Apollo 76-103-27A stainless steel ball valve prevent equipment damage and ensure safety by releasing excess pressure in industrial settings. It is used in manufacturing, oil & gas and chemical plants to prevent potential equipment damage or hazardous situations caused by pressure buildup. This valve ensures operational safety and maintains system integrity, contributing to efficient and reliable processes.
Features:
- It includes a reinforced seat that improves pressure resistance and ensures a secure seal.
- This valve is designed with a mounting pad, making it easy to attach an actuator for automated control.
- It offers a blow-out proof stem design, preventing the stem from ejecting under pressure and enhancing safety.
- This valve can operate effectively in vacuum conditions down to 29 inches of mercury, expanding its application range.
- It incorporates a PTFE seal and MPTFE stem packing, assuring effective sealing and minimising leakage risks during operation.
- This stainless steel valve features a vinyl grip handle for corrosion resistance and comfortable operation.
- It has a lever nut made of 18-8 stainless steel, ensuring strength and reliability during manual operation.
- The valve retainer is made from ASTM A351-CF8M / A276-316 stainless steel, ensuring compatibility with various conditions.
- It has an A276-316 stainless steel gland nut & stem, ensuring durability and corrosion resistance.
Frequently Asked Questions:
Q. What type of connection does this have?
A. This valve has FNPT connections for easy integration into piping systems.
Q. What are the factors to consider while choosing this ball valve?
A. Major factors include pressure & temperature suitability, connection size, material construction, sealing effectiveness, actuation options, environmental conditions and flow characteristics.
Q. How does the lever-lock handle contribute to operational ease?
A. The lever-lock handle offers convenient manual control and secure positioning, allowing users to adjust the valve precisely.
Q. How to install this Apollo ball valve?
A.
- Gather tools like wrenches and thread sealant, ensuring the cleanliness of valve and pipeline components.
- Align the valve based on the arrow indicating the flow direction on its body.
- Thread the FNPT connections onto matching pipeline male threads, applying thread sealant for a secure connection.
- Use appropriate wrenches to tighten connections according to specified torque to avoid over-tightening or under-tightening.
- Choose an accessible location with proper fluid flow dynamics for the valve's installation.
- Attach an actuator securely to the provided mounting pad if automation is required.
- Visually inspect alignment, tightness and valve orientation, ensuring it's in the closed position.
