SW UCFL 205-14 Flange Bearing Unit | 14mm Bore | 4-Bolt Cast Housing | Set Screw Lock
The SW UCFL 205-14 is a robust, ready-to-mount flange bearing unit designed for demanding industrial environments where shaft stability and ease of installation are paramount. This specific model features a non-standard 14mm bore size, common in specialized machinery, agricultural applications, and lightweight conveyor systems requiring precise shaft fit. The insert bearing (UC 205 series) is housed in a rigid cast iron, four-bolt housing, offering superior load distribution and excellent resistance to vibration. The unit utilizes two strategically placed set screws for secure locking onto the shaft, ensuring high holding force and minimal slippage under variable loads. Supplied pre-lubricated with a standard grease fitting for simple relubrication, the UCFL 205-14 ensures reduced friction and maximum operational lifespan.
Engineered with the SW commitment to reliability, this flange unit is inherently self-aligning, compensating for minor initial shaft misalignment, which significantly simplifies mounting and reduces wear on adjacent components. Its design is ideal for applications subject to high radial and moderate axial loads, such as blowers, textile machinery, HVAC fans, and material handling equipment. By choosing the SW UCFL 205-14, users benefit from reduced maintenance downtime, reliable performance, and a durable cast construction that withstands challenging operational conditions, offering a superior balance of quality and cost-effectiveness in unitized bearings.
Key Features
High-rigidity cast iron housing (FL 205) for superior shock resistance.
Integrated set screw locking mechanism ensures a strong, zero-slip fit on the 14mm shaft.
Self-aligning capability to accommodate static misalignment up to ±2 degrees.
Factory pre-lubricated and equipped with a grease fitting for simple, preventative maintenance.
Corrosion-resistant paint finish suitable for standard industrial environments.
Deep-groove bearing insert designed for high radial and moderate axial loads.
