INA 16 mm ID Drawn Cup Needle Roller Bearing 22 mm OD HK1616-B

INA HK1616-B is a high-precision drawn cup needle roller bearing designed for industrial use, featuring a 16 mm inside diameter and 22 mm outside diameter. This single-row bearing is constructed with a steel cage and an open-end type, delivering strong static and dynamic load capacities of 15300N and 10900N respectively. It is engineered to operate at limiting speeds up to 15600 rpm and offers flexibility with both grease and oil lubrication options, supporting speeds up to 9300 rpm and 15600 rpm respectively.

Constructed for durability and excellent performance under high-speed conditions, the HK1616-B is ideal for incorporation in automation machinery, electrical devices, and mechanical systems requiring precise and reliable rotational movement. The open-end design supports straightforward assembly and maintenance, while the parallel bore type ensures secure fitting and load handling.

The bearing’s high fatigue limit load rating of 1900N enhances its longevity, making it suitable for demanding industrial environments. It supports stable performance across variable speed conditions, maintaining efficiency throughout its operational range.

High static load rating of 15300N for heavy-duty applications. Dynamic load rating of 10900N for dependable rotation. Material utilizes sheet steel cage for durability. Open-end configuration improves ease of installation.

Designed for both grease and oil lubrication use. Maximum speeds of 9300 rpm (grease) and 15600 rpm (oil). Single row bearing ensures compact form and precise fit. Parallel bore type for optimal shaft compatibility. Fatigue limit load of 1900N extends bearing life.

Applicable in automation, electrical, and mechanical industries. Its robust design and high-speed capabilities make it a reliable component for enhancing machine performance and durability. Explore EnvMart’s comprehensive collection of Roller Bearings and related mechanical components to find precise solutions for your industrial requirements.