SKF Nitrile Rubber Seal, 55mm ID, 90mm OD, 10mm

SKF 55X90X10 HMSA10 RG Seal, 55mm Inside Diameter, Nitrile Rubber Seal - 55X90X10 HMSA10 RG

This seal is a rotary shaft seal designed for effective sealing in various applications. Constructed with a nitrile rubber material, it measures 55mm in inside diameter and 90mm in outside diameter, with a thickness of 10mm. The seal is engineered for reliable performance in both stationary and rotating machinery, ensuring optimal functionality in demanding environments.

This seal is a rotary shaft seal designed for effective sealing in various applications. Constructed with a nitrile rubber material, it measures 55mm in inside diameter and 90mm in outside diameter, with a thickness of 10mm. The seal is engineered for reliable performance in both stationary and rotating machinery, ensuring optimal functionality in demanding environments.

Features & Benefits

• Designed for high pumping rates enhances efficiency in sealing applications• Equipped with a garter spring improves sealing performance for better reliability• Auxiliary lip aids in contamination exclusion, ensuring cleaner operation• Accommodates misalignment simplifies installation and enhances operational flexibility• Operating temperature range from -40°C to +100°C ensures reliability across a wide temperature range• Conforms to ISO 6194And DIN 3760 standards guarantees quality and performance

• Designed for high pumping rates enhances efficiency in sealing applications• Equipped with a garter spring improves sealing performance for better reliability• Auxiliary lip aids in contamination exclusion, ensuring cleaner operation• Accommodates misalignment simplifies installation and enhances operational flexibility• Operating temperature range from -40°C to +100°C ensures reliability across a wide temperature range• Conforms to ISO 6194And DIN 3760 standards guarantees quality and performance

Applications

• Utilised in various industrial machinery for oil sealing • Used in rotating equipment requiring high-performance seals • Ideal for prone to contamination and wear • Suited for rotary in mechanical assemblies

• Utilised in various industrial machinery for oil sealing • Used in rotating equipment requiring high-performance seals • Ideal for prone to contamination and wear • Suited for rotary in mechanical assemblies

What are the temperature limits for effective operation?

The operating temperature limits range from -40°C to +100°C, with short bursts up to 120°C, making it suitable for various industrial conditions.

The operating temperature limits range from -40°C to +100°C, with short bursts up to 120°C, making it suitable for various industrial conditions.

How does the design enhance contamination resistance?

The incorporation of a dust lip and a non-contacting auxiliary lip significantly enhances the seal's ability to exclude contaminants, ensuring reliable operation even in harsh environments.

The incorporation of a dust lip and a non-contacting auxiliary lip significantly enhances the seal's ability to exclude contaminants, ensuring reliable operation even in harsh environments.

What advantages does the rubber outside diameter provide?

The rubber outside diameter enables effective sealing between rotating and stationary components, reducing wear and improving sealing performance in diverse conditions.

The rubber outside diameter enables effective sealing between rotating and stationary components, reducing wear and improving sealing performance in diverse conditions.

What rotational speed can the seal accommodate?

This seal is capable of withstanding a maximum rotational speed of 2,880 r/min, ensuring performance in high-speed applications.

This seal is capable of withstanding a maximum rotational speed of 2,880 r/min, ensuring performance in high-speed applications.

How does the presence of a garter spring affect performance?

The garter spring ensures constant pressure against the shaft, which optimises sealing performance and extends the lifespan of the seal, particularly in dynamic applications.

The garter spring ensures constant pressure against the shaft, which optimises sealing performance and extends the lifespan of the seal, particularly in dynamic applications.