Name: Fisher&trade; Z500 Severe Service Ball Valve
Brand: Fisher

The Fisher Z500 severe service ball valve is a simplistic, two-piece floating ball design with an integral metal seat that provides tight shutoff in high temperature, high pressure, and erosive applications.

The mate-lapped ball and seat constructions help ensure sealing. The high-velocity oxyfuel coatings (HVOF) provide excellent corrosion resistance and help eliminate the problems associated with severe service conditions.

Fisher™ Z500 Severe Service Ball Valve

Specs

Body Design

Side Entry

Bore

Reduced Port, Full Port

Certifications

NACE, CRN

Material

Forged Carbon Steel, Forged Stainless Steel, Forged Alloys

Operating Temperature

Standard Temperature, High Temperature

Power Source

Electric, Hydraulic, Pneumatic, Gear, Lever, Electro-Hydraulic

Pressure Class

ASME

Process Connection Type

Butt Weld, RTJ, Threaded, Socket Weld, Hub, Double Flanged

Seat / Seal Type

Metal

Shutoff Class

API 598, Class V or VI (FCI 70-2), ISO 5208 Rate A

Valve Size

NPS 1/2, NPS 1, NPS 1-1/2, NPS 2, NPS 2-1/2, NPS 3, NPS 4, NPS 6, NPS 8, NPS 10, NPS 12, NPS 14, NPS 16, NPS 18, NPS 20, NPS 24, NPS 30, NPS 36

Other Configurations

Contact your local Emerson business partner or sales office to learn about additional specifications or options for this product.

Features

Integral 90 degree lockplate design prevents over-rotation and maintains critical alignment on lever-operated valves.
The side-mounted bracket helps prevent stem and packing box side load and bolt stress loads by attaching to the side of the valve body.
Packing design utilizes live-loaded spring washers for easy adjustment.
Lever-operated valves have a contact-proof stem adapter designed to prevent the stem from being knocked into the ball, causing misalignment and possible leakage.
Rugged, one-piece, machined, surface-hardened, and polished stem is designed to be blow-out proof.
Preferred sealing seat is machined into the end adapter, coated, and mate-lapped with the ball.
Full metal construction for an inherently fire-safe design.
The high-velocity oxyfuel coating (HVOF) forms a very hard and dense coating on the base metal of the ball forming a strong mechanical bond.