The BCH1012 is a drawn cup needle roller bearing with a 0.625″ bore and 0.875″ outer diameter, crafted from sturdy steel for reliable performance. It handles radial loads up to 3305 lbf and spins smoothly at speeds up to 17600 RPM.
Its open design and press-fit mounting make it easy to install, while the steel construction ensures durability. The bearing operates well in temperatures ranging from -20°C to 110°C.
This model is interchangeable with INA bearings, offering a practical replacement option. Ideal for applications like automotive components or small machinery where space is limited.
Regular lubrication is needed to maintain its performance. Compliant with RoHS standards for safe use.
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How Does BCH1012 Bearing Handle High-Speed Applications?
BCH1012 Bearing is built with steel rings and needles, offering strong radial load support up to 3305 lbf.
Its press-fit design ensures secure mounting, reducing slippage during high-speed operation.
The open construction allows for easy lubrication, maintaining smooth performance at speeds up to 17,600 rpm.
With a temperature range of -20 to 110°C, it remains reliable in various operating conditions.
Common Applications of BCH1012 Bearing
BCH1012 Bearing works well in industrial settings, especially for compact machinery like conveyor rollers and printing presses. Its needle roller design handles high radial loads efficiently while saving space.
In automotive systems, BCH1012 Bearing fits neatly into gearboxes and transmission assemblies. The press-fit mounting ensures a secure hold, even during high-speed rotations.
For automation equipment, BCH1012 Bearing’s steel construction provides durability in robotic arms and linear guides. Its open design allows for easy lubrication, extending service life.
Around the home, BCH1012 Bearing can be found in appliances like washing machines and power tools. The inch sizing makes it compatible with many North American products.
Medical devices benefit from BCH1012 Bearing’s precise performance in equipment like dental handpieces. The steel components resist wear in frequent sterilization cycles.
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