UCPA206 Pillow Block Bearings
| UCPA206 Pillow Block Bearings | |||
|---|---|---|---|
| Part Number | UCPA206 | H2 | 84 |
| d | 30 | B | 38.1 |
| H | 42.9 | S | 15.9 |
| L | 94 | Install the bolt | M14 |
| A | 48 | Dynamic Load Co(N) | 19500 |
| J | 66 | Static Load Cor(N) | 11500 |
| H1 | 10 | Weight(Kg) | 1.2 |
UCPA206 Bearing | 30mm Bore Pillow Block Mounted Bearing
The UCPA206 pillow block bearing is a practical mounted bearing unit with a 30mm bore. Designed with a self-aligning UC insert and dual set screw locking system, this UCPA206 bearing ensures stable low-noise rotation and low-maintenance operation, suited for light and medium-duty industrial machinery and automation systems.
Product Material And Housing Difference
Bearing Core: Constructed from high-quality GCr15 bearing steel with precision heat treatment. It delivers high hardness, superior wear resistance and stable mechanical performance for long-term continuous operation.
Cast Iron Housing: Standard HT200 grey cast iron housing features high structural rigidity and strong shock resistance. Cost-effective and robust, it is ideal for dry, indoor and conventional standard industrial environments.
Stainless Steel Housing: Premium stainless steel housing provides excellent rust-proof, anti-corrosion and moisture-resistant capabilities. It operates steadily in humid, wet and sanitary working scenarios, perfect for food processing machinery, outdoor equipment and mildly corrosive industrial applications.
Core Features
Space-saving PA-type pillow block structure supports compact and fast installation. Built-in self-aligning design compensates for minor shaft misalignment and mounting deviation. Dual set screw locking effectively prevents shaft slipping and loosening during operation. High-performance sealing blocks dust and moisture ingress to extend overall bearing service life.
Application Scenarios
UCPA206 pillow block bearings are widely used in conveyor systems, textile machinery, packaging equipment and automated auxiliary machinery. Cast iron housing adapts to regular dry indoor working conditions, while stainless steel housing is optimized for high-sanitary, humid and corrosive industrial environments.
