SKF Seal, 100mm Inside Diameter, 125mm Outside Diameter - 100X125X12 HMSA10 RG This seal belongs to the rotary shaft seal category, specifically designed for high-performance applications. The dimensions include an inside diameter of 100mm and an outside diameter of 125mm, with a thickness of 12mm. Constructed from nitrile rubber, this seal excels in demanding conditions, ensuring both durability and efficiency in diverse operational environments. Features & Benefits • Garter spring enhances sealing against the shaft for improved reliability
• Designed for high contamination exclusion with an auxiliary lip for better protection
• Accommodates misalignment ensures effective sealing even under dynamic conditions
• Operates efficiently at temperatures as low as -40°C ensures reliability in cold environments
• Suitable for shaft circumferential speeds of up to 10.65m/s supports high-speed performance Applications • Used in machinery with rotating components
• Ideal for lubrication systems with oil or grease
• Employed in environments requiring high contamination resistance
• Compatible with various industrial sealing solutions What kind of operating temperatures can be tolerated? The seal functions effectively within a temperature range of -40°C to +100°C, making it suitable for various applications, with short bursts of up to 120°C. How does the design accommodate misalignment? The flexible design allows the seal to perform well even when there is slight misalignment between the rotating and stationary components, maintaining effective sealing. What is the maximum rotational speed this seal can handle? This seal can efficiently handle rotational speeds of up to 2040 revolutions per minute (rpm), ensuring reliable performance in high-speed applications. What is the material composition of the sealing lip? The sealing lip is made from nitrile rubber (NBR), which provides excellent resistance to oils, greases, and varying temperatures. How does the auxiliary lip contribute to performance? The non-contacting auxiliary lip optimises sealing capabilities, reducing the risk of contamination ingress while enhancing the seal's longevity in harsh environments.