Crosby Style JCE Safety Relief Valve

Crosby Style JCE Safety Relief Valve

The Crosby Style JCE Safety Relief Valve offers reliable overpressure protection for process systems, delivering high performance at an affordable cost of ownership. It is designed to meet various international standards, ensuring it provides dependable safety for a wide range of applications.

Key Features

1. Certification and Approvals

   • BS6759 Parts 1, 2, and 3 certified by SAFED

   • A.D. Merkblatt (TUV Approval)

   • ASME Code Section VIII and Section XIII certified with “NB/UV” stamp

   • Stoomwezen Rules A1301 and UDT Poland approved

   • Chinese SQL and Australian Standard AS1271 compliant

2. Full Lift Discharge Capability

   • Designed for full lift, providing maximum discharge capacity to ensure rapid pressure relief when needed.

3. Unobstructed Seat Bore

   • Features top un-wetted guiding, ensuring an unobstructed seat bore for smooth operation and increased longevity.

4. Positive Reseating

   • Offers positive reseating with either resilient or stainless steel trim, ensuring reliable valve closure and tight shutoff after each cycle.

5. Extensive Range of Accessories

   • A wide selection of accessories is available to meet specific application needs, enhancing the valve's adaptability to various systems.

Applications

• Process systems requiring reliable and efficient overpressure protection

• Systems where compliance with international standards is required

• Steam, gas, and liquid applications

Specifications

• Design: Full lift discharge capability

• Certifications: BS6759, ASME, TUV, UDT, and other international standards

• Materials: Resilient or stainless steel trim for positive reseating

• Testing: Each valve individually tested and set for guaranteed performance

• Accessories: Comprehensive range available for customization

The Crosby Style JCE Safety Relief Valve is a robust and cost-effective solution for overpressure protection, offering reliable operation and compliance with international standards, making it ideal for use in various process systems requiring high safety standards and efficiency.