Rexnord Omega Coupling Element

Rex Omega E70-10287341

Rexnord Authorized Distributor - All Rexnord Omega Couplings In Ready Stock

7300055

UPC: 698210000554

Material:10287341

Brand: Omega

Model: Omega Close-Coupled Elastomeric Elements

E70 ELEMENT

Rexnord E Series Flexible Elements size(s) E70 close coupled style with standard imperial and standard shoe coating in Urethane (Orange) material for elastomeric couplings.

Product: Omega Close-Coupled Elastomeric Elements E70 ELEMENT

UPC: 698210000554

Material: 10287341

Brand: Omega

Model: Omega E Series Flexible Elements

Size: E70

Style: Close Coupled

Coating: Standard Shoe

Material Type: Urethane (Orange)

Description:

Omega Close-Coupled Elastomeric Elements are designed to provide high torque capacity and misalignment accommodation in a compact package. The E70 element is ideal for applications with up to 27650 in-lbs of torque and 3600 rpm. The urethane material is resistant to oil, grease, and other chemicals, making it ideal for a wide range of industrial applications.

Features:

High torque capacity
Misalignment accommodation
Compact size
Resistant to oil, grease, and chemicals

Applications:

Pumps and compressors
Blowers and fans
Conveyors and mixers
Food processing equipment
Packaging machinery
And many more!

Benefits:

Reduced vibration and noise
Extended equipment life
Improved performance and reliability

Why Choose Omega Close-Coupled Elastomeric Elements?

Omega Close-Coupled Elastomeric Elements are the best choice for applications where high torque capacity, misalignment accommodation, and reliability are essential. Omega's urethane material is resistant to a wide range of chemicals and environmental conditions, making it ideal for even the most demanding applications.

Buy Omega Close-Coupled Elastomeric Elements Today!

Omega Close-Coupled Elastomeric Elements are the perfect solution for your power transmission needs. Order yours today and experience the difference that Omega quality makes!

Order your Omega E70 Close-Coupled Elastomeric Element today!