Shaft Oil Seal TC49.2x68.2x9.5 Rubber Covered Double Lip w/Garter Spring 49.2 x 68.2 x 9.5 mm

Ahorrar $7.41
AVX SealsSKU: TC49.2x68.2x9.5

Precio:
Precio de venta$18.53 Precio habitual$25.94

Descripción

Rotary Shaft Oil Seal | Double Lip | Shaft Diameter (49.2mm) x Bore Diameter (68.2mm) x Width (9.5mm) | Nitrile Rubber Lip Material.

Product Overview:

This Rotary Shaft Oil Seal is designed to deliver long-lasting performance and protection in rotary shaft applications. Featuring a double lip configuration, it is engineered to retain lubricants while effectively excluding dust, dirt, water, and other contaminants. Built with Nitrile Rubber (NBR)—a highly durable and oil-resistant material—this seal offers a precise fit for shafts with a 49.2mm diameter, 68.2mm bore, and a 9.5mm width.

Ideal for use in industrial machinery, automotive assemblies, and mechanical equipment, this seal helps extend the life of your equipment by preventing premature wear and leakage.

  • Brand : AVX Seals
  • Item Sku : TC49.2x68.2x9.5
  • Type : TC 49.2x68.2x9.5 mm
  • Inner : 49.2mm
  • Outer : 68.2mm
  • Width : 9.5mm
  • Size : 49.2mm x 68.2mm x 9.5mm
  • Seal Material : Nitrile Butadiene Rubber
  • Temperature Range : -40° to 248°F

Applications:

This oil seal is widely used in:

  • Industrial gearboxes and drive units

  • Electric motors and mechanical pumps

  • Agricultural machinery (tractors, harvesters, tillers)

  • Construction equipment (excavators, loaders, bulldozers)

  • Automotive transmissions and differentials

  • Hydraulic and pneumatic systems

  • Compressors, conveyors, and rotating assemblies

❓ Frequently Asked Questions (FAQs):

Q1: Can this seal handle high-speed shaft rotation?
A: Absolutely. The seal is built for dynamic rotary applications and performs well under high-speed conditions, assuming proper shaft surface finish and alignment.

Q2: How should I install this rotary shaft oil seal?
A: Ensure all surfaces are clean. Lightly lubricate the sealing lips, and use a press tool to seat the seal evenly into the housing bore. Avoid using sharp objects or excessive force.

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