Atlas Copco O-Ring Part # 0663210215

Atlas Copco O-Ring Part # 0663210215 is a durable, precision-engineered sealing component designed for GHS 350-900 VSD compressors.

  • Precise dimensions: 32.15mm diameter x 3.53mm cross-section.
  • Compatibility: Specifically compatible with GHS 350-900 VSD series compressors.
  • High-quality material: Ensures reliable sealing and resistance to wear.
  • Leakage prevention: Effective in hydraulic and pneumatic systems.
  • Durable design: Withstands pressure and temperature changes.
  • Easy installation/removal: Streamlines maintenance processes.

The Atlas Copco O-Ring, part number 0663210215, is a high-quality sealing component designed for specific industrial applications.

Product Specifications

The Atlas Copco O-Ring measures 32.15mm in diameter and has a cross-section of 3.53mm, providing an exact fit for various equipment interfaces.

O-Ring
O-Ring

Compatibility

Known to be compatible with the GHS 350-900 VSD series, this O-Ring ensures optimal performance when used within these compressors.

Premium Quality Material

Made from durable materials that meet stringent quality standards, this O-Ring guarantees reliable sealing against leaks and wear.

O-Ring
O-Ring

Functionality

As a critical seal element, it prevents fluid or gas leakage, maintaining system integrity and efficiency in pneumatic and hydraulic systems.

Design & Durability

Engineered with precision, the Atlas Copco O-Ring offers exceptional durability under pressure and temperature fluctuations.

O-Ring
O-Ring

Ease of Installation

Designed for easy installation and removal, it simplifies maintenance processes, reducing downtime and prolonging equipment life.

The Atlas Copco O-Ring Part # 0663210215 is a versatile and resilient sealing solution, specifically tailored for use with GHS 350-900 VSD compressors. With its precise dimensions and robust construction, it provides outstanding sealing performance across different operating conditions. Trust Atlas Copco’s O-Ring to keep your machinery running smoothly and efficiently, minimizing leak risks and enhancing overall system reliability.