Rising Stem Globe Valve, ASTM A105N, 3/4 Inch, 300 LB, RF

Rising Stem Globe Valve, ASTM A105N, 3/4 Inch, 300 LB, RF

Key Specifications / Features

Explore top-quality Carbon Steel ASTM A105N Globe Valve from a trusted provider. This 3/4 inch valve, designed to meet industry standards DN20, 300 LB, PN50, API 602, features a bolted bonnet, rising stem, and RF flanged ends. Operate effortlessly with the handwheel mechanism. Ideal for various applications, ensuring reliable performance in your system.
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Detail Information

Globe valve, carbon steel, 3/4 INCH, 300 LB, A105N, RF, HANDWHEEL. 

Valve description:
Globe valve, bolted bonnet, Raised flange, RISING STEM.
Design: API 602.
Body: ASTM A105N
Nominal size: 3/4 Inch.
Nominal class: 300 LB.
End Connection: RF.
Operation: Handwheel
Face to face: ASME B16.10. 
Test and inspection: API 598.

Product Range:
Body material: Carbon Steel.
Normal diameter: 1/2 - 32 Inch (DN15 - DN800).
End connection: BW, Flange.
Pressure range: Class 150 - 2500 LB (PN16 - PN420).
Working temperature: -29℃ - +429℃.

Technical parameters and characteristics
Product Globe valve.
Nominal diameter 1/2 Inch - 32 Inch.
Design temp. Down to -29℃.
Design pressure Class 150 - 2500 LB.
Material Carbon Steel.
Design standard API 602.
Face to face ASME B16.10.
Operation Gear, handwheel
Connection end BW, Flange.
Test standard API 598.
Package Plywood
Application The oil and gas industry
 



 

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FAQs

What is a Non-Rising Stem Gate Valve?

A valve where the stem does not move vertically but rotates internally to raise or lower the gate. This design is ideal for installations with limited vertical space.

How Does a Non-Rising Stem Gate Valve Work?

The handwheel turns the stem, which in turn moves the gate up or down inside the valve body without changing the external height of the stem.

How Does a Rising Stem Gate Valve Work?

The handwheel lifts the stem and gate together, providing a visual indication of whether the valve is open or closed.

Which Valve Should I Choose?

Use a rising stem valve for above-ground applications where visibility and ease of maintenance are important.

Use a non-rising stem valve for underground or space-limited installations.

Conclusion

The choice between rising stem and non-rising stem gate valves depends on your specific application needs. For clear valve status indication and easy maintenance, go with a rising stem valve. For compact installations, a non-rising stem valve is the better option.

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