Brief: In this video, we explore the durability and performance of the Atlas XRVS976 Gear Cushion Pad. You'll see a detailed examination of how this 24-tooth, 440mm OD rubber component functions as a core flexible coupling in mining machinery. We demonstrate its ability to buffer vibration, reduce operational noise, and compensate for coaxial misalignment, ensuring protection for transmission systems in harsh construction environments.
Related Product Features:
Acts as a core flexible coupling part made from oil-resistant NBR rubber for reliable performance.
Effectively buffers vibration and reduces operational noise in mining and construction machinery.
Compensates for coaxial deviation between motor and main unit shafts to protect transmission components.
Specifically designed with a 440mm OD and 24-tooth configuration for perfect fit in Atlas XRVS976 air compressors.
Transmits torque efficiently while cushioning impacts to extend compressor service life.
Withstands harsh mining and construction conditions with superior shock absorption capabilities.
Features precise tooth fit to reduce wear and ensure stable, long-lasting operation.
Suitable for Atlas XRVS976 screw air compressors in demanding industrial applications.
FAQs:
What is the primary function of the XRVS 976 Gear Cushion Pad?
The primary function is to serve as a flexible coupling that transmits torque while cushioning vibration, reducing noise, and compensating for axis misalignment between the motor and main unit shafts in Atlas XRVS976 screw air compressors.
What material is used in the construction of this gear cushion pad?
It is constructed from oil-resistant NBR rubber, which provides durability and reliable performance in harsh mining and construction environments.
What are the key specifications and compatible models for this product?
This gear cushion pad has an OD of 440mm with 24 teeth and is specifically designed for the Atlas XRVS976 model of screw air compressors used in construction machinery.
How does this component contribute to equipment longevity?
By effectively absorbing shocks, reducing vibration-induced wear, and compensating for misalignment, it protects transmission components, leading to more stable operation and extended service life for the compressor.