BK 13/50x80 Locking Assembly is a professional self-centering shaft locking solution designed for industrial power transmission systems. Its keyless design, high torque capacity and reliable concentricity make it suitable for OEM manufacturing, machine rebuilding, maintenance operations and industrial service applications. Available from stock for fast delivery, it supports efficient installation, dependable operation and reduced maintenance costs across a wide range of industrial sectors.
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Available from stock in Poland for fast delivery throughout the European Union.
BK 13/50x80 Locking Assembly is a precision self-centering shaft locking device designed to create a strong friction-based connection between a shaft and mounted transmission components. This mechanical locking element eliminates the need for keyways, splines, pins or shrink fits while providing excellent torque transmission and concentricity. The BK 13 series is widely used in industrial drive systems, conveyors, gearboxes, electric motors and production machinery where accurate shaft-to-hub mounting is essential.
The BK 13/50x80 locking assembly is commonly installed in industrial power transmission equipment requiring reliable shaft-hub connections. Typical applications include:
The self-centering design ensures precise alignment between the shaft and hub, improving operational stability and reducing vibration.
The BK 13 locking assembly utilizes a self-centering tapered locking mechanism that generates uniform radial pressure between the shaft and hub. This design allows high torque transmission while maintaining accurate concentricity.
Unlike traditional keyed shaft connections, the locking assembly distributes forces evenly across the entire contact surface. This minimizes stress concentrations and improves component life.
Key design features include:
Industrial entities naturally associated with this product include locking assembly, locking device, shaft locking element, shaft-hub connection, clamping element, keyless locking device, power transmission component, drive coupling, industrial coupling and mechanical transmission system.
BK 13/50x80 locking assemblies are manufactured from high-strength steel designed for demanding industrial applications. The material provides excellent resistance to mechanical loads and long-term operational reliability.
Benefits of the steel construction include:
Type: Self-Centering Locking Assembly BK 13
Design: Single Cone Mechanical Locking Device
Material: Steel
Shaft Diameter: 50 mm
Outer Diameter: 80 mm
Length L1: 20 mm
Length L2: 25 mm
Length L3: 33 mm
Width B: 41 mm
Transmittable Torque: 1860 Nm
Axial Force: 74 kN
Number of Screws: 7
Screw Type: M8x25
Tightening Torque: 32 Nm
Application: Shaft-Hub Connection and Power Transmission Systems
Industrial buyers select BK 13/50x80 locking assemblies because they simplify machine design and maintenance while ensuring dependable torque transmission.
Common B2B applications include:
The keyless design reduces machining requirements and lowers assembly costs.
BK 13/50x80 provides multiple operational benefits:
BK 13/50x80 locking assemblies are regularly supplied to:
Their versatility makes them suitable for both new machine production and maintenance operations.
A BK 13/50x80 locking assembly is a self-centering mechanical shaft-hub locking device that creates a high-strength friction connection between rotating components, enabling reliable torque transmission without keys, splines or additional shaft machining in industrial drive and power transmission systems.
It creates a secure friction-based connection between a shaft and hub without using a keyway, allowing efficient torque transmission and easy maintenance.
Yes. The BK 13 series features a self-centering design that improves concentricity and alignment accuracy during installation.
Yes. It is commonly used as an alternative to keys, splines and shrink fits in industrial drive systems.
It is frequently installed in conveyors, gearboxes, pulleys, couplings, packaging machines and agricultural equipment.
Yes. The assembly can be removed and reinstalled without damaging the shaft, reducing downtime during servicing.