings.
- Mechanical shaft adaptation in industrial automation
- Coupling shafts in machinery requiring precise torque transmission
- Applications requiring compensation for shaft misalignment
- Complies with AS/NZS 4801 – Occupational Health & Safety Management Systems
- Durable materials reduce replacement frequency and waste
- Lightweight design contributes to energy-efficient machinery operation
Standard manufacturer warranty applies; please refer to SICK's official warranty policy.
The SICK KUP-0610-S shaft coupling is available for immediate purchase, ideal for industrial and automation machinery requiring reliable shaft adaptation.
