Fire Protection Pressure Relief Valve Anti-Cavitation Trim | Cla-Val | Philippopoulos s.a.
Fire Protection Pressure Relief Valve Anti-Cavitation Trim | Cla-Val | Philippopoulos s.a.

Fire Protection Pressure Relief Valve Anti-Cavitation Trim | Cla-Val

Fire Protection Pressure Relief Valve Anti-Cavitation Trim | Cla-Val: Superior Safety and Advanced Engineering

Meet the Fire Protection Pressure Relief Valve Anti-Cavitation Trim | Cla-Val—the next generation in fire safety technology. Engineered for reliability and exceptional performance, this valve is designed to protect fire protection systems from dangerous overpressure, while ensuring long-lasting durability even under the toughest conditions.

When it comes to fire protection, every component counts. This pressure relief valve is smartly built to release excess system pressure in emergencies, keeping your equipment and property safe. With Cla-Val’s innovative anti-cavitation trim, your system is shielded from the hidden danger of cavitation—helping you avoid costly repairs, system downtime, and unexpected malfunctions.

Features and Benefits of Fire Protection Pressure Relief Valve Anti-Cavitation Trim | Cla-Val

  • Enhanced Fire Safety: Automatically relieves excess pressure to prevent pipe bursts or equipment damage during critical incidents.
  • Anti-Cavitation Technology: Special trim design stops cavitation—a common cause of premature valve wear and noise—maintaining smooth operation and extending the life of your system.
  • Consistent Performance: Delivers steady pressure control, ensuring your fire protection system works flawlessly when it matters most.
  • Low Maintenance: Built with top-quality, corrosion-resistant materials that reduce the need for frequent servicing and save you time and money.
  • Easy Installation: Designed for straightforward integration into new or existing fire protection systems, making upgrades hassle-free.
  • Trusted Brand: Manufactured by Cla-Val—a global leader recognized for excellence in fluid control solutions.

The Fire Protection Pressure Relief Valve Anti-Cavitation Trim | Cla-Val offers peace of mind to building owners and facility managers. Its advanced features provide robust protection from overpressure events, while the anti-cavitation trim safeguards your system from long-term damage and unnecessary noise—keeping operations smooth and quiet.

Choose the Cla-Val pressure relief valve for a blend of innovation, reliability, and straightforward operation. It’s the smart way to secure your fire protection system, ensuring it stands ready when you need it most.

Standard (Options)
  • ANSI
Connection (Options)
  • Flanged
  • Grooved Ends
Material (Options)
  • Bronze
  • ASTM A216 WCB
  • ASTM A536 Ductile Iron
Pressure Rating (Options)
  • 150 lbs
  • 300 lbs

Description

Cla-Val’s KO Anti-Cavitation Trim represents a dramatic departure from the standard approaches usually employed to fight cavitation in valves that are required to undergo extreme pressure differentials and high-velocity flow conditions.

Constructed of 316 stainless steel, the seat and disc guide feature dual interlocked sleeves containing cast radial slots that deflect internal flow to impinge upon itself, harmlessly dissipating potential noise and cavitation damage. The cast radial slots create a larger flow path than is possible with the standard drilled holes typically employed by other anti-cavitation valves currently available in the marketplace. The uniquely designed radial slots in the seat and disc guides also lessen the possibility of fouling if small particles are present in the water.

The Anti-Cavitation Trim components can be retrofitted to existing valves if the application indicates an appropriate need.

Typical Applications:

  • Pressure reducing valve stations
  • Tank fill valve applications
  • Noise reduction in high-rise building valve stations
  • Reservoir level control valve applications
  • Booster pump bypass stations
  • Offshore fire pump relief valve protection
  • Applications with discharge to atmosphere
  • Any application where valves are subjected to extreme pressure differentials or high velocity flow conditions

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