Compact Georg Fischer 6 1/2 In Socket X Socket 2-way Diaphragm Valve, 72 Coefficient Of Volume, Epdm - 161514613 - Act Fast [PG8Xmh9F]

Georg Fischer Diaphragm Valve: Robust and Versatile

The Georg Fischer 6 1/2 in Socket x Socket 2-Way Diaphragm Valve is a top-tier choice for industrial applications requiring precise control and reliability. This valve is designed with a 72 Coefficient of Volume and features EPDM seats, ensuring optimal performance in a wide range of environments. Its robust construction and high-quality materials make it a durable solution for chemical feeding and slurry flow control.

• EPDM Seats for resistance to chemicals and high temperatures.
• 72 Coefficient of Volume for precise flow regulation.

Technical Specifications and Features

This valve is engineered with Type 514 PVC, providing a maximum pressure rating of 150 psi and a temperature range from 0 to 140°F. Its manual handwheel with built-in locking mechanism and position indicator allows for easy and precise control, making it an ideal choice for demanding operations. Key features include:

• Manual Handwheel with locking mechanism for secure operation.
• Position Indicator for accurate control and monitoring.

The EPDM seats are specifically chosen for their resistance to chemicals, ensuring long-lasting performance in challenging conditions.

Practical Applications and Benefits

The Georg Fischer 6 1/2 in Socket x Socket 2-Way Diaphragm Valve is highly suitable for a variety of applications, including chemical feeding systems, slurry flow control, and other industrial processes. Its precision and durability make it an essential component for maintaining optimal system performance. By choosing this valve, you benefit from:

• Enhanced Control through the manual handwheel and position indicator.
• Longevity due to the high-quality EPDM seats and robust construction.

This valve is designed to meet the needs of professionals in the chemical, pharmaceutical, and industrial sectors, offering a reliable and efficient solution for your flow control requirements.