The SER1634 2RS is a compact thin-section ball bearing with a 0.75-inch bore and 1-inch outer diameter, crafted entirely from stainless steel for durability. It handles radial loads up to 227 lbf and spins smoothly at speeds up to 8500 RPM.
Its sealed design keeps out dust and moisture, making it low-maintenance, while the stainless steel cage ensures reliable performance. The bearing operates in temperatures from -86°F to 230°F, suitable for varied environments.
With a slim width of just 0.1562 inches, it fits neatly into tight spaces without sacrificing strength. Ideal for applications like small motors or precision instruments where space and reliability are key.
Weighing only 4.56 grams, it’s lightweight yet robust. Compliant with RoHS and REACH standards, it’s a safe choice for most industrial uses.
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Performance Features of SER1634 2RS Bearing
SER1634 2RS Bearing is built with stainless steel rings and balls, offering good resistance to corrosion.
Its sealed design protects against dust and moisture, making it suitable for various environments.
With a dynamic radial load capacity of 227 lbf, it handles moderate loads efficiently.
The bearing operates smoothly at speeds up to 8,500 rpm, balancing performance and durability.
Where Is SER1634 2RS Bearing Used?
SER1634 2RS Bearing is commonly used in robotics, especially in compact robotic arms where space is limited. Its thin section design ensures smooth movement without adding bulk.
In medical devices like portable diagnostic tools, SER1634 2RS Bearing offers reliable performance due to its stainless steel construction. The sealed design also helps keep contaminants out, which is vital in clean environments.
For small electric motors in consumer electronics, SER1634 2RS Bearing provides quiet and efficient operation. Its lightweight design makes it ideal for devices like drones or handheld gadgets.
In industrial automation, SER1634 2RS Bearing supports precise movements in conveyor systems. The ABEC-1 tolerance ensures consistent performance even in demanding conditions.
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