UCFL204 Pillow Block Bearings

UCFL204 Pillow Block Bearings
Part Number UCFL204 L 60
d 20 A0 33.3
H 113 B 31
J 90 S 12.7
A2 15 Install the bolt M10
A1 12 Dynamic Load Co(N) 12800
A 25.5 Static Load Cor(N) 6650
N 12 Weight(Kg) 0.49

UCFL204 Oval Flange Bearing | 20mm Bore 2-Bolt Mounted Bearing

The UCFL204 oval flange bearing is a common 2-bolt integrated mounted bearing unit with a 20mm bore. Featuring a self-aligning UC insert and dual set screw locking design, this oval flange mount bearing supports flexible space-saving installation, low-noise running and easy servicing, suited for light and medium-duty industrial power transmission systems.

Product Material And Housing Difference

Bearing Core: Made of high-purity GCr15 bearing steel with precision heat treatment. It delivers high hardness, great wear resistance and stable mechanical performance for long-term continuous operation.

Cast Iron Housing: Standard HT200 grey cast iron with high rigidity and good shock resistance. Cost-effective and durable for regular indoor, dry and standard industrial working environments.

Stainless Steel Housing: High-quality stainless steel material with strong rust-proof and anti-corrosion performance. It works reliably in humid, wet, dusty and slightly corrosive conditions, ideal for food machinery, sanitary equipment and outdoor installations.

Core Features

Oval 2-bolt layout allows flexible mounting in narrow spaces. Built-in self-aligning function compensates for minor shaft misalignment and installation errors. Dual set screw locking prevents shaft slipping and loosening during operation. Integrated structure enables fast installation and replacement. Double-layer dust sealing reduces daily maintenance needs.

Application Scenarios

UCFL204 oval flange bearings are widely used in conveyor systems, textile machinery, packaging equipment, automated auxiliary machinery and general industrial equipment. Cast iron housing fits standard dry indoor applications, while stainless steel housing is suitable for humid, corrosive and high-hygiene working scenarios.

This site uses cookies

We use cookies to collect information about how you use this site. We use this information to make the website work as well as possible and improve our services.more details