10093573-SL-VI-50HP-Waterjet-Parts-Anti-Vibration-Gland-56.952.3-1

Short Description:

The company is a world-leading manufacturer of high-pressure water jet pumps. 
The SL-VI 50HP pump is a highly classic and popular industrial high-pressure pump.
We offer original accessories and professional technical support.  


    
                  

Details

English Translation of Title:
Anti-Vibration Gland for Water Jet Cutting Machine Parts – SL-VI-50HP Series, 56 mm, Model No. 10093573-SL-VI-50HP-Waterjet-Parts-Anti-Vibration-Gland-56.952.3-1

Introduction, Application, Features, and Maintenance:

This component is an anti-vibration gland designed for high-pressure water jet cutting systems. It is a sealing and damping device used to reduce mechanical vibration and prevent fluid leakage around reciprocating or rotating shafts, such as those in high-pressure pumps or intensifiers.

Application:
Used in the high-pressure pump or intensifier assembly of water jet cutting machines, typically installed where a piston rod or shaft passes through a housing or cylinder wall. It dampens vibration, reduces wear on seals, and maintains a leak-proof barrier under dynamic conditions.

Features:

  • Designed for 56 mm shaft or bore size.

  • Effectively absorbs mechanical vibrations and reduces stress on adjacent components.

  • Provides a reliable seal under extreme pressures common in water jet cutting, up to 6,000 bar (87,000 psi).

  • Manufactured from high-strength, wear-resistant, and corrosion-resistant materials suitable for high-cycling pump environments.

  • Helps extend the service life of pump seals and other critical components by minimizing shock and vibration.

  • Precision-engineered to maintain seal integrity even under reciprocating or rotating motion.

Maintenance:

  • Regularly inspect the gland body and sealing surfaces for signs of wear, cracking, or erosion.

  • Check for any leakage around the gland during pump operation.

  • Monitor vibration levels in the pump assembly; increased vibration may indicate gland wear.

  • Replace the gland immediately if leakage, surface damage, or loss of damping performance is observed.

  • Always use recommended seals and lubricants during reinstallation.

  • Follow specified torque values for mounting bolts.

  • Replace as part of a scheduled preventive maintenance program based on operating hours.


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