N1915K.M1.SP high precision single row cylindrical roller bearing 75x105x16mm
Part number: N1915K.M1.SP
Inner diameter: 75mm
Outer diameter: 105mm
Width: 16mm
Dynamic load C: 38kN
Static load C0: 53kN
Net weight: 0.41kg
Max speed (grease): 9000 rpm
Max speed (oil): 10000 rpm
Precision grade: P5/P4/P2
Packing: single box
Brand: BEART bearing, as per customer’s requirement
Material: 100Cr6/SUJ2/SAE52100 bearing steel, full hardened
Delivery time: within 2 days for items in stock, 25 days maximum for others
N1915K.M1.SP is a high precision single row cylindrical roller bearing. It is most commonly used as the “floating” bearing in combination with a set of angular contact spindle bearings.
N1915K.M1.SP is mainly used for applications where a high working speed and rotating accuracy are required.
To know more details of N1915K.M1.SP bearing, feel free to contact us via email [email protected], or visit our web www.beartbearing.com.
Single row cylindrical roller bearings are manufactured in several different designs, the main difference being in the configuration of the flanges. The most popular are the NU, N, NJ and NUP designs. Cylindrical roller bearings are commonly separable and easy to mount and dismount. They can accommodate heavy radial loads and high speeds. The widely used bearings are cylindrical roller bearings with cage. The rollers in a single row cylindrical roller bearing are always guided between the integral "open" flanges on one of the rings. These "open" flanges combined with the specially designed and surface treated roller ends, provide improved lubrication, reduced friction and consequently lower operating temperature.
Applications of BEART high precision single row cylindrical roller bearing: machine tool, spindle, measuring equipment.
We can help clients to reduce 35% cost by using BEART bearings to substitute the world-famous and world-costly bearings they are using now. In the mean while, and surely, we provide an equal or even better quality, as well as a shorter delivery service.












